class EarthLocation(HeaderSchema):
'''
Header cards for the observatory location,
optional as it might be a sattelite
'''
GEOLON = HeaderCard(required=False, type_=float)
GEOLAT = HeaderCard(required=False, type_=float)
ALTITUDE = HeaderCard(required=False, type_=float)
def test_invalid_arguments():
from fits_schema.header import HeaderCard
with pytest.raises(ValueError):
HeaderCard(allowed_values=[(1, 2, 3)])
with pytest.raises(TypeError):
# allowed values does not match allowed type
HeaderCard(type_=str, allowed_values=1)
class __header__(HDUClass):
HDUCLAS1 = HeaderCard(allowed_values='RESPONSE')
HDUCLAS2 = HeaderCard(allowed_values='EDISP')
HDUCLAS3 = HeaderCard(allowed_values={'FULL-ENCLOSURE', 'POINT-LIKE'})
HDUCLAS4 = HeaderCard(allowed_values='EDISP_2D')
RAD_MAX = HeaderCard(type_=float, required=False)
OBS_ID = HeaderCard(type_=int, required=False)
LO_THRES = HeaderCard(type_=float, required=False)
HI_THRES = HeaderCard(type_=float, required=False)
class TimeDefinition(HeaderSchema):
'''
Header keywords for the definition of time columns.
All keywords are requred here.
Add this to the headerschema when a table contains a time column
'''
MJDREFI = HeaderCard(required=True, type_=int)
MJDREFF = HeaderCard(required=True, type_=float)
TIMEUNIT = HeaderCard(required=True, type_=str, allowed_values=['s'])
TIMESYS = HeaderCard(required=True,
type_=str,
allowed_values=['UT1', 'UTC', 'TAI', 'TT'])
TIMEREF = HeaderCard(required=True,
type_=str,
allowed_values=[
'LOCAL',
'SOLARSYSTEM',
'HELIOCENTRIC',
'GEOCENTRIC',
])
class CoordinateSystem(HeaderSchema):
EQUINOX = HeaderCard(type_=float, allowed_values=2000.0, required=False)
RADECSYS = HeaderCard(type_=str, allowed_values={'ICRS', 'FK5'})
class Header(HeaderSchema):
TEST = HeaderCard(type_=[str, int])
class Header(HeaderSchema):
TEST = HeaderCard(empty=False)
class __header__(HDUClass):
HDUCLAS1 = HeaderCard(allowed_values='RESPONSE')
HDUCLAS2 = HeaderCard(allowed_values='RAD_MAX')
HDUCLAS3 = HeaderCard(allowed_values='POINT-LIKE')
HDUCLAS4 = HeaderCard(allowed_values='RAD_MAX_2D')
class __header__(HDUClass):
HDUCLAS1 = HeaderCard(allowed_values='RESPONSE')
HDUCLAS2 = HeaderCard(allowed_values='BKG')
HDUCLAS3 = HeaderCard(allowed_values='FULL-ENCLOSURE')
HDUCLAS4 = HeaderCard(allowed_values='BKG_3D')
FOVALIGN = HeaderCard(allowed_values={'ALTAZ', 'RADEC'})
class HDUClass(HeaderSchema):
'''Minimum HDU* headers for this standard'''
HDUCLASS = HeaderCard(allowed_values='GADF')
HDUDOC = HeaderCard(allowed_values=URL, case_insensitive=False)
HDUVERS = HeaderCard(allowed_values={'v0.2', '0.2'})
class Header(HeaderSchema):
TEST = HeaderCard(allowed_values={'foo'})
class Header(HeaderSchema):
TEST = HeaderCard()
class LengthHeader(HeaderSchema):
MORE_THAN_8 = HeaderCard()
class Header(BaseHeader):
BAR = HeaderCard(type_=int)
class BaseHeader(HeaderSchema):
FOO = HeaderCard()
BAR = HeaderCard(type_=str)
class Object(HeaderSchema):
'''Name and coordinates of observerd object, if any'''
OBJECT = HeaderCard(required=False, type_=str)
RA_OBJ = HeaderCard(required=False, type_=float)
DEC_OBJ = HeaderCard(required=False, type_=float)
class Header(HeaderSchema):
TEST = HeaderCard(allowed_values={'foo'}, case_insensitive=False)
class __header__(HeaderSchema):
TEST = HeaderCard(type_=str)
class LowerHeader(HeaderSchema):
lowercas = HeaderCard()
class DateHeader(HeaderSchema):
DATE_OBS = HeaderCard(keyword='DATE-OBS')
class Header(HeaderSchema):
TEST = HeaderCard(type_=str)
class __header__(HDUClass):
HDUCLAS1 = HeaderCard(allowed_values='RESPONSE')
HDUCLAS2 = HeaderCard(allowed_values='PSF')
HDUCLAS3 = HeaderCard(allowed_values='FULL-ENCLOSURE')
HDUCLAS4 = HeaderCard(allowed_values='PSF_TABLE')
class Header(HeaderSchema):
TEST = HeaderCard(empty=True)
