| This documentation is intended both for QC scientists and SciOps astronomers (who may want to ignore the technical information displayed in grey).
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| NAME |
pionier_OIFITS_fringeQC.py
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| VERSION |
1.0 -- 2015-06-06
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| SYNTAX |
Python
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| CALL |
measureQuality
from $DFS_PRODUCT/CALIB_FRINGE/$DATE:
pionier_OIFITS_fringeQC.py -a $AB
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| INSTRUMENT |
PIONIER
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| RAWTYPE |
CALIB_FRINGE
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| PURPOSE |
a) generates QC reports
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| PROCINPUT |
No special input is required:
a) $DATE is read from the input AB
c) frames are implicitly read from the AB.
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| QC1TABLE |
trending | table(s) in QC1 database:
pionier_fringe
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| TRENDPLOT |
trending | HealthCheck plot(s) associated to this procedure:
trend_report_VIS_HC.html
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| QC1PAGE |
trending | associated documentation:
interferometry_qc1.html
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QC1PLOTS
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r.PIONI.2016-06-01T01:57:29.124_0000.png
r.PIONI.2016-06-01T01:57:29.124_0000_avraw.png
r.PIONI.2016-06-01T01:57:29.124_0000_channels.png
r.PIONI.2016-06-01T01:57:29.124_0000_combined_raw.png
r.PIONI.2016-06-01T01:57:29.124_0000_raw.png
r.PIONI.2016-06-01T01:57:29.124_0001.png
r.PIONI.2016-06-01T01:57:29.124_0002.png
r.PIONI.2016-06-01T01:57:29.124_0003.png
r.PIONI.2016-06-01T01:57:29.124_0004.png
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| QC1PARAM |
QC1 parameters written into QC1 table :
SOURCE(header/script) DBNAME value description
QC.FLUX1.AVG flux1_avg 300 flux_optical_train1_in_adu
QC.FLUX1.RMS flux1_rms 10 error_on_flux_optical_train1_in_adu
QC.FLUX2.AVG flux2_avg 300 flux_optical_train2_in_adu
QC.FLUX2.RMS flux2_rms 10 error_on_flux_optical_train2_in_adu
QC.FLUX3.AVG flux3_avg 300 flux_optical_train3_in_adu
QC.FLUX3.RMS flux3_rms 10 error_on_flux_optical_train3_in_adu
QC.FLUX4.AVG flux4_avg 300 flux_optical_train4_in_adu
QC.FLUX4.RMS flux4_rms 10 error_on_flux_optical_train4_in_adu
QC.PHI123.AVG phi123_avg Averaged_Closure_phase_baseline123
QC.PHI123.ERR phi123_err error_Closure_phase_baseline123
QC.PHI124.AVG phi124_avg Averaged_Closure_phase_baseline124
QC.PHI124.ERR phi124_err error_Closure_phase_baseline124
QC.PHI134.AVG phi134_avg Averaged_Closure_phase_baseline134
QC.PHI134.ERR phi134_err error_Closure_phase_baseline134
QC.PHI234.AVG phi234_avg Averaged_Closure_phase_baseline234
QC.PHI234.ERR phi234_err error_Closure_phase_baseline234
QC.SNR12.AVG snr12_avg 150 averaged_SNR_on_Vis12
QC.SNR12.RMS snr12_rms 10 error_on_SNR_on_Vis12
QC.SNR13.AVG snr13_avg 150 averaged_SNR_on_Vis13
QC.SNR13.RMS snr13_rms 10 error_on_SNR_on_Vis13
QC.SNR14.AVG snr14_avg 150 averaged_SNR_on_Vis14
QC.SNR14.RMS snr14_rms 10 error_on_SNR_on_Vis14
QC.SNR23.AVG snr23_avg 150 averaged_SNR_on_Vis23
QC.SNR23.RMS snr23_rms 10 error_on_SNR_on_Vis23
QC.SNR24.AVG snr24_avg 150 averaged_SNR_on_Vis24
QC.SNR24.RMS snr24_rms 10 error_on_SNR_on_Vis24
QC.SNR34.AVG snr34_avg 150 averaged_SNR_on_Vis34
QC.SNR34.RMS snr34_rms 10 error_on_SNR_on_Vis34
QC.TFVIS12.AVG tfvis12_avg 0.6 averaged_Transfer_Function_(if_calibrator)_Baseline12
QC.TFVIS13.AVG tfvis13_avg 0.76 averaged_Transfer_Function_(if_calibrator)_Baseline13
QC.TFVIS14.AVG tfvis14_avg 0.4 averaged_Transfer_Function_(if_calibrator)_Baseline14
QC.TFVIS23.AVG tfvis23_avg 0.3 averaged_Transfer_Function_(if_calibrator)_Baseline123br>
QC.TFVIS24.AVG tfvis24_avg 0.9 averaged_Transfer_Function_(if_calibrator)_Baseline24
QC.TFVIS34.AVG tfvis34_avg 0.7 averaged_Transfer_Function_(if_calibrator)_Baseline34
QC.VIS12.AVG vis12_avg 0.6 averaged_Visibility_Baseline12
QC.VIS12.ERR vis12_err 0.001 error_on_Visibility_Baseline12
QC.VIS13.AVG vis13_avg 0.8 averaged_Visibility_Baseline13
QC.VIS13.ERR vis13_err 0.001 error_on_Visibility_Baseline13
QC.VIS14.AVG vis14_avg 0.8 averaged_Visibility_Baseline14
QC.VIS14.ERR vis14_err 0.001 error_on_Visibility_Baseline14
QC.VIS23.AVG vis23_avg 0.8 averaged_Visibility_Baseline23
QC.VIS23.ERR vis23_err 0.001 error_on_Visibility_Baseline23
QC.VIS24.AVG vis24_avg 0.8 averaged_Visibility_Baseline24
QC.VIS24.ERR vis24_err 0.001 error_on_Visibility_Baseline24
QC.VIS34.AVG vis34_avg 0.8 averaged_Visibility_Baseline34
QC.VIS34.ERR vis34_err 0.001 error_on_Visibility_Baseline34
QC.DB.HMAG db_hmag 2.3 H_magnitude_of_calibrator_(if_in_catalog)
QC.DB.DIAM db_diam 1.67 diameter_of_calibrator_(if_in_catalog)
QC.DB.DIAM.ERR diam_err 0.11 error_on_diameter_of_calibrator_(if_in_catalog)
QC.TRANS1 trans1 0.004 transmission_full_train_1
QC.TRANS2 trans2 0.006 transmission_full_train_2
QC.TRANS3 trans3 0.006 transmission_full_train_3
QC.TRANS4 trans4 0.006 transmission_full_train_4
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| ALGORITHM |
Uncalibrated dispersed Visibilities are calculated
A product is generated for each single raw file
Generally a complete OB is a set of 5 raw files (with re-centering of the fringes in between)
If the object observed is present in the calibrator catalogi (same RA and DEC):
PI_GCAL_150501_FAINT.fits
Its diameter, error, and magnitude in H are extracted
An averaged TF is given for each baseline as well
The transmission of the full optical train is calculated
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| CERTIF |
Products are rejected only if there was something wrong with the VLTI.
Products with no fringes or very low Visibilities are kept
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| COMMENTS |
None
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[2016-11-02T07:22:55] created by qcDocu v1.1.2, a tqs tool
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