class BKG_2D(BinaryTable):
'''
Background radially symmetric in the field of view
'''
ENERG_LO = Double(ndim=1, unit=u.TeV)
ENERG_HI = Double(ndim=1, unit=u.TeV)
THETA_LO = Double(ndim=1, unit=u.deg)
THETA_HI = Double(ndim=1, unit=u.deg)
BKG = Double(ndim=2, unit=u.Unit('MeV-1 s-1 sr-1'))
class __header__(HDUClass):
HDUCLAS1 = HeaderCard(allowed_values='RESPONSE')
HDUCLAS2 = HeaderCard(allowed_values='BKG')
HDUCLAS3 = HeaderCard(allowed_values='FULL-ENCLOSURE')
HDUCLAS4 = HeaderCard(allowed_values='BKG_2D')
class RAD_MAX(BinaryTable):
'''
Table with radius of the selection are for point-like irfs in bins
of true energy and field of view offset.
'''
ENERG_LO = Double(ndim=1, unit=u.TeV)
ENERG_HI = Double(ndim=1, unit=u.TeV)
THETA_LO = Double(ndim=1, unit=u.deg)
THETA_HI = Double(ndim=1, unit=u.deg)
RAD_MAX = Double(ndim=2, unit=u.deg)
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 AEFF_2D(BinaryTable):
'''
Radially effective area table in
bins of true energy and field of view offset
'''
ENERG_LO = Double(ndim=1, unit=u.TeV)
ENERG_HI = Double(ndim=1, unit=u.TeV)
THETA_LO = Double(ndim=1, unit=u.deg)
THETA_HI = Double(ndim=1, unit=u.deg)
EFFAREA = Double(ndim=2, unit=u.m**2)
class __header__(HDUClass):
HDUCLAS1 = HeaderCard(allowed_values='RESPONSE')
HDUCLAS2 = HeaderCard(allowed_values='EFF_AREA')
HDUCLAS3 = HeaderCard(allowed_values={'FULL-ENCLOSURE', 'POINT-LIKE'})
HDUCLAS4 = HeaderCard(allowed_values='AEFF_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 PSF_3GAUSS(BinaryTable):
'''
Point Spread Function parameterized by a sum of three Gaussian
distributions in bins of true energy and field of view offset.
'''
ENERG_LO = Double(ndim=1, unit=u.TeV)
ENERG_HI = Double(ndim=1, unit=u.TeV)
THETA_LO = Double(ndim=1, unit=u.deg)
THETA_HI = Double(ndim=1, unit=u.deg)
SCALE = Double(ndim=2, unit=1 / u.sr)
SIGMA_1 = Double(ndim=2, unit=u.deg)
SIGMA_2 = Double(ndim=2, unit=u.deg)
SIGMA_3 = Double(ndim=2, unit=u.deg)
AMPL_2 = Double(ndim=2, unit=u.one)
AMPL_3 = Double(ndim=2, unit=u.one)
class __header__(HDUClass):
HDUCLAS1 = HeaderCard(allowed_values='RESPONSE')
HDUCLAS2 = HeaderCard(allowed_values='PSF')
HDUCLAS3 = HeaderCard(allowed_values='FULL-ENCLOSURE')
HDUCLAS4 = HeaderCard(allowed_values='PSF_3GAUSS')
class BKG_3D(BinaryTable):
'''
Background in two dimensional field of view coordinates
'''
ENERG_LO = Double(ndim=1, unit=u.TeV)
ENERG_HI = Double(ndim=1, unit=u.TeV)
DETX_LO = Double(ndim=1, unit=u.deg)
DETX_HI = Double(ndim=1, unit=u.deg)
DETY_LO = Double(ndim=1, unit=u.deg)
DETY_HI = Double(ndim=1, unit=u.deg)
BKG = Double(ndim=3, unit=u.Unit('MeV-1 s-1 sr-1'))
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 PSF_TABLE(BinaryTable):
'''
Point Spread Function as tabulated probability density
in bins of energy, field of view offset and offset from the point-source
position
'''
ENERG_LO = Double(ndim=1, unit=u.TeV)
ENERG_HI = Double(ndim=1, unit=u.TeV)
THETA_LO = Double(ndim=1, unit=u.deg)
THETA_HI = Double(ndim=1, unit=u.deg)
RAD_LO = Double(ndim=1, unit=u.deg)
RAD_HI = Double(ndim=1, unit=u.deg)
RPSF = Double(ndim=3, unit=1 / u.sr)
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 PSF_KING(BinaryTable):
'''
Point Spread Function parameterized by the King function
'''
ENERG_LO = Double(ndim=1, unit=u.TeV)
ENERG_HI = Double(ndim=1, unit=u.TeV)
THETA_LO = Double(ndim=1, unit=u.deg)
THETA_HI = Double(ndim=1, unit=u.deg)
GAMMA = Double(ndim=2, unit=u.one)
SIGMA = Double(ndim=2, unit=u.deg)
class __header__(HDUClass):
HDUCLAS1 = HeaderCard(allowed_values='RESPONSE')
HDUCLAS2 = HeaderCard(allowed_values='PSF')
HDUCLAS3 = HeaderCard(allowed_values='FULL-ENCLOSURE')
HDUCLAS4 = HeaderCard(allowed_values='PSF_KING')
class EDISP_2D(BinaryTable):
'''
Energy dispersion as relative energy migration in bins of
true energy and field of view offset
'''
ENERG_LO = Double(ndim=1, unit=u.TeV)
ENERG_HI = Double(ndim=1, unit=u.TeV)
MIGRA_LO = Double(ndim=1, unit=u.one)
MIGRA_HI = Double(ndim=1, unit=u.one)
THETA_LO = Double(ndim=1, unit=u.deg)
THETA_HI = Double(ndim=1, unit=u.deg)
MATRIX = Double(ndim=3, unit=u.one)
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 TestTable(BinaryTable):
energy = Double(unit=u.TeV)
ra = Double(unit=u.deg)
dec = Double(unit=u.deg)
class TestTable(BinaryTable):
test = Double(required=False)
class TestTable(BinaryTable):
test = Double()
class TestTable(BinaryTable):
test = Double(unit=u.m, strict_unit=True)
class TestTable(BinaryTable):
test = Double(unit=u.dimensionless_unscaled)
class TestTable(BinaryTable):
energy = Double(unit=u.TeV)
class __header__(HeaderSchema):
TEST = HeaderCard(type_=str)
class TestTable(BinaryTable):
energy = Double(unit=u.TeV)
ra = Double(unit=u.deg)
dec = Double(unit=u.deg, required=False)
class TestTable(BinaryTable):
test = Double(shape=(10, ))
class TestTable(BinaryTable):
test = Double(unit=u.m)
