ParallelGravity.hpp

#pragma once
 
#include "Game/Gravity/PlanetGravity.hpp"
 
class ParallelGravity : public PlanetGravity {
public:
    enum RANGE_TYPE {
        RangeType_Sphere = 0,
        RangeType_Box = 1,
        RangeType_Cylinder = 2
    };
 
    enum DISTANCE_CALC_TYPE {
        DistanceCalcType_Default = -1,
        DistanceCalcType_X = 0,
        DistanceCalcType_Y = 1,
        DistanceCalcType_Z = 2
    };
 
    ParallelGravity();
 
    virtual void updateMtx(const TPos3f &rMtx);
    virtual bool calcOwnGravityVector(TVec3f *pDest, f32 *pScalar, const TVec3f &rPosition) const;
 
    void setPlane(const TVec3f &rPlaneUp, const TVec3f &rPlanePos);
    void setRangeBox(const TPos3f &);
    void setRangeCylinder(f32 radius, f32 height);
    void setRangeType(RANGE_TYPE rangeType);
    void setBaseDistance(f32 val);
    void setDistanceCalcType(DISTANCE_CALC_TYPE distanceCalcType);
    bool isInSphereRange(const TVec3f &rPosition, f32 *pScalar) const;
    bool isInBoxRange(const TVec3f &rPosition, f32 *pScalar) const;
    bool isInCylinderRange(const TVec3f &rPosition, f32 *pScalar) const;
    bool isInRange(const TVec3f &rPosition, f32 *pScalar) const;
 
    TPos3f mLocalMtx;                     // _28
    TPos3f mWorldMtx;                     // _58
    f32 mExtentX;                         // _88
    f32 mExtentY;                         // _8C
    f32 mExtentZ;                         // _90
    TVec3f mPlanePosition;                // _94
    TVec3f mPlaneUpVec;                   // _A0
    TVec3f mWorldPlanePosition;           // _AC
    TVec3f mWorldPlaneUpVec;              // _B8
    f32 mCylinderHeight;                  // _C4
    f32 mCylinderRadius;                  // _C8
    f32 mBaseDistance;                    // _CC
    RANGE_TYPE mRangeType;                // _D0
    DISTANCE_CALC_TYPE mDistanceCalcType; // _D4
};