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#ifndef D_A_DAIOCTA_EYE_H
#define D_A_DAIOCTA_EYE_H
#include "SSystem/SComponent/c_math.h"
#include "d/d_cc_d.h"
#include "d/d_jnt_hit.h"
#include "d/d_particle.h"
#include "f_op/f_op_actor.h"
#include "m_Do/m_Do_ext.h"
#include "m_Do/m_Do_hostIO.h"
class J3DNode;
class daDaiocta_c;
class daDaiocta_Eye_c : public fopAc_ac_c {
public:
enum Mode_e {
MODE_WAIT = 0,
MODE_DAMAGE = 1,
MODE_DEATH = 2
};
typedef void (daDaiocta_Eye_c::*ModeProcFunc)(void);
public:
void rndRotEye() {
mEyeRotTargetX = cM_rndF(mEyeRndRotMaxX);
if (std::fabsf(mEyeRotTargetX - mCurEyeRot.x) < m2EC) {
mEyeRotTargetX += m2EC;
}
mEyeRotTargetY = cM_rndF(mEyeRndRotMaxY);
if (std::fabsf(mEyeRotTargetY - mCurEyeRot.y) < m2EE) {
mEyeRotTargetY += m2EE;
}
mEyeRotTargetZ = cM_rndF(mEyeRndRotMaxZ);
if (std::fabsf(mEyeRotTargetZ - mCurEyeRot.z) < m2F0) {
mEyeRotTargetZ += m2F0;
}
}
void _nodeControl(J3DNode*, J3DModel*);
BOOL _createHeap();
void _coHit(fopAc_ac_c*);
void setMtx();
void checkTgHit();
void modeWaitInit();
void modeWait();
void modeDamageInit();
void modeDamage();
void modeDeathInit();
void modeDeath();
void modeProcCall();
bool _execute();
bool _draw();
void createInit();
cPhs_State _create();
bool _delete();
static const s32 m_heapsize;
static const char m_arc_name[];
static const s32 m_scale_damage_time;
public:
/* 0x290 */ s32 mEyeNo;
/* 0x294 */ bool mbIsDead;
/* 0x295 */ bool m295;
/* 0x296 */ bool mbIsDamaged;
/* 0x297 */ bool mbIsDamagedBomb;
/* 0x298 */ bool mbAppear;
/* 0x299 */ u8 m299[0x29C - 0x299];
/* 0x29C */ s32 mMode;
/* 0x2A0 */ request_of_phase_process_class mPhs;
/* 0x2A8 */ J3DModel* mpModel;
/* 0x2AC */ J3DAnmTevRegKey* mpBrk;
/* 0x2B0 */ mDoExt_brkAnm mBrkAnm;
/* 0x2C8 */ J3DAnmTextureSRTKey* mpBtk;
/* 0x2CC */ mDoExt_btkAnm mBtkAnm;
/* 0x2E0 */ s16 mEyeRotTargetX;
/* 0x2E2 */ s16 mEyeRotTargetY;
/* 0x2E4 */ s16 mEyeRotTargetZ;
/* 0x2E6 */ csXyz mCurEyeRot;
/* 0x2EC */ s16 m2EC;
/* 0x2EE */ s16 m2EE;
/* 0x2F0 */ s16 m2F0;
/* 0x2F2 */ s16 mEyeRndRotMaxX;
/* 0x2F4 */ s16 mEyeRndRotMaxY;
/* 0x2F6 */ s16 mEyeRndRotMaxZ;
/* 0x2F8 */ dCcD_Sph mSph;
/* 0x424 */ dCcD_Stts mStts;
/* 0x460 */ cXyz mEyeScale;
/* 0x46C */ int mScaleAnimeIdx;
/* 0x470 */ JntHit_c* mpJntHit;
/* 0x474 */ daDaiocta_c* mpParentActor;
/* 0x478 */ dPa_followEcallBack mParticleCallback;
/* 0x48C */ cXyz mParticlePos;
/* 0x48C */ csXyz m498;
/* 0x49E */ u8 m49E[0x4A0 - 0x49E];
}; // Size: 0x4A0
STATIC_ASSERT(sizeof(daDaiocta_Eye_c) == 0x4A0);
class daDaiocta_Eye_HIO_c : public mDoHIO_entry_c {
public:
daDaiocta_Eye_HIO_c();
void genMessage(JORMContext* ctx) {}
public:
s16 m04;
u8 m06[0x08 - 0x06];
f32 m08;
f32 m0C;
f32 mParticleTranslationX;
f32 mParticleTranslationY;
f32 mParticleTranslationZ;
f32 mSphRadius;
s16 mEyeRotStep;
s16 mEyeRotScale;
s16 m24;
s16 m26;
s16 m28;
s16 mEyeRndRotMaxX;
s16 mEyeRndRotMaxY;
s16 mEyeRndRotMaxZ;
JntHit_HIO_c m30;
};
#endif /* D_A_DAIOCTA_EYE_H */
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