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"I have JVLA S-band data that contains only two correlations: RR and LL. Can Quartical read just these two correlations? I tried using input_ms.select_corr=[0,1] along with several other correlation combinations, but it always fails with the error message: RuntimeError: Table DataManager error: Internal error: StManIndArray::get/put shapes not conforming."
[20240804_173653.log.qc.txt]
Here is the log file
(https://github.com/user-attachments/files/16489265/20240804_173653.log.qc.txt)
On Mon, Aug 5, 2024 at 1:57 AM Viral Parekh ***@***.***> wrote:
"I have JVLA S-band data that contains only two correlations: RR and LL.
Can Quartical read just these two correlations? I tried using
input_ms.select_corr=[0,1] along with several other correlation
combinations, but it always fails with the error message: RuntimeError:
Table DataManager error: Internal error: StManIndArray::get/put shapes not
conforming."
[20240804_173653.log.qc.txt]
Here is the log file
(
https://github.com/user-attachments/files/16489265/20240804_173653.log.qc.txt
)
goquartical input_ms.path="+str(vis)+" input_ms.data_column=DATA
input_ms.select_fields=[2] input_ms.time_chunk='5s'
input_ms.select_corr=[0,1] input_ms.freq_chunk='0'
input_model.recipe=MODEL_DATA solver.terms='[G,K]'
solver.iter_recipe='[50,50,50,50,50,50,50,50,50]'
solver.propagate_flags=True solver.robust=True solver.threads=1
solver.convergence_fraction=0.99 solver.convergence_criteria=1e-06
output.log_directory=output/KG.outputs.qc/log
output.gain_directory=output/KG.output.gain.qc output.overwrite=1
output.products=[corrected_data,corrected_residual,corrected_weight]
output.columns=[CORRECTED_DATA,CORRECTED_RESIDUAL,WEIGHT_SPECTRUM]
output.flags=True dask.threads=6 dask.workers=6 dask.scheduler=threads
G.type=diag_complex G.time_interval='30s' G.freq_interval='0'
G.initial_estimate=False G.solve_per=antenna G.interp_mode=reim
G.interp_method=2dlinear mad_flags.enable=True mad_flags.threshold_bl=6
mad_flags.threshold_global=8 mad_flags.max_deviation=1000
K.time_interval='1s' K.freq_interval='0' K.type=delay_and_offset
K.initial_estimate=False K.interp_mode=reim K.interp_method=2dlinear
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"I have JVLA S-band data that contains only two correlations: RR and LL. Can Quartical read just these two correlations? I tried using input_ms.select_corr=[0,1] along with several other correlation combinations, but it always fails with the error message: RuntimeError: Table DataManager error: Internal error: StManIndArray::get/put shapes not conforming."
[20240804_173653.log.qc.txt]
Here is the log file
(https://github.com/user-attachments/files/16489265/20240804_173653.log.qc.txt)
goquartical input_ms.path="+str(vis)+" input_ms.data_column=DATA input_ms.select_fields=[2] input_ms.time_chunk='5s' input_ms.select_corr=[0,1] input_ms.freq_chunk='0' input_model.recipe=MODEL_DATA solver.terms='[G,K]' solver.iter_recipe='[50,50,50,50,50,50,50,50,50]' solver.propagate_flags=True solver.robust=True solver.threads=1 solver.convergence_fraction=0.99 solver.convergence_criteria=1e-06 output.log_directory=output/KG.outputs.qc/log output.gain_directory=output/KG.output.gain.qc output.overwrite=1 output.products=[corrected_data,corrected_residual,corrected_weight] output.columns=[CORRECTED_DATA,CORRECTED_RESIDUAL,WEIGHT_SPECTRUM] output.flags=True dask.threads=6 dask.workers=6 dask.scheduler=threads G.type=diag_complex G.time_interval='30s' G.freq_interval='0' G.initial_estimate=False G.solve_per=antenna G.interp_mode=reim G.interp_method=2dlinear mad_flags.enable=True mad_flags.threshold_bl=6 mad_flags.threshold_global=8 mad_flags.max_deviation=1000 K.time_interval='1s' K.freq_interval='0' K.type=delay_and_offset K.initial_estimate=False K.interp_mode=reim K.interp_method=2dlinear
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