ActorCollisionCheck.h

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#pragma once
 
#include <system/LineNodeMgr.h>
 
#include <container/seadSafeArray.h>
#include <heap/seadDisposer.h>
#include <math/seadBoundBox.h>
#include <math/seadVector.h>
#include <prim/seadBitFlag.h>
 
enum CcLineKind
{
    cCcLineKind_0 = 1 << 0,
    cCcLineKind_1 = 1 << 1,
    cCcLineKind_2 = 1 << 2
};
 
class Actor;
class ActorCollisionDrcTouchCallback;
 
class ActorCollisionCheck : public sead::IDisposer  // vtbl Address: 0x10041C18
{
public:
    struct Vec2 // POD variant
    {
        f32 x;
        f32 y;
    };
    static_assert(sizeof(Vec2) == 8);
 
    enum ShapeType
    {
        cShapeType_Box      = 0,
        cShapeType_Circle,
        cShapeType_DaikeiUD,    // Vertical Trapezoid
        cShapeType_DaikeiLR     // Horizontal Trapezoid
    };
    static_assert(sizeof(ShapeType) == 4);
 
    enum Kind
    {
        cKind_PlayerBody    = 0,
        cKind_PlayerAttack,
        cKind_Yoshi,
        cKind_Enemy,
        cKind_Balloon,
        cKind_Item,         // CollectionCoin or Item
        cKind_Tama,         // Projectiles, such as Fire Ball and Ice Ball
        cKind_Killer,       // Cannonballs, as well as Bullet Bills
        cKind_GoalPole,
        cKind_ChibiYoshi,
        cKind_Unk10,
        cKind_DrcTouch,
        cKind_Unk12,
        cKind_Unk13,
        cKind_Unk14,
        cKind_Num
    };
    static_assert(sizeof(Kind) == 4);
    static_assert(cKind_Num == 15);
 
    enum TargetKind
    {
        cTargetKind_PlayerBody      = 1 << cKind_PlayerBody,
        cTargetKind_PlayerAttack    = 1 << cKind_PlayerAttack,
        cTargetKind_Yoshi           = 1 << cKind_Yoshi,
        cTargetKind_Enemy           = 1 << cKind_Enemy,
        cTargetKind_Balloon         = 1 << cKind_Balloon,
        cTargetKind_Item            = 1 << cKind_Item,
        cTargetKind_Tama            = 1 << cKind_Tama,
        cTargetKind_Killer          = 1 << cKind_Killer,
        cTargetKind_GoalPole        = 1 << cKind_GoalPole,
        cTargetKind_ChibiYoshi      = 1 << cKind_ChibiYoshi,
        cTargetKind_Unk10           = 1 << cKind_Unk10,
        cTargetKind_DrcTouch        = 1 << cKind_DrcTouch,
        cTargetKind_Unk12           = 1 << cKind_Unk12,
        cTargetKind_Unk13           = 1 << cKind_Unk13,
        cTargetKind_Unk14           = 1 << cKind_Unk14,
 
        cTargetKind_Player          = cTargetKind_PlayerBody | cTargetKind_PlayerAttack | cTargetKind_Yoshi,
 
        cTargetKind_None            = 0,
        cTargetKind_All             = 0xFFFFFFFF
    };
    static_assert(sizeof(TargetKind) == 4);
 
    enum Attack
    {
        cAttack_None            = 0,
 
        cAttack_FireBall,
        cAttack_IceBall,
        cAttack_Star,
        cAttack_IceBreak,
        cAttack_Slip,
        cAttack_KoopaFire,
        cAttack_HipAttack,
        cAttack_NetPunch,
        cAttack_Shell,
        cAttack_PenguinSlip,
        cAttack_Spin,
 
        cAttack_SpinFall        = 13,
        cAttack_Explosion,
        cAttack_YoshiEat,
        cAttack_YoshiMouth,
        cAttack_Cannon,
        cAttack_SpinLiftUp,
        cAttack_YoshiBullet,
        cAttack_YoshiFire,
        cAttack_YoshiIce,
        cAttack_Intermittent,
        cAttack_ChibiYoshiAwa,
 
        cAttack_Unk25           = 25,
        cAttack_ChibiYoshiLight,
        cAttack_Unk27,
        // ... ?
    };
    static_assert(sizeof(Attack) == 4);
 
    enum DamageFrom
    {
        cDamageFrom_FireBall        = 1 << cAttack_FireBall,
        cDamageFrom_IceBall         = 1 << cAttack_IceBall,
        cDamageFrom_Star            = 1 << cAttack_Star,
        cDamageFrom_IceBreak        = 1 << cAttack_IceBreak,
        cDamageFrom_Slip            = 1 << cAttack_Slip,
        cDamageFrom_KoopaFire       = 1 << cAttack_KoopaFire,
        cDamageFrom_HipAttack       = 1 << cAttack_HipAttack,
        cDamageFrom_NetPunch        = 1 << cAttack_NetPunch,
        cDamageFrom_Shell           = 1 << cAttack_Shell,
        cDamageFrom_PenguinSlip     = 1 << cAttack_PenguinSlip,
        cDamageFrom_Spin            = 1 << cAttack_Spin,
 
        cDamageFrom_SpinFall        = 1 << cAttack_SpinFall,
        cDamageFrom_Explosion       = 1 << cAttack_Explosion,
        cDamageFrom_YoshiEat        = 1 << cAttack_YoshiEat,
        cDamageFrom_YoshiMouth      = 1 << cAttack_YoshiMouth,
        cDamageFrom_Cannon          = 1 << cAttack_Cannon,
        cDamageFrom_SpinLiftUp      = 1 << cAttack_SpinLiftUp,
        cDamageFrom_YoshiBullet     = 1 << cAttack_YoshiBullet,
        cDamageFrom_YoshiFire       = 1 << cAttack_YoshiFire,
        cDamageFrom_YoshiIce        = 1 << cAttack_YoshiIce,
        cDamageFrom_Intermittent    = 1 << cAttack_Intermittent,
        cDamageFrom_ChibiYoshiAwa   = 1 << cAttack_ChibiYoshiAwa,
 
        cDamageFrom_Unk25           = 1 << cAttack_Unk25,
        cDamageFrom_ChibiYoshiLight = 1 << cAttack_ChibiYoshiLight,
        cDamageFrom_Unk27           = 1 << cAttack_Unk27,
 
        cDamageFrom_None            = 0,
        cDamageFrom_All             = ~(cDamageFrom_YoshiMouth | cDamageFrom_SpinLiftUp)
    };
    static_assert(sizeof(DamageFrom) == 4);
 
    enum Status
    {
        cStatus_NoRevision          = 1 <<  0,
        cStatus_NoSameActor         = 1 <<  1,  //  i.e., do not call this instance's callback, and the callback can be null
        cStatus_NoPassInfo          = 1 <<  2,  // If set, this instance does not trigger other instances
        cStatus_NoSameActorGroup    = 1 <<  3,
        cStatus_NoCheckLimit        = 1 <<  4,
        //
        //
        cStatus_FireKill            = 1 <<  7,
        cStatus_SlideKill           = 1 <<  8,
        cStatus_BurnerKill          = 1 <<  9,
        cStatus_ForceGetRevision    = 1 << 10,
        cStatus_NoRevisionEnemy     = 1 << 11,
        cStatus_MoveKill            = 1 << 12,  // Used by objects like thrown enemies, thwomp, grrrol, pendulum, woochan, big icicle, boom boom, final koopa fire, fliprus snowball, crasher, etc...
 
        cStatus_None                = 0
    };
    static_assert(sizeof(Status) == 4);
 
    typedef void (*CallBack)(ActorCollisionCheck* cc_self, ActorCollisionCheck* cc_other);
 
    struct CollisionData
    {
        Vec2        center_offset;
        Vec2        half_size;
        ShapeType   shape_type;
        Kind        kind;               // Type of the owner of this instance
        Attack      attack;             // Type of attack this instance performs
        TargetKind  vs_kind;            // Mask of owner types to interact with
        DamageFrom  vs_damage;          // Mask of attack types to receive
        Status      status;             // Sets allowed interactions, such as being pick-able
        CallBack    callback;
 
        // Address: 0x10041BC0
        static const CollisionData cDefault;
    };
    static_assert(sizeof(CollisionData) == 0x2C);
 
    enum Info
    {
        cInfo_NoHit = 2
    };
    static_assert(sizeof(Info) == 4);
 
public:
    // Address: 0x0219A960
    ActorCollisionCheck();
    // Address: 0x0219AB90
    ~ActorCollisionCheck() override;
 
public:
    // Address: 0x0219AC24
    static bool checkCollision(ActorCollisionCheck* cc_self, ActorCollisionCheck* cc_other);
 
public:
    // Address: 0x0219AEC0
    void clear();
 
    // Address: 0x0219AF1C
    void set(Actor* owner, const CollisionData& collision_data, ActorCollisionDrcTouchCallback* drc_touch_callback = nullptr);
    // Address: 0x0219B010
    void set(Actor* owner, const CollisionData& collision_data, const sead::BitFlag8& collision_mask, ActorCollisionDrcTouchCallback* drc_touch_callback = nullptr);
    // Address: 0x0219B054
    void set(Actor* owner, const CollisionData& collision_data, const sead::BitFlag8& collision_mask, u8 layer, ActorCollisionDrcTouchCallback* drc_touch_callback = nullptr);
 
    ShapeType getShapeType() const
    {
        return mCollisionData.shape_type;
    }
 
    void setShapeType(ShapeType type)
    {
        mCollisionData.shape_type = type;
    }
 
    bool isShapeType(ShapeType type) const
    {
        return mCollisionData.shape_type == type;
    }
 
    f32 getCenterOffsetX() const
    {
        return mCollisionData.center_offset.x;
    }
 
    void setCenterOffsetX(f32 center_offset_x)
    {
        mCollisionData.center_offset.x = center_offset_x;
    }
 
    f32 getCenterOffsetY() const
    {
        return mCollisionData.center_offset.y;
    }
 
    void setCenterOffsetY(f32 center_offset_y)
    {
        mCollisionData.center_offset.y = center_offset_y;
    }
 
    const Vec2& getCenterOffset() const
    {
        return mCollisionData.center_offset;
    }
 
    void setCenterOffset(const Vec2& center_offset)
    {
        mCollisionData.center_offset = center_offset;
    }
 
    void setCenterOffset(f32 center_offset_x, f32 center_offset_y)
    {
        mCollisionData.center_offset.x = center_offset_x;
        mCollisionData.center_offset.y = center_offset_y;
    }
 
    void setCenterOffset(const sead::Vector2f& center_offset)
    {
        setCenterOffset(center_offset.x, center_offset.y);
    }
 
    f32 getHalfSizeX() const
    {
        return mCollisionData.half_size.x;
    }
 
    void setHalfSizeX(f32 half_size_x)
    {
        mCollisionData.half_size.x = half_size_x;
    }
 
    f32 getHalfSizeY() const
    {
        return mCollisionData.half_size.y;
    }
 
    void setHalfSizeY(f32 half_size_y)
    {
        mCollisionData.half_size.y = half_size_y;
    }
 
    const Vec2& getHalfSize() const
    {
        return mCollisionData.half_size;
    }
 
    void setHalfSize(const Vec2& half_size)
    {
        mCollisionData.half_size = half_size;
    }
 
    void setHalfSize(f32 half_size_x, f32 half_size_y)
    {
        mCollisionData.half_size.x = half_size_x;
        mCollisionData.half_size.y = half_size_y;
    }
 
    void setHalfSize(const sead::Vector2f& half_size)
    {
        setHalfSize(half_size.x, half_size.y);
    }
 
    void setSizeOffset(const sead::Vector2f& half_size, const sead::Vector2f& center_offset)
    {
        setHalfSize(half_size);
        setCenterOffset(center_offset);
    }
 
    Kind getKind() const
    {
        return mCollisionData.kind;
    }
 
    // Address: 0x0219B0A8
    void setKind(Kind kind);
 
    bool isKind(Kind kind) const
    {
        return mCollisionData.kind == kind;
    }
 
    TargetKind getVsKind() const
    {
        return mCollisionData.vs_kind;
    }
 
    // Address: 0x0219B164
    void setVsKind(TargetKind vs_kind);
    // Address: 0x0219B250
    void onVsKind(TargetKind vs_kind);
    // Address: 0x0219B338
    void offVsKind(TargetKind vs_kind);
 
    bool hasVsKind(TargetKind vs_kind) const
    {
        return mCollisionData.vs_kind & vs_kind;
    }
 
    Attack getAttack() const
    {
        return mCollisionData.attack;
    }
 
    void setAttack(Attack attack)
    {
        mCollisionData.attack = attack;
    }
 
    bool isAttack(Attack attack) const
    {
        return mCollisionData.attack == attack;
    }
 
    DamageFrom getDamage() const
    {
        return mCollisionData.vs_damage;
    }
 
    void setDamage(DamageFrom vs_damage)
    {
        mCollisionData.vs_damage = vs_damage;
    }
 
    void onDamage(DamageFrom vs_damage)
    {
        mCollisionData.vs_damage = DamageFrom(mCollisionData.vs_damage | vs_damage);
    }
 
    void offDamage(DamageFrom vs_damage)
    {
        mCollisionData.vs_damage = DamageFrom(mCollisionData.vs_damage & ~vs_damage);
    }
 
    bool hasDamage(DamageFrom vs_damage) const
    {
        return mCollisionData.vs_damage & vs_damage;
    }
 
    Status getStatus() const
    {
        return mCollisionData.status;
    }
 
    void setStatus(Status status)
    {
        mCollisionData.status = status;
    }
 
    void onStatus(Status status)
    {
        mCollisionData.status = Status(mCollisionData.status | status);
    }
 
    void offStatus(Status status)
    {
        mCollisionData.status = Status(mCollisionData.status & ~status);
    }
 
    bool hasStatus(Status status)
    {
        return mCollisionData.status & status;
    }
 
    void setIndex(u32 index)
    {
        mIndex = index;
    }
 
    void setLine(const sead::BitFlag8& line_kind)
    {
        mCollisionMask = line_kind;
    }
 
    void setLayer(u8 layer)
    {
        mLayer = layer;
    }
 
    void setDrcTouchCallback(ActorCollisionDrcTouchCallback* drc_touch_callback)
    {
        mDrcTouchCallback = drc_touch_callback;
    }
 
    // Address: 0x0219B434
    f32 getTopPos() const;
    // Address: 0x0219B450
    f32 getUnderPos() const;
    // Address: 0x0219B46C
    f32 getCenterPosY() const;
    // Address: 0x0219B480
    f32 getRightPos() const;
    // Address: 0x0219B49C
    f32 getLeftPos() const;
    // Address: 0x0219B4B8
    f32 getCenterPosX() const;
 
    sead::Vector2f getCenterPos() const
    {
        return sead::Vector2f(getCenterPosX(), getCenterPosY());
    }
 
    sead::Vector2f getMinPos() const
    {
        return sead::Vector2f(
            getLeftPos(),
            getUnderPos()
        );
    }
 
    sead::Vector2f getMaxPos() const
    {
        return sead::Vector2f(
            getRightPos(),
            getTopPos()
        );
    }
 
    Actor* getOwner() const
    {
        return mOwner;
    }
 
    template <typename T>
    T* getOwner() const
    {
        return sead::DynamicCast<T>(mOwner);
    }
 
    const sead::Vector2f& getDrcTouchPos() const
    {
        return mDrcTouchPos;
    }
 
    const sead::Vector2f& getHitPos() const
    {
        return mHitPos;
    }
 
    s32 getIndex() const
    {
        return static_cast<s32>(mIndex);
    }
 
    u8 getLayer() const
    {
        return mLayer;
    }
 
    void setCallBack(CallBack callback)
    {
        mCollisionData.callback = callback;
    }
 
    CallBack getCallBack() const
    {
        return mCollisionData.callback;
    }
 
    bool isDisableCallback() const
    {
        return mInfo & cInfo_NoHit;
    }
 
    void enableCallback()
    {
        mInfo &= ~cInfo_NoHit;
    }
 
    void disableCallback()
    {
        mInfo |= cInfo_NoHit;
    }
 
    bool isCollidable() const
    {
        return mCollisionMask.getDirect() != 0;
    }
 
    ActorCollisionDrcTouchCallback* getDrcTouchCallback() const
    {
        return mDrcTouchCallback;
    }
 
    const CollisionData& getCollisionData() const
    {
        return mCollisionData;
    }
 
    f32 getDaikei(s32 index) const
    {
        return mDaikei[index];
    }
 
    f32 getRevisionX(Kind kind) const
    {
        return mMoveX[kind];
    }
 
    f32 getRevisionY(Kind kind) const
    {
        return mMoveY[kind];
    }
 
    sead::BoundBox2f getBoundBox() const
    {
        return sead::BoundBox2f(
            getMinPos(),
            getMaxPos()
        );
    }
 
    bool isOverlap(const ActorCollisionCheck& cc_other)
    {
        const sead::BoundBox2f& a = getBoundBox();
        const sead::BoundBox2f& b = cc_other.getBoundBox();
 
        const sead::Vector2f& min_a = a.getMin();
        const sead::Vector2f& min_b = b.getMin();
 
        const sead::Vector2f& max_a = a.getMax();
        const sead::Vector2f& max_b = b.getMax();
 
        return min_a.x < max_b.x && max_a.x > min_b.x &&
               min_a.y < max_b.y && max_a.y > min_b.y;
    }
 
private:
    typedef LineNodeMgr<ActorCollisionCheck> List;
 
    List::Node                          mExecuteNode;
    List::Node                          mCreateNode;
    List::Node                          mTouchDrcHoldNode;
    List::Node                          mTouchDrcCheckNode;
    Actor*                              mOwner;
    Actor*                              mFriend;           // Collisions with this are ignored
    u32                                 _48;
    sead::Vector2f                      mDrcTouchPos;
    sead::Vector2f                      mHitPos;
    TargetKind                          mHit;               // Owner types of others we've collided with
    DamageFrom                          mAttacksPerformed;  // Attacks performed on non-passive others
    DamageFrom                          mAttacksReceived;   // Attacks received from non-passive others
    u32                                 mIndex;
    sead::BitFlag8                      mCollisionMask;
    u8                                  mLayer;
    u8                                  mInfo;
    ActorCollisionDrcTouchCallback*     mDrcTouchCallback;
    CollisionData                       mCollisionData;
    sead::UnsafeArray<f32, 4>           mDaikei;
    sead::UnsafeArray<f32, cKind_Num>   mMoveX;
    sead::UnsafeArray<f32, cKind_Num>   mMoveY;
};
static_assert(sizeof(ActorCollisionCheck) == 0x128);