def __calc(self):
symmGroup = symmetry.ltypeOfLaueGroup(self.__laueGroup)
latPlaneData, latVecOps, hklDataList = PlaneData.makePlaneData(
self.__hkls, self.__lparms, self.__qsym, symmGroup, self.__strainMag, self.wavelength)
'sort by tTheta'
tThs = num.array([hklDataList[iHKL]['tTheta'] for iHKL in range(len(hklDataList))])
if self.__doTThSort:
self.tThSort = num.argsort(tThs) # sorted hkl -> __hkl
self.tThSortInv = num.empty(len(hklDataList), dtype=int) # __hkl -> sorted hkl
self.tThSortInv[self.tThSort] = num.arange(len(hklDataList))
self.hklDataList = [hklDataList[iHKL] for iHKL in self.tThSort]
else:
self.tThSort = num.arange(len(hklDataList))
self.tThSortInv = num.arange(len(hklDataList))
self.hklDataList = hklDataList
self.__latVecOps = latVecOps
self.nHKLs = len(self.getHKLs())
return
def getLatticeType(self):
"""This is the lattice type"""
return symmetry.ltypeOfLaueGroup(self.__laueGroup)
def getLatticeType(self):
"""This is the lattice type"""
return symmetry.ltypeOfLaueGroup(self.__laueGroup)