CurvyChute.h

Go to the documentation of this file.

#ifndef CURVYCHUTE_H
#define CURVYCHUTE_H
#include "Mercury3D.h"
#include "Particles/BaseParticle.h"
 
#include<functional>
 
class CurvyChute : public Mercury3D
{
    public:
        CurvyChute();
 
        ~CurvyChute();
 
        Mdouble getChuteAngle() const;
 
        Mdouble getChuteAngleDegrees() const;
 
        void setChuteAngleAndMagnitudeOfGravity(Mdouble chuteAngle, Mdouble gravity);
 
        void setSurface( std::function<Vec3D(Mdouble ccR, Mdouble ccS)> surface,
                         std::function<Mdouble(Mdouble ccR, Mdouble ccS)> areaElement,
                         Mdouble ccRMin, Mdouble ccRMax, Mdouble ccdR, 
                         Mdouble ccSMin, Mdouble ccSMax, Mdouble ccdS );
 
        void setBasalThickness(Mdouble basalThickness);
 
        void setBasalDensity(Mdouble basalDensity);
 
        void setBasalDisorder(Mdouble basalDisorder);
 
        void setBasalSizeDispersity(Mdouble basalSizeDispersity);
 
        void setBasalPrototype(BaseParticle* basalPrototype);
 
        void createBottom();
 
        void recreateBottom();
 
    private:
        Mdouble chuteAngle_;
 
        Mdouble magnitudeOfGravity_;
 
        std::function<Vec3D(Mdouble ccR, Mdouble ccS)> surface_;
        
        std::function<Mdouble(Mdouble ccR, Mdouble ccS)>  areaElement_;
 
        Mdouble ccRMin_, ccRMax_, ccdR_, ccSMin_, ccSMax_, ccdS_;
 
#if 0
        std::function<Mdouble(Mdouble ccR, Mdouble ccS)> scaleFactorR;
 
        std::function<Mdouble(Mdouble ccR, Mdouble ccS)> scaleFactorS;
#endif
 
 
        Mdouble basalThickness_;
 
        Mdouble basalDisorder_;
 
        Mdouble basalDensity_;
 
        Mdouble basalSizeDispersity_;
 
        BaseParticle* basalPrototype_;
 
        ParticleSpecies* basalSpecies_; 
 
        // bool isChutePeriodic_;
};
 
#endif