def _perform(self):
args = self.action.args
img = args.img
h, w = img.shape
out_args = Arguments()
out_args.name = args.name
out_args.img = self._applyAHEC(img).reshape((h, w)).astype(dtype="uint8")
return out_args
def _perform(self):
"""
Expects action.args.name as fits file name
Returns HDUs or (later) data model
"""
name = self.action.args.name
self.logger.debug(f"Reading {name}")
out_args = Arguments()
out_args.name = name
out_args.img = self.readData(name)
return out_args
def _perform(self):
'''
Expects action.args.name as fits file name
Returns HDUs or (later) data model
'''
name = self.action.args.name
self.logger.info(f"Reading {name}")
out_args = Arguments()
out_args.name = name
out_args.hdus = open_nowarning(name)
return out_args
def _perform(self):
# if self.context.data_set is None:
# self.context.data_set = DataSet(None, self.logger, self.config,
# self.context.event_queue)
# self.context.data_set.append_item(self.action.args.name)
self.logger.info(
"------------------- Ingesting file %s -------------------" %
self.action.args.name)
self.name = self.action.args.name
out_args = Arguments()
ccddata, table = kcwi_fits_reader(self.name)
# save the ccd data into an object
# that can be shared across the functions
self.ccddata = ccddata
out_args.ccddata = ccddata
out_args.table = table
imtype = self.get_keyword("IMTYPE")
groupid = self.get_keyword("GROUPID")
if imtype is None:
fname = os.path.basename(self.action.args.name)
self.logger.warn(f"Unknown IMTYPE {fname}")
out_args.name = self.action.args.name
out_args.imtype = imtype
out_args.groupid = groupid
# CAMERA
out_args.camera = self.camera()
# DICH
out_args.dich = self.dich()
# CAMANGLE
out_args.camangle = self.camang()
# FILTER
out_args.filter = self.filter()
# GRANGLE
out_args.grangle = self.grangle()
# GRATING
out_args.grating = self.grating()
# ADJANGLE
out_args.adjang = self.adjang()
# RHO
out_args.rho = self.rho()
# CWAVE
out_args.cwave = self.cwave()
# RESOLUTION
out_args.resolution = self.resolution()
# ATSIG
out_args.atsig = self.atsig()
# DELTA WAVE OUT
out_args.dwout = self.delta_wave_out()
# NAMPS
out_args.namps = int(self.get_keyword('NVIDINP'))
# NASMASK
out_args.nasmask = self.nasmask()
# SHUFROWS
out_args.shufrows = self.shufrows()
# NUMOPEN
out_args.numopen = self.numopen()
# AMPMODE
out_args.ampmode = self.ampmode()
# BINNING
out_args.xbinsize, out_args.ybinsize = \
map(int, self.get_keyword('BINNING').split(','))
# IFUNUM
out_args.ifunum = int(self.get_keyword('IFUNUM'))
# IFUNAM
out_args.ifuname = self.get_keyword('IFUNAM')
# PLOTLABEL
out_args.plotlabel = self.plotlabel()
# ILUM
out_args.illum = self.illum()
# MAPCCD
out_args.map_ccd = self.map_ccd()
# CALIBRATION LAMP
out_args.calibration_lamp = self.calibration_lamp()
# TTIME
out_args.ttime = self.get_keyword('TTIME')
# Are we already in proctab?
out_args.in_proctab = self.context.proctab.in_proctab(
frame=out_args.ccddata)
return out_args
