def find_first_neighbor(r1, r2):
"""Calls the fortran routine"""
import first_neighborsf90 as fn
r1t = r1.T
r2t = r2.T
nn = fn.number_neighborsf90(r1t, r2t)
# print nn
if nn == 0: return [] # if no neighbors found
pairs = np.array(fn.first_neighborsf90(r1t, r2t, nn))
return pairs.T # return the pairs
def find_first_neighbor(r1,r2): """Calls the fortran routine""" import first_neighborsf90 as fn r1t = r1.T r2t = r2.T nn = fn.number_neighborsf90(r1t,r2t) # print nn if nn==0: return [] # if no neighbors found pairs = np.array(fn.first_neighborsf90(r1t,r2t,nn)) return pairs.T # return the pairs
def find_first_neighbor(r1, r2):
"""Calls the fortran routine"""
import first_neighborsf90 as fn
nn = fn.number_neighborsf90(r1.T, r2.T)
pairs = np.array(fn.first_neighborsf90(r1.T, r2.T, nn)).T
return pairs # return the pairs
def find_first_neighbor(r1,r2): """Calls the fortran routine""" import first_neighborsf90 as fn nn = fn.number_neighborsf90(r1.T,r2.T) pairs = np.array(fn.first_neighborsf90(r1.T,r2.T,nn)).T return pairs # return the pairs