Style changes.

include/tallies/MeshTally.h

@@ -25,7 +25,7 @@
 
 namespace libMesh
 {
-  class SerialMesh;
+class SerialMesh;
 }
 
 class MeshTally : public TallyBase
@@ -99,11 +99,12 @@ class MeshTally : public TallyBase
 
   /**
    * For use with AMR only. A copy of the mesh which only contains active elements.
-   * This removes the link between the MooseMesh that has an auxvariable equation system and the OpenMC
-   * mesh which has an equation system that is tallied on. The OpenMC equation system throws
+   * This removes the link between the MooseMesh that has an auxvariable equation system and the
+   * OpenMC mesh which has an equation system that is tallied on. The OpenMC equation system throws
    * errors when attempting to project solution vectors as it has not been initialized with
    * the data structures required for adaptivity.
-   * TODO: Fix this in OpenMC (enable adaptivity in the equation systems added by openmc::LibMesh meshes).
+   * TODO: Fix this in OpenMC (enable adaptivity in the equation systems added by openmc::LibMesh
+   * meshes).
    */
   std::unique_ptr<libMesh::SerialMesh> _libmesh_mesh_copy;
   /// A mapping between the elements in '_libmesh_mesh_copy' and the elements in the MooseMesh.

src/tallies/MeshTally.C

@@ -188,14 +188,14 @@ MeshTally::storeResultsInner(const std::vector<unsigned int> & var_numbers,
       // mesh constructors in OpenMC, we need to adjust the division
       Real volumetric_power = power_fraction;
       volumetric_power *= normalized ? _openmc_problem.tallyMultiplier(global_score) /
-                                       _mesh_template->volume(e) * _openmc_problem.scaling() *
-                                       _openmc_problem.scaling() * _openmc_problem.scaling()
-                                       : 1.0;
+                                           _mesh_template->volume(e) * _openmc_problem.scaling() *
+                                           _openmc_problem.scaling() * _openmc_problem.scaling()
+                                     : 1.0;
       total += power_fraction;
 
       auto var = var_numbers[_num_ext_filter_bins * local_score + ext_bin];
       auto elem_id = _is_adaptive ? _active_to_total_mapping[e] : mesh_offset + e;
-      fillElementalAuxVariable(var, { elem_id }, volumetric_power);
+      fillElementalAuxVariable(var, {elem_id}, volumetric_power);
     }
   }