def __init__(self, FILE_SCR_EXT=init_file_name()):
self.I_ABS = 0
self.I_SLIT = 1
self.I_STOP = 1
self.FILE_SCR_EXT = FILE_SCR_EXT
self.THICK = 0.0
self.FILE_ABS = init_file_name()
def __init__(self, FILE_SCR_EXT=init_file_name()):
self.I_ABS = 0 # HAS ABSORPTION NO (0), YES (1)
self.I_SLIT = 1 # IS APERTURE/STOP NO (0), YES (1)
self.I_STOP = 0 # IS APERTURE (0), STOP (1)
self.FILE_SCR_EXT = FILE_SCR_EXT
self.THICK = 0.0
self.FILE_ABS = init_file_name()
def __init__(self,
F_REFLEC=0,
F_REFL=0,
FILE_REFL=init_file_name(),
ALFA=0.0,
GAMMA=0.0,
F_THICK=0.0):
Shadow3MirrorParameters.__init__(self, F_REFLEC, F_REFL, FILE_REFL,
ALFA, GAMMA, F_THICK)
def __init__(self,
F_REFLEC=0,
F_REFL=0,
FILE_REFL=init_file_name(),
ALFA=0.0,
GAMMA=0.0,
F_THICK=0.0):
self.F_REFLEC = F_REFLEC
self.F_REFL = F_REFL
self.FILE_REFL = FILE_REFL
self.ALFA = ALFA
self.GAMMA = GAMMA
self.F_THICK = F_THICK
def __init__(self,
F_REFLEC=0,
F_REFL=0,
FILE_REFL=init_file_name(),
ALFA=0.0,
GAMMA=0.0,
F_THICK=0.0,
F_EXT=1,
F_DEFAULT=0,
SSOUR=0.0,
SIMAG=0.0,
THETA=0.0,
RMIRR=0.0):
Shadow3CurvedMirrorParameters.__init__(self, F_REFLEC, F_REFL,
FILE_REFL, ALFA, GAMMA, F_THICK,
F_EXT, F_DEFAULT, SSOUR, SIMAG,
THETA)
self.RMIRR = RMIRR
def __init__(self,
F_REFLEC=0,
F_REFL=0,
FILE_REFL=init_file_name(),
ALFA=0.0,
GAMMA=0.0,
F_THICK=0.0,
F_EXT=1,
F_DEFAULT=0,
SSOUR=0.0,
SIMAG=0.0,
THETA=0.0):
Shadow3MirrorParameters.__init__(self, F_REFLEC, F_REFL, FILE_REFL,
ALFA, GAMMA, F_THICK)
self.F_EXT = F_EXT
self.F_DEFAULT = F_DEFAULT
self.SSOUR = SSOUR
self.SIMAG = SIMAG
self.THETA = THETA
def _build_shadow3_source(self, additional_parameters):
shadow3_source = Source()
shadow3_source.FSOURCE_DEPTH = 4
shadow3_source.F_COLOR = 3
shadow3_source.F_PHOT = 0
shadow3_source.F_POLAR = 1
shadow3_source.NCOL = 0
shadow3_source.N_COLOR = 0
shadow3_source.POL_DEG = 0.0
shadow3_source.SIGDIX = 0.0
shadow3_source.SIGDIZ = 0.0
shadow3_source.SIGMAY = 0.0
shadow3_source.WXSOU = 0.0
shadow3_source.WYSOU = 0.0
shadow3_source.WZSOU = 0.0
shadow3_source.OE_NUMBER = 0
shadow3_source.FILE_TRAJ = init_file_name()
shadow3_source.FILE_SOURCE = init_file_name()
shadow3_source.F_OPD = 1
shadow3_source.F_SR_TYPE = 0
shadow3_source.F_WIGGLER = 0
# FROM SYNED #############################################
#
sigma_x, sigma_xp, sigma_z, sigma_zp = self._electron_beam.get_sigmas_all(
)
shadow3_source.DUMMY = 100
shadow3_source.SIGMAX = sigma_x
shadow3_source.SIGMAZ = sigma_z
shadow3_source.EPSI_X = sigma_x * sigma_xp
shadow3_source.EPSI_Z = sigma_z * sigma_zp
shadow3_source.BENER = self._electron_beam._energy_in_GeV
if self._magnetic_structure._radius > 0:
shadow3_source.R_MAGNET = self._magnetic_structure._radius
elif self._magnetic_structure._magnetic_field > 0:
shadow3_source.R_MAGNET = self._magnetic_structure.get_magnetic_radius(
self._electron_beam._energy_in_GeV)
shadow3_source.R_ALADDIN = shadow3_source.R_MAGNET * 100
########################################################
shadow3_source.NPOINT = additional_parameters.NPOINT
shadow3_source.ISTAR1 = additional_parameters.ISTAR1
shadow3_source.PH1 = additional_parameters.PH1
shadow3_source.PH2 = additional_parameters.PH2
shadow3_source.F_POL = additional_parameters.F_POL
shadow3_source.EPSI_DX = additional_parameters.EPSI_DX
shadow3_source.EPSI_DZ = additional_parameters.EPSI_DZ
shadow3_source.HDIV1 = additional_parameters.HDIV1
shadow3_source.HDIV2 = additional_parameters.HDIV2
shadow3_source.VDIV1 = additional_parameters.VDIV1
shadow3_source.VDIV2 = additional_parameters.VDIV2
shadow3_source.FDISTR = additional_parameters.FDISTR
shadow3_source.F_BOUND_SOUR = additional_parameters.F_BOUND_SOUR
shadow3_source.FILE_BOUND = check_file_name(
additional_parameters.FILE_BOUND)
shadow3_source.NTOTALPOINT = additional_parameters.NTOTALPOINT
return shadow3_source
