Project.SolverRepository.template.cpp

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#include "SolverRepository.h"
#include "exahype2/LoadBalancingConfiguration.h"
#include "peano4/grid/grid.h"
#include "tarch/multicore/Core.h"
#include "peano4/parallel/SpacetreeSet.h"
#include "tarch/logging/Log.h"
#include "tarch/multicore/orchestration/Hardcoded.h"
 
 
{% for N in NAMESPACE %}
namespace {{N}} {
{% endfor %}
  namespace repositories {
    static tarch::logging::Log _log( "{{NAMESPACE | join("::")}}" );
 
    {% for SOLVER in SOLVER_INSTANCES %}
    {{SOLVER[0]}}  {{SOLVER[1]}};
    {% endfor %}
 
    {% if LOAD_BALANCER != "" %}
    {{LOAD_BALANCER}}  loadBalancer({{LOAD_BALANCER_ARGUMENTS}});
    {% else %}
    toolbox::loadbalancing::strategies::NoLoadBalancing  loadBalancer;
    {% endif %}
    {% for SOLVER in AUX_SOLVER_INSTANCES %}
    {{SOLVER[0]}}  {{SOLVER[1]}};
    {% endfor %}
 
    bool terminationCriterionHolds() {
    /*
    Return true if all solvers returns true.
 
    We don't test the aux solvers here.
    */
      bool output = true;
      {% for SOLVER in SOLVER_INSTANCES %}
      output &= {{SOLVER[1]}}.terminationCriterionHolds();
      {% endfor %}
      return output;
    }
 
 
    void beginMeshSweep() {
      {% for SOLVER in SOLVER_INSTANCES %}
      {{SOLVER[1]}}.beginMeshSweep();
      {% endfor %}
      {% for SOLVER in AUX_SOLVER_INSTANCES %}
      {{SOLVER[1]}}.beginMeshSweep();
      {% endfor %}
    }
 
    void endMeshSweep() {
      {% for SOLVER in SOLVER_INSTANCES %}
      {{SOLVER[1]}}.endMeshSweep();
      {% endfor %}
      {% for SOLVER in AUX_SOLVER_INSTANCES %}
      {{SOLVER[1]}}.endMeshSweep();
      {% endfor %}
    }
 
    void endCreateGrid() {
      loadBalancer.finishStep();
      tarch::multicore::setOrchestration( {{MULTICORE_ORCHESTRATION}} );
    }
    
    void incrementPlotCounter() {plotCounter++;}
    int getPlotCounter() {
      return plotCounter;
    }
  }
{% for N in NAMESPACE %}
}
{% endfor %}