fnc(x, **dbattrs). Make sure to pick attribute names that
do not conflict with other PDFCalculator attributes.
Return an instance of the new PDFBaseline class.
Example:
# Python baseline function
def fshiftedline(x, aline, bline):
return aline * x + bline
# wrap it as a PDFBaseline and register as a "shiftedline" type
makePDFBaseline("shiftedline", fshiftedline, aline=-1, bline=0)
baseline = PDFBaseline.createByType("shiftedline")
print map(baseline, range(5))
# use it in PDFCalculator
pdfc = PDFCalculator()
pdfc.baseline = baseline
# or pdfc.baseline = "shiftedline"
'''
from diffpy.srreal.wraputils import _wrapAsRegisteredUnaryFunction
rv = _wrapAsRegisteredUnaryFunction(PDFBaseline, name, fnc,
replace=replace, **dbattrs)
return rv
# Import delayed tweaks of the extension classes.
_final_imports.import_now()
del _final_imports
# End of file
PeakWidthModel.__getstate__ = _pickle_getstate
PeakWidthModel.__setstate__ = _pickle_setstate
# Derived C++ classes are pickled without dictionary
ConstantPeakWidth.__reduce__ = _peakwidthmodel_reduce
DebyeWallerPeakWidth.__reduce__ = _peakwidthmodel_reduce
JeongPeakWidth.__reduce__ = _peakwidthmodel_reduce
# add attribute wrappers for the derived classes
ConstantPeakWidth.width = propertyFromExtDoubleAttr(
'width', '''Constant FWHM value returned by this model.
''')
JeongPeakWidth.delta1 = propertyFromExtDoubleAttr(
'delta1', 'Coefficient for (1/r) contribution to the peak sharpening.')
JeongPeakWidth.delta2 = propertyFromExtDoubleAttr(
'delta2', 'Coefficient for (1/r**2) contribution to the peak sharpening.')
JeongPeakWidth.qbroad = propertyFromExtDoubleAttr(
'qbroad', 'PDF peak broadening from increased intensity noise at high Q.')
# Import delayed tweaks of the extension classes.
_final_imports.import_now()
del _final_imports
# End of file