Fix micro_clib.pyx

Author: rpep

fidimag/micro/lib/micro_clib.pyx

@@ -1,8 +1,5 @@
 import numpy as np
 cimport numpy as np
-np.import_array()
-
-
 
 cdef extern from "micro_clib.h":
     void compute_exch_field_micro(double *m, double *field,
@@ -27,43 +24,44 @@ cdef extern from "micro_clib.h":
                            int nx, int ny, int nz, int *ngbs)
 
 
-
-def compute_exchange_field_micro(double[:] m,
-                                 double[:] field,
-                                 double[:] energy,
-                                 double[:] Ms_inv,
+def compute_exchange_field_micro(double [:] m,
+                                 double [:] field,
+                                 double [:] energy,
+                                 double [:] Ms_inv,
                                  A, dx, dy, dz, n,
-                                 int ngbs[:, :]):
+                                 int [:, :] ngbs):
+
     compute_exch_field_micro(&m[0], &field[0], &energy[0], &Ms_inv[0], A,
                              dx, dy, dz, n, &ngbs[0, 0])
 
 
-def compute_exchange_field_micro_rkky(double[:] m,
-                                 double[:] field,
-                                 double[:] energy,
-                                 double[:] Ms_inv,
+def compute_exchange_field_micro_rkky(double [:] m,
+                                      double [:] field,
+                                      double [:] energy,
+                                      double [:] Ms_inv,
                                  sigma, nx, ny, nz, z_bottom, z_top):
+
     compute_exch_field_rkky_micro(&m[0], &field[0], &energy[0], &Ms_inv[0], sigma,
                              nx, ny, nz, z_bottom, z_top)
 
 
-
-def compute_dmi_field(double[:] m,
-                      double[:] field,
-                      double[:] energy,
-                      double[:] Ms_inv,
-                      double[:] D,
-                      double[:] dmi_vector,
+def compute_dmi_field(double [:] m,
+                      double [:] field,
+                      double [:] energy,
+                      double [:] Ms_inv,
+                      double [:] D,
+                      double [:] dmi_vector,
                       n_dmi_ngbs,
                       dx, dy, dz,
+                      n,
+                      int [:, :] ngbs
                       ):
 
     dmi_field(&m[0], &field[0], &energy[0], &Ms_inv[0], 
               &D[0], &dmi_vector[0], n_dmi_ngbs,
               dx, dy, dz, n, &ngbs[0, 0])
 
 
-
 def compute_anisotropy_micro(double [:] m,
                              double [:] field,
                              double [:] energy,
@@ -75,13 +73,9 @@ def compute_anisotropy_micro(double [:] m,
     compute_uniaxial_anis(&m[0], &field[0], &energy[0], &Ms_inv[0],
                           &Ku[0], &axis[0], nx, ny, nz)
 
-def compute_skyrmion_number(double[:] m,
-                            double[:] charge,
-                            nx, ny, nz,
-            		            int[:, :] ngbs):
-
 def compute_skyrmion_number(double [:] m,
                             double [:] charge,
                             nx, ny, nz,
                             int [:, :] ngbs):
-    return skyrmion_number(&m[0], &charge[0], nx, ny, nz, &ngbs[0, 0])
+
+    return skyrmion_number(&m[0], &charge[0], nx, ny, nz, &ngbs[0, 0])