ResultSourceScalar.hpp

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#pragma once
#include "ResultFilter/ResultSourceScalar.h"
#include "Grid/GridIteratorSubvolume.h"
#include "ResultFilter/ResultContainerScalar.h"
 
template<class T>
inline ResultSourceScalar<T>::ResultSourceScalar(ExecutionBarrier * executionBarrier, IGridIteratorVolume * volumeIter, DegreesOfFreedom3DLoopCPU<T>& doF, T *(DegreesOfFreedom3DLoopCPU<T>::* GetterDoF)(index_t index) const)
    : ResultSource(executionBarrier,volumeIter), _doF(doF), GetterOfDoF(GetterDoF)
{}
 
template<class T>
inline ResultContainer * ResultSourceScalar<T>::GenerateResultContainer(int currentTimeStep)
{
    _volumeIterator->Reset();
    index_t size = _volumeIterator->GetVolumenSize();
    double * result = new double[size];
 
    int i = 0;
    index_t index = _volumeIterator->GetCurrentIndex();
    result[i] = *(_doF.*GetterOfDoF)(index);
 
    while (_volumeIterator->HasNext())
    {
        index = _volumeIterator->GetNextIndex();
        i++;
        result[i] = *(_doF.*GetterOfDoF)(index);
    }
    auto resultContainer = new ResultContainerScalar(result,size, currentTimeStep);
    return resultContainer;
}