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st/src/063_Shrine/Actor/ActorUnkCANS.cpp
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Yanis 5ca3eeb61e Sync nitro headers with nitro decomp (#156) 
* sync headers with nitro decomp

* fix most build issues

* fix symbols

* fix regressions
2026-10-07 04:12:55 +02:00

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#include "Actor/ActorUnkCANS.hpp"
#include "Actor/Actor.hpp"
#include "Actor/ActorId.hpp"
#include "Actor/ActorItemBoomerang.hpp"
#include "Actor/ActorManager.hpp"
#include "Actor/ActorRef.hpp"
#include "Actor/ActorShotArrow.hpp"
#include "Actor/ActorUnkCASE.hpp"
#include "Map/MapObjectId.hpp"
#include "MapObject/MapObject.hpp"
#include "MapObject/MapObjectManager.hpp"
#include "Physics/Cylinder.hpp"
#include "Render/ModelRender.hpp"
#include "Save/AdventureFlags.hpp"
#include "System/Random.hpp"
#include "Unknown/UnkStruct_027e09a8.hpp"
#include "Unknown/UnkStruct_027e09b8.hpp"
#include "Unknown/UnkStruct_027e09c0.hpp"
#include "Unknown/UnkStruct_027e0ce0.hpp"
#include "Unknown/UnkStruct_027e0d38.hpp"
#include "flags.h"
#include "math.hpp"
#include "nitro/fx.h"
#include "nitro/math.h"
#include "nitro/types.h"
#include "nns/g3d/g3d.h"
#include "profile.hpp"
#include "types.h"
extern const char data_ov063_02162528[0x10]; // = "mCANS1";
extern const char data_ov063_02162538[0x10]; // = "Rarm1";
extern const char data_ov063_02162548[0x10]; // = "locator1";
/* Contains a string somewhere with info such as "attack" or "guard" */
extern ActorUnkZLSL_AnimationTag data_ov063_02163068; // = {0, 0x6B6C6177, 0x41, 0, 0, 0};
extern ActorUnkZLSL_AnimationTag data_ov063_02163080;
extern ActorUnkZLSL_AnimationTag data_ov063_02163098;
extern ActorUnkZLSL_AnimationTag data_ov063_021630b0;
extern VecFx32 data_027e07d4;
extern MtxFx43 data_027e0964;
extern UnkStruct_027e09c0 *data_027e09c0;
extern "C" void func_01ff916c(unk32 *param1, unk32 param2, unk32 param3);
extern "C" unk32 func_01ff9258(unk32, unk32);
extern "C" unk32 func_01ff930c(s16 *, unk16, unk32);
extern "C" void func_01ff9638(VecFx32 *param1, fx16 param2);
extern "C" fx32 func_01ff9a5c(VecFx32 *, VecFx32 *, VecFx32 *);
extern "C" void func_01ffad5c(MtxFx43 *, MtxFx43 *, MtxFx43 *);
extern "C" fx32 func_01ffb428(unk32, unk32);
extern "C" void func_01ffb714(VecFx32 *, VecFx32 *, VecFx32 *);
extern "C" unk32 func_01ffbbe0(fx32 param1, fx32 param2);
extern "C" void func_0200eab0(G3d_Model *, unk32, u8);
// Overlay 0
extern u16 data_ov000_020aed00;
extern u16 data_ov000_020aecf0[0x4];
extern u16 data_ov000_020aecf4[0x4]; //! INFO: Unsure about the size
extern unk32 data_ov000_020aecf8[0x2]; //! INFO: Unsure about the size
extern unk32 data_ov000_020aecfc[0x2]; //! INFO: Unsure about the size
extern "C" void func_ov000_02057c98(ModelRender *param1, UnkSystem5 *param2);
#if IS_JP
extern "C" unk32 func_ov000_0205c384(VecFx32 *param1, VecFx32 *param2);
#endif
extern "C" void func_ov000_0208bd20(UnkStruct_027e0ce0 *param1, unk32 param2, unk32 param3, unk32 param4);
extern "C" void func_ov000_020986b4(s16 *param1, Actor_Derived2 *param2, unk32 param3);
extern "C" unk32 func_ov000_02098d7c(ActorUnkCANS *param1, UnkStruct_ov063_02162e88 *param2);
// Overlay 26
#if IS_JP
extern "C" void func_ov026_020f46a8(Actor *param1, VecFx32 *param2, bool param3);
#endif
extern "C" void G3d_GetCurrentMtx(MtxFx43 *mtx1, MtxFx33 *mtx2);
const Cylinder data_ov063_02162e90(0, 0x99A, 0, 0x99A);
DECL_PROFILE(ActorProfileUnkCANS);
static PTMF<ActorUnkCANS> data_ov063_02162f58[0xB] = {
&ActorUnkCANS::func_ov063_02158b34, &ActorUnkCANS::func_ov063_02158d40, &ActorUnkCANS::func_ov063_021590c8,
&ActorUnkCANS::func_ov063_021591f4, &ActorUnkCANS::func_ov063_02159408, &ActorUnkCANS::func_ov063_021595a4,
&ActorUnkCANS::func_ov063_02159714, &ActorUnkCANS::func_ov063_021598fc, &ActorUnkCANS::func_ov063_02159ca8,
&ActorUnkCANS::func_ov063_02159dfc, &ActorUnkCANS::func_ov063_02159e20,
};
static PTMF<ActorUnkCANS> data_ov063_02162fb0[0xB] = {
&ActorUnkCANS::func_ov063_02158b98, &ActorUnkCANS::func_ov063_02158db0, &ActorUnkCANS::func_ov063_02159100,
&ActorUnkCANS::func_ov063_02159258, &ActorUnkCANS::func_ov063_02159494, &ActorUnkCANS::func_ov063_02159618,
&ActorUnkCANS::func_ov063_02159784, &ActorUnkCANS::func_ov063_021599e4, &ActorUnkCANS::func_ov063_02159d68,
&ActorUnkCANS::func_ov063_02159e1c, &ActorUnkCANS::func_ov063_02159ec0,
};
Actor *ActorProfileUnkCANS::Create() {
return new(HeapIndex_2) ActorUnkCANS();
}
ActorProfileUnkCANS::ActorProfileUnkCANS() :
ActorProfile_Derived1(ActorId_CANS) {
mUnk_24 = 0x43415345;
VecFx32_Init(0, 0xCCD, 0, &mUnk_04.pos);
mUnk_04.size = 0xCCD;
}
UnkStruct_ov063_02162ee8::UnkStruct_ov063_02162ee8(G3d_Model *pModel) :
UnkStruct_ov000_020b3268(pModel),
mUnk_6C(ModelRenderBase::func_ov000_02057f40(data_ov063_02162528)),
mUnk_70(ModelRenderBase::func_ov000_02057f18(data_ov063_02162538)),
mUnk_74(ModelRenderBase::func_ov000_02057f18(data_ov063_02162548)) {}
UnkStruct_ov063_02162e88::UnkStruct_ov063_02162e88(void *param1) :
mUnk_20(param1) {}
unk32 UnkStruct_ov063_02162e88::vfunc_04(ActorRef param1, unk32 param2, unk32 param3, unk32 *param4) {
unk32 ret1 = Actor_9C::vfunc_04(param1, param2, param3, param4);
if (ret1 == 0) {
return ret1;
}
if (param2 != 3) {
return ret1;
}
if (((ActorUnkCANS *) mUnk_20)->func_ov063_0215a56c((unk16) func_01ffbbe0(param4[0], param4[2])) != 0 &&
param1.type != 0) {
ActorShotArrow *ret4 = (ActorShotArrow *) gpActorManager->func_01fff3b4(param1);
if (ret4 != NULL && ret4->GetActorId() == ActorId_ShotArrow) {
u16 angle = ((ActorUnkCANS *) mUnk_20)->mAngle.angle_s;
fx32 sin_val = FX_MUL(SIN(angle), FX_F32_TO_FX32(1.f));
fx32 cos_val = FX_MUL(COS(angle), FX_F32_TO_FX32(1.f));
VecFx32 vec;
// VecFx32_Init doesn't match
vec.x = sin_val;
vec.z = cos_val;
vec.y = 0;
#if !IS_JP
ret4->func_ov031_020f2cac(&vec, true);
#else
func_ov026_020f46a8(ret4, &vec, true);
#endif
return 0;
}
return 1;
}
return ret1;
}
// non-matching
ActorUnkCANS::ActorUnkCANS() :
mUnk_0B0(G3d_GetModelPtr(GET_PROFILE(ActorProfileUnkCANS)->vfunc_04()->mUnk_50)),
mUnk_128(&mUnk_0B0, GET_PROFILE(ActorProfileUnkCANS)->vfunc_04()),
mUnk_1F4(),
mUnk_200(this),
mUnk_224(),
mUnk_234(0, 0),
mUnk_238(0, 0),
mUnk_250(mUnk_5C.mInitialPos),
mUnk_274(0),
mUnk_270(0xCD) {
SET_FLAG(mFlags, ActorFlag_6);
Actor_38 *actor_38 = (Actor_38 *) &mUnk_1F4;
mUnk_38 = actor_38;
actor_38->mUnk_08 = 4;
this->func_ov000_0209862c(4);
UNSET_FLAG(&mUnk_200.mUnk_04, ActorFlag_14);
mUnk_276 = gRandom.Next32(0) & 0x80000000 ? 1 : -1;
mUnk_48 = 4;
mUnk_270 *= mUnk_276;
}
bool ActorUnkCANS::Init(unk32 param1) {
this->mUnk_0B0.func_ov000_02057c38(6, 2);
this->mUnk_0B0.func_ov000_0209a7b8(this, (UnkSystem4_UnkCallback) ActorUnkCANS::func_ov063_0215a678);
ActorRef var;
ActorManager *actorManager = gpActorManager;
ActorUnkCASE::func_ov063_0215acec(&var, this->mRef);
this->mUnk_268 = (ActorUnkCASE *) actorManager->func_01fff3b4(var);
return true;
}
void ActorUnkCANS::Setup(void) {
mUnk_26C = mUnk_5C.mInitialAngle;
s16 var;
func_ov000_020986b4((s16 *) &var, this, 0);
s16 r2_val = var;
s16 r3_val = *((volatile s16 *) &var);
var = r2_val - mUnk_26C;
int iVar2 = (s16) (r3_val - (s16) (mUnk_26C - DEG_TO_ANG(180)));
int iVar1 = var;
iVar2 = ABS(iVar2);
iVar1 = ABS(iVar1);
if (iVar1 > iVar2) {
mUnk_26C += DEG_TO_ANG(180);
mAngle += DEG_TO_ANG(180);
}
this->func_ov063_02158448(0);
}
void ActorUnkCANS::func_ov063_02158424(void) {
mUnk_274 = 0;
if (mState == 6) {
this->mUnk_238.Set(0, 20);
}
}
void ActorUnkCANS::func_ov063_02158448(unk32 param1) {
this->func_ov063_02158424();
mState = param1;
CALL_PTMF(PTMF<ActorUnkCANS>, data_ov063_02162f58[mState]);
}
void ActorUnkCANS::func_ov063_02158490(void) {
mUnk_48 -= mUnk_200.mUnk_1E;
this->func_ov017_020bf050(&mUnk_200, 1);
this->func_ov063_02158448(2);
}
void ActorUnkCANS::vfunc_24(void) {
if (data_027e09b8->HasAdventureFlag(AdventureFlag_VisitedIslandSanctuaryFirstTime)) {
this->Update();
}
}
// non-matching
void ActorUnkCANS::Update(void) {
this->mUnk_238.Update();
if (!this->func_ov017_020bef4c(0x4000) && mUnk_48 != 0 && mState != 4) {
return;
}
mUnk_3C = &mUnk_200;
CALL_PTMF(PTMF<ActorUnkCANS>, data_ov063_02162fb0[mState]);
this->func_ov017_020bf894(&mUnk_224);
this->func_ov000_02098838();
VecFx32_Copy(&mPos, &mPrevPos);
VecFx32_Add(&mPos, &mVel, &mPos);
if (mUnk_268 != NULL) {
mUnk_268->func_ov063_0215b6c8(&mUnk_250, mAngle);
}
this->func_ov000_02098b8c(1, &mUnk_23C);
unk16 ret1 = func_01ffbbe0(mUnk_23C.mUnk_08.x, mUnk_23C.mUnk_08.z);
unk32 res3 = (unk16) ((unk16) func_01ffbbe0(mVel.x, mVel.z) - ret1 - 0x8000);
if ((mUnk_46 & 1) != 0) {
mVel.y = 0;
}
if ((mUnk_46 & 0x3c) != 0) {
res3 = ABS(res3);
if (res3 < 0x2000) {
VecFx32_Init(0, 0, 0, &mVel);
VecFx32_Copy(&mPrevPos, &mPos);
}
}
unk32 iVar5;
if (mUnk_48 > 0) {
if (!this->mUnk_234.HasExpired()) {
if (mUnk_268 != NULL) {
mUnk_268->mUnk_1F4 = 0;
}
} else {
this->func_ov000_020989e0();
if (((*(u32 *) &mUnk_200.mUnk_08) & 0x3FFFF) != 0) {
this->mUnk_234.Set(0, func_ov000_02098d7c(this, &this->mUnk_200));
iVar5 = this->func_ov063_0215a56c((unk16) func_01ffbbe0(mUnk_200.mUnk_10.x, mUnk_200.mUnk_10.z));
switch (mUnk_200.mUnk_1C) {
case 12:
if (iVar5 != 0) {
Actor *iVar6 = gpActorManager->func_01fff3b4(mUnk_200.mUnk_0C.data);
if (iVar6 != NULL) {
((ActorItemBoomerang *) iVar6)->func_ov031_020e49b0(0x8D70);
}
if (mState != 4) {
this->func_ov063_02158448(5);
}
} else {
this->Actor_Derived2::func_ov017_020bf178(&mUnk_200, 1);
mUnk_224.func_ov000_02099a0c();
this->func_ov063_02158448(4);
}
break;
case 4: {
if (mUnk_268 == NULL) {
if (data_027e0d38->func_ov031_020d9c04(1, 0, 0) != 0) {
this->func_ov063_02158448(10);
}
} else {
data_027e0d38->func_ov031_020d9c44(data_ov000_020aed00);
if (mState != 4) {
this->func_ov063_02158448(5);
}
}
break;
}
case 13:
if (iVar5 == 0) {
this->func_ov063_02158490();
}
break;
case 8:
if (iVar5 != 0) {
if (mUnk_200.mUnk_0C.type_index == 0x102) {
unk32 uVar1 = 0;
if (mUnk_200.mUnk_0C.type_index == 0x102) {
if (mUnk_200.mUnk_0C.unk_id == 1 || mUnk_200.mUnk_0C.unk_id == 3) {
uVar1 = 1;
};
}
func_ov000_0208bd20(data_027e0ce0, uVar1 != 0, 0x8c98, 0);
} else {
data_027e09a8->func_ov000_02071b30(0x8C98, &mPos, 0);
}
if (mState != 4) {
this->func_ov063_02158448(5);
}
} else {
this->func_ov063_02158490();
}
break;
case 3:
if (iVar5 != 0) {
if (mState != 4) {
this->func_ov063_02158448(5);
}
break;
}
this->func_ov063_02158490();
break;
case 0:
case 1:
case 2:
case 5:
case 6:
case 7:
case 9:
case 10:
case 11:
default:
if (iVar5 != 0) {
this->func_ov017_020bfb18(&mUnk_200);
if (mState != 4) {
this->func_ov063_02158448(5);
}
} else {
this->func_ov063_02158490();
}
break;
}
}
if (mUnk_268 != NULL) {
mUnk_268->mUnk_1F4 = iVar5;
}
}
}
mUnk_128.vfunc_34();
if (GET_FLAG(mFlags, ActorFlag_Alive) && mUnk_48 <= 0) {
return;
}
// unk32 puVar11[0xF];
if (mUnk_268 != NULL) {
VecFx32 a;
UnkStruct_ov000_0207de98 b;
VecFx32 *aPtr = &a;
// VecFx32 *aPtr = (VecFx32 *) &puVar11[0xD];
VecFx32_Init(0x4CD, 0, 0, aPtr);
func_01ff9638(aPtr, mAngle.angle_s);
VecFx32_Add(aPtr, &mPos, aPtr);
VecFx32_Copy(aPtr, &b.vec);
// puVar11[0xB] = 0xF33;
// puVar11[0xC] = 0x1000;
b.param1 = 0xF33;
b.param2 = 0x1000;
data_027e09c0->func_ov000_0207de98(mRef, &b, mUnk_38);
} else {
VecFx32 a;
UnkStruct_ov000_0207de98 b;
VecFx32 *aPtr = &a;
// VecFx32 *aPtr = (VecFx32 *) &puVar11[0x5];
*aPtr = mPos;
VecFx32_Copy(aPtr, &b.vec);
// puVar11[3] = 0xA66;
// puVar11[4] = 0x1000;
b.param1 = 0xA66;
b.param2 = 0x1000;
data_027e09c0->func_ov000_0207de98(mRef, &b, mUnk_38);
}
}
void ActorUnkCANS::vfunc_2C(Actor_vfunc_30 *param1) {
if (!this->func_01fff5d0(param1, 0)) {
return;
}
mUnk_0B0.func_01ffc6d4(mAngle, &mPos);
if (mUnk_268 != NULL) {
VecFx32 vec;
VecFx32_Init(0x4CD, 0, 0, &vec);
func_01ff9638(&vec, mAngle.angle_s);
VecFx32_Add(&vec, &mPos, &vec);
this->func_ov017_020bf5c4(&vec, 0xD9A, 0x930 - 0x1F, 0x1F, mAngle.angle_s);
} else {
this->func_ov017_020bf5c4(&mPos, 0x800, 0x555, 0x1F, mAngle.angle_s);
}
}
void ActorUnkCANS::func_ov063_02158b0c(void) {
mUnk_268 = NULL;
mUnk_38->mUnk_08 = 1;
mUnk_34 = (Cylinder *) &data_ov063_02162e90;
mUnk_30 = (Cylinder *) &data_ov063_02162e90;
}
void ActorUnkCANS::func_ov063_02158b34(void) {
mUnk_128.vfunc_1C(data_ov063_02163068, 0x1000, 0x19A, 0);
}
// non-matching
void ActorUnkCANS::func_ov063_02158b98(void) {
if (mUnk_128.vfunc_28()->func_02015080(0x1000) || mUnk_128.vfunc_28()->func_02015080(0x11000) ||
mUnk_128.vfunc_28()->func_02015080(0x21000)) {
data_027e09a8->func_ov000_02071b30(0x985F, &mPos, 0);
}
if ((mUnk_46 & 0x3C) != 0) {
unk32 iVar5 = (unk16) ((mUnk_26C * 0x4000 + mUnk_276) - (unk16) func_01ffbbe0(mUnk_23C.mUnk_08.x, mUnk_23C.mUnk_08.z));
iVar5 = ABS(iVar5);
if (DEG_TO_ANG(90) < iVar5) {
mUnk_276 *= -1;
}
}
func_01ff916c(&mUnk_270, mUnk_276 * 0xCD, 0xCD);
u16 angle = (fx16) (fx32) (mUnk_26C + 0x4000);
mVel.x = FX_MUL(SIN(angle), mUnk_270);
mVel.z = FX_MUL(COS(angle), mUnk_270);
if (this->func_ov063_0215a514() != 0) {
this->func_ov063_02158448(8);
return;
}
if (this->func_ov063_02159f3c(0x3000) != 0) {
this->func_ov063_02158448(1);
}
}
void ActorUnkCANS::func_ov063_02158d40(void) {
this->mUnk_128.vfunc_1C(data_ov063_02163068, 0x1800, 0x19A, 0);
this->mUnk_238.Init();
}
// non-matching
void ActorUnkCANS::func_ov063_02158db0(void) {
if (mUnk_128.vfunc_28()->func_02015080(0x1000) || mUnk_128.vfunc_28()->func_02015080(0xD000) ||
mUnk_128.vfunc_28()->func_02015080(0x19000) || mUnk_128.vfunc_28()->func_02015080(0x25000)) {
data_027e09a8->func_ov000_02071b30(0x985F, &mPos, 0);
}
s16 var;
s16 *varPtr = &var;
func_ov000_020986b4(varPtr, this, 0);
unk32 val = (unk16) ((mUnk_26C * 0x4000 + mUnk_276) - *varPtr);
val = ABS(val);
if (DEG_TO_ANG(90) < val) {
mUnk_276 *= -1;
}
fx32 ret1 = func_01ffb428(mUnk_270 + 0x66, 0xCD);
u32 threshold = (u16) (mUnk_270 / 2) * ((u32) ret1 << 0x4 >> 0x10) + 0x4CD;
VecFx32 vec = {mPos.x, mPos.y, mPos.z};
vec.x = FX_MUL(SIN((u16) mUnk_26C), ret1);
vec.z = FX_MUL(COS((u16) mUnk_26C), mPos.z);
unk32 param2 = func_01ff9a5c(data_027e0ce0->func_01fff148(0), &mPos, &vec) < threshold ? 0 : mUnk_276 * 0x3AE;
func_01ff916c(&mUnk_270, param2, 0xCD);
s16 iVar5b = mUnk_26C + 0x4000;
fx32 sin_val = SIN((u16) iVar5b);
fx32 cos_val = COS((u16) iVar5b);
mVel.x = FX_MUL(sin_val, mUnk_270);
mVel.z = FX_MUL(cos_val, mUnk_270);
if (this->func_ov063_0215a514()) {
this->func_ov063_02158448(8);
return;
}
if (!this->func_ov063_02159f3c(0x4000)) {
this->func_ov063_02158448(0);
return;
}
if (!this->func_ov063_0215a0f0()) {
return;
}
if (this->func_ov063_0215a474()) {
this->func_ov063_02158448(6);
return;
}
this->func_ov063_02158448(3);
}
void ActorUnkCANS::func_ov063_021590c8(void) {
this->Actor::func_ov017_020bf634(&mUnk_200.mUnk_10, this->func_ov063_0215a5bc(), this->func_ov063_0215a5d8());
mUnk_200.func_ov000_02097bec();
}
void ActorUnkCANS::func_ov063_02159100(void) {
this->Actor::func_ov017_020bf688();
if (!GET_FLAG(this->mFlags, ActorFlag_5)) {
return;
}
if (mUnk_48 <= 0) {
if (mUnk_268 != NULL) {
mUnk_268->func_ov000_020984d0();
}
this->vfunc_54(0);
return;
}
u16 *tmpArr = (u16 *) &mUnk_224.mUnk_08;
if (tmpArr[0] < tmpArr[1]) {
this->func_ov063_02158448(4);
return;
}
if (this->func_ov063_0215a514() != 0) {
this->func_ov063_02158448(8);
return;
}
if (mAngle.angle_s != mUnk_26C) {
mState = 8;
return;
}
if (mUnk_268 == NULL) {
this->func_ov063_02158448(7);
return;
}
if (this->func_ov063_02159f3c(0x3000)) {
this->func_ov063_02158448(1);
return;
}
this->func_ov063_02158448(0);
}
void ActorUnkCANS::func_ov063_021591f4(void) {
mUnk_128.vfunc_1C(data_ov063_02163068, 0x1000, 0x19A, 0);
}
void ActorUnkCANS::func_ov063_02159258(void) {
if (mUnk_128.vfunc_28()->func_02015080(0x6000) || mUnk_128.vfunc_28()->func_02015080(0xF000)) {
data_027e09a8->func_ov000_02071b30(0x9860, &mPos, 0);
}
if (mUnk_128.vfunc_28()->func_02015080(0x25000)) {
data_027e09a8->func_ov000_02071b30(0x9861, &mPos, 0);
}
func_01ff916c(&mUnk_270, 0, 0xCD);
unk32 val = mUnk_270;
fx16 angle = mUnk_26C + DEG_TO_ANG(90);
fx32 sin_val = SIN((u16) angle);
fx32 cos_val = COS((u16) angle);
mVel.x = FX_MUL(sin_val, val);
mVel.z = FX_MUL(cos_val, val);
if (!mUnk_270 && this->func_ov063_0215a514()) {
this->func_ov063_02158448(8);
} else if (!mUnk_270 && this->mUnk_238.HasReachedMaxU() && this->func_ov063_0215a474()) {
this->func_ov063_02158448(6);
} else if (!this->func_ov063_0215a2c0()) {
this->func_ov063_02158448(1);
}
}
void ActorUnkCANS::func_ov063_02159408(void) {
this->func_ov000_02099450(&mUnk_224, &data_027e07d4, 0, data_ov000_020aecf0[0]);
mUnk_128.vfunc_1C(data_ov063_02163068, 0, 0x19A, 0);
mUnk_200.func_ov000_02097bec();
}
void ActorUnkCANS::func_ov063_02159494(void) {
this->func_ov000_020994a0();
if (GET_FLAG(mFlags, ActorFlag_5) == 0) {
return;
}
if (this->func_ov063_0215a514()) {
this->func_ov063_02158448(8);
return;
}
if (mAngle.angle_s != mUnk_26C) {
mUnk_128.vfunc_1C(data_ov063_02163068, 0x1333, 0x19A, 0);
mState = 8;
return;
}
if (mUnk_268 == NULL) {
this->func_ov063_02158448(7);
} else {
if (this->func_ov063_02159f3c(0x3000)) {
this->func_ov063_02158448(1);
} else {
this->func_ov063_02158448(0);
}
}
}
void ActorUnkCANS::func_ov063_021595a4(void) {
mVel.x = 0;
mVel.z = 0;
mUnk_270 = 0;
mUnk_128.vfunc_1C(data_ov063_021630b0, 0x1000, 0x400, 0);
mUnk_200.func_ov000_02097bec();
}
void ActorUnkCANS::func_ov063_02159618(void) {
if (!mUnk_128.vfunc_28()->func_01ff8fa8()) {
return;
}
if (mAngle.angle_s != mUnk_26C) {
mUnk_128.vfunc_1C(data_ov063_02163068, 0x1333, 0x19A, 0);
mState = 8;
return;
}
if (this->func_ov063_0215a474()) {
this->func_ov063_02158448(6);
} else if (this->func_ov063_02159f3c(0x3000)) {
this->func_ov063_02158448(1);
} else {
this->func_ov063_02158448(0);
}
}
void ActorUnkCANS::func_ov063_02159714(void) {
mVel.x = 0;
mVel.z = 0;
mUnk_270 = 0;
mUnk_128.vfunc_1C(data_ov063_02163098, 0x1000, 0x19A, 0);
}
void ActorUnkCANS::func_ov063_02159784(void) {
if (mUnk_128.vfunc_28()->func_02015080(0x7000)) {
data_027e09a8->func_ov000_02071b30(0x9862, &mPos, 0);
}
if (0x7000 <= mUnk_128.vfunc_28()->mUnk_08 && mUnk_128.vfunc_28()->mUnk_08 <= 0xF000) {
#if IS_JP
fx32 yDiff = data_027e0ce0->func_01fff148(0)->y - mPos.y;
fx32 yDiffAbs = ABS(yDiff);
if (yDiffAbs < FX_F32_TO_FX32(.5f))
#endif
{
Cylinder vec1;
vec1.Init(FX_F32_TO_FX32(0.0f), FX_F32_TO_FX32(0.0f), FX_F32_TO_FX32(0.0f), FX_F32_TO_FX32(1.2f));
this->func_ov063_0215a5a0(&vec1.pos);
VecFx32 vec2 = *data_027e0ce0->func_01fff148(0);
func_01ffb714(&vec2, &mPos, &vec2);
data_027e09c0->func_ov000_0207e458(2, 0, &vec1.pos, 3, &vec2, 0);
}
}
if (!mUnk_128.vfunc_28()->func_01ff8fa8()) {
return;
}
if (this->func_ov063_0215a514()) {
this->func_ov063_02158448(8);
} else if (this->func_ov063_0215a2c0()) {
this->func_ov063_02158448(3);
} else {
this->func_ov063_02158448(1);
}
}
void ActorUnkCANS::func_ov063_021598fc(void) {
mUnk_128.vfunc_1C(data_ov063_02163080, 0x1333, 0x19A, 0);
this->mTimer.Set(0, gRandom.Next32(21) + 10);
mUnk_276 = gRandom.Next32(0) & 0x80000000 ? 1 : -1;
}
// non-matching
void ActorUnkCANS::func_ov063_021599e4(void) {
if (mUnk_128.vfunc_28()->func_02015080(0x1000) || mUnk_128.vfunc_28()->func_02015080(0xA000) ||
mUnk_128.vfunc_28()->func_02015080(0x13000) || mUnk_128.vfunc_28()->func_02015080(0x1C000)) {
data_027e09a8->func_ov000_02071b30(0x9864, &mPos, 0);
}
if (mUnk_46 & 0x3C) {
unk16 ret1 = func_01ffbbe0(mUnk_23C.mUnk_08.x, mUnk_23C.mUnk_08.z);
unk32 iVar9 = ABS((unk16) ((mUnk_26C * 0x4000 + mUnk_276) - ret1));
if (DEG_TO_ANG(90) < iVar9) {
mUnk_276 *= -1;
this->mTimer.Set(0, 30);
}
}
if (this->mTimer.HasExpired()) {
mUnk_276 *= -1;
this->mTimer.Set(0, gRandom.Next32(21) + 10);
}
func_01ff916c(&mUnk_270, mUnk_276 * 0x19A, 0xCD);
fx16 angle1 = mUnk_26C - FX_F32_TO_FX32(8.f);
fx16 angle2 = mUnk_26C + FX_F32_TO_FX32(4.f);
u64 sin_val1 = SIN((u16) angle1);
s64 cos_val1 = COS((u16) angle1);
s64 sin_val2 = SIN((u16) angle2);
s64 cos_val2 = COS((u16) angle2);
mVel.x = FX_MUL(sin_val1, FX_F32_TO_FX32(0.02f)) + FX_MUL(sin_val2, mUnk_270); // *0.02f <=> / 50
mVel.z = FX_MUL(cos_val1, FX_F32_TO_FX32(0.02f)) + FX_MUL(cos_val2, mUnk_270);
if (this->func_ov063_0215a514()) {
this->func_ov063_02158448(8);
}
}
void ActorUnkCANS::func_ov063_02159ca8(void) {
mUnk_128.vfunc_1C(data_ov063_02163068, 0x1333, 0x19A, 0);
mVel.x = 0;
mVel.z = 0;
mUnk_270 = 0;
volatile u16 var;
func_ov000_020986b4((s16 *) &var, this, 0);
var = (s16) var - mUnk_26C;
if ((s16) var > 0) {
mAngle++;
} else {
mAngle--;
}
mUnk_26C += -FX_F32_TO_FX32(8.f);
}
void ActorUnkCANS::func_ov063_02159d68(void) {
if (this->func_ov063_0215a514()) {
mUnk_26C += -FX_F32_TO_FX32(8.f);
}
if (!func_01ff930c(&mAngle.angle_s, mUnk_26C, 0x71C)) {
return;
}
VecFx32_Init(0, 0, 0, &mUnk_23C.mUnk_08);
if (mUnk_268 != NULL) {
if (this->func_ov063_0215a474()) {
this->func_ov063_02158448(3);
return;
}
this->func_ov063_02158448(1);
} else {
this->func_ov063_02158448(7);
}
}
void ActorUnkCANS::func_ov063_02159dfc(void) {
mVel.x = 0;
mVel.z = 0;
mUnk_270 = 0;
mUnk_200.func_ov000_02097bec();
}
// Empty (matched)
void ActorUnkCANS::func_ov063_02159e1c(void) {}
void ActorUnkCANS::func_ov063_02159e20(void) {
this->func_ov000_02098f34(&mUnk_200.mUnk_10);
vfunc_40();
mUnk_2C = 0;
*(s16 *) &mUnk_44 &= 0xFFDF;
mUnk_128.vfunc_1C(data_ov063_02163068, 0x1000, 0x19A, 0);
mUnk_200.func_ov000_02097bec();
mUnk_38->mUnk_08 = 3;
}
// non-matching
void ActorUnkCANS::func_ov063_02159ec0(void) {
this->vfunc_44();
if (!GET_FLAG(mFlags, ActorFlag_5)) {
return;
}
mUnk_38->mUnk_08 = 1;
mUnk_2C = data_ov000_020aecf8[0];
mAngle = mUnk_26C;
mUnk_224.func_ov000_02099a0c();
VecFx32_Init(FX_F32_TO_FX32(0.0f), FX_F32_TO_FX32(0.0f), FX_F32_TO_FX32(0.0f), &mUnk_200.mUnk_10);
this->func_ov063_02158448(4);
*(s16 *) &mUnk_44 |= 0x20;
}
// non-matching
// return bool ?
unk32 ActorUnkCANS::func_ov063_02159f3c(unk32 param1) {
s16 var;
func_ov000_020986b4((s16 *) &var, this, 0);
s32 val = ABS((s16) (var - mUnk_26C));
if (val >= DEG_TO_ANG(90)) {
return false;
}
fx32 factor = FX_F32_TO_FX32(10.f);
fx16 angle1 = mUnk_26C - FX_F32_TO_FX32(4.f);
s32 sin_val1 = FX_MUL(SIN((u16) angle1), factor);
s32 cos_val1 = FX_MUL(COS((u16) angle1), factor);
fx16 angle2 = mUnk_26C + FX_F32_TO_FX32(4.f);
s32 sin_val2 = FX_MUL(SIN((u16) angle2), factor);
s32 cos_val2 = FX_MUL(COS((u16) angle2), factor);
VecFx32 vec1; // = {mPos.x, mPos.y, mPos.z};
// VecFx32_Copy(&mPos, &vec1);
// VecFx32_Init(mPos.x + FX_MUL(sin_val1, factor), mPos.y, mPos.z +
// FX_MUL(cos_val1, factor), &vec1); vec1.y = mPos.y;
vec1.y = mPos.y;
vec1.x = mPos.x;
vec1.z = mPos.z;
vec1.x += (sin_val1);
vec1.z += (cos_val1);
VecFx32 vec2; // = {*(volatile fx32 *) &mPos.x, *(volatile fx32 *) &mPos.y, *(volatile fx32 *) &mPos.z};
// VecFx32_Copy(&mPos, &vec2);
// VecFx32_Init(mPos.x + FX_MUL(sin_val2, factor), mPos.y, mPos.z + FX_MUL(cos_val2, factor), &vec2);
// vec2.y = mPos.y;
vec2.x = mPos.x;
vec2.y = mPos.y;
vec2.z = mPos.z;
vec2.x += (sin_val2);
vec2.z += (cos_val2);
return func_01ff9a5c(data_027e0ce0->func_01fff148(0), &vec1, &vec2) < param1;
}
// non-matching
// return bool ?
unk32 ActorUnkCANS::func_ov063_0215a0f0(void) {
s16 var1;
func_ov000_020986b4((s16 *) &var1, this, 0);
s32 val1 = ABS((s16) (var1 - mUnk_26C));
if (DEG_TO_ANG(90) <= val1) {
return false;
}
s16 ret1 = func_01ffbbe0(mUnk_23C.mUnk_08.x, mUnk_23C.mUnk_08.z);
s16 var2;
func_ov000_020986b4((s16 *) &var2, this, 0);
s32 val2 = (s16) (var2 - ret1);
if (mUnk_46 & 0x3C) {
val2 = ABS(val2);
if (DEG_TO_ANG(90) < val2) {
return true;
}
}
unk32 val3;
if (mVel.x != 0 || mVel.y != 0 || mVel.z != 0) {
s16 var4;
func_ov000_020986b4((s16 *) &var4, this, 0);
s16 val4_0 = var4;
unk32 ret2 = func_01ffbbe0(mVel.x, mVel.z);
s32 val4 = ABS((s16) ((s16) ret2 - val4_0));
if (val4 < DEG_TO_ANG(90)) {
return false;
}
}
fx16 angle = mUnk_26C;
s32 sin_val = SIN((u16) angle);
s32 cos_val = COS((u16) angle);
s16 sin_mul = FX_MUL(sin_val, 0x4000);
s16 cos_mul = FX_MUL(cos_val, 0x4000);
VecFx32 vec; //= {mPos.x, mPos.y, mPos.z};
vec.y = mPos.y;
vec.x = mPos.x + sin_mul + sin_val;
vec.z = mPos.z + cos_mul + cos_val;
return func_01ff9a5c(data_027e0ce0->func_01fff148(0), &mPos, &vec) < 0x4CD;
}
// non-matching
unk32 ActorUnkCANS::func_ov063_0215a2c0(void) {
s16 var1;
func_ov000_020986b4((s16 *) &var1, this, 0);
unk32 val1 = ABS((s16) (var1 - mUnk_26C));
if (DEG_TO_ANG(90) <= val1) {
return 0;
}
s16 ret1 = func_01ffbbe0(mUnk_23C.mUnk_08.x, mUnk_23C.mUnk_08.z);
s16 var2;
func_ov000_020986b4((s16 *) &var2, this, 0);
s16 val2 = (var2 - ret1);
if (mUnk_46 & 0x3C) {
unk32 val3 = ABS(val2);
if (DEG_TO_ANG(90) < val3) {
return 1;
}
}
VecFx32 stackVec;
stackVec.y = mPos.y;
s16 angleVal = mUnk_26C;
u32 sin_val = (fx16) SIN(angleVal);
u32 cos_val = (fx16) COS(angleVal);
stackVec.x = mPos.x + (((sin_val * 0x4000 + 0x800) >> 0xC) |
(((((u32) (s32) (s16) SIN(angleVal)) >> 0x12) + (0xFFFFF7FF < sin_val)) * 0x100000));
stackVec.z = mPos.z + (((cos_val * 0x4000 + 0x800) >> 0xC) |
(((((u32) (s32) (s16) COS(angleVal)) >> 0x12) + (0xFFFFF7FF < cos_val)) * 0x100000));
VecFx32 *otherVec = data_027e0ce0->func_01fff148(0);
// Copy otherVec on the stack (JP only)
VecFx32 otherVecStack;
otherVecStack = *otherVec;
otherVecStack.y = mPos.y;
VecFx32 *otherVecPtr = IS_JP ? &otherVecStack : otherVec;
return func_01ff9a5c(otherVecPtr, &mPos, &stackVec) < 0xB33;
}
void ActorUnkCANS::func_ov063_0215a428(void) {
// A not very clean code to access 22C and 22E matching the asm
u16 *values = (u16 *) &mUnk_224.mUnk_08;
if (values[0] < values[1]) {
this->func_ov063_02158448(4);
} else if (mUnk_268 == NULL) {
this->func_ov063_02158448(7);
} else {
this->func_ov063_02158448(0);
}
}
// return bool ?
unk32 ActorUnkCANS::func_ov063_0215a474(void) {
s16 var;
VecFx32 stackVec;
func_ov000_020986b4((s16 *) &var, this, 0);
s32 val = ABS((s16) (var - mAngle.angle_s));
if (val >= DEG_TO_ANG(90)) {
return false;
}
this->func_ov063_0215a5a0(&stackVec);
VecFx32 *otherVec = data_027e0ce0->func_01fff148(0);
#if IS_JP
unk32 ret;
if (func_ov000_0205c384(otherVec, &mPos)) {
otherVec = data_027e0ce0->func_01fff148(0);
ret = func_01ff9258(otherVec->x - stackVec.x, otherVec->z - stackVec.z) < 0x1266;
} else {
ret = 0;
}
return ret;
#else
return func_01ff9258(otherVec->x - stackVec.x, otherVec->z - stackVec.z) < 0x1266;
#endif
}
unk32 ActorUnkCANS::func_ov063_0215a514(void) {
s16 var;
func_ov000_020986b4((s16 *) &var, this, 0);
var = (volatile s16) var - mUnk_26C;
return DEG_TO_ANG(105) + 1 < ABS(var);
}
// return bool ?
unk32 ActorUnkCANS::func_ov063_0215a56c(unk32 param1) {
if (mUnk_268 == NULL) {
return false;
}
return DEG_TO_ANG(90) <= ABS((s16) (param1 - mAngle.angle_s));
}
// non-matching
void ActorUnkCANS::func_ov063_0215a5a0(VecFx32 *param1) {
// Does not match instruction order
VecFx32 vec;
vec.x = mUnk_250.x;
vec.y = mUnk_250.y;
vec.z = mUnk_250.z;
param1->z = vec.z;
param1->x = vec.x;
param1->y = vec.y;
}
unk32 ActorUnkCANS::func_ov063_0215a5bc(void) {
if (mUnk_268 != NULL) {
return 10;
}
return data_ov000_020aecf4[0];
}
unk32 ActorUnkCANS::func_ov063_0215a5d8(void) {
if (mUnk_268 != NULL) {
return 0x385;
}
return data_ov000_020aecfc[0];
}
// non-matching
void ActorUnkCANS::vfunc_10(Cylinder *param1) {
Cylinder *cylinder = this->mUnk_34;
*param1 = *cylinder;
VecFx32_Add(&param1->pos, &this->mPos, &param1->pos);
if (this->mUnk_268 != NULL) {
fx16 angle = this->mAngle.angle_s;
VecFx32 pos;
VecFx32_Init(FX_F32_TO_FX32(0.25f), 0, 0, &pos);
func_01ff9638(&pos, angle);
VecFx32_Add(&param1->pos, &pos, &param1->pos);
}
}
void ActorUnkCANS::func_ov063_0215a678(ActorUnkCANS *actor, UnkStruct_func_ov063_0215a678 *param2) {
ModelRender *modelRender = param2->mUnk_04;
if (actor->mUnk_268 == NULL) {
func_0200eab0(modelRender->mpModel, actor->mUnk_0B0.mUnk_6C, 0x00);
} else {
func_0200eab0(modelRender->mpModel, actor->mUnk_0B0.mUnk_6C, 0x1F);
}
unk32 var2 = param2->mUnk_08 & 0x10 ? param2->mUnk_AE : -1;
if (var2 == actor->mUnk_0B0.mUnk_70) {
if (((u8 *) &modelRender->mRenderObj.mUnk_1C)[1] == 2) {
param2->mUnk_92 = 3;
((u8 *) &modelRender->mRenderObj.mUnk_1C)[1] = 3;
return;
}
if (((u8 *) &modelRender->mRenderObj.mUnk_1C)[1] != 3) {
return;
}
MtxFx43 matx1;
MtxFx43 matx2;
G3d_GetCurrentMtx(&matx1, NULL);
func_01ffad5c(&matx1, &data_027e0964, &matx2);
VecFx32 vec;
vec.x = matx2._30;
vec.z = matx2._32;
vec.y = matx2._31;
actor->mUnk_250.x = vec.x;
actor->mUnk_250.y = vec.y;
actor->mUnk_250.z = vec.z;
param2->mUnk_92 = 2;
((u8 *) &modelRender->mRenderObj.mUnk_1C)[1] = 2;
return;
}
unk32 var3 = param2->mUnk_08 & 0x10 ? param2->mUnk_AE : -1;
if (var3 == actor->mUnk_0B0.mUnk_74) {
if (((u8 *) &modelRender->mRenderObj.mUnk_1C)[1] == 2) {
param2->mUnk_92 = 3;
((u8 *) &modelRender->mRenderObj.mUnk_1C)[1] = 3;
return;
}
if (((u8 *) &modelRender->mRenderObj.mUnk_1C)[1] != 3) {
return;
}
MtxFx43 matx3;
MtxFx43 matx4;
G3d_GetCurrentMtx(&matx3, NULL);
func_01ffad5c(&matx3, &data_027e0964, &matx4);
VecFx32 vec;
vec.x = matx4._30;
vec.z = matx4._32;
vec.y = matx4._31;
actor->mUnk_25C = vec.x;
actor->mUnk_260 = vec.y;
actor->mUnk_264 = vec.z;
param2->mUnk_92 = 2;
((u8 *) &modelRender->mRenderObj.mUnk_1C)[1] = 2;
}
}
UnkStruct_ov063_02162ea8::UnkStruct_ov063_02162ea8() {
VecFx32_Init(0, 0, 0, &mUnk_08);
}
UnkStruct_ov063_02162ea8::~UnkStruct_ov063_02162ea8() {}
bool UnkStruct_ov063_02162ea8::vfunc_08(const UnkStruct_ov031_020f3310 *param1, unk32 param2) {
bool retVal = UnkStruct_ov031_Items_00::vfunc_08(param1, param2);
if (retVal && func_01ff9258(param1->mUnk_08.x, param1->mUnk_08.z) > 0) {
VecFx16_Copy2VecFx32(&param1->mUnk_08, &mUnk_08);
}
return retVal;
}
// non-matching
bool UnkStruct_ov063_02162ea8::vfunc_0C(const UnkStruct_ov031_020e54d4 *param1, unk32 *param2, unk32 param3) {
UnkStruct_02162ea8_vfunc_0C *param2Struct = (UnkStruct_02162ea8_vfunc_0C *) param2;
if ((*(u16 *) &param2Struct->mUnk_04 & 0x1000) != 0) {
UnkStruct_02162ea8_vfunc_0C tmp;
tmp.mUnk_04 = *(volatile unk32 *) &param2Struct->mUnk_04;
Vec2bCpp vec;
*(unk32 *) &vec = tmp.mUnk_04;
MapObject *mapObject = gpMapObjManager->func_01fff498(vec);
if (mapObject != NULL) {
MapObjectId id = mapObject->GetMapObjectId();
if (id == MapObjectId_Grass || id == MapObjectId_LEVS || id == MapObjectId_STSH) {
return false;
}
}
}
return UnkStruct_027e0ce0_38_Base::vfunc_0C((const UnkStruct_ov031_020e54d4 *) param2Struct->mUnk_04, param2,
param2Struct->mUnk_04);
}
void UnkStruct_ov063_02162f14::vfunc_3C() {
mUnk_08->func_ov000_02057c98(mUnk_04);
mUnk_08->func_ov000_02057c98(mUnk_1C);
}
void UnkStruct_ov063_02162f14::vfunc_38(unk32 param1, unk32 param2) {
mUnk_04->func_ov000_020578a4(param1, param2);
mUnk_1C->func_ov000_020578a4(param1, param2);
}
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