def find_reals(self, pert_order):
"""finds the FKS real configurations for a given process"""
for i in self.leglist:
i_i = i['number'] - 1
self.reals.append([])
self.splittings[i_i] = fks_common.find_splittings(i, self.born_proc['model'], {}, pert_order)
for split in self.splittings[i_i]:
self.reals[i_i].append(
fks_common.insert_legs(self.leglist, i, split))
def find_reals(self, pert_order):
"""finds the FKS real configurations for a given process"""
if range(len(self.leglist)) != [l['number']-1 for l in self.leglist]:
raise fks_common.FKSProcessError('Disordered numbers of leglist')
for i in self.leglist:
i_i = i['number'] - 1
self.reals.append([])
self.splittings[i_i] = fks_common.find_splittings(i, self.born_proc['model'], {}, pert_order)
for split in self.splittings[i_i]:
self.reals[i_i].append(
fks_common.insert_legs(self.leglist, i, split,pert=pert_order))
def find_reals(self, pert_order):
"""finds the FKS real configurations for a given process"""
if list(range(len(self.leglist))) != [l['number']-1 for l in self.leglist]:
raise fks_common.FKSProcessError('Disordered numbers of leglist')
if [ i['state'] for i in self.leglist].count(False) == 1:
decay_process=True
else:
decay_process=False
for i in self.leglist:
i_i = i['number'] - 1
self.reals.append([])
if decay_process and not i['state']:
self.splittings[i_i]=[]
else:
self.splittings[i_i] = fks_common.find_splittings(i, self.born_proc['model'], {}, pert_order)
for split in self.splittings[i_i]:
self.reals[i_i].append(
fks_common.insert_legs(self.leglist, i, split,pert=pert_order))
def find_reals(self, pert_order):
"""finds the FKS real configurations for a given process"""
if range(len(self.leglist)) != [l['number']-1 for l in self.leglist]:
raise fks_common.FKSProcessError('Disordered numbers of leglist')
if [ i['state'] for i in self.leglist].count(False) == 1:
decay_process=True
else:
decay_process=False
for i in self.leglist:
i_i = i['number'] - 1
self.reals.append([])
if decay_process and not i['state']:
self.splittings[i_i]=[]
else:
self.splittings[i_i] = fks_common.find_splittings(i, self.born_proc['model'], {}, pert_order)
for split in self.splittings[i_i]:
self.reals[i_i].append(
fks_common.insert_legs(self.leglist, i, split,pert=pert_order))
