LiteLoaderBDS-1.16.40/LiteLoader/Header/MC/AABB.hpp

// This Header is auto generated by BDSLiteLoader Toolchain
#pragma once
#define AUTO_GENERATED
#include "../Global.h"

#define BEFORE_EXTRA

#undef BEFORE_EXTRA

class AABB {

public:
    Vec3 min;
    Vec3 max;

#define AFTER_EXTRA

#undef AFTER_EXTRA
#ifndef DISABLE_CONSTRUCTOR_PREVENTION_AABB
public:
    // class AABB& operator=(class AABB const &) = delete;
    // AABB(class AABB const &) = delete;
#endif

public:
#ifdef ENABLE_VIRTUAL_FAKESYMBOL_AABB
#endif

    inline AABB(class AABB const& k) : min(k.min), max(k.max){};
//    inline AABB() : min(Vec3::MIN), max(Vec3::MIN){};
    
    MCAPI AABB();
    MCAPI AABB(float, float, float, float, float, float);
    MCAPI AABB(class Vec3 const &, class Vec3 const &);
    MCAPI class HitResult clip(class Vec3 const &, class Vec3 const &) const;
    MCAPI class Vec3 clipCollide(class AABB const &, class Vec3 const &, bool, float *) const;
    MCAPI bool contains(class Vec3 const &) const;
    MCAPI float distanceTo(class Vec3 const &) const;
    MCAPI float distanceToSqr(class AABB const &) const;
    MCAPI class AABB expanded(class Vec3 const &) const;
    MCAPI class AABB flooredCeiledCopy() const;
    MCAPI class AABB flooredCopy(float, float) const;
    MCAPI class AABB grow(class Vec3 const &) const;
    MCAPI bool intersects(class AABB const &) const;
    MCAPI bool intersects(class Vec3 const &, class Vec3 const &) const;
    MCAPI class AABB merge(class AABB const &) const;
    MCAPI class AABB & set(class Vec3 const &, class Vec3 const &);
    MCAPI void set(float, float, float, float, float, float);
    MCAPI class AABB shrink(class Vec3 const &) const;
    MCAPI static class AABB const EMPTY;

    inline Vec3 getCenter() const{
        return (min + max)/2;
    };

    inline Vec3& operator[](int index) {
        if (index < 0 || index > 1) {
            return (&min)[0];
        }
        return (&min)[index];
    }

    constexpr AABB& operator+=(float& b) {
        min += b;
        max += b;
        return *this;
    }

    constexpr AABB& operator-=(float& b) {
        min -= b;
        max -= b;
        return *this;
    }

    constexpr AABB& operator+=(Vec3 const& b) {
        min += b;
        max += b;
        return *this;
    }

    constexpr AABB& operator-=(Vec3 const& b) {
        min -= b;
        max -= b;
        return *this;
    }

    inline AABB operator+(Vec3 const& b) const {
        return AABB(min + b, max + b);
    }

    inline AABB operator+(float& b) const {
        return AABB(min + b, max + b);
    }

    inline AABB operator-(Vec3 const& b) const {
        return AABB(min - b, max - b);
    }

    inline AABB operator-(float& b) const {
        return AABB(min - b, max - b);
    }

    inline AABB merge(AABB const& a) {
        return AABB(Vec3::min(a.min, min), Vec3::max(a.max, max));
    }

    inline AABB merge(Vec3 const& a) {
        return AABB(Vec3::min(a, min), Vec3::max(a, max));
    }

};