def to_scaled_spectrum(self, fov, focal_length=None):
from soxs.instrument import FlatResponse
fov = parse_value(fov, "arcmin")
if focal_length is None:
focal_length = self.default_focal_length
else:
focal_length = parse_value(focal_length, "m")
flux = self.flux.value * fov * fov
flux *= (focal_length / self.default_focal_length)**2
arf = FlatResponse(self.ebins.value[0], self.ebins.value[-1], 1.0,
self.ebins.size - 1)
return ConvolvedSpectrum(Spectrum(self.ebins.value, flux), arf)
def to_spectrum(self, fov):
fov = parse_value(fov, "arcmin")
flux = self.flux.value*fov*fov
return Spectrum(self.ebins.value, flux)
