indent fixed

Author: Andrea Mola

source/bem_fma.cc

@@ -3328,22 +3328,22 @@ void BEMFMA<dim>::generate_octree_blocking()
 
           if (dim == 3)
             {
-              children[0] = new OctreeBlock<dim>(level, jj, pMin                              , delta);
-              children[1] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(delta   ,0.,   0.), delta);
+              children[0] = new OctreeBlock<dim>(level, jj, pMin, delta);
+              children[1] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(delta,0.,   0.), delta);
               children[2] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(delta,delta,   0.), delta);
-              children[3] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(0.   ,delta,   0.), delta);
-              children[4] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(0.   ,   0.,delta), delta);
+              children[3] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(0.,delta,   0.), delta);
+              children[4] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(0.,   0.,delta), delta);
               children[5] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(delta,   0.,delta), delta);
               children[6] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(delta,delta,delta), delta);
               children[7] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(   0.,delta,delta), delta);
             }
 
           if (dim == 2)
             {
-              children[0] = new OctreeBlock<dim>(level, jj, pMin                        , delta);
-              children[1] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(delta   ,0.), delta);
+              children[0] = new OctreeBlock<dim>(level, jj, pMin, delta);
+              children[1] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(delta,0.), delta);
               children[2] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(delta,delta), delta);
-              children[3] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(0.   ,delta), delta);
+              children[3] = new OctreeBlock<dim>(level, jj, pMin+Point<dim>(0.,delta), delta);
 
             }
 

source/bem_problem.cc

@@ -2076,7 +2076,7 @@ void BEMProblem<dim>::compute_normals()
                                                       SolverGMRES<TrilinosWrappers::MPI::Vector >::AdditionalData(1000));
   TrilinosWrappers::PreconditionAMG mass_prec;
   mass_prec.initialize(vector_normals_matrix);
-  
+
 
   solver.solve (vector_normals_matrix, vector_normals_solution, vector_normals_rhs, mass_prec);
 

source/local_expansion_coeff.cc

@@ -45,18 +45,18 @@ double LocalExpansionCoeff::get(const unsigned int &n, const unsigned int &m, co
 {
 
   return _coeff[ (mm+nn) +
-                 getNNOffset(nn) +
-                 getMOffset(m) +
-                 getNOffset(n)];
+                         getNNOffset(nn) +
+                         getMOffset(m) +
+                         getNOffset(n)];
 }
 
 void LocalExpansionCoeff::set(const unsigned int &n, const unsigned int &m, const unsigned int &nn, const unsigned int &mm, const double &value)
 {
 
   _coeff[ (mm+nn) +
-          getNNOffset(nn) +
-          getMOffset(m) +
-          getNOffset(n)]=value;
+                  getNNOffset(nn) +
+                  getMOffset(m) +
+                  getNOffset(n)]=value;
 }
 
 unsigned int LocalExpansionCoeff::getNNOffset(const unsigned int &nn)