box.h

#ifndef BOX_H
#define BOX_H

#include "object.h"
#include "material.h"
class Material;

class Box : public Object {
public:
    Box() {}
    Box(Vector3D bound1, Vector3D bound2, Material *pm) : m_pmCurMat(pm) { m_vBounds[0] = bound1; m_vBounds[1] = bound2; };
    virtual bool Hit(const Ray &r, HitRecord &rec, double tMin, double tMax) const;

    int clType() const {
        return 1;
    }
    Vector3D clCenter() const {
        return m_vCenter;
    }
    double clRadius() const {
        return 0;
    }
    Vector3D clBound1() const {
        return m_vBounds[0];
    }
    Vector3D clBound2() const {
        return m_vBounds[1];
    }
    virtual cl_double8 CurMat() const {
        return { cl_double(m_pmCurMat->MatColor().x()), cl_double(m_pmCurMat->MatColor().y()), cl_double(m_pmCurMat->MatColor().z()), cl_double(m_pmCurMat->MatFuzz()), cl_double(m_pmCurMat->MatRef()), cl_double(m_pmCurMat->MatType()), 0, 0 };
    }
    virtual Vector3D NormalCalc(const Vector3D inter) const;
    Material *m_pmCurMat; 
    Vector3D m_vBounds[2]; 
    Vector3D m_vCenter = Vector3D((m_vBounds[0].x() + m_vBounds[1].x()) / 2, (m_vBounds[0].y() + m_vBounds[1].y()) / 2, (m_vBounds[0].z() + m_vBounds[1].z()) / 2); 

};
#endif // BOXH