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07-Oct-2026 20:55:47 The MS is already around, just unflag
07-Oct-2026 20:55:47 PASSED
07-Oct-2026 20:55:47
07-Oct-2026 20:55:49 test_task_flagdata.py::test_float_column::test_clip_fchanavg
07-Oct-2026 20:55:49 flagdata: datacolumn=FLOAT_DATA, channel average
07-Oct-2026 20:55:49 Unflag the MS
07-Oct-2026 20:55:49 PASSED
07-Oct-2026 20:55:49
07-Oct-2026 20:55:50 test_task_flagdata.py::test_float_column::test_clip_fchanavg_onepol
07-Oct-2026 20:55:50 flagdata: datacolumn=FLOAT_DATA, one pol, channel average
07-Oct-2026 20:55:50 Unflag the MS
07-Oct-2026 20:55:50 PASSED
07-Oct-2026 20:55:50
07-Oct-2026 20:55:51 test_task_flagdata.py::test_float_column::test_clip_frange
07-Oct-2026 20:55:51 flagdata: datacolumn=FLOAT_DATA, flag a range
07-Oct-2026 20:55:51 Unflag the MS
07-Oct-2026 20:55:51 PASSED
07-Oct-2026 20:55:51
07-Oct-2026 20:55:52 test_task_flagdata.py::test_float_column::test_field_name
07-Oct-2026 20:55:52 flagdata: Field name with whitespaces
07-Oct-2026 20:55:52 Unflag the MS
07-Oct-2026 20:55:52 PASSED
07-Oct-2026 20:55:52
07-Oct-2026 20:55:52 test_task_flagdata.py::test_float_column::test_field_strange_chars
07-Oct-2026 20:55:52 flagdata: CAS-5481, field name with = sign
07-Oct-2026 20:55:52 Unflag the MS
07-Oct-2026 20:55:52 PASSED
07-Oct-2026 20:55:52
07-Oct-2026 20:55:53 test_task_flagdata.py::test_float_column::test_float_autocorr
07-Oct-2026 20:55:53 flagdata: CAS-5286, autocorr=True should not flag single-dish data
07-Oct-2026 20:55:53 Unflag the MS
07-Oct-2026 20:55:53 PASSED
07-Oct-2026 20:55:53
07-Oct-2026 20:55:54 test_task_flagdata.py::test_float_column::test_manual_channels
07-Oct-2026 20:55:54 flagdata: flag meta-data from a single-dish MS
07-Oct-2026 20:55:54 Unflag the MS
07-Oct-2026 20:55:54 PASSED
07-Oct-2026 20:55:54
07-Oct-2026 20:55:55 test_task_flagdata.py::test_float_column::test_tfcrop_float 2026-10-08 00:55:56        WARN        Tfcrop_YY::checkVisExpression (file /source/casa6/casatools/src/code/flagging/Flagging/FlagAgentBase.cc, line 2681)         Requested correlation (YY) not available in current spectral window (0)
07-Oct-2026 20:55:55 2026-10-08 00:55:56        WARN        Tfcrop_YY::checkVisExpression (file /source/casa6/casatools/src/code/flagging/Flagging/FlagAgentBase.cc, line 2681)         Requested correlation (YY) not available in current spectral window (0)
07-Oct-2026 20:55:55 2026-10-08 00:55:56        WARN        Tfcrop_YY::checkVisExpression (file /source/casa6/casatools/src/code/flagging/Flagging/FlagAgentBase.cc, line 2681)         Requested correlation (YY) not available in current spectral window (0)
07-Oct-2026 20:55:56
07-Oct-2026 20:55:56 flagdata: datacolumn=FLOAT_DATA, run tfcrop
07-Oct-2026 20:55:56 Unflag the MS
07-Oct-2026 20:55:56 PASSED
07-Oct-2026 20:55:56
07-Oct-2026 20:56:01 test_task_flagdata.py::test_tbuff::test_double_tbuff
07-Oct-2026 20:56:01 flagdata: Apply a tbuff in the online flags
07-Oct-2026 20:56:01 Moving data...
07-Oct-2026 20:56:01 PASSED
07-Oct-2026 20:56:01
07-Oct-2026 20:56:05 test_task_flagdata.py::test_tbuff::test_list_tbuff
07-Oct-2026 20:56:05 flagdata: Apply a tbuff list in two files
07-Oct-2026 20:56:05 The MS is already around, just unflag
07-Oct-2026 20:56:05 PASSED
07-Oct-2026 20:56:05
07-Oct-2026 20:56:13 test_task_flagdata.py::test_tbuff::test_list_tbuff_timestamp
07-Oct-2026 20:56:13 flagdata: test a cmd list with tbuff when the timestamps are in HH:MM:SS format
07-Oct-2026 20:56:13 The MS is already around, just unflag
07-Oct-2026 20:56:13 PASSED
07-Oct-2026 20:56:13
07-Oct-2026 20:56:13 test_task_flagdata.py::TestMergeManualTimerange::test_empty
07-Oct-2026 20:56:13 PASSED
07-Oct-2026 20:56:13
07-Oct-2026 20:56:13 test_task_flagdata.py::TestMergeManualTimerange::test_invalid_range
07-Oct-2026 20:56:13 PASSED
07-Oct-2026 20:56:13
07-Oct-2026 20:56:13 test_task_flagdata.py::TestMergeManualTimerange::test_merge
07-Oct-2026 20:56:13 PASSED
07-Oct-2026 20:56:13
07-Oct-2026 20:56:13 test_task_flagdata.py::TestMergeManualTimerange::test_nohash_merge
07-Oct-2026 20:56:13 PASSED
07-Oct-2026 20:56:13
07-Oct-2026 20:56:13 test_task_flagdata.py::TestMergeManualTimerange::test_nohash_nomerge
07-Oct-2026 20:56:13 PASSED
07-Oct-2026 20:56:13
07-Oct-2026 20:56:37 test_task_flagdata.py::test_preaveraging::test_clip_chanavg
07-Oct-2026 20:56:37 flagdata: clip with chan average and compare vs mstransform
07-Oct-2026 20:56:37 Moving data...
07-Oct-2026 20:56:37 PASSED
07-Oct-2026 20:56:37
07-Oct-2026 20:56:58 test_task_flagdata.py::test_preaveraging::test_clip_time_chanavg
07-Oct-2026 20:56:58 flagdata: clip with time/chan average and compare vs mstransform
07-Oct-2026 20:56:58 The MS is already around, just unflag
07-Oct-2026 20:56:58 PASSED
07-Oct-2026 20:56:58
07-Oct-2026 20:57:17 test_task_flagdata.py::test_preaveraging::test_clip_timeavg
07-Oct-2026 20:57:17 flagdata: clip with time average and compare vs mstransform
07-Oct-2026 20:57:17 The MS is already around, just unflag
07-Oct-2026 20:57:17 PASSED
07-Oct-2026 20:57:17
07-Oct-2026 20:57:37 test_task_flagdata.py::test_preaveraging::test_rflag_chanavg
07-Oct-2026 20:57:37 flagdata: rflag with chan average and compare vs mstransform
07-Oct-2026 20:57:37 The MS is already around, just unflag
07-Oct-2026 20:57:37 PASSED
07-Oct-2026 20:57:37
07-Oct-2026 20:58:02 test_task_flagdata.py::test_preaveraging::test_rflag_chanavg_extendflags
07-Oct-2026 20:58:02 flagdata: rflag with chan average + extendflags, and compare vs mstransform
07-Oct-2026 20:58:02 The MS is already around, just unflag
07-Oct-2026 20:58:02 PASSED
07-Oct-2026 20:58:02
07-Oct-2026 20:58:20 test_task_flagdata.py::test_preaveraging::test_rflag_time_chanavg
07-Oct-2026 20:58:20 flagdata: rflag with time/chan average and compare vs mstransform
07-Oct-2026 20:58:20 The MS is already around, just unflag
07-Oct-2026 20:58:20 PASSED
07-Oct-2026 20:58:20
07-Oct-2026 20:58:40 test_task_flagdata.py::test_preaveraging::test_rflag_timeavg
07-Oct-2026 20:58:40 flagdata: rflag with time average and compare vs mstransform
07-Oct-2026 20:58:40 The MS is already around, just unflag
07-Oct-2026 20:58:40 PASSED
07-Oct-2026 20:58:40
07-Oct-2026 20:58:59 test_task_flagdata.py::test_preaveraging::test_rflag_timeavg_extendflags
07-Oct-2026 20:58:59 flagdata: rflag with time average + extendflags, and compare vs mstransform
07-Oct-2026 20:58:59 The MS is already around, just unflag
07-Oct-2026 20:58:59 PASSED
07-Oct-2026 20:58:59
07-Oct-2026 20:59:20 test_task_flagdata.py::test_preaveraging::test_tfcrop_chanavg
07-Oct-2026 20:59:20 flagdata: tfcrop with chan average and compare vs mstransform
07-Oct-2026 20:59:20 The MS is already around, just unflag
07-Oct-2026 20:59:20 PASSED
07-Oct-2026 20:59:20
07-Oct-2026 20:59:41 test_task_flagdata.py::test_preaveraging::test_tfcrop_chanavg_extendflags
07-Oct-2026 20:59:41 flagdata: tfcrop with chan average + extendflags, and compare vs mstransform
07-Oct-2026 20:59:41 The MS is already around, just unflag
07-Oct-2026 20:59:41 PASSED
07-Oct-2026 20:59:41
07-Oct-2026 20:59:59 test_task_flagdata.py::test_preaveraging::test_tfcrop_time_chanavg
07-Oct-2026 20:59:59 flagdata: tfcrop with time/chan average and compare vs mstransform
07-Oct-2026 20:59:59 The MS is already around, just unflag
07-Oct-2026 20:59:59 PASSED
07-Oct-2026 20:59:59
07-Oct-2026 21:00:26 test_task_flagdata.py::test_preaveraging::test_tfcrop_timeavg
07-Oct-2026 21:00:26 flagdata: tfcrop with time average and compare vs mstransform
07-Oct-2026 21:00:26 The MS is already around, just unflag
07-Oct-2026 21:00:26 PASSED
07-Oct-2026 21:00:26
07-Oct-2026 21:00:48 test_task_flagdata.py::test_preaveraging::test_tfcrop_timeavg_extendflags
07-Oct-2026 21:00:48 flagdata: tfcrop with time average + extendflags, and compare vs mstransform
07-Oct-2026 21:00:48 The MS is already around, just unflag
07-Oct-2026 21:00:48 PASSED
07-Oct-2026 21:00:48
07-Oct-2026 21:01:12 test_task_flagdata.py::test_preaveraging_rflag_residual::test_rflag_channelavg_on_residual
07-Oct-2026 21:01:12 flagdata: rflag with channelavg on residual (corrected - model), and compare
07-Oct-2026 21:01:12 vs mstransform + rflag without average
07-Oct-2026 21:01:12 Moving data...
07-Oct-2026 21:01:12 PASSED
07-Oct-2026 21:01:12
07-Oct-2026 21:01:32 test_task_flagdata.py::test_preaveraging_rflag_residual::test_rflag_timeavg_on_residual
07-Oct-2026 21:01:32 flagdata: rflag with timeavg on residual (corrected - model), and compare
07-Oct-2026 21:01:32 vs mstransform + rflag without timeavg
07-Oct-2026 21:01:32 The MS is already around, just unflag
07-Oct-2026 21:01:32 PASSED
07-Oct-2026 21:01:32
07-Oct-2026 21:01:34 test_task_flagdata.py::test_virtual_col::test_no_model_col 2026-10-08 01:01:35        WARN        AgentFlagger::validateDataColumn        Data column MODEL_DATA or virtual MODEL_DATA  does not exist in input data
07-Oct-2026 21:01:34 2026-10-08 01:01:35        WARN        AgentFlagger::parseAgentParameters        Cannot parse agent parameters
07-Oct-2026 21:01:34 2026-10-08 01:01:35        SEVERE        flagdata::::casa        Task flagdata raised an exception of class ValueError with the following message: Failed to parse parameters for mode clip
07-Oct-2026 21:01:35
07-Oct-2026 21:01:35 flagdata: catch failure when MODEL or virtual MODEL do not exist
07-Oct-2026 21:01:35 Unflag the MS
07-Oct-2026 21:01:35 PASSED
07-Oct-2026 21:01:35
07-Oct-2026 21:01:45 test_task_flagdata.py::test_virtual_col::test_virtual_model_col
07-Oct-2026 21:01:45 flagdata: Tests using a virtual MODEL column
07-Oct-2026 21:01:45 Unflag the MS
07-Oct-2026 21:01:45 PASSED
07-Oct-2026 21:01:45
07-Oct-2026 21:01:49 test_task_flagdata.py::test_flags_propagation_channelavg::test_propagation_clip_chanbin_2
07-Oct-2026 21:01:49 clip, chanavg, chanbin=2, propagate flags forth and back 
07-Oct-2026 21:01:49 Moving data...
07-Oct-2026 21:01:49 PASSED
07-Oct-2026 21:01:49
07-Oct-2026 21:01:51 test_task_flagdata.py::test_flags_propagation_channelavg::test_propagation_clip_chanbin_3
07-Oct-2026 21:01:51 clip, chanavg, chanbin=3, propagate flags forth and back 
07-Oct-2026 21:01:51 Moving data...
07-Oct-2026 21:01:51 PASSED
07-Oct-2026 21:01:51
07-Oct-2026 21:01:55 test_task_flagdata.py::test_flags_propagation_channelavg::test_propagation_clip_chanbin_64
07-Oct-2026 21:01:55 clip, chanavg, chanbin=64 (all), propagate flags forth and back 
07-Oct-2026 21:01:55 Moving data...
07-Oct-2026 21:01:55 PASSED
07-Oct-2026 21:01:55
07-Oct-2026 21:01:59 test_task_flagdata.py::test_flags_propagation_channelavg::test_propagation_rflag_chanbin_5
07-Oct-2026 21:01:59 rflag, chanavg, chanbin=2, propagate flags forth and back 
07-Oct-2026 21:01:59 Moving data...
07-Oct-2026 21:01:59 PASSED
07-Oct-2026 21:01:59
07-Oct-2026 21:02:06 test_task_flagdata.py::test_flags_propagation_channelavg::test_propagation_tfcrop_chanbin_4
07-Oct-2026 21:02:06 tfcrop, chanavg, chanbin=4, propagate flags forth and back 
07-Oct-2026 21:02:06 Moving data...
07-Oct-2026 21:02:06 PASSED
07-Oct-2026 21:02:06
07-Oct-2026 21:02:13 test_task_flagdata.py::test_flags_propagation_timeavg::test_propagation_clip_timebin_100s
07-Oct-2026 21:02:13 clip, timeavg, timebin=100, propagate flags forth and back 
07-Oct-2026 21:02:13 Moving data...
07-Oct-2026 21:02:13 PASSED
07-Oct-2026 21:02:13
07-Oct-2026 21:02:18 test_task_flagdata.py::test_flags_propagation_timeavg::test_propagation_clip_timebin_2s
07-Oct-2026 21:02:18 clip, timeavg, timebin=2, propagate flags forth and back 
07-Oct-2026 21:02:18 Moving data...
07-Oct-2026 21:02:18 PASSED
07-Oct-2026 21:02:18
07-Oct-2026 21:02:22 test_task_flagdata.py::test_flags_propagation_timeavg::test_propagation_clip_timebin_5s
07-Oct-2026 21:02:22 clip, timeavg, timebin=5, propagate flags forth and back 
07-Oct-2026 21:02:22 Moving data...
07-Oct-2026 21:02:22 PASSED
07-Oct-2026 21:02:22
07-Oct-2026 21:02:26 test_task_flagdata.py::test_flags_propagation_timeavg::test_propagation_rflag_timebin_20
07-Oct-2026 21:02:26 rflag, timeavg, timebin=20, propagate flags forth and back 
07-Oct-2026 21:02:26 Moving data...
07-Oct-2026 21:02:26 PASSED
07-Oct-2026 21:02:26
07-Oct-2026 21:02:31 test_task_flagdata.py::test_flags_propagation_timeavg::test_propagation_tfcrop_timebin_20
07-Oct-2026 21:02:31 tfcrop, timeavg, timebin=20, propagate flags forth and back 
07-Oct-2026 21:02:31 Moving data...
07-Oct-2026 21:02:31 PASSED
07-Oct-2026 21:02:31
07-Oct-2026 21:02:32 test_task_flagdata.py::test_forbid_avg_in_non_autoflagging_list::test_forbid_avg_list_antint 2026-10-08 01:02:33        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode antint. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:32 2026-10-08 01:02:33        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode antint. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:33 2026-10-08 01:02:33        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode antint. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:33 2026-10-08 01:02:33        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode antint. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:33
07-Oct-2026 21:02:33 flagdata: timeavg=True and channelavg=True should not be accepted in antint
07-Oct-2026 21:02:33 mode inside list
07-Oct-2026 21:02:33 Moving data...
07-Oct-2026 21:02:33 PASSED
07-Oct-2026 21:02:33
07-Oct-2026 21:02:35 test_task_flagdata.py::test_forbid_avg_in_non_autoflagging_list::test_forbid_avg_list_elevation 2026-10-08 01:02:35        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode elevation. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:35 2026-10-08 01:02:35        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode elevation. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:36 2026-10-08 01:02:36        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode elevation. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:36 2026-10-08 01:02:36        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode elevation. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:36
07-Oct-2026 21:02:36 flagdata: timeavg=True and channelavg=True should not be accepted in elevation
07-Oct-2026 21:02:36 mode inside list
07-Oct-2026 21:02:36 The MS is already around, just unflag
07-Oct-2026 21:02:36 PASSED
07-Oct-2026 21:02:36
07-Oct-2026 21:02:37 test_task_flagdata.py::test_forbid_avg_in_non_autoflagging_list::test_forbid_avg_list_manual 2026-10-08 01:02:38        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode manual. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:37 2026-10-08 01:02:38        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode manual. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:38 2026-10-08 01:02:38        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode manual. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:38 2026-10-08 01:02:38        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode manual. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:38
07-Oct-2026 21:02:38 flagdata: timeavg=True should not be accepted in manual mode inside list
07-Oct-2026 21:02:38 The MS is already around, just unflag
07-Oct-2026 21:02:38 PASSED
07-Oct-2026 21:02:38
07-Oct-2026 21:02:39 test_task_flagdata.py::test_forbid_avg_in_non_autoflagging_list::test_forbid_avg_list_quack 2026-10-08 01:02:40        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode quack. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:39 2026-10-08 01:02:40        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode quack. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:43 2026-10-08 01:02:44        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode quack. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:43 2026-10-08 01:02:44        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode quack. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:44
07-Oct-2026 21:02:44 flagdata: timeavg=True and channelavg=True should not be accepted in quack
07-Oct-2026 21:02:44 mode inside list
07-Oct-2026 21:02:44 The MS is already around, just unflag
07-Oct-2026 21:02:44 PASSED
07-Oct-2026 21:02:44
07-Oct-2026 21:02:54 test_task_flagdata.py::test_forbid_avg_in_non_autoflagging_list::test_forbid_avg_list_shadow 2026-10-08 01:02:54        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode shadow. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:54 2026-10-08 01:02:54        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode shadow. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:55 2026-10-08 01:02:55        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode shadow. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:55 2026-10-08 01:02:55        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode shadow. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:55
07-Oct-2026 21:02:55 flagdata: timeavg=True and channelavg=True should not be accepted in shadow
07-Oct-2026 21:02:55 mode inside list
07-Oct-2026 21:02:55 The MS is already around, just unflag
07-Oct-2026 21:02:55 PASSED
07-Oct-2026 21:02:55
07-Oct-2026 21:02:56 test_task_flagdata.py::test_forbid_avg_in_non_autoflagging_list::test_forbid_avg_list_summary 2026-10-08 01:02:57        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode summary. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:56 2026-10-08 01:02:57        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode summary. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:57 2026-10-08 01:02:58        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode summary. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:57 2026-10-08 01:02:58        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode summary. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:58
07-Oct-2026 21:02:58 flagdata: timeavg=True and channelavg=True should not be accepted in summary
07-Oct-2026 21:02:58 mode inside list
07-Oct-2026 21:02:58 The MS is already around, just unflag
07-Oct-2026 21:02:58 PASSED
07-Oct-2026 21:02:58
07-Oct-2026 21:02:59 test_task_flagdata.py::test_forbid_avg_in_non_autoflagging_list::test_forbid_avg_list_unflag 2026-10-08 01:03:00        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode unflag. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:02:59 2026-10-08 01:03:00        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode unflag. timeavg=1, channelavg=0. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:03:00 2026-10-08 01:03:01        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use timeavg or channelavg in mode unflag. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:03:00 2026-10-08 01:03:01        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use timeavg or channelavg in mode unflag. timeavg=0, channelavg=1. These averaging options are only allowed for auto-flagging methods. Refusing this configuration.
07-Oct-2026 21:03:00
07-Oct-2026 21:03:00 flagdata: timeavg=True and channelavg=True should not be accepted in unflag
07-Oct-2026 21:03:00 mode inside list
07-Oct-2026 21:03:00 The MS is already around, just unflag
07-Oct-2026 21:03:01 PASSED
07-Oct-2026 21:03:01
07-Oct-2026 21:03:03 test_task_flagdata.py::test_list_modes_forbidden_with_avg::test_allow_all_auto_methods_timeavg_chanavg_extendflags_antint
07-Oct-2026 21:03:03 Full list: all auto-methods, avg (time and chan), extendflags and antint 
07-Oct-2026 21:03:03 Moving data...
07-Oct-2026 21:03:03 PASSED
07-Oct-2026 21:03:03
07-Oct-2026 21:03:04 test_task_flagdata.py::test_list_modes_forbidden_with_avg::test_forbid_chanavg_list 2026-10-08 01:03:05        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: manual. Refusing to accept this configuration.
07-Oct-2026 21:03:04 2026-10-08 01:03:05        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: manual. Refusing to accept this configuration.
07-Oct-2026 21:03:04
07-Oct-2026 21:03:04 flagdata: chanavg=True should not be accepted in list mode, with +manual
07-Oct-2026 21:03:04 The MS is already around, just unflag
07-Oct-2026 21:03:04 PASSED
07-Oct-2026 21:03:04
07-Oct-2026 21:03:05 test_task_flagdata.py::test_list_modes_forbidden_with_avg::test_forbid_chanavg_list_other_modes 2026-10-08 01:03:06        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: unflag. Refusing to accept this configuration.
07-Oct-2026 21:03:05 2026-10-08 01:03:06        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: unflag. Refusing to accept this configuration.
07-Oct-2026 21:03:06 2026-10-08 01:03:07        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: shadow. Refusing to accept this configuration.
07-Oct-2026 21:03:06 2026-10-08 01:03:07        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: shadow. Refusing to accept this configuration.
07-Oct-2026 21:03:07 2026-10-08 01:03:07        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: elevation. Refusing to accept this configuration.
07-Oct-2026 21:03:07 2026-10-08 01:03:07        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: elevation. Refusing to accept this configuration.
07-Oct-2026 21:03:08 2026-10-08 01:03:09        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: quack. Refusing to accept this configuration.
07-Oct-2026 21:03:08 2026-10-08 01:03:09        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: quack. Refusing to accept this configuration.
07-Oct-2026 21:03:09 2026-10-08 01:03:09        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: quack. Refusing to accept this configuration.
07-Oct-2026 21:03:09 2026-10-08 01:03:09        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=0, channelavg=1, and the following mode has been set up: quack. Refusing to accept this configuration.
07-Oct-2026 21:03:09
07-Oct-2026 21:03:09 flagdata: chanavg=True should not be accepted in list mode, with shadow,
07-Oct-2026 21:03:09 unflag, elevation, quack
07-Oct-2026 21:03:09 The MS is already around, just unflag
07-Oct-2026 21:03:09 PASSED
07-Oct-2026 21:03:09
07-Oct-2026 21:03:10 test_task_flagdata.py::test_list_modes_forbidden_with_avg::test_forbid_timeavg_list_longer 2026-10-08 01:03:11        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=1, channelavg=0, and the following mode has been set up: manual. Refusing to accept this configuration.
07-Oct-2026 21:03:10 2026-10-08 01:03:11        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=1, channelavg=0, and the following mode has been set up: manual. Refusing to accept this configuration.
07-Oct-2026 21:03:10
07-Oct-2026 21:03:10 flagdata: timeavg=True should not be accepted in list mode, with +manual
07-Oct-2026 21:03:10 The MS is already around, just unflag
07-Oct-2026 21:03:10 PASSED
07-Oct-2026 21:03:10
07-Oct-2026 21:03:11 test_task_flagdata.py::test_list_modes_forbidden_with_avg::test_test_forbid_timeavg_list 2026-10-08 01:03:12        SEVERE        agentflagger:: (file src/tools/agentflagger/agentflagger_cmpt.cc, line 35)        Exception Reported: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=1, channelavg=0, and the following mode has been set up: manual. Refusing to accept this configuration.
07-Oct-2026 21:03:11 2026-10-08 01:03:12        SEVERE        flagdata::::casa        Task flagdata raised an exception of class RuntimeError with the following message: Cannot use clip mode with timeavg=True or channelavg=True and additional modes other than extend, display, and antint. timeavg=1, channelavg=0, and the following mode has been set up: manual. Refusing to accept this configuration.
07-Oct-2026 21:03:11
07-Oct-2026 21:03:11 flagdata: timeavg=True should not be accepted in list mode, with +manual
07-Oct-2026 21:03:11 The MS is already around, just unflag
07-Oct-2026 21:03:11 PASSED
07-Oct-2026 21:03:11
07-Oct-2026 21:03:12 test_task_flagdata.py::test_auto_methods_display::test_display_all_auto_timeavg_chanavg_extendflags_list_antint
07-Oct-2026 21:03:12 Display with auto-methods (all), avg (time and chan), extendflags + antint 
07-Oct-2026 21:03:12 SKIPPED (These tests will open the flagging display GUI -> they are ...)
07-Oct-2026 21:03:12
07-Oct-2026 21:03:12 test_task_flagdata.py::test_auto_methods_display::test_display_clip_timeavg_chanavg
07-Oct-2026 21:03:12 Display data with clip, enabling avg (time and chan)
07-Oct-2026 21:03:12 SKIPPED (These tests will open the flagging display GUI -> they are ...)
07-Oct-2026 21:03:12
07-Oct-2026 21:03:12 test_task_flagdata.py::test_auto_methods_display::test_display_rflag_timeavg_chanavg_extendflags
07-Oct-2026 21:03:12 Display data with tfcrop, enabling avg (time and chan), extendflags
07-Oct-2026 21:03:12 SKIPPED (These tests will open the flagging display GUI -> they are ...)
07-Oct-2026 21:03:12
07-Oct-2026 21:03:12 test_task_flagdata.py::test_auto_methods_display::test_display_tfcrop_timeavg_chanavg_extendflags
07-Oct-2026 21:03:12 Display data with tfcrop, enabling avg (time and chan), extendflags
07-Oct-2026 21:03:12 SKIPPED (These tests will open the flagging display GUI -> they are ...)
07-Oct-2026 21:03:12
07-Oct-2026 21:03:13 test_task_flagdata.py::test_summary::test_summary_spwcorr
07-Oct-2026 21:03:13 Flag manually spw and correlation and check spwcorr parameter of summary mode
07-Oct-2026 21:03:13 Moving data...
07-Oct-2026 21:03:13 PASSED
07-Oct-2026 21:03:13
07-Oct-2026 21:03:13 - generated xml file: /home/casatest/casa6/casatestutils/nosedir/xml/test_task_flagdata/nose.xml -
07-Oct-2026 21:03:13 =========================== short test summary info ============================
07-Oct-2026 21:03:13 SKIPPED [1] test_task_flagdata.py:5438: These tests will open the flagging display GUI -> they are not meant to run together with the usual automated verification tests of test_flagdata
07-Oct-2026 21:03:13 SKIPPED [1] test_task_flagdata.py:5411: These tests will open the flagging display GUI -> they are not meant to run together with the usual automated verification tests of test_flagdata
07-Oct-2026 21:03:13 SKIPPED [1] test_task_flagdata.py:5430: These tests will open the flagging display GUI -> they are not meant to run together with the usual automated verification tests of test_flagdata
07-Oct-2026 21:03:13 SKIPPED [1] test_task_flagdata.py:5420: These tests will open the flagging display GUI -> they are not meant to run together with the usual automated verification tests of test_flagdata
07-Oct-2026 21:03:13 ============ 251 passed, 4 skipped, 1 warning in 1036.28s (0:17:16) ============
07-Oct-2026 21:03:14 ============================= test session starts ==============================
07-Oct-2026 21:03:14 platform linux -- Python 3.12.9, pytest-9.1.1, pluggy-1.6.0 -- /usr/local/bin/python3.12
07-Oct-2026 21:03:14 cachedir: .pytest_cache
07-Oct-2026 21:03:14 rootdir: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit
07-Oct-2026 21:03:14 configfile: pytest.ini
07-Oct-2026 21:03:16 collecting ... collected 13 items
07-Oct-2026 21:03:16
07-Oct-2026 21:03:16
07-Oct-2026 21:03:18 test_task_uvmodelfit.py::uvmodelfit_test::test_antennaSelect 2026-10-08 01:03:18        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:18 There are 980 - 3 = 977 degrees of freedom.
07-Oct-2026 21:03:18 iter=0:   reduced chi2=0.501236:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:18 iter=1:   reduced chi2=1.77453e-05:  I=0.0013145,  dir=[8.95583e-05, 7.85388e-06] arcsec
07-Oct-2026 21:03:18 iter=2:   reduced chi2=1.72377e-05:  I=0.000316343,  dir=[0.0682531, 0.00598739] arcsec
07-Oct-2026 21:03:18 iter=3:   reduced chi2=1.7211e-05:  I=0.000338998,  dir=[0.342586, 0.0353777] arcsec
07-Oct-2026 21:03:18 iter=4:   reduced chi2=1.71964e-05:  I=0.000416799,  dir=[0.501573, 0.0803145] arcsec
07-Oct-2026 21:03:18 iter=5:   reduced chi2=1.71922e-05:  I=0.000444463,  dir=[0.56108, 0.124786] arcsec
07-Oct-2026 21:03:18 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:18 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:18 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:18 I = 0.000444463 +/- 0.0451754
07-Oct-2026 21:03:18 x = 0.56108 +/- 52.0831 arcsec
07-Oct-2026 21:03:18 y = 0.124786 +/- 45.3544 arcsec
07-Oct-2026 21:03:18 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:19 2026-10-08 01:03:19        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:19 There are 980 - 3 = 977 degrees of freedom.
07-Oct-2026 21:03:19 iter=0:   reduced chi2=0.501362:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:19 iter=1:   reduced chi2=3.658e-06:  I=0.00117479,  dir=[-9.53752e-05, -2.13624e-05] arcsec
07-Oct-2026 21:03:19 iter=2:   reduced chi2=3.15144e-06:  I=0.000176508,  dir=[-0.0813117, -0.0182157] arcsec
07-Oct-2026 21:03:19 iter=3:   reduced chi2=3.12506e-06:  I=0.000211294,  dir=[-0.564185, -0.143054] arcsec
07-Oct-2026 21:03:19 iter=4:   reduced chi2=3.1118e-06:  I=0.000332861,  dir=[-0.627584, -0.268863] arcsec
07-Oct-2026 21:03:19 iter=5:   reduced chi2=3.11016e-06:  I=0.000350381,  dir=[-0.647598, -0.32336] arcsec
07-Oct-2026 21:03:19 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:19 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:19 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:19 I = 0.000350381 +/- 0.0451754
07-Oct-2026 21:03:19 x = -0.647598 +/- 60.3425 arcsec
07-Oct-2026 21:03:19 y = -0.32336 +/- 58.0239 arcsec
07-Oct-2026 21:03:19 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:20
07-Oct-2026 21:03:20 test_antennaSelect
07-Oct-2026 21:03:20 --------------------
07-Oct-2026 21:03:20
07-Oct-2026 21:03:20 Check that this parameter allows for selection based on the antenna name or id
07-Oct-2026 21:03:20 NOTE: Using just the antenna selection will raise an error saying that multiple fields are being used
07-Oct-2026 21:03:20 PASSED
07-Oct-2026 21:03:20
07-Oct-2026 21:03:20 test_task_uvmodelfit.py::uvmodelfit_test::test_comptype 2026-10-08 01:03:20        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:20 There are 24500 - 6 = 24494 degrees of freedom.
07-Oct-2026 21:03:20 iter=0:   reduced chi2=0.223315:  I=1,  dir=[1, 1] arcsec,  shape=[1, 1, 1]
07-Oct-2026 21:03:20 iter=1:   reduced chi2=9.05439e-06:  I=0.00306779,  dir=[0.999972, 1.00001] arcsec,  shape=[1.0055, 1, 1]
07-Oct-2026 21:03:20 iter=2:   reduced chi2=6.97053e-06:  I=1.60849e-05,  dir=[0.99084, 1.00466] arcsec,  shape=[1.00218, 1, 1]
07-Oct-2026 21:03:20 iter=3:   reduced chi2=6.9699e-06:  I=1.33396e-05,  dir=[-0.745309, 1.87644] arcsec,  shape=[0.156091, 1, 1]
07-Oct-2026 21:03:20 iter=4:   reduced chi2=6.96891e-06:  I=3.35394e-05,  dir=[-0.823118, 2.03554] arcsec,  shape=[1.53467, 1, 1]
07-Oct-2026 21:03:20 iter=5:   reduced chi2=6.96758e-06:  I=5.89415e-05,  dir=[-0.837836, 2.22716] arcsec,  shape=[1.85014, 1, 1]
07-Oct-2026 21:03:20 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:20 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:20 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:20 I = 5.89415e-05 +/- 0.0399385
07-Oct-2026 21:03:20 x = -0.837836 +/- 279.197 arcsec
07-Oct-2026 21:03:20 y = 2.22716 +/- 263.672 arcsec
07-Oct-2026 21:03:20 a = 1.85014 +/- 2920.53 arcsec
07-Oct-2026 21:03:20 r = 1 +/- 1927.24
07-Oct-2026 21:03:20 p = 1 +/- 57.2958 deg
07-Oct-2026 21:03:20 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:21 2026-10-08 01:03:21        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:21 There are 24500 - 6 = 24494 degrees of freedom.
07-Oct-2026 21:03:21 iter=0:   reduced chi2=0.115118:  I=1,  dir=[1, 1] arcsec,  shape=[1, 1, 1]
07-Oct-2026 21:03:21 iter=1:   reduced chi2=7.48282e-06:  I=0.00211933,  dir=[0.999935, 1.00006] arcsec,  shape=[1.00134, 1, 1]
07-Oct-2026 21:03:21 iter=2:   reduced chi2=6.97053e-06:  I=3.76991e-05,  dir=[0.969151, 1.02795] arcsec,  shape=[1.01162, 1, 1]
07-Oct-2026 21:03:21 iter=3:   reduced chi2=6.96848e-06:  I=4.99042e-05,  dir=[-0.814741, 2.65048] arcsec,  shape=[1.93255, 1, 1]
07-Oct-2026 21:03:21 iter=4:   reduced chi2=6.96635e-06:  I=9.04344e-05,  dir=[-0.521044, 2.2073] arcsec,  shape=[1.30367, 0.871477, 1]
07-Oct-2026 21:03:21 iter=5:   reduced chi2=6.96483e-06:  I=0.000124177,  dir=[-0.518584, 2.29109] arcsec,  shape=[1.35875, 1, 18.5073]
07-Oct-2026 21:03:21 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:21 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:21 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:21 I = 0.000124177 +/- 0.0356416
07-Oct-2026 21:03:21 x = -0.518584 +/- 171.745 arcsec
07-Oct-2026 21:03:21 y = 2.29109 +/- 165.21 arcsec
07-Oct-2026 21:03:21 a = 1.35875 +/- 425.283 arcsec
07-Oct-2026 21:03:21 r = 1 +/- 444.81
07-Oct-2026 21:03:21 p = 18.5073 +/- 57.2958 deg
07-Oct-2026 21:03:21 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:22
07-Oct-2026 21:03:22 test_comptype
07-Oct-2026 21:03:22 ---------------
07-Oct-2026 21:03:22
07-Oct-2026 21:03:22 Check that the comptype parameter changes the component model type
07-Oct-2026 21:03:22 PASSED
07-Oct-2026 21:03:22
07-Oct-2026 21:03:22 test_task_uvmodelfit.py::uvmodelfit_test::test_fieldSelect 2026-10-08 01:03:22        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:22 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:22 iter=0:   reduced chi2=0.500026:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:22 iter=1:   reduced chi2=1.30279e-06:  I=0.00103511,  dir=[-2.3514e-06, -6.82833e-07] arcsec
07-Oct-2026 21:03:22 iter=2:   reduced chi2=8.03765e-07:  I=3.66475e-05,  dir=[-0.00227513, -0.000660685] arcsec
07-Oct-2026 21:03:22 iter=3:   reduced chi2=8.03717e-07:  I=3.61935e-05,  dir=[-0.066776, -0.0192953] arcsec
07-Oct-2026 21:03:22 iter=4:   reduced chi2=8.03657e-07:  I=3.75341e-05,  dir=[-0.138375, -0.0379022] arcsec
07-Oct-2026 21:03:22 iter=5:   reduced chi2=8.03594e-07:  I=3.9096e-05,  dir=[-0.209874, -0.056095] arcsec
07-Oct-2026 21:03:22 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:22 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:22 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:22 I = 3.9096e-05 +/- 0.00903508
07-Oct-2026 21:03:22 x = -0.209874 +/- 83.8907 arcsec
07-Oct-2026 21:03:22 y = -0.056095 +/- 73.5601 arcsec
07-Oct-2026 21:03:22 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:23 2026-10-08 01:03:23        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:23 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:23 iter=0:   reduced chi2=0.50007:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:23 iter=1:   reduced chi2=7.46871e-06:  I=0.000996844,  dir=[-1.76161e-06, -2.03276e-06] arcsec
07-Oct-2026 21:03:23 iter=2:   reduced chi2=6.96965e-06:  I=-1.66014e-06,  dir=[-0.00176984, -0.00204231] arcsec
07-Oct-2026 21:03:23 iter=3:   reduced chi2=6.96965e-06:  I=-1.67684e-06,  dir=[0.0389955, 0.046368] arcsec
07-Oct-2026 21:03:23 iter=4:   reduced chi2=6.96964e-06:  I=-1.79695e-06,  dir=[0.11497, 0.0783099] arcsec
07-Oct-2026 21:03:23 iter=5:   reduced chi2=6.96964e-06:  I=-2.16021e-06,  dir=[0.264308, 0.0633136] arcsec
07-Oct-2026 21:03:23 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:23 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:23 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:23 I = -2.16021e-06 +/- 0.00903508
07-Oct-2026 21:03:23 x = 0.264308 +/- 1518.11 arcsec
07-Oct-2026 21:03:23 y = 0.0633136 +/- 1331.3 arcsec
07-Oct-2026 21:03:23 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:24
07-Oct-2026 21:03:24 test_fieldSelect
07-Oct-2026 21:03:24 -------------------
07-Oct-2026 21:03:24
07-Oct-2026 21:03:24 Check that the field parameter properly selects fields by name or by id
07-Oct-2026 21:03:24 TODO find out what is wrong with selecting multiple fields
07-Oct-2026 21:03:24 PASSED
07-Oct-2026 21:03:24
07-Oct-2026 21:03:24 test_task_uvmodelfit.py::uvmodelfit_test::test_niter 2026-10-08 01:03:24        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:24 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:24 iter=0:   reduced chi2=0.50007:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:24 iter=1:   reduced chi2=7.46871e-06:  I=0.000996844,  dir=[-1.76161e-06, -2.03276e-06] arcsec
07-Oct-2026 21:03:24 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:24 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:24 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:24 I = 0.000996844 +/- 0.00903508
07-Oct-2026 21:03:24 x = -1.76161e-06 +/- 3.28982 arcsec
07-Oct-2026 21:03:24 y = -2.03276e-06 +/- 2.88499 arcsec
07-Oct-2026 21:03:24 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:24 2026-10-08 01:03:25        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:25 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:25 iter=0:   reduced chi2=0.50007:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:25 iter=1:   reduced chi2=7.46871e-06:  I=0.000996844,  dir=[-1.76161e-06, -2.03276e-06] arcsec
07-Oct-2026 21:03:25 iter=2:   reduced chi2=6.96965e-06:  I=-1.66014e-06,  dir=[-0.00176984, -0.00204231] arcsec
07-Oct-2026 21:03:25 iter=3:   reduced chi2=6.96965e-06:  I=-1.67684e-06,  dir=[0.0389955, 0.046368] arcsec
07-Oct-2026 21:03:25 iter=4:   reduced chi2=6.96964e-06:  I=-1.79695e-06,  dir=[0.11497, 0.0783099] arcsec
07-Oct-2026 21:03:25 iter=5:   reduced chi2=6.96964e-06:  I=-2.16021e-06,  dir=[0.264308, 0.0633136] arcsec
07-Oct-2026 21:03:25 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:25 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:25 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:25 I = -2.16021e-06 +/- 0.00903508
07-Oct-2026 21:03:25 x = 0.264308 +/- 1518.11 arcsec
07-Oct-2026 21:03:25 y = 0.0633136 +/- 1331.3 arcsec
07-Oct-2026 21:03:25 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:25
07-Oct-2026 21:03:25 test_niter
07-Oct-2026 21:03:25 -----------
07-Oct-2026 21:03:25
07-Oct-2026 21:03:25 Check that the number of niter parameter selects the number of iterations uvmodelfit runs
07-Oct-2026 21:03:25 PASSED
07-Oct-2026 21:03:25
07-Oct-2026 21:03:25 test_task_uvmodelfit.py::uvmodelfit_test::test_outfile 2026-10-08 01:03:26        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:25 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:25 iter=0:   reduced chi2=0.50007:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:25 iter=1:   reduced chi2=7.46871e-06:  I=0.000996844,  dir=[-1.76161e-06, -2.03276e-06] arcsec
07-Oct-2026 21:03:26 iter=2:   reduced chi2=6.96965e-06:  I=-1.66014e-06,  dir=[-0.00176984, -0.00204231] arcsec
07-Oct-2026 21:03:26 iter=3:   reduced chi2=6.96965e-06:  I=-1.67684e-06,  dir=[0.0389955, 0.046368] arcsec
07-Oct-2026 21:03:26 iter=4:   reduced chi2=6.96964e-06:  I=-1.79695e-06,  dir=[0.11497, 0.0783099] arcsec
07-Oct-2026 21:03:26 iter=5:   reduced chi2=6.96964e-06:  I=-2.16021e-06,  dir=[0.264308, 0.0633136] arcsec
07-Oct-2026 21:03:26 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:26 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:26 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:26 I = -2.16021e-06 +/- 0.00903508
07-Oct-2026 21:03:26 x = 0.264308 +/- 1518.11 arcsec
07-Oct-2026 21:03:26 y = 0.0633136 +/- 1331.3 arcsec
07-Oct-2026 21:03:26 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:26
07-Oct-2026 21:03:26 test_outfile
07-Oct-2026 21:03:26 --------------
07-Oct-2026 21:03:26
07-Oct-2026 21:03:26 Check that the task creates an output file when specified with the output parameter
07-Oct-2026 21:03:26 PASSED
07-Oct-2026 21:03:26
07-Oct-2026 21:03:26 test_task_uvmodelfit.py::uvmodelfit_test::test_scanSelect 2026-10-08 01:03:27        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:26 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:26 iter=0:   reduced chi2=0.50007:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:26 iter=1:   reduced chi2=7.46871e-06:  I=0.000996844,  dir=[-1.76161e-06, -2.03276e-06] arcsec
07-Oct-2026 21:03:26 iter=2:   reduced chi2=6.96965e-06:  I=-1.66014e-06,  dir=[-0.00176984, -0.00204231] arcsec
07-Oct-2026 21:03:26 iter=3:   reduced chi2=6.96965e-06:  I=-1.67684e-06,  dir=[0.0389955, 0.046368] arcsec
07-Oct-2026 21:03:26 iter=4:   reduced chi2=6.96964e-06:  I=-1.79695e-06,  dir=[0.11497, 0.0783099] arcsec
07-Oct-2026 21:03:26 iter=5:   reduced chi2=6.96964e-06:  I=-2.16021e-06,  dir=[0.264308, 0.0633136] arcsec
07-Oct-2026 21:03:26 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:26 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:26 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:26 I = -2.16021e-06 +/- 0.00903508
07-Oct-2026 21:03:26 x = 0.264308 +/- 1518.11 arcsec
07-Oct-2026 21:03:26 y = 0.0633136 +/- 1331.3 arcsec
07-Oct-2026 21:03:26 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:27 2026-10-08 01:03:28        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:27 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:27 iter=0:   reduced chi2=0.499978:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:27 iter=1:   reduced chi2=1.63087e-05:  I=0.00109826,  dir=[8.44869e-08, -1.13222e-05] arcsec
07-Oct-2026 21:03:27 iter=2:   reduced chi2=1.58096e-05:  I=9.98546e-05,  dir=[7.69394e-05, -0.0103262] arcsec
07-Oct-2026 21:03:27 iter=3:   reduced chi2=1.58079e-05:  I=0.000100536,  dir=[-1.17067e-05, -0.12901] arcsec
07-Oct-2026 21:03:27 iter=4:   reduced chi2=1.58045e-05:  I=0.000117457,  dir=[-0.0105881, -0.29339] arcsec
07-Oct-2026 21:03:27 iter=5:   reduced chi2=1.58015e-05:  I=0.00014519,  dir=[-0.0319589, -0.428824] arcsec
07-Oct-2026 21:03:27 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:27 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:27 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:27 I = 0.00014519 +/- 0.00903508
07-Oct-2026 21:03:27 x = -0.0319589 +/- 22.5851 arcsec
07-Oct-2026 21:03:27 y = -0.428824 +/- 19.8077 arcsec
07-Oct-2026 21:03:27 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:28
07-Oct-2026 21:03:28 test_scanSelect
07-Oct-2026 21:03:28 -----------------
07-Oct-2026 21:03:28
07-Oct-2026 21:03:28 Check that this parameter allows for seletion based on the scan id
07-Oct-2026 21:03:28 PASSED
07-Oct-2026 21:03:28
07-Oct-2026 21:03:28 test_task_uvmodelfit.py::uvmodelfit_test::test_selectData 2026-10-08 01:03:29        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:28 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:28 iter=0:   reduced chi2=0.50007:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:28 iter=1:   reduced chi2=7.46871e-06:  I=0.000996844,  dir=[-1.76161e-06, -2.03276e-06] arcsec
07-Oct-2026 21:03:28 iter=2:   reduced chi2=6.96965e-06:  I=-1.66014e-06,  dir=[-0.00176984, -0.00204231] arcsec
07-Oct-2026 21:03:28 iter=3:   reduced chi2=6.96965e-06:  I=-1.67684e-06,  dir=[0.0389955, 0.046368] arcsec
07-Oct-2026 21:03:28 iter=4:   reduced chi2=6.96964e-06:  I=-1.79695e-06,  dir=[0.11497, 0.0783099] arcsec
07-Oct-2026 21:03:28 iter=5:   reduced chi2=6.96964e-06:  I=-2.16021e-06,  dir=[0.264308, 0.0633136] arcsec
07-Oct-2026 21:03:28 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:28 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:28 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:28 I = -2.16021e-06 +/- 0.00903508
07-Oct-2026 21:03:28 x = 0.264308 +/- 1518.11 arcsec
07-Oct-2026 21:03:28 y = 0.0633136 +/- 1331.3 arcsec
07-Oct-2026 21:03:28 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:30 2026-10-08 01:03:30        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:30 There are 120 - 3 = 117 degrees of freedom.
07-Oct-2026 21:03:30 iter=0:   reduced chi2=0.513046:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:30 iter=1:   reduced chi2=9.40374e-06:  I=0.0007885,  dir=[-0.0037039, -0.00478739] arcsec
07-Oct-2026 21:03:30 iter=2:   reduced chi2=8.94083e-06:  I=-0.000202281,  dir=[-4.71361, -6.09448] arcsec
07-Oct-2026 21:03:30 iter=3:   reduced chi2=8.91896e-06:  I=-5.21638e-06,  dir=[7.26954, 7.59266] arcsec
07-Oct-2026 21:03:30 iter=4:   reduced chi2=8.83123e-06:  I=-0.000368954,  dir=[-281.448, -242.991] arcsec
07-Oct-2026 21:03:30 iter=5:   reduced chi2=8.74547e-06:  I=-0.000418384,  dir=[-287.719, -251.083] arcsec
07-Oct-2026 21:03:30 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:30 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:30 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:30 I = -0.000418384 +/- 0.129099
07-Oct-2026 21:03:30 x = -287.719 +/- 436.244 arcsec
07-Oct-2026 21:03:30 y = -251.083 +/- 539.275 arcsec
07-Oct-2026 21:03:30 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:31
07-Oct-2026 21:03:31 test_selectData
07-Oct-2026 21:03:31 -----------------
07-Oct-2026 21:03:31
07-Oct-2026 21:03:31 Allows for the use of the data selection parameters timerang, uvrange, antenna, scan, and msselect when True
07-Oct-2026 21:03:31 PASSED
07-Oct-2026 21:03:31
07-Oct-2026 21:03:31 test_task_uvmodelfit.py::uvmodelfit_test::test_sourcepar 2026-10-08 01:03:31        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:31 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:31 iter=0:   reduced chi2=0.50007:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:31 iter=1:   reduced chi2=7.46871e-06:  I=0.000996844,  dir=[-1.76161e-06, -2.03276e-06] arcsec
07-Oct-2026 21:03:31 iter=2:   reduced chi2=6.96965e-06:  I=-1.66014e-06,  dir=[-0.00176984, -0.00204231] arcsec
07-Oct-2026 21:03:31 iter=3:   reduced chi2=6.96965e-06:  I=-1.67684e-06,  dir=[0.0389955, 0.046368] arcsec
07-Oct-2026 21:03:31 iter=4:   reduced chi2=6.96964e-06:  I=-1.79695e-06,  dir=[0.11497, 0.0783099] arcsec
07-Oct-2026 21:03:31 iter=5:   reduced chi2=6.96964e-06:  I=-2.16021e-06,  dir=[0.264308, 0.0633136] arcsec
07-Oct-2026 21:03:31 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:31 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:31 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:31 I = -2.16021e-06 +/- 0.00903508
07-Oct-2026 21:03:31 x = 0.264308 +/- 1518.11 arcsec
07-Oct-2026 21:03:31 y = 0.0633136 +/- 1331.3 arcsec
07-Oct-2026 21:03:31 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:32 2026-10-08 01:03:32        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:32 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:32 iter=0:   reduced chi2=0.500062:  I=1,  dir=[1, 1] arcsec
07-Oct-2026 21:03:32 iter=1:   reduced chi2=7.46868e-06:  I=0.00100539,  dir=[0.999992, 1] arcsec
07-Oct-2026 21:03:32 iter=2:   reduced chi2=6.96963e-06:  I=6.89253e-06,  dir=[0.991957, 1.00281] arcsec
07-Oct-2026 21:03:32 iter=3:   reduced chi2=6.96949e-06:  I=6.96351e-06,  dir=[-0.174069, 1.40248] arcsec
07-Oct-2026 21:03:32 iter=4:   reduced chi2=6.96921e-06:  I=2.56854e-05,  dir=[0.214229, 1.38695] arcsec
07-Oct-2026 21:03:32 iter=5:   reduced chi2=6.96919e-06:  I=2.994e-05,  dir=[0.173962, 1.38327] arcsec
07-Oct-2026 21:03:32 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:32 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:32 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:32 I = 2.994e-05 +/- 0.00903508
07-Oct-2026 21:03:32 x = 0.173962 +/- 109.533 arcsec
07-Oct-2026 21:03:32 y = 1.38327 +/- 96.0549 arcsec
07-Oct-2026 21:03:32 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:33
07-Oct-2026 21:03:33 test_sourcepar
07-Oct-2026 21:03:33 ----------------
07-Oct-2026 21:03:33
07-Oct-2026 21:03:33 Check that sourcepar selects starting guess for component parameters
07-Oct-2026 21:03:33 PASSED
07-Oct-2026 21:03:33
07-Oct-2026 21:03:33 test_task_uvmodelfit.py::uvmodelfit_test::test_spwSelect 2026-10-08 01:03:33        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:36 There are 120250 - 3 = 120247 degrees of freedom.
07-Oct-2026 21:03:36 iter=0:   reduced chi2=7.53424:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:36 iter=1:   reduced chi2=5.60908:  I=0.00491201,  dir=[0.00397324, 0.000426711] arcsec
07-Oct-2026 21:03:36 iter=2:   reduced chi2=5.60904:  I=0.00392362,  dir=[0.822108, 0.081166] arcsec
07-Oct-2026 21:03:37 iter=3:   reduced chi2=5.60903:  I=0.00607976,  dir=[3.01616, -1.14771] arcsec
07-Oct-2026 21:03:37 iter=4:   reduced chi2=5.609:  I=0.00620436,  dir=[2.34701, 1.20117] arcsec
07-Oct-2026 21:03:37 iter=5:   reduced chi2=5.60892:  I=0.00758467,  dir=[2.57163, 0.636844] arcsec
07-Oct-2026 21:03:37 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:37 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:37 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:37 I = 0.00758467 +/- 0.00207026
07-Oct-2026 21:03:37 x = 2.57163 +/- 0.441119 arcsec
07-Oct-2026 21:03:37 y = 0.636844 +/- 0.400796 arcsec
07-Oct-2026 21:03:37 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:38 2026-10-08 01:03:38        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:38 There are 120250 - 3 = 120247 degrees of freedom.
07-Oct-2026 21:03:38 iter=0:   reduced chi2=7.51732:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:38 iter=1:   reduced chi2=5.74274:  I=0.000542439,  dir=[-0.00820008, -0.00879566] arcsec
07-Oct-2026 21:03:39 iter=2:   reduced chi2=5.74274:  I=-0.000361932,  dir=[-14.2715, -15.2826] arcsec
07-Oct-2026 21:03:39 iter=3:   reduced chi2=5.74274:  I=-0.000196652,  dir=[-0.856895, -18.97] arcsec
07-Oct-2026 21:03:39 iter=4:   reduced chi2=5.74274:  I=-0.000207681,  dir=[2.06202, -19.1228] arcsec
07-Oct-2026 21:03:39 iter=5:   reduced chi2=5.74273:  I=-0.000254358,  dir=[0.975174, -18.2686] arcsec
07-Oct-2026 21:03:39 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:39 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:39 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:39 I = -0.000254358 +/- 0.00216578
07-Oct-2026 21:03:39 x = 0.975174 +/- 14.3472 arcsec
07-Oct-2026 21:03:39 y = -18.2686 +/- 12.2369 arcsec
07-Oct-2026 21:03:39 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:44
07-Oct-2026 21:03:44 test_spwSelect
07-Oct-2026 21:03:44 ----------------
07-Oct-2026 21:03:44
07-Oct-2026 21:03:44 Check that the spw parameter properly selects spectral windows
07-Oct-2026 21:03:44 PASSED
07-Oct-2026 21:03:44
07-Oct-2026 21:03:44 test_task_uvmodelfit.py::uvmodelfit_test::test_takesvis 2026-10-08 01:03:44        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:44 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:44 iter=0:   reduced chi2=0.500026:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:44 iter=1:   reduced chi2=1.30279e-06:  I=0.00103511,  dir=[-2.3514e-06, -6.82833e-07] arcsec
07-Oct-2026 21:03:44 iter=2:   reduced chi2=8.03765e-07:  I=3.66475e-05,  dir=[-0.00227513, -0.000660685] arcsec
07-Oct-2026 21:03:44 iter=3:   reduced chi2=8.03717e-07:  I=3.61935e-05,  dir=[-0.066776, -0.0192953] arcsec
07-Oct-2026 21:03:44 iter=4:   reduced chi2=8.03657e-07:  I=3.75341e-05,  dir=[-0.138375, -0.0379022] arcsec
07-Oct-2026 21:03:44 iter=5:   reduced chi2=8.03594e-07:  I=3.9096e-05,  dir=[-0.209874, -0.056095] arcsec
07-Oct-2026 21:03:44 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:44 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:44 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:44 I = 3.9096e-05 +/- 0.00903508
07-Oct-2026 21:03:44 x = -0.209874 +/- 83.8907 arcsec
07-Oct-2026 21:03:44 y = -0.056095 +/- 73.5601 arcsec
07-Oct-2026 21:03:44
07-Oct-2026 21:03:44 test_takesvis
07-Oct-2026 21:03:44 -----------------
07-Oct-2026 21:03:44
07-Oct-2026 21:03:44 Check that the task takes a valid visibility file 
07-Oct-2026 21:03:44 PASSED
07-Oct-2026 21:03:44
07-Oct-2026 21:03:44 test_task_uvmodelfit.py::uvmodelfit_test::test_timerangeSelect 2026-10-08 01:03:44        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:44 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:44 iter=0:   reduced chi2=0.504128:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:44 iter=1:   reduced chi2=0.00132736:  I=-0.00173421,  dir=[-0.000110601, 4.91035e-05] arcsec
07-Oct-2026 21:03:44 iter=2:   reduced chi2=0.00132666:  I=-0.00273533,  dir=[0.0636726, -0.028279] arcsec
07-Oct-2026 21:03:44 iter=3:   reduced chi2=0.00132647:  I=-0.00280967,  dir=[0.11429, -0.0464787] arcsec
07-Oct-2026 21:03:44 iter=4:   reduced chi2=0.00132621:  I=-0.00287665,  dir=[0.172625, -0.0644859] arcsec
07-Oct-2026 21:03:44 iter=5:   reduced chi2=0.00132586:  I=-0.00296507,  dir=[0.240406, -0.0824503] arcsec
07-Oct-2026 21:03:44 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:44 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:44 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:44 I = -0.00296507 +/- 0.00903508
07-Oct-2026 21:03:44 x = 0.240406 +/- 1.10742 arcsec
07-Oct-2026 21:03:44 y = -0.0824503 +/- 0.969818 arcsec
07-Oct-2026 21:03:44 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:46 2026-10-08 01:03:46        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:46 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:46 iter=0:   reduced chi2=0.501728:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:46 iter=1:   reduced chi2=0.00217666:  I=0.00150831,  dir=[1.40788e-05, 9.95773e-06] arcsec
07-Oct-2026 21:03:46 iter=2:   reduced chi2=0.00217616:  I=0.000510322,  dir=[0.00935402, 0.00661427] arcsec
07-Oct-2026 21:03:46 iter=3:   reduced chi2=0.00217616:  I=0.000511476,  dir=[0.0392212, 0.0243698] arcsec
07-Oct-2026 21:03:46 iter=4:   reduced chi2=0.00217615:  I=0.000516714,  dir=[0.0766723, 0.037258] arcsec
07-Oct-2026 21:03:46 iter=5:   reduced chi2=0.00217615:  I=0.000523594,  dir=[0.124002, 0.0466822] arcsec
07-Oct-2026 21:03:46 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:46 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:46 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:46 I = 0.000523594 +/- 0.00903508
07-Oct-2026 21:03:46 x = 0.124002 +/- 6.27964 arcsec
07-Oct-2026 21:03:46 y = 0.0466822 +/- 5.49192 arcsec
07-Oct-2026 21:03:46 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:46
07-Oct-2026 21:03:46 test_timerangeSelect
07-Oct-2026 21:03:46 -----------------------
07-Oct-2026 21:03:46
07-Oct-2026 21:03:46 Check that the timerange parameter properly selects the desired timerange
07-Oct-2026 21:03:46 PASSED
07-Oct-2026 21:03:46
07-Oct-2026 21:03:46 test_task_uvmodelfit.py::uvmodelfit_test::test_uvrangeSelect 2026-10-08 01:03:47        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:46 There are 3440 - 3 = 3437 degrees of freedom.
07-Oct-2026 21:03:46 iter=0:   reduced chi2=0.500333:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:46 iter=1:   reduced chi2=4.73559e-05:  I=0.00114933,  dir=[-0.000549538, 1.07287e-05] arcsec
07-Oct-2026 21:03:46 iter=2:   reduced chi2=4.68293e-05:  I=0.000151181,  dir=[-0.47899, 0.00933264] arcsec
07-Oct-2026 21:03:46 iter=3:   reduced chi2=4.67821e-05:  I=0.000332335,  dir=[-4.03323, -0.0859994] arcsec
07-Oct-2026 21:03:46 iter=4:   reduced chi2=4.65965e-05:  I=0.000425135,  dir=[-4.4663, -1.56114] arcsec
07-Oct-2026 21:03:46 iter=5:   reduced chi2=4.64256e-05:  I=0.00085118,  dir=[-5.06439, -1.72933] arcsec
07-Oct-2026 21:03:46 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:46 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:46 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:46 I = 0.00085118 +/- 0.0241121
07-Oct-2026 21:03:46 x = -5.06439 +/- 34.2969 arcsec
07-Oct-2026 21:03:46 y = -1.72933 +/- 31.3727 arcsec
07-Oct-2026 21:03:46 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:47 2026-10-08 01:03:48        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:47 There are 8440 - 3 = 8437 degrees of freedom.
07-Oct-2026 21:03:47 iter=0:   reduced chi2=0.500218:  I=1,  dir=[0, 0] arcsec
07-Oct-2026 21:03:47 iter=1:   reduced chi2=1.47216e-06:  I=0.000960188,  dir=[2.69551e-05, 1.00754e-06] arcsec
07-Oct-2026 21:03:47 iter=2:   reduced chi2=9.73043e-07:  I=-3.835e-05,  dir=[0.028114, 0.00105097] arcsec
07-Oct-2026 21:03:47 iter=3:   reduced chi2=9.71377e-07:  I=-3.62331e-05,  dir=[-0.683209, -0.0300068] arcsec
07-Oct-2026 21:03:47 iter=4:   reduced chi2=9.69616e-07:  I=-8.21256e-05,  dir=[-0.919942, 0.215778] arcsec
07-Oct-2026 21:03:47 iter=5:   reduced chi2=9.69552e-07:  I=-9.07441e-05,  dir=[-0.957306, 0.215738] arcsec
07-Oct-2026 21:03:47 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:47 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:47 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:47 I = -9.07441e-05 +/- 0.0153937
07-Oct-2026 21:03:47 x = -0.957306 +/- 91.656 arcsec
07-Oct-2026 21:03:47 y = 0.215738 +/- 89.4617 arcsec
07-Oct-2026 21:03:47 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:48
07-Oct-2026 21:03:48 test_uvrangeSelect
07-Oct-2026 21:03:48 --------------------
07-Oct-2026 21:03:48
07-Oct-2026 21:03:48 Check that the uvrange parameter properly select the uvranges
07-Oct-2026 21:03:48 PASSED
07-Oct-2026 21:03:48
07-Oct-2026 21:03:48 test_task_uvmodelfit.py::uvmodelfit_test::test_varypar 2026-10-08 01:03:49        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:49 There are 24500 - 3 = 24497 degrees of freedom.
07-Oct-2026 21:03:49 iter=0:   reduced chi2=0.500062:  I=1,  dir=[1, 1] arcsec
07-Oct-2026 21:03:49 iter=1:   reduced chi2=7.46868e-06:  I=0.00100539,  dir=[0.999992, 1] arcsec
07-Oct-2026 21:03:49 iter=2:   reduced chi2=6.96963e-06:  I=6.89253e-06,  dir=[0.991957, 1.00281] arcsec
07-Oct-2026 21:03:49 iter=3:   reduced chi2=6.96949e-06:  I=6.96351e-06,  dir=[-0.174069, 1.40248] arcsec
07-Oct-2026 21:03:49 iter=4:   reduced chi2=6.96921e-06:  I=2.56854e-05,  dir=[0.214229, 1.38695] arcsec
07-Oct-2026 21:03:49 iter=5:   reduced chi2=6.96919e-06:  I=2.994e-05,  dir=[0.173962, 1.38327] arcsec
07-Oct-2026 21:03:49 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:49 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:49 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:49 I = 2.994e-05 +/- 0.00903508
07-Oct-2026 21:03:49 x = 0.173962 +/- 109.533 arcsec
07-Oct-2026 21:03:49 y = 1.38327 +/- 96.0549 arcsec
07-Oct-2026 21:03:49 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test1.cl
07-Oct-2026 21:03:49 2026-10-08 01:03:50        WARN        uvmodelfit::calibrater::setvi(bool,bool)        Forcing use of OLD VisibilityIterator.
07-Oct-2026 21:03:49 There are 24500 - 1 = 24499 degrees of freedom.
07-Oct-2026 21:03:49 iter=0:   reduced chi2=0.500021:  I=1,  dir=[1, 1] arcsec
07-Oct-2026 21:03:49 iter=1:   reduced chi2=7.46808e-06:  I=0.00100539,  dir=[1, 1] arcsec
07-Oct-2026 21:03:49 iter=2:   reduced chi2=6.96906e-06:  I=6.89195e-06,  dir=[1, 1] arcsec
07-Oct-2026 21:03:49 iter=3:   reduced chi2=6.96906e-06:  I=6.39283e-06,  dir=[1, 1] arcsec
07-Oct-2026 21:03:50 iter=4:   reduced chi2=6.96906e-06:  I=6.3927e-06,  dir=[1, 1] arcsec
07-Oct-2026 21:03:50 iter=5:   reduced chi2=6.96906e-06:  I=6.3927e-06,  dir=[1, 1] arcsec
07-Oct-2026 21:03:50 If data weights are arbitrarily scaled, the following formal errors
07-Oct-2026 21:03:50 will be underestimated by at least a factor sqrt(reduced chi2). If
07-Oct-2026 21:03:50 the fit is systematically poor, the errors are much worse.
07-Oct-2026 21:03:50 I = 6.3927e-06 +/- 0.00903508
07-Oct-2026 21:03:50 x = 1 +/- 0 arcsec
07-Oct-2026 21:03:50 y = 1 +/- 0 arcsec
07-Oct-2026 21:03:50 Writing componentlist to file: /home/casatest/casa6/casatestutils/nosedir/test_task_uvmodelfit/test2.cl
07-Oct-2026 21:03:50
07-Oct-2026 21:03:50 test_varypar
07-Oct-2026 21:03:50 --------------
07-Oct-2026 21:03:50
07-Oct-2026 21:03:50 Check that varypar selects which parameters to let vary the fit
07-Oct-2026 21:03:50 PASSED
07-Oct-2026 21:03:50
07-Oct-2026 21:03:50 - generated xml file: /home/casatest/casa6/casatestutils/nosedir/xml/test_task_uvmodelfit/nose.xml -
07-Oct-2026 21:03:50 ======================== 13 passed, 1 warning in 35.92s ========================
07-Oct-2026 21:03:51 ============================= test session starts ==============================
07-Oct-2026 21:03:51 platform linux -- Python 3.12.9, pytest-9.1.1, pluggy-1.6.0 -- /usr/local/bin/python3.12
07-Oct-2026 21:03:51 cachedir: .pytest_cache
07-Oct-2026 21:03:51 rootdir: /home/casatest/casa6/casatestutils/nosedir/test_task_exportuvfits
07-Oct-2026 21:03:51 configfile: pytest.ini
07-Oct-2026 21:03:53 collecting ... collected 15 items
07-Oct-2026 21:03:53
07-Oct-2026 21:03:53
07-Oct-2026 21:03:53 test_task_exportuvfits.py::exportuvfits_test::test_antennaSelection 2026-10-08 01:03:53        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:04:12 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:04:21
07-Oct-2026 21:04:21 Check that the antenna parameter selects a subset of the data
07-Oct-2026 21:04:21 {np.int64(0)} {0}
07-Oct-2026 21:04:21 PASSED
07-Oct-2026 21:04:21
07-Oct-2026 21:04:21 test_task_exportuvfits.py::exportuvfits_test::test_basicExport 2026-10-08 01:04:22        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:05:56 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:05:56
07-Oct-2026 21:05:56 Check that a ms can be exported as a uvfits with no additional parameters
07-Oct-2026 21:05:56 PASSED
07-Oct-2026 21:05:56
07-Oct-2026 21:06:02 test_task_exportuvfits.py::exportuvfits_test::test_columnSelection 2026-10-08 01:06:02        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:07:35 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:07:54 2026-10-08 01:07:54        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:09:25 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:09:40
07-Oct-2026 21:09:40 Check that the data input column can be selected with the datacolumn parameter
07-Oct-2026 21:09:40 PASSED
07-Oct-2026 21:09:40
07-Oct-2026 21:09:40 test_task_exportuvfits.py::exportuvfits_test::test_combineSpws 2026-10-08 01:09:40        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:11:28 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:11:39
07-Oct-2026 21:11:39 Check that combine spw combines all spws into one frequency group
07-Oct-2026 21:11:39 PASSED
07-Oct-2026 21:11:39
07-Oct-2026 21:11:40 test_task_exportuvfits.py::exportuvfits_test::test_exportOverwrite
07-Oct-2026 21:11:40 CAS-5492: test the overwrite parameter when exporting MSes to uvfits
07-Oct-2026 21:11:40 PASSED
07-Oct-2026 21:11:40
07-Oct-2026 21:11:40 test_task_exportuvfits.py::exportuvfits_test::test_fieldSelection 2026-10-08 01:11:41        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:12:38 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:12:42
07-Oct-2026 21:12:42 Check that field selection properly selects a subset of the data
07-Oct-2026 21:12:42 PASSED
07-Oct-2026 21:12:42
07-Oct-2026 21:12:43 test_task_exportuvfits.py::exportuvfits_test::test_missingWeights 2026-10-08 01:12:43        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:14:14 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:14:21
07-Oct-2026 21:14:21 Check that a WEIGHT_SPECTRUM column is created and filled if one does not exist
07-Oct-2026 21:14:21 PASSED
07-Oct-2026 21:14:21
07-Oct-2026 21:14:21 test_task_exportuvfits.py::exportuvfits_test::test_multiSourceImage 2026-10-08 01:14:22        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:14:57 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:15:01 2026-10-08 01:15:02        WARN        MSFitsInput::fillExtraTable        No systemic velocity for field 0
07-Oct-2026 21:15:01 2026-10-08 01:15:02        WARN        MSFitsInput::fillExtraTable        No rest frequency for field 0
07-Oct-2026 21:15:01 2026-10-08 01:15:02        WARN        MSFitsInput::fillExtraTable        No systemic velocity for field 0
07-Oct-2026 21:15:01 2026-10-08 01:15:02        WARN        MSFitsInput::fillExtraTable        No rest frequency for field 0
07-Oct-2026 21:15:01 2026-10-08 01:15:02        WARN        MSFitsInput::fillExtraTable        No systemic velocity for field 0
07-Oct-2026 21:15:01 2026-10-08 01:15:02        WARN        MSFitsInput::fillExtraTable        No rest frequency for field 0
07-Oct-2026 21:15:01 2026-10-08 01:15:02        WARN        MSFitsInput::fillExtraTable        No systemic velocity for field 0
07-Oct-2026 21:15:01 2026-10-08 01:15:02        WARN        MSFitsInput::fillExtraTable        No rest frequency for field 0
07-Oct-2026 21:15:03
07-Oct-2026 21:15:03 Check multisource is not overwritten and one source is present
07-Oct-2026 21:15:03 PASSED
07-Oct-2026 21:15:03
07-Oct-2026 21:15:03 test_task_exportuvfits.py::exportuvfits_test::test_multiSourceOverwrite 2026-10-08 01:15:03        WARN        exportuvfits::MSFitsOutput::write        Multiple sources are present, thus written as a multi-source FITS file
07-Oct-2026 21:15:03 2026-10-08 01:15:03        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:16:41 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:16:41
07-Oct-2026 21:16:41 Check that if mutisource is False when multiple sources are present then it will use multisource
07-Oct-2026 21:16:41 PASSED
07-Oct-2026 21:16:41
07-Oct-2026 21:16:46 test_task_exportuvfits.py::exportuvfits_test::test_noRestFreqs
07-Oct-2026 21:16:46 CAS-11514: test exporting an MS with no rest frequencies in the SOURCE table
07-Oct-2026 21:16:46 PASSED
07-Oct-2026 21:16:46
07-Oct-2026 21:16:47 test_task_exportuvfits.py::exportuvfits_test::test_no_source_table
07-Oct-2026 21:16:47 CAS-11514: test exporting an MS with no rest frequencies in the SOURCE table
07-Oct-2026 21:16:47 PASSED
07-Oct-2026 21:16:47
07-Oct-2026 21:16:56 test_task_exportuvfits.py::exportuvfits_test::test_padWithFlags 2026-10-08 01:16:56        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:18:33 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:18:39
07-Oct-2026 21:18:39 Check that missisng data is filled with flags
07-Oct-2026 21:18:39 PASSED
07-Oct-2026 21:18:39
07-Oct-2026 21:18:39 test_task_exportuvfits.py::exportuvfits_test::test_spwSelection 2026-10-08 01:18:39        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:19:30 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:19:34
07-Oct-2026 21:19:34 Check that spw selection properly selects a subset of the data
07-Oct-2026 21:19:34 PASSED
07-Oct-2026 21:19:34
07-Oct-2026 21:19:34 test_task_exportuvfits.py::exportuvfits_test::test_timerangeSelection 2026-10-08 01:19:34        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:20:01 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:20:07
07-Oct-2026 21:20:07 Check that the timerange parameter selects a subset of the data
07-Oct-2026 21:20:07 PASSED
07-Oct-2026 21:20:07
07-Oct-2026 21:20:07 test_task_exportuvfits.py::exportuvfits_test::test_useStationName 2026-10-08 01:20:08        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:21:40 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:21:52 2026-10-08 01:21:52        SEVERE        exportuvfits::MSFitsOutput::_writeMain        Cannot deduce MS epoch. Assuming J2000
07-Oct-2026 21:23:24 ....10....20....30....40....50....60....70....80....90....100%
07-Oct-2026 21:23:32
07-Oct-2026 21:23:32 Check that the station names are written with writestation=True
07-Oct-2026 21:23:32 PASSED
07-Oct-2026 21:23:32
07-Oct-2026 21:23:32 - generated xml file: /home/casatest/casa6/casatestutils/nosedir/xml/test_task_exportuvfits/nose.xml -
07-Oct-2026 21:23:32 ================== 15 passed, 1 warning in 1180.91s (0:19:40) ==================
07-Oct-2026 21:23:32 ============================= test session starts ==============================
07-Oct-2026 21:23:32 platform linux -- Python 3.12.9, pytest-9.1.1, pluggy-1.6.0 -- /usr/local/bin/python3.12
07-Oct-2026 21:23:32 cachedir: .pytest_cache
07-Oct-2026 21:23:32 rootdir: /home/casatest/casa6/casatestutils/nosedir/test_task_imreframe
07-Oct-2026 21:23:32 configfile: pytest.ini
07-Oct-2026 21:23:34 collecting ... collected 6 items
07-Oct-2026 21:23:34
07-Oct-2026 21:23:34
07-Oct-2026 21:23:36 test_task_imreframe.py::imreframe_test::test_epoch 2026-10-08 01:23:36        WARN        imreframe::SpectralCoordinate::setFrequencySystem        Resetting the conversion frequency system GEO
07-Oct-2026 21:23:36 2026-10-08 01:23:36        WARN        imreframe::SpectralCoordinate::setFrequencySystem+        to the new native frequency system GEO
07-Oct-2026 21:23:36 2026-10-08 01:23:36        WARN        imreframe::SpectralCoordinate::setFrequencySystem+        You must explicitly reset the conversion frequency system if desired
07-Oct-2026 21:23:36 2026-10-08 01:23:36        WARN        imreframe::ImageRegridder::_doImagesOverlap        At least one of the images exceeds one degree on at one side, not checking for direction plane overlap.
07-Oct-2026 21:23:39 2026-10-08 01:23:39        WARN        imreframe::SpectralCoordinate::setFrequencySystem        Resetting the conversion frequency system TOPO
07-Oct-2026 21:23:39 2026-10-08 01:23:39        WARN        imreframe::SpectralCoordinate::setFrequencySystem+        to the new native frequency system TOPO
07-Oct-2026 21:23:39 2026-10-08 01:23:39        WARN        imreframe::SpectralCoordinate::setFrequencySystem+        You must explicitly reset the conversion frequency system if desired
07-Oct-2026 21:23:39 2026-10-08 01:23:39        WARN        imreframe::ImageRegridder::_doImagesOverlap        At least one of the images exceeds one degree on at one side, not checking for direction plane overlap.
07-Oct-2026 21:23:42
07-Oct-2026 21:23:42 test_epoch
07-Oct-2026 21:23:42 -------------
07-Oct-2026 21:23:42
07-Oct-2026 21:23:42 Test that the epoch paramter gives the epoch to be associated with the final image only works for outframe = geo and topo
07-Oct-2026 21:23:42 PASSED
07-Oct-2026 21:23:42
07-Oct-2026 21:23:43 test_task_imreframe.py::imreframe_test::test_makesfile
07-Oct-2026 21:23:43 test_makesfile
07-Oct-2026 21:23:43 ----------------
07-Oct-2026 21:23:43
07-Oct-2026 21:23:43 Test to check that the input image is accepted and an output is generated
07-Oct-2026 21:23:43 PASSED
07-Oct-2026 21:23:43
07-Oct-2026 21:23:43 test_task_imreframe.py::imreframe_test::test_modifyim
07-Oct-2026 21:23:43 test_modifyim
07-Oct-2026 21:23:43 ----------------
07-Oct-2026 21:23:43
07-Oct-2026 21:23:43 Test that when no outout is given the original file is modified instead
07-Oct-2026 21:23:43 PASSED
07-Oct-2026 21:23:43
07-Oct-2026 21:23:44 test_task_imreframe.py::imreframe_test::test_outframe
07-Oct-2026 21:23:44 test_outframe
07-Oct-2026 21:23:44 ---------------
07-Oct-2026 21:23:44
07-Oct-2026 21:23:44 Test that the new parameters are used and provide different images than the unmodified one
07-Oct-2026 21:23:44
07-Oct-2026 21:23:44 Check the log file for the change in spectral reference
07-Oct-2026 21:23:44 PASSED
07-Oct-2026 21:23:44
07-Oct-2026 21:23:47 test_task_imreframe.py::imreframe_test::test_outframe_lowercase
07-Oct-2026 21:23:47 test_outframe_lowercase
07-Oct-2026 21:23:47 ----------------------
07-Oct-2026 21:23:47
07-Oct-2026 21:23:47 Test that the new parameters are used and provide different images than the unmodified one
07-Oct-2026 21:23:47
07-Oct-2026 21:23:47 Check the log file for the change in spectral reference
07-Oct-2026 21:23:47 PASSED
07-Oct-2026 21:23:47
07-Oct-2026 21:23:48 test_task_imreframe.py::imreframe_test::test_restfreq
07-Oct-2026 21:23:48 test_restfreq
07-Oct-2026 21:23:48 ---------------
07-Oct-2026 21:23:48
07-Oct-2026 21:23:48 Test that the rest frequency sets the rest frequency to use for the velocity value
07-Oct-2026 21:23:48 PASSED
07-Oct-2026 21:23:48
07-Oct-2026 21:23:48 - generated xml file: /home/casatest/casa6/casatestutils/nosedir/xml/test_task_imreframe/nose.xml -
07-Oct-2026 21:23:48 ======================== 6 passed, 1 warning in 15.10s =========================
07-Oct-2026 21:23:48 ============================= test session starts ==============================
07-Oct-2026 21:23:48 platform linux -- Python 3.12.9, pytest-9.1.1, pluggy-1.6.0 -- /usr/local/bin/python3.12
07-Oct-2026 21:23:48 cachedir: .pytest_cache
07-Oct-2026 21:23:48 rootdir: /home/casatest/casa6/casatestutils/nosedir/test_task_pccor
07-Oct-2026 21:23:48 configfile: pytest.ini
07-Oct-2026 21:23:51 collecting ... collected 19 items
07-Oct-2026 21:23:51
07-Oct-2026 21:23:51
07-Oct-2026 21:41:54 Build CASASPECS-PR234-TTAML228-1 had to be cancelled: it was marked as in progress in DB but no agents were assigned to it.