[arcane,std] Sort la définition d'un tableau de la boucle et corrige …

…avertissement de compilation

arcane/src/arcane/std/MeshPartitionerBase.cc

@@ -652,25 +652,25 @@ _cellsProjectWeights(VariableCellArrayReal& cellWgtIn, Int32 nbWgt) const
 {
   SharedArray<float> cellWgtOut(nbOwnCellsWithConstraints()*nbWgt);
   if (nbWgt > cellWgtIn.arraySize()) {
-    throw FatalErrorException("MeshPartitionerBase: asked for too many weights");
+    ARCANE_FATAL("Asked for too many weights n={0} array_size={1}",nbWgt,cellWgtIn.arraySize());
   }
 
   ENUMERATE_CELL(icell, m_mesh->ownCells()){
     if(m_filter_lid_cells[icell->localId()]==eCellClassical)
-      for ( int i = 0 ; i < nbWgt ; ++i)
-      cellWgtOut[m_local_id_2_local_id_compacted[icell->localId()]*nbWgt+i]
-      = static_cast<float>(cellWgtIn[icell][i]);
+      for ( int i = 0 ; i < nbWgt ; ++i){
+        float v = static_cast<float>(cellWgtIn[icell][i]);
+        cellWgtOut[m_local_id_2_local_id_compacted[icell->localId()]*nbWgt+i] = v;
+      }
   }
+  RealUniqueArray w(nbWgt);
   for( auto& ptr : m_cells_with_constraints ){
-    RealUniqueArray w(nbWgt);
     w.fill(0);
     for( const auto& cell : ptr ){
       for (int i = 0 ; i <nbWgt ; ++i)
         w[i] += cellWgtIn[cell][i];
     }
     for (int i=0 ; i<nbWgt ; ++i)
-      cellWgtOut[m_local_id_2_local_id_compacted[ptr[0].localId()]*nbWgt+i]
-      = (float)(w[i]);
+      cellWgtOut[m_local_id_2_local_id_compacted[ptr[0].localId()]*nbWgt+i] = (float)(w[i]);
   }
 
   return cellWgtOut;
@@ -883,13 +883,13 @@ MeshPartitionerBase::dumpObject(String filebase)
         &&(m_filter_lid_cells[icell->localId()]!=eCellReference))
       continue;
 
-      // on calcul un barycentre
-      for( Integer z=0, zs = (*icell).nbNode(); z<zs; ++z ){
-        const Node& node = (*icell).node(z);
-        my_coords[i] += coords[node];
-      }
-      my_coords[i] /= Convert::toDouble((*icell).nbNode());
-      i++;
+    // on calcul un barycentre
+    for( Integer z=0, zs = (*icell).nbNode(); z<zs; ++z ){
+      const Node& node = (*icell).node(z);
+      my_coords[i] += coords[node];
+    }
+    my_coords[i] /= Convert::toDouble((*icell).nbNode());
+    i++;
   }
   req = centralizePartInfo<Real3>(filebase+".xyz", pm, my_coords, header);
   reqs.add(req);
@@ -909,7 +909,7 @@ MeshPartitionerBase::dumpObject(String filebase)
     for (Integer j = 0 ; j < neighbourcells.size() ; ++j) {
       if (neighbourcells[j] > my_uid)
         continue;
-      Real3 tmp(my_uid+1, neighbourcells[j]+1, commWeights[j]);
+      Real3 tmp(static_cast<Real>(my_uid+1), static_cast<Real>(neighbourcells[j]+1), commWeights[j]);
       nnz.add(tmp);
     }
   }