DC-Build-Header: octave-interval 3.1.0-5 / 2018-05-02 12:33:10 +0000 DC-Task: type:rebuild-binarch-only source:octave-interval version:3.1.0-5 chroot:unstable esttime:525 logfile:/tmp/octave-interval_3.1.0-5_unstable_clang60.log modes:clang60:binarch-only DC-Sbuild-call: su user42 -c 'sbuild -n --arch-any --apt-update -d unstable -v --chroot-setup-commands=/tmp/clang60 octave-interval_3.1.0-5' sbuild (Debian sbuild) 0.73.0 (23 Dec 2016) on ip-172-31-5-233.eu-central-1.compute.internal +==============================================================================+ | octave-interval 3.1.0-5 (amd64) Wed, 02 May 2018 12:33:10 +0000 | +==============================================================================+ Package: octave-interval Version: 3.1.0-5 Source Version: 3.1.0-5 Distribution: unstable Machine Architecture: amd64 Host Architecture: amd64 Build Architecture: amd64 Build Type: any I: NOTICE: Log filtering will replace 'var/run/schroot/mount/unstable-amd64-sbuild-8bda7464-2fde-44b1-8022-1dcdff324b99' with '<>' +------------------------------------------------------------------------------+ | Chroot Setup Commands | +------------------------------------------------------------------------------+ /tmp/clang60 ------------ + echo 'Entering customization script...' Entering customization script... + CLANG_VERSION=6.0 + echo 'Install of clang-6.0' Install of clang-6.0 + apt-get update Get:1 http://127.0.0.1:9999/debian unstable InRelease [242 kB] Get:2 http://127.0.0.1:9999/debian unstable/main Sources.diff/Index [27.9 kB] Get:3 http://127.0.0.1:9999/debian unstable/main amd64 Packages.diff/Index [27.9 kB] Get:4 http://127.0.0.1:9999/debian unstable/main Sources 2018-05-02-0830.09.pdiff [16.2 kB] Get:4 http://127.0.0.1:9999/debian unstable/main Sources 2018-05-02-0830.09.pdiff [16.2 kB] Get:5 http://127.0.0.1:9999/debian unstable/main amd64 Packages 2018-05-02-0830.09.pdiff [1781 B] Get:5 http://127.0.0.1:9999/debian unstable/main amd64 Packages 2018-05-02-0830.09.pdiff [1781 B] Get:6 http://127.0.0.1:9999/debian unstable/main Translation-en [6016 kB] Fetched 6332 kB in 2s (3469 kB/s) Reading package lists... + apt-get install --yes --no-install-recommends --force-yes clang-6.0 Reading package lists... Building dependency tree... Reading state information... The following additional packages will be installed: lib32gcc1 lib32stdc++6 libbsd0 libc6-i386 libclang-common-6.0-dev libclang1-6.0 libedit2 libjsoncpp1 libllvm6.0 libncurses5 libobjc-7-dev libobjc4 Suggested packages: gnustep gnustep-devel clang-6.0-doc Recommended packages: llvm-6.0-dev python libomp-dev libgpm2 The following NEW packages will be installed: clang-6.0 lib32gcc1 lib32stdc++6 libbsd0 libc6-i386 libclang-common-6.0-dev libclang1-6.0 libedit2 libjsoncpp1 libllvm6.0 libncurses5 libobjc-7-dev libobjc4 0 upgraded, 13 newly installed, 0 to remove and 0 not upgraded. Need to get 37.7 MB of archives. After this operation, 187 MB of additional disk space will be used. Get:1 http://127.0.0.1:9999/debian unstable/main amd64 libjsoncpp1 amd64 1.7.4-3 [75.6 kB] Get:2 http://127.0.0.1:9999/debian unstable/main amd64 libbsd0 amd64 0.8.7-1 [92.1 kB] Get:3 http://127.0.0.1:9999/debian unstable/main amd64 libncurses5 amd64 6.1+20180210-2 [95.7 kB] Get:4 http://127.0.0.1:9999/debian unstable/main amd64 libedit2 amd64 3.1-20170329-1 [85.2 kB] Get:5 http://127.0.0.1:9999/debian unstable/main amd64 libllvm6.0 amd64 1:6.0-3 [14.5 MB] Get:6 http://127.0.0.1:9999/debian unstable/main amd64 libobjc4 amd64 8-20180425-1 [52.4 kB] Get:7 http://127.0.0.1:9999/debian unstable/main amd64 libobjc-7-dev amd64 7.3.0-17 [204 kB] Get:8 http://127.0.0.1:9999/debian unstable/main amd64 libc6-i386 amd64 2.27-3 [2855 kB] Get:9 http://127.0.0.1:9999/debian unstable/main amd64 lib32gcc1 amd64 1:8-20180425-1 [47.8 kB] Get:10 http://127.0.0.1:9999/debian unstable/main amd64 lib32stdc++6 amd64 8-20180425-1 [406 kB] Get:11 http://127.0.0.1:9999/debian unstable/main amd64 libclang-common-6.0-dev amd64 1:6.0-3 [3102 kB] Get:12 http://127.0.0.1:9999/debian unstable/main amd64 libclang1-6.0 amd64 1:6.0-3 [6995 kB] Get:13 http://127.0.0.1:9999/debian unstable/main amd64 clang-6.0 amd64 1:6.0-3 [9175 kB] debconf: delaying package configuration, since apt-utils is not installed Fetched 37.7 MB in 0s (99.3 MB/s) Selecting previously unselected package libjsoncpp1:amd64. (Reading database ... (Reading database ... 5% (Reading database ... 10% (Reading database ... 15% (Reading database ... 20% (Reading database ... 25% (Reading database ... 30% (Reading database ... 35% (Reading database ... 40% (Reading database ... 45% (Reading database ... 50% (Reading database ... 55% (Reading database ... 60% (Reading database ... 65% (Reading database ... 70% (Reading database ... 75% (Reading database ... 80% (Reading database ... 85% (Reading database ... 90% (Reading database ... 95% (Reading database ... 100% (Reading database ... 10022 files and directories currently installed.) Preparing to unpack .../00-libjsoncpp1_1.7.4-3_amd64.deb ... Unpacking libjsoncpp1:amd64 (1.7.4-3) ... Selecting previously unselected package libbsd0:amd64. Preparing to unpack .../01-libbsd0_0.8.7-1_amd64.deb ... Unpacking libbsd0:amd64 (0.8.7-1) ... Selecting previously unselected package libncurses5:amd64. Preparing to unpack .../02-libncurses5_6.1+20180210-2_amd64.deb ... Unpacking libncurses5:amd64 (6.1+20180210-2) ... Selecting previously unselected package libedit2:amd64. Preparing to unpack .../03-libedit2_3.1-20170329-1_amd64.deb ... Unpacking libedit2:amd64 (3.1-20170329-1) ... Selecting previously unselected package libllvm6.0:amd64. Preparing to unpack .../04-libllvm6.0_1%3a6.0-3_amd64.deb ... Unpacking libllvm6.0:amd64 (1:6.0-3) ... Selecting previously unselected package libobjc4:amd64. Preparing to unpack .../05-libobjc4_8-20180425-1_amd64.deb ... Unpacking libobjc4:amd64 (8-20180425-1) ... Selecting previously unselected package libobjc-7-dev:amd64. Preparing to unpack .../06-libobjc-7-dev_7.3.0-17_amd64.deb ... Unpacking libobjc-7-dev:amd64 (7.3.0-17) ... Selecting previously unselected package libc6-i386. Preparing to unpack .../07-libc6-i386_2.27-3_amd64.deb ... Unpacking libc6-i386 (2.27-3) ... Selecting previously unselected package lib32gcc1. Preparing to unpack .../08-lib32gcc1_1%3a8-20180425-1_amd64.deb ... Unpacking lib32gcc1 (1:8-20180425-1) ... Selecting previously unselected package lib32stdc++6. Preparing to unpack .../09-lib32stdc++6_8-20180425-1_amd64.deb ... Unpacking lib32stdc++6 (8-20180425-1) ... Selecting previously unselected package libclang-common-6.0-dev. Preparing to unpack .../10-libclang-common-6.0-dev_1%3a6.0-3_amd64.deb ... Unpacking libclang-common-6.0-dev (1:6.0-3) ... Selecting previously unselected package libclang1-6.0:amd64. Preparing to unpack .../11-libclang1-6.0_1%3a6.0-3_amd64.deb ... Unpacking libclang1-6.0:amd64 (1:6.0-3) ... Selecting previously unselected package clang-6.0. Preparing to unpack .../12-clang-6.0_1%3a6.0-3_amd64.deb ... Unpacking clang-6.0 (1:6.0-3) ... Setting up libncurses5:amd64 (6.1+20180210-2) ... Setting up libobjc4:amd64 (8-20180425-1) ... Setting up libc6-i386 (2.27-3) ... Setting up libbsd0:amd64 (0.8.7-1) ... Setting up libobjc-7-dev:amd64 (7.3.0-17) ... Processing triggers for libc-bin (2.27-3) ... Setting up lib32gcc1 (1:8-20180425-1) ... Setting up libjsoncpp1:amd64 (1.7.4-3) ... Setting up libedit2:amd64 (3.1-20170329-1) ... Setting up libllvm6.0:amd64 (1:6.0-3) ... Setting up libclang1-6.0:amd64 (1:6.0-3) ... Setting up lib32stdc++6 (8-20180425-1) ... Setting up libclang-common-6.0-dev (1:6.0-3) ... Setting up clang-6.0 (1:6.0-3) ... Processing triggers for libc-bin (2.27-3) ... W: --force-yes is deprecated, use one of the options starting with --allow instead. + echo 'Replace gcc, g++ & cpp by clang' Replace gcc, g++ & cpp by clang + VERSIONS='4.6 4.7 4.8 4.9 5 6 7 8' + cd /usr/bin + for VERSION in $VERSIONS + rm -f g++-4.6 gcc-4.6 cpp-4.6 gcc + ln -s clang++-6.0 g++-4.6 + ln -s clang-6.0 gcc-4.6 + ln -s clang-6.0 cpp-4.6 + ln -s clang-6.0 gcc + echo 'gcc-4.6 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: gcc-4.6 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + echo 'g++-4.6 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: g++-4.6 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + for VERSION in $VERSIONS + rm -f g++-4.7 gcc-4.7 cpp-4.7 gcc + ln -s clang++-6.0 g++-4.7 + ln -s clang-6.0 gcc-4.7 + ln -s clang-6.0 cpp-4.7 + ln -s clang-6.0 gcc + echo 'gcc-4.7 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: gcc-4.7 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + echo 'g++-4.7 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: g++-4.7 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + for VERSION in $VERSIONS + rm -f g++-4.8 gcc-4.8 cpp-4.8 gcc + ln -s clang++-6.0 g++-4.8 + ln -s clang-6.0 gcc-4.8 + ln -s clang-6.0 cpp-4.8 + ln -s clang-6.0 gcc + echo 'gcc-4.8 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: gcc-4.8 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + echo 'g++-4.8 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: g++-4.8 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + for VERSION in $VERSIONS + rm -f g++-4.9 gcc-4.9 cpp-4.9 gcc + ln -s clang++-6.0 g++-4.9 + ln -s clang-6.0 gcc-4.9 + ln -s clang-6.0 cpp-4.9 + ln -s clang-6.0 gcc + echo 'gcc-4.9 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: gcc-4.9 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + echo 'g++-4.9 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: g++-4.9 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + for VERSION in $VERSIONS + rm -f g++-5 gcc-5 cpp-5 gcc + ln -s clang++-6.0 g++-5 + ln -s clang-6.0 gcc-5 + ln -s clang-6.0 cpp-5 + ln -s clang-6.0 gcc + echo 'gcc-5 hold' + dpkg --set-selections + echo 'g++-5 hold' + dpkg --set-selections + for VERSION in $VERSIONS + rm -f g++-6 gcc-6 cpp-6 gcc + ln -s clang++-6.0 g++-6 + ln -s clang-6.0 gcc-6 + ln -s clang-6.0 cpp-6 + ln -s clang-6.0 gcc + echo 'gcc-6 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: gcc-6 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + echo 'g++-6 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: g++-6 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + for VERSION in $VERSIONS + rm -f g++-7 gcc-7 cpp-7 gcc + ln -s clang++-6.0 g++-7 + ln -s clang-6.0 gcc-7 + ln -s clang-6.0 cpp-7 + ln -s clang-6.0 gcc + echo 'gcc-7 hold' + dpkg --set-selections + echo 'g++-7 hold' + dpkg --set-selections + for VERSION in $VERSIONS + rm -f g++-8 gcc-8 cpp-8 gcc + ln -s clang++-6.0 g++-8 + ln -s clang-6.0 gcc-8 + ln -s clang-6.0 cpp-8 + ln -s clang-6.0 gcc + echo 'gcc-8 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: gcc-8 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + echo 'g++-8 hold' + dpkg --set-selections dpkg: warning: package not in status nor available database at line 1: g++-8 dpkg: warning: found unknown packages; this might mean the available database is outdated, and needs to be updated through a frontend method; please see the FAQ + cd - /build/octave-interval-WEN9Mk + echo 'Check if gcc, g++ & cpp are actually clang' Check if gcc, g++ & cpp are actually clang + gcc --version + grep clang + cpp --version + grep clang + g++ --version + grep clang I: Finished running '/tmp/clang60'. Finished processing commands. -------------------------------------------------------------------------------- +------------------------------------------------------------------------------+ | Update chroot | +------------------------------------------------------------------------------+ Hit:1 http://127.0.0.1:9999/debian unstable InRelease Reading package lists... Reading package lists... Building dependency tree... Reading state information... Calculating upgrade... 0 upgraded, 0 newly installed, 0 to remove and 0 not upgraded. +------------------------------------------------------------------------------+ | Fetch source files | +------------------------------------------------------------------------------+ Check APT --------- Checking available source versions... Download source files with APT ------------------------------ Reading package lists... NOTICE: 'octave-interval' packaging is maintained in the 'Git' version control system at: https://salsa.debian.org/pkg-octave-team/octave-interval.git Please use: git clone https://salsa.debian.org/pkg-octave-team/octave-interval.git to retrieve the latest (possibly unreleased) updates to the package. Need to get 2440 kB of source archives. Get:1 http://127.0.0.1:9999/debian unstable/main octave-interval 3.1.0-5 (dsc) [2239 B] Get:2 http://127.0.0.1:9999/debian unstable/main octave-interval 3.1.0-5 (tar) [2430 kB] Get:3 http://127.0.0.1:9999/debian unstable/main octave-interval 3.1.0-5 (diff) [7912 B] Fetched 2440 kB in 0s (13.4 MB/s) Download complete and in download only mode I: NOTICE: Log filtering will replace 'build/octave-interval-WEN9Mk/octave-interval-3.1.0' with '<>' I: NOTICE: Log filtering will replace 'build/octave-interval-WEN9Mk' with '<>' +------------------------------------------------------------------------------+ | Install build-essential | +------------------------------------------------------------------------------+ Setup apt archive ----------------- Merged Build-Depends: build-essential, fakeroot Filtered Build-Depends: build-essential, fakeroot dpkg-deb: building package 'sbuild-build-depends-core-dummy' in '/<>/resolver-TzfElk/apt_archive/sbuild-build-depends-core-dummy.deb'. dpkg-scanpackages: warning: Packages in archive but missing from override file: dpkg-scanpackages: warning: sbuild-build-depends-core-dummy dpkg-scanpackages: info: Wrote 1 entries to output Packages file. Ign:1 copy:/<>/resolver-TzfElk/apt_archive ./ InRelease Get:2 copy:/<>/resolver-TzfElk/apt_archive ./ Release [957 B] Ign:3 copy:/<>/resolver-TzfElk/apt_archive ./ Release.gpg Get:4 copy:/<>/resolver-TzfElk/apt_archive ./ Sources [349 B] Get:5 copy:/<>/resolver-TzfElk/apt_archive ./ Packages [431 B] Fetched 1737 B in 0s (0 B/s) Reading package lists... Reading package lists... Install core build dependencies (apt-based resolver) ---------------------------------------------------- Installing build dependencies Reading package lists... Building dependency tree... Reading state information... The following NEW packages will be installed: sbuild-build-depends-core-dummy 0 upgraded, 1 newly installed, 0 to remove and 0 not upgraded. Need to get 856 B of archives. After this operation, 0 B of additional disk space will be used. Get:1 copy:/<>/resolver-TzfElk/apt_archive ./ sbuild-build-depends-core-dummy 0.invalid.0 [856 B] debconf: delaying package configuration, since apt-utils is not installed Fetched 856 B in 0s (0 B/s) Selecting previously unselected package sbuild-build-depends-core-dummy. (Reading database ... 10771 files and directories currently installed.) Preparing to unpack .../sbuild-build-depends-core-dummy_0.invalid.0_amd64.deb ... Unpacking sbuild-build-depends-core-dummy (0.invalid.0) ... Setting up sbuild-build-depends-core-dummy (0.invalid.0) ... +------------------------------------------------------------------------------+ | Check architectures | +------------------------------------------------------------------------------+ Arch check ok (amd64 included in any all) +------------------------------------------------------------------------------+ | Install package build dependencies | +------------------------------------------------------------------------------+ Setup apt archive ----------------- Merged Build-Depends: debhelper (>= 11), dh-octave, libmpfr-dev (>= 3.1.0), ghostscript Filtered Build-Depends: debhelper (>= 11), dh-octave, libmpfr-dev (>= 3.1.0), ghostscript dpkg-deb: building package 'sbuild-build-depends-octave-interval-dummy' in '/<>/resolver-TzfElk/apt_archive/sbuild-build-depends-octave-interval-dummy.deb'. dpkg-scanpackages: warning: Packages in archive but missing from override file: dpkg-scanpackages: warning: sbuild-build-depends-core-dummy sbuild-build-depends-octave-interval-dummy dpkg-scanpackages: info: Wrote 2 entries to output Packages file. Ign:1 copy:/<>/resolver-TzfElk/apt_archive ./ InRelease Get:2 copy:/<>/resolver-TzfElk/apt_archive ./ Release [963 B] Ign:3 copy:/<>/resolver-TzfElk/apt_archive ./ Release.gpg Get:4 copy:/<>/resolver-TzfElk/apt_archive ./ Sources [520 B] Get:5 copy:/<>/resolver-TzfElk/apt_archive ./ Packages [601 B] Fetched 2084 B in 0s (0 B/s) Reading package lists... Reading package lists... Install octave-interval build dependencies (apt-based resolver) --------------------------------------------------------------- Installing build dependencies Reading package lists... Building dependency tree... Reading state information... The following additional packages will be installed: aglfn autoconf automake autopoint autotools-dev bsdmainutils ca-certificates cme debhelper dh-autoreconf dh-octave dh-octave-autopkgtest dh-strip-nondeterminism file fontconfig fontconfig-config fonts-dejavu-core gettext gettext-base gfortran gfortran-7 ghostscript gnuplot-data gnuplot-nox groff-base hdf5-helpers intltool-debian libaec-dev libaec0 libamd2 libapp-cmd-perl libarchive-zip-perl libarpack2 libasound2 libasound2-data libavahi-client3 libavahi-common-data libavahi-common3 libb-hooks-op-check-perl libblas-dev libblas3 libcairo2 libcamd2 libcapture-tiny-perl libcarp-assert-more-perl libcarp-assert-perl libccolamd2 libcholmod3 libclass-load-perl libclone-choose-perl libcolamd2 libconfig-model-perl libconvert-binhex-perl libcroco3 libcups2 libcupsimage2 libcurl3-gnutls libcxsparse3 libdata-optlist-perl libdatrie1 libdbus-1-3 libdevel-callchecker-perl libdouble-conversion1 libdrm-amdgpu1 libdrm-common libdrm-dev libdrm-intel1 libdrm-nouveau2 libdrm-radeon1 libdrm2 libdynaloader-functions-perl libegl-mesa0 libegl1 libelf1 libencode-locale-perl liberror-perl libevdev2 libexpat1 libexporter-lite-perl libexporter-tiny-perl libfftw3-bin libfftw3-dev libfftw3-double3 libfftw3-long3 libfftw3-quad3 libfftw3-single3 libfile-homedir-perl libfile-listing-perl libfile-stripnondeterminism-perl libfile-which-perl libflac8 libfltk-gl1.3 libfltk1.3 libfontconfig1 libfreetype6 libfribidi0 libgbm1 libgd3 libgetopt-long-descriptive-perl libgfortran-7-dev libgfortran4 libgl1 libgl1-mesa-dev libgl1-mesa-dri libgl2ps1.4 libglapi-mesa libgles2 libglib2.0-0 libglpk40 libglu1-mesa libglvnd-core-dev libglvnd-dev libglvnd0 libglx-mesa0 libglx0 libgmp-dev libgmpxx4ldbl libgraphicsmagick++-q16-12 libgraphicsmagick-q16-3 libgraphite2-3 libgs9 libgs9-common libgssapi-krb5-2 libgudev-1.0-0 libharfbuzz0b libhash-merge-perl libhdf5-100 libhdf5-cpp-100 libhdf5-dev libhtml-parser-perl libhtml-tagset-perl libhtml-tree-perl libhttp-cookies-perl libhttp-date-perl libhttp-message-perl libhttp-negotiate-perl libice6 libicu57 libidn11 libijs-0.35 libinput-bin libinput10 libio-html-perl libio-socket-ssl-perl libio-stringy-perl libio-tiecombine-perl libjack-jackd2-0 libjbig0 libjbig2dec0 libjpeg-dev libjpeg62-turbo libjpeg62-turbo-dev libjson-perl libk5crypto3 libkeyutils1 libkrb5-3 libkrb5support0 liblapack-dev liblapack3 liblcms2-2 libldap-2.4-2 libldap-common liblist-moreutils-perl libllvm5.0 liblog-log4perl-perl libltdl7 liblua5.3-0 liblwp-mediatypes-perl liblwp-protocol-https-perl libmagic-mgc libmagic1 libmailtools-perl libmetis5 libmime-tools-perl libmodule-implementation-perl libmodule-pluggable-perl libmodule-runtime-perl libmouse-perl libmousex-nativetraits-perl libmousex-strictconstructor-perl libmpfr-dev libmtdev1 libncurses-dev libncurses6 libncursesw6 libnet-http-perl libnet-smtp-ssl-perl libnet-ssleay-perl libnghttp2-14 liboctave-dev liboctave4 libogg0 libopengl0 libopenjp2-7 libopus0 libosmesa6 libpackage-stash-perl libpango-1.0-0 libpangocairo-1.0-0 libpangoft2-1.0-0 libpaper1 libparams-classify-perl libparams-util-perl libparams-validate-perl libparse-debcontrol-perl libparse-recdescent-perl libpath-tiny-perl libpciaccess0 libpcre2-16-0 libpipeline1 libpixman-1-0 libpng16-16 libpod-pom-perl libportaudio2 libpsl5 libpthread-stubs0-dev libqhull7 libqrupdate1 libqscintilla2-qt5-13 libqscintilla2-qt5-l10n libqt5core5a libqt5dbus5 libqt5gui5 libqt5network5 libqt5opengl5 libqt5printsupport5 libqt5widgets5 libreadline-dev libreadline7 libregexp-common-perl librtmp1 libsamplerate0 libsasl2-2 libsasl2-modules-db libsensors4 libsigsegv2 libsm6 libsndfile1 libssh2-1 libssl1.1 libstring-rewriteprefix-perl libsub-exporter-perl libsub-install-perl libsuitesparseconfig5 libsz2 libtext-unidecode-perl libthai-data libthai0 libtiff5 libtimedate-perl libtinfo-dev libtool libtry-tiny-perl libumfpack5 liburi-perl libvorbis0a libvorbisenc2 libwacom-common libwacom2 libwayland-client0 libwayland-server0 libwebp6 libwebpmux3 libwmf0.2-7 libwww-perl libwww-robotrules-perl libx11-6 libx11-data libx11-dev libx11-xcb-dev libx11-xcb1 libxau-dev libxau6 libxcb-dri2-0 libxcb-dri2-0-dev libxcb-dri3-0 libxcb-dri3-dev libxcb-glx0 libxcb-glx0-dev libxcb-icccm4 libxcb-image0 libxcb-keysyms1 libxcb-present-dev libxcb-present0 libxcb-randr0 libxcb-randr0-dev libxcb-render-util0 libxcb-render0 libxcb-render0-dev libxcb-shape0 libxcb-shape0-dev libxcb-shm0 libxcb-sync-dev libxcb-sync1 libxcb-util0 libxcb-xfixes0 libxcb-xfixes0-dev libxcb-xinerama0 libxcb-xkb1 libxcb1 libxcb1-dev libxcursor1 libxdamage-dev libxdamage1 libxdmcp-dev libxdmcp6 libxext-dev libxext6 libxfixes-dev libxfixes3 libxft2 libxi6 libxinerama1 libxkbcommon-x11-0 libxkbcommon0 libxml-libxml-perl libxml-namespacesupport-perl libxml-sax-base-perl libxml-sax-perl libxml2 libxpm4 libxrender1 libxshmfence-dev libxshmfence1 libxxf86vm-dev libxxf86vm1 libyaml-perl libyaml-tiny-perl lsb-base m4 man-db mesa-common-dev netbase octave octave-common openssl perl-openssl-defaults po-debconf poppler-data readline-common tex-common texinfo ucf x11-common x11proto-core-dev x11proto-damage-dev x11proto-dev x11proto-dri2-dev x11proto-fixes-dev x11proto-gl-dev x11proto-xext-dev x11proto-xf86vidmode-dev xkb-data xorg-sgml-doctools xtrans-dev zlib1g-dev Suggested packages: autoconf-archive gnu-standards autoconf-doc wamerican | wordlist whois vacation libconfig-model-cursesui-perl libconfig-model-itself-perl dh-make dwz gettext-doc libasprintf-dev libgettextpo-dev gfortran-multilib gfortran-doc gfortran-7-multilib gfortran-7-doc libgfortran4-dbg libcoarrays-dev ghostscript-x gnuplot-doc groff libasound2-plugins alsa-utils liblapack-doc libconfig-model-dpkg-perl libconfig-model-openssh-perl libterm-readline-perl-perl | libterm-readline-gnu-perl cups-common libfftw3-doc libgd-tools libiodbc2-dev default-libmysqlclient-dev gmp-doc libgmp10-doc graphicsmagick-dbg krb5-doc krb5-user libhdf5-doc libdata-dump-perl jackd2 liblcms2-utils libdbd-csv-perl liblog-dispatch-filerotate-perl librrds-perl libxml-dom-perl libcrypt-ssleay-perl libmpfr-doc opus-tools libscalar-number-perl pciutils libqscintilla2-doc qt5-image-formats-plugins qtwayland5 readline-doc lm-sensors libtool-doc gcj-jdk libwmf0.2-7-gtk libauthen-ntlm-perl libxcb-doc libxext-doc libyaml-shell-perl m4-doc apparmor less www-browser libmail-box-perl poppler-utils fonts-japanese-mincho | fonts-ipafont-mincho fonts-japanese-gothic | fonts-ipafont-gothic fonts-arphic-ukai fonts-arphic-uming fonts-nanum texlive-base texlive-latex-base texlive-generic-recommended texinfo-doc-nonfree texlive-fonts-recommended Recommended packages: libconfig-model-approx-perl libconfig-model-dpkg-perl libconfig-model-lcdproc-perl libconfig-model-openssh-perl libconfig-model-systemd-perl libconfig-model-tkui-perl curl | wget | lynx gsfonts fonts-liberation groff libclone-perl | libclone-pp-perl bash-completion fuse libfuse-perl libtext-levenshtein-damerau-perl libcupsfilters1 dbus libarchive-cpio-perl libglib2.0-data shared-mime-info xdg-user-dirs fonts-droid-fallback libhtml-format-perl libjson-xs-perl krb5-locales liblog-dispatch-perl libipc-shareable-perl libclass-method-modifiers-perl libgpm2 libauthen-sasl-perl libpackage-stash-xs-perl libpaper-utils libtie-ixhash-perl libunicode-utf8-perl publicsuffix qttranslations5-l10n libqt5svg5 qt5-gtk-platformtheme libsasl2-modules libltdl-dev libwacom-bin libdata-dump-perl libhtml-form-perl libhttp-daemon-perl libx11-doc libxml-sax-expat-perl libyaml-libyaml-perl | libyaml-syck-perl libopenblas-base | libatlas3-base pstoedit epstool default-jre-headless octave-doc libmail-sendmail-perl The following NEW packages will be installed: aglfn autoconf automake autopoint autotools-dev bsdmainutils ca-certificates cme debhelper dh-autoreconf dh-octave dh-octave-autopkgtest dh-strip-nondeterminism file fontconfig fontconfig-config fonts-dejavu-core gettext gettext-base gfortran gfortran-7 ghostscript gnuplot-data gnuplot-nox groff-base hdf5-helpers intltool-debian libaec-dev libaec0 libamd2 libapp-cmd-perl libarchive-zip-perl libarpack2 libasound2 libasound2-data libavahi-client3 libavahi-common-data libavahi-common3 libb-hooks-op-check-perl libblas-dev libblas3 libcairo2 libcamd2 libcapture-tiny-perl libcarp-assert-more-perl libcarp-assert-perl libccolamd2 libcholmod3 libclass-load-perl libclone-choose-perl libcolamd2 libconfig-model-perl libconvert-binhex-perl libcroco3 libcups2 libcupsimage2 libcurl3-gnutls libcxsparse3 libdata-optlist-perl libdatrie1 libdbus-1-3 libdevel-callchecker-perl libdouble-conversion1 libdrm-amdgpu1 libdrm-common libdrm-dev libdrm-intel1 libdrm-nouveau2 libdrm-radeon1 libdrm2 libdynaloader-functions-perl libegl-mesa0 libegl1 libelf1 libencode-locale-perl liberror-perl libevdev2 libexpat1 libexporter-lite-perl libexporter-tiny-perl libfftw3-bin libfftw3-dev libfftw3-double3 libfftw3-long3 libfftw3-quad3 libfftw3-single3 libfile-homedir-perl libfile-listing-perl libfile-stripnondeterminism-perl libfile-which-perl libflac8 libfltk-gl1.3 libfltk1.3 libfontconfig1 libfreetype6 libfribidi0 libgbm1 libgd3 libgetopt-long-descriptive-perl libgfortran-7-dev libgfortran4 libgl1 libgl1-mesa-dev libgl1-mesa-dri libgl2ps1.4 libglapi-mesa libgles2 libglib2.0-0 libglpk40 libglu1-mesa libglvnd-core-dev libglvnd-dev libglvnd0 libglx-mesa0 libglx0 libgmp-dev libgmpxx4ldbl libgraphicsmagick++-q16-12 libgraphicsmagick-q16-3 libgraphite2-3 libgs9 libgs9-common libgssapi-krb5-2 libgudev-1.0-0 libharfbuzz0b libhash-merge-perl libhdf5-100 libhdf5-cpp-100 libhdf5-dev libhtml-parser-perl libhtml-tagset-perl libhtml-tree-perl libhttp-cookies-perl libhttp-date-perl libhttp-message-perl libhttp-negotiate-perl libice6 libicu57 libidn11 libijs-0.35 libinput-bin libinput10 libio-html-perl libio-socket-ssl-perl libio-stringy-perl libio-tiecombine-perl libjack-jackd2-0 libjbig0 libjbig2dec0 libjpeg-dev libjpeg62-turbo libjpeg62-turbo-dev libjson-perl libk5crypto3 libkeyutils1 libkrb5-3 libkrb5support0 liblapack-dev liblapack3 liblcms2-2 libldap-2.4-2 libldap-common liblist-moreutils-perl libllvm5.0 liblog-log4perl-perl libltdl7 liblua5.3-0 liblwp-mediatypes-perl liblwp-protocol-https-perl libmagic-mgc libmagic1 libmailtools-perl libmetis5 libmime-tools-perl libmodule-implementation-perl libmodule-pluggable-perl libmodule-runtime-perl libmouse-perl libmousex-nativetraits-perl libmousex-strictconstructor-perl libmpfr-dev libmtdev1 libncurses-dev libncurses6 libncursesw6 libnet-http-perl libnet-smtp-ssl-perl libnet-ssleay-perl libnghttp2-14 liboctave-dev liboctave4 libogg0 libopengl0 libopenjp2-7 libopus0 libosmesa6 libpackage-stash-perl libpango-1.0-0 libpangocairo-1.0-0 libpangoft2-1.0-0 libpaper1 libparams-classify-perl libparams-util-perl libparams-validate-perl libparse-debcontrol-perl libparse-recdescent-perl libpath-tiny-perl libpciaccess0 libpcre2-16-0 libpipeline1 libpixman-1-0 libpng16-16 libpod-pom-perl libportaudio2 libpsl5 libpthread-stubs0-dev libqhull7 libqrupdate1 libqscintilla2-qt5-13 libqscintilla2-qt5-l10n libqt5core5a libqt5dbus5 libqt5gui5 libqt5network5 libqt5opengl5 libqt5printsupport5 libqt5widgets5 libreadline-dev libreadline7 libregexp-common-perl librtmp1 libsamplerate0 libsasl2-2 libsasl2-modules-db libsensors4 libsigsegv2 libsm6 libsndfile1 libssh2-1 libssl1.1 libstring-rewriteprefix-perl libsub-exporter-perl libsub-install-perl libsuitesparseconfig5 libsz2 libtext-unidecode-perl libthai-data libthai0 libtiff5 libtimedate-perl libtinfo-dev libtool libtry-tiny-perl libumfpack5 liburi-perl libvorbis0a libvorbisenc2 libwacom-common libwacom2 libwayland-client0 libwayland-server0 libwebp6 libwebpmux3 libwmf0.2-7 libwww-perl libwww-robotrules-perl libx11-6 libx11-data libx11-dev libx11-xcb-dev libx11-xcb1 libxau-dev libxau6 libxcb-dri2-0 libxcb-dri2-0-dev libxcb-dri3-0 libxcb-dri3-dev libxcb-glx0 libxcb-glx0-dev libxcb-icccm4 libxcb-image0 libxcb-keysyms1 libxcb-present-dev libxcb-present0 libxcb-randr0 libxcb-randr0-dev libxcb-render-util0 libxcb-render0 libxcb-render0-dev libxcb-shape0 libxcb-shape0-dev libxcb-shm0 libxcb-sync-dev libxcb-sync1 libxcb-util0 libxcb-xfixes0 libxcb-xfixes0-dev libxcb-xinerama0 libxcb-xkb1 libxcb1 libxcb1-dev libxcursor1 libxdamage-dev libxdamage1 libxdmcp-dev libxdmcp6 libxext-dev libxext6 libxfixes-dev libxfixes3 libxft2 libxi6 libxinerama1 libxkbcommon-x11-0 libxkbcommon0 libxml-libxml-perl libxml-namespacesupport-perl libxml-sax-base-perl libxml-sax-perl libxml2 libxpm4 libxrender1 libxshmfence-dev libxshmfence1 libxxf86vm-dev libxxf86vm1 libyaml-perl libyaml-tiny-perl lsb-base m4 man-db mesa-common-dev netbase octave octave-common openssl perl-openssl-defaults po-debconf poppler-data readline-common sbuild-build-depends-octave-interval-dummy tex-common texinfo ucf x11-common x11proto-core-dev x11proto-damage-dev x11proto-dev x11proto-dri2-dev x11proto-fixes-dev x11proto-gl-dev x11proto-xext-dev x11proto-xf86vidmode-dev xkb-data xorg-sgml-doctools xtrans-dev zlib1g-dev 0 upgraded, 357 newly installed, 0 to remove and 0 not upgraded. Need to get 130 MB of archives. After this operation, 596 MB of additional disk space will be used. Get:1 copy:/<>/resolver-TzfElk/apt_archive ./ sbuild-build-depends-octave-interval-dummy 0.invalid.0 [892 B] Get:2 http://127.0.0.1:9999/debian unstable/main amd64 bsdmainutils amd64 11.1.2 [190 kB] Get:3 http://127.0.0.1:9999/debian unstable/main amd64 groff-base amd64 1.22.3-10 [1176 kB] Get:4 http://127.0.0.1:9999/debian unstable/main amd64 libpipeline1 amd64 1.5.0-1 [29.0 kB] Get:5 http://127.0.0.1:9999/debian unstable/main amd64 man-db amd64 2.8.3-2 [1180 kB] Get:6 http://127.0.0.1:9999/debian unstable/main amd64 poppler-data all 0.4.9-2 [1473 kB] Get:7 http://127.0.0.1:9999/debian unstable/main amd64 ucf all 3.0038 [67.8 kB] Get:8 http://127.0.0.1:9999/debian unstable/main amd64 tex-common all 6.09 [53.2 kB] Get:9 http://127.0.0.1:9999/debian unstable/main amd64 netbase all 5.4 [19.1 kB] Get:10 http://127.0.0.1:9999/debian unstable/main amd64 readline-common all 7.0-3 [70.4 kB] Get:11 http://127.0.0.1:9999/debian unstable/main amd64 libmagic-mgc amd64 1:5.33-2 [234 kB] Get:12 http://127.0.0.1:9999/debian unstable/main amd64 libmagic1 amd64 1:5.33-2 [113 kB] Get:13 http://127.0.0.1:9999/debian unstable/main amd64 file amd64 1:5.33-2 [65.6 kB] Get:14 http://127.0.0.1:9999/debian unstable/main amd64 gettext-base amd64 0.19.8.1-6 [122 kB] Get:15 http://127.0.0.1:9999/debian unstable/main amd64 aglfn all 1.7-3 [29.2 kB] Get:16 http://127.0.0.1:9999/debian unstable/main amd64 libsigsegv2 amd64 2.12-2 [32.8 kB] Get:17 http://127.0.0.1:9999/debian unstable/main amd64 m4 amd64 1.4.18-1 [202 kB] Get:18 http://127.0.0.1:9999/debian unstable/main amd64 autoconf all 2.69-11 [341 kB] Get:19 http://127.0.0.1:9999/debian unstable/main amd64 autotools-dev all 20180224.1 [77.0 kB] Get:20 http://127.0.0.1:9999/debian unstable/main amd64 automake all 1:1.15.1-3.1 [736 kB] Get:21 http://127.0.0.1:9999/debian unstable/main amd64 autopoint all 0.19.8.1-6 [434 kB] Get:22 http://127.0.0.1:9999/debian unstable/main amd64 libssl1.1 amd64 1.1.0h-2 [1352 kB] Get:23 http://127.0.0.1:9999/debian unstable/main amd64 openssl amd64 1.1.0h-2 [744 kB] Get:24 http://127.0.0.1:9999/debian unstable/main amd64 ca-certificates all 20180409 [161 kB] Get:25 http://127.0.0.1:9999/debian unstable/main amd64 libcapture-tiny-perl all 0.48-1 [26.0 kB] Get:26 http://127.0.0.1:9999/debian unstable/main amd64 libparams-util-perl amd64 1.07-3+b3 [22.7 kB] Get:27 http://127.0.0.1:9999/debian unstable/main amd64 libsub-install-perl all 0.928-1 [11.4 kB] Get:28 http://127.0.0.1:9999/debian unstable/main amd64 libdata-optlist-perl all 0.110-1 [10.6 kB] Get:29 http://127.0.0.1:9999/debian unstable/main amd64 libb-hooks-op-check-perl amd64 0.22-1 [11.1 kB] Get:30 http://127.0.0.1:9999/debian unstable/main amd64 libdynaloader-functions-perl all 0.003-1 [12.6 kB] Get:31 http://127.0.0.1:9999/debian unstable/main amd64 libdevel-callchecker-perl amd64 0.007-2+b1 [17.8 kB] Get:32 http://127.0.0.1:9999/debian unstable/main amd64 libparams-classify-perl amd64 0.015-1 [25.2 kB] Get:33 http://127.0.0.1:9999/debian unstable/main amd64 libmodule-runtime-perl all 0.016-1 [19.4 kB] Get:34 http://127.0.0.1:9999/debian unstable/main amd64 libtry-tiny-perl all 0.30-1 [23.3 kB] Get:35 http://127.0.0.1:9999/debian unstable/main amd64 libmodule-implementation-perl all 0.09-1 [12.9 kB] Get:36 http://127.0.0.1:9999/debian unstable/main amd64 libpackage-stash-perl all 0.37-1 [20.8 kB] Get:37 http://127.0.0.1:9999/debian unstable/main amd64 libclass-load-perl all 0.24-1 [15.8 kB] Get:38 http://127.0.0.1:9999/debian unstable/main amd64 libio-stringy-perl all 2.111-2 [61.2 kB] Get:39 http://127.0.0.1:9999/debian unstable/main amd64 libparams-validate-perl amd64 1.29-1 [67.0 kB] Get:40 http://127.0.0.1:9999/debian unstable/main amd64 libsub-exporter-perl all 0.987-1 [47.2 kB] Get:41 http://127.0.0.1:9999/debian unstable/main amd64 libgetopt-long-descriptive-perl all 0.102-1 [27.5 kB] Get:42 http://127.0.0.1:9999/debian unstable/main amd64 libio-tiecombine-perl all 1.005-1 [13.0 kB] Get:43 http://127.0.0.1:9999/debian unstable/main amd64 libmodule-pluggable-perl all 5.2-1 [25.7 kB] Get:44 http://127.0.0.1:9999/debian unstable/main amd64 libstring-rewriteprefix-perl all 0.007-2 [6448 B] Get:45 http://127.0.0.1:9999/debian unstable/main amd64 libapp-cmd-perl all 0.331-1 [63.9 kB] Get:46 http://127.0.0.1:9999/debian unstable/main amd64 libcarp-assert-perl all 0.21-1 [18.2 kB] Get:47 http://127.0.0.1:9999/debian unstable/main amd64 libcarp-assert-more-perl all 1.16-1 [15.6 kB] Get:48 http://127.0.0.1:9999/debian unstable/main amd64 libfile-which-perl all 1.21-1 [14.3 kB] Get:49 http://127.0.0.1:9999/debian unstable/main amd64 libfile-homedir-perl all 1.002-1 [42.3 kB] Get:50 http://127.0.0.1:9999/debian unstable/main amd64 libclone-choose-perl all 0.010-1 [8424 B] Get:51 http://127.0.0.1:9999/debian unstable/main amd64 libhash-merge-perl all 0.300-1 [14.3 kB] Get:52 http://127.0.0.1:9999/debian unstable/main amd64 libjson-perl all 2.97001-1 [80.6 kB] Get:53 http://127.0.0.1:9999/debian unstable/main amd64 libexporter-tiny-perl all 1.000000-2 [38.2 kB] Get:54 http://127.0.0.1:9999/debian unstable/main amd64 liblist-moreutils-perl amd64 0.416-1+b3 [63.0 kB] Get:55 http://127.0.0.1:9999/debian unstable/main amd64 liblog-log4perl-perl all 1.49-1 [377 kB] Get:56 http://127.0.0.1:9999/debian unstable/main amd64 libmouse-perl amd64 2.5.2-1 [169 kB] Get:57 http://127.0.0.1:9999/debian unstable/main amd64 libmousex-nativetraits-perl all 1.09-2 [67.4 kB] Get:58 http://127.0.0.1:9999/debian unstable/main amd64 libmousex-strictconstructor-perl all 0.02-1 [5226 B] Get:59 http://127.0.0.1:9999/debian unstable/main amd64 libparse-recdescent-perl all 1.967015+dfsg-2 [159 kB] Get:60 http://127.0.0.1:9999/debian unstable/main amd64 libpath-tiny-perl all 0.104-1 [67.2 kB] Get:61 http://127.0.0.1:9999/debian unstable/main amd64 libpod-pom-perl all 2.01-1 [74.0 kB] Get:62 http://127.0.0.1:9999/debian unstable/main amd64 libregexp-common-perl all 2017060201-1 [177 kB] Get:63 http://127.0.0.1:9999/debian unstable/main amd64 libyaml-tiny-perl all 1.73-1 [32.3 kB] Get:64 http://127.0.0.1:9999/debian unstable/main amd64 libconfig-model-perl all 2.122-1 [454 kB] Get:65 http://127.0.0.1:9999/debian unstable/main amd64 libyaml-perl all 1.24-1 [64.9 kB] Get:66 http://127.0.0.1:9999/debian unstable/main amd64 cme all 1.027-1 [79.8 kB] Get:67 http://127.0.0.1:9999/debian unstable/main amd64 libtool all 2.4.6-2.1 [547 kB] Get:68 http://127.0.0.1:9999/debian unstable/main amd64 dh-autoreconf all 17 [16.5 kB] Get:69 http://127.0.0.1:9999/debian unstable/main amd64 libarchive-zip-perl all 1.60-1 [95.6 kB] Get:70 http://127.0.0.1:9999/debian unstable/main amd64 libfile-stripnondeterminism-perl all 0.041-1 [19.9 kB] Get:71 http://127.0.0.1:9999/debian unstable/main amd64 libtimedate-perl all 2.3000-2 [42.2 kB] Get:72 http://127.0.0.1:9999/debian unstable/main amd64 dh-strip-nondeterminism all 0.041-1 [12.0 kB] Get:73 http://127.0.0.1:9999/debian unstable/main amd64 libglib2.0-0 amd64 2.56.1-2 [2928 kB] Get:74 http://127.0.0.1:9999/debian unstable/main amd64 libicu57 amd64 57.1-9 [7698 kB] Get:75 http://127.0.0.1:9999/debian unstable/main amd64 libxml2 amd64 2.9.4+dfsg1-6.1 [725 kB] Get:76 http://127.0.0.1:9999/debian unstable/main amd64 libcroco3 amd64 0.6.12-2 [144 kB] Get:77 http://127.0.0.1:9999/debian unstable/main amd64 gettext amd64 0.19.8.1-6 [1302 kB] Get:78 http://127.0.0.1:9999/debian unstable/main amd64 intltool-debian all 0.35.0+20060710.4 [26.3 kB] Get:79 http://127.0.0.1:9999/debian unstable/main amd64 po-debconf all 1.0.20 [247 kB] Get:80 http://127.0.0.1:9999/debian unstable/main amd64 debhelper all 11.2.1 [1013 kB] Get:81 http://127.0.0.1:9999/debian unstable/main amd64 libsuitesparseconfig5 amd64 1:5.2.0+dfsg-1 [20.5 kB] Get:82 http://127.0.0.1:9999/debian unstable/main amd64 libamd2 amd64 1:5.2.0+dfsg-1 [33.1 kB] Get:83 http://127.0.0.1:9999/debian unstable/main amd64 libgfortran4 amd64 7.3.0-17 [487 kB] Get:84 http://127.0.0.1:9999/debian unstable/main amd64 libblas3 amd64 3.8.0-1 [150 kB] Get:85 http://127.0.0.1:9999/debian unstable/main amd64 liblapack3 amd64 3.8.0-1 [2146 kB] Get:86 http://127.0.0.1:9999/debian unstable/main amd64 libarpack2 amd64 3.5.0+real-2+b1 [98.5 kB] Get:87 http://127.0.0.1:9999/debian unstable/main amd64 libcamd2 amd64 1:5.2.0+dfsg-1 [34.5 kB] Get:88 http://127.0.0.1:9999/debian unstable/main amd64 libccolamd2 amd64 1:5.2.0+dfsg-1 [35.3 kB] Get:89 http://127.0.0.1:9999/debian unstable/main amd64 libcolamd2 amd64 1:5.2.0+dfsg-1 [29.8 kB] Get:90 http://127.0.0.1:9999/debian unstable/main amd64 libmetis5 amd64 5.1.0.dfsg-5+b2 [175 kB] Get:91 http://127.0.0.1:9999/debian unstable/main amd64 libcholmod3 amd64 1:5.2.0+dfsg-1 [315 kB] Get:92 http://127.0.0.1:9999/debian unstable/main amd64 libkeyutils1 amd64 1.5.9-9.2 [12.9 kB] Get:93 http://127.0.0.1:9999/debian unstable/main amd64 libkrb5support0 amd64 1.16-2 [62.8 kB] Get:94 http://127.0.0.1:9999/debian unstable/main amd64 libk5crypto3 amd64 1.16-2 [121 kB] Get:95 http://127.0.0.1:9999/debian unstable/main amd64 libkrb5-3 amd64 1.16-2 [316 kB] Get:96 http://127.0.0.1:9999/debian unstable/main amd64 libgssapi-krb5-2 amd64 1.16-2 [158 kB] Get:97 http://127.0.0.1:9999/debian unstable/main amd64 libsasl2-modules-db amd64 2.1.27~101-g0780600+dfsg-3.1 [68.6 kB] Get:98 http://127.0.0.1:9999/debian unstable/main amd64 libsasl2-2 amd64 2.1.27~101-g0780600+dfsg-3.1 [105 kB] Get:99 http://127.0.0.1:9999/debian unstable/main amd64 libldap-common all 2.4.45+dfsg-1 [87.0 kB] Get:100 http://127.0.0.1:9999/debian unstable/main amd64 libldap-2.4-2 amd64 2.4.45+dfsg-1 [223 kB] Get:101 http://127.0.0.1:9999/debian unstable/main amd64 libnghttp2-14 amd64 1.31.1-1 [80.7 kB] Get:102 http://127.0.0.1:9999/debian unstable/main amd64 libpsl5 amd64 0.20.1-1 [52.6 kB] Get:103 http://127.0.0.1:9999/debian unstable/main amd64 librtmp1 amd64 2.4+20151223.gitfa8646d.1-1+b1 [60.4 kB] Get:104 http://127.0.0.1:9999/debian unstable/main amd64 libssh2-1 amd64 1.8.0-1 [138 kB] Get:105 http://127.0.0.1:9999/debian unstable/main amd64 libcurl3-gnutls amd64 7.58.0-2 [310 kB] Get:106 http://127.0.0.1:9999/debian unstable/main amd64 libcxsparse3 amd64 1:5.2.0+dfsg-1 [77.3 kB] Get:107 http://127.0.0.1:9999/debian unstable/main amd64 libfftw3-double3 amd64 3.3.7-1+b1 [740 kB] Get:108 http://127.0.0.1:9999/debian unstable/main amd64 libfftw3-single3 amd64 3.3.7-1+b1 [770 kB] Get:109 http://127.0.0.1:9999/debian unstable/main amd64 libexpat1 amd64 2.2.5-3 [96.8 kB] Get:110 http://127.0.0.1:9999/debian unstable/main amd64 libpng16-16 amd64 1.6.34-1 [287 kB] Get:111 http://127.0.0.1:9999/debian unstable/main amd64 libfreetype6 amd64 2.8.1-2 [461 kB] Get:112 http://127.0.0.1:9999/debian unstable/main amd64 fonts-dejavu-core all 2.37-1 [1068 kB] Get:113 http://127.0.0.1:9999/debian unstable/main amd64 fontconfig-config all 2.13.0-4 [280 kB] Get:114 http://127.0.0.1:9999/debian unstable/main amd64 libfontconfig1 amd64 2.13.0-4 [343 kB] Get:115 http://127.0.0.1:9999/debian unstable/main amd64 libglvnd0 amd64 1.0.0+git20180308-2 [47.7 kB] Get:116 http://127.0.0.1:9999/debian unstable/main amd64 libxau6 amd64 1:1.0.8-1+b2 [19.9 kB] Get:117 http://127.0.0.1:9999/debian unstable/main amd64 libxdmcp6 amd64 1:1.1.2-3 [26.3 kB] Get:118 http://127.0.0.1:9999/debian unstable/main amd64 libxcb1 amd64 1.13-1 [136 kB] Get:119 http://127.0.0.1:9999/debian unstable/main amd64 libx11-data all 2:1.6.5-1 [292 kB] Get:120 http://127.0.0.1:9999/debian unstable/main amd64 libx11-6 amd64 2:1.6.5-1 [749 kB] Get:121 http://127.0.0.1:9999/debian unstable/main amd64 libxext6 amd64 2:1.3.3-1+b2 [52.5 kB] Get:122 http://127.0.0.1:9999/debian unstable/main amd64 libdrm-common all 2.4.91-2 [13.5 kB] Get:123 http://127.0.0.1:9999/debian unstable/main amd64 libdrm2 amd64 2.4.91-2 [39.9 kB] Get:124 http://127.0.0.1:9999/debian unstable/main amd64 libglapi-mesa amd64 17.3.9-1 [61.4 kB] Get:125 http://127.0.0.1:9999/debian unstable/main amd64 libx11-xcb1 amd64 2:1.6.5-1 [185 kB] Get:126 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-dri2-0 amd64 1.13-1 [99.6 kB] Get:127 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-dri3-0 amd64 1.13-1 [99.3 kB] Get:128 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-glx0 amd64 1.13-1 [115 kB] Get:129 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-present0 amd64 1.13-1 [98.2 kB] Get:130 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-sync1 amd64 1.13-1 [102 kB] Get:131 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-xfixes0 amd64 1.13-1 [102 kB] Get:132 http://127.0.0.1:9999/debian unstable/main amd64 libxfixes3 amd64 1:5.0.3-1 [21.9 kB] Get:133 http://127.0.0.1:9999/debian unstable/main amd64 libxdamage1 amd64 1:1.1.4-3 [14.4 kB] Get:134 http://127.0.0.1:9999/debian unstable/main amd64 libxshmfence1 amd64 1.3-1 [8820 B] Get:135 http://127.0.0.1:9999/debian unstable/main amd64 libxxf86vm1 amd64 1:1.1.4-1+b2 [20.8 kB] Get:136 http://127.0.0.1:9999/debian unstable/main amd64 libdrm-amdgpu1 amd64 2.4.91-2 [28.4 kB] Get:137 http://127.0.0.1:9999/debian unstable/main amd64 libpciaccess0 amd64 0.14-1 [53.5 kB] Get:138 http://127.0.0.1:9999/debian unstable/main amd64 libdrm-intel1 amd64 2.4.91-2 [69.3 kB] Get:139 http://127.0.0.1:9999/debian unstable/main amd64 libdrm-nouveau2 amd64 2.4.91-2 [26.0 kB] Get:140 http://127.0.0.1:9999/debian unstable/main amd64 libdrm-radeon1 amd64 2.4.91-2 [31.1 kB] Get:141 http://127.0.0.1:9999/debian unstable/main amd64 libelf1 amd64 0.170-0.4 [162 kB] Get:142 http://127.0.0.1:9999/debian unstable/main amd64 libllvm5.0 amd64 1:5.0.1-4 [13.7 MB] Get:143 http://127.0.0.1:9999/debian unstable/main amd64 libsensors4 amd64 1:3.4.0-4 [53.3 kB] Get:144 http://127.0.0.1:9999/debian unstable/main amd64 libgl1-mesa-dri amd64 17.3.9-1 [5907 kB] Get:145 http://127.0.0.1:9999/debian unstable/main amd64 libglx-mesa0 amd64 17.3.9-1 [171 kB] Get:146 http://127.0.0.1:9999/debian unstable/main amd64 libglx0 amd64 1.0.0+git20180308-2 [29.9 kB] Get:147 http://127.0.0.1:9999/debian unstable/main amd64 libgl1 amd64 1.0.0+git20180308-2 [86.3 kB] Get:148 http://127.0.0.1:9999/debian unstable/main amd64 libgl2ps1.4 amd64 1.4.0+dfsg1-2 [39.0 kB] Get:149 http://127.0.0.1:9999/debian unstable/main amd64 libglu1-mesa amd64 9.0.0-2.1 [168 kB] Get:150 http://127.0.0.1:9999/debian unstable/main amd64 lsb-base all 9.20170808 [28.1 kB] Get:151 http://127.0.0.1:9999/debian unstable/main amd64 x11-common all 1:7.7+19 [251 kB] Get:152 http://127.0.0.1:9999/debian unstable/main amd64 libice6 amd64 2:1.0.9-2 [58.7 kB] Get:153 http://127.0.0.1:9999/debian unstable/main amd64 libjbig0 amd64 2.1-3.1+b2 [31.0 kB] Get:154 http://127.0.0.1:9999/debian unstable/main amd64 libjpeg62-turbo amd64 1:1.5.2-2+b1 [134 kB] Get:155 http://127.0.0.1:9999/debian unstable/main amd64 liblcms2-2 amd64 2.9-1 [145 kB] Get:156 http://127.0.0.1:9999/debian unstable/main amd64 libsm6 amd64 2:1.2.2-1+b3 [33.3 kB] Get:157 http://127.0.0.1:9999/debian unstable/main amd64 libtiff5 amd64 4.0.9-5 [246 kB] Get:158 http://127.0.0.1:9999/debian unstable/main amd64 libwebp6 amd64 0.6.1-2 [263 kB] Get:159 http://127.0.0.1:9999/debian unstable/main amd64 libwebpmux3 amd64 0.6.1-2 [97.7 kB] Get:160 http://127.0.0.1:9999/debian unstable/main amd64 libwmf0.2-7 amd64 0.2.8.4-12 [164 kB] Get:161 http://127.0.0.1:9999/debian unstable/main amd64 libgraphicsmagick-q16-3 amd64 1.3.28-2 [1120 kB] Get:162 http://127.0.0.1:9999/debian unstable/main amd64 libgraphicsmagick++-q16-12 amd64 1.3.28-2 [118 kB] Get:163 http://127.0.0.1:9999/debian unstable/main amd64 libaec0 amd64 1.0.2-1 [20.1 kB] Get:164 http://127.0.0.1:9999/debian unstable/main amd64 libsz2 amd64 1.0.2-1 [6676 B] Get:165 http://127.0.0.1:9999/debian unstable/main amd64 libhdf5-100 amd64 1.10.0-patch1+docs-4+b1 [1284 kB] Get:166 http://127.0.0.1:9999/debian unstable/main amd64 libqrupdate1 amd64 1.1.2-2+b1 [37.9 kB] Get:167 http://127.0.0.1:9999/debian unstable/main amd64 libreadline7 amd64 7.0-3+b1 [151 kB] Get:168 http://127.0.0.1:9999/debian unstable/main amd64 libumfpack5 amd64 1:5.2.0+dfsg-1 [244 kB] Get:169 http://127.0.0.1:9999/debian unstable/main amd64 liboctave4 amd64 4.2.2-2 [7046 kB] Get:170 http://127.0.0.1:9999/debian unstable/main amd64 libasound2-data all 1.1.6-1 [171 kB] Get:171 http://127.0.0.1:9999/debian unstable/main amd64 libasound2 amd64 1.1.6-1 [479 kB] Get:172 http://127.0.0.1:9999/debian unstable/main amd64 libxrender1 amd64 1:0.9.10-1 [33.0 kB] Get:173 http://127.0.0.1:9999/debian unstable/main amd64 libxcursor1 amd64 1:1.1.15-1 [36.4 kB] Get:174 http://127.0.0.1:9999/debian unstable/main amd64 libxft2 amd64 2.3.2-2 [57.2 kB] Get:175 http://127.0.0.1:9999/debian unstable/main amd64 libxinerama1 amd64 2:1.1.3-1+b3 [16.7 kB] Get:176 http://127.0.0.1:9999/debian unstable/main amd64 libfltk1.3 amd64 1.3.4-7 [548 kB] Get:177 http://127.0.0.1:9999/debian unstable/main amd64 libfltk-gl1.3 amd64 1.3.4-7 [71.9 kB] Get:178 http://127.0.0.1:9999/debian unstable/main amd64 libltdl7 amd64 2.4.6-2.1 [389 kB] Get:179 http://127.0.0.1:9999/debian unstable/main amd64 libglpk40 amd64 4.65-2 [418 kB] Get:180 http://127.0.0.1:9999/debian unstable/main amd64 libosmesa6 amd64 17.3.9-1 [1313 kB] Get:181 http://127.0.0.1:9999/debian unstable/main amd64 libopus0 amd64 1.2.1-1 [175 kB] Get:182 http://127.0.0.1:9999/debian unstable/main amd64 libsamplerate0 amd64 0.1.9-2 [949 kB] Get:183 http://127.0.0.1:9999/debian unstable/main amd64 libjack-jackd2-0 amd64 1.9.12~dfsg-2 [299 kB] Get:184 http://127.0.0.1:9999/debian unstable/main amd64 libportaudio2 amd64 19.6.0-1 [66.6 kB] Get:185 http://127.0.0.1:9999/debian unstable/main amd64 libqhull7 amd64 2015.2-4 [196 kB] Get:186 http://127.0.0.1:9999/debian unstable/main amd64 libqscintilla2-qt5-l10n all 2.10.4+dfsg-1 [53.3 kB] Get:187 http://127.0.0.1:9999/debian unstable/main amd64 libdouble-conversion1 amd64 2.0.1-5 [33.7 kB] Get:188 http://127.0.0.1:9999/debian unstable/main amd64 libpcre2-16-0 amd64 10.31-3 [197 kB] Get:189 http://127.0.0.1:9999/debian unstable/main amd64 libqt5core5a amd64 5.10.1+dfsg-5 [1955 kB] Get:190 http://127.0.0.1:9999/debian unstable/main amd64 fontconfig amd64 2.13.0-4 [405 kB] Get:191 http://127.0.0.1:9999/debian unstable/main amd64 libwayland-server0 amd64 1.15.0-1 [32.0 kB] Get:192 http://127.0.0.1:9999/debian unstable/main amd64 libgbm1 amd64 17.3.9-1 [63.7 kB] Get:193 http://127.0.0.1:9999/debian unstable/main amd64 libwayland-client0 amd64 1.15.0-1 [26.1 kB] Get:194 http://127.0.0.1:9999/debian unstable/main amd64 libegl-mesa0 amd64 17.3.9-1 [122 kB] Get:195 http://127.0.0.1:9999/debian unstable/main amd64 libegl1 amd64 1.0.0+git20180308-2 [33.7 kB] Get:196 http://127.0.0.1:9999/debian unstable/main amd64 libgraphite2-3 amd64 1.3.11-2 [85.2 kB] Get:197 http://127.0.0.1:9999/debian unstable/main amd64 libharfbuzz0b amd64 1.7.6-1 [842 kB] Get:198 http://127.0.0.1:9999/debian unstable/main amd64 libevdev2 amd64 1.5.9+dfsg-1 [30.4 kB] Get:199 http://127.0.0.1:9999/debian unstable/main amd64 libmtdev1 amd64 1.1.5-1+b1 [22.3 kB] Get:200 http://127.0.0.1:9999/debian unstable/main amd64 libgudev-1.0-0 amd64 232-2 [13.6 kB] Get:201 http://127.0.0.1:9999/debian unstable/main amd64 libwacom-common all 0.29-1 [37.3 kB] Get:202 http://127.0.0.1:9999/debian unstable/main amd64 libwacom2 amd64 0.29-1 [18.5 kB] Get:203 http://127.0.0.1:9999/debian unstable/main amd64 libinput-bin amd64 1.10.5-1 [13.7 kB] Get:204 http://127.0.0.1:9999/debian unstable/main amd64 libinput10 amd64 1.10.5-1 [90.0 kB] Get:205 http://127.0.0.1:9999/debian unstable/main amd64 libdbus-1-3 amd64 1.12.8-1 [209 kB] Get:206 http://127.0.0.1:9999/debian unstable/main amd64 libqt5dbus5 amd64 5.10.1+dfsg-5 [221 kB] Get:207 http://127.0.0.1:9999/debian unstable/main amd64 libqt5network5 amd64 5.10.1+dfsg-5 [665 kB] Get:208 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-icccm4 amd64 0.4.1-1+b1 [27.4 kB] Get:209 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-shm0 amd64 1.13-1 [98.3 kB] Get:210 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-util0 amd64 0.3.8-3+b2 [23.0 kB] Get:211 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-image0 amd64 0.4.0-1+b2 [24.4 kB] Get:212 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-keysyms1 amd64 0.4.0-1+b2 [16.4 kB] Get:213 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-randr0 amd64 1.13-1 [110 kB] Get:214 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-render0 amd64 1.13-1 [108 kB] Get:215 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-render-util0 amd64 0.3.9-1+b1 [18.3 kB] Get:216 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-shape0 amd64 1.13-1 [98.6 kB] Get:217 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-xinerama0 amd64 1.13-1 [97.9 kB] Get:218 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-xkb1 amd64 1.13-1 [124 kB] Get:219 http://127.0.0.1:9999/debian unstable/main amd64 libxi6 amd64 2:1.7.9-1 [82.6 kB] Get:220 http://127.0.0.1:9999/debian unstable/main amd64 xkb-data all 2.23.1-1 [675 kB] Get:221 http://127.0.0.1:9999/debian unstable/main amd64 libxkbcommon0 amd64 0.8.0-1 [123 kB] Get:222 http://127.0.0.1:9999/debian unstable/main amd64 libxkbcommon-x11-0 amd64 0.8.0-1 [39.2 kB] Get:223 http://127.0.0.1:9999/debian unstable/main amd64 libqt5gui5 amd64 5.10.1+dfsg-5 [2768 kB] Get:224 http://127.0.0.1:9999/debian unstable/main amd64 libavahi-common-data amd64 0.7-4 [122 kB] Get:225 http://127.0.0.1:9999/debian unstable/main amd64 libavahi-common3 amd64 0.7-4 [54.4 kB] Get:226 http://127.0.0.1:9999/debian unstable/main amd64 libavahi-client3 amd64 0.7-4 [57.8 kB] Get:227 http://127.0.0.1:9999/debian unstable/main amd64 libcups2 amd64 2.2.7-3 [320 kB] Get:228 http://127.0.0.1:9999/debian unstable/main amd64 libqt5widgets5 amd64 5.10.1+dfsg-5 [2240 kB] Get:229 http://127.0.0.1:9999/debian unstable/main amd64 libqt5printsupport5 amd64 5.10.1+dfsg-5 [205 kB] Get:230 http://127.0.0.1:9999/debian unstable/main amd64 libqscintilla2-qt5-13 amd64 2.10.4+dfsg-1 [1039 kB] Get:231 http://127.0.0.1:9999/debian unstable/main amd64 libqt5opengl5 amd64 5.10.1+dfsg-5 [158 kB] Get:232 http://127.0.0.1:9999/debian unstable/main amd64 libogg0 amd64 1.3.2-1+b1 [21.3 kB] Get:233 http://127.0.0.1:9999/debian unstable/main amd64 libflac8 amd64 1.3.2-2 [221 kB] Get:234 http://127.0.0.1:9999/debian unstable/main amd64 libvorbis0a amd64 1.3.6-1 [94.0 kB] Get:235 http://127.0.0.1:9999/debian unstable/main amd64 libvorbisenc2 amd64 1.3.6-1 [79.9 kB] Get:236 http://127.0.0.1:9999/debian unstable/main amd64 libsndfile1 amd64 1.0.28-4 [252 kB] Get:237 http://127.0.0.1:9999/debian unstable/main amd64 libtext-unidecode-perl all 1.30-1 [103 kB] Get:238 http://127.0.0.1:9999/debian unstable/main amd64 libxml-namespacesupport-perl all 1.12-1 [14.8 kB] Get:239 http://127.0.0.1:9999/debian unstable/main amd64 libxml-sax-base-perl all 1.09-1 [20.4 kB] Get:240 http://127.0.0.1:9999/debian unstable/main amd64 libxml-sax-perl all 1.00+dfsg-1 [58.6 kB] Get:241 http://127.0.0.1:9999/debian unstable/main amd64 libxml-libxml-perl amd64 2.0128+dfsg-5 [340 kB] Get:242 http://127.0.0.1:9999/debian unstable/main amd64 texinfo amd64 6.5.0.dfsg.1-2 [1334 kB] Get:243 http://127.0.0.1:9999/debian unstable/main amd64 octave-common all 4.2.2-2 [1692 kB] Get:244 http://127.0.0.1:9999/debian unstable/main amd64 octave amd64 4.2.2-2 [1824 kB] Get:245 http://127.0.0.1:9999/debian unstable/main amd64 libncurses6 amd64 6.1+20180210-2 [101 kB] Get:246 http://127.0.0.1:9999/debian unstable/main amd64 libncursesw6 amd64 6.1+20180210-2 [131 kB] Get:247 http://127.0.0.1:9999/debian unstable/main amd64 libncurses-dev amd64 6.1+20180210-2 [334 kB] Get:248 http://127.0.0.1:9999/debian unstable/main amd64 libtinfo-dev amd64 6.1+20180210-2 [912 B] Get:249 http://127.0.0.1:9999/debian unstable/main amd64 libreadline-dev amd64 7.0-3+b1 [133 kB] Get:250 http://127.0.0.1:9999/debian unstable/main amd64 zlib1g-dev amd64 1:1.2.11.dfsg-1 [214 kB] Get:251 http://127.0.0.1:9999/debian unstable/main amd64 libjpeg62-turbo-dev amd64 1:1.5.2-2+b1 [208 kB] Get:252 http://127.0.0.1:9999/debian unstable/main amd64 libjpeg-dev all 1:1.5.2-2 [57.5 kB] Get:253 http://127.0.0.1:9999/debian unstable/main amd64 libaec-dev amd64 1.0.2-1 [18.4 kB] Get:254 http://127.0.0.1:9999/debian unstable/main amd64 hdf5-helpers amd64 1.10.0-patch1+docs-4+b1 [36.3 kB] Get:255 http://127.0.0.1:9999/debian unstable/main amd64 libhdf5-cpp-100 amd64 1.10.0-patch1+docs-4+b1 [129 kB] Get:256 http://127.0.0.1:9999/debian unstable/main amd64 libhdf5-dev amd64 1.10.0-patch1+docs-4+b1 [2529 kB] Get:257 http://127.0.0.1:9999/debian unstable/main amd64 xorg-sgml-doctools all 1:1.11-1 [21.9 kB] Get:258 http://127.0.0.1:9999/debian unstable/main amd64 x11proto-dev all 2018.4-4 [251 kB] Get:259 http://127.0.0.1:9999/debian unstable/main amd64 x11proto-core-dev all 2018.4-4 [3128 B] Get:260 http://127.0.0.1:9999/debian unstable/main amd64 libxau-dev amd64 1:1.0.8-1+b2 [23.1 kB] Get:261 http://127.0.0.1:9999/debian unstable/main amd64 libxdmcp-dev amd64 1:1.1.2-3 [42.2 kB] Get:262 http://127.0.0.1:9999/debian unstable/main amd64 xtrans-dev all 1.3.5-1 [100 kB] Get:263 http://127.0.0.1:9999/debian unstable/main amd64 libpthread-stubs0-dev amd64 0.3-4 [3866 B] Get:264 http://127.0.0.1:9999/debian unstable/main amd64 libxcb1-dev amd64 1.13-1 [173 kB] Get:265 http://127.0.0.1:9999/debian unstable/main amd64 libx11-dev amd64 2:1.6.5-1 [817 kB] Get:266 http://127.0.0.1:9999/debian unstable/main amd64 libdrm-dev amd64 2.4.91-2 [247 kB] Get:267 http://127.0.0.1:9999/debian unstable/main amd64 mesa-common-dev amd64 17.3.9-1 [567 kB] Get:268 http://127.0.0.1:9999/debian unstable/main amd64 libglvnd-core-dev amd64 1.0.0+git20180308-2 [13.0 kB] Get:269 http://127.0.0.1:9999/debian unstable/main amd64 libgles2 amd64 1.0.0+git20180308-2 [19.0 kB] Get:270 http://127.0.0.1:9999/debian unstable/main amd64 libopengl0 amd64 1.0.0+git20180308-2 [33.0 kB] Get:271 http://127.0.0.1:9999/debian unstable/main amd64 libglvnd-dev amd64 1.0.0+git20180308-2 [4940 B] Get:272 http://127.0.0.1:9999/debian unstable/main amd64 libx11-xcb-dev amd64 2:1.6.5-1 [187 kB] Get:273 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-dri3-dev amd64 1.13-1 [100 kB] Get:274 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-render0-dev amd64 1.13-1 [111 kB] Get:275 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-randr0-dev amd64 1.13-1 [113 kB] Get:276 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-shape0-dev amd64 1.13-1 [99.9 kB] Get:277 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-xfixes0-dev amd64 1.13-1 [104 kB] Get:278 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-sync-dev amd64 1.13-1 [103 kB] Get:279 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-present-dev amd64 1.13-1 [99.7 kB] Get:280 http://127.0.0.1:9999/debian unstable/main amd64 libxshmfence-dev amd64 1.3-1 [8360 B] Get:281 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-dri2-0-dev amd64 1.13-1 [101 kB] Get:282 http://127.0.0.1:9999/debian unstable/main amd64 libxcb-glx0-dev amd64 1.13-1 [121 kB] Get:283 http://127.0.0.1:9999/debian unstable/main amd64 x11proto-fixes-dev all 1:2018.4-4 [3140 B] Get:284 http://127.0.0.1:9999/debian unstable/main amd64 libxfixes-dev amd64 1:5.0.3-1 [23.8 kB] Get:285 http://127.0.0.1:9999/debian unstable/main amd64 x11proto-damage-dev all 1:2018.4-4 [3140 B] Get:286 http://127.0.0.1:9999/debian unstable/main amd64 libxdamage-dev amd64 1:1.1.4-3 [14.3 kB] Get:287 http://127.0.0.1:9999/debian unstable/main amd64 x11proto-xext-dev all 2018.4-4 [3128 B] Get:288 http://127.0.0.1:9999/debian unstable/main amd64 libxext-dev amd64 2:1.3.3-1+b2 [107 kB] Get:289 http://127.0.0.1:9999/debian unstable/main amd64 x11proto-xf86vidmode-dev all 2018.4-4 [3140 B] Get:290 http://127.0.0.1:9999/debian unstable/main amd64 libxxf86vm-dev amd64 1:1.1.4-1+b2 [25.4 kB] Get:291 http://127.0.0.1:9999/debian unstable/main amd64 x11proto-dri2-dev all 2018.4-4 [3132 B] Get:292 http://127.0.0.1:9999/debian unstable/main amd64 x11proto-gl-dev all 2018.4-4 [3124 B] Get:293 http://127.0.0.1:9999/debian unstable/main amd64 libgl1-mesa-dev amd64 17.3.9-1 [43.4 kB] Get:294 http://127.0.0.1:9999/debian unstable/main amd64 libblas-dev amd64 3.8.0-1 [156 kB] Get:295 http://127.0.0.1:9999/debian unstable/main amd64 liblapack-dev amd64 3.8.0-1 [2174 kB] Get:296 http://127.0.0.1:9999/debian unstable/main amd64 libfftw3-long3 amd64 3.3.7-1+b1 [315 kB] Get:297 http://127.0.0.1:9999/debian unstable/main amd64 libfftw3-quad3 amd64 3.3.7-1+b1 [559 kB] Get:298 http://127.0.0.1:9999/debian unstable/main amd64 libfftw3-bin amd64 3.3.7-1+b1 [51.0 kB] Get:299 http://127.0.0.1:9999/debian unstable/main amd64 libfftw3-dev amd64 3.3.7-1+b1 [2128 kB] Get:300 http://127.0.0.1:9999/debian unstable/main amd64 libgfortran-7-dev amd64 7.3.0-17 [526 kB] Get:301 http://127.0.0.1:9999/debian unstable/main amd64 gfortran-7 amd64 7.3.0-17 [7067 kB] Get:302 http://127.0.0.1:9999/debian unstable/main amd64 gfortran amd64 4:7.3.0-3 [1424 B] Get:303 http://127.0.0.1:9999/debian unstable/main amd64 liboctave-dev amd64 4.2.2-2 [675 kB] Get:304 http://127.0.0.1:9999/debian unstable/main amd64 libencode-locale-perl all 1.05-1 [13.7 kB] Get:305 http://127.0.0.1:9999/debian unstable/main amd64 libhttp-date-perl all 6.02-1 [10.7 kB] Get:306 http://127.0.0.1:9999/debian unstable/main amd64 libfile-listing-perl all 6.04-1 [10.3 kB] Get:307 http://127.0.0.1:9999/debian unstable/main amd64 libhtml-tagset-perl all 3.20-3 [12.7 kB] Get:308 http://127.0.0.1:9999/debian unstable/main amd64 liburi-perl all 1.73-1 [89.3 kB] Get:309 http://127.0.0.1:9999/debian unstable/main amd64 libhtml-parser-perl amd64 3.72-3+b2 [104 kB] Get:310 http://127.0.0.1:9999/debian unstable/main amd64 libhtml-tree-perl all 5.07-1 [213 kB] Get:311 http://127.0.0.1:9999/debian unstable/main amd64 libio-html-perl all 1.001-1 [17.6 kB] Get:312 http://127.0.0.1:9999/debian unstable/main amd64 liblwp-mediatypes-perl all 6.02-1 [22.1 kB] Get:313 http://127.0.0.1:9999/debian unstable/main amd64 libhttp-message-perl all 6.16-1 [75.1 kB] Get:314 http://127.0.0.1:9999/debian unstable/main amd64 libhttp-cookies-perl all 6.04-1 [17.8 kB] Get:315 http://127.0.0.1:9999/debian unstable/main amd64 libhttp-negotiate-perl all 6.01-1 [12.8 kB] Get:316 http://127.0.0.1:9999/debian unstable/main amd64 perl-openssl-defaults amd64 3 [6782 B] Get:317 http://127.0.0.1:9999/debian unstable/main amd64 libnet-ssleay-perl amd64 1.85-1 [306 kB] Get:318 http://127.0.0.1:9999/debian unstable/main amd64 libio-socket-ssl-perl all 2.056-1 [205 kB] Get:319 http://127.0.0.1:9999/debian unstable/main amd64 libnet-http-perl all 6.17-1 [24.3 kB] Get:320 http://127.0.0.1:9999/debian unstable/main amd64 liblwp-protocol-https-perl all 6.07-2 [9242 B] Get:321 http://127.0.0.1:9999/debian unstable/main amd64 libwww-robotrules-perl all 6.02-1 [12.9 kB] Get:322 http://127.0.0.1:9999/debian unstable/main amd64 libwww-perl all 6.33-1 [187 kB] Get:323 http://127.0.0.1:9999/debian unstable/main amd64 liberror-perl all 0.17025-1 [26.9 kB] Get:324 http://127.0.0.1:9999/debian unstable/main amd64 libexporter-lite-perl all 0.08-1 [11.1 kB] Get:325 http://127.0.0.1:9999/debian unstable/main amd64 libparse-debcontrol-perl all 2.005-4 [25.7 kB] Get:326 http://127.0.0.1:9999/debian unstable/main amd64 libconvert-binhex-perl all 1.125-1 [30.5 kB] Get:327 http://127.0.0.1:9999/debian unstable/main amd64 libnet-smtp-ssl-perl all 1.04-1 [6184 B] Get:328 http://127.0.0.1:9999/debian unstable/main amd64 libmailtools-perl all 2.18-1 [88.5 kB] Get:329 http://127.0.0.1:9999/debian unstable/main amd64 libmime-tools-perl all 5.509-1 [212 kB] Get:330 http://127.0.0.1:9999/debian unstable/main amd64 gnuplot-data all 5.2.2+dfsg1-2 [170 kB] Get:331 http://127.0.0.1:9999/debian unstable/main amd64 libpixman-1-0 amd64 0.34.0-2 [529 kB] Get:332 http://127.0.0.1:9999/debian unstable/main amd64 libcairo2 amd64 1.15.10-3 [664 kB] Get:333 http://127.0.0.1:9999/debian unstable/main amd64 libxpm4 amd64 1:3.5.12-1 [49.1 kB] Get:334 http://127.0.0.1:9999/debian unstable/main amd64 libgd3 amd64 2.2.5-4 [136 kB] Get:335 http://127.0.0.1:9999/debian unstable/main amd64 liblua5.3-0 amd64 5.3.3-1 [121 kB] Get:336 http://127.0.0.1:9999/debian unstable/main amd64 libfribidi0 amd64 0.19.7-2 [45.5 kB] Get:337 http://127.0.0.1:9999/debian unstable/main amd64 libthai-data all 0.1.27-2 [168 kB] Get:338 http://127.0.0.1:9999/debian unstable/main amd64 libdatrie1 amd64 0.2.11-1 [37.9 kB] Get:339 http://127.0.0.1:9999/debian unstable/main amd64 libthai0 amd64 0.1.27-2 [53.3 kB] Get:340 http://127.0.0.1:9999/debian unstable/main amd64 libpango-1.0-0 amd64 1.42.1-1 [175 kB] Get:341 http://127.0.0.1:9999/debian unstable/main amd64 libpangoft2-1.0-0 amd64 1.42.1-1 [59.6 kB] Get:342 http://127.0.0.1:9999/debian unstable/main amd64 libpangocairo-1.0-0 amd64 1.42.1-1 [48.0 kB] Get:343 http://127.0.0.1:9999/debian unstable/main amd64 gnuplot-nox amd64 5.2.2+dfsg1-2 [894 kB] Get:344 http://127.0.0.1:9999/debian unstable/main amd64 dh-octave-autopkgtest all 0.4.0 [6192 B] Get:345 http://127.0.0.1:9999/debian unstable/main amd64 dh-octave all 0.4.0 [18.9 kB] Get:346 http://127.0.0.1:9999/debian unstable/main amd64 libcupsimage2 amd64 2.2.7-3 [130 kB] Get:347 http://127.0.0.1:9999/debian unstable/main amd64 libidn11 amd64 1.33-2.2 [116 kB] Get:348 http://127.0.0.1:9999/debian unstable/main amd64 libijs-0.35 amd64 0.35-13 [18.5 kB] Get:349 http://127.0.0.1:9999/debian unstable/main amd64 libjbig2dec0 amd64 0.13-6 [60.3 kB] Get:350 http://127.0.0.1:9999/debian unstable/main amd64 libopenjp2-7 amd64 2.3.0-1 [163 kB] Get:351 http://127.0.0.1:9999/debian unstable/main amd64 libpaper1 amd64 1.1.24+nmu5 [21.6 kB] Get:352 http://127.0.0.1:9999/debian unstable/main amd64 libgs9-common all 9.22~dfsg-2.1 [5241 kB] Get:353 http://127.0.0.1:9999/debian unstable/main amd64 libgs9 amd64 9.22~dfsg-2.1 [2155 kB] Get:354 http://127.0.0.1:9999/debian unstable/main amd64 ghostscript amd64 9.22~dfsg-2.1 [95.8 kB] Get:355 http://127.0.0.1:9999/debian unstable/main amd64 libgmpxx4ldbl amd64 2:6.1.2+dfsg-3 [22.7 kB] Get:356 http://127.0.0.1:9999/debian unstable/main amd64 libgmp-dev amd64 2:6.1.2+dfsg-3 [632 kB] Get:357 http://127.0.0.1:9999/debian unstable/main amd64 libmpfr-dev amd64 4.0.1-1 [255 kB] debconf: delaying package configuration, since apt-utils is not installed Fetched 130 MB in 1s (95.5 MB/s) Selecting previously unselected package bsdmainutils. (Reading database ... 10771 files and directories currently installed.) Preparing to unpack .../000-bsdmainutils_11.1.2_amd64.deb ... Unpacking bsdmainutils (11.1.2) ... Selecting previously unselected package groff-base. Preparing to unpack .../001-groff-base_1.22.3-10_amd64.deb ... Unpacking groff-base (1.22.3-10) ... Selecting previously unselected package libpipeline1:amd64. Preparing to unpack .../002-libpipeline1_1.5.0-1_amd64.deb ... Unpacking libpipeline1:amd64 (1.5.0-1) ... Selecting previously unselected package man-db. Preparing to unpack .../003-man-db_2.8.3-2_amd64.deb ... Unpacking man-db (2.8.3-2) ... Selecting previously unselected package poppler-data. Preparing to unpack .../004-poppler-data_0.4.9-2_all.deb ... Unpacking poppler-data (0.4.9-2) ... Selecting previously unselected package ucf. Preparing to unpack .../005-ucf_3.0038_all.deb ... Moving old data out of the way Unpacking ucf (3.0038) ... Selecting previously unselected package tex-common. Preparing to unpack .../006-tex-common_6.09_all.deb ... Unpacking tex-common (6.09) ... Selecting previously unselected package netbase. Preparing to unpack .../007-netbase_5.4_all.deb ... Unpacking netbase (5.4) ... Selecting previously unselected package readline-common. Preparing to unpack .../008-readline-common_7.0-3_all.deb ... Unpacking readline-common (7.0-3) ... Selecting previously unselected package libmagic-mgc. Preparing to unpack .../009-libmagic-mgc_1%3a5.33-2_amd64.deb ... Unpacking libmagic-mgc (1:5.33-2) ... Selecting previously unselected package libmagic1:amd64. Preparing to unpack .../010-libmagic1_1%3a5.33-2_amd64.deb ... Unpacking libmagic1:amd64 (1:5.33-2) ... Selecting previously unselected package file. Preparing to unpack .../011-file_1%3a5.33-2_amd64.deb ... Unpacking file (1:5.33-2) ... Selecting previously unselected package gettext-base. Preparing to unpack .../012-gettext-base_0.19.8.1-6_amd64.deb ... Unpacking gettext-base (0.19.8.1-6) ... Selecting previously unselected package aglfn. Preparing to unpack .../013-aglfn_1.7-3_all.deb ... Unpacking aglfn (1.7-3) ... Selecting previously unselected package libsigsegv2:amd64. Preparing to unpack .../014-libsigsegv2_2.12-2_amd64.deb ... Unpacking libsigsegv2:amd64 (2.12-2) ... Selecting previously unselected package m4. Preparing to unpack .../015-m4_1.4.18-1_amd64.deb ... Unpacking m4 (1.4.18-1) ... Selecting previously unselected package autoconf. Preparing to unpack .../016-autoconf_2.69-11_all.deb ... Unpacking autoconf (2.69-11) ... Selecting previously unselected package autotools-dev. Preparing to unpack .../017-autotools-dev_20180224.1_all.deb ... Unpacking autotools-dev (20180224.1) ... Selecting previously unselected package automake. Preparing to unpack .../018-automake_1%3a1.15.1-3.1_all.deb ... Unpacking automake (1:1.15.1-3.1) ... Selecting previously unselected package autopoint. Preparing to unpack .../019-autopoint_0.19.8.1-6_all.deb ... Unpacking autopoint (0.19.8.1-6) ... Selecting previously unselected package libssl1.1:amd64. Preparing to unpack .../020-libssl1.1_1.1.0h-2_amd64.deb ... Unpacking libssl1.1:amd64 (1.1.0h-2) ... Selecting previously unselected package openssl. Preparing to unpack .../021-openssl_1.1.0h-2_amd64.deb ... Unpacking openssl (1.1.0h-2) ... Selecting previously unselected package ca-certificates. Preparing to unpack .../022-ca-certificates_20180409_all.deb ... Unpacking ca-certificates (20180409) ... Selecting previously unselected package libcapture-tiny-perl. Preparing to unpack .../023-libcapture-tiny-perl_0.48-1_all.deb ... Unpacking libcapture-tiny-perl (0.48-1) ... Selecting previously unselected package libparams-util-perl. Preparing to unpack .../024-libparams-util-perl_1.07-3+b3_amd64.deb ... Unpacking libparams-util-perl (1.07-3+b3) ... Selecting previously unselected package libsub-install-perl. Preparing to unpack .../025-libsub-install-perl_0.928-1_all.deb ... Unpacking libsub-install-perl (0.928-1) ... Selecting previously unselected package libdata-optlist-perl. Preparing to unpack .../026-libdata-optlist-perl_0.110-1_all.deb ... Unpacking libdata-optlist-perl (0.110-1) ... Selecting previously unselected package libb-hooks-op-check-perl. Preparing to unpack .../027-libb-hooks-op-check-perl_0.22-1_amd64.deb ... Unpacking libb-hooks-op-check-perl (0.22-1) ... Selecting previously unselected package libdynaloader-functions-perl. Preparing to unpack .../028-libdynaloader-functions-perl_0.003-1_all.deb ... Unpacking libdynaloader-functions-perl (0.003-1) ... Selecting previously unselected package libdevel-callchecker-perl. Preparing to unpack .../029-libdevel-callchecker-perl_0.007-2+b1_amd64.deb ... Unpacking libdevel-callchecker-perl (0.007-2+b1) ... Selecting previously unselected package libparams-classify-perl. Preparing to unpack .../030-libparams-classify-perl_0.015-1_amd64.deb ... Unpacking libparams-classify-perl (0.015-1) ... 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Setting up libqhull7:amd64 (2015.2-4) ... Setting up libjpeg62-turbo:amd64 (1:1.5.2-2+b1) ... Setting up libarchive-zip-perl (1.60-1) ... Setting up libwacom-common (0.29-1) ... Setting up libnghttp2-14:amd64 (1.31.1-1) ... Setting up libdouble-conversion1:amd64 (2.0.1-5) ... Setting up libxml-namespacesupport-perl (1.12-1) ... Setting up libevdev2:amd64 (1.5.9+dfsg-1) ... Setting up libfile-which-perl (1.21-1) ... Setting up libgfortran4:amd64 (7.3.0-17) ... Setting up libencode-locale-perl (1.05-1) ... Setting up libpng16-16:amd64 (1.6.34-1) ... Setting up liberror-perl (0.17025-1) ... Setting up libtimedate-perl (2.3000-2) ... Setting up liblcms2-2:amd64 (2.9-1) ... Setting up libjbig0:amd64 (2.1-3.1+b2) ... Setting up libsigsegv2:amd64 (2.12-2) ... Setting up libldap-common (2.4.45+dfsg-1) ... Setting up libpthread-stubs0-dev:amd64 (0.3-4) ... Setting up fonts-dejavu-core (2.37-1) ... Setting up poppler-data (0.4.9-2) ... Setting up libreadline7:amd64 (7.0-3+b1) ... Setting up libpsl5:amd64 (0.20.1-1) ... Setting up libfile-homedir-perl (1.002-1) ... Setting up libelf1:amd64 (0.170-0.4) ... Setting up groff-base (1.22.3-10) ... Setting up libb-hooks-op-check-perl (0.22-1) ... Setting up libglib2.0-0:amd64 (2.56.1-2) ... No schema files found: doing nothing. Setting up libasound2-data (1.1.6-1) ... Setting up libxshmfence1:amd64 (1.3-1) ... Setting up xorg-sgml-doctools (1:1.11-1) ... Setting up libcapture-tiny-perl (0.48-1) ... Setting up libncursesw6:amd64 (6.1+20180210-2) ... Setting up libio-html-perl (1.001-1) ... Setting up libexporter-tiny-perl (1.000000-2) ... Setting up libtext-unidecode-perl (1.30-1) ... Setting up libwayland-client0:amd64 (1.15.0-1) ... Setting up xkb-data (2.23.1-1) ... Setting up libsasl2-modules-db:amd64 (2.1.27~101-g0780600+dfsg-3.1) ... Setting up libsasl2-2:amd64 (2.1.27~101-g0780600+dfsg-3.1) ... Setting up libyaml-perl (1.24-1) ... Setting up libparse-recdescent-perl (1.967015+dfsg-2) ... Setting up libllvm5.0:amd64 (1:5.0.1-4) ... Setting up libdatrie1:amd64 (0.2.11-1) ... Setting up libtiff5:amd64 (4.0.9-5) ... Setting up gettext-base (0.19.8.1-6) ... Setting up libpipeline1:amd64 (1.5.0-1) ... Setting up libglapi-mesa:amd64 (17.3.9-1) ... Setting up librtmp1:amd64 (2.4+20151223.gitfa8646d.1-1+b1) ... Setting up m4 (1.4.18-1) ... Setting up libfftw3-double3:amd64 (3.3.7-1+b1) ... Setting up libicu57:amd64 (57.1-9) ... Setting up libpod-pom-perl (2.01-1) ... Setting up libyaml-tiny-perl (1.73-1) ... Setting up ucf (3.0038) ... Setting up libxml2:amd64 (2.9.4+dfsg1-6.1) ... Setting up libdynaloader-functions-perl (0.003-1) ... Setting up x11proto-dev (2018.4-4) ... Setting up libopus0:amd64 (1.2.1-1) ... Setting up libfreetype6:amd64 (2.8.1-2) ... Setting up libmagic-mgc (1:5.33-2) ... Setting up libasound2:amd64 (1.1.6-1) ... Setting up libmagic1:amd64 (1:5.33-2) ... Setting up libdrm-common (2.4.91-2) ... Setting up lsb-base (9.20170808) ... Setting up libgraphite2-3:amd64 (1.3.11-2) ... Setting up libcroco3:amd64 (0.6.12-2) ... Setting up libogg0:amd64 (1.3.2-1+b1) ... Setting up libfftw3-quad3:amd64 (3.3.7-1+b1) ... Setting up libexporter-lite-perl (0.08-1) ... Setting up libxml-sax-base-perl (1.09-1) ... Setting up x11proto-damage-dev (1:2018.4-4) ... Setting up libjbig2dec0:amd64 (0.13-6) ... Setting up libx11-xcb1:amd64 (2:1.6.5-1) ... Setting up libpixman-1-0:amd64 (0.34.0-2) ... Setting up xtrans-dev (1.3.5-1) ... Setting up libblas3:amd64 (3.8.0-1) ... update-alternatives: using /usr/lib/x86_64-linux-gnu/blas/libblas.so.3 to provide /usr/lib/x86_64-linux-gnu/libblas.so.3 (libblas.so.3-x86_64-linux-gnu) in auto mode Setting up x11proto-xext-dev (2018.4-4) ... Setting up libssh2-1:amd64 (1.8.0-1) ... Setting up liblwp-mediatypes-perl (6.02-1) ... Processing triggers for libc-bin (2.27-3) ... Setting up libhash-merge-perl (0.300-1) ... Setting up autotools-dev (20180224.1) ... Setting up libldap-2.4-2:amd64 (2.4.45+dfsg-1) ... Setting up liburi-perl (1.73-1) ... Setting up libio-tiecombine-perl (1.005-1) ... Setting up libssl1.1:amd64 (1.1.0h-2) ... Setting up libsuitesparseconfig5:amd64 (1:5.2.0+dfsg-1) ... Setting up libmetis5:amd64 (5.1.0.dfsg-5+b2) ... Setting up x11proto-gl-dev (2018.4-4) ... Setting up libltdl7:amd64 (2.4.6-2.1) ... Setting up libhtml-parser-perl (3.72-3+b2) ... Setting up libmtdev1:amd64 (1.1.5-1+b1) ... Setting up libgfortran-7-dev:amd64 (7.3.0-17) ... Setting up openssl (1.1.0h-2) ... Setting up libmouse-perl (2.5.2-1) ... Setting up libijs-0.35:amd64 (0.35-13) ... Setting up libcolamd2:amd64 (1:5.2.0+dfsg-1) ... Setting up libfribidi0:amd64 (0.19.7-2) ... Setting up libpciaccess0:amd64 (0.14-1) ... Setting up libccolamd2:amd64 (1:5.2.0+dfsg-1) ... Setting up libfftw3-single3:amd64 (3.3.7-1+b1) ... Setting up libsensors4:amd64 (1:3.4.0-4) ... Setting up libgles2:amd64 (1.0.0+git20180308-2) ... Setting up libxkbcommon0:amd64 (0.8.0-1) ... Setting up octave-common (4.2.2-2) ... Setting up gfortran-7 (7.3.0-17) ... Setting up libnet-http-perl (6.17-1) ... Setting up libgudev-1.0-0:amd64 (232-2) ... Setting up libqscintilla2-qt5-l10n (2.10.4+dfsg-1) ... Setting up aglfn (1.7-3) ... Setting up libthai-data (0.1.27-2) ... Setting up libjpeg62-turbo-dev:amd64 (1:1.5.2-2+b1) ... Setting up libxdmcp6:amd64 (1:1.1.2-3) ... Setting up libkeyutils1:amd64 (1.5.9-9.2) ... Setting up bsdmainutils (11.1.2) ... update-alternatives: using /usr/bin/bsd-write to provide /usr/bin/write (write) in auto mode update-alternatives: using /usr/bin/bsd-from to provide /usr/bin/from (from) in auto mode Setting up libgmpxx4ldbl:amd64 (2:6.1.2+dfsg-3) ... Setting up libconvert-binhex-perl (1.125-1) ... Setting up libsamplerate0:amd64 (0.1.9-2) ... Setting up libjson-perl (2.97001-1) ... Setting up libparams-util-perl (1.07-3+b3) ... Setting up libvorbis0a:amd64 (1.3.6-1) ... Setting up x11-common (1:7.7+19) ... update-rc.d: warning: start and stop actions are no longer supported; falling back to defaults invoke-rc.d: could not determine current runlevel All runlevel operations denied by policy invoke-rc.d: policy-rc.d denied execution of start. Setting up ca-certificates (20180409) ... Updating certificates in /etc/ssl/certs... 133 added, 0 removed; done. Setting up liblua5.3-0:amd64 (5.3.3-1) ... Setting up libfftw3-long3:amd64 (3.3.7-1+b1) ... Setting up libglvnd-core-dev:amd64 (1.0.0+git20180308-2) ... Setting up libpcre2-16-0:amd64 (10.31-3) ... Setting up hdf5-helpers (1.10.0-patch1+docs-4+b1) ... Setting up libncurses6:amd64 (6.1+20180210-2) ... Setting up libwww-robotrules-perl (6.02-1) ... Setting up libcarp-assert-perl (0.21-1) ... Setting up libx11-data (2:1.6.5-1) ... Setting up libxau6:amd64 (1:1.0.8-1+b2) ... Setting up autopoint (0.19.8.1-6) ... Setting up libidn11:amd64 (1.33-2.2) ... Setting up libdbus-1-3:amd64 (1.12.8-1) ... Setting up libavahi-common-data:amd64 (0.7-4) ... Setting up libmodule-pluggable-perl (5.2-1) ... Setting up libsz2:amd64 (1.0.2-1) ... Setting up libwayland-server0:amd64 (1.15.0-1) ... Setting up netbase (5.4) ... Setting up libwebp6:amd64 (0.6.1-2) ... Setting up zlib1g-dev:amd64 (1:1.2.11.dfsg-1) ... Setting up libfile-stripnondeterminism-perl (0.041-1) ... Setting up libxml-sax-perl (1.00+dfsg-1) ... update-perl-sax-parsers: Registering Perl SAX parser XML::SAX::PurePerl with priority 10... update-perl-sax-parsers: Updating overall Perl SAX parser modules info file... Creating config file /etc/perl/XML/SAX/ParserDetails.ini with new version Setting up liblist-moreutils-perl (0.416-1+b3) ... Setting up libgmp-dev:amd64 (2:6.1.2+dfsg-3) ... Setting up libqt5core5a:amd64 (5.10.1+dfsg-5) ... Setting up libpaper1:amd64 (1.1.24+nmu5) ... Creating config file /etc/papersize with new version Setting up gfortran (4:7.3.0-3) ... update-alternatives: using /usr/bin/gfortran to provide /usr/bin/f95 (f95) in auto mode update-alternatives: using /usr/bin/gfortran to provide /usr/bin/f77 (f77) in auto mode Setting up x11proto-dri2-dev (2018.4-4) ... Setting up libdata-optlist-perl (0.110-1) ... Setting up libcxsparse3:amd64 (1:5.2.0+dfsg-1) ... Setting up libqt5dbus5:amd64 (5.10.1+dfsg-5) ... Setting up libfftw3-bin (3.3.7-1+b1) ... Setting up fontconfig-config (2.13.0-4) ... Setting up libhttp-date-perl (6.02-1) ... Setting up libmousex-nativetraits-perl (1.09-2) ... Setting up libqt5network5:amd64 (5.10.1+dfsg-5) ... Setting up tex-common (6.09) ... update-language: texlive-base not installed and configured, doing nothing! Setting up x11proto-core-dev (2018.4-4) ... Setting up libwacom2:amd64 (0.29-1) ... Setting up libhdf5-100:amd64 (1.10.0-patch1+docs-4+b1) ... Setting up libmousex-strictconstructor-perl (0.02-1) ... Setting up libxshmfence-dev:amd64 (1.3-1) ... Setting up gettext (0.19.8.1-6) ... Setting up libblas-dev:amd64 (3.8.0-1) ... update-alternatives: using /usr/lib/x86_64-linux-gnu/blas/libblas.so to provide /usr/lib/x86_64-linux-gnu/libblas.so (libblas.so-x86_64-linux-gnu) in auto mode Setting up perl-openssl-defaults:amd64 (3) ... Setting up libosmesa6:amd64 (17.3.9-1) ... Setting up liblapack3:amd64 (3.8.0-1) ... update-alternatives: using /usr/lib/x86_64-linux-gnu/lapack/liblapack.so.3 to provide /usr/lib/x86_64-linux-gnu/liblapack.so.3 (liblapack.so.3-x86_64-linux-gnu) in auto mode Setting up libdevel-callchecker-perl (0.007-2+b1) ... Setting up x11proto-fixes-dev (1:2018.4-4) ... Setting up libcarp-assert-more-perl (1.16-1) ... Setting up libcamd2:amd64 (1:5.2.0+dfsg-1) ... Setting up libflac8:amd64 (1.3.2-2) ... Setting up libaec-dev:amd64 (1.0.2-1) ... Setting up libharfbuzz0b:amd64 (1.7.6-1) ... Setting up x11proto-xf86vidmode-dev (2018.4-4) ... Setting up libxau-dev:amd64 (1:1.0.8-1+b2) ... Setting up autoconf (2.69-11) ... Setting up libthai0:amd64 (0.1.27-2) ... Setting up file (1:5.33-2) ... Setting up gnuplot-data (5.2.2+dfsg1-2) ... Setting up libinput-bin (1.10.5-1) ... Setting up libkrb5support0:amd64 (1.16-2) ... Setting up libhtml-tree-perl (5.07-1) ... Setting up libdrm2:amd64 (2.4.91-2) ... Setting up libqrupdate1:amd64 (1.1.2-2+b1) ... Setting up libsub-exporter-perl (0.987-1) ... Setting up intltool-debian (0.35.0+20060710.4) ... Setting up libamd2:amd64 (1:5.2.0+dfsg-1) ... Setting up libdrm-intel1:amd64 (2.4.91-2) ... Setting up libstring-rewriteprefix-perl (0.007-2) ... Setting up libxdmcp-dev:amd64 (1:1.1.2-3) ... Setting up libjpeg-dev (1:1.5.2-2) ... Setting up libwebpmux3:amd64 (0.6.1-2) ... Setting up libfftw3-dev:amd64 (3.3.7-1+b1) ... Setting up automake (1:1.15.1-3.1) ... update-alternatives: using /usr/bin/automake-1.15 to provide /usr/bin/automake (automake) in auto mode Setting up libjack-jackd2-0:amd64 (1.9.12~dfsg-2) ... Setting up libice6:amd64 (2:1.0.9-2) ... Setting up libfile-listing-perl (6.04-1) ... Setting up libarpack2:amd64 (3.5.0+real-2+b1) ... Setting up man-db (2.8.3-2) ... Not building database; man-db/auto-update is not 'true'. Setting up libhttp-message-perl (6.16-1) ... Setting up libavahi-common3:amd64 (0.7-4) ... Setting up libdrm-radeon1:amd64 (2.4.91-2) ... Setting up libxml-libxml-perl (2.0128+dfsg-5) ... update-perl-sax-parsers: Registering Perl SAX parser XML::LibXML::SAX::Parser with priority 50... update-perl-sax-parsers: Registering Perl SAX parser XML::LibXML::SAX with priority 50... update-perl-sax-parsers: Updating overall Perl SAX parser modules info file... Replacing config file /etc/perl/XML/SAX/ParserDetails.ini with new version Setting up libvorbisenc2:amd64 (1.3.6-1) ... Setting up libdrm-nouveau2:amd64 (2.4.91-2) ... Setting up libncurses-dev:amd64 (6.1+20180210-2) ... Setting up libparams-classify-perl (0.015-1) ... Setting up libxcb1:amd64 (1.13-1) ... Setting up libhttp-negotiate-perl (6.01-1) ... Setting up libmpfr-dev:amd64 (4.0.1-1) ... Setting up libxcb-xkb1:amd64 (1.13-1) ... Setting up liblapack-dev:amd64 (3.8.0-1) ... update-alternatives: using /usr/lib/x86_64-linux-gnu/lapack/liblapack.so to provide /usr/lib/x86_64-linux-gnu/liblapack.so (liblapack.so-x86_64-linux-gnu) in auto mode Setting up libtool (2.4.6-2.1) ... Setting up libxcb-xinerama0:amd64 (1.13-1) ... Setting up libxcb-present0:amd64 (1.13-1) ... Setting up libfontconfig1:amd64 (2.13.0-4) ... Setting up libxcb-dri2-0:amd64 (1.13-1) ... Setting up libsm6:amd64 (2:1.2.2-1+b3) ... Setting up libxcb-dri3-0:amd64 (1.13-1) ... Setting up libk5crypto3:amd64 (1.16-2) ... Setting up libxcb-glx0:amd64 (1.13-1) ... Setting up libxcb-randr0:amd64 (1.13-1) ... Setting up libhdf5-cpp-100:amd64 (1.10.0-patch1+docs-4+b1) ... Setting up libxcb-xfixes0:amd64 (1.13-1) ... Setting up libxcb-icccm4:amd64 (0.4.1-1+b1) ... Setting up libxcb-render0:amd64 (1.13-1) ... Setting up libxcb-util0:amd64 (0.3.8-3+b2) ... Setting up libportaudio2:amd64 (19.6.0-1) ... Setting up libconfig-model-perl (2.122-1) ... Setting up libglpk40:amd64 (4.65-2) ... Setting up po-debconf (1.0.20) ... Setting up libdrm-amdgpu1:amd64 (2.4.91-2) ... Setting up libhttp-cookies-perl (6.04-1) ... Setting up libnet-ssleay-perl (1.85-1) ... Setting up libmodule-runtime-perl (0.016-1) ... Setting up libdrm-dev:amd64 (2.4.91-2) ... Setting up libgbm1:amd64 (17.3.9-1) ... Setting up libx11-6:amd64 (2:1.6.5-1) ... Setting up libinput10:amd64 (1.10.5-1) ... Setting up libgl1-mesa-dri:amd64 (17.3.9-1) ... Setting up libtinfo-dev:amd64 (6.1+20180210-2) ... Setting up libhdf5-dev (1.10.0-patch1+docs-4+b1) ... update-alternatives: using /usr/lib/x86_64-linux-gnu/pkgconfig/hdf5-serial.pc to provide /usr/lib/x86_64-linux-gnu/pkgconfig/hdf5.pc (hdf5.pc) in auto mode Setting up libxkbcommon-x11-0:amd64 (0.8.0-1) ... Setting up libio-socket-ssl-perl (2.056-1) ... Setting up libcholmod3:amd64 (1:5.2.0+dfsg-1) ... Setting up libxcb-sync1:amd64 (1.13-1) ... Setting up libsndfile1:amd64 (1.0.28-4) ... Setting up libreadline-dev:amd64 (7.0-3+b1) ... Setting up libxcb-shm0:amd64 (1.13-1) ... Setting up libxpm4:amd64 (1:3.5.12-1) ... Setting up libxcb-shape0:amd64 (1.13-1) ... Setting up libxrender1:amd64 (1:0.9.10-1) ... Setting up libxcb1-dev:amd64 (1.13-1) ... Setting up libxcb-glx0-dev:amd64 (1.13-1) ... Setting up libavahi-client3:amd64 (0.7-4) ... Setting up libxcb-keysyms1:amd64 (0.4.0-1+b2) ... Setting up libkrb5-3:amd64 (1.16-2) ... Setting up libegl-mesa0:amd64 (17.3.9-1) ... Setting up texinfo (6.5.0.dfsg.1-2) ... Setting up libx11-dev:amd64 (2:1.6.5-1) ... Setting up libxft2:amd64 (2.3.2-2) ... Setting up libwmf0.2-7:amd64 (0.2.8.4-12) ... Setting up libxcb-sync-dev:amd64 (1.13-1) ... Setting up fontconfig (2.13.0-4) ... Regenerating fonts cache... done. Setting up libx11-xcb-dev:amd64 (2:1.6.5-1) ... Setting up libxcb-render-util0:amd64 (0.3.9-1+b1) ... Setting up libnet-smtp-ssl-perl (1.04-1) ... Setting up libxcb-image0:amd64 (0.4.0-1+b2) ... Setting up mesa-common-dev:amd64 (17.3.9-1) ... Setting up libxext6:amd64 (2:1.3.3-1+b2) ... Setting up libmodule-implementation-perl (0.09-1) ... Setting up libxfixes3:amd64 (1:5.0.3-1) ... Setting up libgd3:amd64 (2.2.5-4) ... Setting up libumfpack5:amd64 (1:5.2.0+dfsg-1) ... Setting up libgraphicsmagick-q16-3 (1.3.28-2) ... Setting up libparams-validate-perl (1.29-1) ... Setting up libgssapi-krb5-2:amd64 (1.16-2) ... Setting up libxcb-dri2-0-dev:amd64 (1.13-1) ... Setting up libxcb-render0-dev:amd64 (1.13-1) ... Setting up libegl1:amd64 (1.0.0+git20180308-2) ... Setting up libxcb-dri3-dev:amd64 (1.13-1) ... Setting up libxcursor1:amd64 (1:1.1.15-1) ... Setting up libxext-dev:amd64 (2:1.3.3-1+b2) ... Setting up libpango-1.0-0:amd64 (1.42.1-1) ... Setting up libxcb-shape0-dev:amd64 (1.13-1) ... Setting up libxxf86vm1:amd64 (1:1.1.4-1+b2) ... Setting up libxxf86vm-dev:amd64 (1:1.1.4-1+b2) ... Setting up libxfixes-dev:amd64 (1:5.0.3-1) ... Setting up libcups2:amd64 (2.2.7-3) ... Setting up libpackage-stash-perl (0.37-1) ... Setting up libxi6:amd64 (2:1.7.9-1) ... Setting up libgraphicsmagick++-q16-12 (1.3.28-2) ... Setting up libcairo2:amd64 (1.15.10-3) ... Setting up libxinerama1:amd64 (2:1.1.3-1+b3) ... Setting up libxcb-randr0-dev:amd64 (1.13-1) ... Setting up libmailtools-perl (2.18-1) ... Setting up libgetopt-long-descriptive-perl (0.102-1) ... Setting up libxdamage1:amd64 (1:1.1.4-3) ... Setting up libxcb-xfixes0-dev:amd64 (1.13-1) ... Setting up libcurl3-gnutls:amd64 (7.58.0-2) ... Setting up libxdamage-dev:amd64 (1:1.1.4-3) ... Setting up libclass-load-perl (0.24-1) ... Setting up libpangoft2-1.0-0:amd64 (1.42.1-1) ... Setting up libcupsimage2:amd64 (2.2.7-3) ... Setting up libfltk1.3:amd64 (1.3.4-7) ... Setting up libxcb-present-dev:amd64 (1.13-1) ... Setting up libgs9:amd64 (9.22~dfsg-2.1) ... Setting up libapp-cmd-perl (0.331-1) ... Setting up libglx-mesa0:amd64 (17.3.9-1) ... Setting up libmime-tools-perl (5.509-1) ... Setting up cme (1.027-1) ... Setting up libpangocairo-1.0-0:amd64 (1.42.1-1) ... Setting up ghostscript (9.22~dfsg-2.1) ... Setting up gnuplot-nox (5.2.2+dfsg1-2) ... update-alternatives: using /usr/bin/gnuplot-nox to provide /usr/bin/gnuplot (gnuplot) in auto mode Setting up libglx0:amd64 (1.0.0+git20180308-2) ... Setting up dh-octave-autopkgtest (0.4.0) ... Setting up libgl1:amd64 (1.0.0+git20180308-2) ... Setting up libglu1-mesa:amd64 (9.0.0-2.1) ... Setting up libgl2ps1.4 (1.4.0+dfsg1-2) ... Setting up liboctave4:amd64 (4.2.2-2) ... Setting up libfltk-gl1.3:amd64 (1.3.4-7) ... Setting up libglvnd-dev:amd64 (1.0.0+git20180308-2) ... Setting up libgl1-mesa-dev:amd64 (17.3.9-1) ... Setting up libqt5gui5:amd64 (5.10.1+dfsg-5) ... Setting up libqt5widgets5:amd64 (5.10.1+dfsg-5) ... Setting up libqt5printsupport5:amd64 (5.10.1+dfsg-5) ... Setting up libqt5opengl5:amd64 (5.10.1+dfsg-5) ... Setting up libqscintilla2-qt5-13 (2.10.4+dfsg-1) ... Setting up octave (4.2.2-2) ... Setting up liboctave-dev (4.2.2-2) ... Setting up dh-autoreconf (17) ... Setting up liblwp-protocol-https-perl (6.07-2) ... Setting up dh-strip-nondeterminism (0.041-1) ... Setting up libwww-perl (6.33-1) ... Setting up debhelper (11.2.1) ... Setting up libparse-debcontrol-perl (2.005-4) ... Setting up dh-octave (0.4.0) ... Setting up sbuild-build-depends-octave-interval-dummy (0.invalid.0) ... Processing triggers for libc-bin (2.27-3) ... Processing triggers for ca-certificates (20180409) ... Updating certificates in /etc/ssl/certs... 0 added, 0 removed; done. Running hooks in /etc/ca-certificates/update.d... done. +------------------------------------------------------------------------------+ | Build environment | +------------------------------------------------------------------------------+ Kernel: Linux 4.9.0-5-amd64 amd64 (x86_64) Toolchain package versions: binutils_2.30-16 dpkg-dev_1.19.0.5 g++-7_7.3.0-17 gcc-7_7.3.0-17 libc6-dev_2.27-3 libstdc++-7-dev_7.3.0-17 libstdc++6_8-20180425-1 linux-libc-dev_4.15.17-1 Package versions: adduser_3.117 aglfn_1.7-3 apt_1.6.1 autoconf_2.69-11 automake_1:1.15.1-3.1 autopoint_0.19.8.1-6 autotools-dev_20180224.1 base-files_10.1 base-passwd_3.5.45 bash_4.4.18-2 binutils_2.30-16 binutils-common_2.30-16 binutils-x86-64-linux-gnu_2.30-16 bsdmainutils_11.1.2 bsdutils_1:2.31.1-0.5 build-essential_12.5 bzip2_1.0.6-8.1 ca-certificates_20180409 clang-6.0_1:6.0-3 cme_1.027-1 coreutils_8.28-1 cpp_4:7.3.0-3 cpp-7_7.3.0-17 dash_0.5.8-2.10 debconf_1.5.66 debfoster_2.7-2.1+b1 debhelper_11.2.1 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sysvinit-utils_2.88dsf-59.10 tar_1.30+dfsg-1 tex-common_6.09 texinfo_6.5.0.dfsg.1-2 ucf_3.0038 util-linux_2.31.1-0.5 x11-common_1:7.7+19 x11proto-core-dev_2018.4-4 x11proto-damage-dev_1:2018.4-4 x11proto-dev_2018.4-4 x11proto-dri2-dev_2018.4-4 x11proto-fixes-dev_1:2018.4-4 x11proto-gl-dev_2018.4-4 x11proto-xext-dev_2018.4-4 x11proto-xf86vidmode-dev_2018.4-4 xkb-data_2.23.1-1 xorg-sgml-doctools_1:1.11-1 xtrans-dev_1.3.5-1 xz-utils_5.2.2-1.3 zlib1g_1:1.2.11.dfsg-1 zlib1g-dev_1:1.2.11.dfsg-1 +------------------------------------------------------------------------------+ | Build | +------------------------------------------------------------------------------+ Unpack source ------------- gpgv: unknown type of key resource 'trustedkeys.kbx' gpgv: keyblock resource '/sbuild-nonexistent/.gnupg/trustedkeys.kbx': General error gpgv: Signature made Sun Feb 11 18:59:17 2018 UTC gpgv: using RSA key 3F464391498FE874BDB5D98F2124AA1983785C90 gpgv: Can't check signature: No public key dpkg-source: warning: failed to verify signature on ./octave-interval_3.1.0-5.dsc dpkg-source: info: extracting octave-interval in /<> dpkg-source: info: unpacking octave-interval_3.1.0.orig.tar.gz dpkg-source: info: unpacking octave-interval_3.1.0-5.debian.tar.xz dpkg-source: info: applying ignore-unreliable-tests.patch dpkg-source: info: applying ignore-fesetround-tests.patch dpkg-source: info: applying simplify-cameleon-example.patch Check disk space ---------------- Sufficient free space for build User Environment ---------------- APT_CONFIG=/var/lib/sbuild/apt.conf HOME=/sbuild-nonexistent LANG=en_US.UTF-8 LC_ALL=POSIX LOGNAME=user42 PATH=/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games SCHROOT_ALIAS_NAME=unstable-amd64-sbuild SCHROOT_CHROOT_NAME=unstable-amd64-sbuild SCHROOT_COMMAND=env SCHROOT_GID=1001 SCHROOT_GROUP=user42 SCHROOT_SESSION_ID=unstable-amd64-sbuild-8bda7464-2fde-44b1-8022-1dcdff324b99 SCHROOT_UID=1001 SCHROOT_USER=user42 SHELL=/bin/sh USER=user42 dpkg-buildpackage ----------------- dpkg-buildpackage: info: source package octave-interval dpkg-buildpackage: info: source version 3.1.0-5 dpkg-buildpackage: info: source distribution unstable dpkg-buildpackage: info: source changed by Rafael Laboissiere dpkg-source --before-build octave-interval-3.1.0 dpkg-buildpackage: info: host architecture amd64 fakeroot debian/rules clean dh clean --buildsystem=octave --with=octave debian/rules override_dh_auto_clean make[1]: Entering directory '/<>' dh_auto_clean dh_octave_clean make[2]: Entering directory '/<>/src' make[2]: -p: Command not found make[2]: -p: Command not found /bin/sh: 1: -dM: not found test ! -e crlibm/Makefile || make -C crlibm clean rm -f *.oct *.o make[2]: Leaving directory '/<>/src' [ ! -f Makefile ] || /usr/bin/make clean [ ! -f doc/Makefile ] || /usr/bin/make -C doc clean make[2]: Entering directory '/<>/doc' rm -f manual.html manual.pdf image/interval-sombrero.m.png image/poly-example-surf.m.png image/contractor-rings-intersect.m.png image/interval-vs-normal-plot.m.png image/interval-plot3.m.png image/poly-example-roots-simple.m.png image/contractor-rings-union.m.png image/poly-example-roots-with-deriv.m.png image/cameleon.m.png rm -f *.aux *.cp *.fn *.ky *.log *.pg *.toc *.tp *.vr make[2]: Leaving directory '/<>/doc' [ ! -f src/crlibm/Makefile ] || /usr/bin/make -C src/crlibm maintainer-clean make[1]: Leaving directory '/<>' dh_clean -O--buildsystem=octave debian/rules build-arch dh build-arch --buildsystem=octave --with=octave dh_update_autotools_config -a -O--buildsystem=octave dh_autoreconf -a -O--buildsystem=octave dh_octave_version -a -O--buildsystem=octave Checking the Octave version... ok dh_auto_configure -a -O--buildsystem=octave dh_auto_build -a -O--buildsystem=octave dh_auto_test -a -O--buildsystem=octave create-stamp debian/debhelper-build-stamp fakeroot debian/rules binary-arch dh binary-arch --buildsystem=octave --with=octave dh_testroot -a -O--buildsystem=octave dh_prep -a -O--buildsystem=octave dh_auto_install -a -O--buildsystem=octave octave --no-gui --no-history --silent --no-init-file --no-window-system /usr/share/dh-octave/install-pkg.m warning: pkg: creating the directory /<>/debian/octave-interval/usr/share/octave/packages warning: pkg: creating the directory /<>/debian/octave-interval/usr/lib/x86_64-linux-gnu/octave/packages checking whether the C++ compiler works... yes checking for C++ compiler default output file name... a.out checking for suffix of executables... checking whether we are cross compiling... no checking for suffix of object files... o checking whether we are using the GNU C++ compiler... yes checking whether g++ accepts -g... yes checking for mpfr_init2 in -lmpfr... yes checking for floor in -lm... yes checking how to run the C++ preprocessor... g++ -E checking for grep that handles long lines and -e... /bin/grep checking for egrep... /bin/grep -E checking for ANSI C header files... yes checking for sys/types.h... yes checking for sys/stat.h... yes checking for stdlib.h... yes checking for string.h... yes checking for memory.h... yes checking for strings.h... yes checking for inttypes.h... yes checking for stdint.h... yes checking for unistd.h... yes checking sstream usability... yes checking sstream presence... yes checking for sstream... yes checking fenv.h usability... yes checking fenv.h presence... yes checking for fenv.h... yes checking mpfr.h usability... yes checking mpfr.h presence... yes checking for mpfr.h... yes checking for int32_t... yes checking for uint32_t... yes checking for uint64_t... yes checking for uint8_t... yes checking for error_at_line... yes checking for fesetround... yes make[1]: Entering directory '/<>/src' /usr/bin/mkoctfile --verbose --compile -o crlibm_function.o crlibm_function.cc (cd crlibm && ./configure --disable-dependency-tracking --enable-sse2) /usr/bin/mkoctfile --verbose -o mpfr_function_d.oct -lmpfr -Wno-comment mpfr_function_d.cc /usr/bin/mkoctfile --verbose -o mpfr_linspace_d.oct -lmpfr -Wno-comment mpfr_linspace_d.cc g++ -c -Wdate-time -D_FORTIFY_SOURCE=2 -fPIC -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security crlibm_function.cc -o crlibm_function.o g++ -c -Wdate-time -D_FORTIFY_SOURCE=2 -fPIC -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -Wno-comment mpfr_linspace_d.cc -o mpfr_linspace_d.o g++ -c -Wdate-time -D_FORTIFY_SOURCE=2 -fPIC -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -Wno-comment mpfr_function_d.cc -o mpfr_function_d.o /usr/bin/mkoctfile --verbose -o mpfr_matrix_mul_d.oct -lmpfr -fopenmp mpfr_matrix_mul_d.cc g++ -c -Wdate-time -D_FORTIFY_SOURCE=2 -fPIC -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -fopenmp mpfr_matrix_mul_d.cc -o mpfr_matrix_mul_d.o /usr/bin/mkoctfile --verbose -o mpfr_matrix_sqr_d.oct -lmpfr -fopenmp mpfr_matrix_sqr_d.cc /usr/bin/mkoctfile --verbose -o mpfr_to_string_d.oct -lmpfr -Wno-comment mpfr_to_string_d.cc /usr/bin/mkoctfile --verbose -o mpfr_vector_sum_d.oct -lmpfr -Wno-comment mpfr_vector_sum_d.cc g++ -c -Wdate-time -D_FORTIFY_SOURCE=2 -fPIC -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -fopenmp mpfr_matrix_sqr_d.cc -o mpfr_matrix_sqr_d.o g++ -c -Wdate-time -D_FORTIFY_SOURCE=2 -fPIC -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -Wno-comment mpfr_to_string_d.cc -o mpfr_to_string_d.o g++ -c -Wdate-time -D_FORTIFY_SOURCE=2 -fPIC -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -Wno-comment mpfr_vector_sum_d.cc -o mpfr_vector_sum_d.o checking for a BSD-compatible install... /usr/bin/install -c checking whether build environment is sane... yes checking for a thread-safe mkdir -p... /bin/mkdir -p checking for gawk... no checking for mawk... mawk checking whether make sets $(MAKE)... yes checking whether make supports nested variables... yes checking build system type... x86_64-pc-linux-gnu checking host system type... x86_64-pc-linux-gnu checking whether make sets $(MAKE)... (cached) yes checking for gcc... gcc checking whether the C compiler works... yes checking for C compiler default output file name... a.out checking for suffix of executables... checking whether we are cross compiling... In file included from mpfr_matrix_mul_d.cc:18: In file included from /usr/include/octave-4.2.2/octave/../octave/oct.h:30: In file included from /usr/include/octave-4.2.2/octave/Matrix.h:32: In file included from /usr/include/octave-4.2.2/octave/mx-base.h:30: In file included from /usr/include/octave-4.2.2/octave/MatrixType.h:29: In file included from /usr/include/octave-4.2.2/octave/MSparse.h:32: In file included from /usr/include/octave-4.2.2/octave/MArray.h:30: /usr/include/octave-4.2.2/octave/mx-inlines.cc:425:1: warning: mangled name of 'do_mx_unary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_unary_op (const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:451:1: warning: mangled name of 'do_mx_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_inplace_op (Array& r, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:460:1: warning: mangled name of 'do_mm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_binary_op (const Array& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:484:1: warning: mangled name of 'do_ms_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_binary_op (const Array& x, const Y& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:494:1: warning: mangled name of 'do_sm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_sm_binary_op (const X& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:504:1: warning: mangled name of 'do_mm_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_inplace_op (Array& r, const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:523:1: warning: mangled name of 'do_ms_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_inplace_op (Array& r, const X& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:542:1: warning: mangled name of 'do_mx_check' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_check (const Array& a, ^ no In file included from mpfr_vector_sum_d.cc:19: In file included from /usr/include/octave-4.2.2/octave/../octave/oct.h:30: In file included from /usr/include/octave-4.2.2/octave/Matrix.h:32: In file included from /usr/include/octave-4.2.2/octave/mx-base.h:30: In file included from /usr/include/octave-4.2.2/octave/MatrixType.h:29: In file included from /usr/include/octave-4.2.2/octave/MSparse.h:32: In file included from /usr/include/octave-4.2.2/octave/MArray.h:30: /usr/include/octave-4.2.2/octave/mx-inlines.cc:425:1: warning: mangled name of 'do_mx_unary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_unary_op (const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:451:1: warning: mangled name of 'do_mx_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_inplace_op (Array& r, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:460:1: warning: mangled name of 'do_mm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_binary_op (const Array& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:484:1: warning: mangled name of 'do_ms_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_binary_op (const Array& x, const Y& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:494:1: warning: mangled name of 'do_sm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_sm_binary_op (const X& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:504:1: warning: mangled name of 'do_mm_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_inplace_op (Array& r, const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:523:1: warning: mangled name of 'do_ms_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_inplace_op (Array& r, const X& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:542:1: warning: mangled name of 'do_mx_check' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_check (const Array& a, ^ In file included from mpfr_to_string_d.cc:19: In file included from /usr/include/octave-4.2.2/octave/../octave/oct.h:30: In file included from /usr/include/octave-4.2.2/octave/Matrix.h:32: In file included from /usr/include/octave-4.2.2/octave/mx-base.h:30: In file included from /usr/include/octave-4.2.2/octave/MatrixType.h:29: In file included from /usr/include/octave-4.2.2/octave/MSparse.h:32: In file included from /usr/include/octave-4.2.2/octave/MArray.h:30: /usr/include/octave-4.2.2/octave/mx-inlines.cc:425:1: warning: mangled name of 'do_mx_unary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_unary_op (const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:451:1: warning: mangled name of 'do_mx_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_inplace_op (Array& r, ^ checking for suffix of object files... /usr/include/octave-4.2.2/octave/mx-inlines.cc:460:1: warning: mangled name of 'do_mm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_binary_op (const Array& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:484:1: warning: mangled name of 'do_ms_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_binary_op (const Array& x, const Y& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:494:1: warning: mangled name of 'do_sm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_sm_binary_op (const X& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:504:1: warning: mangled name of 'do_mm_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_inplace_op (Array& r, const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:523:1: warning: mangled name of 'do_ms_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_inplace_op (Array& r, const X& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:542:1: warning: mangled name of 'do_mx_check' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_check (const Array& a, ^ In file included from mpfr_function_d.cc:21: In file included from /usr/include/octave-4.2.2/octave/../octave/oct.h:30: In file included from /usr/include/octave-4.2.2/octave/Matrix.h:32: In file included from /usr/include/octave-4.2.2/octave/mx-base.h:30: In file included from /usr/include/octave-4.2.2/octave/MatrixType.h:29: In file included from /usr/include/octave-4.2.2/octave/MSparse.h:32: In file included from /usr/include/octave-4.2.2/octave/MArray.h:30: /usr/include/octave-4.2.2/octave/mx-inlines.cc:425:1: warning: mangled name of 'do_mx_unary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_unary_op (const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:451:1: warning: mangled name of 'do_mx_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_inplace_op (Array& r, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:460:1: warning: mangled name of 'do_mm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_binary_op (const Array& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:484:1: warning: mangled name of 'do_ms_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_binary_op (const Array& x, const Y& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:494:1: warning: mangled name of 'do_sm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_sm_binary_op (const X& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:504:1: warning: mangled name of 'do_mm_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_inplace_op (Array& r, const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:523:1: warning: mangled name of 'do_ms_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_inplace_op (Array& r, const X& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:542:1: warning: mangled name of 'do_mx_check' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_check (const Array& a, ^ In file included from mpfr_linspace_d.cc:18: In file included from /usr/include/octave-4.2.2/octave/../octave/oct.h:30: In file included from /usr/include/octave-4.2.2/octave/Matrix.h:32: In file included from /usr/include/octave-4.2.2/octave/mx-base.h:30: In file included from /usr/include/octave-4.2.2/octave/MatrixType.h:29: In file included from /usr/include/octave-4.2.2/octave/MSparse.h:32: In file included from /usr/include/octave-4.2.2/octave/MArray.h:30: /usr/include/octave-4.2.2/octave/mx-inlines.cc:425:1: warning: mangled name of 'do_mx_unary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_unary_op (const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:451:1: warning: mangled name of 'do_mx_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_inplace_op (Array& r, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:460:1: warning: mangled name of 'do_mm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_binary_op (const Array& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:484:1: warning: mangled name of 'do_ms_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_binary_op (const Array& x, const Y& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:494:1: warning: mangled name of 'do_sm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_sm_binary_op (const X& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:504:1: warning: mangled name of 'do_mm_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_inplace_op (Array& r, const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:523:1: warning: mangled name of 'do_ms_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_inplace_op (Array& r, const X& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:542:1: warning: mangled name of 'do_mx_check' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_check (const Array& a, ^ In file included from mpfr_matrix_sqr_d.cc:18: In file included from /usr/include/octave-4.2.2/octave/../octave/oct.h:30: In file included from /usr/include/octave-4.2.2/octave/Matrix.h:32: In file included from /usr/include/octave-4.2.2/octave/mx-base.h:30: In file included from /usr/include/octave-4.2.2/octave/MatrixType.h:29: In file included from /usr/include/octave-4.2.2/octave/MSparse.h:32: In file included from /usr/include/octave-4.2.2/octave/MArray.h:30: /usr/include/octave-4.2.2/octave/mx-inlines.cc:425:1: warning: mangled name of 'do_mx_unary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_unary_op (const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:451:1: warning: mangled name of 'do_mx_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_inplace_op (Array& r, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:460:1: warning: mangled name of 'do_mm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_binary_op (const Array& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:484:1: warning: mangled name of 'do_ms_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_binary_op (const Array& x, const Y& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:494:1: warning: mangled name of 'do_sm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_sm_binary_op (const X& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:504:1: warning: mangled name of 'do_mm_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_inplace_op (Array& r, const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:523:1: warning: mangled name of 'do_ms_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_inplace_op (Array& r, const X& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:542:1: warning: mangled name of 'do_mx_check' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_check (const Array& a, ^ In file included from crlibm_function.cc:19: In file included from /usr/include/octave-4.2.2/octave/../octave/oct.h:30: In file included from /usr/include/octave-4.2.2/octave/Matrix.h:32: In file included from /usr/include/octave-4.2.2/octave/mx-base.h:30: In file included from /usr/include/octave-4.2.2/octave/MatrixType.h:29: In file included from /usr/include/octave-4.2.2/octave/MSparse.h:32: In file included from /usr/include/octave-4.2.2/octave/MArray.h:30: /usr/include/octave-4.2.2/octave/mx-inlines.cc:425:1: warning: mangled name of 'do_mx_unary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_unary_op (const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:451:1: warning: mangled name of 'do_mx_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_inplace_op (Array& r,o checking whether we are using the GNU C compiler... ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:460:1: warning: mangled name of 'do_mm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_binary_op (const Array& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:484:1: warning: mangled name of 'do_ms_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_binary_op (const Array& x, const Y& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:494:1: warning: mangled name of 'do_sm_binary_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_sm_binary_op (const X& x, const Array& y, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:504:1: warning: mangled name of 'do_mm_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mm_inplace_op (Array& r, const Array& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:523:1: warning: mangled name of 'do_ms_inplace_op' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_ms_inplace_op (Array& r, const X& x, ^ /usr/include/octave-4.2.2/octave/mx-inlines.cc:542:1: warning: mangled name of 'do_mx_check' will change in C++17 due to non-throwing exception specification in function signature [-Wc++17-compat-mangling] do_mx_check (const Array& a, ^ yes checking whether gcc accepts -g... yes checking for gcc option to accept ISO C89... none needed checking whether gcc understands -c and -o together... yes checking for style of include used by make... GNU checking dependency style of gcc... none checking for ranlib... ranlib checking whether ln -s works... yes checking how to run the C preprocessor... gcc -E checking for grep that handles long lines and -e... /bin/grep checking for egrep... /bin/grep -E checking for ANSI C header files... yes checking for an ANSI C-conforming const... yes checking for inline... inline checking for sqrt... no checking for sys/types.h... yes checking for sys/stat.h... yes checking for stdlib.h... yes checking for string.h... yes checking for memory.h... yes checking for strings.h... yes checking for inttypes.h... yes checking for stdint.h... mpfr_function_d.cc:220:7: warning: 'mpfr_root' is deprecated [-Wdeprecated-declarations] mpfr_root (mp, mp, static_cast (arg2.elem(i)), rnd); ^ /usr/include/mpfr.h:691:1: note: 'mpfr_root' has been explicitly marked deprecated here MPFR_DEPRECATED ^ /usr/include/mpfr.h:326:42: note: expanded from macro 'MPFR_DEPRECATED' # define MPFR_DEPRECATED __attribute__ ((deprecated)) ^ yes checking for unistd.h... yes checking fenv.h usability... yes checking fenv.h presence... yes checking for fenv.h... yes checking float.h usability... yes checking float.h presence... yes checking for float.h... yes checking fpu_control.h usability... yes checking fpu_control.h presence... yes checking for fpu_control.h... yes checking for log in -lm... yes checking whether byte ordering is bigendian... no checking for long double with more range or precision than double... yes checking size of int... 4 8 warnings generated. g++ -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -shared -Wl,-Bsymbolic -Wno-comment -o mpfr_linspace_d.oct mpfr_linspace_d.o -lmpfr -L/usr/lib/x86_64-linux-gnu/octave/4.2.2 -L/usr/lib/x86_64-linux-gnu -loctinterp -loctave -Wl,-z,relro checking that generated files are newer than configure... done configure: creating ./config.status /usr/bin/ld: cannot find -lomp clang: error: linker command failed with exit code 1 (use -v to see invocation) make[1]: *** [Makefile:59: mpfr_linspace_d.oct] Error 1 make[1]: *** Waiting for unfinished jobs.... 8 warnings generated. 8 warnings generated. g++ -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -shared -Wl,-Bsymbolic -Wno-comment -o mpfr_vector_sum_d.oct mpfr_vector_sum_d.o -lmpfr -L/usr/lib/x86_64-linux-gnu/octave/4.2.2 -L/usr/lib/x86_64-linux-gnu -loctinterp -loctave -Wl,-z,relro config.status: creating Makefile config.status: creating scs_lib/Makefile config.status: creating crlibm_config.h config.status: executing depfiles commands /usr/bin/ld: cannot find -lomp clang: error: linker command failed with exit code 1 (use -v to see invocation) make[1]: *** [Makefile:59: mpfr_vector_sum_d.oct] Error 1 8 warnings generated. g++ -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -shared -Wl,-Bsymbolic -fopenmp -o mpfr_matrix_mul_d.oct mpfr_matrix_mul_d.o -lmpfr -L/usr/lib/x86_64-linux-gnu/octave/4.2.2 -L/usr/lib/x86_64-linux-gnu -loctinterp -loctave -Wl,-z,relro 8 warnings generated. g++ -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -shared -Wl,-Bsymbolic -Wno-comment -o mpfr_to_string_d.oct mpfr_to_string_d.o -lmpfr -L/usr/lib/x86_64-linux-gnu/octave/4.2.2 -L/usr/lib/x86_64-linux-gnu -loctinterp -loctave -Wl,-z,relro /usr/bin/ld: cannot find -lomp clang: error: linker command failed with exit code 1 (use -v to see invocation) make[1]: *** [Makefile:57: mpfr_matrix_mul_d.oct] Error 1 /usr/bin/ld: cannot find -lomp clang: error: linker command failed with exit code 1 (use -v to see invocation) make[1]: *** [Makefile:59: mpfr_to_string_d.oct] Error 1 9 warnings generated. g++ -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -shared -Wl,-Bsymbolic -Wno-comment -o mpfr_function_d.oct mpfr_function_d.o -lmpfr -L/usr/lib/x86_64-linux-gnu/octave/4.2.2 -L/usr/lib/x86_64-linux-gnu -loctinterp -loctave -Wl,-z,relro /usr/bin/ld: cannot find -lomp clang: error: linker command failed with exit code 1 (use -v to see invocation) make[1]: *** [Makefile:59: mpfr_function_d.oct] Error 1 8 warnings generated. g++ -I/usr/include/octave-4.2.2/octave/.. -I/usr/include/octave-4.2.2/octave -pthread -fopenmp -g -O2 -fdebug-prefix-map=/<>=. -fstack-protector-strong -Wformat -Werror=format-security -shared -Wl,-Bsymbolic -fopenmp -o mpfr_matrix_sqr_d.oct mpfr_matrix_sqr_d.o -lmpfr -L/usr/lib/x86_64-linux-gnu/octave/4.2.2 -L/usr/lib/x86_64-linux-gnu -loctinterp -loctave -Wl,-z,relro /usr/bin/ld: cannot find -lomp clang: error: linker command failed with exit code 1 (use -v to see invocation) make[1]: *** [Makefile:57: mpfr_matrix_sqr_d.oct] Error 1 make[1]: Leaving directory '/<>/src' pkg: error running `make' for the interval package. error: called from configure_make at line 95 column 9 install at line 194 column 7 pkg at line 394 column 9 /usr/share/dh-octave/install-pkg.m at line 43 column 1 dh_octave_check -a -O--buildsystem=octave Checking package... Checking m files ... [@infsupdec/fix] ????? @infsupdec/fix does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 9 column 27 0 test, 0 passed, [@infsupdec/ceil] ????? @infsupdec/ceil does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 17 column 27 0 test, 0 passed, [@infsupdec/nthroot] ????? @infsupdec/nthroot does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 25 column 27 0 test, 0 passed, [@infsupdec/inf] ????? @infsupdec/inf does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 33 column 27 0 test, 0 passed, [@infsupdec/mpower] ????? @infsupdec/mpower does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 41 column 27 0 test, 0 passed, [@infsupdec/bitunpack] ????? @infsupdec/bitunpack does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 49 column 27 0 test, 0 passed, [@infsupdec/cot] ????? @infsupdec/cot does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 57 column 27 0 test, 0 passed, [@infsupdec/min] ????? @infsupdec/min does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 65 column 27 0 test, 0 passed, [@infsupdec/mince] ????? @infsupdec/mince does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 73 column 27 0 test, 0 passed, [@infsupdec/rsqrt] ????? @infsupdec/rsqrt does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 81 column 27 0 test, 0 passed, [@infsupdec/csch] ????? @infsupdec/csch does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 89 column 27 0 test, 0 passed, [@infsupdec/cat] ????? @infsupdec/cat does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 97 column 27 0 test, 0 passed, [@infsupdec/dilog] ????? @infsupdec/dilog does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 105 column 27 0 test, 0 passed, [@infsupdec/hypot] ????? @infsupdec/hypot does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 113 column 27 0 test, 0 passed, [@infsupdec/minus] ????? @infsupdec/minus does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 121 column 27 0 test, 0 passed, [@infsupdec/subset] ????? @infsupdec/subset does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 129 column 27 0 test, 0 passed, [@infsupdec/precedes] ????? @infsupdec/precedes does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 137 column 27 0 test, 0 passed, [@infsupdec/sign] ????? @infsupdec/sign does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 145 column 27 0 test, 0 passed, [@infsupdec/times] ????? @infsupdec/times does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 153 column 27 0 test, 0 passed, [@infsupdec/mulrev] ????? @infsupdec/mulrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 161 column 27 0 test, 0 passed, [@infsupdec/lu] ????? @infsupdec/lu does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 169 column 27 0 test, 0 passed, [@infsupdec/overlap] ????? @infsupdec/overlap does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 177 column 27 0 test, 0 passed, [@infsupdec/transpose] ????? @infsupdec/transpose does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 185 column 27 0 test, 0 passed, [@infsupdec/psi] ????? @infsupdec/psi does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 193 column 27 0 test, 0 passed, [@infsupdec/absrev] ????? @infsupdec/absrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 201 column 27 0 test, 0 passed, [@infsupdec/sec] ????? @infsupdec/sec does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 209 column 27 0 test, 0 passed, [@infsupdec/coth] ????? @infsupdec/coth does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 217 column 27 0 test, 0 passed, [@infsupdec/resize] ????? @infsupdec/resize does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 225 column 27 0 test, 0 passed, [@infsupdec/sinrev] ????? @infsupdec/sinrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 233 column 27 0 test, 0 passed, [@infsupdec/cosrev] ????? @infsupdec/cosrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 241 column 27 0 test, 0 passed, [@infsupdec/fma] ????? @infsupdec/fma does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 249 column 27 0 test, 0 passed, [@infsupdec/sin] ????? @infsupdec/sin does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 257 column 27 0 test, 0 passed, [@infsupdec/sqrrev] ????? @infsupdec/sqrrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 265 column 27 0 test, 0 passed, [@infsupdec/bisect] ????? @infsupdec/bisect does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 273 column 27 0 test, 0 passed, [@infsupdec/pownrev] ????? @infsupdec/pownrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 281 column 27 0 test, 0 passed, [@infsupdec/expm1] ????? @infsupdec/expm1 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 289 column 27 0 test, 0 passed, [@infsupdec/round] ????? @infsupdec/round does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 297 column 27 0 test, 0 passed, [@infsupdec/powrev1] ????? @infsupdec/powrev1 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 305 column 27 0 test, 0 passed, [@infsupdec/cbrt] ????? @infsupdec/cbrt does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 313 column 27 0 test, 0 passed, [@infsupdec/subsasgn] ????? @infsupdec/subsasgn does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 321 column 27 0 test, 0 passed, [@infsupdec/setdiff] ????? @infsupdec/setdiff does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 329 column 27 0 test, 0 passed, [@infsupdec/reshape] ????? @infsupdec/reshape does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 337 column 27 0 test, 0 passed, [@infsupdec/dot] ????? @infsupdec/dot does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 345 column 27 0 test, 0 passed, [@infsupdec/abs] ????? @infsupdec/abs does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 353 column 27 0 test, 0 passed, [@infsupdec/mldivide] ????? @infsupdec/mldivide does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 361 column 27 0 test, 0 passed, [@infsupdec/setxor] ????? @infsupdec/setxor does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 369 column 27 0 test, 0 passed, [@infsupdec/asin] ????? @infsupdec/asin does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 377 column 27 0 test, 0 passed, [@infsupdec/log1p] ????? @infsupdec/log1p does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 385 column 27 0 test, 0 passed, [@infsupdec/sinh] ????? @infsupdec/sinh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 393 column 27 0 test, 0 passed, [@infsupdec/pow] ????? @infsupdec/pow does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 401 column 27 0 test, 0 passed, [@infsupdec/pow2] ????? @infsupdec/pow2 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 409 column 27 0 test, 0 passed, [@infsupdec/strictprecedes] ????? @infsupdec/strictprecedes does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 417 column 27 0 test, 0 passed, [@infsupdec/acosh] ????? @infsupdec/acosh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 425 column 27 0 test, 0 passed, [@infsupdec/subsref] ????? @infsupdec/subsref does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 433 column 27 0 test, 0 passed, [@infsupdec/realsqrt] ????? @infsupdec/realsqrt does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 441 column 27 0 test, 0 passed, [@infsupdec/pown] ????? @infsupdec/pown does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 449 column 27 0 test, 0 passed, [@infsupdec/erf] ????? @infsupdec/erf does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 457 column 27 0 test, 0 passed, [@infsupdec/rem] ????? @infsupdec/rem does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 465 column 27 0 test, 0 passed, [@infsupdec/intervalpart] ????? @infsupdec/intervalpart does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 473 column 27 0 test, 0 passed, [@infsupdec/isnai] ????? @infsupdec/isnai does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 481 column 27 0 test, 0 passed, [@infsupdec/decorationpart] ????? @infsupdec/decorationpart does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 489 column 27 0 test, 0 passed, [@infsupdec/log10] ????? @infsupdec/log10 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 497 column 27 0 test, 0 passed, [@infsupdec/gamma] ????? @infsupdec/gamma does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 505 column 27 0 test, 0 passed, [@infsupdec/factorial] ????? @infsupdec/factorial does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 513 column 27 0 test, 0 passed, [@infsupdec/atan2rev2] ????? @infsupdec/atan2rev2 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 521 column 27 0 test, 0 passed, [@infsupdec/tril] ????? @infsupdec/tril does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 529 column 27 0 test, 0 passed, [@infsupdec/ei] ????? @infsupdec/ei does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 537 column 27 0 test, 0 passed, [@infsupdec/csc] ????? @infsupdec/csc does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 545 column 27 0 test, 0 passed, [@infsupdec/infsupdec] ????? @infsupdec/infsupdec does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 553 column 27 0 test, 0 passed, [@infsupdec/cosh] ????? @infsupdec/cosh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 561 column 27 0 test, 0 passed, [@infsupdec/strictsubset] ????? @infsupdec/strictsubset does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 569 column 27 0 test, 0 passed, [@infsupdec/max] ????? @infsupdec/max does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 577 column 27 0 test, 0 passed, [@infsupdec/tan] ????? @infsupdec/tan does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 585 column 27 0 test, 0 passed, [@infsupdec/sech] ????? @infsupdec/sech does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 593 column 27 0 test, 0 passed, [@infsupdec/atan2rev1] ????? @infsupdec/atan2rev1 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 601 column 27 0 test, 0 passed, [@infsupdec/rdivide] ????? @infsupdec/rdivide does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 609 column 27 0 test, 0 passed, [@infsupdec/le] ????? @infsupdec/le does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 617 column 27 0 test, 0 passed, [@infsupdec/union] ????? @infsupdec/union does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 625 column 27 0 test, 0 passed, [@infsupdec/exp] ????? @infsupdec/exp does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 633 column 27 0 test, 0 passed, [@infsupdec/cancelminus] ????? @infsupdec/cancelminus does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 641 column 27 0 test, 0 passed, [@infsupdec/coshrev] ????? @infsupdec/coshrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 649 column 27 0 test, 0 passed, [@infsupdec/atanh] ????? @infsupdec/atanh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 657 column 27 0 test, 0 passed, [@infsupdec/sum] ????? @infsupdec/sum does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 665 column 27 0 test, 0 passed, [@infsupdec/erfc] ????? @infsupdec/erfc does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 673 column 27 0 test, 0 passed, [@infsupdec/prepad] ????? @infsupdec/prepad does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 681 column 27 0 test, 0 passed, [@infsupdec/atan2] ????? @infsupdec/atan2 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 689 column 27 0 test, 0 passed, [@infsupdec/log] ????? @infsupdec/log does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 697 column 27 0 test, 0 passed, [@infsupdec/power] ????? @infsupdec/power does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 705 column 27 0 test, 0 passed, [@infsupdec/uminus] ????? @infsupdec/uminus does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 713 column 27 0 test, 0 passed, [@infsupdec/diag] ????? @infsupdec/diag does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 721 column 27 0 test, 0 passed, [@infsupdec/intersect] ????? @infsupdec/intersect does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 729 column 27 0 test, 0 passed, [@infsupdec/intervaltotext] ????? @infsupdec/intervaltotext does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 737 column 27 0 test, 0 passed, [@infsupdec/triu] ????? @infsupdec/triu does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 745 column 27 0 test, 0 passed, [@infsupdec/floor] ????? @infsupdec/floor does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 753 column 27 0 test, 0 passed, [@infsupdec/det] ????? @infsupdec/det does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 761 column 27 0 test, 0 passed, [@infsupdec/pow10] ????? @infsupdec/pow10 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 769 column 27 0 test, 0 passed, [@infsupdec/eq] ????? @infsupdec/eq does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 777 column 27 0 test, 0 passed, [@infsupdec/tanh] ????? @infsupdec/tanh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 785 column 27 0 test, 0 passed, [@infsupdec/mod] ????? @infsupdec/mod does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 793 column 27 0 test, 0 passed, [@infsupdec/tanrev] ????? @infsupdec/tanrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 801 column 27 0 test, 0 passed, [@infsupdec/mtimes] ????? @infsupdec/mtimes does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 809 column 27 0 test, 0 passed, [@infsupdec/gauss] ????? @infsupdec/gauss does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 817 column 27 0 test, 0 passed, [@infsupdec/roundb] ????? @infsupdec/roundb does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 825 column 27 0 test, 0 passed, [@infsupdec/isempty] ????? @infsupdec/isempty does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 833 column 27 0 test, 0 passed, [@infsupdec/asinh] ????? @infsupdec/asinh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 841 column 27 0 test, 0 passed, [@infsupdec/powrev2] ????? @infsupdec/powrev2 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 849 column 27 0 test, 0 passed, [@infsupdec/cos] ????? @infsupdec/cos does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 857 column 27 0 test, 0 passed, [@infsupdec/plus] ????? @infsupdec/plus does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 865 column 27 0 test, 0 passed, [@infsupdec/sup] ????? @infsupdec/sup does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 873 column 27 0 test, 0 passed, [@infsupdec/nextout] ????? @infsupdec/nextout does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 881 column 27 0 test, 0 passed, [@infsupdec/gammaln] ????? @infsupdec/gammaln does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 889 column 27 0 test, 0 passed, [@infsupdec/linspace] ????? @infsupdec/linspace does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 897 column 27 0 test, 0 passed, [@infsupdec/disjoint] ????? @infsupdec/disjoint does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 905 column 27 0 test, 0 passed, [@infsupdec/interior] ????? @infsupdec/interior does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 913 column 27 0 test, 0 passed, [@infsupdec/polyval] ????? @infsupdec/polyval does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 921 column 27 0 test, 0 passed, [@infsupdec/prod] ????? @infsupdec/prod does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 929 column 27 0 test, 0 passed, [@infsupdec/postpad] ????? @infsupdec/postpad does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 937 column 27 0 test, 0 passed, [@infsupdec/log2] ????? @infsupdec/log2 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 945 column 27 0 test, 0 passed, [@infsupdec/atan] ????? @infsupdec/atan does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 953 column 27 0 test, 0 passed, [@infsupdec/acos] ????? @infsupdec/acos does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 961 column 27 0 test, 0 passed, [@infsupdec/lt] ????? @infsupdec/lt does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 969 column 27 0 test, 0 passed, [interval_bitpack] ????? interval_bitpack does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 977 column 27 0 test, 0 passed, [verlinprog] ????? verlinprog does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 985 column 27 0 test, 0 passed, [exacttointerval] ????? exacttointerval does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 993 column 27 0 test, 0 passed, [nai] ????? nai does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1001 column 27 0 test, 0 passed, [vereigvec] ????? vereigvec does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1009 column 27 0 test, 0 passed, [verintlinineqs] ????? verintlinineqs does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1017 column 27 0 test, 0 passed, [entire] ????? entire does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1025 column 27 0 test, 0 passed, [ctc_union] ????? ctc_union does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1033 column 27 0 test, 0 passed, [hull] ????? hull does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1041 column 27 0 test, 0 passed, [ctc_intersect] ????? ctc_intersect does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1049 column 27 0 test, 0 passed, [__check_crlibm__] ????? __check_crlibm__ does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1057 column 27 0 test, 0 passed, [empty] ????? empty does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1065 column 27 0 test, 0 passed, [@infsup/fix] ????? @infsup/fix does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1073 column 27 0 test, 0 passed, [@infsup/mig] ????? @infsup/mig does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1081 column 27 0 test, 0 passed, [@infsup/ceil] ????? @infsup/ceil does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1089 column 27 0 test, 0 passed, [@infsup/ismember] ????? @infsup/ismember does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1097 column 27 0 test, 0 passed, [@infsup/ndims] ????? @infsup/ndims does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1105 column 27 0 test, 0 passed, [@infsup/nthroot] ????? @infsup/nthroot does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1113 column 27 0 test, 0 passed, [@infsup/smig] ????? @infsup/smig does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1121 column 27 0 test, 0 passed, [@infsup/inf] ????? @infsup/inf does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1129 column 27 0 test, 0 passed, [@infsup/mpower] ????? @infsup/mpower does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1137 column 27 0 test, 0 passed, [@infsup/display] ????? @infsup/display does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1145 column 27 0 test, 0 passed, [@infsup/bitunpack] ????? @infsup/bitunpack does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1153 column 27 0 test, 0 passed, [@infsup/cot] ????? @infsup/cot does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1161 column 27 0 test, 0 passed, [@infsup/hdist] ????? @infsup/hdist does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1169 column 27 0 test, 0 passed, [@infsup/min] ????? @infsup/min does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1177 column 27 0 test, 0 passed, [@infsup/mince] ????? @infsup/mince does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1185 column 27 0 test, 0 passed, [@infsup/rsqrt] ????? @infsup/rsqrt does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1193 column 27 0 test, 0 passed, [@infsup/csch] ????? @infsup/csch does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1201 column 27 0 test, 0 passed, [@infsup/cat] ????? @infsup/cat does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1209 column 27 0 test, 0 passed, [@infsup/dilog] ????? @infsup/dilog does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1217 column 27 0 test, 0 passed, [@infsup/hypot] ????? @infsup/hypot does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1225 column 27 0 test, 0 passed, [@infsup/minus] ????? @infsup/minus does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1233 column 27 0 test, 0 passed, [@infsup/subset] ????? @infsup/subset does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1241 column 27 0 test, 0 passed, [@infsup/precedes] ????? @infsup/precedes does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1249 column 27 0 test, 0 passed, [@infsup/sign] ????? @infsup/sign does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1257 column 27 0 test, 0 passed, [@infsup/times] ????? @infsup/times does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1265 column 27 0 test, 0 passed, [@infsup/mulrev] ????? @infsup/mulrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1273 column 27 0 test, 0 passed, [@infsup/lu] ????? @infsup/lu does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1281 column 27 0 test, 0 passed, [@infsup/overlap] ????? @infsup/overlap does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1289 column 27 0 test, 0 passed, [@infsup/transpose] ????? @infsup/transpose does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1297 column 27 0 test, 0 passed, [@infsup/psi] ????? @infsup/psi does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1305 column 27 0 test, 0 passed, [@infsup/numel] ????? @infsup/numel does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1313 column 27 0 test, 0 passed, [@infsup/plot] ????? @infsup/plot does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1321 column 27 0 test, 0 passed, [@infsup/absrev] ????? @infsup/absrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1329 column 27 0 test, 0 passed, [@infsup/sec] ????? @infsup/sec does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1337 column 27 0 test, 0 passed, [@infsup/coth] ????? @infsup/coth does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1345 column 27 0 test, 0 passed, [@infsup/fminsearch] ????? @infsup/fminsearch does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1353 column 27 0 test, 0 passed, [@infsup/resize] ????? @infsup/resize does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1361 column 27 0 test, 0 passed, [@infsup/disp] ????? @infsup/disp does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1369 column 27 0 test, 0 passed, [@infsup/sinrev] ????? @infsup/sinrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1377 column 27 0 test, 0 passed, [@infsup/cosrev] ????? @infsup/cosrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1385 column 27 0 test, 0 passed, [@infsup/ldivide] ????? @infsup/ldivide does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1393 column 27 0 test, 0 passed, [@infsup/fma] ????? @infsup/fma does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1401 column 27 0 test, 0 passed, [@infsup/sin] ????? @infsup/sin does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1409 column 27 0 test, 0 passed, [@infsup/sqrrev] ????? @infsup/sqrrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1417 column 27 0 test, 0 passed, [@infsup/bisect] ????? @infsup/bisect does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1425 column 27 0 test, 0 passed, [@infsup/pownrev] ????? @infsup/pownrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1433 column 27 0 test, 0 passed, [@infsup/expm1] ????? @infsup/expm1 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1441 column 27 0 test, 0 passed, [@infsup/isscalar] ????? @infsup/isscalar does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1449 column 27 0 test, 0 passed, [@infsup/round] ????? @infsup/round does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1457 column 27 0 test, 0 passed, [@infsup/powrev1] ????? @infsup/powrev1 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1465 column 27 0 test, 0 passed, [@infsup/cbrt] ????? @infsup/cbrt does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1473 column 27 0 test, 0 passed, [@infsup/subsasgn] ????? @infsup/subsasgn does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1481 column 27 0 test, 0 passed, [@infsup/columns] ????? @infsup/columns does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1489 column 27 0 test, 0 passed, [@infsup/rows] ????? @infsup/rows does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1497 column 27 0 test, 0 passed, [@infsup/setdiff] ????? @infsup/setdiff does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1505 column 27 0 test, 0 passed, [@infsup/rad] ????? @infsup/rad does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1513 column 27 0 test, 0 passed, [@infsup/gt] ????? @infsup/gt does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1521 column 27 0 test, 0 passed, [@infsup/reshape] ????? @infsup/reshape does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1529 column 27 0 test, 0 passed, [@infsup/size] ????? @infsup/size does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1537 column 27 0 test, 0 passed, [@infsup/mag] ????? @infsup/mag does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1545 column 27 0 test, 0 passed, [@infsup/dot] ????? @infsup/dot does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1553 column 27 0 test, 0 passed, [@infsup/abs] ????? @infsup/abs does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1561 column 27 0 test, 0 passed, [@infsup/issingleton] ????? @infsup/issingleton does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1569 column 27 0 test, 0 passed, [@infsup/intervaltoexact] ????? @infsup/intervaltoexact does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1577 column 27 0 test, 0 passed, [@infsup/mldivide] ????? @infsup/mldivide does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1585 column 27 0 test, 0 passed, [@infsup/setxor] ????? @infsup/setxor does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1593 column 27 0 test, 0 passed, [@infsup/asin] ????? @infsup/asin does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1601 column 27 0 test, 0 passed, [@infsup/log1p] ????? @infsup/log1p does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1609 column 27 0 test, 0 passed, [@infsup/sinh] ????? @infsup/sinh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1617 column 27 0 test, 0 passed, [@infsup/pow] ????? @infsup/pow does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1625 column 27 0 test, 0 passed, [@infsup/pow2] ????? @infsup/pow2 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1633 column 27 0 test, 0 passed, [@infsup/strictprecedes] ????? @infsup/strictprecedes does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1641 column 27 0 test, 0 passed, [@infsup/isrow] ????? @infsup/isrow does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1649 column 27 0 test, 0 passed, [@infsup/acosh] ????? @infsup/acosh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1657 column 27 0 test, 0 passed, [@infsup/vertcat] ????? @infsup/vertcat does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1665 column 27 0 test, 0 passed, [@infsup/subsref] ????? @infsup/subsref does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1673 column 27 0 test, 0 passed, [@infsup/realsqrt] ????? @infsup/realsqrt does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1681 column 27 0 test, 0 passed, [@infsup/pown] ????? @infsup/pown does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1689 column 27 0 test, 0 passed, [@infsup/ge] ????? @infsup/ge does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1697 column 27 0 test, 0 passed, [@infsup/expm] ????? @infsup/expm does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1705 column 27 0 test, 0 passed, [@infsup/cancelplus] ????? @infsup/cancelplus does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1713 column 27 0 test, 0 passed, [@infsup/erf] ????? @infsup/erf does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1721 column 27 0 test, 0 passed, [@infsup/rem] ????? @infsup/rem does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1729 column 27 0 test, 0 passed, [@infsup/sqrt] ????? @infsup/sqrt does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1737 column 27 0 test, 0 passed, [@infsup/iscommoninterval] ????? @infsup/iscommoninterval does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1745 column 27 0 test, 0 passed, [@infsup/mrdivide] ????? @infsup/mrdivide does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1753 column 27 0 test, 0 passed, [@infsup/log10] ????? @infsup/log10 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1761 column 27 0 test, 0 passed, [@infsup/gamma] ????? @infsup/gamma does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1769 column 27 0 test, 0 passed, [@infsup/factorial] ????? @infsup/factorial does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1777 column 27 0 test, 0 passed, [@infsup/ctranspose] ????? @infsup/ctranspose does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1785 column 27 0 test, 0 passed, [@infsup/atan2rev2] ????? @infsup/atan2rev2 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1793 column 27 0 test, 0 passed, [@infsup/tril] ????? @infsup/tril does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1801 column 27 0 test, 0 passed, [@infsup/ei] ????? @infsup/ei does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1809 column 27 0 test, 0 passed, [@infsup/mid] ????? @infsup/mid does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1817 column 27 0 test, 0 passed, [@infsup/csc] ????? @infsup/csc does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1825 column 27 0 test, 0 passed, [@infsup/cosh] ????? @infsup/cosh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1833 column 27 0 test, 0 passed, [@infsup/strictsubset] ????? @infsup/strictsubset does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1841 column 27 0 test, 0 passed, [@infsup/max] ????? @infsup/max does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1849 column 27 0 test, 0 passed, [@infsup/tan] ????? @infsup/tan does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1857 column 27 0 test, 0 passed, [@infsup/sech] ????? @infsup/sech does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1865 column 27 0 test, 0 passed, [@infsup/atan2rev1] ????? @infsup/atan2rev1 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1873 column 27 0 test, 0 passed, [@infsup/wid] ????? @infsup/wid does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1881 column 27 0 test, 0 passed, [@infsup/infsup] ????? @infsup/infsup does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1889 column 27 0 test, 0 passed, [@infsup/rdivide] ????? @infsup/rdivide does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1897 column 27 0 test, 0 passed, [@infsup/le] ????? @infsup/le does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1905 column 27 0 test, 0 passed, [@infsup/union] ????? @infsup/union does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1913 column 27 0 test, 0 passed, [@infsup/exp] ????? @infsup/exp does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1921 column 27 0 test, 0 passed, [@infsup/ne] ????? @infsup/ne does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1929 column 27 0 test, 0 passed, [@infsup/cancelminus] ????? @infsup/cancelminus does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1937 column 27 0 test, 0 passed, [@infsup/coshrev] ????? @infsup/coshrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1945 column 27 0 test, 0 passed, [@infsup/newdec] ????? @infsup/newdec does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1953 column 27 0 test, 0 passed, [@infsup/atanh] ????? @infsup/atanh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1961 column 27 0 test, 0 passed, [@infsup/sum] ????? @infsup/sum does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1969 column 27 0 test, 0 passed, [@infsup/norm] ????? @infsup/norm does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1977 column 27 0 test, 0 passed, [@infsup/erfc] ????? @infsup/erfc does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1985 column 27 0 test, 0 passed, [@infsup/prepad] ????? @infsup/prepad does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 1993 column 27 0 test, 0 passed, [@infsup/atan2] ????? @infsup/atan2 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2001 column 27 0 test, 0 passed, [@infsup/log] ????? @infsup/log does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2009 column 27 0 test, 0 passed, [@infsup/idist] ????? @infsup/idist does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2017 column 27 0 test, 0 passed, [@infsup/power] ????? @infsup/power does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2025 column 27 0 test, 0 passed, [@infsup/uminus] ????? @infsup/uminus does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2033 column 27 0 test, 0 passed, [@infsup/diag] ????? @infsup/diag does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2041 column 27 0 test, 0 passed, [@infsup/intersect] ????? @infsup/intersect does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2049 column 27 0 test, 0 passed, [@infsup/intervaltotext] ????? @infsup/intervaltotext does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2057 column 27 0 test, 0 passed, [@infsup/uplus] ????? @infsup/uplus does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2065 column 27 0 test, 0 passed, [@infsup/qr] ????? @infsup/qr does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2073 column 27 0 test, 0 passed, [@infsup/inv] ????? @infsup/inv does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2081 column 27 0 test, 0 passed, [@infsup/triu] ????? @infsup/triu does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2089 column 27 0 test, 0 passed, [@infsup/floor] ????? @infsup/floor does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2097 column 27 0 test, 0 passed, [@infsup/det] ????? @infsup/det does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2105 column 27 0 test, 0 passed, [@infsup/chol] ????? @infsup/chol does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2113 column 27 0 test, 0 passed, [@infsup/issquare] ????? @infsup/issquare does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2121 column 27 0 test, 0 passed, [@infsup/pow10] ????? @infsup/pow10 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2129 column 27 0 test, 0 passed, [@infsup/eq] ????? @infsup/eq does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2137 column 27 0 test, 0 passed, [@infsup/tanh] ????? @infsup/tanh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2145 column 27 0 test, 0 passed, [@infsup/mod] ????? @infsup/mod does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2153 column 27 0 test, 0 passed, [@infsup/end] ????? @infsup/end does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2161 column 27 0 test, 0 passed, [@infsup/isentire] ????? @infsup/isentire does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2169 column 27 0 test, 0 passed, [@infsup/tanrev] ????? @infsup/tanrev does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2177 column 27 0 test, 0 passed, [@infsup/sumsq] ????? @infsup/sumsq does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2185 column 27 0 test, 0 passed, [@infsup/plot3] ????? @infsup/plot3 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2193 column 27 0 test, 0 passed, [@infsup/mtimes] ????? @infsup/mtimes does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2201 column 27 0 test, 0 passed, [@infsup/gauss] ????? @infsup/gauss does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2209 column 27 0 test, 0 passed, [@infsup/roundb] ????? @infsup/roundb does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2217 column 27 0 test, 0 passed, [@infsup/isempty] ????? @infsup/isempty does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2225 column 27 0 test, 0 passed, [@infsup/sumabs] ????? @infsup/sumabs does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2233 column 27 0 test, 0 passed, [@infsup/asinh] ????? @infsup/asinh does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2241 column 27 0 test, 0 passed, [@infsup/isvector] ????? @infsup/isvector does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2249 column 27 0 test, 0 passed, [@infsup/powrev2] ????? @infsup/powrev2 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2257 column 27 0 test, 0 passed, [@infsup/sdist] ????? @infsup/sdist does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2265 column 27 0 test, 0 passed, [@infsup/cos] ????? @infsup/cos does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2273 column 27 0 test, 0 passed, [@infsup/plus] ????? @infsup/plus does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2281 column 27 0 test, 0 passed, [@infsup/sup] ????? @infsup/sup does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2289 column 27 0 test, 0 passed, [@infsup/nextout] ????? @infsup/nextout does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2297 column 27 0 test, 0 passed, [@infsup/gammaln] ????? @infsup/gammaln does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2305 column 27 0 test, 0 passed, [@infsup/fsolve] ????? @infsup/fsolve does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2313 column 27 0 test, 0 passed, [@infsup/fzero] ????? @infsup/fzero does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2321 column 27 0 test, 0 passed, [@infsup/linspace] ????? @infsup/linspace does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2329 column 27 0 test, 0 passed, [@infsup/disjoint] ????? @infsup/disjoint does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2337 column 27 0 test, 0 passed, [@infsup/ismatrix] ????? @infsup/ismatrix does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2345 column 27 0 test, 0 passed, [@infsup/length] ????? @infsup/length does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2353 column 27 0 test, 0 passed, [@infsup/iscolumn] ????? @infsup/iscolumn does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2361 column 27 0 test, 0 passed, [@infsup/interior] ????? @infsup/interior does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2369 column 27 0 test, 0 passed, [@infsup/polyval] ????? @infsup/polyval does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2377 column 27 0 test, 0 passed, [@infsup/prod] ????? @infsup/prod does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2385 column 27 0 test, 0 passed, [@infsup/postpad] ????? @infsup/postpad does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2393 column 27 0 test, 0 passed, [@infsup/log2] ????? @infsup/log2 does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2401 column 27 0 test, 0 passed, [@infsup/atan] ????? @infsup/atan does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2409 column 27 0 test, 0 passed, [@infsup/acos] ????? @infsup/acos does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2417 column 27 0 test, 0 passed, [@infsup/lt] ????? @infsup/lt does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2425 column 27 0 test, 0 passed, [@infsup/horzcat] ????? @infsup/horzcat does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2433 column 27 0 test, 0 passed, [vereigback] ????? vereigback does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2441 column 27 0 test, 0 passed, [midrad] ????? midrad does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2449 column 27 0 test, 0 passed, [__split_interval_literals__] ????? __split_interval_literals__ does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2457 column 27 0 test, 0 passed, [verlinineqnn] ????? verlinineqnn does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2465 column 27 0 test, 0 passed, [verinvnonneg] ????? verinvnonneg does not exist in path warning: test: some elements in list of return values are undefined warning: called from test at line 249 column 5 /tmp/filel8GJLr at line 2473 column 27 0 test, 0 passed, Checking CC files ... [mpfr_to_string_d.cc] >>>>> /<>/src/mpfr_to_string_d.cc ***** test; [s, isexact] = mpfr_to_string_d (-inf, "decimal", .1); assert (s, {"0.1"}); assert (isexact, false); !!!!! test failed 'mpfr_to_string_d' undefined near line 3 column 16 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", inf), {"inf"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", -inf), {"-inf"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", nan), {"nan"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", 0), {"0x0.0000000000000p+0"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", 2), {"0x1.0000000000000p+1"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", -1), {"-0x1.0000000000000p+0"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", pow2 (-1022)), {"0x1.0000000000000p-1022"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", pow2 (-1074)), {"0x0.0000000000001p-1022"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 9 tests, 0 passed, 0 known failure, 0 skipped [mpfr_matrix_mul_d.cc] >>>>> /<>/src/mpfr_matrix_mul_d.cc ***** test; [l, u] = mpfr_matrix_mul_d (magic (3), magic (3)', magic (3) + 1, magic (3)' + 1); assert (l, [101, 71, 53; 71, 83, 71; 53, 71, 101]); assert (u, [134, 104, 86; 104, 116, 104; 86, 104, 134]); !!!!! test failed 'mpfr_matrix_mul_d' undefined near line 3 column 10 ***** xtest if (((exist ("__octave_config_info__") && ... __octave_config_info__.ENABLE_OPENMP) || ... (not (exist ("__octave_config_info__")) && ... octave_config_info ("features").OPENMP)) ... && nproc ("overridable") > 1) ## OpenMP is enabled and may use more than one thread. ## We should observe speed-ups by that. A = vec (magic (2000)); tic; mpfr_matrix_mul_d (A', A, A', A); time_per_element = toc; A = [A A]; tic; mpfr_matrix_mul_d (A', A, A', A); time_per_element_parallel = toc / numel (ans); ## Ideally, the runtime would be cut in half (at least), ## however, there is an overhead, so let's be pessimistic and ## assume that the parallel execution is at least 20% faster. assert (time_per_element > 1.2 * time_per_element_parallel) endif !!!!! known bug: This test does not produce reliable results on busy environments 'mpfr_matrix_mul_d' undefined near line 12 column 5 2 tests, 0 passed, 1 known failure, 0 skipped [__setround__.cc] >>>>> /<>/src/__setround__.cc ***** xtest __setround__ (+inf); assert (1 + realmin > 1, true); assert (1 - realmin == 1, true); __setround__ (0.5); !!!!! known bug: Rounding-mode switches fail on your system; some matrix operations will be slower than expected '__setround__' undefined near line 3 column 3 ***** xtest __setround__ (-inf); assert (1 + realmin == 1, true); assert (1 - realmin < 1, true); __setround__ (0.5); !!!!! known bug: Rounding-mode switches fail on your system; some matrix operations will be slower than expected '__setround__' undefined near line 3 column 3 ***** test __setround__ (0.5); assert (1 + realmin == 1, true); assert (1 - realmin == 1, true); !!!!! test failed '__setround__' undefined near line 3 column 3 ***** shared __setround__ (0.5); !!!!! test failed '__setround__' undefined near line 3 column 3 3 tests, 0 passed, 2 known failures, 0 skipped [mpfr_vector_dot_d.cc] >>>>> /<>/src/mpfr_vector_dot_d.cc ***** test; [l, u] = mpfr_vector_dot_d (-1, -1, 2, 3, 1); assert (l, -3); assert (u, 6); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 3 column 10 ***** test; x = [realmax, realmax, -realmax, -realmax, 1, eps/2]; y = ones (size (x)); [l, u] = mpfr_vector_dot_d (x, y, x, y, 2); d = mpfr_vector_dot_d (0.5, x, y, 2); assert (l, 1); assert (u, 1 + eps); assert (ismember (d, infsup (l, u))); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 5 column 10 ***** test; [l, u] = mpfr_vector_dot_d (0, 0, inf, inf, 1); d = mpfr_vector_dot_d (0.5, 0, inf, 1); assert (l, 0); assert (u, inf); assert (isequaln (d, NaN)); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 3 column 10 ***** test; x = reshape (1:24, 2, 3, 4); y = 2.*ones (2, 3, 4); [l u] = mpfr_vector_dot_d (x, y, x, y, 3); d = mpfr_vector_dot_d (0.5, x, y, 3); assert (l, [80, 96, 112; 88, 104, 120]); assert (u, [80, 96, 112; 88, 104, 120]); assert (d, [80, 96, 112; 88, 104, 120]); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 5 column 10 ***** shared testdata # Load compiled test data (from src/test/*.itl) testdata = load (file_in_loadpath ("test/itl.mat")); ***** test # Scalar evaluation testcases = testdata.NoSignal.double.dot_nearest; for testcase = [testcases]' assert (isequaln (... mpfr_vector_dot_d (0.5, testcase.in{1}, testcase.in{2}, 2), ... testcase.out)); endfor !!!!! test failed 'mpfr_vector_dot_d' undefined near line 7 column 6 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Vector evaluation testcases = testdata.NoSignal.double.dot_nearest; in1 = vertcat (testcases.in)(:, 1); in1 = cell2mat (cellfun ("postpad", in1, {(max (cellfun ("numel", in1)))}, "UniformOutput", false)); in2 = vertcat (testcases.in)(:, 2); in2 = cell2mat (cellfun ("postpad", in2, {(max (cellfun ("numel", in2)))}, "UniformOutput", false)); out = vertcat (testcases.out); assert (isequaln (mpfr_vector_dot_d (0.5, in1, in2, 2), out)); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 10 column 20 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Scalar evaluation testcases = testdata.NoSignal.double.sum_sqr_nearest; for testcase = [testcases]' assert (isequaln (... mpfr_vector_dot_d (0.5, testcase.in{1}, testcase.in{1}, 2), ... testcase.out)); endfor !!!!! test failed 'mpfr_vector_dot_d' undefined near line 7 column 6 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Vector evaluation testcases = testdata.NoSignal.double.sum_sqr_nearest; in1 = vertcat (testcases.in); in1 = cell2mat (cellfun ("postpad", in1, {(max (cellfun ("numel", in1)))}, "UniformOutput", false)); out = vertcat (testcases.out); assert (isequaln (mpfr_vector_dot_d (0.5, in1, in1, 2), out)); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 8 column 20 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: 8 tests, 0 passed, 0 known failure, 0 skipped [mpfr_matrix_sqr_d.cc] >>>>> /<>/src/mpfr_matrix_sqr_d.cc ***** test m = magic (3); [l, u] = mpfr_matrix_sqr_d (m, m + 1); assert (l, [91, 67, 67; 67, 91, 67; 67, 67, 91]); assert (u, [124, 100, 100; 100, 124, 100; 100, 100, 124]); !!!!! test failed 'mpfr_matrix_sqr_d' undefined near line 4 column 9 1 test, 0 passed, 0 known failure, 0 skipped [mpfr_function_d.cc] >>>>> /<>/src/mpfr_function_d.cc ***** assert (mpfr_function_d ('plus', 0, 2, 2), 4); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 9 ***** assert (mpfr_function_d ('plus', -inf, 1, eps / 2), 1); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 9 ***** assert (mpfr_function_d ('plus', +inf, 1, eps / 2), 1 + eps); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 9 ***** error mpfr_function_d ('Krauskefarben', 0, 47, 11); ***** # Cross-check unit tests from crlibm against the MPFR library. ***** # We simulate binary64 floating-point arithmetic in MPFR ***** # with mpfr_function_d and results shall be identical. ***** # ***** shared testdata testdata = load (fullfile (... fileparts (file_in_loadpath ("__check_crlibm__.m")), ... "test", ... "crlibm.mat")); ***** function verify (fname, rnd, data) assert (mpfr_function_d (fname, rnd, data.input), data.output); ***** endfunction ***** test verify ("acos", -inf, testdata.acos_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("acos", +inf, testdata.acos_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("acos", 0.5, testdata.acos_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("acos", 0, testdata.acos_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", -inf, testdata.asin_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", +inf, testdata.asin_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", 0.5, testdata.asin_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", 0, testdata.asin_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", -inf, testdata.atan_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", +inf, testdata.atan_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", 0.5, testdata.atan_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", 0, testdata.atan_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", -inf, testdata.cos_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", +inf, testdata.cos_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", 0.5, testdata.cos_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", 0, testdata.cos_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", -inf, testdata.cosh_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", +inf, testdata.cosh_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", 0.5, testdata.cosh_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", 0, testdata.cosh_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", -inf, testdata.exp_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", +inf, testdata.exp_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", 0.5, testdata.exp_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", 0, testdata.exp_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", -inf, testdata.expm1_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", +inf, testdata.expm1_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", 0.5, testdata.expm1_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", 0, testdata.expm1_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", -inf, testdata.log_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", +inf, testdata.log_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", 0.5, testdata.log_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", 0, testdata.log_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", -inf, testdata.log10_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", +inf, testdata.log10_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", 0.5, testdata.log10_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", 0, testdata.log10_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", -inf, testdata.log1p_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", +inf, testdata.log1p_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", 0.5, testdata.log1p_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", 0, testdata.log1p_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", -inf, testdata.log2_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", +inf, testdata.log2_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", 0.5, testdata.log2_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", 0, testdata.log2_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", -inf, testdata.sin_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", +inf, testdata.sin_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", 0.5, testdata.sin_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", 0, testdata.sin_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", -inf, testdata.sinh_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", +inf, testdata.sinh_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", 0.5, testdata.sinh_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", 0, testdata.sinh_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", -inf, testdata.tan_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", +inf, testdata.tan_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", 0.5, testdata.tan_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", 0, testdata.tan_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix 60 tests, 1 passed, 0 known failure, 0 skipped [mpfr_vector_sum_d.cc] >>>>> /<>/src/mpfr_vector_sum_d.cc ***** assert (mpfr_vector_sum_d (0, [eps, realmax, realmax, -realmax, -realmax], 2), eps) !!!!! test failed 'mpfr_vector_sum_d' undefined near line 2 column 9 ***** assert (mpfr_vector_sum_d (-inf, [eps/2, 1], 2), 1) !!!!! test failed 'mpfr_vector_sum_d' undefined near line 2 column 9 ***** assert (mpfr_vector_sum_d (+inf, [eps/2, 1], 2), 1 + eps) !!!!! test failed 'mpfr_vector_sum_d' undefined near line 2 column 9 ***** test a = inf (infsup ("0X1.1111111111111P+100")); b = inf (infsup ("0X1.1111111111111P+1")); [s, e] = mpfr_vector_sum_d (0.5, [a, b], 2); assert (s, a); assert (e, b); !!!!! test failed 'mpfr_function_d' undefined near line 506 column 9 ***** test a = inf (infsup ("0X1.1111111111111P+53")); b = inf (infsup ("0X1.1111111111111P+1")); c = inf (infsup ("0X1.1111111111112P+53")); d = inf (infsup ("0X1.111111111111P-3")); [s, e] = mpfr_vector_sum_d (0.5, [a, b], 2); assert (s, c); assert (e, d); !!!!! test failed 'mpfr_function_d' undefined near line 506 column 9 ***** test a = inf (infsup ("0X1.1111111111111P+2")); b = inf (infsup ("0X1.1111111111111P+1")); c = inf (infsup ("0X1.999999999999AP+2")); d = inf (infsup ("-0X1P-51")); [s, e] = mpfr_vector_sum_d (0.5, [a, b], 2); assert (s, c); assert (e, d); !!!!! test failed 'mpfr_function_d' undefined near line 506 column 9 ***** test for dim = 1:6 assert (mpfr_vector_sum_d (0.5, ones (1, 2, 3, 4, 5), dim), sum (ones (1, 2, 3, 4, 5), dim)); endfor !!!!! test failed 'mpfr_vector_sum_d' undefined near line 4 column 13 ***** shared testdata # Load compiled test data (from src/test/*.itl) testdata = load (file_in_loadpath ("test/itl.mat")); ***** test # Scalar evaluation testcases = testdata.NoSignal.double.sum_nearest; for testcase = [testcases]' assert (isequaln (... mpfr_vector_sum_d (0.5, testcase.in{1}, 2), ... testcase.out)); endfor !!!!! test failed 'mpfr_vector_sum_d' undefined near line 7 column 6 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Vector evaluation testcases = testdata.NoSignal.double.sum_nearest; in1 = vertcat (testcases.in); in1 = cell2mat (cellfun ("postpad", in1, {(max (cellfun ("numel", in1)))}, "UniformOutput", false)); out = vertcat (testcases.out); assert (isequaln (mpfr_vector_sum_d (0.5, in1, 2), out)); !!!!! test failed 'mpfr_vector_sum_d' undefined near line 8 column 20 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Scalar evaluation testcases = testdata.NoSignal.double.sum_abs_nearest; for testcase = [testcases]' assert (isequaln (... mpfr_vector_sum_d (0.5, abs (testcase.in{1}), 2), ... testcase.out)); endfor !!!!! test failed 'mpfr_vector_sum_d' undefined near line 7 column 6 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Vector evaluation testcases = testdata.NoSignal.double.sum_abs_nearest; in1 = vertcat (testcases.in); in1 = cell2mat (cellfun ("postpad", in1, {(max (cellfun ("numel", in1)))}, "UniformOutput", false)); out = vertcat (testcases.out); assert (isequaln (mpfr_vector_sum_d (0.5, abs (in1), 2), out)); !!!!! test failed 'mpfr_vector_sum_d' undefined near line 8 column 20 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: 11 tests, 0 passed, 0 known failure, 0 skipped [mpfr_linspace_d.cc] >>>>> /<>/src/mpfr_linspace_d.cc ***** assert (mpfr_linspace_d (-inf, 1, 10, 10), 1 : 10); !!!!! test failed 'mpfr_linspace_d' undefined near line 2 column 9 ***** assert (mpfr_linspace_d (inf, 1, 10, 8) - mpfr_linspace_d (-inf, 1, 10, 8), [0 2 2 4 4 4 8 0] .* eps); !!!!! test failed 'mpfr_linspace_d' undefined near line 2 column 9 2 tests, 0 passed, 0 known failure, 0 skipped [crlibm_function.cc] >>>>> /<>/src/crlibm_function.cc ***** test for f = {"acos", "asin", "atan", "cos", "cosh", "exp", "expm1", "log", "log10", "log1p", "log2", "sin", "sinh", "tan"} for rnd = {+inf, -inf, 0, 0.5} assert (crlibm_function (f{:}, rnd{:}, 0.5), mpfr_function_d (f{:}, rnd{:}, 0.5)); endfor endfor !!!!! test failed 'crlibm_function' undefined near line 5 column 15 1 test, 0 passed, 0 known failure, 0 skipped Run tests in debian/check.m Checking supplementary TST files ... >>>>> processing __setround__.cc-tst ***** xtest __setround__ (+inf); assert (1 + realmin > 1, true); assert (1 - realmin == 1, true); __setround__ (0.5); !!!!! known bug: Rounding-mode switches fail on your system; some matrix operations will be slower than expected '__setround__' undefined near line 3 column 3 ***** xtest __setround__ (-inf); assert (1 + realmin == 1, true); assert (1 - realmin < 1, true); __setround__ (0.5); !!!!! known bug: Rounding-mode switches fail on your system; some matrix operations will be slower than expected '__setround__' undefined near line 3 column 3 ***** test __setround__ (0.5); assert (1 + realmin == 1, true); assert (1 - realmin == 1, true); !!!!! test failed '__setround__' undefined near line 3 column 3 ***** shared __setround__ (0.5); !!!!! test failed '__setround__' undefined near line 3 column 3 3 tests, 0 passed, 2 known failures, 0 skipped >>>>> processing crlibm.tst ***** test verify ("acos", -inf, testdata.acos_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("acos", +inf, testdata.acos_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("acos", 0.5, testdata.acos_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("acos", 0, testdata.acos_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", -inf, testdata.asin_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", +inf, testdata.asin_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", 0.5, testdata.asin_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", 0, testdata.asin_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", -inf, testdata.atan_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", +inf, testdata.atan_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", 0.5, testdata.atan_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", 0, testdata.atan_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", -inf, testdata.cos_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", +inf, testdata.cos_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", 0.5, testdata.cos_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", 0, testdata.cos_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", -inf, testdata.cosh_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", +inf, testdata.cosh_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", 0.5, testdata.cosh_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", 0, testdata.cosh_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", -inf, testdata.exp_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", +inf, testdata.exp_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", 0.5, testdata.exp_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", 0, testdata.exp_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", -inf, testdata.expm1_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", +inf, testdata.expm1_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", 0.5, testdata.expm1_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", 0, testdata.expm1_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", -inf, testdata.log_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", +inf, testdata.log_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", 0.5, testdata.log_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", 0, testdata.log_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", -inf, testdata.log10_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", +inf, testdata.log10_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", 0.5, testdata.log10_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", 0, testdata.log10_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", -inf, testdata.log1p_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", +inf, testdata.log1p_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", 0.5, testdata.log1p_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", 0, testdata.log1p_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", -inf, testdata.log2_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", +inf, testdata.log2_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", 0.5, testdata.log2_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", 0, testdata.log2_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", -inf, testdata.sin_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", +inf, testdata.sin_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", 0.5, testdata.sin_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", 0, testdata.sin_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", -inf, testdata.sinh_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", +inf, testdata.sinh_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", 0.5, testdata.sinh_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", 0, testdata.sinh_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", -inf, testdata.tan_rd); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", +inf, testdata.tan_ru); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", 0.5, testdata.tan_rn); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", 0, testdata.tan_rz); !!!!! test failed 'crlibm_function' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix 56 tests, 0 passed, 0 known failure, 0 skipped >>>>> processing crlibm_function.cc-tst ***** test for f = {"acos", "asin", "atan", "cos", "cosh", "exp", "expm1", "log", "log10", "log1p", "log2", "sin", "sinh", "tan"} for rnd = {+inf, -inf, 0, 0.5} assert (crlibm_function (f{:}, rnd{:}, 0.5), mpfr_function_d (f{:}, rnd{:}, 0.5)); endfor endfor !!!!! test failed 'crlibm_function' undefined near line 5 column 15 1 test, 0 passed, 0 known failure, 0 skipped >>>>> processing meshgrid.tst ***** test X = 0 : 3; [IX, IY] = meshgrid (infsupdec (X)); [XX, YY] = meshgrid (X); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, infsupdec (YY))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 0 : 3; Y = 7 : 8; [IX, IY] = meshgrid (infsupdec (X), infsupdec (Y)); [XX, YY] = meshgrid (X, Y); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, infsupdec (YY))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 1 : 5; [IX, IY, IZ] = meshgrid (infsupdec (X)); [XX, YY, ZZ] = meshgrid (X); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, infsupdec (YY))); assert (isequal (IZ, infsupdec (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (infsupdec (X), infsupdec (Y), infsupdec (Z)); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, infsupdec (YY))); assert (isequal (IZ, infsupdec (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 0 : 3; Y = 7 : 8; [IX, IY] = meshgrid (infsupdec (X), Y); [XX, YY] = meshgrid (X, Y); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, YY)); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 0 : 3; Y = 7 : 8; [IX, IY] = meshgrid (X, infsupdec (Y)); [XX, YY] = meshgrid (X, Y); assert (isequal (IX, XX)); assert (isequal (IY, infsupdec (YY))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (infsupdec (X), infsupdec (Y), Z); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, infsupdec (YY))); assert (isequal (IZ, ZZ)); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (infsupdec (X), Y, infsupdec (Z)); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, YY)); assert (isequal (IZ, infsupdec (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (X, infsupdec (Y), infsupdec (Z)); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, XX)); assert (isequal (IY, infsupdec (YY))); assert (isequal (IZ, infsupdec (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (infsupdec (X), Y, Z); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, YY)); assert (isequal (IZ, ZZ)); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (X, infsupdec (Y), Z); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, XX)); assert (isequal (IY, infsupdec (YY))); assert (isequal (IZ, ZZ)); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (X, Y, infsupdec (Z)); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, XX)); assert (isequal (IY, YY)); assert (isequal (IZ, infsupdec (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 0 : 3; Y = 7 : 8; [IX, IY] = meshgrid (infsupdec (X), infsup (Y)); [XX, YY] = meshgrid (X, Y); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, infsup (YY))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 0 : 3; Y = 7 : 8; [IX, IY] = meshgrid (infsup (X), infsupdec (Y)); [XX, YY] = meshgrid (X, Y); assert (isequal (IX, infsup (XX))); assert (isequal (IY, infsupdec (YY))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (infsupdec (X), infsupdec (Y), infsup (Z)); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, infsupdec (YY))); assert (isequal (IZ, infsup (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (infsupdec (X), infsup (Y), infsupdec (Z)); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, infsup (YY))); assert (isequal (IZ, infsupdec (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (infsup (X), infsupdec (Y), infsupdec (Z)); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, infsup (XX))); assert (isequal (IY, infsupdec (YY))); assert (isequal (IZ, infsupdec (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (infsupdec (X), infsup (Y), infsup (Z)); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, infsupdec (XX))); assert (isequal (IY, infsup (YY))); assert (isequal (IZ, infsup (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (infsup (X), infsupdec (Y), infsup (Z)); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, infsup (XX))); assert (isequal (IY, infsupdec (YY))); assert (isequal (IZ, infsup (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 ***** test X = 20 : 22; Y = 78 : 90; Z = 12 : 16; [IX, IY, IZ] = meshgrid (infsup (X), infsup (Y), infsupdec (Z)); [XX, YY, ZZ] = meshgrid (X, Y, Z); assert (isequal (IX, infsup (XX))); assert (isequal (IY, infsup (YY))); assert (isequal (IZ, infsupdec (ZZ))); !!!!! test failed 'mpfr_function_d' undefined near line 57 column 7 32 tests, 12 passed, 0 known failure, 0 skipped >>>>> processing mpfr_function_d.cc-tst ***** assert (mpfr_function_d ('plus', 0, 2, 2), 4); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 9 ***** assert (mpfr_function_d ('plus', -inf, 1, eps / 2), 1); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 9 ***** assert (mpfr_function_d ('plus', +inf, 1, eps / 2), 1 + eps); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 9 ***** test verify ("acos", -inf, testdata.acos_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("acos", +inf, testdata.acos_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("acos", 0.5, testdata.acos_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("acos", 0, testdata.acos_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", -inf, testdata.asin_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", +inf, testdata.asin_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", 0.5, testdata.asin_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("asin", 0, testdata.asin_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", -inf, testdata.atan_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", +inf, testdata.atan_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", 0.5, testdata.atan_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("atan", 0, testdata.atan_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", -inf, testdata.cos_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", +inf, testdata.cos_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", 0.5, testdata.cos_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cos", 0, testdata.cos_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", -inf, testdata.cosh_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", +inf, testdata.cosh_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", 0.5, testdata.cosh_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("cosh", 0, testdata.cosh_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", -inf, testdata.exp_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", +inf, testdata.exp_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", 0.5, testdata.exp_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("exp", 0, testdata.exp_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", -inf, testdata.expm1_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", +inf, testdata.expm1_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", 0.5, testdata.expm1_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("expm1", 0, testdata.expm1_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", -inf, testdata.log_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", +inf, testdata.log_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", 0.5, testdata.log_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log", 0, testdata.log_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", -inf, testdata.log10_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", +inf, testdata.log10_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", 0.5, testdata.log10_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log10", 0, testdata.log10_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", -inf, testdata.log1p_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", +inf, testdata.log1p_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", 0.5, testdata.log1p_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log1p", 0, testdata.log1p_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", -inf, testdata.log2_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", +inf, testdata.log2_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", 0.5, testdata.log2_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("log2", 0, testdata.log2_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", -inf, testdata.sin_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", +inf, testdata.sin_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", 0.5, testdata.sin_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sin", 0, testdata.sin_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", -inf, testdata.sinh_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", +inf, testdata.sinh_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", 0.5, testdata.sinh_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("sinh", 0, testdata.sinh_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", -inf, testdata.tan_rd); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", +inf, testdata.tan_ru); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", 0.5, testdata.tan_rn); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix ***** test verify ("tan", 0, testdata.tan_rz); !!!!! test failed 'mpfr_function_d' undefined near line 2 column 11 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: acos_rd = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rn = scalar structure containing the fields: input: 110x1 matrix output: 110x1 matrix acos_ru = scalar structure containing the fields: input: 33x1 matrix output: 33x1 matrix acos_rz = scalar structure containing the fields: input: 96x1 matrix output: 96x1 matrix asin_rd = scalar structure containing the fields: input: 595x1 matrix output: 595x1 matrix asin_rn = scalar structure containing the fields: input: 748x1 matrix output: 748x1 matrix asin_ru = scalar structure containing the fields: input: 649x1 matrix output: 649x1 matrix asin_rz = scalar structure containing the fields: input: 633x1 matrix output: 633x1 matrix atan_rd = scalar structure containing the fields: input: 368x1 matrix output: 368x1 matrix atan_rn = scalar structure containing the fields: input: 5623x1 matrix output: 5623x1 matrix atan_ru = scalar structure containing the fields: input: 367x1 matrix output: 367x1 matrix atan_rz = scalar structure containing the fields: input: 494x1 matrix output: 494x1 matrix cos_rd = scalar structure containing the fields: input: 354x1 matrix output: 354x1 matrix cos_rn = scalar structure containing the fields: input: 10790x1 matrix output: 10790x1 matrix cos_ru = scalar structure containing the fields: input: 353x1 matrix output: 353x1 matrix cos_rz = scalar structure containing the fields: input: 444x1 matrix output: 444x1 matrix cosh_rd = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rn = scalar structure containing the fields: input: 549x1 matrix output: 549x1 matrix cosh_ru = scalar structure containing the fields: input: 495x1 matrix output: 495x1 matrix cosh_rz = scalar structure containing the fields: input: 566x1 matrix output: 566x1 matrix exp_rd = scalar structure containing the fields: input: 13x1 matrix output: 13x1 matrix exp_rn = scalar structure containing the fields: input: 4771x1 matrix output: 4771x1 matrix exp_ru = scalar structure containing the fields: input: 638x1 matrix output: 638x1 matrix exp_rz = scalar structure containing the fields: input: 718x1 matrix output: 718x1 matrix expm1_rd = scalar structure containing the fields: input: 32x1 matrix output: 32x1 matrix expm1_rn = scalar structure containing the fields: input: 239x1 matrix output: 239x1 matrix expm1_ru = scalar structure containing the fields: input: 34x1 matrix output: 34x1 matrix expm1_rz = scalar structure containing the fields: input: 427x1 matrix output: 427x1 matrix log_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rn = scalar structure containing the fields: input: 1117x1 matrix output: 1117x1 matrix log_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log_rz = scalar structure containing the fields: input: 53x1 matrix output: 53x1 matrix log10_rd = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rn = scalar structure containing the fields: input: 52x1 matrix output: 52x1 matrix log10_ru = scalar structure containing the fields: input: 28x1 matrix output: 28x1 matrix log10_rz = scalar structure containing the fields: input: 40x1 matrix output: 40x1 matrix log1p_rd = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rn = scalar structure containing the fields: input: 227x1 matrix output: 227x1 matrix log1p_ru = scalar structure containing the fields: input: 8x1 matrix output: 8x1 matrix log1p_rz = scalar structure containing the fields: input: 343x1 matrix output: 343x1 matrix log2_rd = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rn = scalar structure containing the fields: input: 104x1 matrix output: 104x1 matrix log2_ru = scalar structure containing the fields: input: 107x1 matrix output: 107x1 matrix log2_rz = scalar structure containing the fields: input: 113x1 matrix output: 113x1 matrix sin_rd = scalar structure containing the fields: input: 150x1 matrix output: 150x1 matrix sin_rn = scalar structure containing the fields: input: 10533x1 matrix output: 10533x1 matrix sin_ru = scalar structure containing the fields: input: 148x1 matrix output: 148x1 matrix sin_rz = scalar structure containing the fields: input: 186x1 matrix output: 186x1 matrix sinh_rd = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rn = scalar structure containing the fields: input: 416x1 matrix output: 416x1 matrix sinh_ru = scalar structure containing the fields: input: 356x1 matrix output: 356x1 matrix sinh_rz = scalar structure containing the fields: input: 415x1 matrix output: 415x1 matrix tan_rd = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rn = scalar structure containing the fields: input: 5723x1 matrix output: 5723x1 matrix tan_ru = scalar structure containing the fields: input: 349x1 matrix output: 349x1 matrix tan_rz = scalar structure containing the fields: input: 465x1 matrix output: 465x1 matrix 60 tests, 1 passed, 0 known failure, 0 skipped >>>>> processing mpfr_linspace_d.cc-tst ***** assert (mpfr_linspace_d (-inf, 1, 10, 10), 1 : 10); !!!!! test failed 'mpfr_linspace_d' undefined near line 2 column 9 ***** assert (mpfr_linspace_d (inf, 1, 10, 8) - mpfr_linspace_d (-inf, 1, 10, 8), [0 2 2 4 4 4 8 0] .* eps); !!!!! test failed 'mpfr_linspace_d' undefined near line 2 column 9 2 tests, 0 passed, 0 known failure, 0 skipped >>>>> processing mpfr_matrix_mul_d.cc-tst ***** test; [l, u] = mpfr_matrix_mul_d (magic (3), magic (3)', magic (3) + 1, magic (3)' + 1); assert (l, [101, 71, 53; 71, 83, 71; 53, 71, 101]); assert (u, [134, 104, 86; 104, 116, 104; 86, 104, 134]); !!!!! test failed 'mpfr_matrix_mul_d' undefined near line 3 column 10 ***** xtest if (((exist ("__octave_config_info__") && ... __octave_config_info__.ENABLE_OPENMP) || ... (not (exist ("__octave_config_info__")) && ... octave_config_info ("features").OPENMP)) ... && nproc ("overridable") > 1) ## OpenMP is enabled and may use more than one thread. ## We should observe speed-ups by that. A = vec (magic (2000)); tic; mpfr_matrix_mul_d (A', A, A', A); time_per_element = toc; A = [A A]; tic; mpfr_matrix_mul_d (A', A, A', A); time_per_element_parallel = toc / numel (ans); ## Ideally, the runtime would be cut in half (at least), ## however, there is an overhead, so let's be pessimistic and ## assume that the parallel execution is at least 20% faster. assert (time_per_element > 1.2 * time_per_element_parallel) endif !!!!! known bug: This test does not produce reliable results on busy environments 'mpfr_matrix_mul_d' undefined near line 12 column 5 2 tests, 0 passed, 1 known failure, 0 skipped >>>>> processing mpfr_matrix_sqr_d.cc-tst ***** test m = magic (3); [l, u] = mpfr_matrix_sqr_d (m, m + 1); assert (l, [91, 67, 67; 67, 91, 67; 67, 67, 91]); assert (u, [124, 100, 100; 100, 124, 100; 100, 100, 124]); !!!!! test failed 'mpfr_matrix_sqr_d' undefined near line 4 column 9 1 test, 0 passed, 0 known failure, 0 skipped >>>>> processing mpfr_to_string_d.cc-tst ***** test; [s, isexact] = mpfr_to_string_d (-inf, "decimal", .1); assert (s, {"0.1"}); assert (isexact, false); !!!!! test failed 'mpfr_to_string_d' undefined near line 3 column 16 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", inf), {"inf"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", -inf), {"-inf"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", nan), {"nan"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", 0), {"0x0.0000000000000p+0"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", 2), {"0x1.0000000000000p+1"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", -1), {"-0x1.0000000000000p+0"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", pow2 (-1022)), {"0x1.0000000000000p-1022"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 ***** assert (mpfr_to_string_d (0, "exact hexadecimal", pow2 (-1074)), {"0x0.0000000000001p-1022"}); !!!!! test failed 'mpfr_to_string_d' undefined near line 2 column 9 9 tests, 0 passed, 0 known failure, 0 skipped >>>>> processing mpfr_vector_dot_d.cc-tst ***** test; [l, u] = mpfr_vector_dot_d (-1, -1, 2, 3, 1); assert (l, -3); assert (u, 6); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 3 column 10 ***** test; x = [realmax, realmax, -realmax, -realmax, 1, eps/2]; y = ones (size (x)); [l, u] = mpfr_vector_dot_d (x, y, x, y, 2); d = mpfr_vector_dot_d (0.5, x, y, 2); assert (l, 1); assert (u, 1 + eps); assert (ismember (d, infsup (l, u))); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 5 column 10 ***** test; [l, u] = mpfr_vector_dot_d (0, 0, inf, inf, 1); d = mpfr_vector_dot_d (0.5, 0, inf, 1); assert (l, 0); assert (u, inf); assert (isequaln (d, NaN)); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 3 column 10 ***** test; x = reshape (1:24, 2, 3, 4); y = 2.*ones (2, 3, 4); [l u] = mpfr_vector_dot_d (x, y, x, y, 3); d = mpfr_vector_dot_d (0.5, x, y, 3); assert (l, [80, 96, 112; 88, 104, 120]); assert (u, [80, 96, 112; 88, 104, 120]); assert (d, [80, 96, 112; 88, 104, 120]); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 5 column 10 ***** test # Scalar evaluation testcases = testdata.NoSignal.double.dot_nearest; for testcase = [testcases]' assert (isequaln (... mpfr_vector_dot_d (0.5, testcase.in{1}, testcase.in{2}, 2), ... testcase.out)); endfor !!!!! test failed 'mpfr_vector_dot_d' undefined near line 7 column 6 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Vector evaluation testcases = testdata.NoSignal.double.dot_nearest; in1 = vertcat (testcases.in)(:, 1); in1 = cell2mat (cellfun ("postpad", in1, {(max (cellfun ("numel", in1)))}, "UniformOutput", false)); in2 = vertcat (testcases.in)(:, 2); in2 = cell2mat (cellfun ("postpad", in2, {(max (cellfun ("numel", in2)))}, "UniformOutput", false)); out = vertcat (testcases.out); assert (isequaln (mpfr_vector_dot_d (0.5, in1, in2, 2), out)); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 10 column 20 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Scalar evaluation testcases = testdata.NoSignal.double.sum_sqr_nearest; for testcase = [testcases]' assert (isequaln (... mpfr_vector_dot_d (0.5, testcase.in{1}, testcase.in{1}, 2), ... testcase.out)); endfor !!!!! test failed 'mpfr_vector_dot_d' undefined near line 7 column 6 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Vector evaluation testcases = testdata.NoSignal.double.sum_sqr_nearest; in1 = vertcat (testcases.in); in1 = cell2mat (cellfun ("postpad", in1, {(max (cellfun ("numel", in1)))}, "UniformOutput", false)); out = vertcat (testcases.out); assert (isequaln (mpfr_vector_dot_d (0.5, in1, in1, 2), out)); !!!!! test failed 'mpfr_vector_dot_d' undefined near line 8 column 20 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: 8 tests, 0 passed, 0 known failure, 0 skipped >>>>> processing mpfr_vector_sum_d.cc-tst ***** assert (mpfr_vector_sum_d (0, [eps, realmax, realmax, -realmax, -realmax], 2), eps) !!!!! test failed 'mpfr_vector_sum_d' undefined near line 2 column 9 ***** assert (mpfr_vector_sum_d (-inf, [eps/2, 1], 2), 1) !!!!! test failed 'mpfr_vector_sum_d' undefined near line 2 column 9 ***** assert (mpfr_vector_sum_d (+inf, [eps/2, 1], 2), 1 + eps) !!!!! test failed 'mpfr_vector_sum_d' undefined near line 2 column 9 ***** test a = inf (infsup ("0X1.1111111111111P+100")); b = inf (infsup ("0X1.1111111111111P+1")); [s, e] = mpfr_vector_sum_d (0.5, [a, b], 2); assert (s, a); assert (e, b); !!!!! test failed 'mpfr_function_d' undefined near line 506 column 9 ***** test a = inf (infsup ("0X1.1111111111111P+53")); b = inf (infsup ("0X1.1111111111111P+1")); c = inf (infsup ("0X1.1111111111112P+53")); d = inf (infsup ("0X1.111111111111P-3")); [s, e] = mpfr_vector_sum_d (0.5, [a, b], 2); assert (s, c); assert (e, d); !!!!! test failed 'mpfr_function_d' undefined near line 506 column 9 ***** test a = inf (infsup ("0X1.1111111111111P+2")); b = inf (infsup ("0X1.1111111111111P+1")); c = inf (infsup ("0X1.999999999999AP+2")); d = inf (infsup ("-0X1P-51")); [s, e] = mpfr_vector_sum_d (0.5, [a, b], 2); assert (s, c); assert (e, d); !!!!! test failed 'mpfr_function_d' undefined near line 506 column 9 ***** test for dim = 1:6 assert (mpfr_vector_sum_d (0.5, ones (1, 2, 3, 4, 5), dim), sum (ones (1, 2, 3, 4, 5), dim)); endfor !!!!! test failed 'mpfr_vector_sum_d' undefined near line 4 column 13 ***** test # Scalar evaluation testcases = testdata.NoSignal.double.sum_nearest; for testcase = [testcases]' assert (isequaln (... mpfr_vector_sum_d (0.5, testcase.in{1}, 2), ... testcase.out)); endfor !!!!! test failed 'mpfr_vector_sum_d' undefined near line 7 column 6 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Vector evaluation testcases = testdata.NoSignal.double.sum_nearest; in1 = vertcat (testcases.in); in1 = cell2mat (cellfun ("postpad", in1, {(max (cellfun ("numel", in1)))}, "UniformOutput", false)); out = vertcat (testcases.out); assert (isequaln (mpfr_vector_sum_d (0.5, in1, 2), out)); !!!!! test failed 'mpfr_vector_sum_d' undefined near line 8 column 20 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Scalar evaluation testcases = testdata.NoSignal.double.sum_abs_nearest; for testcase = [testcases]' assert (isequaln (... mpfr_vector_sum_d (0.5, abs (testcase.in{1}), 2), ... testcase.out)); endfor !!!!! test failed 'mpfr_vector_sum_d' undefined near line 7 column 6 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: ***** test # Vector evaluation testcases = testdata.NoSignal.double.sum_abs_nearest; in1 = vertcat (testcases.in); in1 = cell2mat (cellfun ("postpad", in1, {(max (cellfun ("numel", in1)))}, "UniformOutput", false)); out = vertcat (testcases.out); assert (isequaln (mpfr_vector_sum_d (0.5, abs (in1), 2), out)); !!!!! test failed 'mpfr_vector_sum_d' undefined near line 8 column 20 shared variables scalar structure containing the fields: testdata = scalar structure containing the fields: NoSignal = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct double: 1x1 scalar struct UndefinedOperation = scalar structure containing the fields: infsupdec: 1x1 scalar struct infsup: 1x1 scalar struct PossiblyUndefinedOperation = scalar structure containing the fields: infsup: 1x1 scalar struct infsupdec: 1x1 scalar struct InvalidOperand = scalar structure containing the fields: IntvlPartOfNaI = scalar structure containing the fields: infsupdec: 1x1 scalar struct IntvlOverflow = scalar structure containing the fields: 11 tests, 0 passed, 0 known failure, 0 skipped /usr/bin/dh_octave_check: 166: /usr/bin/dh_octave_check: Illegal number: @infsupdec/ceil make: *** [debian/rules:21: binary-arch] Error 2 dpkg-buildpackage: error: fakeroot debian/rules binary-arch subprocess returned exit status 2 -------------------------------------------------------------------------------- Build finished at 2018-05-02T12:34:06Z Finished -------- +------------------------------------------------------------------------------+ | Cleanup | +------------------------------------------------------------------------------+ Purging /<> Not cleaning session: cloned chroot in use E: Build failure (dpkg-buildpackage died) +------------------------------------------------------------------------------+ | Summary | +------------------------------------------------------------------------------+ Build Architecture: amd64 Build Type: any Build-Space: 13200 Build-Time: 15 Distribution: unstable Fail-Stage: build Host Architecture: amd64 Install-Time: 26 Job: octave-interval_3.1.0-5 Machine Architecture: amd64 Package: octave-interval Package-Time: 56 Source-Version: 3.1.0-5 Space: 13200 Status: attempted Version: 3.1.0-5 -------------------------------------------------------------------------------- Finished at 2018-05-02T12:34:06Z Build needed 00:00:56, 13200k disk space E: Build failure (dpkg-buildpackage died) DC-Status: Failed 56.611625483s DC-Time-Estimation: 56.611625483 versus expected 525 (r/m: 8.273713579512977 ; m: 56.611625483)