SemiAnalyticalSummationDensity.h

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#pragma once
#include "ParticleSystem/Module/ParticleApproximation.h"
 
#include "Topology/TriangleSet.h"
 
namespace dyno {
    typedef typename TopologyModule::Triangle Triangle;
 
    template<typename TDataType>
    class SemiAnalyticalSummationDensity : public virtual ParticleApproximation<TDataType>
    {
        DECLARE_TCLASS(SemiAnalyticalSummationDensity, TDataType)
    public:
        typedef typename TDataType::Real Real;
        typedef typename TDataType::Coord Coord;
 
        SemiAnalyticalSummationDensity();
        ~SemiAnalyticalSummationDensity() override {};
 
        void compute() override;
    
    protected:
        void calculateParticleMass();
 
        void compute(DArray<Real>& rho);
 
    public:
        void compute(
            DArray<Real>& rho,
            DArray<Coord>& pos,
            DArray<TopologyModule::Triangle>& Tri,
            DArray<Coord>& positionTri,
            DArrayList<int>& neighbors,
            DArrayList<int>& neighborsTri,
            Real smoothingLength,
            Real mass,
            Real sampling_distance);
 
    public:
        DEF_VAR(Real, RestDensity, 1000, "Rest Density");
 
        DEF_ARRAY_IN(Coord, Position, DeviceType::GPU, "Particle position");
        DEF_ARRAYLIST_IN(int, NeighborIds, DeviceType::GPU, "Neighboring particles' ids");
        DEF_ARRAYLIST_IN(int, NeighborTriIds, DeviceType::GPU, "triangle neighbors");//
 
        DEF_INSTANCE_IN(TriangleSet<TDataType>, TriangleSet, "");
 
        DEF_ARRAY_OUT(Real, Density, DeviceType::GPU, "Return the particle density");
 
    private:
        Real m_particle_mass;
        Real m_factor;
    };
    class SemiAnalyticalSummationDensity : public virtual ParticleApproximation<TDataType> {…};
}