def __init__(self, filename):
self.filename = filename
self.version = 0
self.minw = float(0)
self.maxw = float(0)
self.minf = float(0)
self.maxf = float(0)
self.minx = float(0)
self.maxx = float(0)
self.miny = float(0)
self.maxy = float(0)
self.wave_par_ = ma.FVector()
self.wave_errors_ = ma.FVector()
self.fiber_par_ = ma.FVector()
self.fiber_errors_ = ma.FVector()
self.x_par_ = ma.FVector()
self.x_errors_ = ma.FVector()
self.y_par_ = ma.FVector()
self.y_errors_ = ma.FVector()
self.fy_par_ = ma.FVector()
self.fy_errors_ = ma.FVector()
self.reference_wavelength_ = float(0)
self.reference_w_ = ma.MArray()
self.reference_f_ = ma.MArray()
self.wave_offsets_ = ma.MArray()
self.x_offsets_ = ma.MArray()
def __init__(self, filename):
self._max_fiber_dist = 14
self.filename = filename
self.version = 0
self.minw = float(0)
self.maxw = float(0)
self.minf = float(0)
self.maxf = float(0)
self.minx = float(0)
self.maxx = float(0)
self.miny = float(0)
self.maxy = float(0)
self.sigma_par_ = ma.FVector()
self.sigma_errors_ = ma.FVector()
self.h2_par_ = ma.FVector()
self.h2_errors_ = ma.FVector()
self.h3_par_ = ma.FVector()
self.h3_errors_ = ma.FVector()
self.powerlaw_wings = []
self.exp_par_ = ma.FVector()
self.exp_errors_ = ma.FVector()
self.amplitudes = []
self.profile = None
def read(self):
with open(self.filename) as in_:
self.version = int(io_helpers.skip_commentlines(in_))
self.minw = float(io_helpers.skip_commentlines(in_))
self.maxw = float(io_helpers.skip_commentlines(in_))
self.minf = float(io_helpers.skip_commentlines(in_))
self.maxf = float(io_helpers.skip_commentlines(in_))
self.minx = float(io_helpers.skip_commentlines(in_))
self.maxx = float(io_helpers.skip_commentlines(in_))
self.miny = float(io_helpers.skip_commentlines(in_))
self.maxy = float(io_helpers.skip_commentlines(in_))
self.fiducial_fib_ = int(io_helpers.skip_commentlines(in_))
self.sigma_par_.read(in_)
self.sigma_errors_.read(in_)
self.h2_par_.read(in_)
self.h2_errors_.read(in_)
self.h3_par_.read(in_)
self.h3_errors_.read(in_)
size = float(io_helpers.skip_commentlines(in_))
i = 0
while i < size:
amp = ma.FVector()
amp.read(in_)
self.amplitudes.append(amp)
i += 1
def read(self):
with open(self.filename) as in_:
self.version = int(io_helpers.skip_commentlines(in_))
self.minw = float(io_helpers.skip_commentlines(in_))
self.maxw = float(io_helpers.skip_commentlines(in_))
self.minf = float(io_helpers.skip_commentlines(in_))
self.maxf = float(io_helpers.skip_commentlines(in_))
self.minx = float(io_helpers.skip_commentlines(in_))
self.maxx = float(io_helpers.skip_commentlines(in_))
self.miny = float(io_helpers.skip_commentlines(in_))
self.maxy = float(io_helpers.skip_commentlines(in_))
self.sigma_par_.read(in_)
self.sigma_errors_.read(in_)
self.h2_par_.read(in_)
self.h2_errors_.read(in_)
self.h3_par_.read(in_)
self.h3_errors_.read(in_)
self.exp_par_.read(in_)
self.exp_errors_.read(in_)
for i in range(0, 4):
val = float(io_helpers.skip_commentlines(in_))
self.powerlaw_wings.append(val)
size = float(io_helpers.skip_commentlines(in_))
i = 0
while i < size:
amp = ma.FVector()
amp.read(in_)
self.amplitudes.append(amp)
i += 1
def __init__(self, filename):
self.filename = filename
self.version = 0
self.minw = float(0)
self.maxw = float(0)
self.minf = float(0)
self.maxf = float(0)
self.minx = float(0)
self.maxx = float(0)
self.miny = float(0)
self.maxy = float(0)
self.sigma_par_ = ma.FVector()
self.sigma_errors_ = ma.FVector()
self.h2_par_ = ma.FVector()
self.h2_errors_ = ma.FVector()
self.h3_par_ = ma.FVector()
self.h3_errors_ = ma.FVector()
self.exp_par_ = ma.FVector()
self.exp_errors_ = ma.FVector()
self.amplitudes = []