def create_fp_old(wavelength):
return sl.FormFactor(wavelength, __lookup_fp_old__)
def create_fw(wavelength):
return sl.FormFactor(wavelength, __lookup_fw__)
'/databases/f1f2_cxro/')
def create_fp(wavelength):
return sl.FormFactor(wavelength, __lookup_fp__)
def create_fp_old(wavelength):
return sl.FormFactor(wavelength, __lookup_fp_old__)
fp = create_fp(1.54)
fp_old = create_fp_old(1.54)
# The total angle dependent form factor
__lookup_f__ = sl.create_f_lookup(__lookup_fp__, __f0_dict__)
f = sl.FormFactor(1.54, __lookup_f__)
# The electrondensity of an atom
__lookup_rho__ = sl.create_rho_lookup(__lookup_fp__, __rho0_dict__,\
__f0_dict__)
rho = sl.FormFactor(1.54, __lookup_rho__)
# The coherent scattering length for neutrons
__bc_dict__ = sl.load_bdabax(__MODULE_DIR__ +
'/databases/DeBe_NeutronNews.dat')
bc = sl.ScatteringLength(__bc_dict__)
#print 'Loading atomic weights'
__w_dict__ = sl.load_atomic_weights_dabax(__MODULE_DIR__ +\
'/databases/AtomicWeights.dat')
#print 'Making bw dict'
__bw_dict__ = sl.create_scatt_weight(__bc_dict__, __w_dict__)
#print 'Making bw scattering lengths'
bw = sl.ScatteringLength(__bw_dict__)