def setup_class(cls):
cls.rmffile = "data/PCU2.rsp"
cls.sherpa_rmf_file = "data/rxte_pca_m_rmf.txt"
rmf_list = fits.open(cls.rmffile)
cls.sherpa_rmf = np.loadtxt(cls.sherpa_rmf_file)[:, 1]
cls.energ_lo = rmf_list[1].data.field("ENERG_LO")
cls.energ_hi = rmf_list[1].data.field("ENERG_HI")
rmf_list.close()
cls.pl = Powerlaw(norm=1.0, phoindex=2.0)
cls.m = cls.pl.calculate(ener_lo=cls.energ_lo, ener_hi=cls.energ_hi)
def setup_class(cls):
cls.arffile = "data/rxte_hexte_00may26_pwa.arf"
cls.sherpa_arf_file = "data/rxte_hexte_m_arf.txt"
arf_list = fits.open(cls.arffile)
cls.sherpa_arf = np.loadtxt(cls.sherpa_arf_file, )[:, 1]
cls.energ_lo = arf_list[1].data.field("ENERG_LO")
cls.energ_hi = arf_list[1].data.field("ENERG_HI")
arf_list.close()
cls.pl = Powerlaw(norm=1.0, phoindex=2.0)
cls.m = cls.pl.calculate(ener_lo=cls.energ_lo, ener_hi=cls.energ_hi)
def setup_class(cls):
cls.rmffile = "data/NICER_May2014_rbn.rsp"
cls.sherpa_rmf_file = "data/nicer_m_rmf.txt"
rmf_list = fits.open(cls.rmffile)
cls.sherpa_rmf = np.loadtxt(cls.sherpa_rmf_file)[:, 1]
cls.energ_lo = rmf_list["SPECRESP MATRIX"].data.field("ENERG_LO")
cls.energ_hi = rmf_list["SPECRESP MATRIX"].data.field("ENERG_HI")
rmf_list.close()
cls.pl = Powerlaw(norm=1.0, phoindex=2.0)
cls.m = cls.pl.calculate(ener_lo=cls.energ_lo, ener_hi=cls.energ_hi)
def setup_class(cls):
cls.arffile = "data/arfs/aciss_heg1_cy19.garf"
cls.sherpa_arf_file = "data/chandra_hetg_m_arf.txt"
arf_list = fits.open(cls.arffile)
cls.sherpa_arf = np.loadtxt(cls.sherpa_arf_file, )[:, 1]
cls.energ_lo = arf_list[1].data.field("ENERG_LO")
cls.energ_hi = arf_list[1].data.field("ENERG_HI")
arf_list.close()
cls.pl = Powerlaw(norm=1.0, phoindex=2.0)
cls.m = cls.pl.calculate(ener_lo=cls.energ_lo, ener_hi=cls.energ_hi)
cls.exposure = 1e5
def setup_class(cls):
cls.arffile = "data/arfs/aciss_heg1_cy19.garf"
cls.sherpa_arf_file = "data/chandra_hetg_m_arf.txt"
arf_list = fits.open(cls.arffile)
cls.energ_lo = arf_list[1].data.field("ENERG_LO")
cls.energ_hi = arf_list[1].data.field("ENERG_HI")
cls.exposure = arf_list[1].header["EXPOSURE"]
cls.specresp = arf_list[1].data.field("SPECRESP")
arf_list.close()
cls.pl = Powerlaw(norm=1.0, phoindex=2.0)
cls.m = cls.pl.calculate(ener_lo=cls.energ_lo, ener_hi=cls.energ_hi)
cls.arf_c = ARF(cls.arffile)