def __init__(self):
_Exporter.__init__(self)
self._beam_exporters[GaussianBeam] = self._beam_gaussian
self._geometry_exporters[Substrate] = self._geometry_substrate
self._geometry_exporters[HorizontalLayers] = self._geometry_horizontal_layers
self._geometry_exporters[VerticalLayers] = self._geometry_vertical_layers
self._detector_exporters[BackscatteredElectronEnergyDetector] = \
self._detector_backscattered_electron_energy
self._detector_exporters[BackscatteredElectronPolarAngularDetector] = \
self._detector_backscattered_electron_polar_angular
self._detector_exporters[BackscatteredElectronRadialDetector] = \
self._detector_backscattered_electron_radial
self._detector_exporters[TransmittedElectronEnergyDetector] = \
self._detector_transmitted_electron_energy
self._detector_exporters[PhiZDetector] = \
self._detector_phi_z
self._detector_exporters[PhotonRadialDetector] = \
self._detector_photon_radial
self._detector_exporters[PhotonIntensityDetector] = \
self._detector_photon_intensity
self._detector_exporters[ElectronFractionDetector] = \
self._detector_electron_fraction
self._detector_exporters[TrajectoryDetector] = \
self._detector_trajectory
self._limit_exporters[ShowersLimit] = self._limit_showers
self._model_exporters[ELASTIC_CROSS_SECTION] = \
self._model_elastic_cross_section
self._model_exporters[IONIZATION_CROSS_SECTION] = \
self._model_ionization_cross_section
self._model_exporters[IONIZATION_POTENTIAL] = \
self._model_ionization_potential
self._model_exporters[RANDOM_NUMBER_GENERATOR] = \
self._model_random_number_generator
self._model_exporters[DIRECTION_COSINE] = \
self._model_direction_cosine
self._model_exporters[ENERGY_LOSS] = \
self._model_energy_loss
self._model_exporters[MASS_ABSORPTION_COEFFICIENT] = \
self._model_mass_absorption_coefficient
def __init__(self):
"""
Creates a exporter for Monaco program.
"""
_Exporter.__init__(self)
self._beam_exporters[PencilBeam] = self._export_dummy
self._geometry_exporters[Substrate] = self._export_geometry_substrate
self._detector_exporters[PhotonIntensityDetector] = self._export_dummy
self._detector_exporters[PhiZDetector] = self._export_dummy
self._limit_exporters[ShowersLimit] = self._export_dummy
self._model_exporters[ELASTIC_CROSS_SECTION] = self._export_dummy
self._model_exporters[IONIZATION_CROSS_SECTION] = self._export_dummy
self._model_exporters[IONIZATION_POTENTIAL] = self._export_dummy
self._model_exporters[ENERGY_LOSS] = self._export_dummy
self._model_exporters[MASS_ABSORPTION_COEFFICIENT] = self._export_dummy
def __init__(self):
"""
Creates a exporter for Monaco program.
"""
_Exporter.__init__(self)
self._beam_exporters[PencilBeam] = self._export_dummy
self._geometry_exporters[Substrate] = self._export_geometry_substrate
self._detector_exporters[PhotonIntensityDetector] = self._export_dummy
self._detector_exporters[PhiZDetector] = self._export_dummy
self._limit_exporters[ShowersLimit] = self._export_dummy
self._model_exporters[ELASTIC_CROSS_SECTION] = self._export_dummy
self._model_exporters[IONIZATION_CROSS_SECTION] = self._export_dummy
self._model_exporters[IONIZATION_POTENTIAL] = self._export_dummy
self._model_exporters[ENERGY_LOSS] = self._export_dummy
self._model_exporters[MASS_ABSORPTION_COEFFICIENT] = self._export_dummy
def __init__(self):
_Exporter.__init__(self)
self._beam_exporters[GaussianBeam] = self._beam_gaussian
self._geometry_exporters[Substrate] = self._geometry_substrate
self._detector_exporters[BackscatteredElectronEnergyDetector] = \
self._detector_backscattered_electron_energy
self._detector_exporters[BackscatteredElectronPolarAngularDetector] = \
self._detector_backscattered_electron_polar_angular
self._detector_exporters[PhiZDetector] = \
self._detector_phi_z
self._detector_exporters[PhotonIntensityDetector] = \
self._detector_photon_intensity
self._detector_exporters[PhotonSpectrumDetector] = \
self._detector_photon_spectrum
self._detector_exporters[ElectronFractionDetector] = \
self._detector_electron_fraction
self._detector_exporters[TimeDetector] = \
self._detector_time
self._detector_exporters[
ShowersStatisticsDetector] = self._export_dummy
self._limit_exporters[ShowersLimit] = self._limit_showers
self._model_exporters[ELASTIC_CROSS_SECTION] = \
self._model_elastic_cross_section
self._model_exporters[IONIZATION_CROSS_SECTION] = \
self._model_ionization_cross_section
self._model_exporters[IONIZATION_POTENTIAL] = \
self._model_ionization_potential
self._model_exporters[RANDOM_NUMBER_GENERATOR] = \
self._model_random_number_generator
self._model_exporters[DIRECTION_COSINE] = \
self._model_direction_cosine
self._model_exporters[ENERGY_LOSS] = \
self._model_energy_loss
self._model_exporters[MASS_ABSORPTION_COEFFICIENT] = \
self._model_mass_absorption_coefficient
def __init__(self, pendbase_dir):
"""
Creates a exporter to PENELOPE main programs.
"""
_Exporter.__init__(self)
self._geometry_exporters[Substrate] = self._export_geometry_substrate
self._geometry_exporters[Inclusion] = self._export_geometry_inclusion
self._geometry_exporters[
HorizontalLayers] = self._export_geometry_horizontal_layers
self._geometry_exporters[
VerticalLayers] = self._export_geometry_vertical_layers
self._geometry_exporters[Sphere] = self._export_geometry_sphere
# self._geometry_exporters[Cuboids2D] = self._export_geometry_cuboids2d
self._model_exporters[ELASTIC_CROSS_SECTION] = self._export_dummy
self._model_exporters[INELASTIC_CROSS_SECTION] = self._export_dummy
self._model_exporters[IONIZATION_CROSS_SECTION] = self._export_dummy
self._model_exporters[BREMSSTRAHLUNG_EMISSION] = self._export_dummy
self._model_exporters[
PHOTON_SCATTERING_CROSS_SECTION] = self._export_dummy
self._model_exporters[MASS_ABSORPTION_COEFFICIENT] = self._export_dummy
self._pendbase_dir = pendbase_dir
