PseudoParticleContainer.h

/*
 * PseudoParticleContainer.h
 *
 *  Created on: Feb 5, 2015
 *      Author: tchipevn
 */
 
#ifndef PSEUDOPARTICLECONTAINER_H_
#define PSEUDOPARTICLECONTAINER_H_
 
#include "bhfmm/cellProcessors/VectorizedChargeP2PCellProcessor.h"
#include "bhfmm/pseudoParticles/SHMultipoleParticle.h"
#include "bhfmm/pseudoParticles/SHLocalParticle.h"
#include "bhfmm/containers/ParticleCellPointers.h"
#include "bhfmm/cellProcessors/P2MCellProcessor.h"
#include "bhfmm/cellProcessors/L2PCellProcessor.h"
 
class ParticleContainer;
 
namespace bhfmm {
 
class MpCell {
public:
 
    MpCell(int order) :
            occ(0), multipole(order), local(order) {
    }
 
    int occ;
    bhfmm::SHMultipoleParticle multipole;
    bhfmm::SHLocalParticle local;
 
#ifdef QUICKSCHED
    qsched_task_t _taskIdP2M,
                  _taskIdM2M,
                  _taskIdM2LInit,
                  _taskIdM2LCalc,
                  _taskIdM2LFin,
                  _taskIdL2L,
                  _taskIdL2P;
    qsched_res_t  _resIdLocal,
                  _resIdMultipole;
#endif // QUICKSCHED
};
 
class PseudoParticleContainer {
public:
    PseudoParticleContainer(int maxOrd) :
            _maxOrd(maxOrd) {
    }
    virtual ~~PseudoParticleContainer() {
    }
    
    virtual void build(ParticleContainer* pc) = 0;
    virtual void upwardPass(P2MCellProcessor * cp) = 0;
    virtual void horizontalPass(VectorizedChargeP2PCellProcessor * cp) = 0;
    virtual void downwardPass(L2PCellProcessor *cp) = 0;
 
    // P2M
    virtual void processMultipole(ParticleCellPointers& cell) = 0;
    // L2P
    virtual void processFarField(ParticleCellPointers& cell) = 0;
    // M2M M2L L2L
    virtual void processTree() = 0;
 
    virtual void printTimers() = 0;
 
    virtual void clear() = 0;
 
protected:
    int _maxOrd;
 
};
 
} /* namespace bhfmm */
 
#endif /* PSEUDOPARTICLECONTAINER_H_ */