Managed exceptions for several kind of missing values (20aa8b1c) · Commits · noctis / noche

noche/custom_rounding.py

+1 −1

Original line number	Diff line number	Diff line
		@@ -67,7 +67,7 @@ def custom_float():
		fits.card._format_float = _original_astropy_format_float


		def header_round(value, num_digits):
		def header_round(value, num_digits=0):
		"""
		Returns a FormattedFloat instance that, when assigned to an Astropy FITS header
		within the 'custom_fits_float_formatter_context', will be formatted

noche/noche.py

+77 −55

Original line number	Diff line number	Diff line
		@@ -101,7 +101,7 @@ class Noche:
		config = self._load_config(path)

		for section in config.sections():
		for key, value in config.items(section):
		for k, value in config.items(section):
		try:
		val, comment = value.split("\|")
		# val, typ, fmt, comment = value.split("\|")
		@@ -111,7 +111,8 @@ class Noche:
		val, comment = value, None

		val = self._parse(val)
		self.header[key] = val, comment
		log.debug(f"{k:<11}: initializing with: {val} / {comment}")
		self.header[k] = val, comment

		self._update()

		@@ -164,9 +165,18 @@ class Noche:
		self.set_location(loc["OBS-LONG"], loc["OBS-LAT"], loc["OBS-ELEV"])

		for k in loc.keys():
		log.info(k)

		if not (k in self.header):
		log.error(f"{k} not in header template")
		continue

		val = self._parse(loc[k])
		if k in self.header:

		if val is None:
		log.warning(f"{k:<8} : fixed value missing! Leave blank")
		pass
		else:
		log.info(f"{k:<11} : set to fixed value, value: {val:<28}")
		self.header[k] = val

		if fits_file:
		@@ -207,14 +217,26 @@ class Noche:
		for k in loc.keys():

		if not (k in self.header):
		log.error(f"{k} not in header")
		log.error(f"{k} not in header template")
		continue

		fits_keyword = loc[k]

		try:
		fits_value = fits_file_header[fits_keyword]
		val = self._parse(fits_value)
		self.header[k] = val
		log.info(f"{k:<8} : {val}")
		log.info(f"{k:<11} : mapped to {fits_keyword:<11}, value: {val:<28}")
		except TypeError as e:
		log.debug(e)
		log.warning(f"{k:<8} : mapped to {fits_keyword:<11}, but empty! Leave empty.")
		except KeyError as e:
		log.debug(e)
		if fits_keyword is None:
		log.warning(f"{k:<8} : mapped to {fits_keyword:<11}, but missing! Leave blank.")
		else:
		log.warning(f"{k:<8} : mapped to nothing! Leave blank.")
		pass

		if k in pre_formulas:
		x = self.header[k]
		@@ -222,9 +244,9 @@ class Noche:
		new_val = eval(pre_formulas[k])
		try:
		self.header[k] = header_round(new_val, digits)
		log.warning(f"{k:<8} (Pre): from {x} to {self.header[k]}")
		log.warning(f"{k:<11}: pre-formula from {x:<28} to {self.header[k]:<28}")
		except Exception as e:
		log.error(f"Failed to evaluate PreFormula for {k}: {e}")
		log.error(f"Failed to evaluate pre-formula for {k}: {e}")

		self.set_coordinates(self.header["RA"],
		self.header["DEC"],
		@@ -238,11 +260,11 @@ class Noche:
		new_val = eval(formula)
		try:
		self.header[k] = header_round(new_val, digits)
		log.warning(f"{k:<8} (Post): from {x} to {self.header[k]}")
		log.warning(f"{k:<8}: tweak from {x:<28} to {self.header[k]:<28}")
		except Exception as e:
		log.error(f"Failed to evaluate PostFormula for {k}: {e}")
		log.error(f"Failed to evaluate tweak for {k}: {e}")
		else:
		log.warning(f"PostFormula skipped: {k} not in header")
		log.warning(f"{k:<8}: skipped as not in header")

		self.header["FILEORIG"] = filename.name

		@@ -465,10 +487,10 @@ class Noche:
		self.header['CRVAL2'] = header_round(crval_dec, 7)
		self.header['CDELT1'] = header_round(cdelt1 * flip, 7)
		self.header['CDELT2'] = header_round(cdelt2, 7)
		self.header["PC1_1"] = +np.cos(angle)
		self.header["PC1_2"] = -np.sin(angle)
		self.header["PC2_1"] = +np.sin(angle)
		self.header["PC2_2"] = +np.cos(angle)
		self.header["PC1_1"] = header_round(+np.cos(angle), 5)
		self.header["PC1_2"] = header_round(-np.sin(angle), 5)
		self.header["PC2_1"] = header_round(+np.sin(angle), 5)
		self.header["PC2_2"] = header_round(+np.cos(angle), 5)


		def set_ambient(self):
		@@ -520,7 +542,7 @@ class Noche:

		for k in self.header:
		if self.header[k] == None:
		print(k, self.header[k])
		log.warning(f"{k:<8}: still empty ({self.header[k]})")

		def load_fits(self, fits_file):
		log.debug(sys._getframe().f_code.co_name)

noche/observatories/grt.ini

+1 −1

Original line number	Diff line number	Diff line
		@@ -33,7 +33,7 @@ FILTER = FILTER # Photometric filter used
		EXPTIME = EXPTIME # [s] Exposure time
		XBINNING = XBINNING # Binning factor in X
		YBINNING = YBINNING # Binning factor in Y
		# TEMPERAT = AOCAMBT # [C] Ambient temperature
		TEMPERAT = # [C] Ambient temperature
		SWCREATE = SWCREATE # Software that created FILEORIG

		[Formula]

noche/observatories/oasdg.ini

0 → 100644

+42 −0

Original line number	Diff line number	Diff line
		[Fixed]
		TELESCOP = OASDG # Telescope name
		APTDIA = 300 # [mm] Telescope aperture diameter
		FOCALLEN = 1950 # [mm] Telescope focal length
		OBS-LONG = 14.5639669 # [deg] Observatory longitude (East > 0)
		OBS-LAT = 40.6239113 # [deg] Observatory latitude (North > 0)
		OBS-ELEV = 647 # [m] Observatory altitude above sea level
		INSTRUME = Agerola instrument # Instrument name
		OBSTYPE = Imaging # Observation type
		DETECTOR = QHY174MM # Detector identifier
		DETSIZE = [1:1900,1:1200] # [px] [1:x,1:y] Physical CCD dimensions
		DETROT = 0.0 # [deg] Rotation offset of the detector
		XPIXSZ = 5.86 # [um] Pixel X axis size
		YPIXSZ = 5.86 # [um] Pixel Y axis size
		PIXSCALE = 0.62 # [arcsec/px] Plate scale in binning 1
		GAIN = # [e-/ADU] Gain
		RDNOISE = # [e- RMS] Readout noise

		[Mapping]
		NAXIS1 = NAXIS1 # [px] X Dimensions of detector
		NAXIS2 = NAXIS2 # [px] Y dimension of detector
		OBSERVER = OBSERVER # Observer name
		OBJECT = OBJECT # Name of observed object
		RA = OBJCTRA # In sexagesimal or decimal format
		DEC = OBJCTDEC # In sexagesimal or decimal format
		DATE-OBS = DATE-OBS # [YYYY-MM-DDTHH:MM:SS] UTC observation date
		FOCUSTEM = FOCUSTEM # [C] Focuser temperature
		FOCUSPOS = FOCUSPOS # [um] Focuser position
		SET-TEMP = SET-TEMP # [C] CCD temperature set point
		CCD-TEMP = CCD-TEMP # [C] CCD temperature
		IMAGETYP = IMAGETYP # Frame type
		FILTER = FILTER # Photometric filter used
		EXPTIME = EXPTIME # [s] Exposure time
		XBINNING = XBINNING # Binning factor in X
		YBINNING = YBINNING # Binning factor in Y
		TEMPERAT = # [C] Ambient temperature
		SWCREATE = SWCREATE # Software that created FILEORIG

		[Formula]


		[Tweak]

noche/observatories/ogg.ini

+2 −2

Original line number	Diff line number	Diff line
		@@ -9,7 +9,7 @@ INSTRUME = OGG obs instrument # Instrument name
		OBSTYPE = Imaging # Observation type
		DETECTOR = CMOS QHY268 # Detector identifier
		DETSIZE = [1:6280,1:4210] # [px] [1:x,1:y] Physical CCD dimensions
		DETROT = 180 # [deg] Rotation offset of the detector
		DETROT = 180.0 # [deg] Rotation offset of the detector
		XPIXSZ = 3.7 # [um] Pixel X axis size
		YPIXSZ = 3.7 # [um] Pixel Y axis size
		PIXSCALE = 1 # [arcsec/px] Plate scale in binning 1
		@@ -24,7 +24,7 @@ OBJECT = OBJECT # Name of observed object
		RA = OBJCTRA # In sexagesimal or decimal format
		DEC = OBJCTDEC # In sexagesimal or decimal format
		DATE-OBS = DATE-OBS # [YYYY-MM-DDTHH:MM:SS] UTC observation date
		# FOCUSTEM = FOCUSTEM # [C] Focuser temperature
		FOCUSTEM = FOCUSTEM # [C] Focuser temperature
		FOCUSPOS = FOCUS # [um] Focuser position
		SET-TEMP = SET-TEMP # [C] CCD temperature set point
		CCD-TEMP = CCD-TEMP # [C] CCD temperature