0s autopkgtest [21:53:51]: starting date and time: 2026-02-03 21:53:51+0000 0s autopkgtest [21:53:51]: git checkout: 4b346b80 nova: make wait_reboot return success even when a no-op 0s autopkgtest [21:53:51]: host juju-7f2275-prod-proposed-migration-environment-15; command line: /home/ubuntu/autopkgtest/runner/autopkgtest --output-dir /tmp/autopkgtest-work.v_n7q0pb/out --timeout-copy=6000 --needs-internet=try --setup-commands /home/ubuntu/autopkgtest-cloud/worker-config-production/setup-canonical.sh --apt-pocket=proposed=src:readline --apt-upgrade eso-midas --timeout-short=300 --timeout-copy=20000 --timeout-build=20000 --env=ADT_TEST_TRIGGERS=readline/8.3-3build1 -- ssh -s /home/ubuntu/autopkgtest/ssh-setup/nova -- --flavor autopkgtest-cpu2-ram4-disk20-ppc64el --security-groups autopkgtest-juju-7f2275-prod-proposed-migration-environment-15@sto01-ppc64el-9.secgroup --name adt-resolute-ppc64el-eso-midas-20260203-215351-juju-7f2275-prod-proposed-migration-environment-15-00606e46-e376-4995-8b93-b861c861257b --image adt/ubuntu-resolute-ppc64el-server --keyname testbed-juju-7f2275-prod-proposed-migration-environment-15 --net-id=net_prod-autopkgtest-workers-ppc64el -e TERM=linux --mirror=http://ftpmaster.internal/ubuntu/ 3s Creating nova instance adt-resolute-ppc64el-eso-midas-20260203-215351-juju-7f2275-prod-proposed-migration-environment-15-00606e46-e376-4995-8b93-b861c861257b from image adt/ubuntu-resolute-ppc64el-server-20260203.img (UUID 36e1410e-0a72-4cd6-affd-580c415d80cb)... 45s autopkgtest [21:54:36]: testbed dpkg architecture: ppc64el 45s autopkgtest [21:54:36]: testbed apt version: 3.1.14 45s autopkgtest [21:54:36]: @@@@@@@@@@@@@@@@@@@@ test bed setup 45s autopkgtest [21:54:36]: testbed release detected to be: None 46s autopkgtest [21:54:37]: updating testbed package index (apt update) 46s Get:1 http://ftpmaster.internal/ubuntu resolute-proposed InRelease [124 kB] 46s Hit:2 http://ftpmaster.internal/ubuntu resolute InRelease 46s Hit:3 http://ftpmaster.internal/ubuntu resolute-updates InRelease 46s Hit:4 http://ftpmaster.internal/ubuntu resolute-security InRelease 46s Get:5 http://ftpmaster.internal/ubuntu resolute-proposed/multiverse Sources [27.9 kB] 46s Get:6 http://ftpmaster.internal/ubuntu resolute-proposed/universe Sources [1343 kB] 46s Get:7 http://ftpmaster.internal/ubuntu resolute-proposed/restricted Sources [5260 B] 46s Get:8 http://ftpmaster.internal/ubuntu resolute-proposed/main Sources [242 kB] 46s Get:9 http://ftpmaster.internal/ubuntu resolute-proposed/main ppc64el Packages [289 kB] 46s Get:10 http://ftpmaster.internal/ubuntu resolute-proposed/universe ppc64el Packages [1151 kB] 46s Get:11 http://ftpmaster.internal/ubuntu resolute-proposed/multiverse ppc64el Packages [17.8 kB] 47s Fetched 3201 kB in 1s (4874 kB/s) 47s Reading package lists... 48s Hit:1 http://ftpmaster.internal/ubuntu resolute-proposed InRelease 48s Hit:2 http://ftpmaster.internal/ubuntu resolute InRelease 48s Hit:3 http://ftpmaster.internal/ubuntu resolute-updates InRelease 48s Hit:4 http://ftpmaster.internal/ubuntu resolute-security InRelease 49s Reading package lists... 49s Reading package lists... 49s Building dependency tree... 49s Reading state information... 49s Calculating upgrade... 49s The following packages will be upgraded: 49s libreadline8t64 readline-common 50s 2 upgraded, 0 newly installed, 0 to remove and 0 not upgraded. 50s Need to get 260 kB of archives. 50s After this operation, 0 B of additional disk space will be used. 50s Get:1 http://ftpmaster.internal/ubuntu resolute-proposed/main ppc64el readline-common all 8.3-3build1 [61.6 kB] 50s Get:2 http://ftpmaster.internal/ubuntu resolute-proposed/main ppc64el libreadline8t64 ppc64el 8.3-3build1 [198 kB] 50s dpkg-preconfigure: unable to re-open stdin: No such file or directory 50s Fetched 260 kB in 0s (992 kB/s) 50s (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 ... 82008 files and directories currently installed.) 50s Preparing to unpack .../readline-common_8.3-3build1_all.deb ... 50s Unpacking readline-common (8.3-3build1) over (8.3-3) ... 50s Preparing to unpack .../libreadline8t64_8.3-3build1_ppc64el.deb ... 50s Leaving 'diversion of /lib/powerpc64le-linux-gnu/libhistory.so.8 to /lib/powerpc64le-linux-gnu/libhistory.so.8.usr-is-merged by libreadline8t64' 50s Leaving 'diversion of /lib/powerpc64le-linux-gnu/libhistory.so.8.2 to /lib/powerpc64le-linux-gnu/libhistory.so.8.2.usr-is-merged by libreadline8t64' 50s Leaving 'diversion of /lib/powerpc64le-linux-gnu/libreadline.so.8 to /lib/powerpc64le-linux-gnu/libreadline.so.8.usr-is-merged by libreadline8t64' 50s Leaving 'diversion of /lib/powerpc64le-linux-gnu/libreadline.so.8.2 to /lib/powerpc64le-linux-gnu/libreadline.so.8.2.usr-is-merged by libreadline8t64' 50s Unpacking libreadline8t64:ppc64el (8.3-3build1) over (8.3-3) ... 50s Setting up readline-common (8.3-3build1) ... 50s Setting up libreadline8t64:ppc64el (8.3-3build1) ... 50s Processing triggers for libc-bin (2.42-2ubuntu4) ... 51s Processing triggers for man-db (2.13.1-1) ... 51s Processing triggers for install-info (7.2-5) ... 51s autopkgtest [21:54:42]: upgrading testbed (apt dist-upgrade and autopurge) 51s Reading package lists... 51s Building dependency tree... 51s Reading state information... 51s Calculating upgrade... 52s 0 upgraded, 0 newly installed, 0 to remove and 0 not upgraded. 52s Reading package lists... 52s Building dependency tree... 52s Reading state information... 52s Solving dependencies... 52s 0 upgraded, 0 newly installed, 0 to remove and 0 not upgraded. 54s autopkgtest [21:54:45]: testbed running kernel: Linux 6.18.0-9-generic #9-Ubuntu SMP PREEMPT_DYNAMIC Mon Jan 12 16:45:54 UTC 2026 54s autopkgtest [21:54:45]: @@@@@@@@@@@@@@@@@@@@ apt-source eso-midas 63s Get:1 http://ftpmaster.internal/ubuntu resolute/universe eso-midas 25.05pl1.1-2 (dsc) [2170 B] 63s Get:2 http://ftpmaster.internal/ubuntu resolute/universe eso-midas 25.05pl1.1-2 (tar) [60.7 MB] 63s Get:3 http://ftpmaster.internal/ubuntu resolute/universe eso-midas 25.05pl1.1-2 (diff) [9640 B] 63s gpgv: Signature made Tue Sep 16 16:23:48 2025 UTC 63s gpgv: using RSA key BAFC6C85F7CB143FEEB6FB157115AFD07710DCF7 63s gpgv: Can't check signature: No public key 63s dpkg-source: warning: cannot verify inline signature for ./eso-midas_25.05pl1.1-2.dsc: no acceptable signature found 66s autopkgtest [21:54:57]: testing package eso-midas version 25.05pl1.1-2 66s autopkgtest [21:54:57]: build not needed 72s autopkgtest [21:55:03]: test test-midas: preparing testbed 73s Reading package lists... 73s Building dependency tree... 73s Reading state information... 73s Solving dependencies... 73s The following NEW packages will be installed: 73s eso-midas fontconfig-config fonts-dejavu-core fonts-dejavu-mono 73s libfontconfig1 libgfortran5 libice6 libjpeg-turbo8 libjpeg8 liblockfile-bin 73s libmotif-common libsm6 libxft2 libxm4 libxmu6 libxrender1 libxt6t64 73s x11-common 73s 0 upgraded, 18 newly installed, 0 to remove and 0 not upgraded. 73s Need to get 14.0 MB of archives. 73s After this operation, 86.1 MB of additional disk space will be used. 73s Get:1 http://ftpmaster.internal/ubuntu resolute/main ppc64el x11-common all 1:7.7+24ubuntu1 [22.4 kB] 73s Get:2 http://ftpmaster.internal/ubuntu resolute/universe ppc64el libmotif-common all 2.3.8-5 [10.2 kB] 73s Get:3 http://ftpmaster.internal/ubuntu resolute/main ppc64el fonts-dejavu-mono all 2.37-8build1 [502 kB] 73s Get:4 http://ftpmaster.internal/ubuntu resolute/main ppc64el fonts-dejavu-core all 2.37-8build1 [834 kB] 73s Get:5 http://ftpmaster.internal/ubuntu resolute/main ppc64el fontconfig-config ppc64el 2.17.1-3ubuntu1 [38.5 kB] 73s Get:6 http://ftpmaster.internal/ubuntu resolute/main ppc64el libfontconfig1 ppc64el 2.17.1-3ubuntu1 [193 kB] 73s Get:7 http://ftpmaster.internal/ubuntu resolute/main ppc64el libjpeg-turbo8 ppc64el 2.1.5-4ubuntu2 [215 kB] 73s Get:8 http://ftpmaster.internal/ubuntu resolute/main ppc64el libjpeg8 ppc64el 8c-2ubuntu11 [2148 B] 73s Get:9 http://ftpmaster.internal/ubuntu resolute/main ppc64el libxrender1 ppc64el 1:0.9.12-1 [23.0 kB] 73s Get:10 http://ftpmaster.internal/ubuntu resolute/main ppc64el libxft2 ppc64el 2.3.6-1build2 [61.6 kB] 73s Get:11 http://ftpmaster.internal/ubuntu resolute/main ppc64el libice6 ppc64el 2:1.1.1-1build1 [51.9 kB] 73s Get:12 http://ftpmaster.internal/ubuntu resolute/main ppc64el libsm6 ppc64el 2:1.2.6-1 [18.6 kB] 73s Get:13 http://ftpmaster.internal/ubuntu resolute/main ppc64el libxt6t64 ppc64el 1:1.2.1-1.3 [203 kB] 73s Get:14 http://ftpmaster.internal/ubuntu resolute/main ppc64el libxmu6 ppc64el 2:1.1.3-4 [56.9 kB] 73s Get:15 http://ftpmaster.internal/ubuntu resolute/universe ppc64el libxm4 ppc64el 2.3.8-5 [1369 kB] 73s Get:16 http://ftpmaster.internal/ubuntu resolute/main ppc64el liblockfile-bin ppc64el 1.17-2build1 [11.9 kB] 73s Get:17 http://ftpmaster.internal/ubuntu resolute/main ppc64el libgfortran5 ppc64el 15.2.0-12ubuntu1 [620 kB] 73s Get:18 http://ftpmaster.internal/ubuntu resolute/universe ppc64el eso-midas ppc64el 25.05pl1.1-2 [9748 kB] 74s Fetched 14.0 MB in 1s (17.0 MB/s) 74s Selecting previously unselected package x11-common. 74s (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 ... 82008 files and directories currently installed.) 74s Preparing to unpack .../x11-common_1%3a7.7+24ubuntu1_all.deb ... 74s Unpacking x11-common (1:7.7+24ubuntu1) ... 74s Setting up x11-common (1:7.7+24ubuntu1) ... 74s Selecting previously unselected package libmotif-common. 74s (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 ... 82037 files and directories currently installed.) 74s Preparing to unpack .../00-libmotif-common_2.3.8-5_all.deb ... 74s Unpacking libmotif-common (2.3.8-5) ... 74s Selecting previously unselected package fonts-dejavu-mono. 74s Preparing to unpack .../01-fonts-dejavu-mono_2.37-8build1_all.deb ... 74s Unpacking fonts-dejavu-mono (2.37-8build1) ... 74s Selecting previously unselected package fonts-dejavu-core. 74s Preparing to unpack .../02-fonts-dejavu-core_2.37-8build1_all.deb ... 74s Unpacking fonts-dejavu-core (2.37-8build1) ... 74s Selecting previously unselected package fontconfig-config. 74s Preparing to unpack .../03-fontconfig-config_2.17.1-3ubuntu1_ppc64el.deb ... 75s Unpacking fontconfig-config (2.17.1-3ubuntu1) ... 75s Selecting previously unselected package libfontconfig1:ppc64el. 75s Preparing to unpack .../04-libfontconfig1_2.17.1-3ubuntu1_ppc64el.deb ... 75s Unpacking libfontconfig1:ppc64el (2.17.1-3ubuntu1) ... 75s Selecting previously unselected package libjpeg-turbo8:ppc64el. 75s Preparing to unpack .../05-libjpeg-turbo8_2.1.5-4ubuntu2_ppc64el.deb ... 75s Unpacking libjpeg-turbo8:ppc64el (2.1.5-4ubuntu2) ... 75s Selecting previously unselected package libjpeg8:ppc64el. 75s Preparing to unpack .../06-libjpeg8_8c-2ubuntu11_ppc64el.deb ... 75s Unpacking libjpeg8:ppc64el (8c-2ubuntu11) ... 75s Selecting previously unselected package libxrender1:ppc64el. 75s Preparing to unpack .../07-libxrender1_1%3a0.9.12-1_ppc64el.deb ... 75s Unpacking libxrender1:ppc64el (1:0.9.12-1) ... 75s Selecting previously unselected package libxft2:ppc64el. 75s Preparing to unpack .../08-libxft2_2.3.6-1build2_ppc64el.deb ... 75s Unpacking libxft2:ppc64el (2.3.6-1build2) ... 75s Selecting previously unselected package libice6:ppc64el. 75s Preparing to unpack .../09-libice6_2%3a1.1.1-1build1_ppc64el.deb ... 75s Unpacking libice6:ppc64el (2:1.1.1-1build1) ... 75s Selecting previously unselected package libsm6:ppc64el. 75s Preparing to unpack .../10-libsm6_2%3a1.2.6-1_ppc64el.deb ... 75s Unpacking libsm6:ppc64el (2:1.2.6-1) ... 75s Selecting previously unselected package libxt6t64:ppc64el. 75s Preparing to unpack .../11-libxt6t64_1%3a1.2.1-1.3_ppc64el.deb ... 75s Unpacking libxt6t64:ppc64el (1:1.2.1-1.3) ... 75s Selecting previously unselected package libxmu6:ppc64el. 75s Preparing to unpack .../12-libxmu6_2%3a1.1.3-4_ppc64el.deb ... 75s Unpacking libxmu6:ppc64el (2:1.1.3-4) ... 75s Selecting previously unselected package libxm4:ppc64el. 75s Preparing to unpack .../13-libxm4_2.3.8-5_ppc64el.deb ... 75s Unpacking libxm4:ppc64el (2.3.8-5) ... 75s Selecting previously unselected package liblockfile-bin. 75s Preparing to unpack .../14-liblockfile-bin_1.17-2build1_ppc64el.deb ... 75s Unpacking liblockfile-bin (1.17-2build1) ... 75s Selecting previously unselected package libgfortran5:ppc64el. 75s Preparing to unpack .../15-libgfortran5_15.2.0-12ubuntu1_ppc64el.deb ... 75s Unpacking libgfortran5:ppc64el (15.2.0-12ubuntu1) ... 75s Selecting previously unselected package eso-midas. 75s Preparing to unpack .../16-eso-midas_25.05pl1.1-2_ppc64el.deb ... 75s Unpacking eso-midas (25.05pl1.1-2) ... 76s Setting up libice6:ppc64el (2:1.1.1-1build1) ... 76s Setting up liblockfile-bin (1.17-2build1) ... 76s Setting up libxrender1:ppc64el (1:0.9.12-1) ... 76s Setting up libmotif-common (2.3.8-5) ... 76s Setting up fonts-dejavu-mono (2.37-8build1) ... 76s Setting up fonts-dejavu-core (2.37-8build1) ... 76s Setting up libjpeg-turbo8:ppc64el (2.1.5-4ubuntu2) ... 76s Setting up libgfortran5:ppc64el (15.2.0-12ubuntu1) ... 76s Setting up libsm6:ppc64el (2:1.2.6-1) ... 76s Setting up libjpeg8:ppc64el (8c-2ubuntu11) ... 76s Setting up fontconfig-config (2.17.1-3ubuntu1) ... 76s Setting up libxt6t64:ppc64el (1:1.2.1-1.3) ... 76s Setting up libfontconfig1:ppc64el (2.17.1-3ubuntu1) ... 76s Setting up libxft2:ppc64el (2.3.6-1build2) ... 76s Setting up libxmu6:ppc64el (2:1.1.3-4) ... 76s Setting up libxm4:ppc64el (2.3.8-5) ... 76s Setting up eso-midas (25.05pl1.1-2) ... 76s Processing triggers for man-db (2.13.1-1) ... 77s Processing triggers for libc-bin (2.42-2ubuntu4) ... 78s autopkgtest [21:55:09]: test test-midas: [----------------------- 78s Image catalog vericat with 4 entries created... 78s Image Catalog: vericat.cat 78s -------------- 78s No Name Ident Naxis Npix 78s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 78s #0002 veria_somewhat_longer_file_name_2.bdf Radius Law, coeffs 2 256,256 78s #0003 veria_somewhat_longer_file_name_3.bdf Radius Law, coeffs 2 256,256 78s #0004 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 78s Image catalog for_all_the_weri_images_catalog with 4 entries created... 78s Image Catalog: for_all_the_weri_images_catalog.cat 78s -------------- 78s No Name Ident Naxis Npix 78s #0001 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0002 weria2.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0003 weria3.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0004 weria4.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s frame: weria3.bdf (data = R4) 78s NAXIS: 2 78s NPIX: 256 256 78s START: 0.0000000000000 0.0000000000000 78s STEP: 1.0000000000000 1.0000000000000 78s IDENT: Radius Law, coeffs =200.00 ,40.000 ,35.000 ,70.000 78s CUNIT: none given 78s LHCUTS: 0.000000 0.000000 0.2918812E-02 22.30239 78s Image Catalog: vericat.cat 78s -------------- 78s No Name Ident Naxis Npix 78s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 78s #0002 veria_somewhat_longer_file_name_2.bdf Radius Law, coeffs 2 256,256 78s #0003 veria_somewhat_longer_file_name_3.bdf Radius Law, coeffs 2 256,256 78s #0004 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 78s #0005 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0006 weria2.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0007 weria3.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0008 weria4.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s Image Catalog: vericat.cat 78s -------------- 78s No Name Ident Naxis Npix 78s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 78s #0003 veria_somewhat_longer_file_name_3.bdf Radius Law, coeffs 2 256,256 78s #0004 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 78s #0005 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0006 weria2.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0007 weria3.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0008 weria4.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s Image Catalog: vericat.cat 78s -------------- 78s No Name Ident Naxis Npix 78s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 78s #0004 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 78s #0005 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0006 weria2.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0008 weria4.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s Image Catalog: vericat.cat 78s -------------- 78s No Name Ident Naxis Npix 78s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 78s #0004 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 78s #0005 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0006 weria2.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s Image Catalog: vericat.cat 78s -------------- 78s No Name Ident Naxis Npix 78s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 78s #0004 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 78s #0005 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0006 weria2.bdf Test of search 2 256,256 78s first match for frame: weria2.bdf 78s Image Catalog: vericat.cat 78s -------------- 78s No Name Ident Naxis Npix 78s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 78s #0002 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 78s #0003 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0004 weria2.bdf Test of search 2 256,256 78s Image Catalog: vericat.cat 78s -------------- 78s No Name Ident Naxis Npix 78s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 78s #0002 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 78s #0003 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0004 weria2.bdf Test of search 2 256,256 78s #0005 straightx.bdf image built from polygon 1 9000 78s #0006 diff.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s Warning: dummy file middumma.bdf not stored in catalog... 78s Warning: dummy file middummb.bdf not stored in catalog... 78s Warning: dummy file middummc.bdf not stored in catalog... 78s frame: middummc.bdf (data = R4) 78s complete area of frame 78s minimum, maximum: 0.000000e+00 0.000000e+00 78s at pixel (1,1),(1,1) 78s mean, standard_deviation: 0.000000e+00 0.000000e+00 78s 3rd + 4th moment: 0 0 78s total intensity: 0 78s dynamic range of data = 0.0 ... 78s exact median, 1. mode, mode: 0.000000e+00 0.000000e+00 0.000000e+00 78s total no. of bins, binsize: 0 0.000000e+00 78s # of pixels used = 65536 from 1,1 to 256,256 (in pixels) 78s Image Catalog: vericat.cat 78s -------------- 78s No Name Ident Naxis Npix 78s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 78s #0002 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 78s #0003 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 78s #0004 weria2.bdf Test of search 2 256,256 78s #0005 straightx.bdf image built from polygon 1 9000 78s #0006 diff.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 80s 4 images from catalog to be processed 80s 4 images from catalog to be processed 80s 4 images from catalog to be processed 80s 4 images from catalog to be processed 80s frame: weria1.bdf 80s mean, sigma of area = 0.470325 , 0.368942 80s frame: weria2.bdf 80s mean, sigma of area = 0.446389 , 0.364579 80s frame: weria3.bdf 80s mean, sigma of area = 0.406883 , 0.353223 80s frame: weria4.bdf 80s mean, sigma of area = 0.356197 , 0.328451 80s frame: weria5 (data = R4) 80s line = 10, pixel = 10 80s 99.90000 80s 80s ********************************************************* 80s 80s Verification run (001) using data files in Midas format 80s 80s ********************************************************* 80s 80s +------------------------------------------+ 80s start of procedure verify1.prg 80s +------------------------------------------+ 80s test of CREATE/ICAT 80s ------------------- 80s First, we create 4 images: 80s veria_somewhat_longer_file_name_1, veria_somewhat_longer_file_name_2 80s veria_somewhat_longer_file_name_3, 80s veria_very_very_much_longer_than_usual_file_name_4 80s Now we create an image catalog `vericat.cat' for them via: 80s create/icat vericat veria*.bdf 80s And display the contents fo the catalog via: 80s read/icat vericat 80s Now we create 4 more images weria1,2,3,4 80s And a catalog `for_all_the_weri_images_catalog.cat' for them 80s test of ADD, SUBTRACT, SEARCH and SORT/ICAT 80s ------------------------------------------- 80s Add all entries in for_all_the_weri_images_catalog.cat to vericat.cat via: 80s add/icat vericat for_all_the_weri_images_catalog.cat 80s 4 entries added/updated for catalog vericat 80s Subtract the entry for image `veria_somewhat_longer_file_name_2.bdf from vericat.cat via: 80s subtract/icat vericat veria_somewhat_longer_file_name_2.bdf 80s 1 entry subtracted from catalog vericat 80s And subtract all entries for images with a `3' in their names via: 80s subtract/icat vericat *3* 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s (ERR) SCCSUB: - INPINV 80s 2 entries subtracted from catalog vericat 80s Finally, subtract entry no. 8 via 80s subtract/icat vericat #8 80s 1 entry subtracted from catalog vericat 80s We change the IDENT descr. of image weria2.bdf and update the catalog. 80s And search for the image via the command: 80s search/icat vericat Test 80s Now we sort the catalog according to the IDENT field via: 80s sort/icat vericat 80s Now we make the catalog the `active' image catalog via: 80s set/icat vericat 80s Catalog vericat.cat now the active image catalog. 80s Now we create a new image via: 80s create/image straightx 1,9000 ? sequence -360,360 80s and another one via: 80s compute/image diff = veria_very_very_much_longer_than_usual_file_name_4.bdf - veria_somewhat_longer_file_name_2.bdf 80s These frames should be added automatically to the catalog 80s 80s We will compute a new image by subtracting two existing images 80s these images will be accessed by sequence numbers and by their names 80s Catalog vericat.cat now the active image catalog. 80s The new image middumma is given by 80s compute/image &a = #4 - #3 80s and will be compared to middummb 80s compute/image &b = weria2.bdf - weria1.bdf 80s Now subtract these images 80s compute/image &c = middumma.bdf - middummb.bdf 80s 80s Finally, we `deactivate' the catalog via: 80s clear/icat vericat 80s test of add/icat in a long (0150) loop ... 80s test of AVERAGE/IMAGE 80s ---------------------- 80s avera/ima weriares1 = for_all_the_weri_images_catalog.cat 80s avera/ima weriares2 = for_all_the_weri_images_catalog.cat ? ? min 80s avera/ima weriares3 = for_all_the_weri_images_catalog.cat ? ? max 80s avera/ima weriares4 = for_all_the_weri_images_catalog.cat ? ? median 80s test of COMPUTE/WEIGHTS 80s ----------------------- 80s compute/weights for_all_the_weri_images_catalog.cat @140,@100,@178,@155 80s test of file access within the monitor 80s -------------------------------------- 80s test of DELETE/ICAT 80s ------------------- 80s Delete all frames with entries in catalog vericat.cat via: 80s delete/icat vericat noconf 80s 1 entry subtracted from catalog vericat 80s 1 entry subtracted from catalog vericat 80s 1 entry subtracted from catalog vericat 80s 1 entry subtracted from catalog vericat 80s 1 entry subtracted from catalog vericat 80s 1 entry subtracted from catalog vericat 80s catalog vericat.cat: 6 file(s) deleted ... 80s 80s ********* redo catalog creation + FRAMACC tests ********* 80s 80s test of CREATE/ICAT 80s ------------------- 80s First, we create 4 images: 80s veria_somewhat_longer_file_name_1, veria_somewhat_longer_file_name_2 80s veria_somewhat_longer_file_name_3, 80s veria_very_very_much_longer_than_usual_file_name_4 80s Now we create an image catalog `vericat.cat' for Image catalog vericat with 4 entries created... 80s Image Catalog: vericat.cat 80s -------------- 80s No Name Ident Naxis Npix 80s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 80s #0002 veria_somewhat_longer_file_name_2.bdf Radius Law, coeffs 2 256,256 80s #0003 veria_somewhat_longer_file_name_3.bdf Radius Law, coeffs 2 256,256 80s #0004 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 80s Image catalog for_all_the_weri_images_catalog with 4 entries created... 80s Image Catalog: for_all_the_weri_images_catalog.cat 80s -------------- 80s No Name Ident Naxis Npix 80s #0001 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 80s #0002 weria2.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 80s #0003 weria3.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 80s #0004 weria4.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 80s frame: weria3.bdf (data = R4) 80s NAXIS: 2 80s NPIX: 256 256 80s START: 0.0000000000000 0.0000000000000 80s STEP: 1.0000000000000 1.0000000000000 80s IDENT: Radius Law, coeffs =200.00 ,40.000 ,35.000 ,70.000 80s CUNIT: none given 80s LHCUTS: 0.000000 0.000000 0.2918812E-02 22.30239 80s frame: weria5 (data = R4) 80s line = 10, pixel = 10 80s 99.90000 80s Image catalog vericat with 4 entries created... 80s Image Catalog: vericat.cat 80s -------------- 80s No Name Ident Naxis Npix 80s #0001 veria_somewhat_longer_file_name_1.bdf Radius Law, coeffs 2 256,256 80s #0002 veria_somewhat_longer_file_name_2.bdf Radius Law, coeffs 2 256,256 80s #0003 veria_somewhat_longer_file_name_3.bdf Radius Law, coeffs 2 256,256 80s #0004 veria_very_very_much_longer_than_usual_file_name_4.bdf Ra 2 256,256 80s Image catalog for_all_the_weri_images_catalog with 4 entries created... 80s Image Catalog: for_all_the_weri_images_catalog.cat 80s -------------- 80s No Name Ident Naxis Npix 80s #0001 weria1.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 80s #0002 weria2.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 80s #0003 weria3.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 80s #0004 weria4.bdf Radius Law, coeffs =200.00 ,40.000 2 256,256 80s frame: weria3.bdf (data = R4) 80s NAXIS: 2 80s NPIX: 256 256 80s START: 0.0000000000000 0.0000000000000 80s STEP: 1.0000000000000 1.0000000000000 80s IDENT: Radius Law, coeffs =200.00 ,40.000 ,35.000 ,70.000 80s CUNIT: none given 80s LHCUTS: 0.000000 0.000000 0.2918812E-02 22.30239 80s frame: weria5 (data = R4) 80s line = 10, pixel = 10 80s 99.90000 80s xcenter ycenter xerr yerr 80s xfwhm yfwhm icent ident 80s 77.869339 62.058224 0.86997E-02 0.35970E-01 80s 54.146 35.815 0.24697E-02 ID0001 80s 80s 172.84045 179.99786 0.19590E-01 0.12412E-01 80s 37.275 53.473 0.24832E-02 ID0002 80s 80s 169.00000 82.000000 0.10080E-05 0.10494E-05 80s 18.826 18.826 0.24868E-02 ID0003 80s 80s 3 table entries processed 80s xcenter ycenter xerr yerr 80s xfwhm yfwhm icent ident 80s 77.425964 62.437630 0.32150 0.23061 80s 37.520 26.912 0.24762E-02 ID0001 80s 80s 172.86708 179.99159 0.20512 0.28850 80s 33.022 46.447 0.24832E-02 ID0002 80s 80s 169.00000 81.992760 0.16916 0.16892 80s 18.479 18.453 0.24868E-02 ID0003 80s 80s 3 table entries processed 80s xcenter ycenter angle angl-err 80s maj-axis min-axis icent ident 80s 78.032242 62.868446 33.238 180.00 80s 59.702 17.432 0.24109E-02 ID0001 80s 80s 172.84239 180.01688 123.30 180.00 80s 62.631 18.753 0.24797E-02 ID0002 80s 80s 169.00031 82.000740 90.030 180.00 80s 18.439 18.437 0.24873E-02 ID0003 80s 80s 3 table entries processed 80s xcenter ycenter magnitude mag-sigma sky sky-sigma magpix flux 80s 77.08538 62.27959 2.8773 0.96255E-01 80s 0.1666633E-02 0.4963792E-03 109.9000 0.7064532E-01 80s new subwindow dims = 101, 101 > 100, 100 (last dims) 80s 172.7951 180.0617 2.7725 0.95268E-01 80s 0.1651538E-02 0.5024650E-03 120.9800 0.7780673E-01 80s 169.0000 81.99998 2.2605 0.24851E-01 80s 0.1070749E-02 0.2167746E-03 113.0400 0.1246844 80s no. of table entries processed = 3 80s input windows will be adjusted around the center 80s xcenter ycenter magnitude mag-sigma sky sky-sigma magpix flux 80s 172.7952 180.0618 2.7725 0.95268E-01 80s 0.1651538E-02 0.5024650E-03 120.9800 0.7780673E-01 81s them via: 81s create/icat vericat veria*.bdf 81s And display the contents fo the catalog via: 81s read/icat vericat 81s Now we create 4 more images weria1,2,3,4 81s And a catalog `for_all_the_weri_images_catalog.cat' for them 81s test of file access within the monitor 81s -------------------------------------- 81s test of DELETE/ICAT 81s ------------------- 81s Delete all frames with entries in catalog vericat.cat via: 81s delete/icat vericat noconf 81s 1 entry subtracted from catalog vericat 81s 1 entry subtracted from catalog vericat 81s 1 entry subtracted from catalog vericat 81s 1 entry subtracted from catalog vericat 81s catalog vericat.cat: 4 file(s) deleted ... 81s test of CREATE/ICAT 81s ------------------- 81s First, we create 4 images: 81s veria_somewhat_longer_file_name_1, veria_somewhat_longer_file_name_2 81s veria_somewhat_longer_file_name_3, 81s veria_very_very_much_longer_than_usual_file_name_4 81s Now we create an image catalog `vericat.cat' for them via: 81s create/icat vericat veria*.bdf 81s And display the contents fo the catalog via: 81s read/icat vericat 81s Now we create 4 more images weria1,2,3,4 81s And a catalog `for_all_the_weri_images_catalog.cat' for them 81s test of file access within the monitor 81s -------------------------------------- 81s do @@ verify1,0006 81s ------------------- 81s test of DELETE/ICAT 81s ------------------- 81s Delete all frames with entries in catalog vericat.cat via: 81s delete/icat vericat noconf 81s 1 entry subtracted from catalog vericat 81s 1 entry subtracted from catalog vericat 81s 1 entry subtracted from catalog vericat 81s 1 entry subtracted from catalog vericat 81s catalog vericat.cat: 4 file(s) deleted ... 81s +------------------------------------------+ 81s procedure verify1.prg: 81s Total time elapsed = 3 seconds. 81s All tests o.k. - you deserve a coffee now... 81s +------------------------------------------+ 81s +------------------------------------------+ 81s Start of procedure verify2.prg 81s +------------------------------------------+ 81s test of building elongated Gaussian images 81s ------------------------------------------ 81s test of CENTER/GAUSS 81s -------------------- 81s center/gauss veria.bdf,verit.tbl verit1 81s test of CENTER/MOMENT 81s --------------------- 81s center/moment veria.bdf,verit.tbl verit2 81s test of CENTER/IQE 81s ------------------ 81s center/iqe veria.bdf,verit.tbl verit3 81s test of MAGNITUDE/CIRCLE 81s ------------------------ 81s > magnitude/circle veria.bdf,verit.tbl verit1 ? ? 0 81s > magnitude/circle veria,169.0,181.0 p5=1 81s test of SET/FORMAT 81s ------------------ 81s we want to display: | int_key | real_key | double_key | 81s set/format i1 f10.3 81s 81s | 35 | 12.345 | 123.456 | 81s | 450 | 1.234 | 1234.567 | 81s | 3 | 1234.567 | 12.345 | 81s | 12345 | 0.123 | 12345.678 | 81s 81s set/format j8 t10.3 81s 81s | 35 | 12.345 | 123.456 | 81s | 450 | 1.234 | 1234.567 | 81s | 3 | 1234.567 | 12.345 | 81s | 12345 | 0.123 | 12345.678 | 81s test of REBIN/LINEAR 81s -------------------- 81s > create/image &a 2,1002,997 ? radius_law 300.,5.5,0.9,44.4 81s > compute/image &a.bdf = exp(&a.bdf) 81s > rebin/linear &a.bdf &b 3,3 81s > rebin/linear &b.bdf &c 1.,1. 81s test of Contexts 81s ---------------- 81s > set/context long 81s *********** Context Spec enabled ***************** 81s 81s Set parameters to default value 81s **************** Context Long enabled ***************** 81s 81s > show/context 81s (1) long from MID_CONTEXT: 81s (2) spec from MID_CONTEXT: 81s > clear last context and enable context `verify' in current directory 81s (1) long from MID_CONTEXT: 81s test of COMPUTE/AIRMASS, /UT, /ST 81s --------------------------------- 81s > compute/airmass tst0002.mt 81s ** No descriptors ESO.TEL.GEOLON, ESO.TEL.GEOLAT found ** 81s ** Default (=longitude and latitude of La Silla) will be used ** 81s Warning: year of the observation: 0.00000E+00 really correct? ... 81s Image: tst0002.mt Mean airmass: 1.29466E+00 81s > indisk/fits nttexample.mt &n 81s > compute/airmass &n -10.,43.,55.35 29.,15.,25.8 81s ** Longitude: -10.,43.,55.35 and latitude: 29.,15.,25.8 used ** 81s Warning: year of the observation: 0.00000E+00 really correct? ... 81s Image: middummn.bdf Mean airmass: 1.90774E+00 81s > compute/airmass &n 81s ** Descriptors for longitude and latitude of telescope found ** 81s ** ESO.TEL.GEOLON and ESO.TEL.GEOLAT will be used ** 81s Warning: year oframe: middummn.bdf (data = UI2) 81s DDESC: 81s 1.1234560000000 2.3456700000000 -12.199999809265 81s -13.300000190735 81s RDESC: 1.123456 2.345670 -123.4568 -987.6543 81s frame: veria (data = R4) 81s NAXIS: 2 81s NPIX: 256 256 81s START: 0.0000000000000 0.0000000000000 81s STEP: 1.0000000000000 1.0000000000000 81s IDENT: image built from polygon 81s CUNIT: none given 81s LHCUTS: 0.000000 0.000000 1.000000 1.000000 81s veria.bdf 81s frame: veria (data = R4) 81s NPIX: 256 256 81s f the observation: 0.00000E+00 really correct? ... 81s Image: middummn.bdf Mean airmass: 1.98103E+00 81s > compute/st &n -70.,43.,55.35,0,0 81s Warning: year of the observation: 0.00000E+00 really correct? ... 81s > compute/ut &n -70.,43.,55.35,0,0 81s Warning: year of the observation: 0.00000E+00 really correct? ... 81s > compute/ut 0.,0.,0. 1.15629093095991E+01 81s Julian date: 1.721058900744E+06 81s Universal time: 09 : 37 : 4.241 81s test of writing descriptors with different data types 81s ----------------------------------------------------- 81s > write/descr &n ddesc/d/1/4 1.123456,2.34567,3.45678,4.56789 81s > write/descr &n rdesc/r/1/4 1.123456,2.34567,3.45678,4.56789 81s > write/descr &n ddesc/r/3/2 -12.2,-13.3 81s > write/descr &n rdesc/d/3/2 -123.456789,-987.654321 81s 81s test of filling char. keywords 81s ------------------------------ 81s +------------------------------------------+ 81s procedure verify2.prg: 81s Total time elapsed = 0 seconds. 81s All tests o.k. - you deserve a coffee now... 81s +------------------------------------------+ 81s +------------------------------------------+ 81s Start of procedure verify3.prg 81s +------------------------------------------+ 81s test of CREATE/IMA 81s ------------------ 81s test of the different functions of COMPUTE/KEYWORD 81s -------------------------------------------------- 81s ival = m$exist("veria.bdf") 81s ival = 0001 81s in_a = veria.bdf 81s ival = m$exist(in_a) 81s ival = 0001 81s ival = m$existd(in_a,"NPIX") 81s ival = 0001 81s ival = m$existd(in_a,"this_is_a_very_long_descriptor_name0099") 81s ival = 0001 81s ival = m$existd(in_a,"CLOCHARD") 81s ival = 0000 81s ival = m$existd("CLOCHARD","NPIX") 81s ival = 0000 81s inputc = m$symbol("DAZUNIT") 81s inputc = 01 81s in_a = ssssssssssssssssssss sssssssssssssssssssssss 81s ival = m$len(in_a) 81s ival = 0020 81s testing M$INDEX, M$TIME, M$ISODATE 81s ---------------------------------- 81s in_a = xxxxxxxxxxxxxxxxxxxxMidas test1 81s ival = m$index(in_a,"t1") 81s ival = 0030 81s ival = m$index(in_a,out_a) 81s ival = 0030 81s outputc = m$time() 81s yields: Tu, 03 Feb 2026 21:55:11 81s outputc = m$time(1) 81s yields: 2026-02-03 (today) 81s outputc = m$time(-1) 81s yields: 2026-02-02 (yesterday) 81s outputc = m$isodate() 81s yields: 2026-02-03T21:55:11 81s ival = m$secs() 81s yields: 1770155711 81s testing M$ABS, M$NINT, M$TSTNO 81s ------------------------------ 81s inputi(10,11,12) = 123456,0000,-123456 81s ival = m$abs(inputi(10)) 81s ival = 123456 81s ival = m$abs(inputi(11)) 81s ival = 0000 81s ival = m$abs(inputi(12)) 81s ival = 123456 81s inputr(10,11,12) = 1.23456E+04,0.00000E+00,-1.23456E+04 81s rval = m$abs(inputr(10)) 81s rval = 1.23456E+04 81s rval = m$abs(inputr(11)) 81s rval = 0.00000E+00 81s rval = m$abs(inputr(12)) 81s rval = 1.23456E+04 81s inputd(10,11,12) = 1.23456E+05,0.00000E+00,-1.23456E+04 81s dval = m$abs(inputd(10)) 81s dval = 1.23456E+05 81s dval = m$abs(inputd(11)) 81s dval = 0.00000E+00 81s dval = m$abs(inputd(12)) 81s dval = 1.23456E+04 81s inputr(10,11,12) = 6.66000E+01,0.00000E+00,-7.77000E+01 81s ival = m$nint(inputr(10)) 81s ival = 0067 81s rval = m$nint(inputr(11)) 81s ival = 0000 81s rval = m$nint(inputr(12)) 81s ival = -0078 81s rval = m$nint(d-0.5) 81s inputc = 123456.78 81s ival = m$tstno(inputc) 81s ival = 0001 81s inputc = keyword-test 81s ival = m$tstno(inputc) 81s ival = 0000 81s testing M$LOG10, M$LN, M$SQRT, M$SIN, M$COS, M$TAN 81s -------------------------------------------------- 81s rval = m$log10(123.456) 81s rval = 2.091512 81s rval = m$ln(123.456) 81s rval = 4.815885 81s rval = m$sqrt(2.0) 81s rval = 1.414214 81s inputr = 3.0 81s rval = 270. *(inputr**(-3)) 81s rval = 10.0 81s inputr(10,11,12) = 45.0,90.0,-45.0 81s rval(2) = m$sin(inputr(10)) 81s rval(2) = 0.707107 81s rval(3) = m$sin(inputr(11)) 81s rval(3) = 1.0 81s rval(4) = m$sin(inputr(12)) 81s rval(4) = -0.707107 81s rval = m$cos(inputr(10)) 81s rval = 0.707107 81s rval = m$cos(inputr(11)) 81s rval = 0.0 81s rval = m$cos(inputr(12)) 81s rval = 0.707107 81s inputr(10,11,12) = 45.0,66.0,-45.0 81s rval = m$tan(inputr(10)) 81s rval(2) = m$tan(inputr(10)) 81s rval(2) = 1.0 81s rval(3) = m$tan(inputr(11)) 81s rval(3) = 2.246037 81s rval(4) = m$tan(inputr(12)) 81s rval(4) = -1.0 81s testing M$UPPER 81s --------------- 81s in_a = veria.bdf 81s out_a = m$upper(in_a) 81s out_a = VERIA.BDF 81s out_b = m$lower(out_a) 81s out_b = veria.bdf 81s add descr. NPIX(1), NPIX(2) of frame `veria.bdf' 81s compute/key ival = {veria,npix(1)} + {veria,npix(2)} 81s ival = 512 81s new descr. CALCULO is set to 512/10*sqrt(66.0), 415.950766317361 81s veriall.prg 81s verify1.prg 81s verify10.prg 81s verify11.prg 81s verify12.prg 81s verify13.prg 81s verify14.prg 81s verify15.prg 81s verify16.prg 81s verify17.prg 81s verify2.prg 81s verify3.prg 81s verify4.prg 81s verify5.prg 81s verify55.prg 81s verify6.prg 81s verify7.prg 81s verify8.prg 81s verify9.prg 81s verify99.prg 81s verifyautocurs.prg 81s verifydio.prg 81s verifyia.prg 81s verifysc.prg 81s verifyt1.prg 81s verifyt2.prg 81s verifytape.prg 81s 8277.156 81s frame: veria (data = R4) 81s NAXIS: 2 81s NPIX: 256 256 81s START: 0.0000000000000 0.0000000000000 81s STEP: 1.0000000000000 1.0000000000000 81s IDENT: image built from polygon 81s CUNIT: none given 81s LHCUTS: 0.000000 0.000000 0.000000 2.550000 81s frame: veria (data = R4) 81s complete area of frame 81s minimum, maximum: 0.000000e+00 2.550000e+00 81s at pixel (2,171),(1,1) 81s mean, standard_deviation: 1.013255e+00 7.546796e-01 81s 3rd + 4th moment: 0.559989 2.03534 81s total intensity: 66404.7 81s median, 1. mode, mode: 7.674355e-01 1.246334e-03 2.551246e+00 81s total no. of bins, binsize: 1024 2.492669e-03 81s # of pixels used = 65536 from 1,1 to 256,256 (in pixels) 81s mean absdev of mean, median: 6.529316e-01 6.269084e-01 81s frame: veria (data = R4) 81s complete area of frame 81s minimum, maximum: 0.000000e+00 2.550000e+00 81s at pixel (2,171),(1,1) 81s mean, standard_deviation: 1.013255e+00 7.546796e-01 81s 3rd + 4th moment: 0.559989 2.03534 81s total intensity: 66404.7 81s exact median, 1. mode, mode: 7.700000e-01 1.246334e-03 2.551246e+00 81s total no. of bins, binsize: 1024 2.492669e-03 81s # of pixels used = 65536 from 1,1 to 256,256 (in pixels) 81s mean absdev of mean, median: 6.529316e-01 6.268794e-01 81s frame: veria (data = R4) 81s complete area of frame 81s minimum, maximum: 0.000000e+00 2.550000e+00 81s at pixel (2,171),(1,1) 81s mean, standard_deviation: 1.013255e+00 7.546796e-01 81s 3rd + 4th moment: 0.559989 2.03534 81s total intensity: 66404.7 81s exact median: 7.700000e-01 81s # of pixels used = 65536 from 1,1 to 256,256 (in pixels) 81s frame: middummd.bdf (data = R4) 81s complete area of frame 81s minimum, maximum: 0.000000e+00 1.920000e+00 81s at pixel (1,108),(1,23) 81s mean, standard_deviation: 1.078221e+00 5.569902e-01 81s 3rd + 4th moment: -0.483418 2.22721 81s total intensity: 17942.7 81s exact median, 1. mode, mode: 1.150000e+00 3.764706e-03 3.764706e-03 81s total no. of bins, binsize: 256 7.529411e-03 81s # of pixels used = 16641 from 1,1 to 129,129 (in pixels) 81s 254 undefined pixels ... set to "null value" = 0.000000 81s frame: middummz.bdf (data = R4) 81s complete area of frame 81s minimum, maximum: -9.189991e-01 7.061169e-01 81s at pixel (2,2),(1,1) 81s mean, standard_deviation: 1.281046e-01 3.565831e-01 81s 3rd + 4th moment: -0.301513 2.57453 81s total intensity: 8395.46 81s Unused, last bins of histogram set to -1 ... 81s exact median, 1. mode, mode: 1.044148e-01 -9.158126e-01 7.029305e-01 81s total no. of bins, binsize: 256 6.373005e-03 81s # of pixels used = 65536 from 1,1 to 256,256 (in pixels) 81s frame: middummk.bdf (data = R4) 81s NAXIS: 2 81s NPIX: 355 355 81s START: -49.999992370605 -48.999992370605 81s STEP: 1.0000000000000 1.0000000000000 81s IDENT: image built from polygon 81s CUNIT: none given 81s LHCUTS: 0.000000 0.000000 0.000000 2.550000 81s expanding frame - Tu, 03 Feb 2026 21:55:11 81s expanding frame - Tu, 03 Feb 2026 21:55:11 81s expanding frame - Tu, 03 Feb 2026 21:55:11 81s expanding frame - Tu, 03 Feb 2026 21:55:11 81s Image x0001 : , naxis: 2, pixels: 1124, 1024 82s frame: x0001 (data = UI2) 82s name: HYPOTHETICAL_DESCRIPTOR_NAME_0223 82s (this is the help text for hypothetical_desc) 82s type: integer no. of elements: 2 82s 223 -223 82s frame: x0001 (data = UI2) 82s row 100 82s row 200 82s merged subframes of frame 82s minimum, maximum: 4.850000e+02 5.060000e+02 82s at pixel (1124),(992) 82s mean, standard_deviation: 4.981401e+02 2.311218e+00 82s 3rd + 4th moment: -0.0636629 3.66588 82s total intensity: 1.11982e+06 82s exact median, 1. mode, mode: 4.980000e+02 4.850412e+02 4.989588e+02 82s total no. of bins, binsize: 256 8.235294e-02 82s # of pixels used = 2248 from 1 to 2248 (in pixels) 82s frame: x0001 (data = UI2) 82s [@50,@50:@100,@100] 82s [@150,@150:@200,@200] 82s merged subframes of frame 82s minimum, maximum: 4.900000e+02 5.060000e+02 82s at pixel (1097),(28) 82s mean, standard_deviation: 4.981323e+02 2.258655e+00 82s 3rd + 4th moment: 0.0315388 2.93387 82s total intensity: 2.59128e+06 82s exact median, 1. mode, mode: 4.980000e+02 4.900314e+02 4.980000e+02 82s total no. of bins, binsize: 256 6.274510e-02 82s # of pixels used = 5202 from 1 to 5202 (in pixels) 82s frame: x0001 (data = UI2) 82s column 10 82s column 100 82s column 200 82s column 220 82s merged subframes of frame 82s minimum, maximum: 4.890000e+02 5.070000e+02 82s at pixel (1599),(3533) 82s mean, standard_deviation: 4.980823e+02 2.300888e+00 82s 3rd + 4th moment: 0.0565142 2.9971 82s total intensity: 2.04014e+06 82s exact median, 1. mode, mode: 4.980000e+02 4.890353e+02 4.980000e+02 82s total no. of bins, binsize: 256 7.058824e-02 82s # of pixels used = 4096 from 1 to 4096 (in pixels) 82s FITS file x0001.fits will have 1 extensions 82s FITS file: x0001.fits converted to: x0002.bdf 82s Table : foiltab 82s Column # 3 Label :LAB003 82s Total no. of entries : 3316, selected no. of entries : 3316 82s Minimum value : 1.428571 , Maximum value: 27.02703 82s Mean value : 4.4375911 , Standard dev.: 4.3614865 82s S = 3900.794922 82s should be 4.1595076632E+02 82s write/descr veria calculo/d/1/1 0.0 82s veria,calculo = ival/10*m$sqrt(66.0) 82s veria,calculo = 4.1595076632E+02 82s > compute/dima 512/10*sqrt(66.0) 82s testing immediate commands 82s -------------------------- 82s set 1. pixel of frame `veria' to 20. + pixel at x=20,y=20, should be = 21.0 82s veria[<,<] = 20. + {veria[@20,@20]} 82s also set the 2. pixel to root(17.34556) - 1.1, should be 3.0648 82s veria[@2,<] = m$sqrt(inputr(3)) - 1.1 82s inputr(3) = 1.73456E+01 82s veria[@2,<] = 3.06480E+00 82s check return status from `ls' Unix command 82s test of big expression in COMPUTE/KEY 82s ------------------------------------- 82s comp/key res = 8220. + 15. * ( -1.46095E-01 / (-2. * 1.51853E-02)) - 15. 82s result = 8.27715625E+03 82s and compare it with the calculator option of COMPUTE/IMAGE 82s compute/ima 8220. + 15. * ( -1.46095E-01 / (-2. * 1.51853E-02)) - 15. 82s test of the M$VALUE function 82s veria[<,<] = 2.212 +m$value(veria[@10,@5]) 82s inputr(12) = m$value(veria[<,<]) - m$value(veria,:veria,@4) 82s inputr(11) = 4.0*m$value(veria,new)-m$sqrt(m$value(veria,:veria,4)) 82s inputd(10) = m$value(veria,klaus) - m$value(test_this_file+name,npix(1)) 82s inputd(10) = m$sqrt(m$value(test_this_file+name,npix(2))) - m$sqrt(m$value(veria,klaussi)) 82s inputr(12) = m$abs(4.0*m$value(veria,new)-m$sqrt(m$value(veria,:veria,4))) 82s rval = m$value(veria,this_is_a_very_long_descriptor_name0099(2)) 82s check of M$FILTYP, M$VALUE, M$FTSET in a loop (200 iterations) 82s test of IF statements involving expressions 82s ------------------------------------------- 82s more tests of keyword processing 82s -------------------------------- 82s here m$strcmp(m$lower(in_b),in_b) = 0032 82s +------------------------------------------+ 82s procedure verify3.prg: 82s Total time elapsed = 0 seconds. 82s All tests o.k. - you deserve a coffee now... 82s +------------------------------------------+ 82s +------------------------------------------+ 82s Start of procedure verify4.prg 82s +------------------------------------------+ 82s test of CREATE/IMA + INSERT/IMA 82s ------------------------------- 82s test of STATISTICS/IMA 82s ---------------------- 82s > stat/ima veria ? #1024 p5=vf 82s > stat/ima veria ? #1024 p5=wf 82s > stat/ima veria p5=xf 82s > extra/ima &d = veria[@0064,@0064:@0192,@0192] 82s > stat/ima &d 82s test of COMPUTE/IMA 82s ------------------- 82s > compute/ima &z = (veria + ln(veria) + sin(veria) ) * 0.2 82s > stat/ima &z 82s test of REBIN/ROTATE 82s -------------------- 82s > rotate/count &z &y 1 82s > rotate/count &y &x 1 82s > rotate/count &x &w 1 82s > rotate/count &w &v 1 82s > rebin/rota veria &k 33.3 82s test of FILTER/... 82s ------------------ 82s > filter/smooth veria &f 82s > filter/median veria &g 82s > filter/gauss veria &h 82s > filter/digit veria &i laplace 82s exhaustive test of descriptors 82s ------------------------------ 82s > intape/fits 1 x nttexample.mt 82s > we add 0300 more descriptors with help text to x0001.bdf 82s > that took 0 seconds ... 82s > read one of those descriptors 82s > read/descr x0001 hypothetical_descriptor_name_0223 full 82s more tests of STATISTICS/IMA 82s ---------------------------- 82s > build frame &c1 from row #100 and row #200 of x0001.bdf 82s > and compare its statistics with output from 82s > statist/image x0001 row,100,200 ? ? gfnm 82s > now do the same for the sub-windows [@50,@50:@100,@100], [@150,@150:@200,@200] 82s > statist/image x0001 [@50,@50:@100,@100],[@150,@150:@200,@200] ? ? gfnm 82s > and finally the same with columns 10,100,200 and 220 82s > statist/image x0001 column,10,100,200,220 ? ? gfnm 82s > compute/image &a = x0001*(0.2*1599) 82s > and check the descriptors of image &a 82s > and test the loop outdisk/fits -> indisk/fits 82s middumma.bdf written to FITS file x0001.fits 82s > delete all the x000* files 82s > Create table from ascii file foil.asc 82s > Compute 3rd column with wavelength in `mu' from 1st column 82s > compute/table foiltab :LAB003 = (1.0 / :LAB001) * 1.e+04 82s statistics/table foiltab #3 82s > start, endpoint of spectrum = 1.42857E+00,2.70270E+01 82s > create reference image for command INTERPOLATE/TI 82s > create/image refi 1,5121 1.42857E+00,5.00000E-03 82s > Rebin data by 5.10-3 mu steps 82s > interpolate/ti rfoilspec foiltab :LAB003,:LAB002 refi 82s +------------------------------------------+ 82s procedure verify4.prg: 82s Total time elapsed = 2 seconds. 82s All tests o.k. - you deserve a cofframe: veria (data = R4) 82s NAXIS: 1 82s NPIX: 4000 82s START: 0.0000000000000 82s STEP: 1.0000000000000 82s IDENT: image built from polygon 82s CUNIT: none given 82s LHCUTS: 0.000000 0.000000 0.000000 39.99000 82s frame: veria (data = R4) 82s complete area of frame 82s minimum, maximum: 0.000000e+00 3.999000e+01 82s at pixel (1),(500) 82s mean, standard_deviation: 2.002875e+01 1.156921e+01 82s 3rd + 4th moment: -0.000459851 1.79856 82s total intensity: 80115 82s exact median, 1. mode, mode: 2.003000e+01 7.841177e-02 7.841177e-02 82s total no. of bins, binsize: 256 1.568235e-01 82s # of pixels used = 4000 from 1 to 4000 (in pixels) 82s frame: veria (data = R4) 82s complete area of frame 82s minimum, maximum: 0.000000e+00 3.999000e+01 82s at pixel (1),(500) 82s mean, standard_deviation: 2.002875e+01 1.156921e+01 82s 3rd + 4th moment: -0.000459851 1.79856 82s total intensity: 80115 82s exact median, 1. mode, mode: 2.003000e+01 7.841177e-02 7.841177e-02 82s total no. of bins, binsize: 256 1.568235e-01 82s # of pixels used = 4000 from 1 to 4000 (in pixels) 82s frame: veria (data = R4) 82s area [@100:@2080] of frame 82s minimum, maximum: 1.100000e+00 2.079000e+01 82s at pixel (111),(2080) 82s mean, standard_deviation: 1.094186e+01 5.688113e+00 82s 3rd + 4th moment: 1.49879e-05 1.79813 82s total intensity: 21511.7 82s exact median, 1. mode, mode: 1.094000e+01 1.268947e+00 1.268947e+00 82s total no. of bins, binsize: 258 1.132980e-01 82s # of pixels used = 1966 or 99.24% of all possible pixels (= 1981) 82s from 100 to 2080 (in pixels) 82s frame: veria (data = R4) 82s complete area of frame 82s minimum, maximum: 1.100000e+00 3.999000e+01 82s at pixel (111),(500) 82s mean, standard_deviation: 2.057970e+01 1.125115e+01 82s 3rd + 4th moment: -0.000534383 1.79858 82s total intensity: 80055 82s exact median, 1. mode, mode: 2.058000e+01 1.327771e+00 1.327771e+00 82s total no. of bins, binsize: 258 1.525137e-01 82s # of pixels used = 3890 or 97.25% of all possible pixels (= 4000) 82s from 1 to 4000 (in pixels) 82s 1 undefined pixel ... set to "null value" = 0.000000 82s frame: middummz.bdf (data = R4) 82s complete area of frame 82s minimum, maximum: -1.996509e+00 2.586147e+00 82s at pixel (2),(500) 82s mean, standard_deviation: 1.229042e+00 7.314675e-01 82s 3rd + 4th moment: -0.0565495 2.30671 82s total intensity: 4916.17 82s Unused, last bins of histogram set to -1 ... 82s exact median, 1. mode, mode: 1.229410e+00 -1.987524e+00 1.678602e+00 82s total no. of bins, binsize: 256 1.797120e-02 82s # of pixels used = 4000 from 1 to 4000 (in pixels) 82s frame: middummy.bdf (data = R4) 82s complete area of frame 82s minimum, maximum: 9.438176e-01 2.586147e+00 82s at pixel (1,1),(300,1) 82s mean, standard_deviation: 1.444096e+00 2.507075e-01 82s 3rd + 4th moment: -0.355569 2.81675 82s total intensity: 173292 82s exact median, 1. mode, mode: 1.522989e+00 9.470379e-01 1.681256e+00 82s total no. of bins, binsize: 256 6.440509e-03 82s # of pixels used = 120000 from 1,1 to 400,300 (in pixels) 82s expanding frame - Tu, 03 Feb 2026 21:55:13 82s 72 undefined pixels ... set to "null value" = 0.000000 82s 72 undefined pixels ... set to "null value" = 0.000000 82s min = 0.0000 , max = 0.0000 82s at frame pixel ( 1, 1), ( 1, 1) 82s min = 0.0000 , max = 0.0000 at frame pixel ( 1), ( 1) 83s min = 0.0000 , max = 0.0000 at frame pixel ( 1), ( 1) 83s frame: middummc.bdf (data = R4) 83s area [<,<,@4:>,>,@4] of frame 83s minimum, maximum: -1.232896e+01 4.183380e-01 83s at pixel (128,128,4),(124,114,4) 83s mean, standard_deviation: 2.985074e-02 1.962883e-01 83s 3rd + 4th moment: -27.3969 1235.91 83s total intensity: 1956.3 83s median, 1. mode, mode: -3.632835e-02 -1.230396e+01 -6.571693e-03 83s total no. of bins, binsize: 256 4.998939e-02 83s # of pixels used = 65536 from 1,1,4 to 256,256,4 (in pixels) 85s frame: middummd.bdf (data = R4) 85s line = 8, 1.pixel = 1, last pixel = 20 85s 2.220000 2.220000 2.220000 2.220000 2.220000 85s 2.220000 2.220000 2.220000 2.220000 2.220000 85s 2.220000 2.220000 2.220000 2.220000 2.220000 85s 2.220000 2.220000 2.220000 2.220000 2.220000 85s frame: middummv.bdf (data = R4) 85s area [<,<,@100:>,>,@100] of frame 85s minimum, maximum: -2.210747e+00 2.219867e+00 85s at pixel (6,124,100),(8,110,100) 85s mean, standard_deviation: 4.054149e-01 6.830708e-01 85s 3rd + 4th moment: 0.495943 5.69208 85s total intensity: 830.29 85s median, 1. mode, mode: 1.445245e-01 -2.184685e+00 7.405936e-02 85s total no. of bins, binsize: 256 1.737496e-02 85s # of pixels used = 2048 from 1,1,100 to 8,256,100 (in pixels) 85s FITS file: longstrn.fits converted to: lola.tbl 85s FITS file: longstrn.fits converted to: toto0001.tbl 85s FITS file: longstrn.fits converted to: toto0002.tbl 85s 1 FITS files converted to 3 Midas files 85s FITS file xlstrn.fits will have 1 extensions 85s FITS file: xlstrn.fits converted to: pachita.tbl 85s frame: lola.tbl (data = R4) 85s name: TDDES12 (...) 85s type: character no. of elements: 149 85s D[0~3] & E[0~63] & T[0;1;16] & C[(S[msLimit1]~S[msLimit2]),((S[msLimit2]+1)~S[ms 85s Limit3]),((S[msLimit3]+1)~S[msLimit4]),((S[msLimit4]+1)~S[msLimit5])] 85s frame: lola.tbl (data = R4) 85s name: 1CPIX12 (...) 85s type: character no. of elements: 115 85s (S[msLimit1]~S[msLimit2]),((S[msLimit2]+1)~S[msLimit3]),((S[msLimit3]+1)~S[msLim 85s it4]),((S[msLimit4]+1)~S[msLimit5]) 85s FITS file xlstrn.fits will have 1 extensions 85s TESTLAST= 'AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAX& 85s HISTORY 'BIGDSC','C*1',1,330,'70A1' 85s FITS file: xlstrn.fits converted to: lupita.bdf 85s FITS file: longstrn.fits converted to: lola.tbl 85s FITS file: longstrn.fits converted to: toto0001.tbl 85s FITS file: longstrn.fits converted to: toto0002.tbl 85s 1 FITS files converted to 3 Midas files 85s FITS file xlstrn.fits will have 1 extensions 85s FITS file: xlstrn.fits converted to: pachita.tbl 85s frame: lola.tbl (data = R4) 85s name: TDDES12 (...) 85s type: character no. of elements: 149 85s D[0~3] & E[0~63] & T[0;1;16] & C[(S[msLimit1]~S[msLimit2]),((S[msLimit2]+1)~S[ms 85s Limit3]),((S[msLimit3]+1)~S[msLimit4]),((S[msLimit4]+1)~S[msLimit5])] 85s frame: lola.tbl (data = R4) 85s name: 1CPIX12 (...) 85s type: character no. of elements: 115 85s (S[msLimit1]~S[msLimit2]),((S[msLimit2]+1)~S[msLimit3]),((S[msLimit3]+1)~S[msLim 85s it4]),((S[msLimit4]+1)~S[msLimit5]) 85s FITS file xlstrn.fits will have 1 extensions 85s TESTLAST= 'AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAX& 85s BIGDSC = 'aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa& 85s CONTINUE 'aaaaaaaaaaaaabbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb& 85s CONTINUE 'bbbbbbbbbbbbbbbbbbbbbbbbbbyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyy& 85s CONTINUE 'yyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyxxxxxxxxxxxxxxxxxxxxxxxxxxxx& 85s CONTINUE 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx0123456789' 85s FITS file: xlstrn.fits converted to: lupita.bdf 86s naxis now: 2 npix = 410 410 86s expanding frame - Tu, 03 Feb 2026 21:55:16 86s 35269 pixels in given interval replaced ... 86s frame: middummr.bdf (data = R4) 86s complete area of frame 86s minimum, maximum: 0.000000e+00 1.498700e+00 86s at pixel (1,1),(333,293) 86s mean, standard_deviation: 3.375815e-01 4.891073e-01 86s 3rd + 4th moment: 1.24434 2.91109 86s total intensity: 56747.4 86s exact median, 1. mode, mode: 3.726000e-02 2.938627e-03 2.938627e-03 86s total no. of bins, binsize: 256 5.877255e-03 86s # of pixels used = 168100 from 1,1 to 410,410 (in pixels) 86s fee now... 86s +------------------------------------------+ 86s +------------------------------------------+ 86s Start of procedure verify5.prg 86s +------------------------------------------+ 86s test of CREATE/IMA + INSERT/IMA 86s ------------------------------- 86s test of STATISTICS/IMA 86s ---------------------- 86s > stat/ima veria 86s > stat/ima veria p5=gf 86s > stat/ima veria [@100:@2080] ? 1.099,29.99 p5=gf 86s > stat/ima veria ? ? 1.099,39.99 p5=gf 86s test of COMPUTE/IMAGE 86s --------------------- 86s > compute/image &z = log10(veria) + sin(veria*20.) 86s > statist/image &z 86s test of GROW/IMAGE 86s ------------------ 86s > extract/image &b = &z[@201:@400] 86s > extra/ima &a = &z[@201:@600] 86s > grow/image &y = &a 0.,1.,300 86s > insert/image &x &y @50,@50 86s > stat/image &y 86s test of FILTER/SMOOTH 86s --------------------- 86s > filter/median &z &f 4,0 86s test of CREATE/IMAGE 86s -------------------- 86s > size of frame veria.bdf = 256 * 256 86s test of COMPUTE/IMAGE 86s --------------------- 86s > compute/ima &z = (veria*2.)-(veria+(veria*sin(90.))) 86s > compute/ima &y = veria+veria+veria+1.234-3.*veria*(2.0-exp(0.0)) 86s test of COMPUTE/IMAGE with large images 86s --------------------------------------- 86s > size of frame veria.bdf = 1000 * 1000 86s > compute/ima &z = (veria*2.+4.56)-(veria+(veria*sin(90.))) 86s > with monitpar(20) = 100 86s > with monitpar(20) = 900 86s > compute/ima &y = - 86s > min(exp(veria*0.01),atan(log10(veria*sin(veria*100.0)))+0.1234/veria) 86s > with monitpar(20) = 100 86s > with monitpar(20) = 900 86s > get a perspective view of &y via: @a zperspec &y zperspec ? ? no 86s > compute/ima &t = veria+veria+veria+1.234-3.*veria*(2.0-exp(0.0)) 86s test of COMPUTE/IMA with different image size 86s --------------------------------------------- 86s > compute/ima &w = veria + &x 86s test of COMPUTE/ROW 86s ------------------- 86s > compute/row veria.r100 = r123+r213-(r213*cos(0.)) 86s test of COMPUTE/COLUMN 86s ---------------------- 86s > compute/col veria.c100 = c123+c213-(c213*cos(0.)) 86s test of COMPUTE/XYPLANE 86s ----------------------- 86s > create/ima &cube 3,256,256,8 86s > compute/xyplane &c = &cube - veria 86s > statist/ima &c [<,<,@4:>,>,@4] ? ? ff 86s test of COMPUTE/PLANE 86s ----------------------- 86s > compute/plane &c.p2 = P1+P4 86s > compute/plane &c.p7 = 99.9*sin(&cube.p5) 86s > compute/plane &c.p1 = (1.1+veria)/p7 86s > compute/plane &c.p8 = tan(23.45) 86s test of COMPUTE/ZYPLANE 86s ----------------------- 86s > compute/zyplane &z = &cube *2.22 86s > this will take quite some time - be patient ... 86s > extract/image &a = &z [@100,<,<:@100,>,>] 86s > extract/image &b = &cube [@100,<,<:@100,>,>] 86s > compute/image &d = &a/&b 86s read/image &d <,@8,20 86s test of TRANSPOSE/CUBE 86s ---------------------- 86s transpose/cube &z &v ZY 86s +------------------------------------------+ 86s procedure verify5.prg: 86s Total time elapsed = 3 seconds. 86s All tests o.k. - you deserve a coffee now... 86s +------------------------------------------+ 86s test of FITS long string handling (CONTINUE keyword) 86s --------------------------------------------------- 86s --- using default Midas scheme for long char. descriptors 86s > indisk/fits longstrn.fits lola.tbl 86s > outdisk/fits lola.tbl xlstrn.fits 86s lola.tbl written to FITS file xlstrn.fits 86s > indisk/fits xlstrn.fits pachita.tbl 86s zperspec.bdf written to FITS file xlstrn.fits 86s > indisk/fits xlstrn.fits lupita 86s --- using LONGSTRN scheme of FITS for long char. descriptors 86s > indisk/fits longstrn.fits lola.tbl 86s > outdisk/fits lola.tbl xlstrn.fits 86s lola.tbl written to FITS file xlstrn.fits 86s > indisk/fits xlstrn.fits pachita.tbl 86s zperspec.bdf written to FITS file xlstrn.fits 86s > indisk/fits xlstrn.fits lupita 86s test of RGB mode 86s ---------------------- 86s test of LOAD/IMAGE 86s ------------------ 86s copy last image as red, green and blue component of an RGB image 86s and use them for the different planes 86s 86s +------------------------------------------+ 86s procedure verify55.prg: 86s Total time elapsed = 0 seconds. 86s All tests o.k. - you deserve a coffee now... 86s +------------------------------------------+ 86s Start of procedure verify6.prg 86s +------------------------------------------+ 86s test of CREATE/IMA 86s ------------------ 86s test of REPLACE/IMAGE 86s --------------------- 86s > replace/ima veria &r 0.5,>=veria+0.5 86s > create/image &d 2,410,410 -205,-205,1,1 ? 0.,0.,0.,0.,0.01,0.01 86s > replace/image &d &p &r/0.2,1.01=veria 31033 pixels in given interval replaced ... 86s 65609 pixels in given interval replaced ... 86s 56516 pixels in given interval replaced ... 86s 28798 pixels in given interval replaced ... 86s frame: flatf.fits (data = UI2, format = FITS) 86s name: NAXIS (...) 86s type: integer no. of elements: 1 86s name: NPIX (...) 86s type: integer no. of elements: 2 86s name: START (...) 86s type: double prec. no. of elements: 2 86s name: STEP (from CDELTi) 86s type: double prec. no. of elements: 2 86s name: IDENT (...) 86s type: character no. of elements: 81 86s name: CUNIT (...) 86s type: character no. of elements: 48 86s name: LHCUTS (...) 86s type: real no. of elements: 4 86s name: O_POS (Standard FK5 equinox) 86s type: double prec. no. of elements: 3 86s name: O_TIME (Integration time) 86s type: double prec. no. of elements: 7 86s name: ORIGIN (Data origin) 86s type: character no. of elements: 11 86s name: DATE (Written date) 86s type: real no. of elements: 1 86s name: O_AIRM (Averaged air mass) 86s type: real no. of elements: 1 86s name: LST (Local Sidereal Time at start 16:14:25) 86s type: double prec. no. of elements: 1 86s name: UTC (Universal Time at start 09:41:00.151) 86s type: double prec. no. of elements: 1 86s name: INSTRUME (Instrument used) 86s type: character no. of elements: 4 86s name: ESO.TEL.TARG.ALT (Altitude angle for fixed position) 86s type: double prec. no. of elements: 1 86s name: ESO.TEL.TARG.AZ (Azimuth angle for fixed position t) 86s type: double prec. no. of elements: 1 86s name: ESO.TEL.PARANG.START (Parallactic angle at start) 86s type: double prec. no. of elements: 1 86s name: ESO.TEL.GEOELEV (Elevation above sea level) 86s type: double prec. no. of elements: 1 86s name: ESO.TEL.GEOLAT (Telescope geographic latitute) 86s type: double prec. no. of elements: 1 86s name: ESO.TEL.GEOLON (Telescope geographic longitute) 86s type: double prec. no. of elements: 1 86s name: ESO.TEL.PARANG.END (Parallactic angle at end (deg)) 86s type: double prec. no. of elements: 1 86s name: ESO.DET.ID (Detector system identification) 86s type: character no. of elements: 10 86s name: ESO.DET.DID (Data dictionary for DET) 86s type: character no. of elements: 18 86s name: ESO.DET.BITS (Bits per pixel readout) 86s type: integer no. of elements: 1 86s name: ESO.DET.CHIPS (# of chips in detector array) 86s type: integer no. of elements: 1 86s name: ESO.DET.CHIP1.X (X location in array) 86s type: integer no. of elements: 1 86s name: ESO.DET.CHIP1.Y (Y location in array) 86s type: integer no. of elements: 1 86s name: ESO.DET.CHIP1.NX (# of pixels along X) 86s type: integer no. of elements: 1 86s name: ESO.DET.CHIP1.NY (# of pixels along Y) 86s type: integer no. of elements: 1 86s name: ESO.DET.READ.CLOCK (Readout clock pattern used) 86s type: character no. of elements: 12 86s name: ESO.DET.READ.SPEED (Readout speed) 86s type: character no. of elements: 8 86s name: ESO.INS.ID (Instrument ID) 86s type: character no. of elements: 21 86s name: ESO.INS.MIRR4.ID (...) 86s type: character no. of elements: 8 86s name: ESO.INS.MIRR4.NAME (...) 86s type: character no. of elements: 8 86s name: ESO.INS.MIRR4.NO (...) 86s type: integer no. of elements: 1 86s name: ESO.INS.MIRR4.TYPE (...) 86s type: character no. of elements: 8 86s name: ESO.INS.FILT1.ID (FILT1 unique ID) 86s type: character no. of elements: 8 86s name: ESO.INS.FILT1.NAME (FILT1 name) 86s type: character no. of elements: 8 86s name: ESO.INS.FILT1.NO (FILT1 slot number) 86s type: integer no. of elements: 1 86s name: ESO.INS.FILT1.TYPE (FILT1 element) 86s type: character no. of elements: 8 86s name: ESO.TPL.EXPNO (Exposure number within template) 86s type: integer no. of elements: 1 86s name: ESO.GEN.AMBI.TEMPMEAN (Mean site temp. during exposure) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.TEMPRMS (RMS site temp. during exposure) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.PRESMEAN (Mean site barom. pressure durin) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.PRESRMS (RMS site barom. pressure during) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.RHUMMEAN (Mean rel hum during exposure) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.RHUMRMS (RMS rel hum during exposure) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.WIND.SPEEDMEAN (Mean wind speed during ex) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.WIND.SPEEDRMS (RMS wind speed during expo) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.WIND.DIRMEAN (Mean exposure wind dir (N=0) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.WIND.DIRRMS (RMS exposure wind dir (N=0 E) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.FWHMMEAN (Mean seeing during exposure) 86s type: double prec. no. of elements: 1 86s name: ESO.GEN.AMBI.FWHMRMS (RMS seeing during exposure) 86s type: double prec. no. of elements: 1 86s name: ESO.OBS.TYPE (Observation type) 86s type: character no. of elements: 4 86s name: RADECSYS (Coordinate system) 86s type: character no. of elements: 3 86s name: ESO.ADA.NAME (Adapter name) 86s type: character no. of elements: 9 86s name: ESO.DET.EXP.TYPE (Type of exposure as known to the) 86s type: character no. of elements: 4 86s name: ESO.DET.OUTPUTS (# of outputs used) 86s type: integer no. of elements: 1 86s name: ESO.DET.OUT1.NAME (Description of output number 1) 86s type: character no. of elements: 1 86s name: ESO.DET.OUT1.X (X location of output) 86s type: integer no. of elements: 1 86s name: ESO.DET.OUT1.Y (Y location of output) 86s type: integer no. of elements: 1 86s name: ESO.DET.OUT1.PRSCX (Prescan region in X) 86s type: integer no. of elements: 1 86s name: ESO.DET.OUT1.PRSCY (Prescan region in Y) 86s type: integer no. of elements: 1 86s name: ESO.DET.OUT1.OVSCX (Overscan region in X) 86s type: integer no. of elements: 1 86s name: ESO.DET.OUT1.OVSCY (Overscan region in Y) 86s type: integer no. of elements: 1 86s name: ESO.DET.OUT1.CF (Conversion from electrons to ADUs) 86s type: double prec. no. of elements: 1 86s name: ESO.DET.OUT1.GAIN (Gain for output) 86s type: double prec. no. of elements: 1 86s name: ESO.DET.CHIP1.PSZX (Size of pixel in X) 86s type: double prec. no. of elements: 1 86s name: ESO.DET.CHIP1.PSZY (Size of pixel in Y) 86s type: double prec. no. of elements: 1 86s name: ESO.DET.BINX (Binning factor in X) 86s type: integer no. of elements: 1 86s name: ESO.DET.BINY (Binning factor in Y) 86s type: integer no. of elements: 1 86s name: TELESCOP (ESO ) 86s type: character no. of elements: 7 86s name: ESO.DET.DATAMIN (Minimal pixel value) 86s type: double prec. no. of elements: 1 86s name: ESO.DET.DATAMAX (Maximal pixel value) 86s type: double prec. no. of elements: 1 86s name: ESO.OBS.TECH (Observation technique) 86s type: character no. of elements: 5 86s name: HISTORY (...) 86s type: character no. of elements: 3403 86s name: CHECKSUM (ASCII 1's complement checksum) 86s type: character no. of elements: 16 86s name: CHECKVER (Checksum method) 86s type: character no. of elements: 10 86s name: REFPIX (...) 86s type: double prec. no. of elements: 2 86s total no. of descriptors: 80 86s frame: flatf.fits (data = UI2, format = FITS) 86s complete area of frame 86s minimum, maximum: 4.790000e+02 1.271000e+03 86s at pixel (1124,550),(900,107) 86s mean, standard_deviation: 4.980937e+02 2.626289e+00 86s 3rd + 4th moment: 50.0261 12473.4 86s total intensity: 5.73294e+08 86s exact median, 1. mode, mode: 4.980000e+02 4.991882e+02 4.991882e+02 86s total no. of bins, binsize: 256 3.105882e+00 86s # of pixels used = 1150976 from 1,1 to 1124,1024 (in pixels) 86s FITS file klaus.fit will have 1 extensions 86s frame: middummd.bdf (data = R8) 86s complete area of frame 86s minimum, maximum: -1.234567e-01 -1.234567e-01 86s at pixel (1,1),(1,1) 86s mean, standard_deviation: -1.234567e-01 0.000000e+00 86s 3rd + 4th moment: 0 0 86s total intensity: -142096 86s dynamic range of data = 0.0 ... 86s exact median, 1. mode, mode: -1.234567e-01 -1.234567e-01 -1.234567e-01 86s total no. of bins, binsize: 0 0.000000e+00 86s # of pixels used = 1150976 from 1,1 to 1124,1024 (in pixels) 86s 1.00000004371139 86s Image catalog klaus with 26 entries created... 86s Image Catalog: klaus.cat 86s -------------- 86s No Name Ident Naxis Npix 86s #0001 avim0001.fits Ramp 32-bit 2 137,271 86s #0002 avim0002.fits Ramp 32-bit 2 137,271 86s #0003 avim0003.fits Ramp 32-bit 2 137,271 86s #0004 avim0004.fits Ramp 32-bit 2 137,271 86s #0005 avim0005.fits Ramp 32-bit 2 137,271 86s #0006 avim0006.fits Ramp 32-bit 2 137,271 86s #0007 avim0007.fits Ramp 32-bit 2 137,271 86s #0008 avim0008.fits Ramp 32-bit 2 137,271 86s #0009 avim0009.fits Ramp 32-bit 2 137,271 86s #0010 avim0010.fits Ramp 32-bit 2 137,271 86s #0011 avim0011.fits Ramp 32-bit 2 137,271 86s #0012 avim0012.fits Ramp 32-bit 2 137,271 86s #0013 avim0013.fits Ramp 32-bit 2 137,271 86s #0014 avim0014.fits Ramp 32-bit 2 137,271 86s #0015 avim0015.fits Ramp 32-bit 2 137,271 86s #0016 avim0016.fits Ramp 32-bit 2 137,271 86s #0017 avim0017.fits Ramp 32-bit 2 137,271 86s #0018 avim0018.fits Ramp 32-bit 2 137,271 86s #0019 avim0019.fits Ramp 32-bit 2 137,271 86s #0020 avim0020.fits Ramp 32-bit 2 137,271 86s #0021 avim0021.fits Ramp 32-bit 2 137,271 86s #0022 avim0022.fits Ramp 32-bit 2 137,271 86s #0023 avim0023.fits Ramp 32-bit 2 137,271 86s #0024 avim0024.fits Ramp 32-bit 2 137,271 86s #0025 avim0025.fits Ramp 32-bit 2 137,271 86s #0026 avim0026.fits Ramp 32-bit 2 137,271 86s 26 images from catalog to be processed 86s expanding frame - Tu, 03 Feb 2026 21:55:17 86s expanding frame - Tu, 03 Feb 2026 21:55:17 86s 20566 pixels in given interval replaced ... 86s min = 0.0000 , max = 259.00 86s at frame pixel ( 1, 1), ( 371, 64) 86s 20236 pixels outside [0.0,5.9] 86s Table : werio [Transposed format] 86s No.Columns : 3 No.Rows : 221 86s All.Columns: 9 All.Rows: 248 Sel.Rows: 221 86s Sorted by :Sequence Reference:Sequence 86s Col.# 1:X_PIX Unit:FRAME_PIXEL Format:F10.1 R*4 86s Col.# 2:Y_PIX Unit:FRAME_PIXEL Format:F10.1 R*4 86s Col.# 3:VALUE Unit: Format:G12.6 R*4 86s Selection: ALL 86s frame pixel ( 8, 30), value = 4.9000 86s is 1. pixel outside [0.0,0.1] 86s 2561 pixels in given interval replaced ... 86s min = 0.0000 , max = 259.20 86s at frame pixel ( 1, 1), ( 8, 30) 86s frame: ia.bdf (data = R4) 86s NAXIS: 2 86s NPIX: 380 172 86s START: -0.37500000000000 -0.37500000000000 86s STEP: 0.25000000000000 0.25000000000000 86s IDENT: image built from polygon 86s CUNIT: none given 86s LHCUTS: 0.000000 0.000000 0.000000 259.2000 86s 109279 pixels in given interval replaced ... 86s 86s > replace/image &d &q veria/0.2,1.01=&p*1.3 86s > replace/image &d &s 2000,3800=&r*8000 86s test of INSERT/IMAGE 86s -------------------- 86s test of FFT/FREQU 86s ----------------- 86s > fft/freq &k ? &fr &fi 86s > replace/image &fr &gr -0.000002,0.0002=0. 86s > fft/finv &gr.bdf &fi.bdf zztr.bdf zzti.bdf 86s test of using FITS images directly 86s ---------------------------------- 86s > show/descr flatf.fits 86s 86s > statist/image flatf.fits 86s > compute/image &a = flatf.fits+0.1 86s > compute/image &b = &a-0.1 86s > and compare &b with flatf.fits 86s 86s > outdisk/fits middummb klaus.fit 86s middummb.bdf written to FITS file klaus.fit 86s > and compare klaus.fit with flatf.fits 86s > replace/image &b &z <,700=700.0 86s > replace/image klaus.fit &y <,700=700.0 86s > and compare the result frame &z with &y 86s > compute/image &a = (flatf.fits*1.3)-klaus.fit 86s test of COMPUTE/DIMAGE 86s ----------------------- 86s > compute/dimage dimagy = flatf.fits+0.1234567 86s > compute/dimage &d = flatf.fits-dimagy 86s > statist/image &d 86s > compute/dimage tan(45.0) 86s descr tests 86s ------------ 86s test of AVERAGE/IMAGE with FITS files 86s -------------------------------------- 86s > create/icat klaus avim*.fits 86s > read/icat klaus 86s > average/image &av = klaus.cat 86s +------------------------------------------+ 86s procedure verify6.prg: 86s Total time elapsed = 1 seconds. 86s All tests o.k. - you deserve a coffee now... 86s +------------------------------------------+ 86s +------------------------------------------+ 86s Start of procedure verify7.prg 86s +------------------------------------------+ 86s current F_UPDATE option = Yes 86s test of CREATE/IMA 86s ------------------ 86s > resample/image &z &zz half_step 86s > filter/smooth &zz &zzz 3,3,0. 86s > resample/image &zzz &b double_step 86s > filter/smooth &z &zz 2,2,0. 86s > compute/image &d = &zz-&x 86s test of REPLACE/IMA 86s ------------------- 86s > replace/ima &b veria 0.09,>=&a,0. 86s > find/min veria 86s > find/pixel veria 0.0,5.9 out all werio 221 86s > copy/dk werio.tbl tblcontr inputi 86s > find/pixel veria 0.0,0.1 out 86s test of APPLY/EDGE 86s ------------------ 86s > apply/edge veria &e 0.1 86s > replace/ima veria &b &e/0.09,>=2.59200E+02 86s test of EXTRACT, INSERT, FLIP/IMAGE 86s ----------------------------------- 86s > extra/image &f = &b[<,@26:>,@150] 86s test of COPY/... 86s ---------------- 86s create imageZ via: extra/ima &z = veria[<,@100:@100,@100] 86s copy: imageZ -> descrZ -> keyZ -> descrY -> imageY -> keyY 86s finally, compare the contents of keyZ and keyY (no message, if o.k.) 86s test of LOAD/IMAGE cube 86s ------------------- 86s test of very long command lines 86s ------------------------------- 86s aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb cccccccccccccccccccccccccccccccccccccccccccccccccc ddddddddddddddddddddddddddddddddd eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee ffffffffffffffffffffffffffffffffffffffffffffffffffffffffff ggggggggggggggggggggggggggggggggggggggg 99.9 86s keyword: IN_A type: char*1 no_elems: 120 86s aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaazzzzzzzzzz 86s 86s keyword: IN_B type: char*1 no_elems: 120 86s bbbbbbbbbbbbbbbbbbbbbbbbbbbzzzzzzzzzzzzzzzzz 86s 86s keyword: OUT_A type: char*1 no_elems: 120 86s ccccccccccccccccccccccccccccccccccccccccczz 86s 86s keyword: OUT_B type: char*1 no_elems: 120 86s dddddddddddddddddddddddddddddddddddddddddddddddddddzz 86s 86s keyword: INPUTC type: char*1 no_elems: 120 86s eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeezzzzzzzzzzzzzzz 86s 86s keyword: OUTPUTC type: char*1 no_elems: 80 86s fffffffffffffffffffffffffffffffffffffffffffffffzz 86s keyword: MID$ERRMESS type: char*1 no_elems: 80 86s ggggggggggggggggggggggggggggggggggggggggggzz 86s 86s mid$errmess(42:43) should be = `gz' 86s gz 86s test of WCS handling via CD matrix 86s --------------------------------- 86s > we need the FITS file `r.VIMOS.2004-07-13T08:27:31.790_0000.fits' 86s > fromFITS file: ccd.fits converted to: pxpos.bdf 86s image pxpos: 11 pixels found in given interval 86s 86s value at (xpx,ypx) 86s 538.000000 - (297,253) 86s 538.000000 - (271,504) 86s 538.000000 - (42,41) 86s 538.000000 - (60,81) 86s 538.000000 - (29,60) 86s 538.000000 - (219,321) 86s 538.000000 - (72,161) 86s 538.000000 - (25,81) 86s 538.000000 - (13,81) 86s 538.000000 - (9,81) 86s 538.000000 - (302,320) 86s image ccd filled from table postab 86s row no. frame pix(x,y) value 86s 1 42.0 41.0 99999.0 86s 2 29.0 60.0 99999.0 86s 3 9.0 81.0 99999.0 86s 4 13.0 81.0 99999.0 86s 5 25.0 81.0 99999.0 86s 6 60.0 81.0 99999.0 86s 7 72.0 161.0 99999.0 86s 8 297.0 253.0 99999.0 86s 9 302.0 320.0 99999.0 86s 10 219.0 321.0 99999.0 86s 11 271.0 504.0 99999.0 86s no. of rows processed = 11 86s image ccd: 11 pixels found in given interval 86s 86s value at (xpx,ypx) 86s 99999.000000 - (42,41) 86s 99999.000000 - (60,81) 86s 99999.000000 - (219,321) 86s 99999.000000 - (72,161) 86s 99999.000000 - (25,81) 86s 99999.000000 - (13,81) 86s 99999.000000 - (9,81) 86s 99999.000000 - (302,320) 86s 99999.000000 - (297,253) 86s 99999.000000 - (271,504) 86s 99999.000000 - (29,60) 86s min = 0.0000 , max = 0.0000 at frame pixel ( 1), ( 1) 86s min = 0.0000 , max = 0.0000 at frame pixel ( 1), ( 1) 86s frame: middummz.bdf (data = R4) 86s NAXIS: 2 86s NPIX: 2047 172 86s START: 0.0000000000000 0.0000000000000 86s STEP: 1.0000000000000 1.0000000000000 86s IDENT: image built from polygon 86s CUNIT: none given 86s LHCUTS: 0.000000 0.000000 0.000000 646.3000 86s HISTORY: 86s CREATE/IMAGE middummz.bdf 2,2047,172 0.,0.,1.,1. poly + R 86s INSERT/IMAGE middummb.bdf middummz.bdf @0548 86s WRITE/IMAGE middummz.bdf <,<,2047 6.46300E+02 all S 86s WRITE/IMAGE middummz.bdf <,>,2047 6.46300E+02 all S 86s INSERT/IMAGE middummc.bdf middummz.bdf <,< 86s INSERT/IMAGE middummc.bdf middummz.bdf >,< 86s total no. of descriptors: 8 86s Table : test 86s 86s Sequence X Y PEAK IDENT R1 86s -------- ---------- ---------- ------------ --------------- ---------- 86s 1 1.23 2.35 * * * 86s -------- ---------- ---------- ------------ --------------- ---------- 86s Sequence R2 R3 R4 R5 R6 R7 86s -------- ---------- ---------- ---------- ---------- ---------- ---------- 86s 1 * * * * * * 86s -------- ---------- ---------- ---------- ---------- ---------- ---------- 86s Sequence R8 R9 R10 R11 86s -------- ---------- ---------- ---------- ---------- 86s 1 * * * * 86s -------- ---------- ---------- ---------- ---------- 86s FITS file testtab.mt will have 1 extensions 86s FITS file: flatf.fits converted to: middummz.bdf 86s frame: flatf.fits (data = UI2, format = FITS) 86s NAXIS: 2 86s NPIX: 1124 1024 86s START: 0.99999999999988 0.99999999999989 86s STEP: 1.0000000000000 1.0000000000000 86s IDENT: 86s CUNIT: PIXEL PIXEL 86s LHCUTS: 0.000000 0.000000 0.000000 0.000000 87s Image catalog kukiwu with 3 entries created... 87s Image Catalog: kukiwu.cat 87s descriptor used for `Ident' is: ESO.DET.EXP.TYPE 87s No. of entries = 3, last entry = 3 87s Image Catalog: kukiwu.cat 87s -------------- 87s No Name Ident Naxis Npix 87s #0001 flatf.fitz Dark 2 1124,1024 87s #0002 kuki.fitz Dark 2 1124,1024 87s #0003 lola.fitz Dark 2 1124,1024 87s frame: lola.fitz (data = R4, format = FITS) 87s NAXIS: 2 87s NPIX: 1124 1024 87s START: 1.0000000000000 1.1234500000000 87s STEP: 1.0000000000000 1.0000000000000 87s IDENT: 87s CUNIT: PIXEL PIXEL 87s LHCUTS: 0.000000 0.000000 0.000000 12.00000 87s Table : testtab.mt 87s 87s Sequence X Y PEAK IDENT R1 87s -------- ---------- ---------- ------------ --------------- ---------- 87s 1 1.23 2.35 * * * 87s -------- ---------- ---------- ------------ --------------- ---------- 87s Sequence R2 R3 R4 R5 R6 R7 87s -------- ---------- ---------- ---------- ---------- ---------- ---------- 87s 1 * * * * 66.660000 77.770000 87s -------- ---------- ---------- ---------- ---------- ---------- ---------- 87s Sequence R8 R9 R10 R11 87s -------- ---------- ---------- ---------- ---------- 87s 1 * * * * 87s -------- ---------- ---------- ---------- ---------- 87s Table : testtab.mt [Transposed format] 87s No.Columns : 15 No.Rows : 1 87s All.Columns: 31 All.Rows: 8 Sel.Rows: 1 87s Sorted by :Sequence Reference:Sequence 87s Col.# 1:X Unit:Unitless Format:F10.2 R*4 87s Col.# 2:Y Unit:Unitless Format:F10.2 R*4 87s Col.# 3:PEAK Unit:Unitless Format:E12.3 R*4 87s Col.# 4:IDENT Unit:Unitless Format:F15.7 R*8 87s Col.# 5:R1 Unit:Unitless Format:F10.6 R*8 87s Col.# 6:R2 Unit:Unitless Format:F10.6 R*8 87s Col.# 7:R3 Unit:Unitless Format:F10.6 R*8 87s Col.# 8:R4 Unit:Unitless Format:F10.6 R*8 87s Col.# 9:R5 Unit:Unitless Format:F10.6 R*8 87s Col.# 10:R6 Unit:Unitless Format:F10.6 R*8 87s Col.# 11:R7 Unit:Unitless Format:F10.6 R*8 87s Col.# 12:R8 Unit:Unitless Format:F10.6 R*8 87s Col.# 13:R9 Unit:Unitless Format:F10.6 R*8 87s Col.# 14:R10 Unit:Unitless Format:F10.6 R*8 87s Col.# 15:R11 Unit:Unitless Format:F10.6 R*8 87s Selection: ALL 87s frame: testtab.mt (data = R4, format = FITS) 87s IDENT: 87s No. of selections: 4 87s No. of selections: 2 87s No. of selections: 3 87s No. of selections: 3 87s No. of selections: 5 87s No. of selections: 4 87s No. of selections: 7 87s No. of selections: 6 87s Table : verita 87s Column # 2 Label :y 87s Total no. of entries : 8, selected no. of entries : 6 87s Minimum value : 0.3783506E-43, Maximum value: 0.1388794E-10 87s Mean value : 0.23146959E-11, Standard dev.: 0.56697104E-11 87s veritb 87s POLYNOMIALS Input Table : veritb Type : MUL L-S 87s 87s N.Cases : 38 ; N.Ind.Vars : 1 87s Dependent variable : column # 1 87s Independent variable: column # 2 degree : 5 87s 87s degree 87s 0 4.4818E+04 87s 1 -2.6778E+01 87s 2 7.4671E-03 87s 3 -1.0405E-06 87s 4 7.1309E-11 87s 5 -1.9126E-15 87s 87s R.M.S error : 72.04152 87s 1 columns copied ... 87s S = 558.403992 87s S = 558.403992 87s frame: convint (data = R4) 87s complete area of frame 87s minimum, maximum: 1.000000e+00 1.000000e+00 87s at pixel (1),(1) 87s mean, standard_deviation: 1.000000e+00 0.000000e+00 87s 3rd + 4th moment: 0 0 87s total intensity: 190 87s dynamic range of data = 0.0 ... 87s exact median, 1. mode, mode: 1.000000e+00 1.000000e+00 1.000000e+00 87s total no. of bins, binsize: 0 0.000000e+00 87s # of pixels used = 190 from 1 to 190 (in pixels) 87s 1 columns copied ... 87s Table : veritout [Transposed format] 87s No.Columns : 4 No.Rows : 38 87s All.Columns: 5 All.Rows: 40 Sel.Rows: 38 87s Sorted by :Sequence Reference:Sequence 87s Col.# 1:FIT_1 Unit:Unitless Format:E12.6 R*4 87s Col.# 2:lab002_1 Unit:Unitless Format:E15.6 R*4 87s Col.# 3:FIT_2 Unit:Unitless Format:E12.6 R*4 87s Col.# 4:lab002_2 Unit:Unitless Format:E15.6 R*4 87s Selection: ALL 87s WARNING: XMAX = XMIN; increased XMAX by 1.0 87s Table : veritout 87s Column # 5 Label :diff 87s Total no. of entries : 38, selected no. of entries : 38 87s Minimum value : 0.000000 , Maximum value: 0.000000 87s Mean value : 0.0000000 , Standard dev.: 0.0000000 87s FITS file: NOT.fits converted to: not_telescope.bdf 87s frame: not_telescope (data = R8) 87s complete area of frame 87s minimum, maximum: 9.899000e+03 1.241720e+05 87s at pixel (2,1423),(136,1) 87s mean, standard_deviation: 1.011972e+05 2.122545e+04 87s 3rd + 4th moment: -3.9457 16.935 87s total intensity: 4.46047e+11 87s exact median, 1. mode, mode: 1.062270e+05 1.012306e+04 1.078153e+05 87s total no. of bins, binsize: 256 4.481294e+02 87s # of pixels used = 4407696 from 1,1 to 2148,2052 (in pixels) 87s Image zzz0001 : Ramp 8-bit , naxis: 2, pixels: 123, 321 87s Image zzz0002 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Image zzz0003 : Ramp 32-bit , naxis: 2, pixels: 137, 271 87s Image zzz0004 : Ramp 32-bit scal , naxis: 2, pixels: 256, 256 87s Image zzz0005 : Wave 32-bit FP , naxis: 2, pixels: 102, 109 87s Image zzz0006 : Wave 64-bit fp , naxis: 2, pixels: 77, 173 87s Image zzz0007 : IEEE 32-bit test , naxis: 1, pixels: 38, 0 87s Image zzz0008 : IEEE 64-bit test , naxis: 1, pixels: 38, 0 87s Table zzz0009 : , Table r,c: 53, 8 87s Image zzz0009 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Table zzz0010 : , Table r,c: 11, 13 87s Image zzz0010 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Image zzz0011 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Table zzz0011 : , Table r,c: 53, 8 87s Image zzz0012 : Wave 32-bit FP , naxis: 2, pixels: 102, 109 87s Table zzz0012 : , Table r,c: 11, 13 87s Warning: PCOUNT not zero 87s Warning: GCOUNT > 1 87s Warning: Unknown FITS extension skipped! 87s Image zzz0012a : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Table zzz0012a : , Table r,c: 53, 8 87s Image zzz0013 : Test data , naxis: 2, pixels: 128, 128 87s Image catalog zzzi with 14 entries created... 87s Table catalog zzzt with 4 entries created... 87s File zzz0001.bdf written to disk> zzi0001.mt 87s File zzz0002.bdf written to disk> zzi0002.mt 87s File zzz0003.bdf written to disk> zzi0003.mt 87s File zzz0004.bdf written to disk> zzi0004.mt 87s File zzz0005.bdf written to disk> zzi0005.mt 87s File zzz0006.bdf written to disk> zzi0006.mt 87s File zzz0007.bdf written to disk> zzi0007.mt 87s File zzz0008.bdf written to disk> zzi0008.mt 87s File zzz0009.bdf written to disk> zzi0009.mt 87s File zzz0010.bdf written to disk> zzi0010.mt 87s File zzz0011.bdf written to disk> zzi0011.mt 87s File zzz0012.bdf written to disk> zzi0012.mt 87s File zzz0012a.bdf written to disk> zzi0013.mt 87s File zzz0013.bdf written to disk> zzi0014.mt 87s Total 14 files written with 0.89 Mbytes 87s File zzz0009.tbl written to disk> zzt0001.mt 87s File zzz0010.tbl written to disk> zzt0002.mt 87s File zzz0011.tbl written to disk> zzt0003.mt 87s File zzz0012.tbl written to disk> zzt0004.mt 87s File zzz0012a.tbl written to disk> zzt0005.mt 87s Total 5 files written with 0.06 Mbytes 87s File zzz0003.bdf written to disk> zzx0003.mt 87s Total 1 files written with 0.15 Mbytes 87s FITS file: tst0012.mt converted to: toto0001.bdf 87s FITS file: tst0012.mt converted to: toto0002.tbl 87s Warning: PCOUNT not zero 87s Warning: GCOUNT > 1 87s Warning: Unknown FITS extension skipped! 87s FITS file: tst0012.mt converted to: toto0003.bdf 87s FITS file: tst0012.mt converted to: toto0004.tbl 87s 1 FITS files converted to 4 Midas files 87s Table catalog klaus with 5 entries created... 87s Table Catalog: klaus.cat 87s 87s No Name Ident columns rows 87s #0001 zzt0001.mt ESO-MIDAS 8 53 87s #0002 zzt0002.mt ESO-MIDAS 13 11 87s #0003 zzt0003.mt ESO-MIDAS 8 53 87s #0004 zzt0004.mt ESO-MIDAS 13 11 87s #0005 zzt0005.mt ESO-MIDAS 8 53 87s FITS file: zzt0001.mt converted to: lola0001.bdf 87s FITS file: zzt0001.mt converted to: lola0002.tbl 87s FITS file: zzt0002.mt converted to: lola0003.bdf 87s FITS file: zzt0002.mt converted to: lola0004.tbl 87s FITS file: zzt0003.mt converted to: lola0005.bdf 87s FITS file: zzt0003.mt converted to: lola0006.tbl 87s FITS file: zzt0004.mt converted to: lola0007.bdf 87s FITS file: zzt0004.mt converted to: lola0008.tbl 87s FITS file: zzt0005.mt converted to: lola0009.bdf 87s FITS file: zzt0005.mt converted to: lola0010.tbl 87s 5 FITS files converted to 10 Midas files 87s Image a0000 : Ramp 8-bit , naxis: 2, pixels: 123, 321 87s Single image is renamed to a0001.bdf 87s (to obtain same name as with `intape/fits') 87s Image b0000 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Single image is renamed to b0001.bdf 87s (to obtain same name as with `intape/fits') 87s Image c0000 : Ramp 32-bit , naxis: 2, pixels: 137, 271 87s Single image is renamed to c0001.bdf 87s (to obtain same name as with `intape/fits') 87s Image d0000 : Ramp 32-bit scal , naxis: 2, pixels: 256, 256 87s Single image is renamed to d0001.bdf 87s (to obtain same name as with `intape/fits') 87s Image e0000 : Wave 32-bit FP , naxis: 2, pixels: 102, 109 87s Single image is renamed to e0001.bdf 87s (to obtain same name as with `intape/fits') 87s Image f0000 : Wave 64-bit fp , naxis: 2, pixels: 77, 173 87s Single image is renamed to f0001.bdf 87s (to obtain same name as with `intape/fits') 87s Image g0000 : IEEE 32-bit test , naxis: 1, pixels: 38, 0 87s Single image is renamed to g0001.bdf 87s (to obtain same name as with `intape/fits') 87s Image h0000 : IEEE 64-bit test , naxis: 1, pixels: 38, 0 87s Single image is renamed to h0001.bdf 87s (to obtain same name as with `intape/fits') 87s EFH tt0000 : empty primary FITS header (NAXIS=0) 87s Image tt0001 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Table tt0002 : , Table r,c: 53, 8 87s 3 extensions read in ... 87s FITS file tst99.mt will have 12 extensions 87s extension[0] - type = Empty primary header 87s extension[1] EXTNAME: quality - type = Image 87s extension[2] EXTNAME: Asciitable - type = Ascii table 87s extension[3] EXTNAME: - type = Empty header 87s extension[4] EXTNAME: quality - type = Image 87s extension[5] EXTNAME: Asciitable - type = Binary table 87s extension[6] EXTNAME: - type = Image 87s extension[7] EXTNAME: - type = Image 87s extension[8] EXTNAME: - type = Image 87s extension[9] EXTNAME: - type = Image 87s extension[10] EXTNAME: - type = Empty header 87s extension[11] EXTNAME: - type = Image 87s extension[12] EXTNAME: - type = Image 87s extension[13] EXTNAME: - type = Image 87s extension[14] EXTNAME: - type = Image 87s total no. of extensions = 15 87s 87s EFH toto0000 : empty primary FITS header (NAXIS=0) 87s Image toto0001 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Table toto0002 : , Table r,c: 53, 8 87s EFH toto0003 : empty FITS header (NAXIS=0) 87s Image toto0004 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Table toto0005 : , Table r,c: 53, 8 87s Image toto0006 : Ramp 8-bit , naxis: 2, pixels: 123, 321 87s Image toto0007 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Image toto0008 : Ramp 32-bit , naxis: 2, pixels: 137, 271 87s Image toto0009 : Ramp 32-bit scal , naxis: 2, pixels: 256, 256 87s EFH toto0010 : empty FITS header (NAXIS=0) 87s 5 extensions read in ... 87s Table : toto0005 [Transposed format] 87s No.Columns : 8 No.Rows : 53 87s All.Columns: 15 All.Rows: 56 Sel.Rows: 53 87s Sorted by :Sequence Reference:Sequence 87s Col.# 1:IDENT Unit: Format:A9 C*9 87s Col.# 2:Mag Unit: Format:E15.5 R*4 87s Col.# 3:Channel Unit: Format:F8.1 R*4 87s Col.# 4:Dist Unit:PC Format:F9.3 R*4 87s Col.# 5:Mass Unit: Format:F20.15 R*8 87s Col.# 6:Class Unit: Format:A5 C*5 87s Col.# 7:Type Unit: Format:A1 C*1 87s Col.# 8:Class_No Unit: Format:I11 I*4 87s Selection: ALL 87s extension[0] - type = Empty primary header 87s extension[1] EXTNAME: Asciitable - type = Ascii table 87s extension[2] EXTNAME: quality - type = Image 87s total no. of extensions = 3 87s 87s EFH lola0000 : empty primary FITS header (NAXIS=0) 87s Table lola0001 : , Table r,c: 53, 8 87s Image lola0002 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s 3 extensions read in ... 87s frame: lola0001.tbl (data = R4) 87s TBLENGTH: 87s 9 436207617 436207617 436207617 452984833 5 1 167772161 87s 0 0 0 0 0 0 0 87s TBLOFFST: 87s 4 13 17 21 25 33 38 39 87s 0 0 0 0 0 0 0 87s TBLCONTR: 87s 15 56 8 53 0 0 0 1 87s 15 53 87s TSELTABL: 87s - 87s IDENT: 87s O_TIME: 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 87s DATE: 1992.634 87s ORIGIN: ESO 87s AUTHOR: P.Grosbol 87s COMMENT: Test file for ASCII table extension 87s EXTNAME: Asciitable 87s TLABL001: IDENT A9 === 87s TLABL002: Mag E15.5 === 87s TLABL003: Channel F8.1 === 87s TLABL004: Dist PC F9.3 === 87s TLABL005: Mass F20.15=== 87s TLABL006: Class A5 === 87s TLABL007: Type A1 === 87s TLABL008: Class_No I11 === 87s total no. of descriptors: 19 87s frame: lola.fits[1] (data = R4, format = FITS) 87s TBLENGTH: 87s 9 436207617 436207617 436207617 452984833 5 1 167772161 87s 0 0 0 0 0 0 0 87s TBLOFFST: 87s 4 13 17 21 25 33 38 39 87s 0 0 0 0 0 0 0 87s TBLCONTR: 87s 15 56 8 53 0 0 0 1 87s 15 53 87s TSELTABL: 87s - 87s IDENT: 87s O_TIME: 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 87s DATE: 1992.634 87s ORIGIN: ESO 87s AUTHOR: P.Grosbol 87s COMMENT: Test file for ASCII table extension 87s EXTNAME: Asciitable 87s TLABL001: IDENT A9 === 87s TLABL002: Mag E15.5 === 87s TLABL003: Channel F8.1 === 87s TLABL004: Dist PC F9.3 === 87s TLABL005: Mass F20.15=== 87s TLABL006: Class A5 === 87s TLABL007: Type A1 === 87s TLABL008: Class_No I11 === 87s total no. of descriptors: 19 87s frame: lola0002 (data = I2) 87s complete area of frame 87s minimum, maximum: 0.000000e+00 7.200000e+01 87s at pixel (1,1,1),(73,1,1) 87s mean, standard_deviation: 3.600000e+01 2.107224e+01 87s 3rd + 4th moment: 0 1.79923 87s total intensity: 407340 87s exact median, 1. mode, mode: 3.600000e+01 1.411765e-01 1.411765e-01 87s total no. of bins, binsize: 256 2.823530e-01 87s # of pixels used = 11315 from 1,1,1 to 73,31,5 (in pixels) 87s frame: lola.fits[2] (data = I2, format = FITS) 87s complete area of frame 87s minimum, maximum: 0.000000e+00 7.200000e+01 87s at pixel (1,1,1),(73,1,1) 87s mean, standard_deviation: 3.600000e+01 2.107224e+01 87s 3rd + 4th moment: 0 1.79923 87s total intensity: 407340 87s exact median, 1. mode, mode: 3.600000e+01 1.411765e-01 1.411765e-01 87s total no. of bins, binsize: 256 2.823530e-01 87s # of pixels used = 11315 from 1,1,1 to 73,31,5 (in pixels) 87s frame: lola.fits[0] (data = I1, format = FITS) 87s NAXIS: 0 87s O_POS: 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s O_TIME: 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 87s ORIGIN: ESO 87s DATE: 1992.634 87s COMMENT: 87s This is a minimum FITS header with no data matrix. 87s FITS extensions may come afte 87s r this header. 87s 87s IDENT: 87s total no. of descriptors: 7 87s frame: lola0000 (data = I1) 87s NAXIS: 0 87s O_POS: 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s O_TIME: 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 87s ORIGIN: ESO 87s DATE: 1992.634 87s COMMENT: 87s This is a minimum FITS header with no data matrix. 87s FITS extensions may come afte 87s r this header. 87s 87s IDENT: 87s HISTORY: 87s Empty primary header of: lola.fits 87s KLAUS: Klaus 87s total no. of descriptors: 9 87s the $MID_TEST directory for this verification 87s > please, get the latest demo_data tar file from the ESO ftp server 87s > to bring your MID_TEST dir up to date ... 87s > test skipped. 87s test of FIND/PXPOS 87s ------------------ 87s +------------------------------------------+ 87s procedure verify7.prg: 87s Total time elapsed = 0 seconds. 87s All tests o.k. - you deserve a coffee now... 87s +------------------------------------------+ 87s +------------------------------------------+ 87s Start of procedure verify8.prg 87s +------------------------------------------+ 87s current F_UPDATE option = Yes 87s test of constructing an image 87s ---------------------------- 87s test of LOAD/IMAGE with scaling 87s ------------------------------- 87s test of LOAD/IMAGE with different planes (video) 87s ------------------------------------------------ 87s some more table tests 87s --------------------- 87s test.tbl written to FITS file testtab.mt 87s test of handling FITS images 87s ---------------------------- 87s > write/descr flatf.fits start/d/2/1 1.12345 87s > and now start(2) of flatf.fits: 87s 1.12345E+00 87s > write/image flatf.fits @100,@200,2 11.,12. 87s > compute/image &r = flatf.fits+21.22 87s > copy FITS file flatf.fits to the files: 87s a_VLT_instrument_like_very_long_name_ident1.fits and 87s a_VLT_instrument_like_very_long_name_ident2.fits and 87s a_VLT_instrument_like_very_long_name_ident3.fits 87s > compute/image &m = (a_VLT_instrument_like_very_long_name_ident1.fits + 87s (a_VLT_instrument_like_very_long_name_ident2.fits*1.03)) + 87s (a_VLT_instrument_like_very_long_name_ident3.fits/4.4) 87s test of creating FITS images automatically 87s ------------------------------------------ 87s > -rename flatf.fits flatf.fitz 87s > set/midas newfiles=fits,fitz 87s > replace/image flatf.fitz &a <,300=0.0 87s > compute/image &t = (444.4+middumma.fitz)/12. 87s > create/icat kukiwu *.fitz ESO.DET.EXP.TYPE 87s > show/icat kukiwu 87s > read/icat kukiwu 87s > read/descr #3_kukiwu 87s some tests of handling FITS tables 87s ---------------------------------- 87s > write/table testtab.mt :R6 @1 66.66 87s > testtab.mt,:r7,@1 = 77.77 87s > read/table testtab.mt 87s > show/table testtab.mt 87s +------------------------------------------+ 87s procedure verify8.prg: 87s Total time elapsed = 0 seconds. 87s All tests o.k. - you deserve a coffee now... 87s +------------------------------------------+ 87s +------------------------------------------+ 87s Start of procedure verifyt1.prg 87s +------------------------------------------+ 87s test of CREATE/TAB 87s ---------------- 87s test of COMPUTE/TAB 87s ----------------- 87s test of SELECT/TAB 87s ----------------- 87s test of the NULL values 87s ----------------- 87s test of STAT/TAB 87s ----------------- 87s +------------------------------------------+ 87s procedure verifyt1.prg: 87s Total time elapsed = 0000 seconds. 87s All tests o.k. - you deserve a coffee now... 87s +------------------------------------------+ 87s +------------------------------------------+ 87s Start of procedure verifyt2.prg 87s +------------------------------------------+ 87s > indisk/fits NOT.fits not_telescope 87s > statistics/image not_telescope 87s +------------------------------------------+ 87s procedure verifyt2.prg: 87s Total time elapsed = 0000 seconds. 87s All tests o.k. - you deserve a coffee now... 87s +------------------------------------------+ 87s +------------------------------------------+ 87s Start of procedure verifydio.prg 87s +------------------------------------------+ 87s 1 entry added/updated for catalog zzzt 87s > checking INDISK/FITS for FITS file with extensions 87s > indisk/fits tst0012.mt 87s > indisk/fits klaus.cat lola* ? ? no 87s 87s > info/frame tst0020.mt ext 87s > indisk/mfits tst0020.mt[1,quality,5-6,asciitable,10] 87s We miss the prefix... so we use `toto' 87s +------------------------------------------+ 87s procedure verifydio.prg: 87s Total time elapsed = 0001 seconds. 87s All tests o.k. - you deserve a coffee now... 87s +------------------------------------------+ 87s +------------------------------------------+ 87s Start of procedure verify99.prg 87s +------------------------------------------+ 87s test of access to FITS extensions 87s --------------------------------- 87s > info/frame lola.fits extens 87s > indisk/mfits lola.fits lola 87s > statistics/image lola0002 87s > statistics/image lola.fits[2] 87s > read/descr lola.fits[0] * 87s > outdisk/sfits lola0000.bdf,lola0001.tbl,lola0002FITS file lolanew.fits will have 3 extensions 87s frame: lolanew.fits[0] (data = I1, format = FITS) 87s NAXIS: 0 87s O_POS: 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s O_TIME: 87s 1900.0000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 87s COMMENT: 87s NOST 100-2.0: Hanisch,R. et al. 2001, Astron. & Astrophys. 376, 559 87s This is a mi 87s nimum FITS header with no data matrix. 87s FITS extensions may come after this heade 87s r. 87s 87s ORIGIN: ESO-MIDAS 87s DATE: 2026.090 87s FILENAME: lola0000.bdf 87s HISTORY: 87s Empty primary header of: lola.fits 87s KLAUS: Klaus 87s IDENT: 87s total no. of descriptors: 10 87s Table : lolanew.fits[1] [Transposed format] 87s No.Columns : 8 No.Rows : 53 87s All.Columns: 15 All.Rows: 56 Sel.Rows: 53 87s Sorted by :Sequence Reference:Sequence 87s Col.# 1:IDENT Unit: Format:A9 C*9 87s Col.# 2:Mag Unit: Format:E15.5 R*4 87s Col.# 3:Channel Unit: Format:F8.1 R*4 87s Col.# 4:Dist Unit:PC Format:F9.3 R*4 87s Col.# 5:Mass Unit: Format:F20.15 R*8 87s Col.# 6:Class Unit: Format:A5 C*5 87s Col.# 7:Type Unit: Format:A1 C*1 87s Col.# 8:Class_No Unit: Format:I11 I*4 87s Selection: ALL 87s Image toto0000 : Wave 32-bit FP , naxis: 2, pixels: 102, 109 87s Table toto0001 : , Table r,c: 11, 13 87s Warning: PCOUNT not zero 87s Warning: GCOUNT > 1 87s Image toto0002 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Table toto0003 : , Table r,c: 53, 8 87s 5 extensions read in ... 87s FITS file lolanew.fits will have 5 extensions 87s extension[0] - type = Empty primary header 87s extension[1] EXTNAME: Asciitable - type = Binary table 87s extension[2] EXTNAME: quality - type = Image 87s extension[3] EXTNAME: - type = Binary table 87s extension[4] EXTNAME: quality - type = Image 87s total no. of extensions = 5 87s 87s 5 extensions read in ... 87s FITS file lolanew.fits will have 6 extensions 87s extension[0] - type = Empty primary header 87s extension[1] EXTNAME: - type = Empty header 87s extension[2] EXTNAME: Asciitable - type = Binary table 87s extension[3] EXTNAME: quality - type = Image 87s extension[4] EXTNAME: - type = Binary table 87s extension[5] EXTNAME: quality - type = Image 87s total no. of extensions = 6 87s 87s EFH lolab0000 : empty primary FITS header (NAXIS=0) 87s EFH lolab0001 : empty FITS header (NAXIS=0) 87s 2 extensions read in ... 87s frame: lolab0001.bdf (data = I1) 87s NAXIS: 0 87s O_POS: 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s O_TIME: 87s 1900.0000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 0.0000000000000 0.0000000000000 87s 0.0000000000000 87s ORIGIN: ESO-MIDAS 87s DATE: 2026.090 87s FILENAME: lola0000 87s COMMENT: 87s This is a minimum FITS header with no data matrix. 87s FITS extensions may come afte 87s r this header. 87s 87s HISTORY: 87s Empty primary header of: lola.fits 87s Empty header extracted from: lolanew.fits[1] 87s KLAUS: Klaus 87s IDENT: 87s total no. of descriptors: 10 87s EFH lola0000 : empty primary FITS header (NAXIS=0) 87s EFH lola0001 : empty FITS header (NAXIS=0) 87s Table lola0002 : , Table r,c: 53, 8 87s Image lola0003 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s Table lola0004 : , Table r,c: 0, 4 87s Image lola0005 : Ramp 16-bit , naxis: 3, pixels: 73, 31 87s 6 extensions read in ... 87s FITS file: md5image.fits converted to: md5ima.bdf 87s FITS file: md5table.fits converted to: md5tab.tbl 87s FITS file md5image.fits will have 1 extensions 88s filename : md5image.fits 88s MD5 declared: ................................ 88s MD5 computed: 28cd15ee1d98b891592419fb36ed9dae 88s FITS file md5tableima.fits will have 3 extensions 88s filename : md5tableima.fits 88s MD5 declared: ................................ 88s MD5 computed: 7e529c63d8ab10d79db1d01352de1ca9 88s FITS file md5table.fits will have 2 extensions 88s filename : md5table.fits 88s MD5 declared: ................................ 88s MD5 computed: 64a2cd1cccc3b5d452e31113006f6686 88s filename : x__x.fits 88s MD5 declared: ................................ 88s MD5 computed: 28cd15ee1d98b891592419fb36ed9dae 88s filename : x__x.fits 88s MD5 declared: ................................ 88s MD5 computed: 64a2cd1cccc3b5d452e31113006f6686 88s filename : md5image.fits 88s MD5 declared: 28cd15ee1d98b891592419fb36ed9dae 88s MD5 computed: 28cd15ee1d98b891592419fb36ed9dae 88s filename : md5tableima.fits 88s MD5 declared: 7e529c63d8ab10d79db1d01352de1ca9 88s MD5 computed: 7e529c63d8ab10d79db1d01352de1ca9 88s filename : md5table.fits 88s MD5 declared: 64a2cd1cccc3b5d452e31113006f6686 88s MD5 computed: 64a2cd1cccc3b5d452e31113006f6686 88s filename : x__x.fits 88s MD5 declared: 28cd15ee1d98b891592419fb36ed9dae 88s MD5 computed: 28cd15ee1d98b891592419fb36ed9dae 88s filename : x__x.fits 88s MD5 declared: 64a2cd1cccc3b5d452e31113006f6686 88s MD5 computed: 64a2cd1cccc3b5d452e31113006f6686 88s filename : md55ima.fits 88s MD5 declared: 28cd15ee1d98b891592419fb36ed9dae 88s MD5 computed: 28cd15ee1d98b891592419fb36ed9dae 88s frame: md55ima.fits[0] (data = I1, format = FITS) 88s DATAMD5: 28cd15ee1d98b891592419fb36ed9dae 88s filename : md55tab.tfits 88s MD5 declared: ................................ 88s MD5 computed: 64a2cd1cccc3b5d452e31113006f6686 88s frame: md55tab.tfits[0] (data = R4, format = FITS) 88s name: DATAMD5 (data MD5 signature) 88s type: character no. of elements: 32 88s 64a2cd1cccc3b5d452e31113006f6686 88s FITS file verita.mt will have 1 extensions 88s No. of selections: 4 88s No. of selections: 2 88s No. of selections: 3 88s No. of selections: 3 88s No. of selections: 5 88s No. of selections: 4 88s No. of selections: 7 88s No. of selections: 6 88s Table : verita.mt 88s Column # 2 Label :y 88s Total no. of entries : 8, selected no. of entries : 6 88s Minimum value : 0.3783506E-43, Maximum value: 0.1388794E-10 88s Mean value : 0.23146959E-11, Standard dev.: 0.56697104E-11 88s FITS file veritb.mt will have 1 extensions 88s veritb.mt 88s POLYNOMIALS Input Table : veritb.m Type : MUL L-S 88s 88s N.Cases : 38 ; N.Ind.Vars : 1 88s Dependent variable : column # 1 88s Independent variable: column # 2 degree : 5 88s 88s degree 88s 0 4.4818E+04 88s 1 -2.6778E+01 88s 2 7.4671E-03 88s 3 -1.0405E-06 88s 4 7.1309E-11 88s 5 -1.9126E-15 88s 88s R.M.S error : 72.04152 88s 1 columns copied ... 88s S = 558.403992 88s S = 558.403992 88s frame: convint (data = R4) 88s complete area of frame 88s minimum, maximum: 1.000000e+00 1.000000e+00 88s at pixel (1),(1) 88s mean, standard_deviation: 1.000000e+00 0.000000e+00 88s 3rd + 4th moment: 0 0 88s total intensity: 190 88s dynamic range of data = 0.0 ... 88s exact median, 1. mode, mode: 1.000000e+00 1.000000e+00 1.000000e+00 88s total no. of bins, binsize: 0 0.000000e+00 88s # of pixels used = 190 from 1 to 190 (in pixels) 88s 1 columns copied ... 88s Table : veritout [Transposed format] 88s No.Columns : 4 No.Rows : 38 88s All.Columns: 5 All.Rows: 40 Sel.Rows: 38 88s Sorted by :Sequence Reference:Sequence 88s Col.# 1:FIT_1 Unit:Unitless Format:E12.6 R*4 88s Col.# 2:lab002_1 Unit:Unitless Format:E15.6 R*4 88s Col.# 3:FIT_2 Unit:Unitless Format:E12.6 R*4 88s Col.# 4:lab002_2 Unit:Unitless Format:E15.6 R*4 88s Selection: ALL 88s WARNING: XMAX = XMIN; increased XMAX by 1.0 88s Table : veritout 88s Column # 5 Label :diff 88s Total no. of entries : 38, selected no. of entries : 38 88s Minimum value : 0.000000 , Maximum value: 0.000000 88s Mean value : 0.0000000 , Standard dev.: 0.0000000 88s FITS file veritx.mt will have 1 extensions 88s veritx.mt 88s POLYNOMIALS Input Table : veritx.m Type : MUL L-S 88s 88s N.Cases : 1216 ; N.Ind.Vars : 1 88s Dependent variable : column # 1 88s Independent variable: column # 2 degree : 5 88s 88s degree 88s 0 4.4199E+04 88s 1 -2.6224E+01 88s 2 7.2860E-03 88s 3 -1.0129E-06 88s 4 6.9304E-11 88s 5 -1.8569E-15 88s 88s R.M.S error : 79.96005 88s 1 columns copied ... 88s .bdf lolanew.fits 88s > read/descr lolanew.fits[0] * 88s > show/tab lolanew.fits[1] 88s more tests of the same 88s ---------------------- 88s > indisk/mfits tst0012.mt toto 88s > create a table without any filled row 88s > and store it as an extension in a FITS file via `outdisk/sfits' 88s > list extensions of that FITS file (lolanew.fits) 88s > info/frame lolanew.fits ext 88s > build a FITS file with the first two FITS headers empty (NAXIS=0) 88s > info/frame lolanew.fits ext 88s > get 2nd empty header: indisk/mfits lolanew.fits[1] lolab 88s > pull out all extensions: indisk/mfits lolanew.fits 88s tests of COMPUTE/SIGNATURE 88s -------------------------- 88s > 88s > get the MD5 signature for FITS files 88s > compute/signature md5image.fits 88s > compute/signature md5tableima.fits calc 88s > compute/signature md5table.fits 88s > 88s > get the MD5 signature for corresponding Midas files 88s > compute/signature md5ima.bdf 88s > compute/signature md5tab.tbl 88s > 88s > now just compare the signatures 88s > compute/signature md5image.fits calc 88s > compute/signature md5tableima.fits calc 88s > compute/signature md5table.fits calc 88s > compute/signature md5ima.bdf calc 88s > compute/signature md5tab.tbl calc 88s > 88s > now we create FITS files from the Midas files 88s > and put DATAMD5 always into the primary header 88s > compute/signature md5ima.bdf ? md55ima.fits 88s > compute/signature md5tab.tbl ? md55tab.tfits 88s tests of incorrect FITS headers 88s ------------------------------- 88s +------------------------------------------+ 88s procedure verify99.prg: 88s Total time elapsed = 1 seconds. 88s All tests o.k. - you deserve a coffee now... 88s current F_UPDATE option = No 88s +------------------------------------------+ 88s Start of procedure verify9.prg 88s +------------------------------------------+ 88s serious FITS table tests 88s ------------------------ 88s > creating FITS table `verita.mt' 88s verita.tbl written to FITS file verita.mt 88s 88s > compute/table verita.mt :x = seq+1 88s > compute/table verita.mt :y = ln(:x)-sqrt(seq-1.) 88s > compute/tab verita.mt :z = (ln(:x+:y*2))**2 88s > compute/table verita.mt :y = :x**(2.+1) 88s > compute/table verita.mt :z = sin(:x+:y*4*:y)/sqrt(:x)+int(:x)/3. 88s > compute/table verita.mt :y = exp(-(:x+2)**2) 88s 88s > select/table verita.mt sqrt(:z).le.1.5 88s > select/table verita.mt :w.eq."a*" 88s > select/table verita.mt :w.eq."~a[b ]*" 88s > select/table verita.mt :w.ne."".and.ln(:z).gt.0.5 88s > select/table verita.mt :w.ne."".and.min(:z,sqrt(:x)).le.2.3 88s > select/table verita.mt mod(:x,:z).le.0.1.or.(:x.ge.6.and.:x.le.8) 88s > select/table verita.mt all 88s 88s > compute/table verita.mt :z = ln(:z) 88s > select/table verita.mt :z.ne.NULL 88s > write/table verita.mt :z @8 0. 88s > compute/table verita.mt :z = 1/:z 88s > select/table verita.mt :z.ne.NULL 88s 88s > statist/table verita.mt :y 88s 88s and more serious FITS table tests 88s --------------------------------- 88s > create/table veritb 2 38 veritb.dat 88s veritb.tbl written to FITS file veritb.mt 88s > sort/table veritb.mt #2 88s > regression/polynomial veritb.mt #1 #2 5 88s > save/regression veritb.mt regre 88s > create/column veritb.mt :FIT 88s > compute/regression veritb.mt :FIT = REGRE 88s > project/table veritb.mt veritc #2 88s > create/column veritc :SPLINE E15.6 88s > interpolate/tt veritc :LAB002,:SPLINE veritb.mt :LAB002,:LAB001 0.001 88s > create/image ref 1,190 2410,50 nodata 88s > interpolate/ti veritb veritb.mt #2,#1 ref 0.001 88s > convert/table conv = veritb.mt #2 #1 ref SPLINE 0.001,3 88s > compute/image convint = conv/veritb 88s > statist/image convint 88s > sort/table veritb.mt #1 88s > sort/table veritb.mt #1(-) 88s > project/table veritb.mt veritd.tbl #3 88s > copy/tt veritb.mt #2 veritd.tbl :lab002 88s > copy/table veritd.tbl verite.tbl 88s > join/table veritd.tbl #1,#2 verite.tbl #1,#2 veritout 0.,0. 88s > show/table veritout 88s > compute/table veritout :diff = #3-#1 88s > statist/table veritout :diff 88s 88s and even more FITS table tests 88s ------------------------------ 88s > create/table veritx.tbl 3 1216 veritx.dat 88s > outdisk/fits veritx.tbl veritx.mt 88s veritx.tbl written to FITS file veritx.mt 88s > sort/table veritx.mt #2 88s > regression/polynomial veritx.mt #1 #2 5 88s > save/regression veritx.mt regre 88s > create/column veritx.mt :FIT 88s > compute/regression veritx.mt :FIT = REGRE 88s > project/table veritx.mt veritc #2 88s > sort/table veritx.mt #1,#3 88s > sort/table veritx.mt #1,#3(-) 88s 88s > compute/tTable : veritx.mt 88s Column # 5 Label :z 88s Total no. of entries : 1216, selected no. of entries : 1216 88s Minimum value : 3.496508 , Maximum value: 4.477905 88s Mean value : 4.1454065 , Standard dev.: 0.31434639 88s EFH toto0000 : empty primary FITS header (NAXIS=0) 88s Table toto0001 : , Table r,c: 53, 8 88s Image toto0002 : Ramp 16-bit , naxis: 3, pixels: 73, 31 88s 3 extensions read in ... 88s frame: toto0001.tbl (data = R4) 88s name: LOGTEST (This is a single logical descr.) 88s type: logical no. of elements: 1 88s 1 88s frame: toto0002 (data = I2) 88s name: LOGO (...) 88s type: logical no. of elements: 3 88s 1 0 1 88s FITS file tstnew.fits will have 2 extensions 88s EFH klaus0000 : empty primary FITS header (NAXIS=0) 88s Table klaus0001 : , Table r,c: 53, 8 88s Image klaus0002 : Ramp 16-bit , naxis: 3, pixels: 73, 31 88s 3 extensions read in ... 88s frame: middummx.bdf (data = R4) 88s complete area of frame 88s minimum, maximum: -4.620720e+00 4.867699e+00 88s at pixel (91,266),(200,503) 88s mean, standard_deviation: -4.507697e-03 9.998569e-01 88s 3rd + 4th moment: -0.000387698 2.99791 88s total intensity: -1181.67 88s exact median, 1. mode, mode: -5.962871e-03 -4.602116e+00 -1.741870e-01 88s total no. of bins, binsize: 256 3.720948e-02 88s # of pixels used = 262144 from 1,1 to 512,512 (in pixels) 88s FITS file: nttexample.mt converted to: middummfitsa.bdf 88s frame: middummfitsa.bdf (data = UI2) 88s area [@100,@100:@200,@200] of frame 88s minimum, maximum: 4.890000e+02 5.060000e+02 88s at pixel (196,112),(110,104) 88s mean, standard_deviation: 4.981447e+02 2.272651e+00 88s 3rd + 4th moment: 0.0381071 2.94439 88s total intensity: 5.08157e+06 88s exact median, 1. mode, mode: 4.980000e+02 4.890333e+02 4.989667e+02 88s total no. of bins, binsize: 256 6.666667e-02 88s # of pixels used = 10201 from 100,100 to 200,200 (in pixels) 88s frame: middummfitsa.bdf[@100,@100:@200,@200] (data = UI2) 88s complete area of frame 88s minimum, maximum: 4.890000e+02 5.060000e+02 88s at pixel (97,13),(11,5) 88s mean, standard_deviation: 4.981447e+02 2.272651e+00 88s 3rd + 4th moment: 0.0381071 2.94439 88s total intensity: 5.08157e+06 88s exact median, 1. mode, mode: 4.980000e+02 4.890333e+02 4.989667e+02 88s total no. of bins, binsize: 256 6.666667e-02 88s # of pixels used = 10201 from 1,1 to 101,101 (in pixels) 88s min = 333.00 , max = 333.00 88s at frame pixel ( 1, 1), ( 1, 1) 88s FITS file: PWDL_990510A_G300V_S25_1x1s.mt converted to: PWDL_990510A_G300V_S25_1x1s.tbl 88s frame: PWDL_990510A_G300V_S25_1x1s.tbl (data = R4) 88s TBLENGTH: 88s 167772161 167772161 452984833 452984833 452984833 452984833 452984833 452984833 88s 0 0 0 0 0 0 0 0 88s 0 88s TBLOFFST: 88s 4 8 12 20 28 36 44 52 88s 0 0 0 0 0 0 0 0 88s 0 88s TBLCONTR: 88s 17 88 8 81 0 0 0 1 88s 17 81 88s TSELTABL: 88s - 88s IDENT: 88s O_TIME: 88s 1999.3534246575 0.0000000000000 0.0000000000000 88s 51308.558596800 13.406323920167 0.0000000000000 88s 80.002800000000 88s ORIGIN: ESO-MIDAS 88s DATE: 2003.332 88s FILENAME: xxxx.tbl 88s O_POS: 0.0000000000000 0.0000000000000 88s OBSERVER: 88s INSTRUME: FORS1 88s COMMENT: 88s CRVAL1 0.000000e+00 88s CRVAL2 0.000000e+00 88s CRPIX1 1.024250e+03 88s CRPIX2 1.018477e+03 88s 88s CDELT1 -5.543319e-05 88s CDELT2 5.543319e-05 88s CROTA1 0.000000e+00 88s CROTA2 0.000000e+00 88s 88s PC001001 1.000000e+00 88s PC001002 0.000000e+00 88s PC002001 0.000000e+00 88s PC002002 1.00 88s 0000e+00 88s 88s HISTORY: 88s converted from PWDL_990510A_G300V_S25_1x1s.mt 88s Converted from: PWDL_990510A_G300V_S25_1x1s.mt 88s TLABL001: SLIT Slit Number I6 === 88s TLABL002: ROW Row Number I6 === 88s TLABL003: Y Y Value F8.2 === 88s TLABL004: COEF_1 Coefficients F16.10=== 88s TLABL005: COEF_2 Coefficients F16.10=== 88s TLABL006: COEF_3 Coefficients F16.10=== 88s TLABL007: COEF_4 Coefficients F16.10=== 88s TLABL008: COEF_5 Coefficients F16.10=== 88s LNPIX: 2.6758238084900 88s LNDEG: 4 88s LNCOE: 5 88s CHECKSUM: IAaYJAVVIAaVIAUV 88s PIPEFILE: r.FORS.1999-05-10T13:24:22.766_0000.tfits 88s ESO.OBS.TPLNO: 5 88s ESO.OBS.NAME: lss-wcal-2_5as 88s ESO.OBS.PROG.ID: 60.A-9203(A) 88s ESO.OBS.ID: 200001203 88s ESO.OBS.DID: ESO-VLT-DIC.OBS-1.0 88s ESO.OBS.OBSERVER: 88s UNKNOWN 88s ESO.OBS.PI-COI.NAME: 88s UNKNOWN 88s ESO.OBS.PI-COI.ID: 88s 52005 88s ESO.OBS.TARG.NAME: 88s Calibration-ob 88s ESO.OBS.GRP: 0 88s ESO.TPL.ID: FORS1_lss_cal_wave 88s ESO.TPL.NAME: Long slit wavelengt 88s ESO.TPL.NEXP: 1 88s ESO.TPL.EXPNO: 1 88s ESO.DPR.DID: 88s ESO.DPR.TECH: SPECTRUM 88s ESO.INS.PIXSCALE: 88s 0.20000000000000 88s ESO.INS.MODE: LSS 88s ESO.INS.COLL.ID: +1 88s ESO.INS.COLL.NAME: 88s COLL_SR 88s ESO.INS.FILT1.ID: 88s +31 88s ESO.INS.FILT1.NAME: 88s GG435 88s ESO.INS.FOCU.POS: 88s -0.24125000000000E-01 88s ESO.INS.FOCU.TEMP: 88s 10.455896380000 88s ESO.INS.OPTI2.NAME: 88s lSlit2_5arcsec 88s ESO.INS.OPTI2.ID: 88s none 88s ESO.INS.OPTI2.TYPE: 88s SLIT 88s ESO.INS.OPTI3.NAME: 88s COLL_SR 88s ESO.INS.OPTI3.ID: 88s +1 88s ESO.INS.OPTI3.TYPE: 88s COLL 88s ESO.INS.OPTI4.NAME: 88s free 88s ESO.INS.OPTI4.ID: 88s 88s ESO.INS.OPTI4.TYPE: 88s 88s ESO.INS.OPTI5.NAME: 88s free 88s ESO.INS.OPTI5.ID: 88s 88s ESO.INS.OPTI5.TYPE: 88s 88s ESO.INS.OPTI6.NAME: 88s GRIS_300V 88s ESO.INS.OPTI6.ID: 88s +10 88s ESO.INS.OPTI6.TYPE: 88s GRIS 88s ESO.INS.OPTI7.NAME: 88s GG435 88s ESO.INS.OPTI7.ID: 88s +31 88s ESO.INS.OPTI7.TYPE: 88s FILT 88s ESO.INS.OPTI8.NAME: 88s CAMERA 88s ESO.INS.OPTI8.ID: 88s +3 88s ESO.INS.OPTI8.TYPE: 88s CAMERA 88s ESO.INS.OPTI9.NAME: 88s free 88s ESO.INS.OPTI9.ID: 88s 88s ESO.INS.OPTI9.TYPE: 88s 88s ESO.INS.OPTI10.NAME: 88s free 88s ESO.INS.OPTI10.ID: 88s 88s ESO.INS.OPTI10.TYPE: 88s 88s ESO.DET.ID: CCD FIERA - Rev 2.42 88s ESO.DET.NAME: ccdF - fors 88s ESO.DET.DATE: 23/11/98 88s ESO.DET.DID: ESO-VLT-DIC.CCDDCS,ESO-VLT-DIC.FCDDCS 88s ESO.DET.BITS: 16 88s ESO.DET.RA: 0.0000000000000 88s ESO.DET.DEC: 0.0000000000000 88s ESO.DET.SOFW.MODE: 88s Normal 88s ESO.DET.CHIPS: 1 88s ESO.DET.CHIP1.ID: 88s TK2048EB4-1 160 88s ESO.DET.CHIP1.NAME: 88s 88s ESO.DET.CHIP1.DATE: 88s 23/11/98 88s ESO.DET.CHIP1.X: 1 88s ESO.DET.CHIP1.Y: 1 88s ESO.DET.CHIP1.NX: 88s 2048 88s ESO.DET.CHIP1.NY: 88s 2049 88s ESO.DET.CHIP1.PSZX: 88s 24.000000000000 88s ESO.DET.CHIP1.PSZY: 88s 24.000000000000 88s ESO.DET.EXP.NO: 2491 88s ESO.DET.EXP.TYPE: 88s Normal 88s ESO.DET.EXP.DUMDIT: 88s 0 88s ESO.DET.EXP.RDTTIME: 88s 91.201000000000 88s ESO.DET.EXP.XFERTIM: 88s 91.234000000000 88s ESO.DET.READ.MODE: 88s normal 88s ESO.DET.READ.SPEED: 88s normal 88s ESO.DET.READ.CLOCK: 88s Readout A (low 88s ESO.DET.OUTPUTS: 1 88s ESO.DET.OUTREF: 0 88s ESO.DET.OUT1.ID: A 88s ESO.DET.OUT1.NAME: 88s A 88s ESO.DET.OUT1.CHIP: 88s 1 88s ESO.DET.OUT1.X: 1 88s ESO.DET.OUT1.Y: 1 88s ESO.DET.OUT1.NX: 2048 88s ESO.DET.OUT1.NY: 2048 88s ESO.DET.OUT1.CONAD: 88s 2.9000000000000 88s ESO.DET.OUT1.RON: 88s 5.7500000000000 88s ESO.DET.OUT1.GAIN: 88s 0.34000000000000 88s ESO.DET.FRAM.ID: 1 88s ESO.DET.FRAM.TYPE: 88s Normal 88s ESO.DET.WINDOWS: 1 88s ESO.DET.WIN1.STRX: 88s 1 88s ESO.DET.WIN1.STRY: 88s 1 88s ESO.DET.WIN1.NX: 2080 88s ESO.DET.WIN1.NY: 2048 88s ESO.DET.WIN1.BINX: 88s 1 88s ESO.DET.WIN1.BINY: 88s 1 88s ESO.DET.WIN1.NDIT: 88s 1 88s ESO.DET.WIN1.UIT1: 88s 80.000000000000 88s ESO.DET.WIN1.DIT1: 88s 80.000000000000 88s ESO.DET.WIN1.DKTM: 88s 80.021100000000 88s ESO.DET.SHUT.TYPE: 88s Iris 88s ESO.DET.SHUT.ID: fors shutter 88s ESO.DET.SHUT.TMOPEN: 88s 0.0000000000000 88s ESO.DET.SHUT.TMCLOS: 88s 0.0000000000000 88s ESO.INS.SLIT.NAME: 88s lSlit2_5arcsec 88s ESO.INS.SLIT.POSANG: 88s 0.0000000000000 88s ESO.INS.SLIT.RA: 0.12635640000000E-01 88s ESO.INS.SLIT.DEC: 88s 0.0000000000000 88s ESO.INS.SLIT.LEN: 88s 416.75000000000 88s ESO.INS.SLIT.WID: 88s 2.5000000000000 88s ESO.INS.SLIT.POS: 88s -24.000000000000 88s ESO.INS.SLIT.WIDTH: 88s 0.66000000000000 88s ESO.INS.LAMP1.NAME: 88s He+1 88s ESO.INS.LAMP1.EXPTIME: 88s 80.000000000000 88s ESO.INS.LAMP2.NAME: 88s HgCd+2 88s ESO.INS.LAMP2.EXPTIME: 88s 16.000000000000 88s ESO.INS.GRIS1.POSANG: 88s 0.0000000000000 88s ESO.INS.GRIS1.ID: 88s +10 88s ESO.INS.GRIS1.NAME: 88s GRIS_300V 88s ESO.INS.GRIS1.DISP: 88s 11.100000000000 88s ESO.INS.GRIS1.WLEN: 88s 585.00000000000 88s ESO.INS.LAMP3.NAME: 88s Ar+1 88s ESO.INS.LAMP3.EXPTIME: 88s 78.000000000000 88s ESO.INS.LAMP4.NAME: 88s Ar+2 88s ESO.INS.LAMP4.EXPTIME: 88s 77.000000000000 88s ESO.PRO.QC.STATUS: 88s CHECKED 88s ESO.PRO.QC.OVEREXPO: 88s 0.0000000000000 88s ESO.PRO.CATG: DISP_COEFF_LSS 88s ESO.PRO.TYPE: PREPROCESSED 88s ESO.PRO.REDLEVEL: 88s DETECTOR 88s ESO.PRO.STATUS: OK 88s ESO.PRO.DID: ESO-VLT-DIC.PRO-1.4 88s ESO.PRO.DO.ID: DO-1_7 88s ESO.PRO.RBS.ID: RBS-1_7 88s ESO.PRO.DATE: 1999-08-17T17:32:15 88s ESO.PRO.RB.ID: FORS.1999-05-10T13:24:22.766.rW 88s ESO.PRO.QC.DATE: 1999-08-17T17:32:15 88s ESO.PRO.QC.CERTIF: 88s REDUCED 88s ESO.PRO.QC.ARCFILE: 88s FORS.1999-05-10T13:24:22.766.fits 88s COEFSLIT1: 88s 6453.6519899432 2740.0435798972 40.134109374609 88s 11.513632063336 -19.620883768762 0.29539313348960 88s 12.629056056767 -0.78441125779471 0.80623413126943 88s -16.570601166155 88s NORMCOORD: 1 5 2 3 0 88s CENTERXY: 88s 1024.2500000000 1018.4800000000 1024.0000000000 88s CCDSTAT: 88s 0 0 0 0 0 0 0 0 88s 0 0 88s SHORTLOG: 88s Recipe log (Tu, 17 Aug 1999 17:30:53): 88s Frame(s) checked for overexposure 88s Bias from overscan regions determined. 88s Wavelength calibration performed. 88s Spectral resolutions computed 88s .................................................. 88s REDBLOCK: 88s recipe: FORS_S_LSS_WAVE 88s instrument: fors 88s /array2/fors/dfs_product/WAVE_LSS/r.FORS.1999-05 88s -10T13:24:22.766 88s { 88s /array2/fors/data/raw/1999-05-10/WAVE_LSS/FORS.1 88s 999-05-10T13:24:22.766.fits LAMP_LSS 88s } 88s { 88s /cal/ut1/fors/ima/cal/MBIA_990812A_sg29_1x1s.fit 88s s MASTER_BIAS 88s /cal/ut1/fors/lss/cal/MSFL_990510A_G300V_S25F31s 88s g29_1x1s.fits MASTER_NORM_FLAT_LSS 88s /cal/ut1/fors/lss/cal/lss_slitpos.tfits SLIT_POS 88s ITIONS_LSS 88s /cal/ut1/fors/lss/cal/lss_masterline.tfits MASTE 88s R_LINECAT 88s /cal/ut1/fors/lss/cal/lss_grismdata.tfits GRISM_ 88s PARAMETERS 88s /cal/ut1/fors/lss/cal/fors_fcamera.tfits CAMERA_ 88s FLENGTH_TABLE 88s /cal/ut1/fors/lss/cal/lss_setupG10.tfits DRS_SET 88s UP_LSS 88s } 88s 88s total no. of descriptors: 174 88s FITS file PWDL_990510A_G300V_S25_1x1s.tfits will have 2 extensions 88s frame: PWDL_990510A_G300V_S25_1x1s.tfits (data = R4, format = FITS) 88s TBLENGTH: 88s 167772161 167772161 452984833 452984833 452984833 452984833 452984833 452984833 88s 0 0 0 0 0 0 0 0 88s 0 88s TBLOFFST: 88s 4 8 12 20 28 36 44 52 88s 0 0 0 0 0 0 0 0 88s 0 88s TBLCONTR: 88s 17 88 8 81 0 0 0 1 88s 17 81 88s TSELTABL: 88s - 88s IDENT: 88s O_TIME: 88s 1999.3534246575 0.0000000000000 0.0000000000000 88s 51308.558596800 13.406323920167 0.0000000000000 88s 80.002800000000 88s ORIGIN: ESO-MIDAS 88s DATE: 2026.090 88s FILENAME: PWDL_990510A_G300V_S25_1x1s.tbl 88s O_POS: 0.0000000000000 0.0000000000000 88s OBSERVER: 88s INSTRUME: FORS1 88s COMMENT: 88s CRVAL1 0.000000e+00 88s CRVAL2 0.000000e+00 88s CRPIX1 1.024250e+03 88s CRPIX2 1.018477e+03 88s 88s CDELT1 -5.543319e-05 88s CDELT2 5.543319e-05 88s CROTA1 0.000000e+00 88s CROTA2 0.000000e+00 88s 88s PC001001 1.000000e+00 88s PC001002 0.000000e+00 88s PC002001 0.000000e+00 88s PC002002 1.00 88s 0000e+00 88s 88s HISTORY: 88s converted from PWDL_990510A_G300V_S25_1x1s.mt Converte 88s d from: PWDL_990510A_G300V_S25_1x1s.mt \ 88s 88s TLABL001: SLIT Slit Number I6 === 88s TLABL002: ROW Row Number I6 === 88s TLABL003: Y Y Value F8.2 === 88s TLABL004: COEF_1 Coefficients F16.10=== 88s TLABL005: COEF_2 Coefficients F16.10=== 88s TLABL006: COEF_3 Coefficients F16.10=== 88s TLABL007: COEF_4 Coefficients F16.10=== 88s TLABL008: COEF_5 Coefficients F16.10=== 88s LNPIX: 2.6758238084900 88s LNDEG: 4 88s LNCOE: 5 88s CHECKSUM: IAaYJAVVIAaVIAUV 88s PIPEFILE: r.FORS.1999-05-10T13:24:22.766_0000.tfits 88s ESO.OBS.TPLNO: 5 88s ESO.OBS.NAME: lss-wcal-2_5as 88s ESO.OBS.PROG.ID: 60.A-9203(A) 88s ESO.OBS.ID: 200001203 88s ESO.OBS.DID: ESO-VLT-DIC.OBS-1.0 88s ESO.OBS.OBSERVER: 88s UNKNOWN 88s ESO.OBS.PI-COI.NAME: 88s UNKNOWN 88s ESO.OBS.PI-COI.ID: 88s 52005 88s ESO.OBS.TARG.NAME: 88s Calibration-ob 88s ESO.OBS.GRP: 0 88s ESO.TPL.ID: FORS1_lss_cal_wave 88s ESO.TPL.NAME: Long slit wavelengt 88s ESO.TPL.NEXP: 1 88s ESO.TPL.EXPNO: 1 88s ESO.DPR.DID: 88s ESO.DPR.TECH: SPECTRUM 88s ESO.INS.PIXSCALE: 88s 0.20000000000000 88s ESO.INS.MODE: LSS 88s ESO.INS.COLL.ID: +1 88s ESO.INS.COLL.NAME: 88s COLL_SR 88s ESO.INS.FILT1.ID: 88s +31 88s ESO.INS.FILT1.NAME: 88s GG435 88s ESO.INS.FOCU.POS: 88s -0.24125000000000E-01 88s ESO.INS.FOCU.TEMP: 88s 10.455896380000 88s ESO.INS.OPTI2.NAME: 88s lSlit2_5arcsec 88s ESO.INS.OPTI2.ID: 88s none 88s ESO.INS.OPTI2.TYPE: 88s SLIT 88s ESO.INS.OPTI3.NAME: 88s COLL_SR 88s ESO.INS.OPTI3.ID: 88s +1 88s ESO.INS.OPTI3.TYPE: 88s COLL 88s ESO.INS.OPTI4.NAME: 88s free 88s ESO.INS.OPTI4.ID: 88s 88s ESO.INS.OPTI4.TYPE: 88s 88s ESO.INS.OPTI5.NAME: 88s free 88s ESO.INS.OPTI5.ID: 88s 88s ESO.INS.OPTI5.TYPE: 88s 88s ESO.INS.OPTI6.NAME: 88s GRIS_300V 88s ESO.INS.OPTI6.ID: 88s +10 88s ESO.INS.OPTI6.TYPE: 88s GRIS 88s ESO.INS.OPTI7.NAME: 88s GG435 88s ESO.INS.OPTI7.ID: 88s +31 88s ESO.INS.OPTI7.TYPE: 88s FILT 88s ESO.INS.OPTI8.NAME: 88s CAMERA 88s ESO.INS.OPTI8.ID: 88s +3 88s ESO.INS.OPTI8.TYPE: 88s CAMERA 88s ESO.INS.OPTI9.NAME: 88s free 88s ESO.INS.OPTI9.ID: 88s 88s ESO.INS.OPTI9.TYPE: 88s 88s ESO.INS.OPTI10.NAME: 88s free 88s ESO.INS.OPTI10.ID: 88s 88s ESO.INS.OPTI10.TYPE: 88s 88s ESO.DET.ID: CCD FIERA - Rev 2.42 88s ESO.DET.NAME: ccdF - fors 88s ESO.DET.DATE: 23/11/98 88s ESO.DET.DID: ESO-VLT-DIC.CCDDCS,ESO-VLT-DIC.FCDDCS 88s ESO.DET.BITS: 16 88s ESO.DET.RA: 0.0000000000000 88s ESO.DET.DEC: 0.0000000000000 88s ESO.DET.SOFW.MODE: 88s Normal 88s ESO.DET.CHIPS: 1 88s ESO.DET.CHIP1.ID: 88s TK2048EB4-1 160 88s ESO.DET.CHIP1.NAME: 88s 88s ESO.DET.CHIP1.DATE: 88s 23/11/98 88s ESO.DET.CHIP1.X: 1 88s ESO.DET.CHIP1.Y: 1 88s ESO.DET.CHIP1.NX: 88s 2048 88s ESO.DET.CHIP1.NY: 88s 2049 88s ESO.DET.CHIP1.PSZX: 88s 24.000000000000 88s ESO.DET.CHIP1.PSZY: 88s 24.000000000000 88s ESO.DET.EXP.NO: 2491 88s ESO.DET.EXP.TYPE: 88s Normal 88s ESO.DET.EXP.DUMDIT: 88s 0 88s ESO.DET.EXP.RDTTIME: 88s 91.201000000000 88s ESO.DET.EXP.XFERTIM: 88s 91.234000000000 88s ESO.DET.READ.MODE: 88s normal 88s ESO.DET.READ.SPEED: 88s normal 88s ESO.DET.READ.CLOCK: 88s Readout A (low 88s ESO.DET.OUTPUTS: 1 88s ESO.DET.OUTREF: 0 88s ESO.DET.OUT1.ID: A 88s ESO.DET.OUT1.NAME: 88s A 88s ESO.DET.OUT1.CHIP: 88s 1 88s ESO.DET.OUT1.X: 1 88s ESO.DET.OUT1.Y: 1 88s ESO.DET.OUT1.NX: 2048 88s ESO.DET.OUT1.NY: 2048 88s ESO.DET.OUT1.CONAD: 88s 2.9000000000000 88s ESO.DET.OUT1.RON: 88s 5.7500000000000 88s ESO.DET.OUT1.GAIN: 88s 0.34000000000000 88s ESO.DET.FRAM.ID: 1 88s ESO.DET.FRAM.TYPE: 88s Normal 88s ESO.DET.WINDOWS: 1 88s ESO.DET.WIN1.STRX: 88s 1 88s ESO.DET.WIN1.STRY: 88s 1 88s ESO.DET.WIN1.NX: 2080 88s ESO.DET.WIN1.NY: 2048 88s ESO.DET.WIN1.BINX: 88s 1 88s ESO.DET.WIN1.BINY: 88s 1 88s ESO.DET.WIN1.NDIT: 88s 1 88s ESO.DET.WIN1.UIT1: 88s 80.000000000000 88s ESO.DET.WIN1.DIT1: 88s 80.000000000000 88s ESO.DET.WIN1.DKTM: 88s 80.021100000000 88s ESO.DET.SHUT.TYPE: 88s Iris 88s ESO.DET.SHUT.ID: fors shutter 88s ESO.DET.SHUT.TMOPEN: 88s 0.0000000000000 88s ESO.DET.SHUT.TMCLOS: 88s 0.0000000000000 88s ESO.INS.SLIT.NAME: 88s lSlit2_5arcsec 88s ESO.INS.SLIT.POSANG: 88s 0.0000000000000 88s ESO.INS.SLIT.RA: 0.12635640000000E-01 88s ESO.INS.SLIT.DEC: 88s 0.0000000000000 88s ESO.INS.SLIT.LEN: 88s 416.75000000000 88s ESO.INS.SLIT.WID: 88s 2.5000000000000 88s ESO.INS.SLIT.POS: 88s -24.000000000000 88s ESO.INS.SLIT.WIDTH: 88s 0.66000000000000 88s ESO.INS.LAMP1.NAME: 88s He+1 88s ESO.INS.LAMP1.EXPTIME: 88s 80.000000000000 88s ESO.INS.LAMP2.NAME: 88s HgCd+2 88s ESO.INS.LAMP2.EXPTIME: 88s 16.000000000000 88s ESO.INS.GRIS1.POSANG: 88s 0.0000000000000 88s ESO.INS.GRIS1.ID: 88s +10 88s ESO.INS.GRIS1.NAME: 88s GRIS_300V 88s ESO.INS.GRIS1.DISP: 88s 11.100000000000 88s ESO.INS.GRIS1.WLEN: 88s 585.00000000000 88s ESO.INS.LAMP3.NAME: 88s Ar+1 88s ESO.INS.LAMP3.EXPTIME: 88s 78.000000000000 88s ESO.INS.LAMP4.NAME: 88s Ar+2 88s ESO.INS.LAMP4.EXPTIME: 88s 77.000000000000 88s ESO.PRO.QC.STATUS: 88s CHECKED 88s ESO.PRO.QC.OVEREXPO: 88s 0.0000000000000 88s ESO.PRO.CATG: DISP_COEFF_LSS 88s ESO.PRO.TYPE: PREPROCESSED 88s ESO.PRO.REDLEVEL: 88s DETECTOR 88s ESO.PRO.STATUS: OK 88s ESO.PRO.DID: ESO-VLT-DIC.PRO-1.4 88s ESO.PRO.DO.ID: DO-1_7 88s ESO.PRO.RBS.ID: RBS-1_7 88s ESO.PRO.DATE: 1999-08-17T17:32:15 88s ESO.PRO.RB.ID: FORS.1999-05-10T13:24:22.766.rW 88s ESO.PRO.QC.DATE: 1999-08-17T17:32:15 88s ESO.PRO.QC.CERTIF: 88s REDUCED 88s ESO.PRO.QC.ARCFILE: 88s FORS.1999-05-10T13:24:22.766.fits 88s COEFSLIT1: 88s 6453.6519899432 2740.0435798972 40.134109374609 88s 11.513632063336 -19.620883768762 0.29539313348960 88s 12.629056056767 -0.78441125779471 0.80623413126943 88s -16.570601166155 88s NORMCOORD: 1 5 2 3 0 88s CENTERXY: 88s 1024.2500000000 1018.4800000000 1024.0000000000 88s CCDSTAT: 88s 0 0 0 0 0 0 0 0 88s 0 0 88s SHORTLOG: 88s Recipe log (Tu, 17 Aug 1999 17:30:53): 88s Frame(s) checked for overexposure 88s Bias from overscan regions determined. 88s Wavelength calibration performed. 88s Spectral resolutions computed 88s .................................................. 88s REDBLOCK: 88s recipe: FORS_S_LSS_WAVE 88s instrument: fors 88s /array2/fors/dfs_product/WAVE_LSS/r.FORS.1999-05 88s -10T13:24:22.766 88s { 88s /array2/fors/data/raw/1999-05-10/WAVE_LSS/FORS.1 88s 999-05-10T13:24:22.766.fits LAMP_LSS 88s } 88s { 88s /cal/ut1/fors/ima/cal/MBIA_990812A_sg29_1x1s.fit 88s s MASTER_BIAS 88s /cal/ut1/fors/lss/cal/MSFL_990510A_G300V_S25F31s 88s g29_1x1s.fits MASTER_NORM_FLAT_LSS 88s /cal/ut1/fors/lss/cal/lss_slitpos.tfits SLIT_POS 88s ITIONS_LSS 88s /cal/ut1/fors/lss/cal/lss_masterline.tfits MASTE 88s R_LINECAT 88s /cal/ut1/fors/lss/cal/lss_grismdata.tfits GRISM_ 88s PARAMETERS 88s /cal/ut1/fors/lss/cal/fors_fcamera.tfits CAMERA_ 88s FLENGTH_TABLE 88s /cal/ut1/fors/lss/cal/lss_setupG10.tfits DRS_SET 88s UP_LSS 88s } 88s 88s total no. of descriptors: 174 88s FITS file middumma.tfits will have 2 extensions 88s FITS file middummx.mt will have 2 extensions 88s FITS file middummx.fits will have 3 extensions 88s EFH empty.bdf0000 : empty primary FITS header (NAXIS=0) 88s extension[0] - type = Image 88s extension[1] EXTNAME: BinTest - type = Binary table 88s Warning: PCOUNT not zero 88s Warning: GCOUNT > 1 88s extension[2] EXTNAME: Unknown - type = ? 88s extension[3] EXTNAME: quality - type = Image 88s extension[4] EXTNAME: Asciitable - type = Ascii table 88s total no. of extensions = 5 88s 88s Image klaus0001 : Wave 32-bit FP , naxis: 2, pixels: 102, 109 88s Table klaus0001 : , Table r,c: 11, 13 88s Warning: PCOUNT not zero 88s Warning: GCOUNT > 1 88s Warning: Unknown FITS extension skipped! 88s Image klaus0001a : Ramp 16-bit , naxis: 3, pixels: 73, 31 88s Table klaus0001a : , Table r,c: 53, 8 88s Image klaus0001 : Wave 32-bit FP , naxis: 2, pixels: 102, 109 88s Table klaus0001 : , Table r,c: 11, 13 88s Warning: PCOUNT not zero 88s Warning: GCOUNT > 1 88s Warning: Unknown FITS extension skipped! 88s Image klaus0001a : Ramp 16-bit , naxis: 3, pixels: 73, 31 88s Table klaus0001a : , Table r,c: 53, 8 88s frame: klaus0001a (data = I2) 88s complete area of frame 88s minimum, maximum: 0.000000e+00 7.200000e+01 88s at pixel (1,1,1),(73,1,1) 88s mean, standard_deviation: 3.600000e+01 2.107224e+01 88s 3rd + 4th moment: 0 1.79923 88s total intensity: 407340 88s exact median, 1. mode, mode: 3.600000e+01 1.411765e-01 1.411765e-01 88s total no. of bins, binsize: 256 2.823530e-01 88s # of pixels used = 11315 from 1,1,1 to 73,31,5 (in pixels) 88s Warning: PCOUNT not zero 88s Warning: GCOUNT > 1 88s frame: tst0012.mt[3] (data = I2, format = FITS) 88s complete area of frame 88s minimum, maximum: 0.000000e+00 7.200000e+01 88s at pixel (1,1,1),(73,1,1) 88s mean, standard_deviation: 3.600000e+01 2.107224e+01 88s 3rd + 4th moment: 0 1.79923 88s total intensity: 407340 88s exact median, 1. mode, mode: 3.600000e+01 1.411765e-01 1.411765e-01 88s total no. of bins, binsize: 256 2.823530e-01 88s # of pixels used = 11315 from 1,1,1 to 73,31,5 (in pixels) 88s Warning: PCOUNT not zero 88s Warning: GCOUNT > 1 88s EXTNAME quality found in extension no. 3 88s Warning: PCOUNT not zero 88s Warning: GCOUNT > 1 88s frame: tst0012.mt[0003] (data = I2, format = FITS) 88s complete area of frame 88s minimum, maximum: 0.000000e+00 7.200000e+01 88s at pixel (1,1,1),(73,1,1) 88s mean, standard_deviation: 3.600000e+01 2.107224e+01 88s 3rd + 4th moment: 0 1.79923 88s total intensity: 407340 88s exact median, 1. mode, mode: 3.600000e+01 1.411765e-01 1.411765e-01 88s total no. of bins, binsize: 256 2.823530e-01 88s # of pixels used = 11315 from 1,1,1 to 73,31,5 (in pixels) 88s FITS file newbie.fits will have 4 extensions 88s extension[0] - type = Image 88s extension[1] EXTNAME: BinTest - type = Binary table 88s extension[2] EXTNAME: quality - type = Image 88s extension[3] EXTNAME: Asciitable - type = Binary table 88s total no. of extensions = 4 88s 88s Warning: PCOUNT not zero 88s Warning: GCOUNT > 1 88s EXTNAME Asciitable found in extension no. 4 88s Warning: No comment nor hierarch keyword - >AG˜L@…;S< ! 88s Warning: PCOUNT not zero 88s Warning: GCOUNT > 1 88s frame: tst0012.mt[0004] (data = R4, format = FITS) 88s TBLENGTH: 88s 9 436207617 436207617 436207617 452984833 5 1 167772161 88s 0 0 0 0 0 0 0 88s TBLOFFST: 88s 4 13 17 21 25 33 38 39 88s 0 0 0 0 0 0 0 88s TBLCONTR: 88s 15 56 8 53 0 0 0 1 88s 15 53 88s TSELTABL: 88s - 88s IDENT: 88s O_TIME: 88s 0.0000000000000 0.0000000000000 0.0000000000000 88s 0.0000000000000 0.0000000000000 0.0000000000000 88s 0.0000000000000 88s DATE: 1992.634 88s ORIGIN: ESO 88s AUTHOR: P.Grosbol 88s COMMENT: Test file for ASCII table extension 88s EXTNAME: Asciitable 88s TLABL001: IDENT A9 === 88s TLABL002: Mag E15.5 === 88s TLABL003: Channel F8.1 === 88s TLABL004: Dist PC F9.3 === 88s TLABL005: Mass F20.15=== 88s TLABL006: Class A5 === 88s TLABL007: Type A1 === 88s TLABL008: Class_No I11 === 88s total no. of descriptors: 19 88s frame: klaus0001a.tbl (data = R4) 88s TBLENGTH: 88s 9 436207617 436207617 436207617 452984833 5 1 167772161 88s 0 0 0 0 0 0 0 88s TBLOFFST: 88s 4 13 17 21 25 33 38 39 88s 0 0 0 0 0 0 0 88s TBLCONTR: 88s 15 56 8 53 0 0 0 1 88s 15 53 88s TSELTABL: 88s - 88s IDENT: 88s O_TIME: 88s 0.0000000000000 0.0000000000000 0.0000000000000 88s 0.0000000000000 0.0000000000000 0.0000000000000 88s 0.0000000000000 88s DATE: 1992.634 88s ORIGIN: ESO 88s AUTHOR: P.Grosbol 88s COMMENT: Test file for ASCII table extension 88s EXTNAME: Asciitable 88s TLABL001: IDENT A9 === 88s TLABL002: Mag E15.5 === 88s TLABL003: Channel F8.1 === 88s TLABL004: Dist PC F9.3 === 88s TLABL005: Mass F20.15=== 88s TLABL006: Class A5 === 88s TLABL007: Type A1 === 88s TLABL008: Class_No I11 === 88s total no. of descriptors: 19 88s EXTNAME Asciitable found in extension no. 3 88s frame: newbie.fits[0003] (data = R4, format = FITS) 88s TBLENGTH: 88s 9 436207617 436207617 436207617 452984833 5 1 167772161 88s 0 0 0 0 0 0 0 88s TBLOFFST: 88s 4 13 17 21 25 33 38 39 88s 0 0 0 0 0 0 0 88s TBLCONTR: 88s 15 56 8 53 0 0 0 1 88s 15 53 88s TSELTABL: 88s - 88s IDENT: 88s O_TIME: 88s 1900.0000000000 0.0000000000000 0.0000000000000 88s 0.0000000000000 0.0000000000000 0.0000000000000 88s 0.0000000000000 88s ORIGIN: ESO-MIDAS 88s DATE: 2026.090 88s FILENAME: klaus0001a.tbl 88s AUTHOR: P.Grosbo 88s COMMENT: Test file for ASCII table extension 88s 88s TLABL001: IDENT A9 === 88s TLABL002: Mag E15.5 === 88s TLABL003: Channel F8.1 === 88s TLABL004: Dist PC F9.3 === 88s TLABL005: Mass F20.15=== 88s TLABL006: Class A5 === 88s TLABL007: Type A1 === 88s TLABL008: Class_No I11 === 88s EXTNAME: Asciitable 88s total no. of descriptors: 20 88s min = 0.0000 , max = 0.0000 88s at frame pixel ( 1, 1, 1), ( 1, 1, 1) 88s EXTNAME Asciitable found in extension no. 3 88s Table : newbie.fits[0003] 88s Column # 4 Label :Dist 88s Total no. of entries : 53, selected no. of entries : 53 88s Minimum value : -934.3220 , Maximum value: 234567.9 88s Mean value : 11308.664 , Standard dev.: 47742.825 89s FITS file: wcstest.mt converted to: galax.bdf 89s extension[0] - type = Empty primary header 89s extension[1] EXTNAME: order-table - type = Binary table 89s extension[2] EXTNAME: galax-image - type = Image 89s extension[3] EXTNAME: xcenter-table - type = Binary table 89s extension[4] EXTNAME: galax-image - type = Image 89s total no. of extensions = 5 89s 89s extension[0] - type = Image 89s extension[1] EXTNAME: xcenter-table - type = Binary table 89s extension[2] EXTNAME: galax-image - type = Image 89s total no. of extensions = 3 89s 89s Table : midd1 89s Column # 4 Label :YFIT 89s Total no. of entries : 9934, selected no. of entries : 9934 89s Minimum value : 14.65441 , Maximum value: 2162.841 89s Mean value : 1003.3422 , Standard dev.: 593.53828 89s Table : goodie.fits[1] 89s Column # 4 Label :YFIT 89s Total no. of entries : 9934, selected no. of entries : 9934 89s Minimum value : 14.65441 , Maximum value: 2162.841 89s Mean value : 1003.3422 , Standard dev.: 593.53828 89s FITS file: nttexample.mt converted to: middummfitsa.bdf 89s frame: middummfitsa.bdf (data = UI2) 89s name: IDENT (...) 89s type: character no. of elements: 81 89s 89s 89s name: INSTRUME (Instrument used) 89s type: character no. of elements: 4 89s SUSI 89s total no. of descriptors: 2 89s frame: middummx.bdf (data = R4) 89s name: IDENT (...) 89s type: character no. of elements: 81 89s 89s 89s total no. of descriptors: 1 89s frame: middummx.bdf (data = R4) 89s name: IDENT (...) 89s type: character no. of elements: 81 89s 89s 89s name: INSTRUME (Instrument used) 89s type: character no. of elements: 4 89s SUSI 89s total no. of descriptors: 2 89s frame: middummx.bdf (data = R4) 89s name: ESO.DET.OUT1.CF (Conversion from electrons to ADUs) 89s type: double prec. no. of elements: 1 89s 2.6000000000000 89s frame: middummx.bdf (data = R4) 89s ZELL: am Harmersbach 89s frame: middummx.bdf (data = R4) 89s name: BIBERACH (...) 89s type: character no. of elements: 20 89s FITS file middummz.fits will have 1 extensions 89s FITS file: middummz.fits converted to: middumma.bdf 89s FITS file: wcstest.mt converted to: wcs.bdf 89s frame: middummw (data = I2) 89s XROTA: 89s 1.000000 2.000000 3.000000 4.000000 5.000000 89s frame: middummx.bdf (data = R4) 89s complete area of frame 89s minimum, maximum: 0.000000e+00 1.271000e+03 89s at pixel (1,1),(900,116) 89s mean, standard_deviation: 3.170873e+02 2.395814e+02 89s 3rd + 4th moment: -0.567736 1.32294 89s total intensity: 5.73294e+08 89s exact median, 1. mode, mode: 4.960000e+02 2.492157e+00 2.492157e+00 89s total no. of bins, binsize: 256 4.984313e+00 89s # of pixels used = 1808000 from 1,1 to 1130,1600 (in pixels) 89s frame: middummx.bdf (data = R4) 89s complete area of frame 89s minimum, maximum: 0.000000e+00 1.271000e+03 89s at pixel (1,1),(900,116) 89s mean, standard_deviation: 3.170873e+02 2.395814e+02 89s 3rd + 4th moment: -0.567736 1.32294 89s total intensity: 5.73294e+08 89s exact median, 1. mode, mode: 4.960000e+02 2.492157e+00 2.492157e+00 89s total no. of bins, binsize: 256 4.984313e+00 89s # of pixels used = 1808000 from 1,1 to 1130,1600 (in pixels) 89s frame: middummx.bdf (data = R4) 89s complete area of frame 89s minimum, maximum: 0.000000e+00 1.271000e+03 89s at pixel (1,1),(900,116) 89s mean, standard_deviation: 3.170873e+02 2.395814e+02 89s 3rd + 4th moment: -0.567736 1.32294 89s total intensity: 5.73294e+08 89s exact median, 1. mode, mode: 4.960000e+02 2.492157e+00 2.492157e+00 89s total no. of bins, binsize: 256 4.984313e+00 89s # of pixels used = 1808000 from 1,1 to 1130,1600 (in pixels) 89s able veritx.mt :z = ln(#3) 89s > statist/table veritx.mt :z 89s 89s test of logical descriptors (and FITS I/O) 89s ------------------------------------------ 89s We miss the prefix... so we use `toto' 89s > inputi(1) = 0001 89s > inputi(2) = 0000 89s > inputi(3) = 0001 89s > outputi(1) = 0001 89s 89s test of CREATE/RANDOM 89s --------------------- 89s > create/random &x 2,512,512 ? gauss ? 12347 89s +------------------------------------------+ 89s procedure verify9.prg: 89s Total time elapsed = 0 seconds. 89s All tests o.k. - you deserve a coffee now... 89s +------------------------------------------+ 89s +------------------------------------------+ 89s Start of procedure verify10.prg 89s +------------------------------------------+ 89s ------------------------------- 89s test of some more key functions 89s ------------------------------- 89s keyword: IN_A type: char*1 no_elems: 120 89s was ist hier los? 89s 89s keyword: INPUTC type: char*1 no_elems: 120 89s was xyzst hxyzer los? 89s 89s keyword: OUT_A type: char*1 no_elems: 120 89s ESOwas xyzst hxyzer los?mucki 89s 89s keyword: INPUTC type: char*1 no_elems: 120 89s w7 ist hier l7? 89s 89s keyword: IN_B type: char*1 no_elems: 120 89s was ist hier las? 89s 89s keyword: INPUTC type: char*1 no_elems: 120 89s was ist hier las? 89s 89s ------------------------ 89s test of subframe options 89s ------------------------ 89s ------------------------------------------ 89s test of copying of descr to primary header 89s ------------------------------------------ 89s > outdisk/sfits PWDL_990510A_G300V_S25_1x1s.tbl ? ? copy 89s > outdisk/sfits middumma.tbl,middummb,middummc middummx.fits 89s > indisk/mfits PWDL_990510A_G300V_S25_1x1s.tfits[0] empty.bdf 89s --------------------------------- 89s test of access to FITS extensions 89s --------------------------------- 89s > list all extensions of FITS file `tst0012.mt' 89s > info/image tst0012.mt ext 89s > pull out all valid extensions of FITS file `tst0012.mt' 89s > intape/fits 1 klaus tst0012.mt 89s > statist/image klaus0001a 89s > statist/image tst0012.mt[3] 89s > get/fextens tst0012.mt quality 89s > statist/image tst0012.mt[0003] 89s > rebuild FITS file without unkown extension 89s > outdisk/sfits klaus0001.bdf,klaus0001.tbl,klaus0001a.bdf,klaus0001a.tbl newbie.fits 89s > info/image newbie.fits ext 89s > get/fextens tst0012.mt Asciitable 89s > read/desc tst0012.mt[0004] * 89s > read/desc klaus0001a.tbl * 89s > get/fextens newbie.fits Asciitable 89s > read/desc newbie.fits[0003] * 89s > compute/image &a = newbie.fits[2] + 22.2 89s > compute/image &b = klaus0001a + 22.2 89s > compute/image &d = &a - &b 89s > find/minmax &d 89s > get/fextens newbie.fits Asciitable 89s > statist/tab newbie.fits[0003] :dist 89s ----------------------------------------- 89s test of access to several FITS extensions 89s ----------------------------------------- 89s > compute/image galax2 = galax + galax 89s > info/frame goodie.fits ext 89s > compute/image &a = goodie.fits[2] + goodie.fits[4] 89s > compute/imag &d = &a - galax2 89s > info/frame baddie.fits ext 89s > compute/image &a = baddie.fits[0] + baddie.fits[2] 89s > compute/imag &d = &a - galax2 89s > compute/image &a = goodie.fits[2] + baddie.fits[2] 89s > compute/imag &d = &a - galax2 89s --------------------------------- 89s more tests of descriptor handling 89s --------------------------------- 89s converting middummfitsa.bdf and middummx.bdf to FITS format ... 89s comparing the primary header of these FITS files ... 89s FITS headers are `equal'... 89s 89s &x.bdf written to FITS file middummz.fits 89s > copy/dd wcs *,3 middummw ? 2 89s ---------------------------------------------------- 89s test of STATISTICS/IMAGE with different buffer sizes 89s ---------------------------------------------------- 89s ------------------FITS file: nttexample.mt converted to: wuff.bdf 89s FITS file: wcstest.mt converted to: wcs.bdf 89s frame: wcs (data = I2) 89s NAXIS: 2 89s NPIX: 353 353 89s START: 40.833023138257 18.266750030205 89s STEP: -0.47251328635914E-03 0.47259893142483E-03 89s IDENT: dss495 89s CUNIT: RA---TAN DEC--TAN 89s LHCUTS: 0.000000 0.000000 2981.000 13950.00 89s FITS file: in3d.mt converted to: in3d.tbl 89s Table : in3d [Transposed format] 89s No.Columns : 13 No.Rows : 1 89s All.Columns: 14875 All.Rows: 8 Sel.Rows: 1 89s Sorted by :Sequence Reference:Sequence 89s Col.# 1:Obj_Slit Unit:None Format:F6.0 R*4 89s Col.# 2:RA_DEG Unit:degrees Format:E18.8 R*8 89s Col.# 3:DEC_DEG Unit:degrees Format:E18.8 R*8 89s Col.# 4:DRA_DEG Unit:degrees Format:E18.8 R*8 89s Col.# 5:DDEC_DEG Unit:degrees Format:E18.8 R*8 89s Col.# 6:W_START Unit:Angstrom Format:E18.8 R*8 89s Col.# 7:W_STEP Unit:Angstrom Format:E18.8 R*8 89s Col.# 8:NDATA Unit:None Format:I6 I*4 89s Col.# 9:LAMBDA Unit:Angstrom Format:E18.8 R*8(2476) 89s Col.# 10:FLUX Unit:Adu Format:E18.8 R*8(2476) 89s Col.# 11:FLUX_ERR Unit:Adu Format:E18.8 R*8(2476) 89s Col.# 12:Obj_Strt Unit:Pixel Format:F10.2 R*4 89s Col.# 13:Obj_End Unit:Pixel Format:F10.2 R*4 89s Selection: ALL 89s Table : out2d [Transposed format] 89s No.Columns : 1 No.Rows : 2476 89s All.Columns: 3 All.Rows: 2480 Sel.Rows: 2476 89s Sorted by :Sequence Reference:Sequence 89s Col.# 1:lambda_1 Unit:Angstrom Format:E18.8 R*8 89s Selection: ALL 89s Table : out2d 89s Column # 1 Label :lambda_1 89s Total no. of entries : 2476, selected no. of entries : 2476 89s Minimum value : 5001.130 , Maximum value: 7575.130 89s Mean value : 6288.1300 , Standard dev.: 743.50011 89s extract rows from row 1 until row 1 89s Frame outima created with npix: 2476 89s frame: outima (data = R8) 89s complete area of frame 89s minimum, maximum: 5.001130e+03 7.575130e+03 89s at pixel (1),(2476) 89s mean, standard_deviation: 6.288130e+03 7.435001e+02 89s 3rd + 4th moment: -3.86293e-10 1.79855 89s total intensity: 1.55694e+07 89s exact median, 1. mode, mode: 6.287610e+03 5.006177e+03 5.006177e+03 89s total no. of bins, binsize: 256 1.009412e+01 89s # of pixels used = 2476 from 1 to 2476 (in pixels) 89s Table : 3Dtable.tfits [Transposed format] 89s No.Columns : 14 No.Rows : 3 89s All.Columns: 12117 All.Rows: 8 Sel.Rows: 1 89s Sorted by :Sequence Reference:Sequence 89s Col.# 1:Obj_Slit Unit:None Format:F6.0 R*4 89s Col.# 2:Obj_Strt Unit:Pixel Format:F10.2 R*4 89s Col.# 3:Obj_End Unit:Pixel Format:F10.2 R*4 89s Col.# 4:RA_DEG Unit:degrees Format:E18.8 R*8 89s Col.# 5:DEC_DEG Unit:degrees Format:E18.8 R*8 89s Col.# 6:DRA_DEG Unit:degrees Format:E18.8 R*8 89s Col.# 7:DDEC_DEG Unit:degrees Format:E18.8 R*8 89s Col.# 8:W_START Unit:Angstrom Format:E18.8 R*8 89s Col.# 9:W_STEP Unit:Angstrom Format:E18.8 R*8 89s Col.# 10:NDATA Unit:None Format:I6 I*4 89s Col.# 11:LAMBDA Unit:Angstrom Format:E18.8 R*8(2016) 89s Col.# 12:FLUX Unit:Adu Format:E18.8 R*8(2016) 89s Col.# 13:FLUX_ERR Unit:Adu Format:E18.8 R*8(2016) 89s Col.# 14:FXREFID Unit:None Format:I6 I*4 89s Selection: 89s FITS file: 3Dtable.tfits converted to: ana.tbl 89s Frame >flux0002< created, npix: 2016 89s 1 row(s) processed 89s frame: flux0002 (data = R8) 89s complete area of frame 89s minimum, maximum: -1.815001e+01 5.881791e+04 89s at pixel (162),(398) 89s mean, standard_deviation: 2.121587e+04 1.908765e+04 89s 3rd + 4th moment: 0.639888 2.02827 89s total intensity: 4.27712e+07 89s exact median, 1. mode, mode: 1.519183e+04 9.721482e+01 9.721482e+01 89s total no. of bins, binsize: 256 2.307297e+02 89s # of pixels used = 2016 from 1 to 2016 (in pixels) 89s Warning: File tst0009.mt not of same type as catalog ... 89s Warning: File tst0010.mt not of same type as catalog ... 89s Image catalog fitsimas with 15 entries created... 89s Image Catalog: fitsimas.cat 89s descriptor used for `Ident' is: IDENT 89s No. of entries = 15, last entry = 15 89s Image Catalog: fitsimas.cat 89s -------------- 89s No Name Ident Naxis Npix 89s #0001 tst0001.mt Ramp 8-bit 2 123,321 89s #0002 tst0002.mt Ramp 16-bit 3 73,31,5 89s #0003 tst0003.mt Ramp 32-bit 2 137,271 89s #0004 tst0004.mt Ramp 32-bit scaled 2 256,256 89s #0005 tst0005.mt Wave 32-bit FP 2 102,109 89s #0006 tst0006.mt Wave 64-bit fp 2 77,173 89s #0007 tst0007.mt IEEE 32-bit test 1 38 89s #0008 tst0008.mt IEEE 64-bit test 1 38 89s #0009 tst0009.mt 89s #0010 tst0010.mt 89s #0011 tst0011.mt Ramp 16-bit 3 73,31,5 89s #0012 tst0012.mt Wave 32-bit FP 2 102,109 89s #0013 tst0013.mt Test data 2 128,128 89s #0014 tst0020.mt Ramp 16-bit 3 73,31,5 89s #0015 tst99.mt Ramp 16-bit 3 73,31,5 90s 18415566 pixels in given interval replaced ... 90s FITS file: f43test.fits converted to: middumma.bdf 90s frame: middumma.bdf (data = R4) 90s line = 2, 1.pixel = 2, last pixel = 21 90s 8528.801 8528.801 8528.801 8528.801 8528.801 90s 8528.801 8528.801 8528.801 8528.801 8528.801 90s 8528.801 8528.801 8528.801 8528.801 8528.801 90s 8528.801 8528.801 8528.801 8528.801 8528.801 90s FITS file: ccd.fits converted to: ccdin.bdf 90s ... copying input frame to result frame ...clean area: 10 x 36 pixels at xc = 157.500, yc = 334.500 90s 1 rows processed. 90s frame: ccdout (data = R4) 90s column/row at x/y = @53 cleaned... 90s extension[0] - type = Empty primary header 90s extension[1] EXTNAME: WIN1.CHIP1.OUT1 - type = Image 90s extension[2] EXTNAME: WIN1.CHIP2.OUT1 - type = Image 90s total no. of extensions = 3 90s 90s frame: vimos.fits (data = R4, format = FITS) 90s NAXIS: 2 90s NPIX: 880 959 90s START: -690.83163723359 172.20857076641 90s STEP: 0.57000000000000E-04 -0.57000000000000E-04 90s IDENT: DOME,LAMP 90s CUNIT: RA---TAN DEC--TAN 90s LHCUTS: 0.000000 0.000000 193.5962 6096.168 90s frame: vimos.fits (data = R4, format = FITS) 90s NAXIS: 2 90s NPIX: 880 959 90s START: -690.83163723359 172.20857076641 90s STEP: 0.57000000000000E-04 -0.57000000000000E-04 90s IDENT: DOME,LAMP 90s CUNIT: RA---TAN DEC--TAN 90s LHCUTS: 0.000000 0.000000 193.5962 6096.168 90s frame: vimos.fits (data = R4, format = FITS) 90s NAXIS: 2 90s NPIX: 880 959 90s START: -690.83163723359 172.20857076641 90s STEP: 0.57000000000000E-04 -0.57000000000000E-04 90s IDENT: DOME,LAMP 90s CUNIT: RA---TAN DEC--TAN 90s LHCUTS: 0.000000 0.000000 193.5962 6096.168 90s EFH mvim0000 : empty primary FITS header (NAXIS=0) 90s Image mvim0001 : DOME,LAMP , naxis: 2, pixels: 880, 959 90s Image mvim0002 : DOME,LAMP , naxis: 2, pixels: 880, 959 90s 3 extensions read in ... 90s frame: mvim0001 (data = R4) 90s name: ESO.INS.SLIT400.X (x co-ordinate of SLIT i) 90s type: double prec. no. of elements: 1 90s 63.580000000000 90s frame: mvim0001 (data = R4) 90s complete area of frame 90s minimum, maximum: 1.935962e+02 6.096168e+03 90s at pixel (2,955),(533,484) 90s mean, standard_deviation: 2.297526e+02 2.178516e+02 90s 3rd + 4th moment: 15.496 274.223 90s total intensity: 1.93893e+08 90s exact median, 1. mode, mode: 2.096430e+02 2.051699e+02 2.051699e+02 90s total no. of bins, binsize: 256 2.314734e+01 90s # of pixels used = 843920 from 1,1 to 880,959 (in pixels) 91s frame: mvim0002 (data = R4) 91s complete area of frame 91s minimum, maximum: 2.092332e+02 1.159789e+04 91s at pixel (879,953),(521,329) 91s mean, standard_deviation: 3.039980e+02 1.130984e+02 91s 3rd + 4th moment: 19.5013 1262.67 91s total intensity: 2.5655e+08 91s exact median, 1. mode, mode: 2.810050e+02 2.762253e+02 2.762253e+02 91s total no. of bins, binsize: 256 4.466139e+01 91s # of pixels used = 843920 from 1,1 to 880,959 (in pixels) 91s frame: vimos.fits[2] (data = R4, format = FITS) 91s complete area of frame 91s minimum, maximum: 2.092332e+02 1.159789e+04 91s at pixel (879,953),(521,329) 91s mean, standard_deviation: 3.039980e+02 1.130984e+02 91s 3rd + 4th moment: 19.5013 1262.67 91s total intensity: 2.5655e+08 91s exact median, 1. mode, mode: 2.810050e+02 2.762253e+02 2.762253e+02 91s total no. of bins, binsize: 256 4.466139e+01 91s # of pixels used = 843920 from 1,1 to 880,959 (in pixels) 91s FITS file newVIMOS.fits will have 4 extensions 91s -------------------------- 91s test the ALIGN/IMAGE, AVERAGE/IMAGE commands 91s -------------------------------------------- 91s for this test we need a display... 91s +------------------------------------------+ 91s procedure verify10.prg: 91s Total time elapsed = 0 seconds. 91s All tests o.k. - you deserve a coffee now... 91s +------------------------------------------+ 91s +------------------------------------------+ 91s Start of procedure verify11.prg 91s +------------------------------------------+ 91s test of LOAD/TABLE 91s ------------------ 91s > build artificial table 91s No display! You won't see much... 91s test of CONVERT/COORDS 91s ---------------------- 91s > convert/coords wcs @216,@189 91s frame pixels entered = 216,189 91s world coords = 40.730574, 18.356037 or 2:42:55.34, 18:21:21.73 91s > convert/coords wcs 40.730574,18.356036 91s world coords entered = 40.730574,18.356036 91s or 2:42:55.34, 18:21:21.73 91s frame pixels = 216,189 91s > convert/coords wcs 2:42:55.34,18:21:21.73 91s world coords entered = 2:42:55.34,18:21:21.73 91s or 40.730583, 18.356036 91s frame pixels = 216,189 91s test of 3d tables 91s ----------------- 91s > indisk/fits in3d.mt in3d.tbl 91s > show/table in3d 91s > copy/t3tab in3d :lambda @1 out2d :lambda_1 91s > show/table out2d 91s > extract :FLUX vector in row nr. 2 via 91s > copy/teima 3Dtable.tfits :flux 2 p6=flux 91s test of catalog creation from FITS files 91s ---------------------------------------- 91s test of char. keyword arrays 91s ---------------------------- 91s keyword: CHARBUF type: char*40 no_elems: 3 91s This is the first line of keyword: charb 91s Here we find the second record... 91s Finally, the last line of `charbuf' 91s ...Here we find the second record... 91s test of MODIFY/DISP parent 91s --------------------------- 91s test of heavy memory usage... 91s ------------------------------ 91s > rebin/linear wuff waff 0.25,0.25 91s > compute/image &a = waff*(1.0-sin(waff)) 91s > replace/image waff &b <,800=middumma.bdf 91s > write/descr wuff npix 1024,1024 91s > fft/frequ wuff ? &a &b 91s chck of BSCALE, BZERO in FITS files 91s ----------------------------------- 91s > indisk/fits f43test.fits middumma 91s > read/image &a @2,@2,20 91s +------------------------------------------+ 91s procedure verify11.prg: 91s Total time elapsed = 1 seconds. 91s All tests o.k. - you deserve a coffee now... 91s +------------------------------------------+ 91s +------------------------------------------+ 91s Start of procedure verify12.prg 91s +------------------------------------------+ 91s test of MODIFY/AREA 91s ------------------- 91s test of VIMOS data files 91s ------------------------- 91s > get an overview of FITS file vimos.fits: 91s > via: info/frame vimos.fits extens 91s \/ _ 91s \_(_)__ ... 91s > with the default settings for the descr. directory 91s > READ/DESCR vimos.fits took 0 seconds 91s > 91s > extension[1] of FITS file vimos.fits has more than 3000 descriptors 91s > so let's already allocate space for a big descr. directory 91s > SET/MIDAS dscalloc=1600,6000 91s \/ _ 91s \_(_)__ ... 91s > now READ/DESCR vimos.fits took 0 seconds 91s 91s > actually for this command we don't need any ESO.xyz descriptors 91s > so, let's ignore them via 91s > SET/MIDAS eso-desc=no 91s > now READ/DESCR vimos.fits took 0 seconds 91s 91s > Convert all extensions of vimos.fits to internal Midas format 91s > via: indisk/mfits vimos.fits mvim 91s 91s 91s > STATISTICS/IMAGE mvim0001 91s > 91s > STATISTICS/IMAGE mvim0002 91s > 91s > one can access FITS extensions directly in a Midas command, e.g.: 91s > STATISTICS/IMAGE vimos.fits[2] 91s > should be the same as: 91s > STATISTICS/IMAGE mvim0002 91s > 91s > now some number crunching: COMPUTE/IMAGE vv = mvim0001 + 123.456 91s > COMPUTE/IMAGE took 0 seconds 91s > but most of the time was spent copying the more than 3000 descriptors... 91s > let's turn off the descriptor copying, via: SET/MIDAS dsccopy=no 91s > COMPUTE/IMAGE vv = mvim0001 + 123.456 91s > now the COMPUTE/IMAGE took 0 seconds 91s > 91s > now rebuild the Vimos FITS file and add image `vv.bdf' as third extension 91s > OUTDISK/SFITS mvim0000.bdf,mvim0001.bdf,mvim0002.bdf,vv.bdf newVIMOS.fits 91s 91s keyword: MYVALS type: integer no_elems: 6 91s 0 0 0 0 0 0 92s test of CONVERT/Duse as descr_root: eso.ins.slit### 92s and as descr_fields: type, id, x, y, dimx, dimy, 92s => table will be created with 6 columns 92s 504 rows created 93s 504 rows processed 93s No. of selections: 29 93s frame: ctest.bdf (data = I2) 93s NAXIS: 3 93s NPIX: 125 125 3 93s START: 93s 3.5791584158165 -32.279200733785 1.0000000000000 93s STEP: 93s -0.18643666292341E-03 0.18647536532811E-03 1.0000000000000 93s IDENT: 93s CUNIT: 93s RA---TAN DEC--TAN 93s LHCUTS: 0.000000 0.000000 3015.000 13831.00 93s frame: ctest.bdf (data = I2) 93s plane = 2, line = 72, 1.pixel = 14, last pixel = 17 93s 7464.000 6177.000 3283.000 3283.000 93s frame: ctest.bdf (data = I2) 93s plane = 2, line = 72, 1.pixel = 14, last pixel = 17 93s 7464.000 6177.000 3283.000 3283.000 93s No. of selections: 7 93s Table : biassel 93s 93s Sequence DATE MJD MED_M AVE_M SIG_M 93s -------- ---------- ------------ ------------ ------------ ------------ 93s 1 20021117 5.25955e+04 1.96000e+02 1.96131e+02 2.42000e+00 93s 2 20021117 5.25955e+04 2.07000e+02 2.07596e+02 2.58000e+01 93s 3 20021117 5.25955e+04 2.56000e+02 2.56023e+02 3.68000e+00 93s 4 20021117 5.25955e+04 2.71000e+02 2.70804e+02 3.12000e+00 93s 5 20021217 5.26259e+04 1.99000e+02 1.99348e+02 1.57000e+00 93s 6 20021217 5.26260e+04 6.97000e+02 6.97063e+02 7.74000e+00 93s 7 20021217 5.26264e+04 4.65000e+02 4.64622e+02 3.27000e+00 93s -------- ---------- ------------ ------------ ------------ ------------ 93s Sequence FPN_M STR_M MED_R AVE_R RON 93s -------- ------------ ------------ ------------ ------------ ------------ 93s 1 7.70000e-01 6.00000e-02 1.96000e+02 1.95870e+02 5.91000e+00 93s 2 2.49200e+01 6.28000e+00 2.07000e+02 2.07040e+02 6.39000e+00 93s 3 1.18000e+00 0.00000e+00 2.56000e+02 2.56100e+02 9.10000e+00 93s 4 3.00000e-01 9.00000e-02 2.72000e+02 2.71930e+02 1.04700e+01 93s 5 0.00000e+00 2.30000e-01 2.03000e+02 2.03440e+02 5.73000e+00 93s 6 0.00000e+00 2.85000e+00 7.03000e+02 7.03500e+02 1.31900e+01 93s 7 0.00000e+00 5.60000e-01 4.64000e+02 4.64400e+02 7.40000e+00 93s -------- ------------ ------------ ------------ ------------ ------------ 93s Sequence SIG_R CONAD B B N N NUMFRAMES TEMP Q TEC 93s -------- ------------ ------------ - - - - ------------ ------------ - --- 93s 1 5.90000e+00 5.00000e-01 1 1 2 2 9.00000e+00 1.37200e+01 2 IMG 93s 2 2.78700e+01 5.50000e-01 1 1 2 2 9.00000e+00 1.31700e+01 3 IMG 93s 3 8.90000e+00 5.30000e-01 1 1 2 2 9.00000e+00 1.34400e+01 1 IMG 93s 4 1.16800e+01 5.00000e-01 1 1 2 2 9.00000e+00 1.31600e+01 4 IMG 93s 5 7.67000e+00 5.50000e-01 1 1 2 2 0.00000e+00 1.43700e+01 2 IMG 93s 6 1.32500e+01 5.30000e-01 1 1 2 4 0.00000e+00 -4.99900e+01 4 SPE 93s 7 8.85000e+00 5.50000e-01 1 1 2 4 0.00000e+00 1.30200e+01 2 SPE 93s -------- ------------ ------------ - - - - ------------ ------------ - --- 93s Table : biassel [Transposed format] 93s No.Columns : 20 No.Rows : 7 93s All.Columns: 23 All.Rows: 8 Sel.Rows: 7 93s Sorted by :Sequence Reference:Sequence 93s Col.# 1:DATE Unit: Format:A10 C*10 93s Col.# 2:MJD Unit: Format:E12.6 R*4 93s Col.# 3:MED_M Unit: Format:E12.6 R*4 93s Col.# 4:AVE_M Unit: Format:E12.6 R*4 93s Col.# 5:SIG_M Unit: Format:E12.6 R*4 93s Col.# 6:FPN_M Unit: Format:E12.6 R*4 93s Col.# 7:STR_M Unit: Format:E12.6 R*4 93s Col.# 8:MED_R Unit: Format:E12.6 R*4 93s Col.# 9:AVE_R Unit: Format:E12.6 R*4 93s Col.# 10:RON Unit: Format:E12.6 R*4 93s Col.# 11:SIG_R Unit: Format:E12.6 R*4 93s Col.# 12:CONAD Unit: Format:E12.6 R*4 93s Col.# 13:BINX Unit: Format:I1 I*4 93s Col.# 14:BINY Unit: Format:I1 I*4 93s Col.# 15:NX Unit: Format:I1 I*4 93s Col.# 16:NY Unit: Format:I1 I*4 93s Col.# 17:NUMFRAMES Unit: Format:E12.6 R*4 93s Col.# 18:TEMP Unit: Format:E12.6 R*4 93s Col.# 19:QUAD Unit: Format:I1 I*4 93s Col.# 20:TECH Unit: Format:A3 C*3 93s Selection: ALL 93s frame: middumms.bdf (data = R4) 93s NAXIS: 1 93s NPIX: 706 2 93s START: 17456.230000000 18.370249196187 93s STEP: 1.2340000000000 0.47259893142483E-03 93s IDENT: simulated spectrum 93s CUNIT: 93s LHCUTS: 0.000000 0.000000 3159.000 4567.000 93s frame: middummq.bdf (data = R4) 93s NAXIS: 1 93s NPIX: 706 2 93s START: 0.0000000000000 18.323461901976 93s STEP: 1.0000000000000 0.47259893142483E-03 93s IDENT: simulated quality map 93s CUNIT: 93s LHCUTS: 0.000000 0.000000 3237.000 10488.00 93s frame: test (data = R4) 93s line = 1, 1.pixel = 1, last pixel = 11 93s 0.000000 0.000000 10.00000 10.00000 10.00000 93s 10.00000 10.00000 10.00000 10.00000 10.00000 93s 4.000000 93s line = 2, 1.pixel = 1, last pixel = 11 93s 0.000000 0.000000 10.00000 10.00000 10.00000 93s 10.00000 10.00000 10.00000 10.00000 10.00000 93s 4.000000 93s line = 3, 1.pixel = 1, last pixel = 11 93s 0.000000 0.000000 10.00000 10.00000 10.00000 93s 10.00000 10.00000 10.00000 10.00000 10.00000 93s 4.000000 93s naxis now: 2 npix = 4 3 93s frame: middummscal.bdf (data = R4) 93s line = 1, 1.pixel = 1, last pixel = 4 93s 3.333333 10.00000 10.00000 6.000000 93s line = 2, 1.pixel = 1, last pixel = 4 93s 3.333333 10.00000 10.00000 6.000000 93s line = 3, 1.pixel = 1, last pixel = 4 93s 3.333333 10.00000 10.00000 6.000000 93s frame: middummscal.bdf (data = R4) 93s line = 1, 1.pixel = 1, last pixel = 4 93s 3.333333 10.00000 10.00000 6.000000 93s line = 2, 1.pixel = 1, last pixel = 4 93s 3.333333 10.00000 10.00000 6.000000 93s line = 3, 1.pixel = 1, last pixel = 4 93s 3.333333 10.00000 10.00000 6.000000 93s naxis now: 2 npix = 11 2 93s keyword CONTINUE => COMMENT 93s keyword CONTINUE => COMMENT 93s keyword CONTINUE => COMMENT 93s keyword CONTINUE => COMMENT 93s keyword CONTINUE => COMMENT 93s 175790 undefined pixels ... set to "null value" = 0.000000 93s frame: middumma.bdf (data = R4) 93s complete area of frame 93s minimum, maximum: 0.000000e+00 5.361913e-03 93s at pixel (1,1),(242,248) 93s mean, standard_deviation: 1.223462e-05 4.209105e-05 93s 3rd + 4th moment: 22.4801 1787.58 93s total intensity: 3.29553 93s exact median, 1. mode, mode: 0.000000e+00 1.051355e-05 1.051355e-05 93s total no. of bins, binsize: 256 2.102711e-05 93s # of pixels used = 269361 from 1,1 to 519,519 (in pixels) 93s FITS file: test.ffits converted to: test.fit 93s 93s Non-linear Least Square Fitting : Newton-Raphson Method (defaulted) 93s __________________________________________________________________ 93s 93s 93s Print Max. Fct. eval. Prec. on Param. Relax. Fact. 93s 1 99 1.0E-06 0.50 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 1 1 2.2456E-03 4.4205E-06 93s 93s Parameters 93s 3.0269937E-04 93s 9.0233814E-03 93s 2.5600000E+02 93s 5.6318744E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 2 2 1.0117E-03 1.9916E-06 54.95 93s 93s Parameters 93s 2.8454309E-04 93s 9.0380108E-03 93s 2.5600000E+02 93s 7.3023903E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 3 3 3.3917E-04 6.6767E-07 66.48 93s 93s Parameters 93s 1.7907292E-04 93s 9.3721174E-03 93s 2.5600000E+02 93s 8.3825428E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 4 4 9.1004E-05 1.7914E-07 73.17 93s 93s Parameters 93s 9.7689890E-05 93s 9.6427889E-03 93s 2.5600000E+02 93s 8.9192077E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 5 5 2.2940E-05 4.5158E-08 74.79 93s 93s Parameters 93s 5.0671452E-05 93s 9.8014253E-03 93s 2.5600000E+02 93s 9.1749513E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 6 6 5.7286E-06 1.1277E-08 75.03 93s 93s Parameters 93s 2.5764177E-05 93s 9.8859081E-03 93s 2.5600000E+02 93s 9.2986404E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 7 7 1.4299E-06 2.8147E-09 75.04 93s 93s Parameters 93s 1.2985679E-05 93s 9.9293499E-03 93s 2.5600000E+02 93s 9.3593510E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 8 8 3.5711E-07 7.0297E-10 75.03 93s 93s Parameters 93s 6.5182988E-06 93s 9.9513593E-03 93s 2.5600000E+02 93s 9.3894144E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 9 9 8.9228E-08 1.7565E-10 75.01 93s 93s Parameters 93s 3.2654597E-06 93s 9.9624348E-03 93s 2.5600000E+02 93s 9.4043721E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 10 10 2.2301E-08 4.3899E-11 75.01 93s 93s Parameters 93s 1.6343005E-06 93s 9.9679900E-03 93s 2.5600000E+02 93s 9.4118324E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 11 11 5.5743E-09 1.0973E-11 75.00 93s 93s Parameters 93s 8.1754190E-07 93s 9.9707720E-03 93s 2.5600000E+02 93s 9.4155579E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 12 12 1.3935E-09 2.7431E-12 75.00 93s 93s Parameters 93s 4.0886861E-07 93s 9.9721640E-03 93s 2.5600000E+02 93s 9.4174195E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 13 13 3.4836E-10 6.8574E-13 75.00 93s 93s Parameters 93s 2.0445856E-07 93s 9.9728603E-03 93s 2.5600000E+02 93s 9.4183500E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 14 14 8.7087E-11 1.7143E-13 75.00 93s 93s Parameters 93s 1.0223520E-07 93s 9.9732086E-03 93s 2.5600000E+02 93s 9.4188152E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 15 15 2.1772E-11 4.2858E-14 75.00 93s 93s Parameters 93s 5.1118932E-08 93s 9.9733827E-03 93s 2.5600000E+02 93s 9.4190477E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 16 16 5.4429E-12 1.0714E-14 75.00 93s 93s Parameters 93s 2.5559653E-08 93s 9.9734698E-03 93s 2.5600000E+02 93s 9.4191640E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 17 17 1.3607E-12 2.6786E-15 75.00 93s 93s Parameters 93s 1.2779727E-08 93s 9.9735133E-03 93s 2.5600000E+02 93s 9.4192222E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 18 18 3.4018E-13 6.6965E-16 75.00 93s 93s Parameters 93s 6.3896923E-09 93s 9.9735351E-03 93s 2.5600000E+02 93s 9.4192512E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 19 19 8.5048E-14 1.6742E-16 75.00 93s 93s Parameters 93s 3.1946572E-09 93s 9.9735459E-03 93s 2.5600000E+02 93s 9.4192658E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 20 20 2.1265E-14 4.1860E-17 75.00 93s 93s Parameters 93s 1.5971351E-09 93s 9.9735514E-03 93s 2.5600000E+02 93s 9.4192730E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 21 21 5.3192E-15 1.0471E-17 74.99 93s 93s Parameters 93s 7.9837297E-10 93s 9.9735541E-03 93s 2.5600000E+02 93s 9.4192767E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 22 22 1.3327E-15 2.6234E-18 74.95 93s 93s Parameters 93s 3.9899162E-10 93s 9.9735555E-03 93s 2.5600000E+02 93s 9.4192785E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 23 23 3.3608E-16 6.6157E-19 74.78 93s 93s Parameters 93s 1.9930087E-10 93s 9.9735561E-03 93s 2.5600000E+02 93s 9.4192794E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 24 24 8.6922E-17 1.7111E-19 74.14 93s 93s Parameters 93s 9.9455481E-11 93s 9.9735565E-03 93s 2.5600000E+02 93s 9.4192798E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 25 25 2.4634E-17 4.8492E-20 71.66 93s 93s Parameters 93s 4.9532782E-11 93s 9.9735567E-03 93s 2.5600000E+02 93s 9.4192801E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 26 26 9.0616E-18 1.7838E-20 63.21 93s 93s Parameters 93s 2.4571431E-11 93s 9.9735567E-03 93s 2.5600000E+02 93s 9.4192802E+01 93s 93s 93s Iter Fct. Eval. Sum of Squares Red. Chisq. % Decr. 93s 27 27 5.1686E-18 1.0174E-20 42.96 93s 93s Parameters 93s 1.2090756E-11 93s 9.9735568E-03 93s 2.5600000E+02 93s 9.4192802E+01 93s 93s 93s --> NR : Convergence achieved <-- 93s No. of data points 512 93s 93s No. of ind. variables 1 93s variable 1 is axis 1 93s 93s No. of functions 2 93s 93s poly(X;p0) 93s Parameter Initial Guess Actual Value Error 93s p0 0 0.120908E-10 0.583036E-11 93s 93s gauss(X;a,b,c) 93s Parameter Initial Guess Actual Value Error 93s a .01 0.997356E-02 0.152399E-10 93s b 256 0.256000E+03 0.679454E-07 93s c 40 0.941928E+02 0.177943E-06 93s 93s Red. Chisq Act. Nr. F. Eval. 93s 1.0174E-20 27 93s 93s FITS file: HeAr_gr2_extr.fits converted to: HeAr_gr2_extr.bdf 93s FITS file: grism2_test2D.tfits converted to: grism2_test2D.tbl 93s FITS file: grism2_test2DCOE.tfits converted to: grism2_test2DCOE.tbl 93s FITS file: hear.tfits converted to: hear.tbl 93s FITS file: xspectr.fits converted to: spectrum.bdf 93s NPIX: descriptor does not exist... 93s START: descriptor does not exist... 93s STEP: descriptor does not exist... 93s search lines 93s ------------ 93s input image : HeAr_gr2_extr.bdf 93s output table : line.tbl 93s input parameters 93s search window : 8 pixels 93s detection threshold : 60.00 DN 93s average on : 5 scan-lines 93s step of : 1 scan-lines 93s centering method : gaussian fit 93s search for emission lines 93s seq.no. detected lines 93s ------- -------------- 93s 1 31 93s 2 31 93s 3 31 93s 4 31 93s 5 31 93s 6 31 93s 7 31 93s 8 31 93s 9 30 93s 10 30 93s 11 31 93s 12 32 93s 13 31 93s 14 31 93s 15 31 93s 16 31 93s 17 31 93s 18 31 93s 19 31 93s 20 31 93s 21 31 93s 22 31 93s 23 31 93s 24 31 93s 25 30 93s 26 31 93s 27 30 93s 28 31 93s 29 31 93s 30 31 93s 31 31 93s 32 31 93s 33 32 93s 34 32 93s 35 32 93s 36 31 93s 37 31 93s 38 31 93s 39 31 93s 40 31 93s 41 31 93s 42 30 93s 43 31 93s 44 31 93s 45 30 93s 46 30 93s 47 31 93s 48 30 93s 49 30 93s 50 31 93s 51 31 93s 52 31 93s 53 31 93s 54 31 93s 55 31 93s 56 31 93s 57 31 93s 58 31 93s 59 31 93s 60 31 93s 61 31 93s 62 31 93s 63 31 93s 64 31 93s 65 31 93s 66 31 93s 67 31 93s 68 31 93s 69 31 93s 70 31 93s 71 31 93s 72 30 93s 73 30 93s 74 30 93s 75 31 93s 76 30 93s 77 31 93s 78 31 93s 79 31 93s 80 31 93s 81 31 93s 82 31 93s 83 31 93s 84 31 93s 85 31 93s 86 31 93s 87 31 93s 88 31 93s 89 31 93s 90 31 93s 91 31 93s 92 31 93s 93 31 93s 94 31 93s 95 31 93s 96 32 93s 97 32 93s 98 32 93s 99 31 93s 100 31 93s 101 31 93s 102 31 93s 103 31 93s 104 31 93s 105 31 93s 106 31 93s 107 31 93s 108 31 93s 109 31 93s 110 31 93s 111 31 93s 112 31 93s 113 31 93s 114 31 93s 115 31 93s 116 31 93s 117 31 93s 118 31 93s 119 31 93s 120 31 93s 121 31 93s 122 31 93s 123 31 93s 124 31 93s 125 30 93s 126 31 93s 127 31 93s 128 30 93s 129 31 93s 130 31 93s 131 31 93s 132 31 93s 133 31 93s 134 31 93s 135 31 93s 136 31 93s 137 31 93s 138 31 93s 139 31 93s 140 31 93s 141 31 93s 142 31 93s 143 31 93s 144 31 93s 145 31 93s 146 31 93s 147 31 93s 148 31 93s 149 31 93s 150 31 93s 151 31 93s 152 31 93s 153 31 93s 154 31 93s 155 31 93s 156 31 93s 157 31 93s 158 31 93s 159 31 93s 160 31 93s 161 30 93s 162 30 93s 163 30 93s 164 30 93s 165 31 93s 166 31 93s 167 30 93s 168 31 93s 169 31 93s 170 31 93s 171 31 93s 172 31 93s 173 31 93s 174 31 93s 175 31 93s 176 31 93s 177 31 93s 178 31 93s 179 31 93s 180 31 93s 181 31 93s 182 31 93s 183 30 93s 184 31 93s 185 31 93s 186 30 93s 187 31 93s 188 31 93s 189 31 93s 190 31 93s 191 30 93s 192 30 93s 193 30 93s 194 30 93s 195 30 93s 196 30 93s 197 31 93s 198 30 93s 199 30 93s 200 30 93s 201 30 93s 202 31 93s 203 30 93s 204 31 93s 205 31 93s 206 32 93s 207 31 93s 208 30 93s 209 30 93s 210 30 93s 211 30 93s 212 30 93s 213 30 93s 214 31 93s 215 31 93s 216 31 93s 217 31 93s 218 31 93s 219 30 93s 220 30 93s 221 31 93s 222 31 93s 223 31 93s 224 30 93s 225 31 93s 226 31 93s 227 31 93s 228 31 93s 229 31 93s 230 31 93s 231 31 93s 232 31 93s 233 31 93s 234 31 93s 235 31 93s 236 31 93s 237 31 93s 238 31 93s 239 31 93s 240 31 93s 241 31 93s 242 31 93s 243 32 93s 244 32 93s 245 31 93s 246 31 93s 247 31 93s 248 30 93s 249 31 93s 250 31 93s 251 31 93s 252 32 93s 253 32 93s 254 32 93s 255 31 93s 256 31 93s 257 31 93s 258 31 93s 259 31 93s 260 31 93s 261 31 93s 262 31 93s 263 31 93s 264 32 93s 265 31 93s 266 31 93s 267 32 93s 268 31 93s 269 32 93s 270 32 93s 271 32 93s 272 32 93s 273 32 93s 274 31 93s 275 31 93s 276 32 93s 277 31 93s 278 31 93s 279 30 93s 280 30 93s 281 30 93s 282 32 93s 283 31 93s 284 29 93s 285 27 93s 286 27 93s ----------------------- 93s no. of detections: 8832 93s Number of lines in catalog (total, selected): 152, 138 93s Number of lines in table line (total, selected) : 8832 , 8832 93s Y = 143 -- 20 lines out of 31 -- RMS = 0.212159 wav. units 93s Y = 144 -- 20 lines out of 31 -- RMS = 0.213760 wav. units 93s Y = 145 -- 20 lines out of 31 -- RMS = 0.213660 wav. units 93s Y = 146 -- 20 lines out of 31 -- RMS = 0.214868 wav. units 93s Y = 147 -- 20 lines out of 31 -- RMS = 0.219373 wav. units 93s Y = 148 -- 20 lines out of 31 -- RMS = 0.214384 wav. units 93s Y = 149 -- 20 lines out of 31 -- RMS = 0.220705 wav. units 93s Y = 150 -- 20 lines out of 31 -- RMS = 0.223311 wav. units 93s Y = 151 -- 20 lines out of 31 -- RMS = 0.220203 wav. units 93s Y = 152 -- 20 lines out of 31 -- RMS = 0.213715 wav. units 93s Y = 153 -- 20 lines out of 31 -- RMS = 0.232267 wav. units 93s Y = 154 -- 20 lines out of 31 -- RMS = 0.224632 wav. units 93s Y = 155 -- 20 lines out of 31 -- RMS = 0.223771 wav. units 93s Y = 156 -- 20 lines out of 31 -- RMS = 0.226458 wav. units 93s Y = 157 -- 20 lines out of 31 -- RMS = 0.225814 wav. units 93s Y = 158 -- 20 lines out of 31 -- RMS = 0.235978 wav. units 93s Y = 159 -- 20 lines out of 31 -- RMS = 0.235728 wav. units 93s Y = 160 -- 20 lines out of 31 -- RMS = 0.237646 wav. units 93s Y = 161 -- 19 lines out of 30 -- RMS = 0.233058 wav. units 93s Y = 162 -- 19 lines out of 30 -- RMS = 0.230994 wav. units 93s Y = 163 -- 19 lines out of 30 -- RMS = 0.236367 wav. units 93s Y = 164 -- 19 lines out of 30 -- RMS = 0.243566 wav. units 93s Y = 165 -- 20 lines out of 31 -- RMS = 0.241909 wav. units 93s Y = 166 -- 19 lines out of 31 -- RMS = 0.212082 wav. units 93s Y = 167 -- 19 lines out of 30 -- RMS = 0.227358 wav. units 93s Y = 168 -- 19 lines out of 31 -- RMS = 0.234736 wav. units 93s Y = 169 -- 19 lines out of 31 -- RMS = 0.237523 wav. units 93s Y = 170 -- 19 lines out of 31 -- RMS = 0.231479 wav. units 93s Y = 171 -- 19 lines out of 31 -- RMS = 0.219756 wav. units 93s Y = 172 -- 19 lines out of 31 -- RMS = 0.195368 wav. units 93s Y = 173 -- 19 lines out of 31 -- RMS = 0.204097 wav. units 93s Y = 174 -- 20 lines out of 31 -- RMS = 0.228910 wav. units 93s Y = 175 -- 19 lines out of 31 -- RMS = 0.195814 wav. units 93s Y = 176 -- 19 lines out of 31 -- RMS = 0.198662 wav. units 93s Y = 177 -- 20 lines out of 31 -- RMS = 0.223548 wav. units 93s Y = 178 -- 19 lines out of 31 -- RMS = 0.210650 wav. units 93s Y = 179 -- 20 lines out of 31 -- RMS = 0.216647 wav. units 93s Y = 180 -- 20 lines out of 31 -- RMS = 0.231740 wav. units 93s Y = 181 -- 20 lines out of 31 -- RMS = 0.234197 wav. units 93s Y = 182 -- 19 lines out of 31 -- RMS = 0.202597 wav. units 93s Y = 183 -- 19 lines out of 30 -- RMS = 0.217971 wav. units 93s Y = 184 -- 19 lines out of 31 -- RMS = 0.188174 wav. units 93s Y = 185 -- 19 lines out of 31 -- RMS = 0.185439 wav. units 93s Y = 186 -- 19 lines out of 30 -- RMS = 0.192676 wav. units 93s Y = 187 -- 20 lines out of 31 -- RMS = 0.226842 wav. units 93s Y = 188 -- 20 lines out of 31 -- RMS = 0.243705 wav. units 93s Y = 189 -- 20 lines out of 31 -- RMS = 0.230317 wav. units 93s Y = 190 -- 20 lines out of 31 -- RMS = 0.235066 wav. units 93s Y = 191 -- 19 lines out of 30 -- RMS = 0.228553 wav. units 93s Y = 192 -- 19 lines out of 30 -- RMS = 0.226778 wav. units 93s Y = 193 -- 19 lines out of 30 -- RMS = 0.223759 wav. units 93s Y = 194 -- 19 lines out of 30 -- RMS = 0.220592 wav. units 93s Y = 195 -- 19 lines out of 30 -- RMS = 0.222003 wav. units 93s Y = 196 -- 19 lines out of 30 -- RMS = 0.220782 wav. units 93s Y = 197 -- 20 lines out of 31 -- RMS = 0.199795 wav. units 93s Y = 198 -- 19 lines out of 30 -- RMS = 0.227422 wav. units 93s Y = 199 -- 19 lines out of 30 -- RMS = 0.233578 wav. units 93s Y = 200 -- 19 lines out of 30 -- RMS = 0.231154 wav. units 93s Y = 201 -- 19 lines out of 30 -- RMS = 0.231304 wav. units 93s Y = 202 -- 19 lines out of 31 -- RMS = 0.171165 wav. units 93s Y = 203 -- 18 lines out of 30 -- RMS = 0.180008 wav. units 93s Y = 204 -- 20 lines out of 31 -- RMS = 0.206734 wav. units 93s Y = 205 -- 19 lines out of 31 -- RMS = 0.176572 wav. units 93s Y = 206 -- 19 lines out of 32 -- RMS = 0.197231 wav. units 93s Y = 207 -- 19 lines out of 31 -- RMS = 0.176747 wav. units 93s Y = 208 -- 19 lines out of 30 -- RMS = 0.228797 wav. units 93s Y = 209 -- 19 lines out of 30 -- RMS = 0.248881 wav. units 93s Y = 210 -- 19 lines out of 30 -- RMS = 0.220823 wav. units 93s Y = 211 -- 19 lines out of 30 -- RMS = 0.237786 wav. units 93s Y = 212 -- 19 lines out of 30 -- RMS = 0.231041 wav. units 93s Y = 213 -- 19 lines out of 30 -- RMS = 0.233889 wav. units 93s Y = 214 -- 20 lines out of 31 -- RMS = 0.235922 wav. units 93s Y = 215 -- 20 lines out of 31 -- RMS = 0.231271 wav. units 93s Y = 216 -- 19 lines out of 31 -- RMS = 0.204953 wav. units 93s Y = 217 -- 19 lines out of 31 -- RMS = 0.208986 wav. units 93s Y = 218 -- 19 lines out of 31 -- RMS = 0.203943 wav. units 93s Y = 219 -- 19 lines out of 30 -- RMS = 0.220389 wav. units 93s Y = 220 -- 19 lines out of 30 -- RMS = 0.203772 wav. units 93s Y = 221 -- 19 lines out of 31 -- RMS = 0.211305 wav. units 93s Y = 222 -- 19 lines out of 31 -- RMS = 0.185244 wav. units 93s Y = 223 -- 20 lines out of 31 -- RMS = 0.230469 wav. units 93s Y = 224 -- 19 lines out of 30 -- RMS = 0.216915 wav. units 93s Y = 225 -- 20 lines out of 31 -- RMS = 0.224160 wav. units 93s Y = 226 -- 20 lines out of 31 -- RMS = 0.221715 wav. units 93s Y = 227 -- 20 lines out of 31 -- RMS = 0.221428 wav. units 93s Y = 228 -- 20 lines out of 31 -- RMS = 0.214937 wav. units 93s Y = 229 -- 20 lines out of 31 -- RMS = 0.217582 wav. units 93s Y = 230 -- 20 lines out of 31 -- RMS = 0.222544 wav. units 93s Y = 231 -- 20 lines out of 31 -- RMS = 0.218859 wav. units 93s Y = 232 -- 20 lines out of 31 -- RMS = 0.218205 wav. units 93s Y = 233 -- 20 lines out of 31 -- RMS = 0.222048 wav. units 93s Y = 234 -- 20 lines out of 31 -- RMS = 0.221539 wav. units 93s Y = 235 -- 20 lines out of 31 -- RMS = 0.217775 wav. units 93s Y = 236 -- 20 lines out of 31 -- RMS = 0.233656 wav. units 93s Y = 237 -- 20 lines out of 31 -- RMS = 0.229101 wav. units 93s Y = 238 -- 20 lines out of 31 -- RMS = 0.222419 wav. units 93s Y = 239 -- 18 lines out of 31 -- RMS = 0.204361 wav. units 93s Y = 240 -- 19 lines out of 31 -- RMS = 0.250017 wav. units 93s Y = 241 -- 19 lines out of 31 -- RMS = 0.254338 wav. units 93s Y = 242 -- 19 lines out of 31 -- RMS = 0.253087 wav. units 93s Y = 243 -- 19 lines out of 32 -- RMS = 0.215446 wav. units 93s Y = 244 -- 19 lines out of 32 -- RMS = 0.211877 wav. units 93s Y = 245 -- 20 lines out of 31 -- RMS = 0.239371 wav. units 93s Y = 246 -- 20 lines out of 31 -- RMS = 0.251210 wav. units 93s Y = 247 -- 20 lines out of 31 -- RMS = 0.225225 wav. units 93s Y = 248 -- 19 lines out of 30 -- RMS = 0.256293 wav. units 93s Y = 249 -- 21 lines out of 31 -- RMS = 0.335898 wav. units 93s Y = 250 -- 21 lines out of 31 -- RMS = 0.332599 wav. units 93s Y = 251 -- 21 lines out of 31 -- RMS = 0.331359 wav. units 93s Y = 252 -- 22 lines out of 32 -- RMS = 0.354725 wav. units 93s Y = 253 -- 21 lines out of 32 -- RMS = 0.329599 wav. units 93s Y = 254 -- 21 lines out of 32 -- RMS = 0.330661 wav. units 93s Y = 255 -- 21 lines out of 31 -- RMS = 0.329453 wav. units 93s Y = 256 -- 21 lines out of 31 -- RMS = 0.331801 wav. units 93s Y = 257 -- 21 lines out of 31 -- RMS = 0.335095 wav. units 93s Y = 258 -- 21 lines out of 31 -- RMS = 0.338682 wav. units 93s Y = 259 -- 21 lines out of 31 -- RMS = 0.333707 wav. units 93s Y = 260 -- 21 lines out of 31 -- RMS = 0.329706 wav. units 93s Y = 261 -- 21 lines out of 31 -- RMS = 0.333677 wav. units 93s Y = 262 -- 21 lines out of 31 -- RMS = 0.340920 wav. units 93s Y = 263 -- 21 lines out of 31 -- RMS = 0.338587 wav. units 93s Y = 264 -- 22 lines out of 32 -- RMS = 0.358848 wav. units 93s Y = 265 -- 21 lines out of 31 -- RMS = 0.338484 wav. units 93s Y = 266 -- 21 lines out of 31 -- RMS = 0.343745 wav. units 93s Y = 267 -- 20 lines out of 32 -- RMS = 0.255015 wav. units 93s Y = 268 -- 19 lines out of 31 -- RMS = 0.252431 wav. units 93s Y = 269 -- 20 lines out of 32 -- RMS = 0.251943 wav. units 93s Y = 270 -- 20 lines out of 32 -- RMS = 0.256350 wav. units 93s Y = 271 -- 20 lines out of 32 -- RMS = 0.262269 wav. units 93s Y = 272 -- 20 lines out of 32 -- RMS = 0.260743 wav. units 93s Y = 273 -- 20 lines out of 32 -- RMS = 0.256371 wav. units 93s Y = 274 -- 21 lines out of 31 -- RMS = 0.347827 wav. units 93s Y = 275 -- 21 lines out of 31 -- RMS = 0.350543 wav. units 93s Y = 276 -- 20 lines out of 32 -- RMS = 0.242324 wav. units 93s Y = 277 -- 21 lines out of 31 -- RMS = 0.351807 wav. units 93s Y = 278 -- 20 lines out of 31 -- RMS = 0.316696 wav. units 93s Y = 279 -- 20 lines out of 30 -- RMS = 0.355261 wav. units 93s Y = 280 -- 20 lines out of 30 -- RMS = 0.356972 wav. units 93s Y = 281 -- 20 lines out of 30 -- RMS = 0.351039 wav. units 93s Y = 282 -- 20 lines out of 32 -- RMS = 0.256499 wav. units 93s Y = 283 -- 19 lines out of 31 -- RMS = 0.281418 wav. units 93s Y = 284 -- 18 lines out of 29 -- RMS = 0.285332 wav. units 93s Y = 285 -- 17 lines out of 27 -- RMS = 0.283227 wav. units 93s Y = 286 -- 17 lines out of 27 -- RMS = 0.264096 wav. units 93s Y = 142 -- 20 lines out of 31 -- RMS = 0.216915 wav. units 93s Y = 141 -- 20 lines out of 31 -- RMS = 0.221684 wav. units 93s Y = 140 -- 20 lines out of 31 -- RMS = 0.230579 wav. units 93s Y = 139 -- 20 lines out of 31 -- RMS = 0.234563 wav. units 93s Y = 138 -- 20 lines out of 31 -- RMS = 0.236098 wav. units 93s Y = 137 -- 20 lines out of 31 -- RMS = 0.248541 wav. units 93s Y = 136 -- 19 lines out of 31 -- RMS = 0.211506 wav. units 93s Y = 135 -- 20 lines out of 31 -- RMS = 0.241306 wav. units 93s Y = 134 -- 20 lines out of 31 -- RMS = 0.229834 wav. units 93s Y = 133 -- 20 lines out of 31 -- RMS = 0.212706 wav. units 93s Y = 132 -- 20 lines out of 31 -- RMS = 0.220343 wav. units 93s Y = 131 -- 20 lines out of 31 -- RMS = 0.237941 wav. units 93s Y = 130 -- 20 lines out of 31 -- RMS = 0.236758 wav. units 93s Y = 129 -- 20 lines out of 31 -- RMS = 0.264427 wav. units 93s Y = 128 -- 19 lines out of 30 -- RMS = 0.230556 wav. units 93s Y = 127 -- 20 lines out of 31 -- RMS = 0.262148 wav. units 93s Y = 126 -- 20 lines out of 31 -- RMS = 0.258038 wav. units 93s Y = 125 -- 20 lines out of 30 -- RMS = 0.249897 wav. units 93s Y = 124 -- 20 lines out of 31 -- RMS = 0.240324 wav. units 93s Y = 123 -- 20 lines out of 31 -- RMS = 0.243448 wav. units 93s Y = 122 -- 19 lines out of 31 -- RMS = 0.198496 wav. units 93s Y = 121 -- 20 lines out of 31 -- RMS = 0.232666 wav. units 93s Y = 120 -- 20 lines out of 31 -- RMS = 0.225950 wav. units 93s Y = 119 -- 20 lines out of 31 -- RMS = 0.232317 wav. units 93s Y = 118 -- 20 lines out of 31 -- RMS = 0.232425 wav. units 93s Y = 117 -- 20 lines out of 31 -- RMS = 0.232805 wav. units 93s Y = 116 -- 20 lines out of 31 -- RMS = 0.227089 wav. units 93s Y = 115 -- 19 lines out of 31 -- RMS = 0.194710 wav. units 93s Y = 114 -- 20 lines out of 31 -- RMS = 0.252028 wav. units 93s Y = 113 -- 19 lines out of 31 -- RMS = 0.201900 wav. units 93s Y = 112 -- 19 lines out of 31 -- RMS = 0.213750 wav. units 93s Y = 111 -- 20 lines out of 31 -- RMS = 0.240011 wav. units 93s Y = 110 -- 20 lines out of 31 -- RMS = 0.233089 wav. units 93s Y = 109 -- 20 lines out of 31 -- RMS = 0.251137 wav. units 93s Y = 108 -- 20 lines out of 31 -- RMS = 0.247584 wav. units 93s Y = 107 -- 20 lines out of 31 -- RMS = 0.230375 wav. units 93s Y = 106 -- 20 lines out of 31 -- RMS = 0.233582 wav. units 93s Y = 105 -- 20 lines out of 31 -- RMS = 0.227934 wav. units 93s Y = 104 -- 20 lines out of 31 -- RMS = 0.227842 wav. units 93s Y = 103 -- 20 lines out of 31 -- RMS = 0.219736 wav. units 93s Y = 102 -- 20 lines out of 31 -- RMS = 0.225455 wav. units 93s Y = 101 -- 20 lines out of 31 -- RMS = 0.223905 wav. units 93s Y = 100 -- 19 lines out of 31 -- RMS = 0.246746 wav. units 93s Y = 99 -- 18 lines out of 31 -- RMS = 0.197383 wav. units 93s Y = 98 -- 19 lines out of 32 -- RMS = 0.197677 wav. units 93s Y = 97 -- 19 lines out of 32 -- RMS = 0.199574 wav. units 93s Y = 96 -- 19 lines out of 32 -- RMS = 0.191345 wav. units 93s Y = 95 -- 20 lines out of 31 -- RMS = 0.224428 wav. units 93s Y = 94 -- 20 lines out of 31 -- RMS = 0.211959 wav. units 93s Y = 93 -- 20 lines out of 31 -- RMS = 0.210361 wav. units 93s Y = 92 -- 20 lines out of 31 -- RMS = 0.218237 wav. units 93s Y = 91 -- 20 lines out of 31 -- RMS = 0.221256 wav. units 93s Y = 90 -- 20 lines out of 31 -- RMS = 0.224699 wav. units 93s Y = 89 -- 20 lines out of 31 -- RMS = 0.225323 wav. units 93s Y = 88 -- 20 lines out of 31 -- RMS = 0.228964 wav. units 93s Y = 87 -- 20 lines out of 31 -- RMS = 0.238154 wav. units 93s Y = 86 -- 20 lines out of 31 -- RMS = 0.234717 wav. units 93s Y = 85 -- 20 lines out of 31 -- RMS = 0.237976 wav. units 93s Y = 84 -- 20 lines out of 31 -- RMS = 0.248184 wav. units 93s Y = 83 -- 20 lines out of 31 -- RMS = 0.244096 wav. units 93s Y = 82 -- 20 lines out of 31 -- RMS = 0.236178 wav. units 93s Y = 81 -- 20 lines out of 31 -- RMS = 0.238880 wav. units 93s Y = 80 -- 20 lines out of 31 -- RMS = 0.235874 wav. units 93s Y = 79 -- 20 lines out of 31 -- RMS = 0.221036 wav. units 93s Y = 78 -- 20 lines out of 31 -- RMS = 0.230363 wav. units 93s Y = 77 -- 20 lines out of 31 -- RMS = 0.222232 wav. units 93s Y = 76 -- 19 lines out of 30 -- RMS = 0.221936 wav. units 93s Y = 75 -- 20 lines out of 31 -- RMS = 0.215573 wav. units 93s Y = 74 -- 19 lines out of 30 -- RMS = 0.226298 wav. units 93s Y = 73 -- 19 lines out of 30 -- RMS = 0.228000 wav. units 93s Y = 72 -- 19 lines out of 30 -- RMS = 0.228323 wav. units 93s Y = 71 -- 20 lines out of 31 -- RMS = 0.226518 wav. units 93s Y = 70 -- 20 lines out of 31 -- RMS = 0.224774 wav. units 93s Y = 69 -- 20 lines out of 31 -- RMS = 0.228317 wav. units 93s Y = 68 -- 20 lines out of 31 -- RMS = 0.234872 wav. units 93s Y = 67 -- 20 lines out of 31 -- RMS = 0.225340 wav. units 93s Y = 66 -- 20 lines out of 31 -- RMS = 0.218067 wav. units 93s Y = 65 -- 20 lines out of 31 -- RMS = 0.214584 wav. units 93s Y = 64 -- 20 lines out of 31 -- RMS = 0.222071 wav. units 93s Y = 63 -- 20 lines out of 31 -- RMS = 0.220180 wav. units 93s Y = 62 -- 20 lines out of 31 -- RMS = 0.226380 wav. units 93s Y = 61 -- 20 lines out of 31 -- RMS = 0.232133 wav. units 93s Y = 60 -- 20 lines out of 31 -- RMS = 0.225444 wav. units 93s Y = 59 -- 20 lines out of 31 -- RMS = 0.233211 wav. units 93s Y = 58 -- 20 lines out of 31 -- RMS = 0.225910 wav. units 93s Y = 57 -- 20 lines out of 31 -- RMS = 0.219256 wav. units 93s Y = 56 -- 20 lines out of 31 -- RMS = 0.241236 wav. units 93s Y = 55 -- 20 lines out of 31 -- RMS = 0.234051 wav. units 93s Y = 54 -- 20 lines out of 31 -- RMS = 0.233485 wav. units 93s Y = 53 -- 20 lines out of 31 -- RMS = 0.233331 wav. units 93s Y = 52 -- 20 lines out of 31 -- RMS = 0.221513 wav. units 93s Y = 51 -- 20 lines out of 31 -- RMS = 0.226520 wav. units 93s Y = 50 -- 20 lines out of 31 -- RMS = 0.223135 wav. units 93s Y = 49 -- 20 lines out of 30 -- RMS = 0.228314 wav. units 93s Y = 48 -- 20 lines out of 30 -- RMS = 0.238658 wav. units 93s Y = 47 -- 20 lines out of 31 -- RMS = 0.238079 wav. units 93s Y = 46 -- 19 lines out of 30 -- RMS = 0.251328 wav. units 93s Y = 45 -- 19 lines out of 30 -- RMS = 0.241087 wav. units 93s Y = 44 -- 20 lines out of 31 -- RMS = 0.244798 wav. units 93s Y = 43 -- 20 lines out of 31 -- RMS = 0.228819 wav. units 93s Y = 42 -- 19 lines out of 30 -- RMS = 0.237623 wav. units 93s Y = 41 -- 20 lines out of 31 -- RMS = 0.226204 wav. units 93s Y = 40 -- 20 lines out of 31 -- RMS = 0.226664 wav. units 93s Y = 39 -- 20 lines out of 31 -- RMS = 0.225885 wav. units 93s Y = 38 -- 20 lines out of 31 -- RMS = 0.219964 wav. units 93s Y = 37 -- 20 lines out of 31 -- RMS = 0.216673 wav. units 93s Y = 36 -- 20 lines out of 31 -- RMS = 0.211159 wav. units 93s Y = 35 -- 19 lines out of 32 -- RMS = 0.182715 wav. units 93s Y = 34 -- 19 lines out of 32 -- RMS = 0.182261 wav. units 93s Y = 33 -- 19 lines out of 32 -- RMS = 0.182859 wav. units 93s Y = 32 -- 20 lines out of 31 -- RMS = 0.230894 wav. units 93s Y = 31 -- 20 lines out of 31 -- RMS = 0.231684 wav. units 93s Y = 30 -- 20 lines out of 31 -- RMS = 0.236458 wav. units 93s Y = 29 -- 20 lines out of 31 -- RMS = 0.233949 wav. units 93s Y = 28 -- 20 lines out of 31 -- RMS = 0.246844 wav. units 93s Y = 27 -- 19 lines out of 30 -- RMS = 0.224852 wav. units 93s Y = 26 -- 19 lines out of 31 -- RMS = 0.214511 wav. units 93s Y = 25 -- 19 lines out of 30 -- RMS = 0.225757 wav. units 93s Y = 24 -- 19 lines out of 31 -- RMS = 0.199258 wav. units 93s Y = 23 -- 19 lines out of 31 -- RMS = 0.205550 wav. units 93s Y = 22 -- 19 lines out of 31 -- RMS = 0.201851 wav. units 93s Y = 21 -- 19 lines out of 31 -- RMS = 0.173756 wav. units 93s Y = 20 -- 19 lines out of 31 -- RMS = 0.173517 wav. units 93s Y = 19 -- 19 lines out of 31 -- RMS = 0.184879 wav. units 93s Y = 18 -- 19 lines out of 31 -- RMS = 0.173522 wav. units 93s Y = 17 -- 19 lines out of 31 -- RMS = 0.178795 wav. units 93s Y = 16 -- 20 lines out of 31 -- RMS = 0.226279 wav. units 93s Y = 15 -- 20 lines out of 31 -- RMS = 0.232753 wav. units 93s Y = 14 -- 19 lines out of 31 -- RMS = 0.185774 wav. units 93s Y = 13 -- 19 lines out of 31 -- RMS = 0.187826 wav. units 93s Y = 12 -- 19 lines out of 32 -- RMS = 0.217563 wav. units 93s Y = 11 -- 19 lines out of 31 -- RMS = 0.218751 wav. units 93s Y = 10 -- 18 lines out of 30 -- RMS = 0.198038 wav. units 93s Y = 9 -- 18 lines out of 30 -- RMS = 0.193558 wav. units 93s Y = 8 -- 19 lines out of 31 -- RMS = 0.214494 wav. units 93s Y = 7 -- 19 lines out of 31 -- RMS = 0.213235 wav. units 93s Y = 6 -- 19 lines out of 31 -- RMS = 0.206839 wav. units 93s Y = 5 -- 19 lines out of 31 -- RMS = 0.206839 wav. units 93s Y = 4 -- 19 lines out of 31 -- RMS = 0.206839 wav. units 93s Y = 3 -- 19 lines out of 31 -- RMS = 0.206839 wav. units 93s Y = 2 -- 19 lines out of 31 -- RMS = 0.206839 wav. units 93s Y = 1 -- 19 lines out of 31 -- RMS = 0.206839 wav. units 93s No. of selections: 5626 93s line.tbl 93s SELECT :REJECT.GT.0 93s POLYNOMIALS Input Table : line.tbl Type : MUL L-S 93s 93s N.Cases : 5626 ; N.Ind.Vars : 2 93s Dependent variable : column # 6 93s Independent variable: column # 1 degree : 3 93s Independent variable: column # 2 degree : 2 93s 93s degree 93s 0 3.7735E+03 3.2256E+00 2.9425E-04 93s 1 -6.6702E-08 -1.4623E-01 3.5637E-04 93s 2 -2.9304E-07 7.9954E-11 6.7969E-04 93s 3 -1.7089E-06 1.4278E-09 -3.9226E-13 93s 93s R.M.S error : 0.8294665 94s *** INFO: Mapping started 94s 10 percent completed ... 94s 20 percent completed ... 94s 30 percent completed ... 94s 40 percent completed ... 94s 50 percent completed ... 94s 60 percent completed ... 94s 70 percent completed ... 94s 80 percent completed ... 94s 90 percent completed ... 94s 100 percent completed ... 94s frame: longo (data = R4) 94s complete area of frame 94s minimum, maximum: 0.000000e+00 6.695143e+04 94s at pixel (1,1),(590,210) 94s mean, standard_deviation: 2.939412e+03 8.881167e+03 94s 3rd + 4th moment: 5.10428 29.9237 94s total intensity: 1.40308e+09 94s exact median, 1. mode, mode: 7.985859e+02 3.938319e+02 3.938319e+02 94s total no. of bins, binsize: 256 2.625546e+02 94s # of pixels used = 477334 from 1,1 to 1669,286 (in pixels) 97s Table : hear.tfits [Transposed format] 97s No.Columns : 5 No.Rows : 152 97s All.Columns: 17 All.Rows: 152 Sel.Rows: 152 97s Sorted by :Sequence Reference:Sequence 97s Col.# 1:WAVE Unit:ANGSTROM Format:F16.4 R*4 97s Col.# 2:ION Unit: Format:A16 C*16 97s Col.# 3:INTENSITY Unit: Format:A16 C*16 97s Col.# 4:COMMENTS Unit: Format:A16 C*16 97s Col.# 5:new_wave Unit: Format:E12.6 R*4 97s Selection: ALL 97s Table : newbie [Transposed format] 97s No.Columns : 18 No.Rows : 19 97s All.Columns: 23 All.Rows: 24 Sel.Rows: 19 97s Sorted by :Sequence Reference:Sequence 97s Col.# 1:MJD Unit: Format:E12.6 R*4 97s Col.# 2:MED_M Unit: Format:E12.6 R*4 97s Col.# 3:AVE_M Unit: Format:E12.6 R*4 97s Col.# 4:SIG_M Unit: Format:E12.6 R*4 97s Col.# 5:FPN_M Unit: Format:E12.6 R*4 97s Col.# 6:STR_M Unit: Format:E12.6 R*4 97s Col.# 7:MED_R Unit: Format:E12.6 R*4 97s Col.# 8:AVE_R Unit: Format:E12.6 R*4 97s Col.# 9:RON Unit: Format:E12.6 R*4 97s Col.# 10:SIG_R Unit: Format:E12.6 R*4 97s Col.# 11:CONAD Unit: Format:E12.6 R*4 97s Col.# 12:BINX Unit: Format:I1 I*4 97s Col.# 13:BINY Unit: Format:I1 I*4 97s Col.# 14:NX Unit: Format:I1 I*4 97s Col.# 15:NY Unit: Format:I1 I*4 97s Col.# 16:NUMFRAMES Unit: Format:E12.6 R*4 97s Col.# 17:TEMP Unit: Format:E12.6 R*4 97s Col.# 18:QUAD Unit: Format:I1 I*4 97s Selection: ALL 97s frame: test_ima (data = R4) 97s 1.pixel = 1, last pixel = 19 97s 0.5000000 0.5500000 0.5300000 0.5000000 2.000000 97s 2.000000 1.660000 2.000000 0.5500000 2.000000 97s 1.710000 1.710000 1.770000 0.5300000 2.000000 97s 0.5500000 2.000000 2.000000 2.000000 97s ESCR_MATRIX 97s ----------------------------- 97s > 97s > get rid of that ESO.INS.SLIT descriptor matrix via 97s > CONVERT/DESCR_MATRIX mvim0001 slittab ds-t eso.ins.slit type,id,x,y,dimx,dimy 1 97s > now, let's time again the COMPUTE statement 97s > COMPUTE/IMAGE took 0 seconds 97s > CONVERT/DESCR mvim0001 slittab t-ds 97s +------------------------------------------+ 97s procedure verify12.prg: 97s Total time elapsed after first 9 tests = 4 seconds. 97s +------------------------------------------+ 97s Start of procedure verify13.prg 97s +------------------------------------------+ 97s test of missing CDELT in FITS header 97s ------------------------------------- 97s > use 3-dim image ctest.bdf which has no CDELTi FITS keywords 97s 97s > convert/coord ctest.bdf @14,@72,@2 97s frame pixels entered = 14,72,2 97s world coords = 3.5783085, -32.265692, 2 97s or 0:14:18.79, -32:15:56.49, 2 97s 97s > read/ima ctest.bdf @14,@72,@2,4 97s 97s > read/ima ctest.bdf 0:14:18.79,-32:15:56.49,@2,4 97s 97s > data value at pixel ctest[0:14:18.81,-32:15:57.46,@2]: 97s 7.46400E+03 97s test of precision of written FITS keywords 97s ------------------------------------------ 97s test of pipeline messaging 97s -------------------------- 97s INFO [klaus]: this is a test of: 0123 97s WARNING [momo]: ulli 97s ERROR [noman]: nochmal \x999 97s  und weiter 0123 97s MID_message: strlen(message-text) > 120, message truncated! 97s INFO [lola]: aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaabbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbccddeeffgghhiijjkkllmmnnooppqqrrssttuuvvw 97s ERROR [koko]: ?xxxxxxxxxxx cccccc klaus 97s test of create/virtual 97s ---------------------- 97s > create/table bias 20 20 bias.dat bias_dec.fmt 97s > create/virtual bvirtual.tbl bias.tbl 97s > select/table bvirtual.tbl :BINX.eq.1.AND.:BINY.eq.1.AND.:CONAD.LT.1.0 97s > copy/table bvirtual biassel 97s > read/table biassel 97s > show/table biassel 97s test of plot/row with different colours 97s --------------------------------------- 97s > extract/image &s = wcstest.mt[<,@220:>,@221] 97s > extract/image &q = wcstest.mt[<,@121:>,@122] 97s > create/image &x 1,353 ? sequence 1,4 97s > plot pixels of &s with colors specified in row 1 of &x 97s test of scaling images 97s ---------------------- 97s > create/image test 2,11,3 ? poly 10.0 97s > write/image test [<,<:@2,>] 0.0 all 97s > write/image test [>,<:>,>] 4.0 all 97s > @a scaler test &scal -3,1 a 97s > @a scaler test &scal 1,-2 97s test of division of images with many zeroes 97s ------------------------------------------- 97s > comp/ima &a = image_M12c.fits / expo_map_M12c.fits 97s > statistics/image &a 97s test of working on non-existing files..." 97s ---------------------------------------- 97s 5 > WRITE/DESCR lola npix/i/1/2 200,200 97s 5 > READ/DESCR lola npix/i/1/2 200,200 97s 5 > INFO/DESC lola npix 97s 5 > inputr = {lola[<,<]} 97s 5 > WRITE/OUT {lola.tbl,#1,@1} 97s 5 > WRITE/OUT {lola.bdf,naxis} 97s 5 > WRITE/DESCR &a wait 21 97s 5 > ECHO/OFF 97s test of fitting images 97s ---------------------- 97s test of context LONG commands 97s ----------------------------- 97s *********** Context Spec enabled ***************** 97s 97s Set parameters to default value 97s **************** Context Long enabled ***************** 97s 97s > indisk/fits xspectr.fits spectrum 97s > create/table normtable_smcx1 * * normtable_smcx1_phase004.dat formatnormalisation T 97s > normalize/spec spectrum continuum TABLE normtable_smcx1 yes 97s > init/long grism2_test2D 97s Parameters are initialized from table grism2_test2D 97s > set/long npix=1685,286 start=1,1 step=1,1 97s Session parameters are saved in table mine 97s > set/long thres=60 ywidth=5 wlcmtd=guess guess=mine 97s > search/long 97s > calibrate/long 97s 97s Initial Wav. : 3774.83 97s Final Wav. : 9725.413 97s Step : 3.566 97s > rectify/long HeAr_gr2_extr.bdf longo 97s test of updating FITS files 97s --------------------------- 97s for this test we need display capabilities... 97s so we have to skip this test 97s and wait instead for 3 seconds... 97s test of copying table to image" 97s ------------------------------ 97s > compute/table hear.tfits :new_wave = :wave/2.1 97s > copy/ti hear.tfits hear_ima :new_wave 97s > show/table hear.tfits 97s > show/table newbie 97s > copy/ti newbie newbie_ima 97s > copy/ti newbie test_ima #11 97s > read/image test_ima 97s > read/image newbie_ima frame: newbie_ima (data = R4) 97s No. of values missing, defaulted to 20... 97s line = 11, 1.pixel = 1, last pixel = 19 97s 0.5000000 0.5500000 0.5300000 0.5000000 2.000000 97s 2.000000 1.660000 2.000000 0.5500000 2.000000 97s 1.710000 1.710000 1.770000 0.5300000 2.000000 97s 0.5500000 2.000000 2.000000 2.000000 97s line = 12, pixel = 1 97s 1.000000 97s min = 0.0000 , max = 0.0000 at frame pixel ( 1), ( 1) 97s # 97s # test data file for CREATE/TABLE 97s # 97s 0.0047,-35.0596 MS2357-3520 97s 97s ! 0.0499,0.0401 Q 2356-0014 not used anymore, 030910 97s 0.0286,-63.5943 MS2357-6352 97s # 0.0499,0.0401 Q 2356-0014 not used anymore, 030910 97s 0.0499,0.0401 Q 2357-0014 97s 0.0528,-0.2427 Q 2357-005A 97s 97s FS = "\t," 97s DEFINE/FIELD R :RA 97s DEFINE/FIELD R :DEC 97s DEFINE/FIELD C*13 :NAME 97s Table : waldi [Transposed format] 97s No.Columns : 3 No.Rows : 4 97s All.Columns: 7 All.Rows: 8 Sel.Rows: 4 97s Sorted by :Sequence Reference:Sequence 97s Col.# 1:RA Unit: Format:E12.6 R*4 97s Col.# 2:DEC Unit: Format:E12.6 R*4 97s Col.# 3:NAME Unit: Format:A13 C*13 97s Selection: ALL 97s Table : waldi 97s 97s Sequence RA DEC NAME 97s -------- ------------ ------------ ------------- 97s 1 4.70000e-03 -3.50596e+01 MS2357-3520 97s 2 2.86000e-02 -6.35943e+01 MS2357-6352 97s 3 4.99000e-02 4.01000e-02 Q 2357-0014 97s 4 5.28000e-02 -2.42700e-01 Q 2357-005A 97s -------- ------------ ------------ ------------- 97s Table : klaus.tfits [Transposed format] 97s No.Columns : 8 No.Rows : 1472 97s All.Columns: 11 All.Rows: 1472 Sel.Rows: 1472 97s Sorted by :Sequence Reference:Sequence 97s Col.# 1:year Unit: Format:E15.5 R*4 97s Col.# 2:month Unit: Format:E15.5 R*4 97s Col.# 3:day Unit: Format:E15.5 R*4 97s Col.# 4:hour Unit: Format:E15.5 R*4 97s Col.# 5:yearly Unit: Format:E15.5 R*4 97s Col.# 6:jetspeed Unit: Format:E15.5 R*4 97s Col.# 7:yearly99 Unit: Format:E12.6 R*4 97s Col.# 8:bin Unit: Format:E12.6 R*4 97s Selection: ALL 97s No. of selections: 1008 97s Table : klaus.tfits [Transposed format] 97s No.Columns : 8 No.Rows : 1472 97s All.Columns: 11 All.Rows: 1472 Sel.Rows: 1008 97s Sorted by :Sequence Reference:Sequence 97s Col.# 1:year Unit: Format:E15.5 R*4 97s Col.# 2:month Unit: Format:E15.5 R*4 97s Col.# 3:day Unit: Format:E15.5 R*4 97s Col.# 4:hour Unit: Format:E15.5 R*4 97s Col.# 5:yearly Unit: Format:E15.5 R*4 97s Col.# 6:jetspeed Unit: Format:E15.5 R*4 97s Col.# 7:yearly99 Unit: Format:E12.6 R*4 97s Col.# 8:bin Unit: Format:E12.6 R*4 97s Selection: :yearly.lt.250.0 97s Table : klaus.tfits 97s Column # 5 Label :yearly 97s Total no. of entries : 1472, selected no. of entries : 1008 97s Minimum value : 1.000000 , Maximum value: 249.0000 97s Mean value : 123.31349 , Standard dev.: 73.000340 97s EFH toto0000 : empty primary FITS header (NAXIS=0) 97s Image toto0001 : Ramp 16-bit , naxis: 3, pixels: 73, 31 97s Table toto0002 : , Table r,c: 53, 8 97s 3 extensions read in ... 97s FITS file middummo.fits will have 3 extensions 97s EFH nocop0000 : empty primary FITS header (NAXIS=0) 97s Image nocop0001 : Ramp 16-bit , naxis: 3, pixels: 73, 31 97s Table nocop0002 : , Table r,c: 53, 8 97s 3 extensions read in ... 97s EFH sicop0000 : empty primary FITS header (NAXIS=0) 97s Image sicop0001 : Ramp 16-bit , naxis: 3, pixels: 73, 31 97s Table sicop0002 : , Table r,c: 53, 8 97s 3 extensions read in ... 97s EFH sicop0000 : empty primary FITS header (NAXIS=0) 97s Image sicop0001 : Ramp 16-bit , naxis: 3, pixels: 73, 31 97s Table sicop0002 : , Table r,c: 53, 8 97s 3 extensions read in ... 97s EFH sicop0000 : empty primary FITS header (NAXIS=0) 97s Image sicop0001 : Ramp 16-bit , naxis: 3, pixels: 73, 31 97s Table sicop0002 : , Table r,c: 53, 8 97s 3 extensions read in ... 97s <,@11 97s > comp/ima &d = newbie_ima@11 - test_ima 97s > find/minmax &d 97s +------------------------------------------+ 97s procedure verify13.prg: 97s Total time elapsed = 3 seconds. 97s All tests o.k. - you deserve a coffee now... 97s +------------------------------------------+ 97s +------------------------------------------+ 97s Start of procedure verify14.prg 97s +------------------------------------------+ 97s test of REBIN/TT, SELECT/TABLE, ... 97s ----------------------------------- 97s > we need the FITS table `phot2000p.tfits' from the 97s > $MID_TEST directory for this verification 97s > please, get the latest data tar file from the ESO ftp server 97s > to bring your MID_TEST dir up to date ... 97s > verify14.prg skipped. 97s test of memory leaks 97s -------------------- 97s > while this loop is running 50 times, 97s > check the memory usage (via ps, top, ...) 97s mem_loop no. 1 97s mem_loop no. 2 97s mem_loop no. 3 97s mem_loop no. 4 97s mem_loop no. 5 97s mem_loop no. 6 97s mem_loop no. 7 97s mem_loop no. 8 97s mem_loop no. 9 97s mem_loop no. 10 97s mem_loop no. 11 97s mem_loop no. 12 97s mem_loop no. 13 97s mem_loop no. 14 97s mem_loop no. 15 97s mem_loop no. 16 97s mem_loop no. 17 97s mem_loop no. 18 97s mem_loop no. 19 97s mem_loop no. 20 97s mem_loop no. 21 97s mem_loop no. 22 97s mem_loop no. 23 97s mem_loop no. 24 97s mem_loop no. 25 97s mem_loop no. 26 97s mem_loop no. 27 97s mem_loop no. 28 97s mem_loop no. 29 97s mem_loop no. 30 97s mem_loop no. 31 97s mem_loop no. 32 97s mem_loop no. 33 97s mem_loop no. 34 97s mem_loop no. 35 97s mem_loop no. 36 97s mem_loop no. 37 97s mem_loop no. 38 97s mem_loop no. 39 97s mem_loop no. 40 97s mem_loop no. 41 97s mem_loop no. 42 97s mem_loop no. 43 97s mem_loop no. 44 97s mem_loop no. 45 97s mem_loop no. 46 97s mem_loop no. 47 97s mem_loop no. 48 97s mem_loop no. 49 97s mem_loop no. 50 97s 97s test of CREATE/TABLE 97s -------------------- 97s 97s > data file rudi.dat: 97s 97s 97s > format file berti.fmt: 97s 97s > create/table waldi 3 3 rudi berti 97s 97s 97s 97s test of SELECT/TABLE for FITS tables 97s ------------------------------------ 97s 97s test of INDISK/MFITS + copying of FITS header 97s --------------------------------------------- 97s We miss the prefix... so we use `toto' 97s keyword: NODSC type: integer no_elems: 20 97s 10 17 21 10 18 22 0 0 97s 0 10 17 22 10 18 21 0 97s 0 0 0 0 97s 97s test of command creation with blank qualifier 97s --------------------------------------------- 97s > create/comm select @@ kcompare.prg 97s > show/com select 97s SELECT/ (def_qualif FUNC ) defaults_flag: 0 97s @@ kcompare.prg 97s > show/code select 97s SELECT/ (def_qualif FUNC ) defaults_flag: 0 97s @@ kcompare.prg 97s 97s ! ++++++++++++++++++++++++++++++++++++++++++++++++++++++ 97s ! 97s ! MIDAS procedure kcompare.prg 97s ! K. Banse 920910, 980526, 090717, 100319, 110427 97s ! 97s ! use as @@ kcompare labref:keyref keynew indexa,indexb eps 97s ! or keyref keynew indexa,indexb eps 97s ! with labref: = optional reference label displayed for failed checks 97s ! keyref = name of reference keyword 97s ! keynew = name of new keyword 97s ! indexa,indexb = start + end index for comparison 97s ! and following params only for real/double keywords 97s ! eps = epsilon for difference from indexa-b 97s ! indexc,indexd = start + end index for comparison 97s ! eps = epsilon for difference from indexc-d 97s ! indexe,indexf = start + end index for comparison 97s ! eps = epsilon for difference from indexe-f 97s ! 97s ! we use he global integer keyword errsum to pass error info 97s ! back to the calling procedure, i.e. keyw. errsum must exist! 97s ! 97s ! ++++++++++++++++++++++++++++++++++++++++++++++++++++++ 97s ! 97s define/par p1 ? ? "Enter labref:refkey " 97s define/par p2 ? ? "Enter newkey: " 97s define/par p3 1,1 n "Enter indexa,indexb: " 97s define/par p4 0. n "Enter epsilon for difference check: " 97s ! 97s define/local myp5/c/1/20 {p5} !optional 2nd interval 97s define/local myp7/c/1/20 {p7} !optional 3rd interval 97s define/local mypara/c/1/20 {p3} 97s define/local myparb/c/1/20 {p4} 97s define/local loopi/i/1/3 0 all +lower 97s define/local failindx/i/1/1 0 ? +lower !index of 1st difference 97s define/local labref/c/1/20 "? " ? +lower 97s ! 97s define/local ktype/i/1/1 0 97s define/local idif/i/1/1 0 97s define/local rdif/d/1/1 0. 98s define/local Table : biggy 98s 98s Sequence co 98s -------- -- 98s 8000 22 98s -------- -- 98s Table : biggy 98s 98s Sequence co 98s -------- -- 98s 8000 22 98s 8001 44 98s -------- -- 98s no CDELTi nor CDi_j matrix found... STEPi set to 1.0 98s FITS file: thar5s.fit converted to: thar5s.bdf 98s FITS file: bachesORDE.fit converted to: bachesORDE.tbl 98s FITS file: bachesLINE.fit converted to: bachesLINE.tbl 98s FITS file: /usr/lib/eso-midas/25MAY/contrib/baches/demo/thar.fit converted to: thar.tbl 98s Table : line.tbl 98s Column # 12 Label :RESIDUAL 98s Total no. of entries : 2568, selected no. of entries : 2568 98s Minimum value : -23.75022 , Maximum value: 24.00086 98s Mean value : -0.17059095E-02, Standard dev.: 2.0934462 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 6 RR 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 5 EE 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 4 DD 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 3 RR 4 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 6 2 OO 5 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 5 1 :: 6 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 2 XX 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 1 :: 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 XX 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 22 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 33 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 44 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s No. of selections: 1671 98s Table : line.tbl 98s Column # 12 Label :RESIDUAL 98s Total no. of entries : 2568, selected no. of entries : 2568 98s Minimum value : -23.70716 , Maximum value: 24.32833 98s Mean value : 0.11626479E-02, Standard dev.: 2.0908579 98s reps/r/1/1 0. 98s define/local ddif/d/1/1 0. 98s define/local deps/d/1/1 0. 98s define/local idx/i/1/1 0 98s ! 98s idx = m$index(p1,":") 98s if idx .gt. 1 then 98s idx = idx - 1 98s labref(1:) = "["//p1(1:{idx})//"] " 98s idx = idx + 2 98s p1(1:) = p1({idx}:) 98s endif 98s ! 98s info/keyw {p1} 98s ktype = mid$info(1) !save keytype 98s if ktype .eq. 0 .or. ktype .eq. 3 then 98s write/out invalid keyword {p1}, or invalid type ... 98s errsum = errsum+1 98s return 98s endif 98s ! 98s again: 98s write/keyw loopi/i/1/3 0,{mypara} 98s ! 98s if ktype .eq. 1 then 98s ! 98s do loopi = {loopi(2)} {loopi(3)} 98s idif = m$abs({p1}({loopi}) - {p2}({loopi})) 98s if idif .gt. 0 then 98s if failindx .eq. 0 failindx = loopi 98s endif 98s enddo 98s ! 98s ! 98s else if ktype .eq. 2 then 98s reps = {myparb} 98s ! 98s do loopi = {loopi(2)} {loopi(3)} 98s rdif = m$abs({p1}({loopi}) - {p2}({loopi})) 98s if rdif .gt. reps then 98s if failindx .eq. 0 failindx = loopi 98s endif 98s enddo 98s ! 98s else 98s deps = {myparb} 98s ! 98s do loopi = {loopi(2)} {loopi(3)} 98s ddif = m$abs({p1}({loopi}) - {p2}({loopi})) 98s if ddif .gt. deps then 98s if failindx .eq. 0 failindx = loopi 98s endif 98s enddo 98s ! 98s endif 98s if failindx .ne. 0 then 98s @@ kcompare,out {p1} {p2} 98s return 98s endif 98s if myp5(1:1) .ne. "?" then 98s write/keyw mypara/c/1/20 {p5} 98s write/keyw myparb/c/1/20 {p6} 98s failindx = 0 98s myp5(1:2) = "? " 98s goto again 98s endif 98s if myp7(1:1) .ne. "?" then 98s write/keyw mypara/c/1/20 {p7} 98s write/keyw myparb/c/1/20 {p8} 98s failindx = 0 98s myp7(1:2) = "? " 98s goto again 98s endif 98s ! 98s entry out 98s set/format j2 g15.10 98s write/out 98s if labref(1:1) .eq. "?" then 98s write/out " reference: new: " 98s else 98s write/out " reference: new: label: " {labref} 98s endif 98s do loopi = {loopi(2)} {loopi(3)} 98s if loopi .eq. failindx then 98s write/out ({loopi}) {{p1}({loopi})} " *** " {{p2}({loopi})} 98s else 98s write/out ({loopi}) {{p1}({loopi})} " " {{p2}({loopi})} 98s endif 98s enddo 98s errsum = errsum+1 98s 98s 98s test of direct table access for big tables 98s ------------------------------------------ 98s 98s test of Echelle command REGRESSION/ROBUST 98s ----------------------------------------- 98s context: spec already enabled 98s existing command overwritten... 98s existing command overwritten... 98s existing command overwritten... 98s existing command overwritten... 98s *************** Context Echelle enabled ******************* 98s *** *** 98s *** This version of the Echelle context has been *** 98s *** upgraded to allow world coordinates calibrations *** 98s *** The 94NOV version of the echelle context can be *** 98s *** activated with SET/CONTEXT echellec. *** 98s *** The echellec context will be suppressed in 1996. *** 98s *** *** 98s *** A Motif Graphical User Interface for this context *** 98s *** can be activated with CREATE/GUI ECHELLE *** 98s *** *** 98s *********************************************************** 98s Background table back.tbl not stored. Created... 98s Creating table back.tbl... 98s *** Wavelength calibration *** 98s 98s Method : guess 98s Dispersion relation type : 2D 98s Guess session (if any) : baches 98s WLC frame : thar5s 98s Line catalog : thar.tbl 98s Number of orders : 29 98s Polynomial degree : 3 98s Binning : 1.0,1.0 98s ** Identification loop ** 98s Initial accuracy : 1.5 pixel 98s Next neighbour parameter : 0.2 98s Maximal error : 20.0 pixel 98s Initial error : 5.0 pixel 98s Iteration error : 4.0 std dev. 98s ** Rejection loop ** 98s Tolerance : 2.0 98s Estimate shift by cross-correlation 98s Cross-correlation shift value : 0.00000E+00 98s .. Iterative Identification: 98s *** Matching: STD. DEV. 0.053 wavelength units, i.e. 0.61612 pixels *** 98s *** Iteration: 0. Number of identifications: 1671 98s *** Rejection: STD. DEV. 0.01568 wav. units, i.e. 0.18224 pixels *** 98s *** Matching: STD. DEV. 0.05293 wavelength units, i.e. 0.61536 pixels *** 98s *** Iteration: 1. Number of identificat JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 6 RR 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 5 EE 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 4 DD 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 3 RR 4 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 6 2 OO 5 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 5 1 :: 6 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 2 XX 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 1 :: 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 XX 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 22 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 33 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 44 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 98s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s No. of selections: 1558 99s Table : line.tbl 99s Column # 12 Label :RESIDUAL 99s Total no. of entries : 2568, selected no. of entries : 2568 99s Minimum value : -23.61016 , Maximum value: 24.25050 99s Mean value : -0.12712583E-01, Standard dev.: 2.0902679 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 6 RR 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 5 EE 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 4 DD 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 3 RR 4 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 6 2 OO 5 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 5 1 :: 6 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 2 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 1 :: 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 22 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 33 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 44 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s No. of selections: 1536 99s Table : line.tbl 99s Column # 12 Label :RESIDUAL 99s Total no. of entries : 2568, selected no. of entries : 2568 99s Minimum value : -23.70223 , Maximum value: 24.40473 99s Mean value : -0.45067119E-02, Standard dev.: 2.0908840 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 6 RR 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 5 EE 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 4 DD 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 3 RR 4 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 6 2 OO 5 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 5 1 :: 6 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 2 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 1 :: 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 22 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 33 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 44 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s No. of selections: 1551 99s Table : line.tbl 99s Column # 12 Label :RESIDUAL 99s Total no. of entries : 2568, selected no. of entries : 2568 99s Minimum value : -23.73817 , Maximum value: 24.37368 99s Mean value : -0.38870435E-02, Standard dev.: 2.0909192 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 6 RR 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 5 EE 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 4 DD 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 3 RR 4 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 6 2 OO 5 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 5 1 :: 6 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 2 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 1 :: 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 22 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 33 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 44 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 99s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 100s No. of selections: 1558 100s Table : line.tbl 100s Column # 12 Label :RESIDUAL 100s Total no. of entries : 2568, selected no. of entries : 2568 100s Minimum value : -23.69866 , Maximum value: 24.27350 100s Mean value : -0.38359173E-03, Standard dev.: 2.0906058 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 6 RR 1 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 5 EE 2 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 4 DD 3 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 3 RR 4 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 6 2 OO 5 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 5 1 :: 6 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 2 XX 1 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 1 :: 2 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 XX 1 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 22 1 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 22 2 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 4 XX 1 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 3 33 2 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 2 OO 3 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 7 1 :: 4 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 44 1 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 OO 2 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 10 3 33 1 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 9 2 XX 2 100s JPL, JPB, KARAK(JPL), KARAK(JPB), J 8 1 :: 3 100s No. of selections: 1550 100s No. of selections: 1550 100s COMPUTE DISPERSION COEFFICIENTS 100s ------------------------------- 100s INPUT TABLE : line.tbl 100s POLYNOMIAL DEGREE : 3 100s SEQ.NO SPECTRAL NO.LINES WL START WL END STD. DEV. 100s ORDER ANGSTROEM 100s ------ -------- -------- -------- ------ --------- 100s 1 54 57 4022.66 4249.72 0.02244 *FROM 2D SOLUTION* 100s 2 53 45 4098.48 4329.88 0.01741 *FROM 2D SOLUTION* 100s 3 52 69 4177.22 4413.13 0.01920 *FROM 2D SOLUTION* 100s 4 51 72 4259.04 4499.64 0.01979 *FROM 2D SOLUTION* 100s 5 50 69 4344.14 4589.61 0.01707 *FROM 2D SOLUTION* 100s 6 49 60 4432.71 4683.26 0.01813 *FROM 2D SOLUTION* 100s 7 48 63 4524.97 4780.80 0.01907 *FROM 2D SOLUTION* 100s 8 47 68 4621.16 4882.49 0.02306 *FROM 2D SOLUTION* 100s 9 46 74 4721.53 4988.60 0.02123 *FROM 2D SOLUTION* 100s 10 45 73 4826.36 5099.42 0.02436 *FROM 2D SOLUTION* 100s 11 44 54 4935.96 5215.27 0.02418 *FROM 2D SOLUTION* 100s 12 43 54 5050.66 5336.51 0.02624 *FROM 2D SOLUTION* 100s 13 42 59 5170.82 5463.51 0.02254 *FROM 2D SOLUTION* 100s 14 41 65 5296.84 5596.69 0.02575 *FROM 2D SOLUTION* 100s 15 40 62 5429.16 5736.53 0.02301 *FROM 2D SOLUTION* 100s 16 39 54 5568.28 5883.53 0.02177 *FROM 2D SOLUTION* 100s 17 38 72 5714.71 6038.25 0.02156 *FROM 2D SOLUTION* 100s 18 37 75 5869.06 6201.32 0.02628 *FROM 2D SOLUTION* 100s 19 36 69 6031.99 6373.44 0.02722 *FROM 2D SOLUTION* 100s 20 35 52 6204.24 6555.37 0.02565 *FROM 2D SOLUTION* 100s 21 34 56 6386.62 6747.99 0.03144 *FROM 2D SOLUTION* 100s 22 33 52 6580.05 6952.27 0.03407 *FROM 2D SOLUTION* 100s 23 32 36 6785.58 7169.28 0.02704 *FROM 2D SOLUTION* 100s 24 31 40 7004.37 7400.28 0.03244 *FROM 2D SOLUTION* 100s 25 30 32 7237.75 7646.65 0.04120 *FROM 2D SOLUTION* 100s 26 29 25 7487.23 7909.99 0.04130 *FROM 2D SOLUTION* 100s 27 28 22 7754.53 8192.10 0.03822 *FROM 2D SOLUTION* 100s 28 27 12 8041.64 8495.08 0.05452 *FROM 2D SOLUTION* 100s 29 26 9 8350.84 8821.32 0.04304 *FROM 2D SOLUTION* 100s 30 25 0 8684.79 9173.63 99.99999 *FROM 2D SOLUTION* 100s --------------------------------------------------------- 100s MEAN RMS: 3.35964 100s ** TOTAL NUMBER OF LINES : 1550 ** 100s FITS file: wcstest.mt converted to: wcstest.bdf 100s #!/bin/sh 100s mkdir verylongdirectoryforfilestotestmidas 100s cd ./verylongdirectoryforfilestotestmidas 100s mkdir anotherverylongdirectoryforfilestotestmidas 100s cd ./anotherverylongdirectoryforfilestotestmidas 100s echo now in `pwd` 100s cp ../../wcstest.bdf . 100s now in /tmp/autopkgtest.TfwnT4/autopkgtest_tmp/verylongdirectoryforfilestotestmidas/anotherverylongdirectoryforfilestotestmidas 100s frame: ./verylongdirectoryforfilestotestmidas/anotherverylongdirectoryforfilestotestmidas/wcstest 100s (data = I2) 100s NAXIS: 2 100s NPIX: 353 353 100s START: 40.833023138257 18.266750030205 100s STEP: -0.47251328635914E-03 0.47259893142483E-03 100s IDENT: dss495 100s CUNIT: RA---TAN DEC--TAN 100s LHCUTS: 0.000000 0.000000 2981.000 13950.00 100s frame: ./verylongdirectoryforfilestotestmidas/anotherverylongdirectoryforfilestotestmidas/wcstest 100s (data = I2) 100s complete area of frame 100s minimum, maximum: 2.981000e+03 1.395000e+04 100s at pixel (160,192),(123,319) 100s mean, standard_deviation: 3.800047e+03 5.257273e+02 100s 3rd + 4th moment: 10.9737 164.401 100s total intensity: 4.7352e+08 100s exact median, 1. mode, mode: 3.744000e+03 3.690759e+03 3.690759e+03 100s total no. of bins, binsize: 256 4.301569e+01 100s # of pixels used = 124609 from 1,1 to 353,353 (in pixels) 100s bad ESO descriptor XTSELTABL 100s FITS file: F1_PZPI_050103A_VBE_fhis.tfits converted to: eso-descr.tbl 100s table: hear.tbl 100s column: :wave (use only selected, non-NULL rows) 100s minimum, maximum: 3.639833e+03 1.083030e+04 100s at row (1),(152) 100s mean, standard_deviation: 5.863042e+03 1.644981e+03 100s 3rd + 4th moment: 0.634249 2.71341 100s total intensity: 891182 100s exact median, 1. mode, mode: 5.650704e+03 3.653932e+03 3.823119e+03 100s total no. of bins, binsize: 256 2.819791e+01 100s # of rows used = 152 100s frame: tcol2ima (data = R4) 100s table: hear.tbl 100s column: :wave (use only selected, non-NULL rows) 100s minimum, maximum: 3.639833e+03 1.083030e+04 100s at row (1),(152) 100s mean, standard_deviation: 5.863042e+03 1.644981e+03 100s 3rd + 4th moment: 0.634249 2.71341 100s total intensity: 891182 100s exact median, 1. mode, mode: 5.650704e+03 3.653932e+03 3.823119e+03 100s total no. of bins, binsize: 256 2.819791e+01 100s # of rows used = 152 100s table: hear.tbl 100s column: :wave (use only selected, non-NULL rows) 100s minimum, maximum: 3.639833e+03 1.083030e+04 100s at row (1),(152) 100s mean, standard_deviation: 5.863042e+03 1.644981e+03 100s 3rd + 4th moment: 0.634249 2.71341 100s total intensity: 891182 100s median, 1. mode, mode: 5.641884e+03 3.653932e+03 3.823119e+03 100s total no. of bins, binsize: 256 2.819791e+01 100s # of rows used = 152 100s frame: tcol2ima (data = R4) 100s table: hear.tbl 100s column: :wave (use only selected, non-NULL rows) 100s minimum, maximum: 3.639833e+03 1.083030e+04 100s at row (1),(152) 100s mean, standard_deviation: 5.863042e+03 1.644981e+03 100s 3rd + 4th moment: 0.634249 2.71341 100s total intensity: 891182 100s median, 1. mode, mode: 5.641884e+03 3.653932e+03 3.823119e+03 100s total no. of bins, binsize: 256 2.819791e+01 100s # of rows used = 152 100s Warning: No comment nor hierarch keyword - >FILTER_A< ! 100s Warning: No comment nor hierarch keyword - >FILTER_B< ! 100s frame: badfitskeys.mt (data = UI2, format = FITS) 100s NAXIS: 2 100s NPIX: 2148 2102 100s START: 286.32108005556 -37.473730055556 100s STEP: -0.10997222222222E-03 0.10997222222222E-03 100s IDENT: SKY_FLAT 100s CUNIT: RA---TAN DEC--TAN 100s LHCUTS: 0.000000 0.000000 275.0000 65535.00 100s ORD EG SG EL SL NSG NSL 100s 2 0.289E-17 0.383E-16 0.105E-19 0.101E-15 0 2928 100s 3 0.353E-17 0.327E-16 0.450E-21 0.313E-16 0 3949 100s 4 0.216E-17 0.160E-16 0.259E-25 0.106E-16 0 7009 100s 5 0.236E-17 0.150E-16 0.155E-19 0.133E-16 0 3903 100s 6 0.136E-17 0.779E-17 0.368E-20 0.465E-17 0 5635 100s NREST: 891216 100s frame: middummnew.bdf (data = R4) 100s complete area of frame 100s minimum, maximum: -1.267916e-14 3.169698e-15 100s at pixel (291,1013),(85,1016) 100s mean, standard_deviation: 1.754196e-19 1.022628e-16 100s 3rd + 4th moment: -37.7547 2228.83 100s total intensity: 1.60446e-13 100s exact median, 1. mode, mode: 4.378629e-22 -1.264808e-14 3.100329e-17 100s total no. of bins, binsize: 256 6.215238e-17 100s # of pixels used = 914640 from 1,1 to 888,1030 (in pixels) 100s Table : R_table 100s 100s Sequence mjd_obs qc_UL_ron12 MJD 100s -------- ----------- ------------ ----------- 100s 1 54294.45791 2.62852e+00 54294.45791 100s 2 54294.47875 2.84808e+00 54294.47875 100s 3 54295.44119 2.59002e+00 54295.44119 100s 4 54295.46203 2.70161e+00 54295.46203 100s 5 54296.47126 3.08974e+00 54296.47126 100s 6 54296.47126 3.10352e+00 54296.47126 100s 7 54296.51335 2.83961e+00 54296.51335 100s 8 54296.51335 2.90792e+00 54296.51335 100s 9 54296.56864 2.53531e+00 54296.56864 100s 10 54296.56864 2.56326e+00 54296.56864 100s 11 54296.61574 2.79318e+00 54296.61574 100s 12 54296.61574 2.84646e+00 54296.61574 100s 13 54316.57097 2.59785e+00 54316.57097 100s 14 54317.46026 2.63441e+00 54317.46026 100s 15 54318.45996 2.72349e+00 54318.45996 100s 16 54319.46311 2.78205e+00 54319.46311 100s 17 54319.46311 2.82157e+00 54319.46311 100s 18 54319.46311 2.83468e+00 54319.46311 100s 19 54319.50020 2.97817e+00 54319.50020 100s 20 54319.50020 2.99415e+00 54319.50020 100s 21 54319.50020 3.02582e+00 * 100s 22 54320.47095 2.79892e+00 54320.47095 100s 23 54320.50564 2.67023e+00 54320.50564 100s 24 54321.44799 2.55891e+00 54321.44799 100s 25 54322.50432 2.61136e+00 54322.50432 100s 26 54323.39453 2.66136e+00 54323.39453 100s 27 54332.45171 2.53179e+00 54332.45171 100s 28 54332.63059 2.59974e+00 54332.63059 100s 29 54332.91546 2.59044e+00 54332.91546 100s 30 54333.00102 2.56770e+00 54333.00102 100s 31 54333.44901 2.60979e+00 54333.44901 100s 32 54334.54087 3.81372e+00 54334.54087 100s 33 54334.54087 3.82862e+00 54334.54087 100s 34 54334.58951 2.58633e+00 54334.58951 100s 35 54334.58951 2.58820e+00 54334.58951 100s 36 54336.45481 2.60407e+00 54336.45481 100s 37 54336.48587 2.52506e+00 54336.48587 100s 38 54337.90997 2.45078e+00 54337.90997 100s 39 54338.45404 2.65385e+00 54338.45404 100s 40 54338.47336 2.74970e+00 54338.47336 100s 41 54339.42803 2.62807e+00 54339.42803 100s 42 54341.49684 2.60145e+00 54341.49684 100s 43 54342.41554 2.57148e+00 54342.41554 100s 44 54343.71010 2.48050e+00 54343.71010 100s 45 54343.71010 2.53321e+00 54343.71010 100s 46 54344.69432 2.52806e+00 54344.69432 100s 47 54345.44224 2.69776e+00 54345.44224 100s 48 54345.47308 2.52016e+00 54345.47308 100s 49 54346.83291 2.58815e+00 54346.83291 100s 50 54346.85002 2.60192e+00 54346.85002 100s 51 54346.87346 2.51753e+00 54346.87346 100s 52 54347.45275 2.58095e+00 54347.45275 100s 53 54348.50584 2.52170e+00 54348.50584 100s 54 54348.52667 2.60700e+00 54348.52667 100s 55 54349.44061 2.53818e+00 54349.44061 100s 56 54350.43173 2.52597e+00 54350.43173 100s 57 54351.51501 3.16959e+00 54351.51501 100s 58 54352.42670 2.55271e+00 54352.42670 100s 59 54353.44313 2.54627e+00 54353.44313 100s 60 54354.52105 2.62696e+00 54354.52105 100s 61 54355.44581 2.61641e+00 54355.44581 100s 62 54357.44753 2.62435e+00 54357.44753 100s 63 54357.46837 2.55909e+00 54357.46837 100s 64 54358.44733 2.62869e+00 54358.44733 100s 65 54359.44077 2.57723e+00 54359.44077 100s 66 54360.36188 2.99322e+00 54360.36188 100s 67 54361.44374 2.72604e+00 54361.44374 100s 68 54361.48242 2.63704e+00 54361.48242 100s 69 54362.46298 2.66124e+00 54362.46298 100s 70 54362.48302 2.50924e+00 54362.48302 100s 71 54363.28505 2.68718e+00 54363.28505 100s -------- ----------- ------------ ----------- 100s Warning: son does not fit completely in father... 100s xstart xend xcenter xfwhm xsigma icent 100s 183.841 308.576 255.000 23.548 10.000 0.39894E-01 100s 601.432 709.898 654.000 23.548 10.000 0.39894E-01 100s 970.214 1127.489 1054.000 23.548 10.000 0.39894E-01 100s 1702.355 1805.397 1754.000 23.548 10.000 0.39894E-01 100s 4 table entries processed 100s Table : koko 100s 100s Sequence XSTART XEND 100s -------- ------------------------ ------------------------ 100s 1 1.83840728759766e+02 3.08575927734375e+02 100s 2 6.01432312011719e+02 7.09897583007812e+02 100s 3 9.70214416503906e+02 1.12748925781250e+03 100s 4 1.70235534667969e+03 1.80539746093750e+03 100s -------- ------------------------ ------------------------ 100s Sequence XCEN XSIG XFWHM ICENT 100s -------- ------------------------ ------------ ------------ ------------ 100s 1 2.55000000000000e+02 1.0000e+01 2.3548e+01 3.9894e-02 100s 2 6.54000000000000e+02 1.0000e+01 2.3548e+01 3.9894e-02 100s 3 1.05400000000000e+03 1.0000e+01 2.3548e+01 3.9894e-02 100s 4 1.75400000000000e+03 1.0000e+01 2.3548e+01 3.9894e-02 100s -------- ------------------------ ------------ ------------ ------------ 100s FITS file: wcstest.mt converted to: wcs.bdf 100s frame: middummi.bdf (data = I4) 100s complete area of frame 100s minimum, maximum: 2.981000e+03 1.395000e+04 100s at pixel (160,192),(123,319) 100s mean, standard_deviation: 3.800047e+03 5.257273e+02 100s 3rd + 4th moment: 10.9737 164.401 100s total intensity: 4.7352e+08 100s exact median, 1. mode, mode: 3.744000e+03 3.690759e+03 3.690759e+03 100s total no. of bins, binsize: 256 4.301569e+01 100s # of pixels used = 124609 from 1,1 to 353,353 (in pixels) 100s frame pixel ( 9, 1), value = 3812.0 100s frame pixel ( 10, 1), value = 3812.0 100s frame pixel ( 11, 1), value = 3812.0 100s frame pixel ( 12, 1), value = 3812.0 100s frame pixel ( 15, 1), value = 3812.0 100s frame pixel ( 12, 2), value = 3812.0 100s frame pixel ( 10, 6), value = 3812.0 100s frame pixel ( 9, 7), value = 3812.0 100s frame pixel ( 28, 18), value = 3812.0 100s frame pixel ( 9, 24), value = 3812.0 100s frame pixel ( 9, 28), value = 3812.0 100s frame pixel ( 10, 29), value = 3812.0 100s frame pixel ( 11, 29), value = 3812.0 100s frame pixel ( 12, 29), value = 3812.0 100s frame pixel ( 12, 30), value = 3812.0 100s frame pixel ( 12, 31), value = 3812.0 100s frame pixel ( 71, 48), value = 3812.0 100s frame pixel ( 69, 49), value = 3812.0 100s frame pixel ( 70, 49), value = 3812.0 100s frame pixel ( 71, 49), value = 3812.0 100s frame pixel ( 71, 50), value = 3812.0 100s frame pixel ( 72, 50), value = 3812.0 100s frame pixel ( 71, 51), value = 3812.0 100s frame pixel ( 72, 51), value = 3812.0 100s frame pixel ( 69, 54), value = 3812.0 100s frame pixel ( 70, 55), value = 3812.0 100s frame pixel ( 66, 56), value = 3812.0 100s frame pixel ( 67, 56), value = 3812.0 100s frame pixel ( 68, 56), value = 3812.0 100s frame pixel ( 65, 57), value = 3812.0 100s frame pixel ( 67, 57), value = 3812.0 100s frame pixel ( 68, 57), value = 3812.0 100s frame pixel ( 57, 66), value = 3812.0 100s frame pixel ( 58, 66), value = 3812.0 100s frame pixel ( 60, 68), value = 3812.0 100s frame pixel ( 59, 69), value = 3812.0 100s frame pixel ( 58, 70), value = 3812.0 100s frame pixel ( 58, 71), value = 3812.0 100s frame pixel ( 73, 105), value = 3812.0 100s frame pixel ( 74, 105), value = 3812.0 100s frame pixel ( 75, 108), value = 3812.0 100s frame pixel ( 76, 108), value = 3812.0 100s frame pixel ( 81, 108), value = 3812.0 100s frame pixel ( 82, 108), value = 3812.0 100s frame pixel ( 75, 109), value = 3812.0 100s frame pixel ( 76, 109), value = 3812.0 100s frame pixel ( 81, 109), value = 3812.0 100s frame pixel ( 82, 109), value = 3812.0 100s frame pixel ( 73, 110), value = 3812.0 100s frame pixel ( 74, 110), value = 3812.0 100s frame pixel ( 76, 110), value = 3812.0 100s frame pixel ( 81, 110), value = 3812.0 100s frame pixel ( 76, 111), value = 3812.0 100s frame pixel ( 81, 111), value = 3812.0 100s frame pixel ( 86, 112), value = 3812.0 100s frame pixel ( 77, 113), value = 3812.0 100s frame pixel ( 78, 113), value = 3812.0 100s frame pixel ( 86, 113), value = 3812.0 100s frame pixel ( 79, 115), value = 3812.0 100s frame pixel ( 80, 115), value = 3812.0 100s frame pixel ( 87, 115), value = 3812.0 100s frame pixel ( 88, 115), value = 3812.0 100s frame pixel ( 83, 116), value = 3812.0 100s frame pixel ( 84, 116), value = 3812.0 100s frame pixel ( 83, 117), value = 3812.0 100s frame pixel ( 84, 117), value = 3812.0 100s frame pixel ( 85, 120), value = 3812.0 100s frame pixel ( 86, 120), value = 3812.0 100s frame pixel ( 101, 120), value = 3812.0 100s frame pixel ( 102, 120), value = 3812.0 100s frame pixel ( 103, 120), value = 3812.0 100s frame pixel ( 81, 121), value = 3812.0 100s frame pixel ( 82, 121), value = 3812.0 100s frame pixel ( 101, 121), value = 3812.0 100s frame pixel ( 102, 121), value = 3812.0 100s frame pixel ( 103, 121), value = 3812.0 100s frame pixel ( 81, 122), value = 3812.0 100s frame pixel ( 82, 122), value = 3812.0 100s frame pixel ( 102, 122), value = 3812.0 100s frame pixel ( 103, 123), value = 3812.0 100s frame pixel ( 104, 123), value = 3812.0 100s frame pixel ( 79, 126), value = 3812.0 100s frame pixel ( 77, 127), value = 3812.0 100s frame pixel ( 78, 127), value = 3812.0 100s frame pixel ( 82, 128), value = 3812.0 100s frame pixel ( 82, 129), value = 3812.0 100s frame pixel ( 82, 130), value = 3812.0 100s frame pixel ( 82, 131), value = 3812.0 100s frame pixel ( 84, 132), value = 3812.0 100s frame pixel ( 84, 133), value = 3812.0 100s frame pixel ( 81, 135), value = 3812.0 100s frame pixel ( 82, 135), value = 3812.0 100s frame pixel ( 27, 137), value = 3812.0 100s frame pixel ( 28, 137), value = 3812.0 100s frame pixel ( 25, 138), value = 3812.0 100s frame pixel ( 26, 138), value = 3812.0 100s frame pixel ( 23, 140), value = 3812.0 100s frame pixel ( 24, 140), value = 3812.0 100s frame pixel ( 23, 141), value = 3812.0 100s frame pixel ( 24, 141), value = 3812.0 100s frame pixel ( 17, 142), value = 3812.0 100s frame pixel ( 18, 143), value = 3812.0 100s frame pixel ( 13, 144), value = 3812.0 100s frame pixel ( 14, 144), value = 3812.0 100s frame pixel ( 15, 144), value = 3812.0 100s frame pixel ( 16, 144), value = 3812.0 100s frame pixel ( 13, 145), value = 3812.0 100s frame pixel ( 14, 145), value = 3812.0 100s frame pixel ( 18, 146), value = 3812.0 100s frame pixel ( 19, 146), value = 3812.0 100s frame pixel ( 21, 146), value = 3812.0 100s frame pixel ( 22, 146), value = 3812.0 100s frame pixel ( 17, 147), value = 3812.0 100s frame pixel ( 21, 147), value = 3812.0 100s frame pixel ( 22, 147), value = 3812.0 100s frame pixel ( 16, 148), value = 3812.0 100s frame pixel ( 21, 148), value = 3812.0 100s frame pixel ( 9, 149), value = 3812.0 100s frame pixel ( 10, 149), value = 3812.0 100s frame pixel ( 13, 149), value = 3812.0 100s frame pixel ( 14, 149), value = 3812.0 100s frame pixel ( 26, 150), value = 3812.0 100s frame pixel ( 28, 150), value = 3812.0 100s frame pixel ( 17, 151), value = 3812.0 100s frame pixel ( 18, 151), value = 3812.0 100s frame pixel ( 19, 151), value = 3812.0 100s frame pixel ( 20, 151), value = 3812.0 100s frame pixel ( 26, 151), value = 3812.0 100s frame pixel ( 28, 151), value = 3812.0 100s frame pixel ( 13, 153), value = 3812.0 100s frame pixel ( 14, 153), value = 3812.0 100s frame pixel ( 15, 153), value = 3812.0 100s frame pixel ( 16, 153), value = 3812.0 100s frame pixel ( 11, 154), value = 3812.0 100s frame pixel ( 15, 154), value = 3812.0 100s frame pixel ( 24, 154), value = 3812.0 100s frame pixel ( 12, 155), value = 3812.0 100s frame pixel ( 24, 155), value = 3812.0 100s frame pixel ( 9, 156), value = 3812.0 100s frame pixel ( 10, 156), value = 3812.0 100s frame pixel ( 12, 156), value = 3812.0 100s frame pixel ( 13, 156), value = 3812.0 100s frame pixel ( 9, 157), value = 3812.0 100s frame pixel ( 10, 157), value = 3812.0 100s frame pixel ( 11, 157), value = 3812.0 100s frame pixel ( 16, 157), value = 3812.0 100s frame pixel ( 17, 157), value = 3812.0 100s frame pixel ( 18, 157), value = 3812.0 100s frame pixel ( 18, 158), value = 3812.0 100s frame pixel ( 15, 162), value = 3812.0 100s frame pixel ( 17, 162), value = 3812.0 100s frame pixel ( 16, 163), value = 3812.0 100s frame pixel ( 17, 163), value = 3812.0 100s frame pixel ( 27, 163), value = 3812.0 100s frame pixel ( 28, 163), value = 3812.0 100s frame pixel ( 31, 163), value = 3812.0 100s frame pixel ( 32, 163), value = 3812.0 100s frame pixel ( 29, 167), value = 3812.0 100s frame pixel ( 30, 167), value = 3812.0 100s 159 pixels inside [3811.5,3812.5] 100s frame middummo.bdf created with 159 pixels ... 100s no pixels found in given interval => no result frame... 100s 99 pixels in given interval replaced ... 100s frame middummg.bdf created with 124607 pixels ... 100s frame: middummg.bdf (data = R4) 100s complete area of frame 100s minimum, maximum: 3.201000e+03 1.400000e+04 100s at pixel (114897),(2174) 100s mean, standard_deviation: 3.808511e+03 5.974788e+02 100s 3rd + 4th moment: 11.3089 164.055 100s total intensity: 4.74567e+08 100s exact median: 3.745000e+03 100s # of pixels used = 124607 from 1 to 124607 (in pixels) 100s 101 pixels in given interval replaced ... 100s Table : tabbi [Transposed format] 100s No.Columns : 0 No.Rows : 0 100s All.Columns: 3 All.Rows: 4096 Sel.Rows: 0 100s Sorted by :Sequence Reference:Sequence 100s Selection: ALL 100s Table : tabbi [Transposed format] 100s No.Columns : 2 No.Rows : 2 100s All.Columns: 3 All.Rows: 8 Sel.Rows: 2 100s Sorted by :Sequence Reference:Sequence 100s Col.# 1:aa Unit:Unitless Format:f12.6 R*4 100s Col.# 2:bb Unit:Unitless Format:i12 R*4 100s Selection: ALL 100s Table : tabbi 100s 100s Sequence aa bb 100s -------- ------------ ------------ 100s 1 +123.456001 * 100s 2 * -456 100s -------- ------------ ------------ 100s ions: 1558 100s *** Rejection: STD. DEV. 0.01482 wav. units, i.e. 0.1723 pixels *** 100s *** Matching: STD. DEV. 0.05292 wavelength units, i.e. 0.61518 pixels *** 100s *** Iteration: 2. Number of identifications: 1536 100s *** Rejection: STD. DEV. 0.01529 wav. units, i.e. 0.17774 pixels *** 100s *** Matching: STD. DEV. 0.05293 wavelength units, i.e. 0.61537 pixels *** 100s *** Iteration: 3. Number of identifications: 1551 100s *** Rejection: STD. DEV. 0.01549 wav. units, i.e. 0.18011 pixels *** 100s *** Matching: STD. DEV. 0.05293 wavelength units, i.e. 0.61538 pixels *** 100s *** Iteration: 4. Number of identifications: 1558 100s *** Rejection: STD. DEV. 0.01472 wav. units, i.e. 0.1711 pixels *** 100s *** Matching: STD. DEV. 0.05293 wavelength units, i.e. 0.61528 pixels *** 100s *** Iteration: 5. Number of identifications: 1550 100s *** Rejection: STD. DEV. 0.01456 wav. units, i.e. 0.16931 pixels *** 100s Final Selection: Threshold = 0.17204 wav. units, Nb = 1550 100s ************************** Verification *********************************** 100s 100s 1) Minimum number of selections per order : 5 100s If the number of selections in any order (column NO.LINES above) 100s is less or equal than the minimum, this order should be checked. 100s 100s 2) Percentage of identifications among the half brighter lines : 89 % 100s This percentage must be as high as possible (above 50%). Low values 100s indicate an uncertain calibration. 100s 100s Set parameters SAMPLE=0.0860200301 and RIPK=134476.0625 100s +------------------------------------------+ 100s procedure verify14.prg: 100s Total time elapsed = 3 seconds. 100s All tests o.k. - you deserve a coffee now... 100s +------------------------------------------+ 100s +------------------------------------------+ 100s Start of procedure verify15.prg 100s +------------------------------------------+ 100s create subdirs with long names 100s ------------------------------ 100s test of loooooooong filenames 100s ----------------------------- 100s > copy/ii LONG_FILE_NAME &z 100s > copy/dk LONG_FILE_NAME npix outputi 100s > read/descr LONG_FILE_NAME 100s > fft/image LONG_FILE_NAME 100s expanded result frames exp_fftr.bdf, exp_ffti.bdf have been created 100s > statistics/image LONG_FILE_NAME 100s test of erroneous ESO descriptors in FITS file 100s ---------------------------------------------- 100s test of statistics like STATIST/IMA on table column 100s --------------------------------------------------- 100s > statistics/image hear.tbl,:wave 100s > statistics/image hear.tbl,:wave p5=ff 100s test of reading wrong syntax FITS header 100s ---------------------------------------- 100s test of adaptive filter 100s ----------------------- 100s > filter/adaptive hbo.fits &new ? L P 15 4 a 100s test of creating lightcurve for objects 100s --------------------------------------- 100s test of plot/selected 100s --------------------- 100s test of creating tables from ASCII files 100s ---------------------------------------- 100s > create/table R_table 3 1000 R_new.asc R_UL.fmt 100s keyword: OUTPUTR type: real no_elems: 20 100s 54363.3 3.1697e-15 1.7542e-19 1.02263e-16 -37.7547 2228.83 100s 1.60446e-13 4.37863e-22 -1.26481e-14 256 6.21524e-17 3.10033e-17 100s 0 0 2 0.55 2 2 100s 2 10 100s > read/tab R_table 100s test of CENTER/1DGAUSS 100s ---------------------- 100s > center/1dgauss biggi,cnttable koko 100s test of extract/reference_frame 100s ------------------------------- 100s > copy/ii wcs &i i4 100s > find/pixel &i 3811.5,3812.5 in all 100s > extra/reference &i &i &o 3811.5,3812.5 in 100s > extra/reference &i &i &o <,28005 in 100s keyword: OUTPUTR type: real no_elems: 20 100s 3201 14000 3808.51 597.479 11.3089 164.055 100s 4.74567e+08 3745 0 0 0 0 100s 0 0 2 0.55 2 2 100s 2 10 100s test of INTEGRATE/ELLIPS 100s ------------------------ 100s we need ngc2997.fits from the Midas demo dir. for this test 100s but no Midas demo directory found - we skip 100s test of extending FITS tables 100s ----------------------------- 100s test of astrometry command 100s -------------------------- 100s > set/context astromet 100s > astro/comp xxopp.fits 2 xxast.fits 100s > for object no. 5 we get: 100s 5 1frame no. 3: descr. WEIGHT missing - set to 1.0 100s frame: out1 (data = R4) 100s line = 1, 1.pixel = 1, last pixel = 20 100s 228.5714 228.5714 228.5714 228.5714 228.5714 100s 228.5714 228.5714 228.5714 228.5714 228.5714 100s 228.5714 228.5714 228.5714 228.5714 228.5714 100s 228.5714 228.5714 228.5714 228.5714 228.5714 100s frame no. 3: descr. WEIGHT missing - set to 1.0 100s frame: out2 (data = R4) 100s line = 1, 1.pixel = 1, last pixel = 20 100s 228.5714 228.5714 228.5714 228.5714 228.5714 100s 228.5714 228.5714 228.5714 228.5714 228.5714 100s 228.5714 228.5714 228.5714 228.5714 228.5714 100s 228.5714 228.5714 228.5714 228.5714 228.5714 100s frame no. 3: descr. WEIGHT missing - set to 1.0 100s frame: out1 (data = R4) 100s line = 1, 1.pixel = 1, last pixel = 20 100s 200.0000 200.0000 200.0000 200.0000 200.0000 100s 200.0000 200.0000 200.0000 200.0000 200.0000 100s 200.0000 200.0000 200.0000 200.0000 200.0000 100s 200.0000 200.0000 200.0000 200.0000 200.0000 100s frame no. 3: descr. WEIGHT missing - set to 1.0 100s frame: out1 (data = R4) 100s line = 1, 1.pixel = 1, last pixel = 20 100s 240.0000 240.0000 240.0000 240.0000 240.0000 100s 240.0000 240.0000 240.0000 240.0000 240.0000 100s 240.0000 240.0000 240.0000 240.0000 240.0000 100s 240.0000 240.0000 240.0000 240.0000 240.0000 100s frame: out2 (data = R4) 100s line = 1, 1.pixel = 1, last pixel = 20 100s 300.0000 300.0000 300.0000 300.0000 300.0000 100s 300.0000 300.0000 300.0000 300.0000 300.0000 100s 300.0000 300.0000 300.0000 300.0000 300.0000 100s 300.0000 300.0000 300.0000 300.0000 300.0000 100s frame no. 3: descr. WEIGHT missing - set to 1.0 100s frame: out1 (data = R4) 100s line = 1, 1.pixel = 1, last pixel = 20 100s 300.0000 300.0000 300.0000 300.0000 300.0000 100s 300.0000 300.0000 300.0000 300.0000 300.0000 100s 300.0000 300.0000 300.0000 300.0000 300.0000 100s 300.0000 300.0000 300.0000 300.0000 300.0000 100s frame: muchos_dsc (data = R4) 100s STRESSDSC0001: 0 100s STRESSDSC0002: 00 100s STRESSDSC0003: 000 100s STRESSDSC0004: 0004 100s STRESSDSC0005: 0005, 100s STRESSDSC0006: 0006,0 100s STRESSDSC0007: 0007,00 100s STRESSDSC0009: 0009,0009 100s total no. of descriptors: 8 100s frame: muchos_dsc (data = R4) 100s complete area of frame 100s minimum, maximum: 0.000000e+00 9.999990e+02 100s at pixel (1,1),(1000,1000) 100s mean, standard_deviation: 4.999995e+02 2.886753e+02 100s 3rd + 4th moment: 2.89784e-11 1.8 100s total intensity: 4.99999e+08 100s exact median, 1. mode, mode: 4.999990e+02 1.960782e+00 1.960782e+00 100s total no. of bins, binsize: 256 3.921565e+00 100s # of pixels used = 1000000 from 1,1 to 1000,1000 (in pixels) 100s frame: muchos_dsc (data = R4) 100s name: HISTOGRAM (no_pixls in each hist_bin) 100s type: integer no. of elements: 256 100s 3922 3922 3921 3922 3921 3922 3921 3922 100s 3922 3921 3922 3921 3922 3921 3922 3922 100s 3921 3922 3921 3922 3921 3922 3921 3922 100s 3922 3921 3922 3921 3922 3921 3922 3922 100s 3921 3922 3921 3922 3921 3922 3922 3921 100s 3922 3921 3922 3921 3922 3921 3922 3922 100s 3921 3922 3921 3922 3921 3922 3922 3921 100s 3922 3921 3922 3921 3922 3922 3921 3922 100s 3921 3922 3921 3922 3921 3922 3922 3921 100s 3922 3921 3922 3921 3922 3922 3921 3922 100s 3921 3922 3921 3922 3922 3921 3922 3921 100s 3922 3921 3922 3921 3922 3922 3921 3922 100s 3921 3922 3921 3922 3922 3921 3922 3921 100s 3922 3921 3922 3922 3921 3922 3921 3922 100s 3921 3922 3921 3922 3922 3921 3922 3921 100s 3922 3921 3922 3922 3921 3922 3921 3922 100s 3921 3922 3922 3921 3922 3921 3922 3921 100s 3922 3921 3922 3922 3921 3922 3921 3922 100s 3921 3922 3922 3921 3922 3921 3922 3921 100s 3922 3921 3922 3922 3921 3922 3921 3922 100s 3921 3922 3922 3921 3922 3921 3922 3921 100s 3922 3922 3921 3922 3921 3922 3921 3922 100s 3921 3922 3922 3921 3922 3921 3922 3921 100s 3922 3922 3921 3922 3921 3922 3921 3922 100s 3922 3921 3922 3921 3922 3921 3922 3921 100s 3922 3922 3921 3922 3921 3922 3921 3922 100s 3922 3921 3922 3921 3922 3921 3922 3922 100s 3921 3922 3921 3922 3921 3922 3921 3922 100s 3922 3921 3922 3921 3922 3921 3922 3922 100s 3921 3922 3921 3922 3921 3922 3921 3922 100s 3922 3921 3922 3921 3922 3921 3922 3922 100s 3921 3922 3921 3922 3921 3922 3922 0 100s frame: muchos_dsc (data = R4) 100s name: STRESSDSC0333 (help for descr. stressdsc0333) 100s type: character no. of elements: 333 100s 0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333, 100s 0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333, 100s 0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333,0333, 100s 100s AbcD 100s frame: muchos_dsc (data = R4) 100s name: STRESSDSC0109 (help for descr. stressdsc0109) 100s type: character no. of elements: 259 100s 0109,0109,0109,0109,0109,0109,0109,0109,0109,0109,0109,0109,0109,0109,0109,0109, 100s 0109,0109,0109,0109,0109,0109xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx 100s xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx 100s xxxxxxxxxxxxxxxxxxx 100s frame: matlab (data = R4) 100s NAXIS: 2 100s NPIX: 500 500 100s START: 0.0000000000000 0.0000000000000 100s STEP: 1.0000000000000 1.0000000000000 100s IDENT: image created from ASCII file 100s CUNIT: none given 100s LHCUTS: 0.000000 0.000000 0.1293610E-02 394.2469 100s frame: matlab (data = R4) 100s complete area of frame 100s minimum, maximum: 1.293610e-03 3.942469e+02 100s at pixel (126,391),(269,226) 100s mean, standard_deviation: 1.080234e+00 6.881319e+00 100s 3rd + 4th moment: 29.1115 1107.43 100s total intensity: 270058 100s exact median, 1. mode, mode: 5.472584e-01 7.743243e-01 7.743243e-01 100s total no. of bins, binsize: 256 1.546061e+00 100s # of pixels used = 250000 from 1,1 to 500,500 (in pixels) 100s FITS file: ISAAC.2006-04-13T06:32:38.944.fits converted to: isaac.bdf 101s xcenter ycenter xerr yerr 101s xfwhm yfwhm icent ident 101s 13.697526 898.69171 0.26203E-01 0.23259E-01 101s 3.1573 2.7757 1815.1 ID 1 101s 101s 17.580456 966.39246 0.21494E-01 0.22645E-01 101s 3.1139 2.7896 3429.0 ID 2 101s 101s 28.201672 552.07745 0.32184E-01 0.84281E-01 101s 3.5315 3.0713 1547.8 ID 3 101s 101s 39.252579 386.95145 0.48227E-01 0.59389E-01 101s 3.2845 2.9375 573.28 ID 4 101s 101s 47.651985 259.08624 0.63198E-01 0.91180E-01 101s 3.6672 2.9200 541.00 ID 5 101s 101s 55.034885 785.00305 0.41038E-01 0.43274E-01 101s 0.53262 0.50287 4989.2 ID 6 101s 101s 64.898003 703.36829 0.21557E-01 0.23763E-01 101s 3.4401 2.8418 20553. ID 7 101s 101s 65.684685 267.64322 0.28510E-01 0.26865E-01 101s 3.2861 2.7851 2137.1 ID 8 101s 101s 65.388458 912.17957 0.23900E-01 0.35128E-01 101s 3.2870 2.7853 1776.0 ID 9 101s 101s 77.509605 793.25092 0.33042E-01 0.21816E-01 101s 3.1652 2.7981 2702.6 ID 10 101s 101s 84.021072 851.49823 0.29060E-01 0.29715E-01 101s 3.1675 2.7393 1428.4 ID 11 101s 101s 89.524536 88.851685 0.22796E-01 0.27092E-01 101s 3.3999 2.9061 16691. ID 12 101s 101s row no. 13 contains bad coord(s) - we skip ... 101s 94.799164 744.01874 0.10662 0.14810 101s 5.5818 5.3818 5952.2 ID 14 101s 101s 104.25571 555.08380 0.27118E-01 0.28226E-01 101s 3.4740 2.9115 5000.2 ID 15 101s 101s 113.92256 402.95419 0.24077E-01 0.23451E-01 101s 3.6531 2.9103 1766.3 ID 16 101s 101s 123.84265 710.34735 0.43817E-01 0.19606 101s 3.8458 2.7196 594.28 ID 17 101s 101s 123.45224 447.71014 0.96256E-01 0.41823 101s 3.9397 8.8756 352.32 ID 18 101s 101s 124.74539 840.69287 0.25695E-01 0.23358E-01 101s 3.3503 2.8048 17657. ID 19 101s 101s 122.57641 49.750465 0.23897E-01 0.30266E-01 101s 3.3059 2.8941 3977.4 ID 20 101s 101s 135.89041 535.62744 0.44286E-01 0.13664 101s 4.3420 6.1192 972.40 ID 21 101s 101s 141.61252 387.56412 0.63928E-01 0.23614E-01 101s 3.1438 2.8218 1619.9 ID 22 101s 101s 141.62889 50.994930 0.65749E-01 0.82416E-01 101s 3.0896 3.6037 762.04 ID 23 101s 101s 146.02116 690.63745 0.20760E-01 0.28157E-01 101s 3.5138 2.9228 5167.1 ID 24 101s 101s 145.49493 875.46484 0.25707E-01 0.25423E-01 101s 3.2315 2.7756 3017.8 ID 25 101s 101s 148.09526 368.63779 0.10816 0.89227E-01 101s 3.9987 3.0062 423.48 ID 26 101s 101s 148.24692 990.79938 0.21634E-01 0.20724E-01 101s 3.2347 2.9256 2268.3 ID 27 101s 101s 150.30148 655.21185 0.23681E-01 0.23372E-01 101s 3.5292 2.8868 3328.8 ID 28 101s 101s 152.38408 533.21100 0.31713E-01 0.48338E-01 101s 3.5314 2.9188 2352.0 ID 29 101s 101s 156.15338 440.30170 0.43780E-01 0.53865E-01 101s 3.7951 2.6511 949.88 ID 30 101s 101s 155.68488 426.93085 0.20949E-01 0.22341E-01 101s 3.6161 2.7393 5321.0 ID 31 101s 101s 160.16035 750.99658 0.27953E-01 0.20478E-01 101s 3.4550 2.7826 1217.9 ID 32 101s 101s 159.62932 167.83557 0.26387E-01 0.28381E-01 101s 3.3932 2.9075 5005.9 ID 33 101s 101s 167.58934 894.12732 0.29638E-01 0.38140E-01 101s 3.2589 2.6582 1162.8 ID 34 101s 101s 183.97198 332.30417 0.13778 0.60170E-01 101s 3.8416 2.5166 413.48 ID 35 101s 101s 187.24696 90.127670 0.20003E-01 0.26502E-01 101s 3.3310 2.9488 13473. ID 36 101s 101s 187.74287 182.14340 0.31971E-01 0.39455E-01 101s 3.4162 2.7497 1949.2 ID 37 101s 101s 189.00526 426.19489 0.73018E-01 0.61602E-01 101s 3.4092 3.0137 3040.8 ID 38 101s 101s 192.50975 10.333347 0.27583E-01 0.19835 101s 3.2782 5.8265 1042.8 ID 39 101s 101s 197.17010 685.15106 0.26617E-01 0.24874E-01 101s 3.4366 2.9346 6700.5 ID 40 101s 101s 214.25142 395.06769 0.24738E-01 0.26806E-01 101s 3.4984 2.8888 11036. ID 41 101s 101s 213.47766 1000.2665 0.27362E-01 0.28541E-01 101s 3.1059 2.7796 8178.5 ID 42 101s 101s 217.43773 182.38852 0.24496E-01 0.33149E-01 101s 3.3036 2.9909 2111.3 ID 43 101s 101s 231.09322 473.91852 0.28828 0.22976 101s 14.472 6.6370 345.00 ID 44 101s 101s 240.60115 647.38153 0.24693E-01 0.20198E-01 101s 3.2714 2.8648 6465.6 ID 45 101s 101s 255.39806 895.20135 0.58528E-01 0.65377E-01 101s 4.2337 4.0049 20797. ID 46 101s 101s 255.53210 16.181648 0.30782E-01 0.88267E-01 101s 3.1974 3.9797 1624.3 ID 47 101s 101s 262.75745 593.23242 0.25204E-01 0.25942E-01 101s 3.3687 2.9667 4562.4 ID 48 101s 101s 266.97052 166.51903 0.22920E-01 0.26075E-01 101s 3.8650 3.5734 32405. ID 49 101s 101s 281.50095 355.97751 0.38088 0.14826 101s 9.5641 3.8175 363.00 ID 50 101s 101s 281.47314 69.917183 0.34981E-01 0.19174 101s 3.5481 3.2104 903.44 ID 51 101s 101s 289.17975 308.60712 0.24633E-01 0.26526E-01 101s 3.3745 3.1081 5345.3 ID 52 101s 101s 285.74442 645.95111 0.36200E-01 0.36217E-01 101s 3.3970 3.0299 1370.3 ID 53 101s 101s 291.63547 476.18945 0.25295E-01 0.25997E-01 101s 3.2040 2.8682 1094.6 ID 54 101s 101s 293.82855 594.96204 0.31323E-01 0.51119E-01 101s 3.1684 2.9063 1157.4 ID 55 101s 101s 305.39905 597.16669 0.56588E-01 0.35032E-01 101s 3.1438 2.9991 952.68 ID 56 101s 101s 302.77939 514.09906 0.33182E-01 0.30477 101s 3.1245 2.6832 1815.5 ID 57 101s 101s 312.95557 190.27957 0.50364E-01 0.29558E-01 101s 3.3102 3.1912 1363.6 ID 58 101s 101s 320.05563 936.69775 0.21010E-01 0.22172E-01 101s 3.2569 2.9890 12498. ID 59 101s 101s 321.32486 107.58000 0.29560E-01 0.30335E-01 101s 3.3844 2.7311 1218.6 ID 60 101s 101s 329.09497 44.612122 0.33564E-01 0.52230E-01 101s 3.2116 3.2240 2293.6 ID 61 101s 101s 333.85773 1003.1935 0.20115E-01 0.18431E-01 101s 3.0412 2.9315 5914.5 ID 62 101s 101s 338.87009 644.19525 0.21216E-01 0.20876E-01 101s 3.3596 2.9743 8106.5 ID 63 101s 101s 348.42545 102.66511 0.23900E-01 0.34067E-01 101s 3.2630 2.9862 1961.7 ID 64 101s 101s 353.11801 346.17065 0.17800E-01 0.21332E-01 101s 3.3570 3.0166 2694.8 ID 65 101s 101s 353.70337 977.97412 0.29150E-01 0.21961E-01 101s 3.0269 2.8869 1437.3 ID 66 101s 101s 359.32935 258.89481 0.28955E-01 0.24826E-01 101s 3.3983 3.1538 8533.4 ID 67 101s 101s 365.35913 628.04156 0.21692E-01 0.20705E-01 101s 3.4273 3.1073 3745.8 ID 68 101s 101s 379.37906 362.47327 0.12270 0.20208E-01 101s 3.2829 2.9475 5560.4 ID 69 101s 101s 385.61163 911.42706 0.34793E-01 0.33966E-01 101s 3.1726 2.9659 1175.6 ID 70 101s 101s 401.75092 134.27286 0.20766E-01 0.38766E-01 101s 3.2015 3.1463 1483.6 ID 71 101s 101s 410.43472 822.88690 0.32108E-01 0.30597E-01 101s 3.0958 2.9152 2067.9 ID 72 101s 101s 412.55612 533.24255 0.15288E-01 0.26913E-01 101s 3.2961 2.9728 9430.2 ID 73 101s 101s 436.20132 901.54883 0.27428E-01 0.24462E-01 101s 3.1163 3.0491 3702.3 ID 74 101s 101s 441.63565 693.91064 0.21069E-01 0.32200E-01 101s 3.1874 2.9820 1442.5 ID 75 101s 101s 444.63785 42.347984 0.61778E-01 0.16240 101s 3.3524 4.5798 743.24 ID 76 101s 101s 450.49402 754.27930 0.24379E-01 0.24602E-01 101s 3.3048 2.8642 2172.4 ID 77 101s 101s 452.88971 869.74701 0.24371E-01 0.29139E-01 101s 3.1033 3.0481 1367.2 ID 78 101s 101s 452.15427 941.74347 0.47137E-01 0.58523E-01 101s 4.0008 3.9553 18973. ID 79 101s 101s 461.00369 428.29718 0.22355E-01 0.21849E-01 101s 3.2766 2.9755 6056.5 ID 80 101s 101s 471.1 519.2 FWHM exceeds size of image ID 81 101s 101s 474.56686 213.39728 0.47808E-01 0.33196E-01 101s 3.1482 3.1089 1498.5 ID 82 101s 101s 475.32886 156.41115 0.49540E-01 0.81327E-01 101s 3.2864 2.8590 1389.4 ID 83 101s 101s 480.94476 409.06528 0.21154E-01 0.25373E-01 101s 3.3675 3.0125 8978.4 ID 84 101s 101s 487.13330 551.56909 0.22267E-01 0.22369E-01 101s 3.2229 2.9284 22321. ID 85 101s 101s 490.12296 614.82233 0.23133E-01 0.82037E-01 101s 3.2806 2.8209 1397.1 ID 86 101s 101s 496.65421 681.67902 0.32670E-01 0.26371E-01 101s 3.0814 2.8762 1939.4 ID 87 101s 101s 497.12067 39.717628 0.85783E-01 0.12990 101s 2.9752 4.4960 800.20 ID 88 101s 101s 502.86469 748.80121 0.25703E-01 0.26159E-01 101s 3.1379 2.8453 12868. ID 89 101s 101s 502.95120 477.40558 0.25363E-01 0.22628E-01 101s 3.1881 2.9596 13621. ID 90 101s 101s row no. 91 contains bad coord(s) - we skip ... 101s 505.26514 140.22894 0.13657 0.22440E-01 101s 3.0523 3.2275 5856.4 ID 92 101s 101s 510.46005 69.170830 0.31977E-01 0.60479E-01 101s 2.8577 3.2291 1322.7 ID 93 101s 101s 515.92572 121.41213 0.20542E-01 0.34793E-01 101s 3.3239 3.1971 1659.5 ID 94 101s 101s 522.64526 856.41559 0.27185E-01 0.26952E-01 101s 3.0478 2.8850 7230.0 ID 95 101s 101s 530.04584 879.81909 0.38523E-01 0.22670E-01 101s 2.7127 3.1584 1589.6 ID 96 101s 101s 537.15314 807.22754 0.80188E-01 0.81829E-01 101s 3.9048 3.6550 1378.2 ID 97 101s 101s 541.59192 269.64920 0.22825E-01 0.32444E-01 101s 3.0804 3.0392 1391.7 ID 98 101s 101s 543.06311 317.74286 0.15993 0.25459E-01 101s 4.3620 3.3706 1920.2 ID 99 101s 101s 545.12213 617.43134 0.42131E-01 0.18645 101s 3.4034 2.7619 816.60 ID 100 101s 101s 545.03174 837.58191 0.35527E-01 0.15042 101s 3.4206 2.4383 1355.8 ID 101 101s 101s 546.95270 73.423508 0.21122E-01 0.42987E-01 101s 3.1317 3.0451 1799.5 ID 102 101s 101s 549.32001 395.34348 0.33138E-01 0.23780E-01 101s 3.1496 2.9535 1299.7 ID 103 101s 101s 552.54382 884.28760 0.61071E-01 0.19763E-01 101s 3.6205 3.2433 1543.0 ID 104 101s 101s 555.24811 852.70868 0.52131E-01 0.50302E-01 101s 2.9475 3.3247 566.00 ID 105 101s 101s 562.14203 256.41345 0.26066E-01 0.19339E-01 101s 3.1947 3.0274 1538.6 ID 106 101s 101s 574.21112 181.41827 0.24198E-01 0.39891E-01 101s 3.1510 3.1133 1349.6 ID 107 101s 101s 575.87335 889.46844 0.74496E-01 0.54348E-01 101s 2.7009 3.2634 519.60 ID 108 101s 101s 577.38293 642.01239 0.55192E-01 0.51574E-01 101s 4.1936 3.1761 836.88 ID 109 101s 101s 582.39948 722.82184 0.22605E-01 0.30701E-01 101s 3.1874 2.7588 10361. ID 110 101s 101s 583.09546 426.36176 0.28371E-01 0.42281E-01 101s 3.2466 2.9815 858.28 ID 111 101s 101s 581.04199 67.841278 0.68697E-01 0.34671 101s 3.1835 9.0787 612.96 ID 112 101s 101s 584.05646 553.84601 0.32719E-01 0.77452E-01 101s 3.1761 3.6320 1389.2 ID 113 101s 101s 592.50043 630.43109 0.16515E-01 0.24753E-01 101s 3.1907 2.8984 1224.1 ID 114 101s 101s 595.40076 933.09845 0.63866E-01 0.16841 101s 3.3967 4.1607 649.12 ID 115 101s 101s 602.75366 788.52142 0.27936E-01 0.26708E-01 101s 3.1380 3.0521 2435.7 ID 116 101s 101s 602.07397 7.8165989 0.32797E-01 0.69747E-01 101s 3.0703 3.1874 11463. ID 117 101s 101s 610.89941 672.53186 0.20554E-01 0.26498E-01 101s 3.3086 3.0152 2576.2 ID 118 101s 101s 623.87604 905.63135 0.26681E-01 0.19544E-01 101s 2.8731 3.0395 2087.6 ID 119 101s 101s 624.88318 568.52704 0.27531E-01 0.34632E-01 101s 3.3233 3.0365 2840.8 ID 120 101s 101s 626.34985 763.70520 0.27354E-01 0.27018E-01 101s 3.1907 2.8943 1958.3 ID 121 101s 101s 628.89001 698.13440 0.20627E-01 0.26523E-01 101s 3.2443 2.8657 1492.5 ID 122 101s 101s 633.34900 58.918510 0.35592E-01 0.44760E-01 101s 3.4179 3.2088 1505.2 ID 123 101s 101s 648.05298 118.38942 0.31134E-01 0.38755E-01 101s 3.0803 3.0811 1933.1 ID 124 101s 101s 650.13373 989.15381 0.35914E-01 0.26957E-01 101s 3.0256 2.8521 4315.1 ID 125 101s 101s 652.76923 239.90897 0.21608E-01 0.78993E-01 101s 3.2529 2.8466 666.80 ID 126 101s 101s 654.74225 41.563705 0.35092E-01 0.30714E-01 101s 3.1363 2.8934 13633. ID 127 101s 101s 658.16895 699.30432 0.30496E-01 0.31330E-01 101s 3.1686 2.7770 1270.7 ID 128 101s 101s 667.62927 281.22983 0.73775E-01 0.31580E-01 101s 3.1788 2.9892 781.28 ID 129 101s 101s 669.63440 175.29451 0.30579E-01 0.24879E-01 101s 3.1348 3.1195 4516.7 ID 130 101s 101s 671.67920 610.27820 0.23593E-01 0.27578E-01 101s 3.4157 3.0065 2240.8 ID 131 101s 101s 679.03851 434.08554 0.55345E-01 0.46372E-01 101s 3.8462 3.0099 589.20 ID 132 101s 101s 683.09326 883.87317 0.21378E-01 0.37523E-01 101s 3.1399 2.7795 671.64 ID 133 101s 101s 689.02545 721.91113 0.28582E-01 0.79752E-01 101s 3.1664 2.8263 1343.6 ID 134 101s 101s 695.43066 951.78766 0.42184E-01 0.31772E-01 101s 2.9331 2.7814 821.84 ID 135 101s 101s 698.38391 45.746803 0.45605E-01 0.22135 101s 3.2074 4.9198 852.04 ID 136 101s 101s 712.59497 841.03906 0.31800E-01 0.36756E-01 101s 3.2075 2.8650 1477.9 ID 137 101s 101s 716.46686 499.66559 0.59367E-01 0.64331E-01 101s 3.3543 2.8172 478.08 ID 138 101s 101s 721.71582 246.92645 0.21678E-01 0.22086E-01 101s 3.3696 3.0825 12823. ID 139 101s 101s 721.21783 968.64191 0.46144E-01 0.33720E-01 101s 3.1585 3.0124 540.72 ID 140 101s 101s 724.96155 740.32098 0.62824E-01 0.14681 101s 3.0578 2.7076 491.52 ID 141 101s 101s 726.65387 377.99222 0.25671E-01 0.22784E-01 101s 3.3583 2.8953 21920. ID 142 101s 101s 729.29974 105.32172 0.56784E-01 0.92307E-01 101s 3.7076 4.1184 625.84 ID 143 101s 101s 728.51465 611.33374 0.53231E-01 0.84202E-01 101s 3.0990 2.7818 731.84 ID 144 101s 101s 734.60181 349.23883 0.21076E-01 0.27025E-01 101s 3.1990 2.8101 2684.9 ID 145 101s 101s 735.86859 572.85010 0.43107E-01 0.79748E-01 101s 3.2358 3.3022 1181.2 ID 146 101s 101s 743.99738 530.83105 0.47404E-01 0.11102 101s 3.2121 4.3780 1520.0 ID 147 101s 101s 748.19922 419.16629 0.51955E-01 0.10188 101s 3.2023 2.3430 427.96 ID 148 101s 101s 750.80206 450.77173 0.81087E-01 0.10710 101s 5.0250 3.5229 604.52 ID 149 101s 101s 756.19299 578.71307 0.26190E-01 0.37963E-01 101s 3.0885 2.8841 2500.2 ID 150 101s 101s 757.87616 256.15192 0.49244E-01 0.21457E-01 101s 2.9988 3.0679 1469.4 ID 151 101s 101s 756.34314 231.60847 0.38114E-01 0.37033E-01 101s 3.1851 3.0646 809.12 ID 152 101s 101s 773.37805 653.51642 0.24942E-01 0.71075E-01 101s 3.1731 2.9615 1757.1 ID 153 101s 101s 774.70618 683.69904 0.24252E-01 0.16371E-01 101s 3.2388 2.9808 3235.8 ID 154 101s 101s 776.52576 174.52715 0.36373E-01 0.36368E-01 101s 3.0237 3.5600 998.68 ID 155 101s 101s 781.83997 943.80286 0.17244E-01 0.29801E-01 101s 2.7758 2.8910 1027.3 ID 156 101s 101s 784.61304 822.82361 0.18153E-01 0.23268E-01 101s 3.2348 2.9445 3718.6 ID 157 101s 101s 790.93878 416.71127 0.39928E-01 0.33922E-01 101s 3.0914 2.7072 1251.6 ID 158 101s 101s 794.61346 567.99353 0.25193E-01 0.22377E-01 101s 3.2732 2.8907 15621. ID 159 101s 101s 801.82007 351.45862 0.26919E-01 0.23281E-01 101s 3.1545 2.9245 3746.0 ID 160 101s 101s 809.77136 374.07361 0.66236E-01 0.58057E-01 101s 3.1394 2.7253 571.84 ID 161 101s 101s 816.62878 382.43152 0.49749E-01 0.30103E-01 101s 3.1611 2.8249 1106.4 ID 162 101s 101s 825.17737 915.51245 0.35016E-01 0.25606E-01 101s 3.1640 2.8685 2668.5 ID 163 101s 101s 826.24927 274.81851 0.28762E-01 0.16420E-01 101s 3.3180 2.9664 1588.9 ID 164 101s 101s 828.49927 984.71600 0.25393E-01 0.23391E-01 101s 3.1252 2.9041 23708. ID 165 101s 101s 829.47406 957.73071 0.41040E-01 0.20570E-01 101s 3.1749 2.8373 2741.4 ID 166 101s 101s 833.21252 823.91107 0.44762E-01 0.46500E-01 101s 3.0755 2.8228 699.44 ID 167 101s 101s 832.23651 756.09583 0.22613E-01 0.19996E-01 101s 3.2405 2.8154 9078.0 ID 168 101s 101s 836.92487 58.050419 0.51357E-01 0.33500 101s 2.7838 6.1623 714.00 ID 169 101s 101s 837.65997 286.15186 0.70488E-01 0.10231 101s 3.2795 3.3096 492.60 ID 170 101s 101s 844.07257 708.17065 0.46339E-01 0.59981E-01 101s 3.0242 3.1501 656.96 ID 171 101s 101s 861.15417 432.30997 0.29215E-01 0.27496E-01 101s 3.2861 2.8521 4977.8 ID 172 101s 101s 862.96637 14.333844 0.31790E-01 0.46203E-01 101s 3.1085 2.9479 7553.1 ID 173 101s 101s 869.45947 819.73157 0.32417E-01 0.28098E-01 101s 2.7426 2.8869 1210.1 ID 174 101s 101s 869.60809 249.33766 0.45607E-01 0.23672E-01 101s 3.1979 3.1250 1124.4 ID 175 101s 101s 877.47455 950.16119 0.39054E-01 0.26265E-01 101s 3.0693 2.8798 722.04 ID 176 101s 101s 882.54730 129.58731 0.24299E-01 0.19681E-01 101s 3.2304 2.9503 10902. ID 177 101s 101s 882.62579 673.61993 0.21937E-01 0.32665E-01 101s 3.1813 2.7646 1730.1 ID 178 101s 101s 885.41992 627.61279 0.26961E-01 0.33839E-01 101s 3.2189 2.8108 1724.2 ID 179 101s 101s row no. 180 contains bad coord(s) - we skip ... 101s 898.94690 283.18164 0.10615 0.64405E-01 101s 3.1400 3.0465 743.20 ID 181 101s 101s 908.01154 965.40082 0.22287E-01 0.23637E-01 101s 3.1244 2.8209 1989.3 ID 182 101s 101s 917.38257 818.91168 0.31444E-01 0.25883E-01 101s 3.0319 2.8786 3010.5 ID 183 101s 101s 917.69659 649.41748 0.24912E-01 0.23071E-01 101s 3.2080 2.7848 27262. ID 184 101s 101s 921.77173 574.45215 0.54564E-01 0.71854E-01 101s 3.2630 2.9647 978.24 ID 185 101s 101s 926.89136 269.90762 0.78390E-01 0.30890E-01 101s 2.9346 2.9797 1073.1 ID 186 101s 101s 940.90515 337.12457 0.30073E-01 0.40246E-01 101s 3.0284 2.8111 1354.3 ID 187 101s 101s 950.50079 148.51639 0.25604E-01 0.25996E-01 101s 2.9766 2.8244 1804.0 ID 188 101s 101s 952.63452 657.82709 0.25695E-01 0.24678E-01 101s 3.1757 2.7216 11091. ID 189 101s 101s 952.87878 742.20868 0.26371E-01 0.30065E-01 101s 3.1561 2.8134 4155.5 ID 190 101s 101s 955.97522 428.56427 0.28672E-01 0.52230E-01 101s 3.2707 2.9255 24571. ID 191 101s 101s 963.77051 604.20410 0.24708E-01 0.29256E-01 101s 3.0990 2.7871 4205.5 ID 192 101s 101s 977.48450 895.42249 0.58781E-01 0.79593E-01 101s 3.0697 2.9390 450.20 ID 193 101s 101s 981.79449 320.14966 0.20828E-01 0.24258E-01 101s 3.1599 2.7549 13382. ID 194 101s 101s 985.60144 69.483040 0.57591E-01 0.98910E-01 101s 2.7212 3.2736 824.52 ID 195 101s 101s 983.0 594.0 iteration failed ID 196 101s 101s 985.97296 398.04974 0.19599E-01 0.32131E-01 101s 2.9111 2.5941 1361.1 ID 197 101s 101s 991.49567 251.01694 0.49510E-01 0.56573E-01 101s 3.1821 2.5734 1044.9 ID 198 101s 101s 994.43408 580.75238 0.32319E-01 0.26504E-01 101s 3.2059 2.8419 2497.1 ID 199 101s 101s 994.46661 462.69708 0.36728E-01 0.35094E-01 101s 3.2846 2.8191 2436.0 ID 200 101s 101s 1002.1749 819.22516 0.21856E-01 0.20845E-01 101s 3.1388 2.7756 5056.1 ID 201 101s 101s 1003.8662 489.02002 0.27064E-01 0.23292E-01 101s 3.1466 2.9076 3222.0 ID 202 101s 101s 1003.8661 489.01990 0.27222E-01 0.25282E-01 101s 3.1638 2.8612 3222.0 ID 203 101s 101s 994.47827 462.71841 0.27445E-01 0.26004E-01 101s 3.2669 2.6377 2436.0 ID 204 101s 101s 1010.0290 425.04303 0.29340E-01 0.34211E-01 101s 3.1319 2.5551 4533.7 ID 205 101s 101s 1018.7014 108.64258 0.46219E-01 0.10072 101s 3.0460 3.5265 1204.1 ID 206 101s 101s row no. 207 contains bad coord(s) - we skip ... 101s row no. 208 contains bad coord(s) - we skip ... 101s row no. 209 contains bad coord(s) - we skip ... 101s row no. 210 contains bad coord(s) - we skip ... 101s 203 table entries processed 101s rotation angle = -179.956 degrees 101s scaling factors in x,y : -0.147941E+00, 0.147849E+00 101s 101s ID X Y x-residual y-residual residuals 101s ID 1 -0.739377E+02 -0.591922E+02 -0.394730E+00 -0.376202E+00 0.545288E+00 101s ID 2 -0.733710E+02 -0.692022E+02 -0.867004E+00 -0.436211E+00 0.970555E+00 101s ID 3 -0.717525E+02 -0.794773E+01 0.103516E+00 0.126886E-02 0.103523E+00 101s ID 4 -0.700988E+02 0.164644E+02 -0.123787E+00 0.164089E-01 0.124870E+00 101s ID 5 -0.688416E+02 0.353680E+02 0.640106E-02 0.294876E-02 0.704761E-02 101s ID 6 -0.678093E+02 -0.423892E+02 -0.105127E+01 -0.754211E+00 0.129383E+01 101s ID 7 -0.663408E+02 -0.303210E+02 0.421906E-01 -0.359764E-01 0.554468E-01 101s ID 8 -0.661748E+02 0.341003E+02 0.322113E-01 0.263138E-01 0.415931E-01 101s ID 9 -0.662920E+02 -0.611935E+02 -0.292038E+00 -0.112530E+00 0.312968E+00 101s ID 10 -0.644853E+02 -0.436118E+02 0.972748E-02 -0.677605E-01 0.684551E-01 101s ID 11 -0.635286E+02 -0.522245E+02 -0.725937E-01 -0.704536E-01 0.101161E+00 101s ID 12 -0.626275E+02 0.605311E+02 -0.188526E+00 0.205116E+00 0.278594E+00 101s ID 13 -0.626045E+02 -0.766718E+02 -0.378498E+00 -0.279800E+00 0.470690E+00 101s ID 14 -0.619218E+02 -0.363352E+02 0.281792E-01 -0.502396E-01 0.576028E-01 101s ID 15 -0.605013E+02 -0.840276E+01 0.133713E+00 -0.227575E-01 0.135636E+00 101s ID 16 -0.590538E+02 0.140881E+02 -0.178299E-01 0.900726E-01 0.918204E-01 101s ID 17 -0.576213E+02 -0.313610E+02 0.180744E+00 0.145008E+00 0.231724E+00 101s ID 18 -0.576491E+02 0.746964E+01 -0.290947E-01 -0.177358E+00 0.179729E+00 101s ID 19 -0.575025E+02 -0.506325E+02 0.134506E-01 -0.935402E-01 0.945023E-01 101s ID 20 -0.577333E+02 0.663076E+02 -0.198330E+00 0.226593E+00 0.301130E+00 101s ID 21 -0.558190E+02 -0.553055E+01 0.196011E+00 0.143455E+00 0.242898E+00 101s ID 22 -0.549556E+02 0.163596E+02 0.119415E+00 -0.836182E-02 0.119708E+00 101s ID 23 -0.549148E+02 0.661210E+02 -0.397820E+00 0.231964E+00 0.460508E+00 101s ID 24 -0.543379E+02 -0.284500E+02 0.164112E+00 -0.698090E-02 0.164261E+00 101s ID 25 -0.544368E+02 -0.557764E+02 -0.327950E-01 -0.744095E-01 0.813159E-01 101s ID 26 -0.539944E+02 0.191570E+02 0.138641E+00 0.124975E+00 0.186655E+00 101s ID 27 -0.540428E+02 -0.728289E+02 -0.112801E+00 -0.303856E+00 0.324118E+00 101s ID 28 -0.537006E+02 -0.232129E+02 0.142384E+00 0.320530E-01 0.145947E+00 101s ID 29 -0.533786E+02 -0.517556E+01 0.467388E+00 0.106437E+00 0.479354E+00 101s ID 30 -0.528104E+02 0.856044E+01 0.188606E+00 -0.179562E+00 0.260413E+00 101s ID 31 -0.528782E+02 0.105374E+02 0.121815E+00 0.273366E+00 0.299279E+00 101s ID 32 -0.522530E+02 -0.373760E+02 0.790062E-01 -0.260963E+00 0.272661E+00 101s ID 33 -0.522651E+02 0.488437E+02 0.798798E-01 0.587273E-01 0.991447E-01 101s ID 34 -0.511702E+02 -0.585387E+02 -0.672379E-01 -0.577698E+00 0.581597E+00 101s ID 35 -0.486826E+02 0.245239E+02 0.754280E-01 -0.249121E+00 0.260289E+00 101s ID 36 -0.481705E+02 0.603289E+02 0.265198E-01 0.629158E-01 0.682766E-01 101s ID 37 -0.481076E+02 0.467244E+02 -0.659561E-02 0.335438E+00 0.335503E+00 101s ID 38 -0.479486E+02 0.106416E+02 -0.135639E+00 0.266558E+00 0.299084E+00 101s ID 39 -0.473828E+02 0.721257E+02 -0.127800E+00 0.357681E+00 0.379827E+00 101s ID 40 -0.467702E+02 -0.276459E+02 0.947838E-01 0.880795E-01 0.129391E+00 101s ID 41 -0.442101E+02 0.152402E+02 0.113861E+00 0.931759E-01 0.147126E+00 101s ID 42 -0.443936E+02 -0.742376E+02 -0.805511E-01 -0.155602E+00 0.175215E+00 101s ID 43 -0.437145E+02 0.466841E+02 0.474815E-01 -0.103916E+00 0.114250E+00 101s ID 44 -0.417275E+02 0.357984E+01 -0.233524E+00 -0.355155E+00 0.425051E+00 101s ID 45 -0.403407E+02 -0.220678E+02 0.112331E+00 0.972404E-01 0.148573E+00 101s ID 46 -0.381798E+02 -0.587097E+02 0.101181E+00 -0.866318E-02 0.101551E+00 101s ID 47 -0.380599E+02 0.712523E+02 0.461464E-01 0.225281E+00 0.229959E+00 101s ID 48 -0.370567E+02 -0.140650E+02 0.973358E-01 0.660458E-01 0.117628E+00 101s ID 49 -0.363848E+02 0.490235E+02 0.116234E+00 -0.515022E-01 0.127133E+00 101s ID 50 -0.342567E+02 0.210103E+02 0.166306E+00 0.121288E+00 0.205836E+00 101s ID 51 -0.342282E+02 0.633039E+02 0.977707E-02 0.103947E+00 0.104405E+00 101s ID 52 -0.331153E+02 0.280129E+02 0.827141E-01 -0.861263E-01 0.119413E+00 101s ID 53 -0.336619E+02 -0.218625E+02 -0.468945E+00 0.184467E+00 0.503922E+00 101s ID 54 -0.327711E+02 0.323570E+01 0.140923E+00 -0.116302E+00 0.182717E+00 101s ID 55 -0.324602E+02 -0.143250E+02 -0.775156E+00 0.135016E+00 0.786827E+00 101s ID 56 -0.307487E+02 -0.146525E+02 -0.665283E-02 -0.886541E+00 0.886566E+00 101s ID 57 -0.311267E+02 -0.237073E+01 -0.949747E+00 0.106266E+00 0.955674E+00 101s ID 58 -0.295844E+02 0.455042E+02 0.219622E+00 -0.698433E-01 0.230460E+00 101s ID 59 -0.286190E+02 -0.648538E+02 0.137983E+00 -0.768127E-01 0.157923E+00 101s ID 60 -0.283368E+02 0.577300E+02 0.148207E+00 -0.497818E-02 0.148290E+00 101s ID 61 -0.271801E+02 0.670387E+02 -0.109100E+00 0.136642E-01 0.109953E+00 101s ID 62 -0.265847E+02 -0.746870E+02 0.973091E-01 -0.112045E+00 0.148402E+00 101s ID 63 -0.258023E+02 -0.216103E+02 0.223742E+00 0.857048E-01 0.239595E+00 101s ID 64 -0.243269E+02 0.584529E+02 0.806427E-02 -0.154068E+00 0.154279E+00 101s ID 65 -0.236604E+02 0.224503E+02 0.200550E+00 -0.470924E-02 0.200605E+00 101s ID 66 -0.236458E+02 -0.709611E+02 0.201759E-01 -0.461349E-01 0.503538E-01 101s ID 67 -0.227316E+02 0.353531E+02 0.924053E-01 -0.127945E+00 0.157825E+00 101s ID 68 -0.218816E+02 -0.192257E+02 0.373407E+00 0.129333E+00 0.395171E+00 101s ID 69 -0.197772E+02 0.200363E+02 0.216787E+00 0.113316E-01 0.217083E+00 101s ID 70 -0.189177E+02 -0.611267E+02 -0.596905E-01 0.271339E+00 0.277827E+00 101s ID 71 -0.164415E+02 0.537724E+02 0.645084E-01 -0.216293E-01 0.680380E-01 101s ID 72 -0.152352E+02 -0.480396E+02 0.134757E+00 0.236450E+00 0.272155E+00 101s ID 73 -0.148884E+02 -0.521629E+01 0.200595E+00 0.207071E-01 0.201661E+00 101s ID 74 -0.114323E+02 -0.596732E+02 0.717430E-01 -0.109192E+00 0.130652E+00 101s ID 75 -0.106046E+02 -0.289749E+02 0.240358E+00 0.681000E-01 0.249819E+00 101s ID 76 -0.100863E+02 0.673574E+02 -0.872688E-01 0.774002E-01 0.116648E+00 101s ID 77 -0.930100E+01 -0.379016E+02 0.129001E+00 0.211441E+00 0.247686E+00 101s ID 78 -0.895973E+01 -0.549736E+02 0.281269E+00 0.319355E+00 0.425558E+00 101s ID 79 -0.907674E+01 -0.656181E+02 0.164265E+00 0.638733E-01 0.176246E+00 101s ID 80 -0.770905E+01 0.102930E+02 0.118951E+00 -0.229673E-01 0.121148E+00 101s ID 81 -0.622193E+01 -0.315261E+01 -0.373925E+00 -0.580607E+00 0.690597E+00 101s ID 82 -0.567801E+01 0.420638E+02 0.759869E-01 -0.921669E-01 0.119452E+00 101s ID 83 -0.555879E+01 0.504891E+02 -0.181791E+00 -0.372944E+00 0.414892E+00 101s ID 84 -0.475675E+01 0.131337E+02 0.532517E-01 -0.183191E-01 0.563146E-01 101s ID 85 -0.385744E+01 -0.793619E+01 0.198560E+00 0.108814E+00 0.226421E+00 101s ID 86 -0.342235E+01 -0.172885E+02 0.676472E-01 -0.851059E-02 0.681805E-01 101s ID 87 -0.246373E+01 -0.271741E+02 0.177274E+00 0.171906E+00 0.246936E+00 101s ID 88 -0.232159E+01 0.677390E+02 -0.565872E-01 0.601959E-02 0.569065E-01 101s ID 89 -0.155259E+01 -0.370989E+02 0.145414E+00 0.731125E-01 0.162760E+00 101s ID 90 -0.150887E+01 0.302660E+01 0.951301E-01 0.236032E-01 0.980145E-01 101s ID 91 -0.162960E+01 -0.766244E+02 -0.402602E+00 -0.237411E+00 0.467389E+00 101s ID 92 -0.112813E+01 0.528774E+02 0.486708E-02 -0.154579E+00 0.154656E+00 101s ID 93 -0.351495E+00 0.633826E+02 0.309505E+00 -0.141445E+00 0.340294E+00 101s ID 94 0.451152E+00 0.556580E+02 -0.198478E-01 0.242985E+00 0.243794E+00 101s ID 95 0.136152E+01 -0.530123E+02 0.325521E+00 0.577721E+00 0.663118E+00 101s ID 96 0.245371E+01 -0.564735E+02 0.977066E-01 0.158516E+00 0.186209E+00 101s ID 97 0.351344E+01 -0.457419E+02 0.254397E-01 0.192097E+00 0.193774E+00 101s ID 98 0.423136E+01 0.337378E+02 0.823584E-01 0.897675E-01 0.121824E+00 101s ID 99 0.444353E+01 0.266270E+02 0.200530E+00 -0.100023E+00 0.224091E+00 101s ID 100 0.471400E+01 -0.176819E+02 0.476837E-05 0.134127E+00 0.134127E+00 101s ID 101 0.467555E+01 -0.502308E+02 -0.374465E-01 0.207153E+00 0.210511E+00 101s ID 102 0.504679E+01 0.627487E+02 -0.452065E-01 -0.137260E+00 0.144513E+00 101s ID 103 0.536034E+01 0.151530E+02 -0.136561E-01 -0.450449E-01 0.470694E-01 101s ID 104 0.578158E+01 -0.571373E+02 0.125581E+00 0.507355E-01 0.135442E+00 101s ID 105 0.618525E+01 -0.524687E+02 0.246254E+00 -0.317383E-01 0.248291E+00 101s ID 106 0.727308E+01 0.356918E+02 0.120783E-01 -0.991936E-01 0.999262E-01 101s ID 107 0.906714E+01 0.467781E+02 0.141392E-01 0.150719E-01 0.206659E-01 101s ID 108 0.923239E+01 -0.579065E+02 -0.660610E-02 0.167519E+00 0.167649E+00 101s ID 109 0.948391E+01 -0.213206E+02 -0.227087E+00 -0.126625E+00 0.260005E+00 101s ID 110 0.102169E+02 -0.332689E+02 0.128861E+00 0.651054E-01 0.144374E+00 101s ID 111 0.103536E+02 0.105623E+02 0.169598E+00 -0.557413E-01 0.178523E+00 101s ID 112 0.100906E+02 0.635693E+02 -0.189353E+00 0.292343E+00 0.348309E+00 101s ID 113 0.104812E+02 -0.828626E+01 0.109247E+00 0.677395E-01 0.128544E+00 101s ID 114 0.117217E+02 -0.196104E+02 0.312735E+00 0.457561E+00 0.554225E+00 101s ID 115 0.121163E+02 -0.643598E+02 0.493345E-01 0.381699E-01 0.623765E-01 101s ID 116 0.132206E+02 -0.429853E+02 0.216036E-01 0.160683E+00 0.162128E+00 101s ID 117 0.132090E+02 0.724410E+02 0.498486E-02 0.460052E-01 0.462745E-01 101s ID 118 0.144389E+02 -0.258375E+02 0.106912E+00 0.135464E+00 0.172570E+00 101s ID 119 0.163321E+02 -0.603028E+02 0.221386E-01 0.154202E+00 0.155783E+00 101s ID 120 0.165195E+02 -0.104625E+02 0.112537E+00 0.825081E-01 0.139543E+00 101s ID 121 0.167143E+02 -0.393195E+02 0.262852E-01 0.187458E+00 0.189292E+00 101s ID 122 0.170975E+02 -0.296253E+02 0.315495E-01 0.165668E+00 0.168646E+00 101s ID 123 0.178300E+02 0.648813E+02 0.503540E-02 -0.426941E-01 0.429900E-01 101s ID 124 0.199986E+02 0.560866E+02 0.458908E-02 -0.964203E-01 0.965294E-01 101s ID 125 0.202072E+02 -0.726551E+02 0.322227E-01 -0.371399E-01 0.491699E-01 101s ID 126 0.206825E+02 0.381194E+02 0.217474E+00 -0.128590E+00 0.252646E+00 101s ID 127 0.209970E+02 0.674442E+02 0.152960E+00 0.412369E-01 0.158421E+00 101s ID 128 0.214290E+02 -0.298024E+02 0.119982E+00 0.298639E+00 0.321840E+00 101s ID 129 0.228762E+02 0.320081E+02 -0.134817E+00 -0.598869E-01 0.147520E+00 101s ID 130 0.231849E+02 0.476702E+02 0.788898E-01 -0.467567E-01 0.917050E-01 101s ID 131 0.234378E+02 -0.166418E+02 0.147848E+00 0.716591E-02 0.148022E+00 101s ID 132 0.245467E+02 0.940701E+01 0.122669E+00 0.530081E-01 0.133632E+00 101s ID 133 0.250953E+02 -0.570941E+02 0.162945E-01 0.238911E+00 0.239466E+00 101s ID 134 0.259914E+02 -0.331490E+02 0.623608E-01 0.103970E+00 0.121238E+00 101s ID 135 0.269128E+02 -0.671369E+02 0.427704E-01 0.501251E-01 0.658926E-01 101s ID 136 0.274529E+02 0.668197E+02 0.100893E+00 0.347214E-01 0.106700E+00 101s ID 137 0.294647E+02 -0.507652E+02 0.142698E+00 0.216789E+00 0.259539E+00 101s ID 138 0.300764E+02 -0.294108E+00 0.184399E+00 0.191892E+00 0.266130E+00 101s ID 139 0.308817E+02 0.370723E+02 0.427284E-01 -0.416756E-01 0.596873E-01 101s ID 140 0.307258E+02 -0.696323E+02 -0.292158E+00 0.445679E+00 0.532903E+00 101s ID 141 0.313057E+02 -0.358759E+02 0.169945E-02 0.192116E+00 0.192123E+00 101s ID 142 0.315973E+02 0.176937E+02 0.634193E-02 -0.232658E-01 0.241147E-01 101s ID 143 0.320198E+02 0.580074E+02 0.141836E+00 0.603600E-01 0.154145E+00 101s ID 144 0.318460E+02 -0.168058E+02 -0.118954E+00 0.249226E+00 0.276158E+00 101s ID 145 0.327764E+02 0.219438E+02 -0.415573E-01 0.387821E-01 0.568424E-01 101s ID 146 0.329384E+02 -0.111170E+02 0.293808E-01 0.163965E+00 0.166577E+00 101s ID 147 0.341458E+02 -0.490570E+01 -0.842476E-01 0.513005E-01 0.986377E-01 101s ID 148 0.347801E+02 0.116032E+02 -0.169029E-01 -0.420788E+00 0.421127E+00 101s ID 149 0.351616E+02 0.693003E+01 0.815659E-01 -0.199718E-01 0.839754E-01 101s ID 150 0.359445E+02 -0.119867E+02 -0.764656E-01 0.773134E-01 0.108740E+00 101s ID 151 0.362303E+02 0.357033E+02 -0.787086E-01 -0.506630E-01 0.936044E-01 101s ID 152 0.360063E+02 0.393323E+02 -0.396713E+00 0.371273E+00 0.543346E+00 101s ID 153 0.384784E+02 -0.230486E+02 0.739288E-02 0.153503E-01 0.170378E-01 101s ID 154 0.386714E+02 -0.275113E+02 0.124397E-01 0.152704E+00 0.153210E+00 101s ID 155 0.389986E+02 0.477689E+02 0.142635E+00 0.128876E+00 0.192234E+00 101s ID 156 0.396972E+02 -0.659683E+02 0.382195E+00 -0.233002E-01 0.382904E+00 101s ID 157 0.401212E+02 -0.480821E+02 -0.447731E-01 0.719376E-01 0.847328E-01 101s ID 158 0.411033E+02 0.119603E+02 -0.389671E+00 -0.837402E-01 0.398568E+00 101s ID 159 0.416297E+02 -0.104071E+02 0.457344E-01 0.918589E-01 0.102614E+00 101s ID 160 0.427206E+02 0.216063E+02 0.945549E-01 -0.367260E-01 0.101437E+00 101s ID 161 0.438943E+02 0.182616E+02 -0.506935E-01 0.305574E+00 0.309751E+00 101s ID 162 0.449078E+02 0.170249E+02 0.301849E+00 -0.347082E+00 0.459977E+00 101s ID 163 0.461118E+02 -0.617916E+02 0.101814E+00 0.553894E-01 0.115906E+00 101s ID 164 0.463434E+02 0.329340E+02 0.383759E-01 0.147034E+00 0.151959E+00 101s ID 165 0.465954E+02 -0.720237E+02 0.210377E+00 -0.103729E+00 0.234559E+00 101s ID 166 0.467427E+02 -0.680341E+02 0.168659E+00 -0.491257E-01 0.175668E+00 101s ID 167 0.473110E+02 -0.482496E+02 0.261978E+00 0.132423E+00 0.293545E+00 101s ID 168 0.471743E+02 -0.382230E+02 0.303116E-01 0.369530E-01 0.477945E-01 101s ID 169 0.479474E+02 0.649814E+02 0.129433E+00 0.176437E+00 0.218822E+00 101s ID 170 0.480302E+02 0.312568E+02 0.216202E+00 -0.266172E+00 0.342915E+00 101s ID 171 0.489308E+02 -0.311390E+02 -0.618744E-02 0.165993E+00 0.166108E+00 101s ID 172 0.514893E+02 0.964428E+01 0.316620E-03 0.252790E-01 0.252810E-01 101s ID 173 0.518050E+02 0.714413E+02 0.213032E+00 0.155266E+00 0.263610E+00 101s ID 174 0.526739E+02 -0.476367E+02 0.344879E+00 0.430332E+00 0.551477E+00 101s ID 175 0.527608E+02 0.366953E+02 -0.521545E-01 -0.116692E-01 0.534440E-01 101s ID 176 0.538448E+02 -0.669216E+02 -0.649216E+00 0.337372E+00 0.731643E+00 101s ID 177 0.546887E+02 0.543985E+02 0.807304E-01 -0.952530E-02 0.812904E-01 101s ID 178 0.546384E+02 -0.260361E+02 0.433655E-01 0.119928E+00 0.127528E+00 101s ID 179 0.550570E+02 -0.192344E+02 0.839767E-01 -0.203590E-01 0.864094E-01 101s ID 180 0.550110E+02 -0.778591E+02 -0.423973E+00 -0.198059E+00 0.467954E+00 101s ID 181 0.570974E+02 0.316875E+02 0.414124E-01 0.214729E-01 0.466484E-01 101s ID 182 0.583607E+02 -0.691790E+02 0.283733E+00 -0.107025E+00 0.303247E+00 101s ID 183 0.597638E+02 -0.475221E+02 0.807838E-01 0.239067E-01 0.842470E-01 101s ID 184 0.598295E+02 -0.224626E+02 -0.464516E-01 0.553684E-01 0.722732E-01 101s ID 185 0.604410E+02 -0.113797E+02 -0.303268E-02 0.623341E-01 0.624078E-01 101s ID 186 0.612331E+02 0.336461E+02 0.121067E+00 -0.586853E+00 0.599211E+00 101s ID 187 0.632986E+02 0.237063E+02 0.196304E-01 -0.277348E-01 0.339790E-01 101s ID 188 0.647397E+02 0.515904E+02 0.134705E+00 0.474167E-01 0.142806E+00 101s ID 189 0.649974E+02 -0.237108E+02 0.293503E-01 0.105177E+00 0.109195E+00 101s ID 190 0.650239E+02 -0.361866E+02 0.588837E-01 -0.245743E-01 0.638058E-01 101s ID 191 0.655177E+02 0.101849E+02 -0.223007E-01 -0.630674E-01 0.668941E-01 101s ID 192 0.666509E+02 -0.157843E+02 -0.160599E-01 0.807238E-01 0.823058E-01 101s ID 193 0.686466E+02 -0.588424E+02 0.291626E+00 -0.150448E+00 0.328147E+00 101s ID 194 0.693498E+02 0.262103E+02 0.128792E+00 0.531960E-02 0.128902E+00 101s ID 195 0.699416E+02 0.632705E+02 0.147552E+00 0.275532E+00 0.312553E+00 101s ID 196 0.694969E+02 -0.142783E+02 -0.282059E+00 -0.465279E+00 0.544097E+00 101s ID 197 0.699591E+02 0.146923E+02 -0.579918E+00 -0.477691E+00 0.751328E+00 101s ID 198 0.707929E+02 0.364302E+02 0.154869E+00 -0.176842E+00 0.235069E+00 101s ID 199 0.711900E+02 -0.123212E+02 -0.398254E-02 -0.521946E-02 0.656532E-02 101s ID 200 0.712083E+02 0.513310E+01 -0.177719E+00 -0.938969E-01 0.200999E+00 101s ID 201 0.723080E+02 -0.475802E+02 0.179039E+00 -0.251923E-01 0.180803E+00 101s ID 202 0.725959E+02 0.123999E+01 0.788727E-01 0.198734E-02 0.788977E-01 101s ID 203 0.725959E+02 0.124001E+01 -0.109138E+00 -0.986995E+00 0.993010E+00 101s ID 204 0.712100E+02 0.512995E+01 -0.159000E+01 -0.777052E+00 0.176972E+01 101s ID 205 0.735149E+02 0.106981E+02 0.528946E-01 0.129050E+00 0.139470E+00 101s ID 206 0.748339E+02 0.574763E+02 0.230949E+00 0.421257E+00 0.480411E+00 101s ID 207 0.744341E+02 0.558274E+02 -0.545898E+00 -0.320595E+00 0.633077E+00 101s ID 208 0.746165E+02 0.655267E+02 -0.554497E+00 -0.330261E+00 0.645398E+00 101s ID 209 0.750103E+02 0.391867E+02 -0.532654E+00 -0.303337E+00 0.612971E+00 101s ID 210 0.756839E+02 0.175935E+02 -0.514069E+00 -0.280544E+00 0.585638E+00 101s mean error = 0.243266E+00 101s Table : astrometry 101s Column # 21 Label :XRESIDUAL 101s Total no. of entries : 210, selected no. of entries : 210 101s Minimum value : -1.589996 , Maximum value: 0.4673882 101s Mean value : 0.45739469E-06, Standard dev.: 0.25064194 101s Table : astrometry 101s Column # 22 Label :YRESIDUAL 101s Total no. of entries : 210, selected no. of entries : 210 101s Minimum value : -0.9869945 , Maximum value: 0.5777206 101s Mean value : -0.44760250E-06, Standard dev.: 0.22305162 101s min = 0.0000 , max = 7.0000 at frame pixel ( 1), ( 103) 101s Table : tab3d [Transposed format] 101s No.Columns : 1 No.Rows : 1 101s All.Columns: 257 All.Rows: 104 Sel.Rows: 1 101s Sorted by :Sequence Reference:Sequence 101s Col.# 1:cola Unit:intensity Format:F12.5 R*4(256) 101s Selection: ALL 101s extract rows from row 1 until row 1 101s Frame line_tab created with npix: 256 101s Table : tab3d [Transposed format] 101s No.Columns : 2 No.Rows : 101 101s All.Columns: 513 All.Rows: 104 Sel.Rows: 101 101s Sorted by :Sequence Reference:Sequence 101s Col.# 1:cola Unit:intensity Format:F12.5 R*4(256) 101s Col.# 2:colb Unit:intensity Format:F12.5 R*4(256) 101s Selection: ALL 101s extract rows from row 2 until row 101 101s Frame sub_tab created with npix: 256,100 101s frame: ik2 (data = I4) 101s line = 1, 1.pixel = 1, last pixel = 20 101s 0.000000 1.000000 2.000000 3.000000 4.000000 101s 5.000000 6.000000 7.000000 8.000000 9.000000 101s 10.00000 11.00000 12.00000 13.00000 14.00000 101s 15.00000 16.00000 17.00000 18.00000 19.00000 101s Table : lola [Transposed format] 101s No.Columns : 1 No.Rows : 20 101s All.Columns: 101 All.Rows: 24 Sel.Rows: 20 101s Sorted by :Sequence Reference:Sequence 101s Col.# 1:Values Unit:intensity Format:I10 I*4(100) 101s Selection: ALL 101s extract rows from row 1 until row 20 101s Frame ik3 created with npix: 100,20 101s min = 0.0000 , max = 0.0000 101s at frame pixel ( 1, 1), ( 1, 1) 101s Table : lola [Transposed format] 101s No.Columns : 2 No.Rows : 20 101s All.Columns: 201 All.Rows: 24 Sel.Rows: 20 101s Sorted by :Sequence Reference:Sequence 101s Col.# 1:Values Unit:intensity Format:I10 I*4(100) 101s Col.# 2:reverse Unit:intensity Format:I10 I*4(100) 101s Selection: ALL 101s image and colum type do not match... 101s we reopen image with column data type 101s Table : lola [Transposed format] 101s No.Columns : 2 No.Rows : 20 101s All.Columns: 201 All.Rows: 24 Sel.Rows: 20 101s Sorted by :Sequence Reference:Sequence 101s Col.# 1:Values Unit:intensity Format:I10 I*4(100) 101s Col.# 2:reverse Unit:intensity Format:I10 I*4(100) 101s Selection: ALL 101s FITS file: xamber.fits converted to: amber0001.tbl 101s FITS file: xamber.fits converted to: amber0002.tbl 101s FITS file: xamber.fits converted to: amber0003.tbl 101s FITS file: xamber.fits converted to: amber0004.tbl 101s 1 FITS files converted to 4 Midas files 101s No. of selections: 15 101s No. of selections: 15 101s No. of selections: 15 101s Table : vis2 [Transposed format] 101s No.Columns : 7 No.Rows : 15 101s All.Columns: 11 All.Rows: 16 Sel.Rows: 15 101s Sorted by :Sequence Reference:Sequence 101s Col.# 1:MIN Unit: Format:G12.6 R*4 101s Col.# 2:MAX Unit: Format:G12.6 R*4 101s Col.# 3:MEAN Unit: Format:G12.6 R*4 101s Col.# 4:STD Unit: Format:G12.6 R*4 101s Col.# 5:MOM3 Unit: Format:G12.6 R*4 101s Col.# 6:MOM4 Unit: Format:G12.6 R*4 101s Col.# 7:TOT_INTENS Unit: Format:G12.6 R*4 101s Selection: ALL 101s Table : vis2 101s Column # 3 Label :MEAN 101s Total no. of entries : 15, selected no. of entries : 15 101s Minimum value : 0.6941251E-01, Maximum value: 0.8866392 101s Mean value : 0.77618673 , Standard dev.: 0.20871074 101s No. of selections: 7 101s Table : biassel 101s 101s Sequence DATE MJD MED_M AVE_M SIG_M 101s -------- ---------- ------------ ------------ ------------ ------------ 101s 1 20021117 5.25955e+04 1.96000e+02 1.96131e+02 2.42000e+00 101s 2 20021117 5.25955e+04 2.07000e+02 2.07596e+02 2.58000e+01 101s 3 20021117 5.25955e+04 2.56000e+02 2.56023e+02 3.68000e+00 101s 4 20021117 5.25955e+04 2.71000e+02 2.70804e+02 3.12000e+00 101s 5 20021217 5.26259e+04 1.99000e+02 1.99348e+02 1.57000e+00 101s 6 20021217 5.26260e+04 6.97000e+02 6.97063e+02 7.74000e+00 101s 7 20021217 5.26264e+04 4.65000e+02 4.64622e+02 3.27000e+00 101s -------- ---------- ------------ ------------ ------------ ------------ 101s Sequence FPN_M STR_M MED_R AVE_R RON 101s -------- ------------ ------------ ------------ ------------ ------------ 101s 1 7.70000e-01 6.00000e-02 1.96000e+02 1.95870e+02 5.91000e+00 101s 2 2.49200e+01 6.28000e+00 2.07000e+02 2.07040e+02 6.39000e+00 101s 3 1.18000e+00 0.00000e+00 2.56000e+02 2.56100e+02 9.10000e+00 101s 4 3.00000e-01 9.00000e-02 2.72000e+02 2.71930e+02 1.04700e+01 101s 5 0.00000e+00 2.30000e-01 2.03000e+02 2.03440e+02 5.73000e+00 101s 6 0.00000e+00 2.85000e+00 7.03000e+02 7.03500e+02 1.31900e+01 101s 7 0.00000e+00 5.60000e-01 4.64000e+02 4.64400e+02 7.40000e+00 101s -------- ------------ ------------ ------------ ------------ ------------ 101s Sequence SIG_R CONAD B B N N NUMFRAMES TEMP Q TEC 101s -------- ------------ ------------ - - - - ------------ ------------ - --- 101s 1 5.90000e+00 5.00000e-01 1 1 2 2 9.00000e+00 1.37200e+01 2 IMG 101s 2 2.78700e+01 5.50000e-01 1 1 2 2 9.00000e+00 1.31700e+01 3 IMG 101s 3 8.90000e+00 5.30000e-01 1 1 2 2 9.00000e+00 1.34400e+01 1 IMG 101s 4 1.16800e+01 5.00000e-01 1 1 2 2 9.00000e+00 1.31600e+01 4 IMG 101s 5 7.67000e+00 5.50000e-01 1 1 2 2 0.00000e+00 1.43700e+01 2 IMG 101s 6 1.32500e+01 5.30000e-01 1 1 2 4 0.00000e+00 -4.99900e+01 4 SPE 101s 7 8.85000e+00 5.50000e-01 1 1 2 4 0.00000e+00 1.30200e+01 2 SPE 101s -------- ------------ ------------ - - - - ------------ ------------ - --- 101s Table : biassel [Transposed format] 101s No.Columns : 20 No.Rows : 7 101s All.Columns: 23 All.Rows: 8 Sel.Rows: 7 101s Sorted by :Sequence Reference:Sequence 101s Col.# 1:DATE Unit: Format:A10 C*10 101s Col.# 2:MJD Unit: Format:E12.6 R*4 101s Col.# 3:MED_M Unit: Format:E12.6 R*4 101s Col.# 4:AVE_M Unit: Format:E12.6 R*4 101s Col.# 5:SIG_M Unit: Format:E12.6 R*4 101s Col.# 6:FPN_M Unit: Format:E12.6 R*4 101s Col.# 7:STR_M Unit: Format:E12.6 R*4 101s Col.# 8:MED_R Unit: Format:E12.6 R*4 101s Col.# 9:AVE_R Unit: Format:E12.6 R*4 101s Col.# 10:RON Unit: Format:E12.6 R*4 101s Col.# 11:SIG_R Unit: Format:E12.6 R*4 101s Col.# 12:CONAD Unit: Format:E12.6 R*4 101s Col.# 13:BINX Unit: Format:I1 I*4 101s Col.# 14:BINY Unit: Format:I1 I*4 101s Col.# 15:NX Unit: Format:I1 I*4 101s Col.# 16:NY Unit: Format:I1 I*4 101s Col.# 17:NUMFRAMES Unit: Format:E12.6 R*4 101s Col.# 18:TEMP Unit: Format:E12.6 R*4 101s Col.# 19:QUAD Unit: Format:I1 I*4 101s Col.# 20:TECH Unit: Format:A3 C*3 101s Selection: ALL 101s Table : hear.tfits [Transposed format] 101s No.Columns : 5 No.Rows : 152 101s All.Columns: 17 All.Rows: 152 Sel.Rows: 152 101s Sorted by :Sequence Reference:Sequence 101s Col.# 1:WAVE Unit:ANGSTROM Format:F16.4 R*4 101s Col.# 2:ION Unit: Format:A16 C*16 101s Col.# 3:INTENSITY Unit: Format:A16 C*16 101s Col.# 4:COMMENTS Unit: Format:A16 C*16 101s Col.# 5:new_wave Unit: Format:E12.6 R*4 101s Selection: ALL 101s Table : newbie [Transposed format] 101s No.Columns : 18 No.Rows : 19 101s All.Columns: 23 All.Rows: 24 Sel.Rows: 19 101s Sorted by :Sequence Reference:Sequence 101s Col.# 1:MJD Unit: Format:E12.6 R*4 101s Col.# 2:MED_M Unit: Format:E12.6 R*4 101s Col.# 3:AVE_M Unit: Format:E12.6 R*4 101s Col.# 4:SIG_M Unit: Format:E12.6 R*4 101s Col.# 5:FPN_M Unit: Format:E12.6 R*4 101s Col.# 6:STR_M Unit: Format:E12.6 R*4 101s Col.# 7:MED_R Unit: Format:E12.6 R*4 101s Col.# 8:AVE_R Unit: Format:E12.6 R*4 101s Col.# 9:RON Unit: Format:E12.6 R*4 101s Col.# 10:SIG_R Unit: Format:E12.6 R*4 101s Col.# 11:CONAD Unit: Format:E12.6 R*4 101s Col.# 12:BINX Unit: Format:I1 I*4 101s Col.# 13:BINY Unit: Format:I1 I*4 101s Col.# 14:NX Unit: Format:I1 I*4 101s Col.# 15:NY Unit: Format:I1 I*4 101s Col.# 16:NUMFRAMES Unit: Format:E12.6 R*4 101s Col.# 17:TEMP Unit: Format:E12.6 R*4 101s Col.# 18:QUAD Unit: Format:I1 I*4 101s Selection: ALL 101s frame: newbie_ima (data = R4) 101s line = 1, 1.pixel = 1, last pixel = 19 101s 52595.54 52595.54 52595.54 52595.54 52595.54 101s 52595.54 52595.54 52595.54 52625.85 52625.87 101s 52625.87 52625.97 52625.97 52625.97 52625.98 101s 52626.36 52626.65 52626.65 52626.65 101s line = 2, 1.pixel = 1, last pixel = 3 101s 196.0000 207.0000 256.0000 101s frame: test_ima (data = R4) 101s 1.pixel = 1, last pixel = 19 101s 0.5000000 0.5500000 0.5300000 0.5000000 2.000000 101s 2.000000 1.660000 2.000000 0.5500000 2.000000 101s 1.710000 1.710000 1.770000 0.5300000 2.000000 101s 0.5500000 2.000000 2.000000 2.000000 101s frame: newbie_ima (data = R4) 101s No. of values missing, defaulted to 20... 101s line = 11, 1.pixel = 1, last pixel = 19 101s 0.5000000 0.5500000 0.5300000 0.5000000 2.000000 101s 2.000000 1.660000 2.000000 0.5500000 2.000000 101s 1.710000 1.710000 1.770000 0.5300000 2.000000 101s 0.5500000 2.000000 2.000000 2.000000 101s line = 12, pixel = 1 101s 1.000000 101s min = 0.0000 , max = 0.0000 at frame pixel ( 1), ( 1) 101s FITS file: ISAAC.2006-04-13T06:32:38.944.fits converted to: isaac.bdf 101s xcenter ycenter xerr yerr 101s xfwhm yfwhm icent ident 101s 13.697526 898.69171 0.26203E-01 0.23259E-01 101s 3.1573 2.7757 1815.1 ID 1 101s 101s 17.580456 966.39246 0.21494E-01 0.22645E-01 101s 3.1139 2.7896 3429.0 ID 2 101s 101s 28.201672 552.07745 0.32184E-01 0.84281E-01 101s 3.5315 3.0713 1547.8 ID 3 101s 101s 39.252579 386.95145 0.48227E-01 0.59389E-01 101s 3.2845 2.9375 573.28 ID 4 101s 101s 47.651985 259.08624 0.63198E-01 0.91180E-01 101s 3.6672 2.9200 541.00 ID 5 101s 101s 55.034885 785.00305 0.41038E-01 0.43274E-01 101s 0.53262 0.50287 4989.2 ID 6 101s 101s 64.898003 703.36829 0.21557E-01 0.23763E-01 101s 3.4401 2.8418 20553. ID 7 101s 101s 65.684685 267.64322 0.28510E-01 0.26865E-01 101s 3.2861 2.7851 2137.1 ID 8 101s 101s 65.388458 912.17957 0.23900E-01 0.35128E-01 101s 3.2870 2.7853 1776.0 ID 9 101s 101s 77.509605 793.25092 0.33042E-01 0.21816E-01 101s 3.1652 2.7981 2702.6 ID 10 101s 101s 84.021072 851.49823 0.29060E-01 0.29715E-01 101s 3.1675 2.7393 1428.4 ID 11 101s 101s 89.524536 88.851685 0.22796E-01 0.27092E-01 101s 3.3999 2.9061 16691. ID 12 101s 101s row no. 13 contains bad coord(s) - we skip ... 101s 94.799164 744.01874 0.10662 0.14810 101s 5.5818 5.3818 5952.2 ID 14 101s 101s 104.25571 555.08380 0.27118E-01 0.28226E-01 101s 3.4740 2.9115 5000.2 ID 15 101s 101s 113.92256 402.95419 0.24077E-01 0.23451E-01 101s 3.6531 2.9103 1766.3 ID 16 101s 101s 123.84265 710.34735 0.43817E-01 0.19606 101s 3.8458 2.7196 594.28 ID 17 101s 101s 123.45224 447.71014 0.96256E-01 0.41823 101s 3.9397 8.8756 352.32 ID 18 101s 101s 124.74539 840.69287 0.25695E-01 0.23358E-01 101s 3.3503 2.8048 17657. ID 19 101s 101s 122.57641 49.750465 0.23897E-01 0.30266E-01 101s 3.3059 2.8941 3977.4 ID 20 101s 101s 135.89041 535.62744 0.44286E-01 0.13664 101s 4.3420 6.1192 972.40 ID 21 101s 101s 141.61252 387.56412 0.63928E-01 0.23614E-01 101s 3.1438 2.8218 1619.9 ID 22 101s 101s 141.62889 50.994930 0.65749E-01 0.82416E-01 101s 3.0896 3.6037 762.04 ID 23 101s 101s 146.02116 690.63745 0.20760E-01 0.28157E-01 101s 3.5138 2.9228 5167.1 ID 24 101s 101s 145.49493 875.46484 0.25707E-01 0.25423E-01 101s 3.2315 2.7756 3017.8 ID 25 101s 101s 148.09526 368.63779 0.10816 0.89227E-01 101s 3.9987 3.0062 423.48 ID 26 101s 101s 148.24692 990.79938 0.21634E-01 0.20724E-01 101s 3.2347 2.9256 2268.3 ID 27 101s 101s 150.30148 655.21185 0.23681E-01 0.23372E-01 101s 3.5292 2.8868 3328.8 ID 28 101s 101s 152.38408 533.21100 0.31713E-01 0.48338E-01 101s 3.5314 2.9188 2352.0 ID 29 101s 101s 156.15338 440.30170 0.43780E-01 0.53865E-01 101s 3.7951 2.6511 949.88 ID 30 101s 101s 155.68488 426.93085 0.20949E-01 0.22341E-01 101s 3.6161 2.7393 5321.0 ID 31 101s 101s 160.16035 750.99658 0.27953E-01 0.20478E-01 101s 3.4550 2.7826 1217.9 ID 32 101s 101s 159.62932 167.83557 0.26387E-01 0.28381E-01 101s 3.3932 2.9075 5005.9 ID 33 101s 101s 167.58934 894.12732 0.29638E-01 0.38140E-01 101s 3.2589 2.6582 1162.8 ID 34 101s 101s 183.97198 332.30417 0.13778 0.60170E-01 101s 3.8416 2.5166 413.48 ID 35 101s 101s 187.24696 90.127670 0.20003E-01 0.26502E-01 101s 3.3310 2.9488 13473. ID 36 101s 101s 187.74287 182.14340 0.31971E-01 0.39455E-01 101s 3.4162 2.7497 1949.2 ID 37 101s 101s 189.00526 426.19489 0.73018E-01 0.61602E-01 101s 3.4092 3.0137 3040.8 ID 38 101s 101s 192.50975 10.333347 0.27583E-01 0.19835 101s 3.2782 5.8265 1042.8 ID 39 101s 101s 197.17010 685.15106 0.26617E-01 0.24874E-01 101s 3.4366 2.9346 6700.5 ID 40 101s 101s 214.25142 395.06769 0.24738E-01 0.26806E-01 101s 3.4984 2.8888 11036. ID 41 101s 101s 213.47766 1000.2665 0.27362E-01 0.28541E-01 101s 3.1059 2.7796 8178.5 ID 42 101s 101s 217.43773 182.38852 0.24496E-01 0.33149E-01 101s 3.3036 2.9909 2111.3 ID 43 101s 101s 231.09322 473.91852 0.28828 0.22976 101s 14.472 6.6370 345.00 ID 44 101s 101s 240.60115 647.38153 0.24693E-01 0.20198E-01 101s 3.2714 2.8648 6465.6 ID 45 101s 101s 255.39806 895.20135 0.58528E-01 0.65377E-01 101s 4.2337 4.0049 20797. ID 46 101s 101s 255.53210 16.181648 0.30782E-01 0.88267E-01 101s 3.1974 3.9797 1624.3 ID 47 101s 101s 262.75745 593.23242 0.25204E-01 0.25942E-01 101s 3.3687 2.9667 4562.4 ID 48 101s 101s 266.97052 166.51903 0.22920E-01 0.26075E-01 101s 3.8650 3.5734 32405. ID 49 101s 101s 281.50095 355.97751 0.38088 0.14826 101s 9.5641 3.8175 363.00 ID 50 101s 101s 281.47314 69.917183 0.34981E-01 0.19174 101s 3.5481 3.2104 903.44 ID 51 101s 101s 289.17975 308.60712 0.24633E-01 0.26526E-01 101s 3.3745 3.1081 5345.3 ID 52 101s 101s 285.74442 645.95111 0.36200E-01 0.36217E-01 101s 3.3970 3.0299 1370.3 ID 53 101s 101s 291.63547 476.18945 0.25295E-01 0.25997E-01 101s 3.2040 2.8682 1094.6 ID 54 101s 101s 293.82855 594.96204 0.31323E-01 0.51119E-01 101s 3.1684 2.9063 1157.4 ID 55 101s 101s 305.39905 597.16669 0.56588E-01 0.35032E-01 101s 3.1438 2.9991 952.68 ID 56 101s 101s 302.77939 514.09906 0.33182E-01 0.30477 101s 3.1245 2.6832 1815.5 ID 57 101s 101s 312.95557 190.27957 0.50364E-01 0.29558E-01 101s 3.3102 3.1912 1363.6 ID 58 101s 101s 320.05563 936.69775 0.21010E-01 0.22172E-01 101s 3.2569 2.9890 12498. ID 59 101s 101s 321.32486 107.58000 0.29560E-01 0.30335E-01 101s 3.3844 2.7311 1218.6 ID 60 101s 101s 329.09497 44.612122 0.33564E-01 0.52230E-01 101s 3.2116 3.2240 2293.6 ID 61 101s 101s 333.85773 1003.1935 0.20115E-01 0.18431E-01 101s 3.0412 2.9315 5914.5 ID 62 101s 101s 338.87009 644.19525 0.21216E-01 0.20876E-01 101s 3.3596 2.9743 8106.5 ID 63 101s 101s 348.42545 102.66511 0.23900E-01 0.34067E-01 101s 3.2630 2.9862 1961.7 ID 64 101s 101s 353.11801 346.17065 0.17800E-01 0.21332E-01 101s 3.3570 3.0166 2694.8 ID 65 101s 101s 353.70337 977.97412 0.29150E-01 0.21961E-01 101s 3.0269 2.8869 1437.3 ID 66 101s 101s 359.32935 258.89481 0.28955E-01 0.24826E-01 101s 3.3983 3.1538 8533.4 ID 67 101s 101s 365.35913 628.04156 0.21692E-01 0.20705E-01 101s 3.4273 3.1073 3745.8 ID 68 101s 101s 379.37906 362.47327 0.12270 0.20208E-01 101s 3.2829 2.9475 5560.4 ID 69 101s 101s 385.61163 911.42706 0.34793E-01 0.33966E-01 101s 3.1726 2.9659 1175.6 ID 70 101s 101s 401.75092 134.27286 0.20766E-01 0.38766E-01 101s 3.2015 3.1463 1483.6 ID 71 101s 101s 410.43472 822.88690 0.32108E-01 0.30597E-01 101s 3.0958 2.9152 2067.9 ID 72 101s 101s 412.55612 533.24255 0.15288E-01 0.26913E-01 101s 3.2961 2.9728 9430.2 ID 73 101s 101s 436.20132 901.54883 0.27428E-01 0.24462E-01 101s 3.1163 3.0491 3702.3 ID 74 101s 101s 441.63565 693.91064 0.21069E-01 0.32200E-01 101s 3.1874 2.9820 1442.5 ID 75 101s 101s 444.63785 42.347984 0.61778E-01 0.16240 101s 3.3524 4.5798 743.24 ID 76 101s 101s 450.49402 754.27930 0.24379E-01 0.24602E-01 101s 3.3048 2.8642 2172.4 ID 77 101s 101s 452.88971 869.74701 0.24371E-01 0.29139E-01 101s 3.1033 3.0481 1367.2 ID 78 101s 101s 452.15427 941.74347 0.47137E-01 0.58523E-01 101s 4.0008 3.9553 18973. ID 79 101s 101s 461.00369 428.29718 0.22355E-01 0.21849E-01 101s 3.2766 2.9755 6056.5 ID 80 101s 101s 471.1 519.2 FWHM exceeds size of image ID 81 101s 101s 474.56686 213.39728 0.47808E-01 0.33196E-01 101s 3.1482 3.1089 1498.5 ID 82 101s 101s 475.32886 156.41115 0.49540E-01 0.81327E-01 101s 3.2864 2.8590 1389.4 ID 83 101s 101s 480.94476 409.06528 0.21154E-01 0.25373E-01 101s 3.3675 3.0125 8978.4 ID 84 101s 101s 487.13330 551.56909 0.22267E-01 0.22369E-01 101s 3.2229 2.9284 22321. ID 85 101s 101s 490.12296 614.82233 0.23133E-01 0.82037E-01 101s 3.2806 2.8209 1397.1 ID 86 101s 101s 496.65421 681.67902 0.32670E-01 0.26371E-01 101s 3.0814 2.8762 1939.4 ID 87 101s 101s 497.12067 39.717628 0.85783E-01 0.12990 101s 2.9752 4.4960 800.20 ID 88 101s 101s 502.86469 748.80121 0.25703E-01 0.26159E-01 101s 3.1379 2.8453 12868. ID 89 101s 101s 502.95120 477.40558 0.25363E-01 0.22628E-01 101s 3.1881 2.9596 13621. ID 90 101s 101s row no. 91 contains bad coord(s) - we skip ... 101s 505.26514 140.22894 0.13657 0.22440E-01 101s 3.0523 3.2275 5856.4 ID 92 101s 101s 510.46005 69.170830 0.31977E-01 0.60479E-01 101s 2.8577 3.2291 1322.7 ID 93 101s 101s 515.92572 121.41213 0.20542E-01 0.34793E-01 101s 3.3239 3.1971 1659.5 ID 94 101s 101s 522.64526 856.41559 0.27185E-01 0.26952E-01 101s 3.0478 2.8850 7230.0 ID 95 101s 101s 530.04584 879.81909 0.38523E-01 0.22670E-01 101s 2.7127 3.1584 1589.6 ID 96 101s 101s 537.15314 807.22754 0.80188E-01 0.81829E-01 101s 3.9048 3.6550 1378.2 ID 97 101s 101s 541.59192 269.64920 0.22825E-01 0.32444E-01 101s 3.0804 3.0392 1391.7 ID 98 101s 101s 543.06311 317.74286 0.15993 0.25459E-01 101s 4.3620 3.3706 1920.2 ID 99 101s 101s 545.12213 617.43134 0.42131E-01 0.18645 101s 3.4034 2.7619 816.60 ID 100 101s 101s 545.03174 837.58191 0.35527E-01 0.15042 101s 3.4206 2.4383 1355.8 ID 101 101s 101s 546.95270 73.423508 0.21122E-01 0.42987E-01 101s 3.1317 3.0451 1799.5 ID 102 101s 101s 549.32001 395.34348 0.33138E-01 0.23780E-01 101s 3.1496 2.9535 1299.7 ID 103 101s 101s 552.54382 884.28760 0.61071E-01 0.19763E-01 101s 3.6205 3.2433 1543.0 ID 104 101s 101s 555.24811 852.70868 0.52131E-01 0.50302E-01 101s 2.9475 3.3247 566.00 ID 105 101s 101s 562.14203 256.41345 0.26066E-01 0.19339E-01 101s 3.1947 3.0274 1538.6 ID 106 101s 101s 574.21112 181.41827 0.24198E-01 0.39891E-01 101s 3.1510 3.1133 1349.6 ID 107 101s 101s 575.87335 889.46844 0.74496E-01 0.54348E-01 101s 2.7009 3.2634 519.60 ID 108 101s 101s 577.38293 642.01239 0.55192E-01 0.51574E-01 101s 4.1936 3.1761 836.88 ID 109 101s 101s 582.39948 722.82184 0.22605E-01 0.30701E-01 101s 3.1874 2.7588 10361. ID 110 101s 101s 583.09546 426.36176 0.28371E-01 0.42281E-01 101s 3.2466 2.9815 858.28 ID 111 101s 101s 581.04199 67.841278 0.68697E-01 0.34671 101s 3.1835 9.0787 612.96 ID 112 101s 101s 584.05646 553.84601 0.32719E-01 0.77452E-01 101s 3.1761 3.6320 1389.2 ID 113 101s 101s 592.50043 630.43109 0.16515E-01 0.24753E-01 101s 3.1907 2.8984 1224.1 ID 114 101s 101s 595.40076 933.09845 0.63866E-01 0.16841 101s 3.3967 4.1607 649.12 ID 115 101s 101s 602.75366 788.52142 0.27936E-01 0.26708E-01 101s 3.1380 3.0521 2435.7 ID 116 101s 101s 602.07397 7.8165989 0.32797E-01 0.69747E-01 101s 3.0703 3.1874 11463. ID 117 101s 101s 610.89941 672.53186 0.20554E-01 0.26498E-01 101s 3.3086 3.0152 2576.2 ID 118 101s 101s 623.87604 905.63135 0.26681E-01 0.19544E-01 101s 2.8731 3.0395 2087.6 ID 119 101s 101s 624.88318 568.52704 0.27531E-01 0.34632E-01 101s 3.3233 3.0365 2840.8 ID 120 101s 101s 626.34985 763.70520 0.27354E-01 0.27018E-01 101s 3.1907 2.8943 1958.3 ID 121 101s 101s 628.89001 698.13440 0.20627E-01 0.26523E-01 101s 3.2443 2.8657 1492.5 ID 122 101s 101s 633.34900 58.918510 0.35592E-01 0.44760E-01 101s 3.4179 3.2088 1505.2 ID 123 101s 101s 648.05298 118.38942 0.31134E-01 0.38755E-01 101s 3.0803 3.0811 1933.1 ID 124 101s 101s 650.13373 989.15381 0.35914E-01 0.26957E-01 101s 3.0256 2.8521 4315.1 ID 125 101s 101s 652.76923 239.90897 0.21608E-01 0.78993E-01 101s 3.2529 2.8466 666.80 ID 126 101s 101s 654.74225 41.563705 0.35092E-01 0.30714E-01 101s 3.1363 2.8934 13633. ID 127 101s 101s 658.16895 699.30432 0.30496E-01 0.31330E-01 101s 3.1686 2.7770 1270.7 ID 128 101s 101s 667.62927 281.22983 0.73775E-01 0.31580E-01 101s 3.1788 2.9892 781.28 ID 129 101s 101s 669.63440 175.29451 0.30579E-01 0.24879E-01 101s 3.1348 3.1195 4516.7 ID 130 101s 101s 671.67920 610.27820 0.23593E-01 0.27578E-01 101s 3.4157 3.0065 2240.8 ID 131 101s 101s 679.03851 434.08554 0.55345E-01 0.46372E-01 101s 3.8462 3.0099 589.20 ID 132 101s 101s 683.09326 883.87317 0.21378E-01 0.37523E-01 101s 3.1399 2.7795 671.64 ID 133 101s 101s 689.02545 721.91113 0.28582E-01 0.79752E-01 101s 3.1664 2.8263 1343.6 ID 134 101s 101s 695.43066 951.78766 0.42184E-01 0.31772E-01 101s 2.9331 2.7814 821.84 ID 135 101s 101s 698.38391 45.746803 0.45605E-01 0.22135 101s 3.2074 4.9198 852.04 ID 136 101s 101s 712.59497 841.03906 0.31800E-01 0.36756E-01 101s 3.2075 2.8650 1477.9 ID 137 101s 101s 716.46686 499.66559 0.59367E-01 0.64331E-01 101s 3.3543 2.8172 478.08 ID 138 101s 101s 721.71582 246.92645 0.21678E-01 0.22086E-01 101s 3.3696 3.0825 12823. ID 139 101s 101s 721.21783 968.64191 0.46144E-01 0.33720E-01 101s 3.1585 3.0124 540.72 ID 140 101s 101s 724.96155 740.32098 0.62824E-01 0.14681 101s 3.0578 2.7076 491.52 ID 141 101s 101s 726.65387 377.99222 0.25671E-01 0.22784E-01 101s 3.3583 2.8953 21920. ID 142 101s 101s 729.29974 105.32172 0.56784E-01 0.92307E-01 101s 3.7076 4.1184 625.84 ID 143 101s 101s 728.51465 611.33374 0.53231E-01 0.84202E-01 101s 3.0990 2.7818 731.84 ID 144 101s 101s 734.60181 349.23883 0.21076E-01 0.27025E-01 101s 3.1990 2.8101 2684.9 ID 145 101s 101s 735.86859 572.85010 0.43107E-01 0.79748E-01 101s 3.2358 3.3022 1181.2 ID 146 101s 101s 743.99738 530.83105 0.47404E-01 0.11102 101s 3.2121 4.3780 1520.0 ID 147 101s 101s 748.19922 419.16629 0.51955E-01 0.10188 101s 3.2023 2.3430 427.96 ID 148 101s 101s 750.80206 450.77173 0.81087E-01 0.10710 101s 5.0250 3.5229 604.52 ID 149 101s 101s 756.19299 578.71307 0.26190E-01 0.37963E-01 101s 3.0885 2.8841 2500.2 ID 150 101s 101s 757.87616 256.15192 0.49244E-01 0.21457E-01 101s 2.9988 3.0679 1469.4 ID 151 101s 101s 756.34314 231.60847 0.38114E-01 0.37033E-01 101s 3.1851 3.0646 809.12 ID 152 101s 101s 773.37805 653.51642 0.24942E-01 0.71075E-01 101s 3.1731 2.9615 1757.1 ID 153 101s 101s 774.70618 683.69904 0.24252E-01 0.16371E-01 101s 3.2388 2.9808 3235.8 ID 154 101s 101s 776.52576 174.52715 0.36373E-01 0.36368E-01 101s 3.0237 3.5600 998.68 ID 155 101s 101s 781.83997 943.80286 0.17244E-01 0.29801E-01 101s 2.7758 2.8910 1027.3 ID 156 101s 101s 784.61304 822.82361 0.18153E-01 0.23268E-01 101s 3.2348 2.9445 3718.6 ID 157 101s 101s 790.93878 416.71127 0.39928E-01 0.33922E-01 101s 3.0914 2.7072 1251.6 ID 158 101s 101s 794.61346 567.99353 0.25193E-01 0.22377E-01 101s 3.2732 2.8907 15621. ID 159 101s 101s 801.82007 351.45862 0.26919E-01 0.23281E-01 101s 3.1545 2.9245 3746.0 ID 160 101s 101s 809.77136 374.07361 0.66236E-01 0.58057E-01 101s 3.1394 2.7253 571.84 ID 161 101s 101s 816.62878 382.43152 0.49749E-01 0.30103E-01 101s 3.1611 2.8249 1106.4 ID 162 101s 101s 825.17737 915.51245 0.35016E-01 0.25606E-01 101s 3.1640 2.8685 2668.5 ID 163 101s 101s 826.24927 274.81851 0.28762E-01 0.16420E-01 101s 3.3180 2.9664 1588.9 ID 164 101s 101s 828.49927 984.71600 0.25393E-01 0.23391E-01 101s 3.1252 2.9041 23708. ID 165 101s 101s 829.47406 957.73071 0.41040E-01 0.20570E-01 101s 3.1749 2.8373 2741.4 ID 166 101s 101s 833.21252 823.91107 0.44762E-01 0.46500E-01 101s 3.0755 2.8228 699.44 ID 167 101s 101s 832.23651 756.09583 0.22613E-01 0.19996E-01 101s 3.2405 2.8154 9078.0 ID 168 101s 101s 836.92487 58.050419 0.51357E-01 0.33500 101s 2.7838 6.1623 714.00 ID 169 101s 101s 837.65997 286.15186 0.70488E-01 0.10231 101s 3.2795 3.3096 492.60 ID 170 101s 101s 844.07257 708.17065 0.46339E-01 0.59981E-01 101s 3.0242 3.1501 656.96 ID 171 101s 101s 861.15417 432.30997 0.29215E-01 0.27496E-01 101s 3.2861 2.8521 4977.8 ID 172 101s 101s 862.96637 14.333844 0.31790E-01 0.46203E-01 101s 3.1085 2.9479 7553.1 ID 173 101s 101s 869.45947 819.73157 0.32417E-01 0.28098E-01 101s 2.7426 2.8869 1210.1 ID 174 101s 101s 869.60809 249.33766 0.45607E-01 0.23672E-01 101s 3.1979 3.1250 1124.4 ID 175 101s 101s 877.47455 950.16119 0.39054E-01 0.26265E-01 101s 3.0693 2.8798 722.04 ID 176 101s 101s 882.54730 129.58731 0.24299E-01 0.19681E-01 101s 3.2304 2.9503 10902. ID 177 101s 101s 882.62579 673.61993 0.21937E-01 0.32665E-01 101s 3.1813 2.7646 1730.1 ID 178 101s 101s 885.41992 627.61279 0.26961E-01 0.33839E-01 101s 3.2189 2.8108 1724.2 ID 179 101s 101s row no. 180 contains bad coord(s) - we skip ... 101s 898.94690 283.18164 0.10615 0.64405E-01 101s 3.1400 3.0465 743.20 ID 181 101s 101s 908.01154 965.40082 0.22287E-01 0.23637E-01 101s 3.1244 2.8209 1989.3 ID 182 101s 101s 917.38257 818.91168 0.31444E-01 0.25883E-01 101s 3.0319 2.8786 3010.5 ID 183 101s 101s 917.69659 649.41748 0.24912E-01 0.23071E-01 101s 3.2080 2.7848 27262. ID 184 101s 101s 921.77173 574.45215 0.54564E-01 0.71854E-01 101s 3.2630 2.9647 978.24 ID 185 101s 101s 926.89136 269.90762 0.78390E-01 0.30890E-01 101s 2.9346 2.9797 1073.1 ID 186 101s 101s 940.90515 337.12457 0.30073E-01 0.40246E-01 101s 3.0284 2.8111 1354.3 ID 187 101s 101s 950.50079 148.51639 0.25604E-01 0.25996E-01 101s 2.9766 2.8244 1804.0 ID 188 101s 101s 952.63452 657.82709 0.25695E-01 0.24678E-01 101s 3.1757 2.7216 11091. ID 189 101s 101s 952.87878 742.20868 0.26371E-01 0.30065E-01 101s 3.1561 2.8134 4155.5 ID 190 101s 101s 955.97522 428.56427 0.28672E-01 0.52230E-01 101s 3.2707 2.9255 24571. ID 191 101s 101s 963.77051 604.20410 0.24708E-01 0.29256E-01 101s 3.0990 2.7871 4205.5 ID 192 101s 101s 977.48450 895.42249 0.58781E-01 0.79593E-01 101s 3.0697 2.9390 450.20 ID 193 101s 101s 981.79449 320.14966 0.20828E-01 0.24258E-01 101s 3.1599 2.7549 13382. ID 194 101s 101s 985.60144 69.483040 0.57591E-01 0.98910E-01 101s 2.7212 3.2736 824.52 ID 195 101s 101s 983.0 594.0 iteration failed ID 196 101s 101s 985.97296 398.04974 0.19599E-01 0.32131E-01 101s 2.9111 2.5941 1361.1 ID 197 101s 101s 991.49567 251.01694 0.49510E-01 0.56573E-01 101s 3.1821 2.5734 1044.9 ID 198 101s 101s 994.43408 580.75238 0.32319E-01 0.26504E-01 101s 3.2059 2.8419 2497.1 ID 199 101s 101s 994.46661 462.69708 0.36728E-01 0.35094E-01 101s 3.2846 2.8191 2436.0 ID 200 101s 101s 1002.1749 819.22516 0.21856E-01 0.20845E-01 101s 3.1388 2.7756 5056.1 ID 201 101s 101s 1003.8662 489.02002 0.27064E-01 0.23292E-01 101s 3.1466 2.9076 3222.0 ID 202 101s 101s 1003.8661 489.01990 0.27222E-01 0.25282E-01 101s 3.1638 2.8612 3222.0 ID 203 101s 101s 994.47827 462.71841 0.27445E-01 0.26004E-01 101s 3.2669 2.6377 2436.0 ID 204 101s 101s 1010.0290 425.04303 0.29340E-01 0.34211E-01 101s 3.1319 2.5551 4533.7 ID 205 101s 101s 1018.7014 108.64258 0.46219E-01 0.10072 101s 3.0460 3.5265 1204.1 ID 206 101s 101s row no. 207 contains bad coord(s) - we skip ... 101s row no. 208 contains bad coord(s) - we skip ... 101s row no. 209 contains bad coord(s) - we skip ... 101s row no. 210 contains bad coord(s) - we skip ... 101s 203 table entries processed 101s rotation angle = -179.956 degrees 101s scaling factors in x,y : -0.147941E+00, 0.147849E+00 101s 101s ID X Y x-residual y-residual residuals 101s ID 1 -0.739377E+02 -0.591922E+02 -0.394730E+00 -0.376202E+00 0.545288E+00 101s ID 2 -0.733710E+02 -0.692022E+02 -0.867004E+00 -0.436211E+00 0.970555E+00 101s ID 3 -0.717525E+02 -0.794773E+01 0.103516E+00 0.126886E-02 0.103523E+00 101s ID 4 -0.700988E+02 0.164644E+02 -0.123787E+00 0.164089E-01 0.124870E+00 101s ID 5 -0.688416E+02 0.353680E+02 0.640106E-02 0.294876E-02 0.704761E-02 101s ID 6 -0.678093E+02 -0.423892E+02 -0.105127E+01 -0.754211E+00 0.129383E+01 101s ID 7 -0.663408E+02 -0.303210E+02 0.421906E-01 -0.359764E-01 0.554468E-01 101s ID 8 -0.661748E+02 0.341003E+02 0.322113E-01 0.263138E-01 0.415931E-01 101s ID 9 -0.662920E+02 -0.611935E+02 -0.292038E+00 -0.112530E+00 0.312968E+00 101s ID 10 -0.644853E+02 -0.436118E+02 0.972748E-02 -0.677605E-01 0.684551E-01 101s ID 11 -0.635286E+02 -0.522245E+02 -0.725937E-01 -0.704536E-01 0.101161E+00 101s ID 12 -0.626275E+02 0.605311E+02 -0.188526E+00 0.205116E+00 0.278594E+00 101s ID 13 -0.626045E+02 -0.766718E+02 -0.378498E+00 -0.279800E+00 0.470690E+00 101s ID 14 -0.619218E+02 -0.363352E+02 0.281792E-01 -0.502396E-01 0.576028E-01 101s ID 15 -0.605013E+02 -0.840276E+01 0.133713E+00 -0.227575E-01 0.135636E+00 101s ID 16 -0.590538E+02 0.140881E+02 -0.178299E-01 0.900726E-01 0.918204E-01 101s ID 17 -0.576213E+02 -0.313610E+02 0.180744E+00 0.145008E+00 0.231724E+00 101s ID 18 -0.576491E+02 0.746964E+01 -0.290947E-01 -0.177358E+00 0.179729E+00 101s ID 19 -0.575025E+02 -0.506325E+02 0.134506E-01 -0.935402E-01 0.945023E-01 101s ID 20 -0.577333E+02 0.663076E+02 -0.198330E+00 0.226593E+00 0.301130E+00 101s ID 21 -0.558190E+02 -0.553055E+01 0.196011E+00 0.143455E+00 0.242898E+00 101s ID 22 -0.549556E+02 0.163596E+02 0.119415E+00 -0.836182E-02 0.119708E+00 101s ID 23 -0.549148E+02 0.661210E+02 -0.397820E+00 0.231964E+00 0.460508E+00 101s ID 24 -0.543379E+02 -0.284500E+02 0.164112E+00 -0.698090E-02 0.164261E+00 101s ID 25 -0.544368E+02 -0.557764E+02 -0.327950E-01 -0.744095E-01 0.813159E-01 101s ID 26 -0.539944E+02 0.191570E+02 0.138641E+00 0.124975E+00 0.186655E+00 101s ID 27 -0.540428E+02 -0.728289E+02 -0.112801E+00 -0.303856E+00 0.324118E+00 101s ID 28 -0.537006E+02 -0.232129E+02 0.142384E+00 0.320530E-01 0.145947E+00 101s ID 29 -0.533786E+02 -0.517556E+01 0.467388E+00 0.106437E+00 0.479354E+00 101s ID 30 -0.528104E+02 0.856044E+01 0.188606E+00 -0.179562E+00 0.260413E+00 101s ID 31 -0.528782E+02 0.105374E+02 0.121815E+00 0.273366E+00 0.299279E+00 101s ID 32 -0.522530E+02 -0.373760E+02 0.790062E-01 -0.260963E+00 0.272661E+00 101s ID 33 -0.522651E+02 0.488437E+02 0.798798E-01 0.587273E-01 0.991447E-01 101s ID 34 -0.511702E+02 -0.585387E+02 -0.672379E-01 -0.577698E+00 0.581597E+00 101s ID 35 -0.486826E+02 0.245239E+02 0.754280E-01 -0.249121E+00 0.260289E+00 101s ID 36 -0.481705E+02 0.603289E+02 0.265198E-01 0.629158E-01 0.682766E-01 101s ID 37 -0.481076E+02 0.467244E+02 -0.659561E-02 0.335438E+00 0.335503E+00 101s ID 38 -0.479486E+02 0.106416E+02 -0.135639E+00 0.266558E+00 0.299084E+00 101s ID 39 -0.473828E+02 0.721257E+02 -0.127800E+00 0.357681E+00 0.379827E+00 101s ID 40 -0.467702E+02 -0.276459E+02 0.947838E-01 0.880795E-01 0.129391E+00 101s ID 41 -0.442101E+02 0.152402E+02 0.113861E+00 0.931759E-01 0.147126E+00 101s ID 42 -0.443936E+02 -0.742376E+02 -0.805511E-01 -0.155602E+00 0.175215E+00 101s ID 43 -0.437145E+02 0.466841E+02 0.474815E-01 -0.103916E+00 0.114250E+00 101s ID 44 -0.417275E+02 0.357984E+01 -0.233524E+00 -0.355155E+00 0.425051E+00 101s ID 45 -0.403407E+02 -0.220678E+02 0.112331E+00 0.972404E-01 0.148573E+00 101s ID 46 -0.381798E+02 -0.587097E+02 0.101181E+00 -0.866318E-02 0.101551E+00 101s ID 47 -0.380599E+02 0.712523E+02 0.461464E-01 0.225281E+00 0.229959E+00 101s ID 48 -0.370567E+02 -0.140650E+02 0.973358E-01 0.660458E-01 0.117628E+00 101s ID 49 -0.363848E+02 0.490235E+02 0.116234E+00 -0.515022E-01 0.127133E+00 101s ID 50 -0.342567E+02 0.210103E+02 0.166306E+00 0.121288E+00 0.205836E+00 101s ID 51 -0.342282E+02 0.633039E+02 0.977707E-02 0.103947E+00 0.104405E+00 101s ID 52 -0.331153E+02 0.280129E+02 0.827141E-01 -0.861263E-01 0.119413E+00 101s ID 53 -0.336619E+02 -0.218625E+02 -0.468945E+00 0.184467E+00 0.503922E+00 101s ID 54 -0.327711E+02 0.323570E+01 0.140923E+00 -0.116302E+00 0.182717E+00 101s ID 55 -0.324602E+02 -0.143250E+02 -0.775156E+00 0.135016E+00 0.786827E+00 101s ID 56 -0.307487E+02 -0.146525E+02 -0.665283E-02 -0.886541E+00 0.886566E+00 101s ID 57 -0.311267E+02 -0.237073E+01 -0.949747E+00 0.106266E+00 0.955674E+00 101s ID 58 -0.295844E+02 0.455042E+02 0.219622E+00 -0.698433E-01 0.230460E+00 101s ID 59 -0.286190E+02 -0.648538E+02 0.137983E+00 -0.768127E-01 0.157923E+00 101s ID 60 -0.283368E+02 0.577300E+02 0.148207E+00 -0.497818E-02 0.148290E+00 101s ID 61 -0.271801E+02 0.670387E+02 -0.109100E+00 0.136642E-01 0.109953E+00 101s ID 62 -0.265847E+02 -0.746870E+02 0.973091E-01 -0.112045E+00 0.148402E+00 101s ID 63 -0.258023E+02 -0.216103E+02 0.223742E+00 0.857048E-01 0.239595E+00 101s ID 64 -0.243269E+02 0.584529E+02 0.806427E-02 -0.154068E+00 0.154279E+00 101s ID 65 -0.236604E+02 0.224503E+02 0.200550E+00 -0.470924E-02 0.200605E+00 101s ID 66 -0.236458E+02 -0.709611E+02 0.201759E-01 -0.461349E-01 0.503538E-01 101s ID 67 -0.227316E+02 0.353531E+02 0.924053E-01 -0.127945E+00 0.157825E+00 101s ID 68 -0.218816E+02 -0.192257E+02 0.373407E+00 0.129333E+00 0.395171E+00 101s ID 69 -0.197772E+02 0.200363E+02 0.216787E+00 0.113316E-01 0.217083E+00 101s ID 70 -0.189177E+02 -0.611267E+02 -0.596905E-01 0.271339E+00 0.277827E+00 101s ID 71 -0.164415E+02 0.537724E+02 0.645084E-01 -0.216293E-01 0.680380E-01 101s ID 72 -0.152352E+02 -0.480396E+02 0.134757E+00 0.236450E+00 0.272155E+00 101s ID 73 -0.148884E+02 -0.521629E+01 0.200595E+00 0.207071E-01 0.201661E+00 101s ID 74 -0.114323E+02 -0.596732E+02 0.717430E-01 -0.109192E+00 0.130652E+00 101s ID 75 -0.106046E+02 -0.289749E+02 0.240358E+00 0.681000E-01 0.249819E+00 101s ID 76 -0.100863E+02 0.673574E+02 -0.872688E-01 0.774002E-01 0.116648E+00 101s ID 77 -0.930100E+01 -0.379016E+02 0.129001E+00 0.211441E+00 0.247686E+00 101s ID 78 -0.895973E+01 -0.549736E+02 0.281269E+00 0.319355E+00 0.425558E+00 101s ID 79 -0.907674E+01 -0.656181E+02 0.164265E+00 0.638733E-01 0.176246E+00 101s ID 80 -0.770905E+01 0.102930E+02 0.118951E+00 -0.229673E-01 0.121148E+00 101s ID 81 -0.622193E+01 -0.315261E+01 -0.373925E+00 -0.580607E+00 0.690597E+00 101s ID 82 -0.567801E+01 0.420638E+02 0.759869E-01 -0.921669E-01 0.119452E+00 101s ID 83 -0.555879E+01 0.504891E+02 -0.181791E+00 -0.372944E+00 0.414892E+00 101s ID 84 -0.475675E+01 0.131337E+02 0.532517E-01 -0.183191E-01 0.563146E-01 101s ID 85 -0.385744E+01 -0.793619E+01 0.198560E+00 0.108814E+00 0.226421E+00 101s ID 86 -0.342235E+01 -0.172885E+02 0.676472E-01 -0.851059E-02 0.681805E-01 101s ID 87 -0.246373E+01 -0.271741E+02 0.177274E+00 0.171906E+00 0.246936E+00 101s ID 88 -0.232159E+01 0.677390E+02 -0.565872E-01 0.601959E-02 0.569065E-01 101s ID 89 -0.155259E+01 -0.370989E+02 0.145414E+00 0.731125E-01 0.162760E+00 101s ID 90 -0.150887E+01 0.302660E+01 0.951301E-01 0.236032E-01 0.980145E-01 101s ID 91 -0.162960E+01 -0.766244E+02 -0.402602E+00 -0.237411E+00 0.467389E+00 101s ID 92 -0.112813E+01 0.528774E+02 0.486708E-02 -0.154579E+00 0.154656E+00 101s ID 93 -0.351495E+00 0.633826E+02 0.309505E+00 -0.141445E+00 0.340294E+00 101s ID 94 0.451152E+00 0.556580E+02 -0.198478E-01 0.242985E+00 0.243794E+00 101s ID 95 0.136152E+01 -0.530123E+02 0.325521E+00 0.577721E+00 0.663118E+00 101s ID 96 0.245371E+01 -0.564735E+02 0.977066E-01 0.158516E+00 0.186209E+00 101s ID 97 0.351344E+01 -0.457419E+02 0.254397E-01 0.192097E+00 0.193774E+00 101s ID 98 0.423136E+01 0.337378E+02 0.823584E-01 0.897675E-01 0.121824E+00 101s ID 99 0.444353E+01 0.266270E+02 0.200530E+00 -0.100023E+00 0.224091E+00 101s ID 100 0.471400E+01 -0.176819E+02 0.476837E-05 0.134127E+00 0.134127E+00 101s ID 101 0.467555E+01 -0.502308E+02 -0.374465E-01 0.207153E+00 0.210511E+00 101s ID 102 0.504679E+01 0.627487E+02 -0.452065E-01 -0.137260E+00 0.144513E+00 101s ID 103 0.536034E+01 0.151530E+02 -0.136561E-01 -0.450449E-01 0.470694E-01 101s ID 104 0.578158E+01 -0.571373E+02 0.125581E+00 0.507355E-01 0.135442E+00 101s ID 105 0.618525E+01 -0.524687E+02 0.246254E+00 -0.317383E-01 0.248291E+00 101s ID 106 0.727308E+01 0.356918E+02 0.120783E-01 -0.991936E-01 0.999262E-01 101s ID 107 0.906714E+01 0.467781E+02 0.141392E-01 0.150719E-01 0.206659E-01 101s ID 108 0.923239E+01 -0.579065E+02 -0.660610E-02 0.167519E+00 0.167649E+00 101s ID 109 0.948391E+01 -0.213206E+02 -0.227087E+00 -0.126625E+00 0.260005E+00 101s ID 110 0.102169E+02 -0.332689E+02 0.128861E+00 0.651054E-01 0.144374E+00 101s ID 111 0.103536E+02 0.105623E+02 0.169598E+00 -0.557413E-01 0.178523E+00 101s ID 112 0.100906E+02 0.635693E+02 -0.189353E+00 0.292343E+00 0.348309E+00 101s ID 113 0.104812E+02 -0.828626E+01 0.109247E+00 0.677395E-01 0.128544E+00 101s ID 114 0.117217E+02 -0.196104E+02 0.312735E+00 0.457561E+00 0.554225E+00 101s ID 115 0.121163E+02 -0.643598E+02 0.493345E-01 0.381699E-01 0.623765E-01 101s ID 116 0.132206E+02 -0.429853E+02 0.216036E-01 0.160683E+00 0.162128E+00 101s ID 117 0.132090E+02 0.724410E+02 0.498486E-02 0.460052E-01 0.462745E-01 101s ID 118 0.144389E+02 -0.258375E+02 0.106912E+00 0.135464E+00 0.172570E+00 101s ID 119 0.163321E+02 -0.603028E+02 0.221386E-01 0.154202E+00 0.155783E+00 101s ID 120 0.165195E+02 -0.104625E+02 0.112537E+00 0.825081E-01 0.139543E+00 101s ID 121 0.167143E+02 -0.393195E+02 0.262852E-01 0.187458E+00 0.189292E+00 101s ID 122 0.170975E+02 -0.296253E+02 0.315495E-01 0.165668E+00 0.168646E+00 101s ID 123 0.178300E+02 0.648813E+02 0.503540E-02 -0.426941E-01 0.429900E-01 101s ID 124 0.199986E+02 0.560866E+02 0.458908E-02 -0.964203E-01 0.965294E-01 101s ID 125 0.202072E+02 -0.726551E+02 0.322227E-01 -0.371399E-01 0.491699E-01 101s ID 126 0.206825E+02 0.381194E+02 0.217474E+00 -0.128590E+00 0.252646E+00 101s ID 127 0.209970E+02 0.674442E+02 0.152960E+00 0.412369E-01 0.158421E+00 101s ID 128 0.214290E+02 -0.298024E+02 0.119982E+00 0.298639E+00 0.321840E+00 101s ID 129 0.228762E+02 0.320081E+02 -0.134817E+00 -0.598869E-01 0.147520E+00 101s ID 130 0.231849E+02 0.476702E+02 0.788898E-01 -0.467567E-01 0.917050E-01 101s ID 131 0.234378E+02 -0.166418E+02 0.147848E+00 0.716591E-02 0.148022E+00 101s ID 132 0.245467E+02 0.940701E+01 0.122669E+00 0.530081E-01 0.133632E+00 101s ID 133 0.250953E+02 -0.570941E+02 0.162945E-01 0.238911E+00 0.239466E+00 101s ID 134 0.259914E+02 -0.331490E+02 0.623608E-01 0.103970E+00 0.121238E+00 101s ID 135 0.269128E+02 -0.671369E+02 0.427704E-01 0.501251E-01 0.658926E-01 101s ID 136 0.274529E+02 0.668197E+02 0.100893E+00 0.347214E-01 0.106700E+00 101s ID 137 0.294647E+02 -0.507652E+02 0.142698E+00 0.216789E+00 0.259539E+00 101s ID 138 0.300764E+02 -0.294108E+00 0.184399E+00 0.191892E+00 0.266130E+00 101s ID 139 0.308817E+02 0.370723E+02 0.427284E-01 -0.416756E-01 0.596873E-01 101s ID 140 0.307258E+02 -0.696323E+02 -0.292158E+00 0.445679E+00 0.532903E+00 101s ID 141 0.313057E+02 -0.358759E+02 0.169945E-02 0.192116E+00 0.192123E+00 101s ID 142 0.315973E+02 0.176937E+02 0.634193E-02 -0.232658E-01 0.241147E-01 101s ID 143 0.320198E+02 0.580074E+02 0.141836E+00 0.603600E-01 0.154145E+00 101s ID 144 0.318460E+02 -0.168058E+02 -0.118954E+00 0.249226E+00 0.276158E+00 101s ID 145 0.327764E+02 0.219438E+02 -0.415573E-01 0.387821E-01 0.568424E-01 101s ID 146 0.329384E+02 -0.111170E+02 0.293808E-01 0.163965E+00 0.166577E+00 101s ID 147 0.341458E+02 -0.490570E+01 -0.842476E-01 0.513005E-01 0.986377E-01 101s ID 148 0.347801E+02 0.116032E+02 -0.169029E-01 -0.420788E+00 0.421127E+00 101s ID 149 0.351616E+02 0.693003E+01 0.815659E-01 -0.199718E-01 0.839754E-01 101s ID 150 0.359445E+02 -0.119867E+02 -0.764656E-01 0.773134E-01 0.108740E+00 101s ID 151 0.362303E+02 0.357033E+02 -0.787086E-01 -0.506630E-01 0.936044E-01 101s ID 152 0.360063E+02 0.393323E+02 -0.396713E+00 0.371273E+00 0.543346E+00 101s ID 153 0.384784E+02 -0.230486E+02 0.739288E-02 0.153503E-01 0.170378E-01 101s ID 154 0.386714E+02 -0.275113E+02 0.124397E-01 0.152704E+00 0.153210E+00 101s ID 155 0.389986E+02 0.477689E+02 0.142635E+00 0.128876E+00 0.192234E+00 101s ID 156 0.396972E+02 -0.659683E+02 0.382195E+00 -0.233002E-01 0.382904E+00 101s ID 157 0.401212E+02 -0.480821E+02 -0.447731E-01 0.719376E-01 0.847328E-01 101s ID 158 0.411033E+02 0.119603E+02 -0.389671E+00 -0.837402E-01 0.398568E+00 101s ID 159 0.416297E+02 -0.104071E+02 0.457344E-01 0.918589E-01 0.102614E+00 101s ID 160 0.427206E+02 0.216063E+02 0.945549E-01 -0.367260E-01 0.101437E+00 101s ID 161 0.438943E+02 0.182616E+02 -0.506935E-01 0.305574E+00 0.309751E+00 101s ID 162 0.449078E+02 0.170249E+02 0.301849E+00 -0.347082E+00 0.459977E+00 101s ID 163 0.461118E+02 -0.617916E+02 0.101814E+00 0.553894E-01 0.115906E+00 101s ID 164 0.463434E+02 0.329340E+02 0.383759E-01 0.147034E+00 0.151959E+00 101s ID 165 0.465954E+02 -0.720237E+02 0.210377E+00 -0.103729E+00 0.234559E+00 101s ID 166 0.467427E+02 -0.680341E+02 0.168659E+00 -0.491257E-01 0.175668E+00 101s ID 167 0.473110E+02 -0.482496E+02 0.261978E+00 0.132423E+00 0.293545E+00 101s ID 168 0.471743E+02 -0.382230E+02 0.303116E-01 0.369530E-01 0.477945E-01 101s ID 169 0.479474E+02 0.649814E+02 0.129433E+00 0.176437E+00 0.218822E+00 101s ID 170 0.480302E+02 0.312568E+02 0.216202E+00 -0.266172E+00 0.342915E+00 101s ID 171 0.489308E+02 -0.311390E+02 -0.618744E-02 0.165993E+00 0.166108E+00 101s ID 172 0.514893E+02 0.964428E+01 0.316620E-03 0.252790E-01 0.252810E-01 101s ID 173 0.518050E+02 0.714413E+02 0.213032E+00 0.155266E+00 0.263610E+00 101s ID 174 0.526739E+02 -0.476367E+02 0.344879E+00 0.430332E+00 0.551477E+00 101s ID 175 0.527608E+02 0.366953E+02 -0.521545E-01 -0.116692E-01 0.534440E-01 101s ID 176 0.538448E+02 -0.669216E+02 -0.649216E+00 0.337372E+00 0.731643E+00 101s ID 177 0.546887E+02 0.543985E+02 0.807304E-01 -0.952530E-02 0.812904E-01 101s ID 178 0.546384E+02 -0.260361E+02 0.433655E-01 0.119928E+00 0.127528E+00 101s ID 179 0.550570E+02 -0.192344E+02 0.839767E-01 -0.203590E-01 0.864094E-01 101s ID 180 0.550110E+02 -0.778591E+02 -0.423973E+00 -0.198059E+00 0.467954E+00 101s ID 181 0.570974E+02 0.316875E+02 0.414124E-01 0.214729E-01 0.466484E-01 101s ID 182 0.583607E+02 -0.691790E+02 0.283733E+00 -0.107025E+00 0.303247E+00 101s ID 183 0.597638E+02 -0.475221E+02 0.807838E-01 0.239067E-01 0.842470E-01 101s ID 184 0.598295E+02 -0.224626E+02 -0.464516E-01 0.553684E-01 0.722732E-01 101s ID 185 0.604410E+02 -0.113797E+02 -0.303268E-02 0.623341E-01 0.624078E-01 101s ID 186 0.612331E+02 0.336461E+02 0.121067E+00 -0.586853E+00 0.599211E+00 101s ID 187 0.632986E+02 0.237063E+02 0.196304E-01 -0.277348E-01 0.339790E-01 101s ID 188 0.647397E+02 0.515904E+02 0.134705E+00 0.474167E-01 0.142806E+00 101s ID 189 0.649974E+02 -0.237108E+02 0.293503E-01 0.105177E+00 0.109195E+00 101s ID 190 0.650239E+02 -0.361866E+02 0.588837E-01 -0.245743E-01 0.638058E-01 101s ID 191 0.655177E+02 0.101849E+02 -0.223007E-01 -0.630674E-01 0.668941E-01 101s ID 192 0.666509E+02 -0.157843E+02 -0.160599E-01 0.807238E-01 0.823058E-01 101s ID 193 0.686466E+02 -0.588424E+02 0.291626E+00 -0.150448E+00 0.328147E+00 101s ID 194 0.693498E+02 0.262103E+02 0.128792E+00 0.531960E-02 0.128902E+00 101s ID 195 0.699416E+02 0.632705E+02 0.147552E+00 0.275532E+00 0.312553E+00 101s ID 196 0.694969E+02 -0.142783E+02 -0.282059E+00 -0.465279E+00 0.544097E+00 101s ID 197 0.699591E+02 0.146923E+02 -0.579918E+00 -0.477691E+00 0.751328E+00 101s ID 198 0.707929E+02 0.364302E+02 0.154869E+00 -0.176842E+00 0.235069E+00 101s ID 199 0.711900E+02 -0.123212E+02 -0.398254E-02 -0.521946E-02 0.656532E-02 101s ID 200 0.712083E+02 0.513310E+01 -0.177719E+00 -0.938969E-01 0.200999E+00 101s ID 201 0.723080E+02 -0.475802E+02 0.179039E+00 -0.251923E-01 0.180803E+00 101s ID 202 0.725959E+02 0.123999E+01 0.788727E-01 0.198734E-02 0.788977E-01 101s ID 203 0.725959E+02 0.124001E+01 -0.109138E+00 -0.986995E+00 0.993010E+00 101s ID 204 0.712100E+02 0.512995E+01 -0.159000E+01 -0.777052E+00 0.176972E+01 101s ID 205 0.735149E+02 0.106981E+02 0.528946E-01 0.129050E+00 0.139470E+00 101s ID 206 0.748339E+02 0.574763E+02 0.230949E+00 0.421257E+00 0.480411E+00 101s ID 207 0.744341E+02 0.558274E+02 -0.545898E+00 -0.320595E+00 0.633077E+00 101s ID 208 0.746165E+02 0.655267E+02 -0.554497E+00 -0.330261E+00 0.645398E+00 101s ID 209 0.750103E+02 0.391867E+02 -0.532654E+00 -0.303337E+00 0.612971E+00 101s ID 210 0.756839E+02 0.175935E+02 -0.514069E+00 -0.280544E+00 0.585638E+00 101s mean error = 0.243266E+00 101s Table : astrometry 101s Column # 21 Label :XRESIDUAL 101s Total no. of entries : 210, selected no. of entries : 210 101s Minimum value : -1.589996 , Maximum value: 0.4673882 101s Mean value : 0.45739469E-06, Standard dev.: 0.25064194 101s Table : astrometry 101s Column # 22 Label :YRESIDUAL 101s Total no. of entries : 210, selected no. of entries : 210 101s Minimum value : -0.9869945 , Maximum value: 0.5777206 101s Mean value : -0.44760250E-06, Standard dev.: 0.22305162 101s 7 48 47.717 -29 4 36.52 101s test of extending keyword area 101s ------------------------------ 101s current no. of global keywords = 1500, of local keywords = 3000 101s global, local keywords will be expanded to 1600, 3200 101s current no. of global keywords = 1600, of local keywords = 3200 101s +------------------------------------------+ 101s procedure verify15.prg: 101s Total time elapsed = 1 seconds. 101s All tests o.k. - you deserve a coffee now... 101s +------------------------------------------+ 101s +------------------------------------------+ 101s Start of procedure verify16.prg 101s +------------------------------------------+ 101s test of averaging images 101s ------------------------ 101s > create/image a1 2,256,256 ? ? 200. 101s > create/image a2 2,256,256 ? ? 400. 101s > create/image a3 2,256,256 ? ? 100. 101s > create/image a4 2,256,256 ? ? 500. 101s > write/descr a1 weight/r/1/1 2. 101s > write/descr a2 weight/r/1/1 1. 101s > write/descr a3 weight/r/1/1 3. 101s > average/weights out1 = a1,a2,a3,a4 101s > average/weights out2 = a1,a2,a3,a4 m 101s > write/descr a2 weight/r/1/1 0. 101s > average/weights out1 = a1,a2,a3,a4 101s > write/descr a2 weight/r/1/1 1.5 101s > average/weights out1 = a1,a2,a3,a4 101s > average/images out2 = a1,a2,a3,a4 101s > write/descr a1 weight/r/1/1 1. 101s > write/descr a2 weight/r/1/1 1. 101s > write/descr a3 weight/r/1/1 1. 101s > write/descr a3 weight/r/1/1 1. 101s > average/weights out1 = a1,a2,a3,a4 101s 101s test of extending descriptor directory 101s -------------------------------------- 101s > create/image muchos_dsc 2,1000,1000 ? poly 0.0,0.001,1.0 101s > statistics/image muchos_dsc 101s 101s test of creating image from ASCII file 101s -------------------------------------- 101s > indisk/ascii matlab.dat matlab 2,500,500 101s image frame: matlab created with NAXIS = 2 and NPIX = 500,500 101s > read/descr matlab 101s > statistics/image matlab 101s 101s test of TBERDC (center/gauss) 101s --------------------------- 101s 101s test of COPY/IMT3, COPY/T3IMA 101s ----------------------------- 101s > copy/imt3 line_ima tab3d :cola,1 ? 104 101s > copy/t3ima tab3d :cola 1 ? -11475.5,90.0 line_tab 101s > copy/imt3 sub_ima tab3d :colb,@2 ? update 101s > copy/t3ima tab3d :colb 2,100 ? -11475.5,90.0,4274.5,-90.0 sub_tab 101s > copy/imt3 ik2 lola 101s > show/tab lola 101s > copy/t3ima lola #1 1,20 ? ? ik3 101s > compute/pix &a = ik3 - ik2 101s > comp/ima rk4 = 99 - ik2 101s > copy/imt3 ik2 lola :reverse,@1 ? upda 101s > copy/imt3 rk4 lola :reverse,@1 ? upda 101s 101s more tests of 3dim tables 101s ------------------------- 101s > indisk/fits xamber.fits ROOT=amber 101s > $ cp amber0004.tbl work.tbl 101s > create/colu work :isi I*4 101s > compute/table work :isi = MOD(seq,3) 101s > select/table work :isi .eq. 1 101s > copy/t3ima work :vis2data 1,45 ? ? outi 101s > statistics/image outi row ? ? R vis1 101s > select/table work :isi .eq. 2 101s > copy/t3ima work :vis2data 1,45 ? ? outi 101s > statistics/image outi row ? ? R vis2 101s > select/table work :isi .eq. 0 101s > copy/t3ima work :vis2data 1,45 ? ? outi 101s > statistics/image outi row ? ? R vis3 101s > statistics/table vis2 :mean 101s +------------------------------------------+ 101s procedure verify16.prg: 101s Total time elapsed = 0 seconds. 101s All tests o.k. - you deserve a coffee now... 101s +------------------------------------------+ 101s +------------------------------------------+ 101s Start of procedure verify17.prg 101s +------------------------------------------+ 101s test of copy/table 101s ------------------ 101s > create/table bias 20 20 bias.dat bias_dec.fmt 101s > create/virtual bvirtual.tbl bias.tbl 101s > select/table bvirtual.tbl :BINX.eq.1.AND.:BINY.eq.1.AND.:CONAD.LT.1.0 101s > copy/table bvirtual biassel 101s > read/table biassel 101s > show/table biassel 101s > compute/table hear.tfits :new_wave = :wave/2.1 101s > copy/ti hear.tfits hear_ima :new_wave 101s > show/table hear.tfits 101s > show/table newbie 101s > copy/ti newbie newbie_ima 101s > copy/ti newbie test_ima #11 101s > read/image test_ima 101s > read/image newbie_ima <,@11 101s > comp/ima &d = newbie_ima@11 - test_ima 101s > find/minmax &d 101s 101s test of TBERDC (center/gauss) 101s --------------------------- 101s +------------------------------------------+ 101s procedure verify17.prg: 101s Total time elapsed = 0 seconds. 101s All tests o.k. - you deserve a coffee now... 101s +------------------------------------------+ 101s 101s Midas version 25MAYpl1.1 ... 2026-02-03 101s 101s successful end of verification run (with option 1) 101s 101s 5 files were missing from Midas demo-data dir. (MID_TEST) 101s check the ASCII file ./missing-files for details 101s 101s elapsed time: 0m 23s (23 secs) 101s 101s individual times (in secs) for the verify(x) procedures: 101s (1) 3, (2) 0, (3) 0, (4) 2, (5) 3, 101s (6) 1, (7) 0, (8) 0, (9) 0, (10) 0, 101s (11) 1, (12) 4, (13) 3, (14) 3, (15) 1, (16) 0 101s (dio) 1, (t1) 0, (t2) 0, (99) 0 101s 101s system used: Linux autopkgtest 6.18.0-9-generic ppc64 101s autopkgtest [21:55:32]: test test-midas: -----------------------] 102s test-midas PASS 102s autopkgtest [21:55:33]: test test-midas: - - - - - - - - - - results - - - - - - - - - - 102s autopkgtest [21:55:33]: @@@@@@@@@@@@@@@@@@@@ summary 102s test-midas PASS