def absence_detected(self,hkllist):
self.hkl = hkllist
self.N = self.hkl.size()
self.flag = None
for test in R:
cum = cpp_absence_test(self.hkl,test['mod'],test['vec'])
for counter in xrange(test['mod']):
#print test['vec'],test['mod'],float(cum[counter])/self.N
if float(cum[counter])/self.N > 0.8 and counter==0:
# (if counter != 0 there is no obvious way to correct this)
#print "Detected exclusive presence of %dH %dK %dL = %dn, remainder %d"%(
# test['vec'][0],test['vec'][1],test['vec'][2],test['mod'],counter)
self.flag = {'vec':test['vec'],'mod':test['mod'],
'remainder':counter, 'trans':test['trans'].elems}
return 1
return 0
def absence_detected(self, hkllist):
self.hkl = hkllist
self.N = self.hkl.size()
self.flag = None
for test in R:
cum = cpp_absence_test(self.hkl, test['mod'], test['vec'])
for counter in range(test['mod']):
#print test['vec'],test['mod'],float(cum[counter])/self.N
if float(cum[counter]) / self.N > 0.8 and counter == 0:
# (if counter != 0 there is no obvious way to correct this)
#print "Detected exclusive presence of %dH %dK %dL = %dn, remainder %d"%(
# test['vec'][0],test['vec'][1],test['vec'][2],test['mod'],counter)
self.flag = {
'vec': test['vec'],
'mod': test['mod'],
'remainder': counter,
'trans': test['trans'].elems
}
return 1
return 0