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#ifndef D_A_CANOE_H
#define D_A_CANOE_H
#include "f_op/f_op_actor_mng.h"
#include "d/d_cc_d.h"
#include "d/d_bg_s_acch.h"
#include "SSystem/SComponent/c_phase.h"
/**
* @ingroup actors-unsorted
* @class daCanoe_c
* @brief Canoe
*
* @details
*
*/
class daCanoe_c : public fopAc_ac_c {
public:
int createHeap();
int create();
~daCanoe_c();
void setRoomInfo();
void setMatrix();
void setCollision();
void posMove();
void checkGomikabe(cBgS_PolyInfo&);
void setFrontBackPos();
void frontBackBgCheck();
void setPaddleEffect();
void setCanoeSliderEffect();
int execute();
int draw();
J3DModel* getModel() { return mpModel; }
MtxP getModelMtx() { return mpModel->getBaseTRMtx(); }
bool checkTandem() { return fopAcM_GetParam(this) == 2; }
u8 checkJumpRideFlg() const { return mJumpRideFlg; }
void incShapeOffsetY(f32 offset) { mShapeOffsetY += offset; }
void incShapeAngleZ(s16 incZ) { shape_angle.z += incZ; }
void onRodID(fpc_ProcID i_rodID) { mRodID = i_rodID; }
void setWaterFallDownSe() { mSound.startSound(Z2SE_AL_CANOE_FALL_DW, 0, -1); }
bool checkPaddleChangeWater() { return mPaddleWaterType == 3; }
void startInitPaddleWater() { mPaddleWaterType = 4; }
fpc_ProcID getRodID() { return mRodID; }
void setAimSpeed(f32 i_speed) { mAimSpeed = i_speed; }
void setAimAngle(s16 i_angle) {
mAimAngle = i_angle;
mIsForceAimAngle = TRUE;
}
void setPosAndAngle(cXyz const* i_pos, s16 i_angle) {
mForcePos = *i_pos;
mForceAngle = i_angle;
mIsForcePosAngle = TRUE;
}
void setPaddleOffsetRight() {
field_0x1454 = 64;
field_0x1456 = 15;
}
void setPaddleOffsetLeft() {
field_0x1454 = -64;
field_0x1456 = 15;
}
private:
/* 0x0568 */ request_of_phase_process_class mPhaseReq;
/* 0x0570 */ J3DModel* mpModel;
/* 0x0574 */ J3DModel* mpPaddleModel;
/* 0x0578 */ J3DModel* mpMaskModel;
/* 0x057C */ dCcD_Stts mCcStts;
/* 0x05B8 */ dBgS_AcchCir mAcchCir[3][3];
/* 0x07F8 */ dBgS_LinkAcch mAcch[3];
/* 0x0D80 */ dCcD_Cyl mCcCyl[5];
/* 0x13AC */ dBgS_LinkLinChk mLineChk;
/* 0x141C */ Z2SoundObjSimple mSound;
/* 0x143C */ const char* mArcName;
/* 0x1440 */ u8 mPaddleWaterType;
/* 0x1441 */ u8 field_0x1441;
/* 0x1442 */ u8 mIsForceAimAngle;
/* 0x1443 */ u8 mJumpRideFlg;
/* 0x1444 */ u8 field_0x1444;
/* 0x1445 */ s8 mReverb;
/* 0x1446 */ u8 mIsForcePosAngle;
/* 0x1447 */ u8 mIsSliderHit;
/* 0x1448 */ s16 field_0x1448;
/* 0x144A */ s16 mForceAngle;
/* 0x144C */ s16 mAimAngle;
/* 0x144E */ s16 field_0x144e;
/* 0x1450 */ s16 field_0x1450;
/* 0x1452 */ s16 field_0x1452;
/* 0x1454 */ s16 field_0x1454;
/* 0x1456 */ s16 field_0x1456;
/* 0x1458 */ s16 field_0x1458;
/* 0x145A */ s16 field_0x145a;
/* 0x145C */ s16 mHitInvulnerabilityTimer;
/* 0x145E */ u16 mHitCount;
/* 0x1460 */ s16 field_0x1460;
/* 0x1464 */ fpc_ProcID mRodID;
/* 0x1468 */ f32 mAimSpeed;
/* 0x146C */ f32 mShapeOffsetY;
/* 0x1470 */ f32 field_0x1470;
/* 0x1474 */ u32 mShadowId;
/* 0x1478 */ u32 field_0x1478;
/* 0x147C */ u8 field_0x147c[0x1480 - 0x147C];
/* 0x1480 */ u32 field_0x1480;
/* 0x1484 */ u8 field_0x1484[0x1488 - 0x1484];
/* 0x1488 */ u32 field_0x1488[2];
/* 0x1490 */ u32 field_0x1490;
/* 0x1494 */ cXyz mFrontPos;
/* 0x14A0 */ cXyz mBackPos;
/* 0x14AC */ cXyz mOldFrontPos;
/* 0x14B8 */ cXyz mOldBackPos;
/* 0x14C4 */ cXyz mWaterSpeed;
/* 0x14D0 */ cXyz mForcePos;
};
STATIC_ASSERT(sizeof(daCanoe_c) == 0x14dc);
#endif /* D_A_CANOE_H */
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