def initialise_algorithm(self, input_data):
self.cnf = ConfigurationFile()
self.cst = ConstantsFile(
c_cst=input_data['c_cst'],
pi_cst=input_data['pi_cst'],
semi_major_axis_cst=input_data['semi_major_axis_cst'],
flat_coeff_cst=input_data['flat_coeff_cst'],
semi_minor_axis_cst=input_data['semi_minor_axis_cst'],
sec_in_day_cst=60*60*24
)
self.chd = CharacterisationFile(
self.cst,
freq_ku_chd=input_data['freq_ku_chd'],
N_ku_pulses_burst_chd=input_data['n_ku_pulses_burst_chd'],
pri_sar_pre_dat=input_data['pri_sar_pre_dat']
)
self.surface_location_algorithm = SurfaceLocationAlgorithm(self.chd, self.cst, self.cnf)
def initialise_algorithm(self, input_data: TestDataLoader):
self.cnf = ConfigurationFile(
flag_surface_focusing_cnf=input_data["flag_surface_focusing_cnf"],
surface_focusing_lat_cnf=input_data.get("surface_focusing_lat_cnf"),
surface_focusing_lon_cnf=input_data.get("surface_focusing_lon_cnf"),
surface_focusing_alt_cnf=input_data.get("surface_focusing_alt_cnf")
)
self.cst = ConstantsFile(
c_cst=input_data['c_cst'],
pi_cst=input_data['pi_cst'],
semi_major_axis_cst=input_data['semi_major_axis_cst'],
flat_coeff_cst=input_data['flat_coeff_cst'],
semi_minor_axis_cst=input_data['semi_minor_axis_cst'],
sec_in_day_cst=60*60*24
)
self.chd = CharacterisationFile(
self.cst,
freq_ku_chd=input_data['freq_ku_chd'],
N_ku_pulses_burst_chd=input_data['n_ku_pulses_burst_chd'],
pri_sar_pre_dat=input_data['pri_sar_pre_dat']
)
self.surface_location_algorithm = SurfaceLocationAlgorithm(self.chd, self.cst, self.cnf)