def getCalibration(self,
adinputs=None,
caltype=None,
refresh=True,
howmany=None):
"""
Uses the calibration manager to population the Calibrations dict for
all frames, updating any existing entries
Parameters
----------
adinputs: list of ADs
files for which calibrations are needed
caltype: str
type of calibration required (e.g., "processed_bias")
refresh: bool
if False, only seek calibrations for ADs without them; otherwise
request calibrations for all ADs
howmany: None/int
maximum number of calibrations to return per AD (None means return
the filename of one, rather than a list of filenames)
"""
log = self.log
ad_rq = adinputs if refresh else [
ad for ad in adinputs if not self._get_cal(ad, caltype)
]
cal_requests = get_cal_requests(ad_rq, caltype)
calibration_records = process_cal_requests(cal_requests,
howmany=howmany)
for ad, calfile in calibration_records.items():
self.calibrations[ad, caltype] = calfile
return adinputs
def getCalibration(self, adinputs=None, caltype=None, refresh=True,
howmany=None):
"""
Uses the calibration manager to population the Calibrations dict for
all frames, updating any existing entries
Parameters
----------
adinputs: list of ADs
files for which calibrations are needed
caltype: str
type of calibration required (e.g., "processed_bias")
refresh: bool
if False, only seek calibrations for ADs without them; otherwise
request calibrations for all ADs
howmany: None/int
maximum number of calibrations to return per AD (None means return
the filename of one, rather than a list of filenames)
"""
log = self.log
ad_rq = adinputs if refresh else [ad for ad in adinputs
if not self._get_cal(ad, caltype)]
cal_requests = get_cal_requests(ad_rq, caltype)
calibration_records = process_cal_requests(cal_requests, howmany=howmany)
for ad, calfile in calibration_records.items():
self.calibrations[ad, caltype] = calfile
return adinputs
def getMDF(self, adinputs=None):
caltype = "mask"
log = self.log
inst_lookups = self.inst_lookups
try:
masks = import_module('.maskdb', inst_lookups)
mdf_dict = getattr(masks, 'mdf_dict')
except (ImportError, AttributeError):
mdf_dict = None
rqs_actual = [
ad for ad in adinputs if self._get_cal(ad, caltype) is None
]
for ad in rqs_actual:
if 'SPECT' in ad.tags:
mask_name = ad.focal_plane_mask()
key = '{}_{}'.format(ad.instrument(), mask_name)
if mdf_dict is not None:
try:
mdf = os.path.join(os.path.dirname(masks.__file__),
'MDF', mdf_dict[key])
except KeyError:
log.warning("MDF not found in {}".format(inst_lookups))
else:
self.calibrations[ad, caltype] = mdf
continue
log.stdinfo("Requesting MDF from fitsstore ...")
mdf_requests = get_cal_requests([ad], caltype)
mdf_records = process_cal_requests(mdf_requests)
for ad, calfile in mdf_records.items():
self.calibrations[ad, caltype] = calfile
return adinputs
def getMDF(self, adinputs=None):
caltype = "mask"
log = self.log
inst_lookups = self.inst_lookups
try:
masks = import_module('.maskdb', inst_lookups)
mdf_dict = getattr(masks, 'mdf_dict')
except (ImportError, AttributeError):
mdf_dict = None
rqs_actual = [ad for ad in adinputs if self._get_cal(ad, caltype) is None]
for ad in rqs_actual:
if 'SPECT' in ad.tags:
mask_name = ad.focal_plane_mask()
key = '{}_{}'.format(ad.instrument(), mask_name)
if mdf_dict is not None:
try:
mdf = os.path.join(os.path.dirname(masks.__file__),
'MDF', mdf_dict[key])
except KeyError:
log.warning("MDF not found in {}".format(inst_lookups))
else:
self.calibrations[ad, caltype] = mdf
continue
log.stdinfo("Requesting MDF from fitsstore ...")
mdf_requests = get_cal_requests([ad], caltype)
mdf_records = process_cal_requests(mdf_requests)
for ad, calfile in mdf_records.items():
self.calibrations[ad, caltype] = calfile
return adinputs
def getCalibration(self, adinputs=None, caltype=None, procmode=None,
refresh=True, howmany=None):
"""
Uses the calibration manager to population the Calibrations dict for
all frames, updating any existing entries
Parameters
----------
adinputs: <list>
List of ADs of files for which calibrations are needed
caltype: <str>
type of calibration required (e.g., "processed_bias")
refresh: <bool>
if False, only seek calibrations for ADs without them; otherwise
request calibrations for all ADs. Default is True.
howmany: <int> or <None>
Maximum number of calibrations to return per AD (None means return
the filename of one, rather than a list of filenames)
"""
log = self.log
ad_rq = adinputs if refresh else [ad for ad in adinputs
if not self._get_cal(ad, caltype)]
# TODO refactor Calibrations out if we stick with this
# If refresh, clear out the cache so we don't use it
if refresh:
for ad in ad_rq:
del self.calibrations[ad, caltype]
cal_requests = get_cal_requests(ad_rq, caltype, procmode)
calibration_records = process_cal_requests(cal_requests, howmany=howmany)
for ad, calfile in calibration_records.items():
self.calibrations[ad, caltype] = calfile
return adinputs