adjusted spaces to be exact

src/scatter_devices/all_vectors_scatter_device.cpp

@@ -415,7 +415,7 @@ void AllVectorsScatterDevice::scatter(size_t this_subvector) {
   //   cerr << "this_subvector " << this_subvector << endl;
   //   sleep(3);
   std::vector<double>& sfs = scatterfactors.get_all();
-
+  
   ReciprocalBox bgbox = scatterfactors.get_recibox();
   ImagNum sld = bgbox.get_sld();
   coor2_t xlength = bgbox.get_xlength();
@@ -425,7 +425,7 @@ void AllVectorsScatterDevice::scatter(size_t this_subvector) {
   coor2_t xshift= shift.x;
   coor2_t yshift= shift.y;
   coor2_t zshift= shift.z;
-
+      
   DivAssignment zeronode_assignment(partitioncomm_.size(), 0, NF);
   size_t NMAXF = zeronode_assignment.max();
   size_t NNPP = partitioncomm_.size();
@@ -448,6 +448,7 @@ void AllVectorsScatterDevice::scatter(size_t this_subvector) {
   coor_t x, y, z;
   double esf, p;
   ImagNum scatt_box;
+
   
 #pragma omp parallel
 #pragma omp for  
@@ -468,9 +469,9 @@ void AllVectorsScatterDevice::scatter(size_t this_subvector) {
       Ai += esf * sin(p);
     }
 
-    scatt_box= (sld) *xlength * ylength * zlength * 
-        (sinc(qx*xlength/2)) * 
-        (sinc(qy*ylength/2)) * 
+    scatt_box= (sld) *xlength * ylength * zlength *
+        (sinc(qx*xlength/2)) *
+        (sinc(qy*ylength/2)) *
         (sinc(qz*zlength/2));
     ImagNum SubtractScatt=scatt_box*ImagNum(cos(xshift*qx+yshift*qy+zshift*qz), sin(xshift*qx+yshift*qy+zshift*qz));