PlayerModelBase.h

Go to the documentation of this file.

#pragma once
 
#include <graphics/FrameCtrl.h>
#include <utility/Angle3.h>
 
#include <container/seadSafeArray.h>
#include <heap/seadDisposer.h>
#include <math/seadMatrix.h>
#include <prim/seadRuntimeTypeInfo.h>
#include <prim/seadSafeString.h>
 
class AnimModel;
class ModelResource;
 
class PlayerModelBase : public sead::IDisposer  // vtbl Address: 0x1016BCE4
{
    // getRuntimeTypeInfoStatic()::typeInfo initialization guard variable   Address: 0x101E9D24
    // getRuntimeTypeInfoStatic()::typeInfo                                 Address: 0x101EBA78
    SEAD_RTTI_BASE(PlayerModelBase)
 
public:
    enum Type
    {
        cType_Mario = 0,
        cType_Luigi,
        cType_NumMario,
 
        cType_BlueToad = cType_NumMario,
        cType_YellowToad,
        cType_NpcToad,      // i.e., Red Toad
 
        cType_Nabbit,
        cType_Yoshi,
        cType_Mii,
        cType_Num
    };
    static_assert(cType_Num == 8);
    static_assert(sizeof(Type) == 4);
 
    enum SceneType
    {
        cSceneType_Course = 0,
        cSceneType_CourseSelect,
        cSceneType_Unknown,
        cSceneType_2D,              // i.e., for menus
        cSceneType_Num
    };
    static_assert(sizeof(SceneType) == 4);
    static_assert(cSceneType_Num == 4);
 
    enum TexAnmType
    {
        cTexAnmType_WaitStatic = 0,
        cTexAnmType_Wait,
        cTexAnmType_GoalPutOnCap,
        cTexAnmType_PropellerGoalPutOnCap,
        cTexAnmType_PenguinGoalPutOnCap,
        cTexAnmType_MusaGoalPutOnCap,
        cTexAnmType_PenguinRideGoalPutOnCap,
        cTexAnmType_MusaRideGoalPutOnCap,
        cTexAnmType_GoalPutOnCap_2,
        cTexAnmType_Dam,
        cTexAnmType_Jump,
        cTexAnmType_Jumped,
        cTexAnmType_Throw,
        cTexAnmType_CourseIn,
        cTexAnmType_CoinComp,
        cTexAnmType_DmGlad,
        cTexAnmType_DmGlad2,
        cTexAnmType_DmGlad2Wait,
        cTexAnmType_DmGlad3,
        cTexAnmType_DmGlad3Wait,
        cTexAnmType_DmGlad4Wait,
        cTexAnmType_DmSad,
        cTexAnmType_BalloonWaitDisconnect,
        cTexAnmType_KinopioMGGlad,
        cTexAnmType_KinopioMGSad,
        cTexAnmType_DmCourseIn,
        cTexAnmType_DmSad2,
        cTexAnmType_KinopioDmThanksGift,
        cTexAnmType_KinopioDmHail,
        cTexAnmType_KinopioDmDamage,
        cTexAnmType_KinopioDmAwawa,
        cTexAnmType_KinopioDmShoot,
        cTexAnmType_DmEscort,
        cTexAnmType_DmEscortWait,
        cTexAnmType_DmEnding1,
        cTexAnmType_DmEnding1Wait,
        cTexAnmType_DmEnding2,
        cTexAnmType_Num
    };
    static_assert(cTexAnmType_Num == 37);
    static_assert(sizeof(cTexAnmType_Num) == 4);
 
    enum DarkTargetType
    {
        cDarkTargetType_InvTevColor0 = 0,   // Set for normal & tower door
        cDarkTargetType_TevKColor3          // Set for castle door
    };
    static_assert(sizeof(DarkTargetType) == 4);
 
    enum Flag
    {
        cFlag_IsCarry                   = 1 <<  0,
        cFlag_IsLiftUp                  = 1 <<  1,
        cFlag_IsBalloonChibiYoshiFly    = 1 <<  2,
        cFlag_IsBubbleChibiYoshiShake   = 1 <<  3,
        cFlag_Bit4                      = 1 <<  4,
        cFlag_Bit5                      = 1 <<  5,
        cFlag_Bit6                      = 1 <<  6,
        // ...
        cFlag_Bit9                      = 1 <<  9,
        cFlag_IsStarAnm                 = 1 << 10,
        cFlag_IsOnHDokan                = 1 << 11,
        cFlag_IsWaitL                   = 1 << 12,
        cFlag_IsWaitR                   = 1 << 13,
        cFlag_IsRideCloudWait           = 1 << 14,
        cFlag_IsRideLiftWait            = 1 << 15,
 
        cFlag_None                      = 0
    };
 
    enum AnmFlagBit
    {
        cAnmFlagBit_Sit                 =  0,
        cAnmFlagBit_Carry,
        cAnmFlagBit_Hang,
        cAnmFlagBit_HangCliff,
        cAnmFlagBit_Swim,
        cAnmFlagBit_5,
        cAnmFlagBit_6,
        cAnmFlagBit_7,
        cAnmFlagBit_8,
        cAnmFlagBit_9,
        cAnmFlagBit_Jump,
        // ...
        cAnmFlagBit_Slope               = 12,
        // ...
        cAnmFlagBit_Dir_L               = 14,
        cAnmFlagBit_Dir_R,
        cAnmFlagBit_16,
        // ...
        cAnmFlagBit_Personal_Luigi      = 20,
        cAnmFlagBit_Personal_Kinopio,
        cAnmFlagBit_Personal_Musa,
        cAnmFlagBit_Personal_Penguin,
        cAnmFlagBit_Personal_Propeller
    };
    static_assert(sizeof(AnmFlagBit) == 4);
 
    enum AnmFlagType
    {
        cAnmFlagType_Main = 0,
        cAnmFlagType_Body,
        cAnmFlagType_Unknown,
        cAnmFlagType_Num
    };
    static_assert(cAnmFlagType_Num == 3);
 
    enum FaceAngleOverrideFlag
    {
        cFaceAngleOverrideFlag_X = 1 << 0,  // Never used
        cFaceAngleOverrideFlag_Y = 1 << 1,
        cFaceAngleOverrideFlag_Z = 1 << 2
    };
 
    enum HeadType
    {
        cHeadType_Normal = 0,
        cHeadType_BonusCap
    };
    static_assert(sizeof(HeadType) == 4);
 
    enum RndType
    {
        cRndType_Uniform = 0,
        cRndType_RightSkew
    };
 
    enum
    {
        cSklAnm_Main = 0,
        cSklAnm_Body,
        cSklAnm_BaseNum
    };
    static_assert(cSklAnm_BaseNum == 2);
 
public:
    // Address: 0x02920CA8
    PlayerModelBase(const sead::SafeString& model_res_key, const sead::SafeString& anm_res_key);
    // Address: 0x02920E8C
    virtual ~PlayerModelBase();
 
    virtual void setTexAnmType(TexAnmType type) = 0;
 
    virtual bool setPersonalAnm(ModelResource** anm_res, sead::BufferedSafeString* anm_name, s32 anm_id, bool body) = 0;
    virtual bool setPersonalRideAnm(ModelResource** anm_res, sead::BufferedSafeString* anm_name, s32 anm_id) = 0;
 
    virtual void setFootAnmImpl(const ModelResource* anm_res, const sead::SafeString& anm_name, FrameCtrl::PlayMode mode, f32 rate, f32 frame, f32 blend_duration) = 0;
    virtual void setBodyAnmImpl(const ModelResource* anm_res, const sead::SafeString& anm_name, FrameCtrl::PlayMode mode, f32 rate, f32 frame, f32 blend_duration) = 0;
 
    virtual void setAnmBind() = 0;
 
    virtual void calcImpl() = 0;
    virtual void calc2Impl() = 0;
 
    virtual void setModelRenderPass(s32 idx_opa, s32 idx_xlu) = 0;
    virtual void setModelG3dRenderFlag(u32 flag) = 0;   // ModelG3d::RenderFlag
 
    virtual void setDark(DarkTargetType type, f32 value) = 0;
 
    // Address: 0x02920EE0
    void calcStoopOffset();
 
    // Address: 0x02920F88
    void reset();
 
    // Address: 0x02920F9C
    virtual f32 getAnmRate(s32 anm_id);
    // Address: 0x02920FB0
    virtual f32 getAnmBlendDuration(s32 anm_id);
 
    // Address: 0x02921524
    virtual void setAnm(s32 anm_id, f32 rate, f32 blend_duration = 0.0f, f32 frame = 0.0f);
    // Address: 0x02921280
    void setBodyAnm(s32 anm_id, f32 rate, f32 frame = 0.0f, f32 blend_duration = 0.0f);
    // Address: 0x029219F8
    void copyLinkAnm(f32 blend_duration);
 
    // Address: 0x02921444
    void setLinkAnm(s32 anm_id, f32 rate, f32 blend_duration = 0.0f, f32 frame = 0.0f);
    // Address: 0x02921A40
    void setRideAnm(s32 anm_id, f32 rate, f32 blend_duration = 0.0f, f32 frame = 0.0f);
    // Address: 0x029214F0
    void setSlopeBodyAnm(f32 blend_duration);
    virtual void releaseBodyAnm(f32 blend_duration) = 0;
    virtual void setCarryBodyAnm(f32 blend_duration, bool bubble_reset_frame) = 0;
 
    // Address: 0x02921DB4
    void setJumpAnmRand(RndType rnd_type);
    // Address: 0x02921E50
    virtual bool getJumpAnmName(sead::BufferedSafeString* anm_name, s32 anm_id, bool body);
 
    // Address: 0x02921088
    void setRate(f32 rate);
    // Address: 0x029219F0
    f32 getRate();
 
    // Address: 0x02921058
    void setRateDirect(f32 rate);
    // Address: 0x029220E0
    f32 getRateDirect();
 
    // Address: 0x029220E8
    virtual void setBodyRate(f32 rate);
    // Address: 0x029214E0
    f32 getBodyRate();
 
    // Address: 0x02920FC4
    void setRateImpl(s32 skl_anm_idx, f32 rate);
    // Address: 0x029214B8
    f32 getRateImpl(s32 skl_anm_idx);
 
    // Address: 0x0292211C
    bool isAnmStop();
    // Address: 0x02922124
    bool isBodyAnmStop();
    // Address: 0x029220F0
    bool isAnmStopImpl(s32 skl_anm_idx);
 
    // Address: 0x02921178
    void setFrame(f32 frame);
    // Address: 0x02921210
    f32 getFrame();
 
    // Address: 0x02921170
    void setFrameDirect(f32 frame);
    f32 getFrameDirect() { return getFrame(); }
 
    // Address: 0x0292212C
    virtual void setBodyFrame(f32 frame);
    // Address: 0x029214E8
    f32 getBodyFrame();
 
    // Address: 0x029210F8
    void setFrameImpl(s32 skl_anm_idx, f32 frame);
    // Address: 0x029211E8
    f32 getFrameImpl(s32 skl_anm_idx);
 
    // Address: 0x02922158
    bool checkFrame(f32 frame);
    // Address: 0x02922160
    bool checkBodyFrame(f32 frame);
    // Address: 0x02922134
    bool checkFrameImpl(s32 skl_anm_idx, f32 frame);
 
    // Address: 0x02922194
    bool isAnmLoopFrame();
    // Address: Deleted
    bool isBodyAnmLoopFrame();
    // Address: 0x02922168
    bool isAnmLoopFrameImpl(s32 skl_anm_idx);
 
    // Address: 0x0292219C
    f32 getFrameEnd();
 
    // Address: 0x02921060
    bool isBodyAnmOn();
 
    // Address: 0x029221B0
    void getJointMtx(sead::Matrixf* mtx, s32 index);
    // Address: 0x029221D4
    void getJointPos(sead::Vector3f* pos, s32 index);
 
    // Address: 0x02922210
    virtual void getJointMtx(sead::Matrixf* mtx, const sead::SafeString& name);
    // Address: 0x029222BC
    void getJointPos(sead::Vector3f* pos, const sead::SafeString& name);
 
    virtual void play() = 0;
 
    // Address: 0x02922304
    void calc(const sead::Matrixf& mtx);
    // Address: 0x029224E8
    void calc2();
 
    // Address: 0x029224F8
    virtual void draw();
 
    // Address: 0x02922578
    void cancelCarry();
 
    // Address: 0x029225AC
    void onCarry();
    // Address: 0x029225D0
    void onLiftUp();
    // Address: 0x029225F4
    void onBalloonChibiYoshiFly();
 
    void onBubbleChibiYoshiShake()
    {
        mFlag.set(cFlag_IsBubbleChibiYoshiShake);
    }
 
    // Address: 0x0292250C
    void offCarry();
    // Address: 0x02922530
    void offLiftUp();
    // Address: 0x02922554
    void offBalloonChibiYoshiFly();
 
    void offBubbleChibiYoshiShake()
    {
        mFlag.reset(cFlag_IsBubbleChibiYoshiShake);
    }
 
    // Address: 0x0292123C
    bool isCarry();
    // Address: 0x02921218
    bool isLiftUp();
 
    bool isBalloonChibiYoshiFly() const
    {
        return mFlag.isOn(cFlag_IsBalloonChibiYoshiFly);
    }
 
    bool isBubbleChibiYoshiShake() const
    {
        return mFlag.isOn(cFlag_IsBubbleChibiYoshiShake);
    }
 
    virtual void onStarAnm()
    {
        mFlag.set(cFlag_IsStarAnm);
    }
 
    virtual void offStarAnm()
    {
        mFlag.reset(cFlag_IsStarAnm);
    }
 
    bool isStarAnm() const
    {
        return mFlag.isOn(cFlag_IsStarAnm);
    }
 
    // Address: 0x02922618
    bool isFootStepTiming();
 
    // Address: 0x029227D0
    bool isCourseSelectScene();
 
    // Address: 0x02921D48
    u32 rndInt(u32 max);
 
    virtual f32 getBaseScale() = 0;
 
    s32 getAnmID() const
    {
        return mAnm;
    }
 
    ModelResource* getModelResFile() const
    {
        return mModelRes;
    }
 
    ModelResource* getAnmResFile() const
    {
        return mAnmRes;
    }
 
    const sead::Matrixf& getMtxSr() const
    {
        return mMtxSr;
    }
 
    sead::Vector3f* getHeadTopPosP()
    {
        return &mHeadTopPos;
    }
 
    sead::Vector3f* getHeadPosP()
    {
        return &mHeadPos;
    }
 
    SceneType getSceneType() const
    {
        return mSceneType;
    }
 
    bool isValidSceneType() const
    {
        return 0 <= mSceneType && mSceneType < cSceneType_Num;
    }
 
    u32 getAnmFlag(AnmFlagType type) const
    {
        return mAnmFlag[type];
    }
 
    u32 getAnmFlag() const
    {
        return mAnmFlag[cAnmFlagType_Main];
    }
 
    u32 getBodyAnmFlag() const
    {
        return mAnmFlag[cAnmFlagType_Body];
    }
 
    bool isAnmFlag(AnmFlagType type, u32 flag) const
    {
        return mAnmFlag[type] & flag;
    }
 
    bool isAnmFlagBit(AnmFlagType type, AnmFlagBit bit) const
    {
        return isAnmFlag(type, 1 << bit);
    }
 
    bool isAnmFlag(u32 flag) const
    {
        return isAnmFlag(cAnmFlagType_Main, flag);
    }
 
    bool isAnmFlagBit(AnmFlagBit bit) const
    {
        return isAnmFlagBit(cAnmFlagType_Main, bit);
    }
 
    bool isSitAnm() const
    {
        return isAnmFlagBit(cAnmFlagBit_Sit);
    }
 
    bool isCarryAnm() const
    {
        return isAnmFlagBit(cAnmFlagBit_Carry);
    }
 
    bool isHangAnm() const
    {
        return isAnmFlagBit(cAnmFlagBit_Hang);
    }
 
    bool isHangCliffAnm() const
    {
        return isAnmFlagBit(cAnmFlagBit_HangCliff);
    }
 
    bool isSwimAnm() const
    {
        return isAnmFlagBit(cAnmFlagBit_Swim);
    }
 
    bool isJumpAnm() const
    {
        return isAnmFlagBit(cAnmFlagBit_Jump);
    }
 
    bool isDirAnm() const
    {
        return isAnmFlag(1 << cAnmFlagBit_Dir_L | 1 << cAnmFlagBit_Dir_R);
    }
 
    bool isDirAnmL() const
    {
        return isAnmFlagBit(cAnmFlagBit_Dir_L);
    }
 
    bool isDirAnmR() const
    {
        return isAnmFlagBit(cAnmFlagBit_Dir_R);
    }
 
    bool isLuigiPersonalAnm() const
    {
        return isAnmFlagBit(cAnmFlagBit_Personal_Luigi);
    }
 
    bool isMusaPersonalAnm() const
    {
        return isAnmFlagBit(cAnmFlagBit_Personal_Musa);
    }
 
    bool isPenguinPersonalAnm() const
    {
        return isAnmFlagBit(cAnmFlagBit_Personal_Penguin);
    }
 
    bool isPropellerPersonalAnm() const
    {
        return isAnmFlagBit(cAnmFlagBit_Personal_Propeller);
    }
 
    bool isBodyAnmFlag(u32 flag) const
    {
        return isAnmFlag(cAnmFlagType_Body, flag);
    }
 
    bool isBodyAnmFlagBit(AnmFlagBit bit) const
    {
        return isAnmFlagBit(cAnmFlagType_Body, bit);
    }
 
    bool isCarryBodyAnm() const
    {
        return isBodyAnmFlagBit(cAnmFlagBit_Carry);
    }
 
    bool isJumpBodyAnm() const
    {
        return isBodyAnmFlagBit(cAnmFlagBit_Jump);
    }
 
    bool isSlopeBodyAnm() const
    {
        return isBodyAnmFlagBit(cAnmFlagBit_Slope);
    }
 
    bool isPenguinPersonalBodyAnm() const
    {
        return isBodyAnmFlagBit(cAnmFlagBit_Personal_Penguin);
    }
 
    void changeFaceAngleOverrideFlag(FaceAngleOverrideFlag flag, bool enable)
    {
        mFaceAngleOverrideFlag.change(flag, enable);
    }
 
    const Angle3& getFaceAngleOverride() const
    {
        return mFaceAngleOverride;
    }
 
    void setFaceAngleOverride(const Angle3& angle)
    {
        mFaceAngleOverride = angle;
    }
 
    void resetFaceAngleOverride()
    {
        mFaceAngleOverride.x() = 0;
        mFaceAngleOverride.y() = 0;
        mFaceAngleOverride.z() = 0;
    }
 
    void resetFaceAngleOverrideFlag()
    {
        mFaceAngleOverrideFlag.makeAllZero();
    }
 
    void onOnHDokan()
    {
        mFlag.set(cFlag_IsOnHDokan);
    }
 
    void offOnHDokan()
    {
        mFlag.reset(cFlag_IsOnHDokan);
    }
 
    bool isOnHDokan() const
    {
        return mFlag.isOn(cFlag_IsOnHDokan);
    }
 
    void onWaitL()
    {
        mFlag.set(cFlag_IsWaitL);
    }
 
    void onWaitR()
    {
        mFlag.set(cFlag_IsWaitR);
    }
 
    void offWait()
    {
        mFlag.reset(cFlag_IsWaitL);
        mFlag.reset(cFlag_IsWaitR);
    }
 
    bool isWaitL() const
    {
        return mFlag.isOn(cFlag_IsWaitL);
    }
 
    bool isWaitR() const
    {
        return mFlag.isOn(cFlag_IsWaitR);
    }
 
    void onRideCloudWait()
    {
        mFlag.set(cFlag_IsRideCloudWait);
    }
 
    void offRideCloudWait()
    {
        mFlag.reset(cFlag_IsRideCloudWait);
    }
 
    bool isRideCloudWait() const
    {
        return mFlag.isOn(cFlag_IsRideCloudWait);
    }
 
    void onRideLiftWait()
    {
        mFlag.set(cFlag_IsRideLiftWait);
    }
 
    void offRideLiftWait()
    {
        mFlag.reset(cFlag_IsRideLiftWait);
    }
 
    bool isRideLiftWait() const
    {
        return mFlag.isOn(cFlag_IsRideLiftWait);
    }
 
protected:
    ModelResource*          mModelRes;
    ModelResource*          mAnmRes;
    AnimModel*              mModel;
    s32                     mAnm;
    s32                     mBodyAnm;
    s32                     mRideAnm;
    PlayerModelBase*        mLinkPlayer;
    sead::Matrixf           mMtxSrt;
    sead::Matrixf           mMtxSr;
    sead::Vector3f          mHeadTopPos;
    sead::Vector3f          mHeadPos;
    Type                    mType;
    SceneType               mSceneType;
    TexAnmType              mTexAnmType;
    s32                     mDefaultExpressionTimer;
    f32                     mOffsetY;
    f32                     mStoopOffsetCurrent;
    f32                     mStoopOffsetTarget;
    f32                     mStoopOffsetBlendFramesRemaining;
    sead::SafeArray<
        u32,
        cAnmFlagType_Num
    >                       mAnmFlag;
    sead::BitFlag32         mFlag;
    s32                     mJumpIndex;
    s32                     mJumpIndexPrev;         // Maybe?
    Angle3                  mFaceAngleOverride;     // X is always set to 0 and never actually used
    sead::BitFlag32         mFaceAngleOverrideFlag;
    bool                    mCarryStateChanged;
 
    static const s32 cJumpMax = 3;
 
    // Address: 0x1022AC80
    static const sead::SafeString cJumpAnmVarDt[];
    // Address: 0x1022AC98
    static const sead::SafeString c2JumpAnmVarDt[];
    // Address: 0x1022ACB0
    static const sead::SafeString c2JumpedAnmVarDt[];
};
static_assert(sizeof(PlayerModelBase) == 0xF0);