Loading noche/custom_rounding.py 0 → 100644 +79 −0 Original line number Diff line number Diff line from astropy.io import fits import contextlib _original_astropy_format_float = None class FormattedFloat(float): """ A float subclass that carries a desired number of decimal digits for its string representation. """ def __new__(cls, value, num_digits=None): obj = super().__new__(cls, value) obj._num_digits = num_digits return obj def __str__(self): """ Returns the float value as a formatted string based on _num_digits. If _num_digits is None, falls back to default float string representation. """ if self._num_digits is not None: # Use f-string formatting for fixed-point notation return f"{self.__float__():.{self._num_digits}f}" else: # Fallback to default float string representation return super().__str__() def __repr__(self): """ Provides a developer-friendly representation of the FormattedFloat. """ return f"FormattedFloat({super().__repr__()}, num_digits={self._num_digits})" @contextlib.contextmanager def custom_float(): """ Context manager to temporarily override Astropy's internal float formatter. When active, it will use the __str__ method of FormattedFloat instances for FITS header values. """ global _original_astropy_format_float _original_astropy_format_float = fits.card._format_float def _new_format_float_for_fits(value): """ This function replaces Astropy's default float formatter. If the value is a FormattedFloat, it uses its __str__ method. Otherwise, it delegates to the original Astropy formatter. """ if isinstance(value, FormattedFloat): return str(value) # This calls FormattedFloat.__str__ else: return _original_astropy_format_float(value) fits.card._format_float = _new_format_float_for_fits try: # Execute the code within the 'with' block yield finally: # Restore the original formatter when exiting the 'with' block fits.card._format_float = _original_astropy_format_float def header_round(value, num_digits): """ Returns a FormattedFloat instance that, when assigned to an Astropy FITS header within the 'custom_fits_float_formatter_context', will be formatted with the specified number of decimal digits. This function does NOT perform rounding itself, but rather attaches formatting metadata to the float for Astropy's FITS writer. """ return FormattedFloat(value, num_digits) noche/headers/header_base_v1.ini +21 −20 Original line number Diff line number Diff line #------------------------------------------------------------------------------| #--------------------------------------------------------------------------------| [Initial] SIMPLE = True | Standard FITS format BITPIX = 16 | Array data type Loading Loading @@ -46,6 +48,8 @@ INSTRUME = | Instrument name OBSTYPE = | Observation type [Detector] IMAGETYP = | Frame type FILTER = | Photometric filter used DETECTOR = | Detector identifier DETSIZE = | [px] Physical CCD dimensions DETROT = | [deg] Rotation offset of the detector Loading @@ -56,9 +60,6 @@ SET-TEMP = | [C] CCD temperature set point CCD-TEMP = | [C] CCD temperature GAIN = | [e-/ADU] Gain RDNOISE = | [e- RMS] Readout noise IMAGETYP = | Frame type FILTER = | Photometric filter used EXPTIME = | [s] Exposure time XBINNING = | Binning factor in X YBINNING = | Binning factor in Y Loading noche/headers/header_base_v1_with_format.ini 0 → 100644 +99 −0 Original line number Diff line number Diff line #---------------------|-type--|%.f|----------------------------------------------| [Initial] SIMPLE = True | bool | | Standard FITS format BITPIX = 16 | int | | Array data type NAXIS = 2 | int | | Number of data axes NAXIS1 = | int | | [px] Length of data axis 1 (X) NAXIS2 = | int | | [px] Length of data axis 2 (Y) EXTEND = True | bool | | FITS file may contain extensions BSCALE = 1 | int | | Scale factor applied to data BZERO = 32768 | int | | Offset applied to data after scaling OBSERVER = UNKNOWN | str | | Observer name [Object] OBJECT = | str | | Name of observed object RA = | str | | [hh:mm:ss.ss] Right Ascension, sexagesimal DEC = | str | | [+dd:mm:ss.ss] Declination, sexagesimal RA_DEG = | float | 7 | [deg] Right Ascension in decimal degrees DEC_DEG = | float | 7 | [deg] Declination in decimal degrees ALT = | float | 7 | [deg] Altitude of object above horizon AZ = | float | 7 | [deg] Azimuth of object from North (E=90) HA = | float | 2 | [h] Hour Angle LST = | float | 2 | [h] Local Sidereal Time PARANGLE = | float | 2 | [deg] Object Parallactic angle POSANGLE = | float | 2 | [deg] Object Position angle AIRMASS = | float | 2 | Approximate air mass [Time] DATE = | str | | [YYYY-MM-DD] File creation date DATE-OBS = | str | | [YYYY-MM-DDTHH:MM:SS] UTC observation date MJD-OBS = | float | 7 | [d] Modified Julian Date of observation [Telescope] TELESCOP = | str | | Telescope name FOCALLEN = | int | | [mm] Telescope focal length APTDIA = | int | | [mm] Telescope aperture diameter OBS-LONG = | float | 7 | [deg] Observatory longitude (East > 0) OBS-LAT = | float | 7 | [deg] Observatory latitude (North > 0) OBS-ELEV = | int | | [m] Observatory altitude above sea level FOCUSPOS = | int | | [um] Focuser position FOCUSTEM = | float | 2 | [C] Focuser temperature DEROTANG = 0 | float | 2 | [deg] Rotator angle, if any PIERSIDE = UNKNOWN | str | | Side of the camera wrt pier, if any [Imaging] INSTRUME = | str | | Instrument name OBSTYPE = | str | | Observation type [Detector] IMAGETYP = | str | | Frame type FILTER = | str | | Photometric filter used DETECTOR = | str | | Detector identifier DETSIZE = | str | | [px] Physical CCD dimensions DETROT = | float | 2 | [deg] Rotation offset of the detector XPIXSZ = | float | 1 | [um] Pixel X axis size YPIXSZ = | float | 1 | [um] Pixel Y axis size PIXSCALE = | float | 2 | [arcsec/px] Plate scale in binning 1 SET-TEMP = | float | 1 | [C] CCD temperature set point CCD-TEMP = | float | 1 | [C] CCD temperature GAIN = | float | 2 | [e-/ADU] Gain RDNOISE = | float | 2 | [e- RMS] Readout noise EXPTIME = | float | 1 | [s] Exposure time XBINNING = | int | | Binning factor in X YBINNING = | int | | Binning factor in Y [Ambient] SUNALT = | float | 1 | [deg] Sun altitude (< 0 means night) MOONDIST = | float | 1 | [deg] Moon-target angular distance MOONPHAS = | float | 2 | Lunar phase (0=new, 1=full) TEMPERAT = | float | 1 | [C] Ambient temperature [WCS] WCSAXES = 2 | int | | Number of axes CTYPE1 = RA---TAN | str | | Right ascension, gnomonic projection CTYPE2 = DEC--TAN | str | | Declination, gnomonic projection CUNIT1 = deg | str | | Units of coordinate axis 1 CUNIT2 = deg | str | | Units of coordinate axis 2 CRPIX1 = | float | 1 | [px] X reference pixel CRPIX2 = | float | 1 | [px] Y reference pixel CRVAL1 = | float | 7 | [deg] RA at reference pixel CRVAL2 = | float | 7 | [deg] DEC at reference pixel CDELT1 = | float | 7 | [deg/px] RA pixel scale CDELT2 = | float | 7 | [deg/px] DEC pixel scale PC1_1 = -1.0 | float | 5 | Rotation matrix element PC1_2 = 0.0 | float | 5 | Rotation matrix element PC2_1 = 0.0 | float | 5 | Rotation matrix element PC2_2 = 1.0 | float | 5 | Rotation matrix element RADESYS = ICRS | str | | Coordinate system reference frame EQUINOX = 2000.0 | float | 1 | [yr] Equinox of coordinates [Final] FILEORIG = | str | | Original file name SWCREATE = | str | | Software that created FILEORIG CHECKSUM = | str | | Checksum of header DATASUM = | str | | Data sum of FITS file ORIGIN = NOCHE v0.1 | str | | Origin of FITS file COMMENT = NOCTIS common header HISTORY = Updated by NOCHE noche/noche.py +88 −55 Original line number Diff line number Diff line Loading @@ -13,6 +13,8 @@ from astropy.io import fits from astropy import units as u from astropy import log from .custom_rounding import custom_float, header_round class Noche: """ This class provides tools to initialize and populate a FITS header for Loading Loading @@ -102,6 +104,7 @@ class Noche: for key, value in config.items(section): try: val, comment = value.split("|") # val, typ, fmt, comment = value.split("|") comment = comment.strip() except ValueError: # HISTORY and COMMENT have no comment Loading Loading @@ -349,12 +352,14 @@ class Noche: time = Time(obstime) self.set_obstime(time) with custom_float(): self.header['RA'] = coord.ra.to_string(unit=u.hourangle, sep=':', pad=True, precision=1) self.header['DEC'] = coord.dec.to_string(unit=u.deg, sep=':', pad=True, precision=1) self.header['RA_DEG'] = coord.ra.deg self.header['DEC_DEG'] = coord.dec.deg self.header['RA_DEG'] = header_round(coord.ra.deg, 7) self.header['DEC_DEG'] = header_round(coord.dec.deg,7) self._update() Loading @@ -378,29 +383,31 @@ class Noche: altaz = self._coord.altaz # Altitudine and Azimuth self.header['ALT'] = round(altaz.alt.deg, 7) self.header['AZ'] = round(altaz.az.deg, 7) self.header['AIRMASS'] = round(altaz.secz.value, 2) with custom_float(): self.header['ALT'] = header_round(altaz.alt.deg, 7) self.header['AZ'] = header_round(altaz.az.deg, 7) self.header['AIRMASS'] = header_round(altaz.secz.value, 2) # Local Sideral Time and Hour Angle lst = self._obstime.sidereal_time('mean', longitude=self._location.lon) ha = (lst - self._coord.ra).hour lst_hours = lst.hour self.header['LST'] = round(lst_hours, 2) self.header['HA'] = round(ha, 2) self.header['LST'] = header_round(lst_hours, 2) self.header['HA'] = header_round(ha, 2) # Position angle: with respect to Celestial North Pole north_celestial = SkyCoord(ra=0*u.deg, dec=90*u.deg, frame='icrs') posangle = self._coord.position_angle(north_celestial).to(u.deg).value self.header['POSANGLE'] = round(posangle, 2) self.header['POSANGLE'] = header_round(posangle, 2) # Parallactic angle: between local meridian and celestial axis parangle = (posangle - altaz.az.deg + 360) % 360 if parangle > 180: parangle -= 360 # Wrap to [-180, 180] self.header['PARANGLE'] = round(parangle, 2) self.header['PARANGLE'] = header_round(parangle, 2) def set_wcs(self, angle=None): Loading Loading @@ -429,9 +436,10 @@ class Noche: _, xsize = map(int, x_str.split(':')) _, ysize = map(int, y_str.split(':')) with custom_float(): crpix = [xsize/self.header["XBINNING"]/2, ysize/self.header["YBINNING"]/2] cdelt1 = round(self.header["PIXSCALE"]*self.header["XBINNING"]*u.arcsec.to(u.deg), 7) cdelt2 = round(self.header["PIXSCALE"]*self.header["YBINNING"]*u.arcsec.to(u.deg), 7) cdelt1 = header_round(self.header["PIXSCALE"]*self.header["XBINNING"]*u.arcsec.to(u.deg), 7) cdelt2 = header_round(self.header["PIXSCALE"]*self.header["YBINNING"]*u.arcsec.to(u.deg), 7) if not angle: angle = self.header["DEROTANG"] + self.header["DETROT"] Loading @@ -446,12 +454,13 @@ class Noche: flip = -1 # East to the left self.header['CRPIX1'] = crpix[0] self.header['CRPIX2'] = crpix[1] self.header['CRVAL1'] = crval_ra self.header['CRVAL2'] = crval_dec self.header['CDELT1'] = cdelt1 * flip self.header['CDELT2'] = cdelt2 with custom_float(): self.header['CRPIX1'] = header_round(crpix[0], 7) self.header['CRPIX2'] = header_round(crpix[1], 7) self.header['CRVAL1'] = header_round(crval_ra, 7) 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) Loading Loading @@ -482,18 +491,21 @@ class Noche: moon = get_body("moon", time) moon.location = loc with custom_float(): # MOONDIST: angular distance between target and Moon moondist = moon.separation(self._coord, origin_mismatch="ignore").deg self.header['MOONDIST'] = round(moondist, 1) self.header['MOONDIST'] = header_round(moondist, 1) # MOONPHAS: Moon phase elongation = moon.separation(sun).deg moonphas = (1 + np.cos(np.radians(elongation))) / 2 self.header['MOONPHAS'] = round(moonphas, 2) self.header['MOONPHAS'] = header_round(moonphas, 2) # SUNALT: Sun altitude above the horizon sunalt = sun.altaz.alt.deg self.header['SUNALT'] = round(sunalt, 1) self.header['SUNALT'] = header_round(sunalt, 1) def check_empty(self): Loading Loading @@ -549,7 +561,8 @@ class Noche: self.set_wcs() def _parse(self, val): def _parse(self, val, typ=None, fmt=None): """ Parse values from configuration file. Loading Loading @@ -590,3 +603,23 @@ class Noche: pass return val def _parse2(self, val, typ, fmt): type_mapping = { "bool": bool, "float": float, "int": int, "str": str, } if typ in type_mapping: the_type = type_mapping[typ.strip()] val = the_type(val) if typ.strip() == "float": val = header_round(val, fmt) else: log.error(f"Not supported type: {typ}") return val Loading
noche/custom_rounding.py 0 → 100644 +79 −0 Original line number Diff line number Diff line from astropy.io import fits import contextlib _original_astropy_format_float = None class FormattedFloat(float): """ A float subclass that carries a desired number of decimal digits for its string representation. """ def __new__(cls, value, num_digits=None): obj = super().__new__(cls, value) obj._num_digits = num_digits return obj def __str__(self): """ Returns the float value as a formatted string based on _num_digits. If _num_digits is None, falls back to default float string representation. """ if self._num_digits is not None: # Use f-string formatting for fixed-point notation return f"{self.__float__():.{self._num_digits}f}" else: # Fallback to default float string representation return super().__str__() def __repr__(self): """ Provides a developer-friendly representation of the FormattedFloat. """ return f"FormattedFloat({super().__repr__()}, num_digits={self._num_digits})" @contextlib.contextmanager def custom_float(): """ Context manager to temporarily override Astropy's internal float formatter. When active, it will use the __str__ method of FormattedFloat instances for FITS header values. """ global _original_astropy_format_float _original_astropy_format_float = fits.card._format_float def _new_format_float_for_fits(value): """ This function replaces Astropy's default float formatter. If the value is a FormattedFloat, it uses its __str__ method. Otherwise, it delegates to the original Astropy formatter. """ if isinstance(value, FormattedFloat): return str(value) # This calls FormattedFloat.__str__ else: return _original_astropy_format_float(value) fits.card._format_float = _new_format_float_for_fits try: # Execute the code within the 'with' block yield finally: # Restore the original formatter when exiting the 'with' block fits.card._format_float = _original_astropy_format_float def header_round(value, num_digits): """ Returns a FormattedFloat instance that, when assigned to an Astropy FITS header within the 'custom_fits_float_formatter_context', will be formatted with the specified number of decimal digits. This function does NOT perform rounding itself, but rather attaches formatting metadata to the float for Astropy's FITS writer. """ return FormattedFloat(value, num_digits)
noche/headers/header_base_v1.ini +21 −20 Original line number Diff line number Diff line #------------------------------------------------------------------------------| #--------------------------------------------------------------------------------| [Initial] SIMPLE = True | Standard FITS format BITPIX = 16 | Array data type Loading Loading @@ -46,6 +48,8 @@ INSTRUME = | Instrument name OBSTYPE = | Observation type [Detector] IMAGETYP = | Frame type FILTER = | Photometric filter used DETECTOR = | Detector identifier DETSIZE = | [px] Physical CCD dimensions DETROT = | [deg] Rotation offset of the detector Loading @@ -56,9 +60,6 @@ SET-TEMP = | [C] CCD temperature set point CCD-TEMP = | [C] CCD temperature GAIN = | [e-/ADU] Gain RDNOISE = | [e- RMS] Readout noise IMAGETYP = | Frame type FILTER = | Photometric filter used EXPTIME = | [s] Exposure time XBINNING = | Binning factor in X YBINNING = | Binning factor in Y Loading
noche/headers/header_base_v1_with_format.ini 0 → 100644 +99 −0 Original line number Diff line number Diff line #---------------------|-type--|%.f|----------------------------------------------| [Initial] SIMPLE = True | bool | | Standard FITS format BITPIX = 16 | int | | Array data type NAXIS = 2 | int | | Number of data axes NAXIS1 = | int | | [px] Length of data axis 1 (X) NAXIS2 = | int | | [px] Length of data axis 2 (Y) EXTEND = True | bool | | FITS file may contain extensions BSCALE = 1 | int | | Scale factor applied to data BZERO = 32768 | int | | Offset applied to data after scaling OBSERVER = UNKNOWN | str | | Observer name [Object] OBJECT = | str | | Name of observed object RA = | str | | [hh:mm:ss.ss] Right Ascension, sexagesimal DEC = | str | | [+dd:mm:ss.ss] Declination, sexagesimal RA_DEG = | float | 7 | [deg] Right Ascension in decimal degrees DEC_DEG = | float | 7 | [deg] Declination in decimal degrees ALT = | float | 7 | [deg] Altitude of object above horizon AZ = | float | 7 | [deg] Azimuth of object from North (E=90) HA = | float | 2 | [h] Hour Angle LST = | float | 2 | [h] Local Sidereal Time PARANGLE = | float | 2 | [deg] Object Parallactic angle POSANGLE = | float | 2 | [deg] Object Position angle AIRMASS = | float | 2 | Approximate air mass [Time] DATE = | str | | [YYYY-MM-DD] File creation date DATE-OBS = | str | | [YYYY-MM-DDTHH:MM:SS] UTC observation date MJD-OBS = | float | 7 | [d] Modified Julian Date of observation [Telescope] TELESCOP = | str | | Telescope name FOCALLEN = | int | | [mm] Telescope focal length APTDIA = | int | | [mm] Telescope aperture diameter OBS-LONG = | float | 7 | [deg] Observatory longitude (East > 0) OBS-LAT = | float | 7 | [deg] Observatory latitude (North > 0) OBS-ELEV = | int | | [m] Observatory altitude above sea level FOCUSPOS = | int | | [um] Focuser position FOCUSTEM = | float | 2 | [C] Focuser temperature DEROTANG = 0 | float | 2 | [deg] Rotator angle, if any PIERSIDE = UNKNOWN | str | | Side of the camera wrt pier, if any [Imaging] INSTRUME = | str | | Instrument name OBSTYPE = | str | | Observation type [Detector] IMAGETYP = | str | | Frame type FILTER = | str | | Photometric filter used DETECTOR = | str | | Detector identifier DETSIZE = | str | | [px] Physical CCD dimensions DETROT = | float | 2 | [deg] Rotation offset of the detector XPIXSZ = | float | 1 | [um] Pixel X axis size YPIXSZ = | float | 1 | [um] Pixel Y axis size PIXSCALE = | float | 2 | [arcsec/px] Plate scale in binning 1 SET-TEMP = | float | 1 | [C] CCD temperature set point CCD-TEMP = | float | 1 | [C] CCD temperature GAIN = | float | 2 | [e-/ADU] Gain RDNOISE = | float | 2 | [e- RMS] Readout noise EXPTIME = | float | 1 | [s] Exposure time XBINNING = | int | | Binning factor in X YBINNING = | int | | Binning factor in Y [Ambient] SUNALT = | float | 1 | [deg] Sun altitude (< 0 means night) MOONDIST = | float | 1 | [deg] Moon-target angular distance MOONPHAS = | float | 2 | Lunar phase (0=new, 1=full) TEMPERAT = | float | 1 | [C] Ambient temperature [WCS] WCSAXES = 2 | int | | Number of axes CTYPE1 = RA---TAN | str | | Right ascension, gnomonic projection CTYPE2 = DEC--TAN | str | | Declination, gnomonic projection CUNIT1 = deg | str | | Units of coordinate axis 1 CUNIT2 = deg | str | | Units of coordinate axis 2 CRPIX1 = | float | 1 | [px] X reference pixel CRPIX2 = | float | 1 | [px] Y reference pixel CRVAL1 = | float | 7 | [deg] RA at reference pixel CRVAL2 = | float | 7 | [deg] DEC at reference pixel CDELT1 = | float | 7 | [deg/px] RA pixel scale CDELT2 = | float | 7 | [deg/px] DEC pixel scale PC1_1 = -1.0 | float | 5 | Rotation matrix element PC1_2 = 0.0 | float | 5 | Rotation matrix element PC2_1 = 0.0 | float | 5 | Rotation matrix element PC2_2 = 1.0 | float | 5 | Rotation matrix element RADESYS = ICRS | str | | Coordinate system reference frame EQUINOX = 2000.0 | float | 1 | [yr] Equinox of coordinates [Final] FILEORIG = | str | | Original file name SWCREATE = | str | | Software that created FILEORIG CHECKSUM = | str | | Checksum of header DATASUM = | str | | Data sum of FITS file ORIGIN = NOCHE v0.1 | str | | Origin of FITS file COMMENT = NOCTIS common header HISTORY = Updated by NOCHE
noche/noche.py +88 −55 Original line number Diff line number Diff line Loading @@ -13,6 +13,8 @@ from astropy.io import fits from astropy import units as u from astropy import log from .custom_rounding import custom_float, header_round class Noche: """ This class provides tools to initialize and populate a FITS header for Loading Loading @@ -102,6 +104,7 @@ class Noche: for key, value in config.items(section): try: val, comment = value.split("|") # val, typ, fmt, comment = value.split("|") comment = comment.strip() except ValueError: # HISTORY and COMMENT have no comment Loading Loading @@ -349,12 +352,14 @@ class Noche: time = Time(obstime) self.set_obstime(time) with custom_float(): self.header['RA'] = coord.ra.to_string(unit=u.hourangle, sep=':', pad=True, precision=1) self.header['DEC'] = coord.dec.to_string(unit=u.deg, sep=':', pad=True, precision=1) self.header['RA_DEG'] = coord.ra.deg self.header['DEC_DEG'] = coord.dec.deg self.header['RA_DEG'] = header_round(coord.ra.deg, 7) self.header['DEC_DEG'] = header_round(coord.dec.deg,7) self._update() Loading @@ -378,29 +383,31 @@ class Noche: altaz = self._coord.altaz # Altitudine and Azimuth self.header['ALT'] = round(altaz.alt.deg, 7) self.header['AZ'] = round(altaz.az.deg, 7) self.header['AIRMASS'] = round(altaz.secz.value, 2) with custom_float(): self.header['ALT'] = header_round(altaz.alt.deg, 7) self.header['AZ'] = header_round(altaz.az.deg, 7) self.header['AIRMASS'] = header_round(altaz.secz.value, 2) # Local Sideral Time and Hour Angle lst = self._obstime.sidereal_time('mean', longitude=self._location.lon) ha = (lst - self._coord.ra).hour lst_hours = lst.hour self.header['LST'] = round(lst_hours, 2) self.header['HA'] = round(ha, 2) self.header['LST'] = header_round(lst_hours, 2) self.header['HA'] = header_round(ha, 2) # Position angle: with respect to Celestial North Pole north_celestial = SkyCoord(ra=0*u.deg, dec=90*u.deg, frame='icrs') posangle = self._coord.position_angle(north_celestial).to(u.deg).value self.header['POSANGLE'] = round(posangle, 2) self.header['POSANGLE'] = header_round(posangle, 2) # Parallactic angle: between local meridian and celestial axis parangle = (posangle - altaz.az.deg + 360) % 360 if parangle > 180: parangle -= 360 # Wrap to [-180, 180] self.header['PARANGLE'] = round(parangle, 2) self.header['PARANGLE'] = header_round(parangle, 2) def set_wcs(self, angle=None): Loading Loading @@ -429,9 +436,10 @@ class Noche: _, xsize = map(int, x_str.split(':')) _, ysize = map(int, y_str.split(':')) with custom_float(): crpix = [xsize/self.header["XBINNING"]/2, ysize/self.header["YBINNING"]/2] cdelt1 = round(self.header["PIXSCALE"]*self.header["XBINNING"]*u.arcsec.to(u.deg), 7) cdelt2 = round(self.header["PIXSCALE"]*self.header["YBINNING"]*u.arcsec.to(u.deg), 7) cdelt1 = header_round(self.header["PIXSCALE"]*self.header["XBINNING"]*u.arcsec.to(u.deg), 7) cdelt2 = header_round(self.header["PIXSCALE"]*self.header["YBINNING"]*u.arcsec.to(u.deg), 7) if not angle: angle = self.header["DEROTANG"] + self.header["DETROT"] Loading @@ -446,12 +454,13 @@ class Noche: flip = -1 # East to the left self.header['CRPIX1'] = crpix[0] self.header['CRPIX2'] = crpix[1] self.header['CRVAL1'] = crval_ra self.header['CRVAL2'] = crval_dec self.header['CDELT1'] = cdelt1 * flip self.header['CDELT2'] = cdelt2 with custom_float(): self.header['CRPIX1'] = header_round(crpix[0], 7) self.header['CRPIX2'] = header_round(crpix[1], 7) self.header['CRVAL1'] = header_round(crval_ra, 7) 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) Loading Loading @@ -482,18 +491,21 @@ class Noche: moon = get_body("moon", time) moon.location = loc with custom_float(): # MOONDIST: angular distance between target and Moon moondist = moon.separation(self._coord, origin_mismatch="ignore").deg self.header['MOONDIST'] = round(moondist, 1) self.header['MOONDIST'] = header_round(moondist, 1) # MOONPHAS: Moon phase elongation = moon.separation(sun).deg moonphas = (1 + np.cos(np.radians(elongation))) / 2 self.header['MOONPHAS'] = round(moonphas, 2) self.header['MOONPHAS'] = header_round(moonphas, 2) # SUNALT: Sun altitude above the horizon sunalt = sun.altaz.alt.deg self.header['SUNALT'] = round(sunalt, 1) self.header['SUNALT'] = header_round(sunalt, 1) def check_empty(self): Loading Loading @@ -549,7 +561,8 @@ class Noche: self.set_wcs() def _parse(self, val): def _parse(self, val, typ=None, fmt=None): """ Parse values from configuration file. Loading Loading @@ -590,3 +603,23 @@ class Noche: pass return val def _parse2(self, val, typ, fmt): type_mapping = { "bool": bool, "float": float, "int": int, "str": str, } if typ in type_mapping: the_type = type_mapping[typ.strip()] val = the_type(val) if typ.strip() == "float": val = header_round(val, fmt) else: log.error(f"Not supported type: {typ}") return val
