def _write_qaframes(self):
"""Write QA data frame files"""
frm0 = self._make_frame()
frm1 = self._make_frame(camera='b1')
qafrm0 = QA_Frame(frm0)
qafrm1 = QA_Frame(frm1)
# SKY
qafrm0.init_skysub()
qafrm1.init_skysub()
qafrm0.qa_data['SKYSUB']['METRICS'] = {}
qafrm1.qa_data['SKYSUB']['METRICS'] = {}
qafrm0.qa_data['SKYSUB']['METRICS']['NSKY_FIB'] = 10
qafrm1.qa_data['SKYSUB']['METRICS']['NSKY_FIB'] = 30
# FLUX
qafrm0.init_fluxcalib()
qafrm1.init_fluxcalib()
qafrm0.qa_data['FLUXCALIB']['METRICS'] = {}
qafrm0.qa_data['FLUXCALIB']['METRICS']['ZP'] = 24.
qafrm0.qa_data['FLUXCALIB']['METRICS']['RMS_ZP'] = 0.05
qafrm1.qa_data['FLUXCALIB']['METRICS'] = {}
qafrm1.qa_data['FLUXCALIB']['METRICS']['ZP'] = 24.5
qafrm1.qa_data['FLUXCALIB']['METRICS']['RMS_ZP'] = 0.05
# WRITE
write_qa_frame(self.qafile_b0, qafrm0)
write_qa_frame(self.qafile_b1, qafrm1)
def _write_qaframe(self, camera='b0', expid=1, night='20160101', ZPval=24., flavor='science'):
"""Write QA data frame files"""
frm = self._make_frame(camera=camera, expid=expid, night=night, flavor=flavor)
qafrm = QA_Frame(frm)
# SKY
qafrm.init_skysub()
qafrm.qa_data['SKYSUB']['METRICS'] = {}
qafrm.qa_data['SKYSUB']['METRICS']['NSKY_FIB'] = 10
# FLUX
qafrm.init_fluxcalib()
qafrm.qa_data['FLUXCALIB']['METRICS'] = {}
qafrm.qa_data['FLUXCALIB']['METRICS']['ZP'] = ZPval
qafrm.qa_data['FLUXCALIB']['METRICS']['RMS_ZP'] = 0.05
# Outfile
qafile = findfile('qa_data', night=night, expid=expid,
specprod_dir=self.testDir, camera=camera)
# WRITE
write_qa_frame(qafile, qafrm)
self.files_written.append(qafile)
# Generate frame too (for QA_Exposure)
frame = self._make_frame(camera=camera, flavor=flavor, night=night, expid=expid)
frame_file = findfile('frame', night=night, expid=expid, specprod_dir=self.testDir, camera=camera)
_ = write_frame(frame_file, frame)
self.files_written.append(frame_file)
#
return qafile
def _write_qaframe(self,
camera='b0',
expid=1,
night='20160101',
ZPval=24.):
"""Write QA data frame files"""
frm = self._make_frame(camera=camera)
qafrm = QA_Frame(frm)
# SKY
qafrm.init_skysub()
qafrm.qa_data['SKYSUB']['METRICS'] = {}
qafrm.qa_data['SKYSUB']['METRICS']['NSKY_FIB'] = 10
# FLUX
qafrm.init_fluxcalib()
qafrm.qa_data['FLUXCALIB']['METRICS'] = {}
qafrm.qa_data['FLUXCALIB']['METRICS']['ZP'] = ZPval
qafrm.qa_data['FLUXCALIB']['METRICS']['RMS_ZP'] = 0.05
# Outfile
qafile = findfile('qa_data',
night=night,
expid=expid,
specprod_dir=self.testDir,
camera=camera)
# WRITE
write_qa_frame(qafile, qafrm)
self.files_written.append(qafile)
return qafile
def _write_qaframe(self, camera='b0', expid=1, night='20160101', ZPval=24., flavor='science'):
"""Write QA data frame files"""
frm = self._make_frame(camera=camera, expid=expid, night=night, flavor=flavor)
qafrm = QA_Frame(frm)
# SKY
qafrm.init_skysub()
qafrm.qa_data['SKYSUB']['METRICS'] = {}
qafrm.qa_data['SKYSUB']['METRICS']['NSKY_FIB'] = 10
# FLUX
qafrm.init_fluxcalib()
qafrm.qa_data['FLUXCALIB']['METRICS'] = {}
qafrm.qa_data['FLUXCALIB']['METRICS']['ZP'] = ZPval
qafrm.qa_data['FLUXCALIB']['METRICS']['RMS_ZP'] = 0.05
# Outfile
qafile = findfile('qa_data', night=night, expid=expid,
specprod_dir=self.testDir, camera=camera)
# WRITE
write_qa_frame(qafile, qafrm)
self.files_written.append(qafile)
# Generate frame too (for QA_Exposure)
frame = self._make_frame(camera=camera, flavor=flavor, night=night, expid=expid)
frame_file = findfile('frame', night=night, expid=expid, specprod_dir=self.testDir, camera=camera)
_ = write_frame(frame_file, frame)
self.files_written.append(frame_file)
#
return qafile
def test_init_qa_fluxcalib(self):
#- Init FluxCalib dict
qafrm = QA_Frame(self._make_frame(flavor='science'))
qafrm.init_fluxcalib()
assert qafrm.qa_data['FLUXCALIB']['PARAMS']['MAX_ZP_OFF'] > 0.
#- ReInit FluxCalib dict
qafrm.init_fluxcalib(re_init=True)
assert qafrm.qa_data['FLUXCALIB']['PARAMS']['MAX_ZP_OFF'] > 0.
def test_init_qa_fluxcalib(self):
#- Init FluxCalib dict
qafrm = QA_Frame(self._make_frame(flavor='science'))
qafrm.init_fluxcalib()
assert qafrm.qa_data['FLUXCALIB']['PARAMS']['MAX_ZP_OFF'] > 0.
#- ReInit FluxCalib dict
qafrm.init_fluxcalib(re_init=True)
assert qafrm.qa_data['FLUXCALIB']['PARAMS']['MAX_ZP_OFF'] > 0.