SCableSectionData.h

#ifndef S_CABLE_SECTION_DATA_H
#define S_CABLE_SECTION_DATA_H
 
#include <string>
#include <vector>
 
#ifdef _WIN32
#    define MEMCPY std::memcpy
#else
#    define MEMCPY memcpy
#endif
 
 
#include "net/NTrawlSpec.h"
 
struct SCableSectionData
{
    double D;
    double E;
    double L;
    int Conn[2];
    double Rho;
    std::string MaterialName;
    double DrawScale;
    unsigned short NumSpheres;
    double* SphereD;
    double* SphereMass;
    double* SpherePos;
    unsigned short NumDisks;
    double* DiskD;
    double* DiskThickness;
    double* DiskMass;
    double* DiskPos;
    double AddedWeightInWater;
    double RefineFactor;
    std::vector<std::string> VsSphereMaterial;
    std::vector<std::string> VsDiskMaterial;
    struct HalfPlacement
    {
        bool firstHalf; 
        double pos;     
    };
    std::vector<HalfPlacement> SphereHalves;
    std::vector<HalfPlacement> DiskHalves;
    TrawlSpec::SSectionPlacement SPlacement;
 
    SCableSectionData();
    ~SCableSectionData();
    SCableSectionData(const SCableSectionData& old);
    SCableSectionData& operator=(const SCableSectionData& old);
    SCableSectionData GetHalfCable(bool bFirstHalf);
    void Initialize(double dL     = 10.0,
        double dD                 = 0.01,
        double dRho               = 1025,
        double dE                 = 1e9,
        double dRefineFactor      = 1,
        std::string sMaterialName = "Trawl/Wire2",
        double dDrawScale         = 1);
    void AddSpheres(unsigned short iNum, double dDiameter, double dRho, double dEndPos, double dStartPos, std::string sMaterial = "floater");
    void AddSpheres(unsigned short iNum, double dDiameter, double dRho, std::string sMaterial = "floater");
    void AddDisks(unsigned short iNum, double dDiameter, double dThickness, double dRho, double dEndPos, double dStartPos, std::string sMaterial = "floater");
    void AddDisks(unsigned short iNum, double dDiameter, double dThickness, double dRho, std::string sMaterial = "floater");
    void DeleteSpheres();
    void ResetSpheres();
    void ResetDisks();
 
private:
    void AddSphereGroup(unsigned short iNum, double dDiameter, double dRho, const std::vector<double>& positions,
        const std::vector<HalfPlacement>& halves, const std::string& sMaterial);
    void AddDiskGroup(unsigned short iNum, double dDiameter, double dThickness, double dRho, const std::vector<double>& positions,
        const std::vector<HalfPlacement>& halves, const std::string& sMaterial);
};
#endif