def __init__(self, data, keywords=[], comments=[]):
"""Overloaded constructor.
"""
energy, theta, vignetting = data
ne = len(energy)
nt = len(theta)
assert vignetting.shape == (ne, nt)
data = [
energy.reshape((1, ne)),
theta.reshape((1, nt)),
vignetting.reshape((1, ne * nt))
]
self.DATA_SPECS = [('ENERGY', '%dE' % ne, 'keV'),
('THETA', '%dE' % nt, 'arcmin'),
('VIGNETTING', '%dE' % (ne * nt))]
self.HEADER_KEYWORDS = [('TDIM3', '(%d, %d)' % (nt, ne))]
xBinTableHDUBase.__init__(self, data, keywords, comments)
def __init__(self, data, keywords=[], comments=[]):
"""Overloaded constructor.
"""
energy, theta, vignetting = data
ne = len(energy)
nt = len(theta)
assert vignetting.shape == (ne, nt)
data = [energy.reshape((1, ne)),
theta.reshape((1, nt)),
vignetting.reshape((1, ne*nt))
]
self.DATA_SPECS = [
('ENERGY' , '%dE' % ne, 'keV'),
('THETA' , '%dE' % nt, 'arcmin'),
('VIGNETTING', '%dE' % (ne*nt))
]
self.HEADER_KEYWORDS = [
('TDIM3' , '(%d, %d)' % (nt, ne))
]
xBinTableHDUBase.__init__(self, data, keywords, comments)
def __init__(self, num_chans, data=None, keywords=[], comments=[]):
"""Overloaded constructor.
"""
self.DATA_SPECS[-1] = ('MATRIX', '%dE' % num_chans)
xBinTableHDUBase.__init__(self, data, keywords, comments)
def __init__(self, num_chans, data=None, keywords=[], comments=[]):
"""Overloaded constructor.
"""
self.DATA_SPECS[-1] = ('MATRIX', '%dE' % num_chans)
xBinTableHDUBase.__init__(self, data, keywords, comments)
