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Decompile Door Map Objects 1 (DRDS, DRCK, DRKY, DRSW, DRTC) (#56)

Browse Source 
* random docs

* "match" ctor

* match ctor and link miniblocks

* DRDS 98%

* jp differences

* improve MapObjectUnkDRDS::vfunc_04

* MapObjectDoorBase 78%

* fix regressions

* MapObjectDoorBase 98%

* MapObjectUnkDRKY 98%

* MapObjectUnkDRSW 100%

* fix build issues

* MapObjectUnkDRTC 100%

* DRCK delinks

* MapObjectUnkDRCK 98%
This commit is contained in:
Yanis
2026-04-23 18:42:59 +02:00
committed by GitHub
parent 4a07ec0baa
commit c3c34ebe5a
68 changed files with 3685 additions and 986 deletions
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src/031_Land/MapObject/MapObjectDoorBase.cpp
+760
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@@ -0,0 +1,760 @@
#define DOORBASE_DTOR_NOINLINE
#include "MapObject/MapObjectDoorBase.hpp"
#include "Unknown/Common.hpp"
#include "Unknown/UnkMemFuncs.h"
#include "Unknown/UnkStruct_0204af1c.hpp"
#include "Unknown/UnkStruct_027e0998.hpp"
#include "Unknown/UnkStruct_027e09b8.hpp"
extern "C" unk32 func_01ffb464(unk32 param1);
extern "C" void func_01ff9218(void *, unk32, unk32);
extern "C" unk32 func_01ffb428(unk32, unk32);
extern "C" void *func_ov000_02077590(unk32);
class UnkStruct_ov031_02117210 {
public:
/* 00 */ MapObject_10 mUnk_00[3];
/* 6C */
UnkStruct_ov031_02117210();
};
const UnkStruct_ov031_021150b0 data_ov031_02114ffc(0x1E66);
UnkStruct_ov031_02117210 data_ov031_02117210;
UnkStruct_ov019_020d24c8_28_258_00 data_ov031_02117204(NULL, 0);
ARM UnkStruct_ov031_02117210::UnkStruct_ov031_02117210() {
this->mUnk_00[0].mUnk_0C.x = -FLOAT_TO_Q20(1.0f);
this->mUnk_00[0].mUnk_0C.y = FLOAT_TO_Q20(0.0f);
this->mUnk_00[0].mUnk_0C.z = -FLOAT_TO_Q20(0.35f);
this->mUnk_00[0].mUnk_18.x = FLOAT_TO_Q20(1.0f);
this->mUnk_00[0].mUnk_18.y = FLOAT_TO_Q20(2.4f);
this->mUnk_00[0].mUnk_18.z = FLOAT_TO_Q20(0.35f);
this->mUnk_00[0].mUnk_04 &= 0xFE;
this->mUnk_00[0].mUnk_08 = 0x7009;
this->mUnk_00[1].mUnk_0C.x = -FLOAT_TO_Q20(1.0f);
this->mUnk_00[1].mUnk_0C.y = FLOAT_TO_Q20(0.0f);
this->mUnk_00[1].mUnk_0C.z = -FLOAT_TO_Q20(1.35f);
this->mUnk_00[1].mUnk_18.x = FLOAT_TO_Q20(1.0f);
this->mUnk_00[1].mUnk_18.y = FLOAT_TO_Q20(2.4f);
this->mUnk_00[1].mUnk_18.z = FLOAT_TO_Q20(0.35f);
this->mUnk_00[1].mUnk_04 &= 0xFE;
this->mUnk_00[1].mUnk_08 = 0x7009;
this->mUnk_00[2].mUnk_0C.x = -FLOAT_TO_Q20(0.35f);
this->mUnk_00[2].mUnk_0C.y = FLOAT_TO_Q20(0.0f);
this->mUnk_00[2].mUnk_0C.z = -FLOAT_TO_Q20(1.0f);
this->mUnk_00[2].mUnk_18.x = FLOAT_TO_Q20(0.35f);
this->mUnk_00[2].mUnk_18.y = FLOAT_TO_Q20(2.4f);
this->mUnk_00[2].mUnk_18.z = FLOAT_TO_Q20(1.0f);
this->mUnk_00[2].mUnk_04 &= 0xFE;
this->mUnk_00[2].mUnk_08 = 0x7009;
}
ARM MapObjectDoorBase::MapObjectDoorBase() :
mUnk_68(NULL) {
this->mUnk_6C = 0;
this->mUnk_70 = 0x148;
this->mUnk_74 = -1;
this->mUnk_78 = 0x32;
this->mUnk_7A = 0x19;
this->mUnk_7C = 10;
this->mUnk_7E = 0;
this->mUnk_80 = 0;
this->mUnk_82 = 0;
this->mUnk_84 = 0;
this->mUnk_86 = true;
this->mUnk_87 = true;
this->mUnk_88 = true;
this->mUnk_89 = false;
this->mUnk_8A = true;
this->mUnk_8B = true;
this->mUnk_8C = false;
this->mUnk_8D = false;
this->mUnk_8E = false;
this->mUnk_8F = false;
this->mUnk_90 = true;
this->mUnk_91 = true;
data_ov031_02117204.func_ov000_0205fc20(0x5D, 0x1F, NULL, NULL);
}
ARM void MapObjectDoorBase::func_ov031_020fbf10(bool param1, bool param2) {
if (this->IsOrientedVertically()) {
this->mPos.z += FLOAT_TO_Q20(0.5f);
Vec2b local_16(1, 2);
this->func_ov000_0209d2f0(5, 1, &local_16);
} else {
this->mPos.x += FLOAT_TO_Q20(0.5f);
Vec2b local_18(2, 1);
this->func_ov000_0209d2f0(5, 1, &local_18);
}
MapObject_10 *pMapObject_10;
if (!this->IsOrientedVertically()) {
if (param1) {
pMapObject_10 = &data_ov031_02117210.mUnk_00[1];
} else {
pMapObject_10 = &data_ov031_02117210.mUnk_00[0];
}
} else {
pMapObject_10 = &data_ov031_02117210.mUnk_00[2];
}
this->mUnk_10 = pMapObject_10;
SET_FLAG(this->mFlags, MapObjFlag_5);
if (this->vfunc_64()) {
this->vfunc_5C(8, 1);
if (param2) {
this->func_ov031_020fcd40();
}
} else {
this->vfunc_5C(2, 1);
}
}
ARM void MapObjectDoorBase::vfunc_08() {
this->vfunc_70();
switch (this->mUnk_16) {
case 0:
if (this->mUnk_80 > 0) {
this->mUnk_80--;
}
if (this->mUnk_80 > 0) {
func_01ff9218(&this->mUnk_6C, 0, func_01ffb464(INT_TO_Q20(this->mUnk_80)));
}
if (this->mUnk_80 == 0) {
this->vfunc_5C(1, 0);
break;
}
this->mUnk_82++;
if (this->mUnk_88) {
this->vfunc_78();
}
if (!this->mUnk_86 && this->vfunc_68()) {
this->vfunc_5C(3, 0);
}
break;
case 1:
this->mUnk_82++;
if (this->mUnk_82 >= this->mUnk_7A + this->mUnk_7C && this->vfunc_88()) {
this->vfunc_58();
this->vfunc_5C(2, 0);
break;
}
if (!this->mUnk_86 && this->vfunc_68()) {
this->vfunc_5C(3, 0);
}
break;
case 2:
if (this->vfunc_68()) {
this->vfunc_5C(3, 0);
}
break;
case 3:
this->mUnk_84++;
if (!this->mUnk_86 && this->vfunc_6C()) {
this->vfunc_5C(0, 0);
break;
}
this->mUnk_82++;
if (this->mUnk_82 >= 0x1D) {
this->vfunc_5C(4, 0);
}
break;
case 4:
this->mUnk_84++;
if (!this->mUnk_86 && this->vfunc_6C()) {
this->vfunc_5C(0, 0);
break;
}
this->mUnk_82++;
if (this->mUnk_82 >= 0x28) {
this->vfunc_5C(5, 0);
}
break;
case 5:
this->mUnk_84++;
if (!this->mUnk_86 && this->vfunc_6C()) {
this->vfunc_5C(0, 0);
break;
}
this->mUnk_80--;
if (this->mUnk_80 > 0) {
func_01ff9218(&this->mUnk_6C, 0x1000, func_01ffb464(INT_TO_Q20(this->mUnk_80)));
}
if (this->mUnk_88) {
if (this->mUnk_80 > 7) {
this->vfunc_78();
} else {
this->vfunc_7C();
}
}
if (this->mUnk_80 <= 0) {
if (this->mUnk_80 == 0 && this->mUnk_91) {
this->vfunc_40();
}
this->mUnk_82++;
if (this->mUnk_82 >= 0x32) {
this->mUnk_82 = 0x32;
this->vfunc_5C(6, 0);
}
}
break;
case 6:
this->mUnk_82++;
this->mUnk_84++;
if (this->mUnk_82 >= 0x32) {
this->mUnk_82 = 0x32;
this->vfunc_5C(7, 0);
}
break;
case 7:
this->mUnk_82++;
this->mUnk_84++;
if (this->mUnk_82 >= 0x50) {
this->vfunc_5C(8, 0);
}
// fallthrough
case 8:
if (!this->vfunc_6C()) {
break;
}
this->vfunc_5C(0, 0);
break;
default:
break;
}
this->vfunc_60();
}
ARM void MapObjectDoorBase::vfunc_40() {}
ARM void MapObjectDoorBase::vfunc_0C() {
if (this->mUnk_74 >= 0 && data_027e09b8->func_ov000_020732ec(this->mUnk_74)) {
this->vfunc_08();
} else if (this->mUnk_16 == 2 || this->mUnk_16 == 8) {
this->vfunc_08();
}
}
ARM void MapObjectDoorBase::vfunc_60() {
switch (this->mUnk_16) {
case 0:
if (!this->mUnk_86 && !GET_FLAG(this->mFlags, MapObjFlag_1) && this->mUnk_6C <= FLOAT_TO_Q20(0.5f)) {
this->func_ov031_020fcf0c(1);
}
this->vfunc_54();
break;
case 2:
if (this->mUnk_86 && !GET_FLAG(this->mFlags, MapObjFlag_1) && this->mUnk_6C <= FLOAT_TO_Q20(0.5f)) {
this->func_ov031_020fcf0c(1);
this->vfunc_58();
}
break;
case 5:
if (GET_FLAG(this->mFlags, MapObjFlag_1) && this->mUnk_6C >= FLOAT_TO_Q20(0.5f)) {
this->func_ov031_020fcf0c(0);
}
break;
case 1:
if (this->mUnk_86) {
this->func_ov031_020fcf0c(1);
this->vfunc_58();
}
break;
default:
break;
}
}
struct UnkStackStruct {
s16 mUnk_00;
s16 mUnk_02;
s16 mUnk_04;
s16 mUnk_06;
unk32 mUnk_08;
Vec3p mUnk_0C;
u16 mUnk_18;
u16 mUnk_1A;
u16 mUnk_1C;
u16 mUnk_1E;
};
ARM void MapObjectDoorBase::vfunc_5C(unk32 param1, unk32 param2) {
UnkStackStruct1 auStack_5c;
UnkStackStruct1 auStack_9c;
this->mUnk_16 = param1;
switch (this->mUnk_16) {
case 0:
if (this->mUnk_88) {
this->vfunc_74();
}
this->mUnk_82 = 0;
this->mUnk_84 = 0x0D;
this->mUnk_80 =
(MUL_Q20(INT_TO_Q20(this->mUnk_7A), func_01ffb428(this->mUnk_6C, 0x1000)) + FLOAT_TO_Q20(0.5f)) >> 12;
this->vfunc_50();
if (this->mUnk_86 && param2 == 0) {
func_ov000_02072fd0(&auStack_5c);
void *var_r0 = this;
if (this != NULL) {
var_r0 = (u8 *) this + 0x40;
}
auStack_5c.mUnk_04 = var_r0;
auStack_5c.mUnk_00 = 0x7B;
auStack_5c.mUnk_0C.x = this->mPos.x;
auStack_5c.mUnk_0C.y = this->mPos.y;
auStack_5c.mUnk_0C.z = this->mPos.z;
auStack_5c.mUnk_08 = this->mUnk_7A + this->mUnk_7C + 1 + this->vfunc_8C();
auStack_5c.mUnk_38 |= 0x80;
if (!this->mUnk_8C) {
this->mUnk_48 = -1;
} else {
this->mUnk_48 = 0;
this->vfunc_84(1, &this->mUnk_4C, &this->mUnk_4A);
}
if (this->mUnk_90) {
auStack_5c.mUnk_3A = 2;
auStack_5c.mUnk_3B = 2;
auStack_5c.mUnk_38 |= 0x41;
} else {
auStack_5c.mUnk_3A = 0;
auStack_5c.mUnk_3B = 0;
}
UnkStackStruct *puVar5 = (UnkStackStruct *) func_ov000_02077590(3);
auStack_5c.mUnk_18 = puVar5->mUnk_00;
auStack_5c.mUnk_1A = puVar5->mUnk_02;
auStack_5c.mUnk_1C = puVar5->mUnk_04;
auStack_5c.mUnk_1E = puVar5->mUnk_06;
auStack_5c.mUnk_20 = puVar5->mUnk_08;
auStack_5c.mUnk_24.coords = puVar5->mUnk_0C.coords;
u16 unk_18 = puVar5->mUnk_18;
u16 unk_1A = puVar5->mUnk_1A;
auStack_5c.mUnk_32 = unk_1A;
auStack_5c.mUnk_30 = unk_18;
u16 unk_1C = puVar5->mUnk_1C;
u16 unk_1E = puVar5->mUnk_1E;
auStack_5c.mUnk_36 = unk_1E;
auStack_5c.mUnk_34 = unk_1C;
auStack_5c.mUnk_1E = this->mUnk_14;
this->mUnk_74 = data_027e09b8->func_ov000_02073388(&auStack_5c, 0);
}
if (param2 == 0) {
this->func_ov000_0209d614(0);
}
break;
case 1:
if (this->mUnk_91) {
this->vfunc_48();
}
this->mUnk_82 = 0;
this->vfunc_7C();
break;
case 2:
this->mUnk_84 = 0x0D;
this->func_ov031_020fcf0c(1);
break;
case 3:
this->vfunc_7C();
this->mUnk_80 =
(MUL_Q20(INT_TO_Q20(this->mUnk_78), func_01ffb428(0x1000 - this->mUnk_6C, 0x1000)) + FLOAT_TO_Q20(0.5f)) >> 12;
if (this->mUnk_8A) {
this->mUnk_82 = 0;
this->mUnk_84 = 0;
if (this->mUnk_86 && param2 == 0) {
func_ov000_02072fd0(&auStack_9c);
void *var_r1 = this;
if (this != NULL) {
var_r1 = (u8 *) this + 0x40;
}
auStack_9c.mUnk_04 = var_r1;
auStack_9c.mUnk_00 = 0x76;
auStack_9c.mUnk_0C.x = this->mPos.x;
auStack_9c.mUnk_0C.y = this->mPos.y;
auStack_9c.mUnk_0C.z = this->mPos.z;
auStack_9c.mUnk_08 = this->mUnk_7E + (this->mUnk_78 + 0x51);
auStack_9c.mUnk_3A = 9;
auStack_9c.mUnk_3B = 2;
auStack_9c.mUnk_38 |= 0x01;
auStack_9c.mUnk_38 |= 0xC0;
if (this->mUnk_8D) {
this->mUnk_48 = 0x19;
this->vfunc_84(0, &this->mUnk_4C, &this->mUnk_4A);
} else {
this->mUnk_48 = -1;
}
if (this->mUnk_89 && this->mUnk_20.mUnk_16 != 0) {
auStack_9c.mUnk_38 |= 0x04;
}
if (this->mUnk_8E) {
auStack_9c.mUnk_38 |= 0x10;
}
if (this->mUnk_8F) {
auStack_9c.mUnk_38 |= 0x20;
}
auStack_9c.mUnk_38 |= 0x200;
UnkStackStruct *puVar5 = (UnkStackStruct *) func_ov000_02077590(2);
auStack_9c.mUnk_18 = puVar5->mUnk_00;
auStack_9c.mUnk_1A = puVar5->mUnk_02;
auStack_9c.mUnk_1C = puVar5->mUnk_04;
auStack_9c.mUnk_1E = puVar5->mUnk_06;
auStack_9c.mUnk_20 = puVar5->mUnk_08;
auStack_9c.mUnk_24.coords = puVar5->mUnk_0C.coords;
u16 unk_18 = puVar5->mUnk_18;
u16 unk_1A = puVar5->mUnk_1A;
auStack_9c.mUnk_32 = unk_1A;
auStack_9c.mUnk_30 = unk_18;
u16 unk_1C = puVar5->mUnk_1C;
u16 unk_1E = puVar5->mUnk_1E;
auStack_9c.mUnk_36 = unk_1E;
auStack_9c.mUnk_34 = unk_1C;
auStack_9c.mUnk_1E = this->mUnk_14;
this->mUnk_74 = data_027e09b8->func_ov000_02073388(&auStack_9c, 0);
this->mUnk_84 = 0x0D;
}
}
break;
case 4:
this->vfunc_7C();
if (this->mUnk_8A && this->mUnk_86 && param2 == 0) {
unk32 var_r5 = 1;
unk32 var_r1_2 = 2;
if (this->IsOrientedVertically()) {
var_r1_2 = -1;
}
if (this->mUnk_8D != 0) {
var_r5 = 2;
}
if (this->mUnk_87) {
unk32 sp8;
MapObject::func_ov000_0209d54c(&sp8, this, 1, &this->mPos, var_r1_2, var_r5);
}
}
break;
case 5:
if (this->mUnk_88) {
this->vfunc_74();
}
break;
case 6:
this->vfunc_7C();
break;
case 7:
break;
case 8:
this->vfunc_7C();
if (param2 == 0) {
this->vfunc_80();
}
this->func_ov031_020fcf0c(0);
this->mUnk_82 = 0;
this->mUnk_84 = 0;
this->mUnk_6C = 0x1000;
break;
default:
break;
}
}
ARM void MapObjectDoorBase::vfunc_48() {}
ARM bool MapObjectDoorBase::vfunc_64() {
return this->func_ov000_0209d668();
}
ARM bool MapObjectDoorBase::vfunc_68() {
return this->func_ov000_0209d29c(0);
}
ARM bool MapObjectDoorBase::vfunc_6C() {
return false;
}
struct stack_struct {
/* 00 */ void *mUnk_00;
/* 04 */ unk8 mUnk_04;
/* 05 */ unk8 mUnk_05;
/* 06 */ u16 mUnk_06;
/* 08 */
};
extern "C" void func_01ff9fbc(Mat2p *, unk32, Mat2p *);
extern q4 data_0203f964[];
ARM void MapObjectDoorBase::func_ov031_020fcb78(s8 *param1, s8 param2) {
unk32 sp10;
stack_struct sp8;
unk32 sp4;
bool var_r2;
if (!GET_FLAG(this->mFlags, MapObjFlag_5)) {
return;
}
var_r2 = data_ov031_02117204.mUnk_04 & 1;
if (param1[0] != var_r2 && param1[1] != var_r2) {
return;
}
bool uVar4 = (this->mUnk_84 % 0x1A) >= 0x0D ? true : false;
//! TODO: fake match?
sp4 = *(u32 *) &this->mUnk_38;
if (data_027e0998->vfunc_00(&this->mPos, &sp10, &sp4) && uVar4 != 0) {
Mat2p m;
if (this->IsOrientedVertically()) {
Mat2p_InitRotation(&m, data_0203f964[0], data_0203f964[1]);
} else {
Mat2p_InitIdentity(&m);
}
func_01ff9fbc(&m, data_027e0998->func_ov000_02061a70(), &m);
sp8.mUnk_06 = 0x00;
MI_CpuFill32(0, &sp8, sizeof(sp8));
sp8.mUnk_05 = -1;
sp8.mUnk_06 |= 0x01;
sp8.mUnk_00 = &m;
data_0204af1c.func_0201aa44(&data_ov031_02117204, &sp10, 2, &sp8);
}
}
ARM void MapObjectDoorBase::vfunc_74() {}
ARM void MapObjectDoorBase::vfunc_78() {}
ARM void MapObjectDoorBase::vfunc_7C() {
this->mUnk_68.func_ov000_020a0334();
}
ARM void MapObjectDoorBase::vfunc_80() {
this->mUnk_74 = -1;
this->func_ov031_020fcd40();
if (this->mUnk_8A && this->mUnk_86) {
this->mUnk_8A = false;
}
}
ARM void MapObjectDoorBase::func_ov031_020fcd40() {
this->func_ov000_0209d2c4(1, 1);
this->func_ov000_0209d614(1);
}
ARM void MapObjectDoorBase::vfunc_70() {
switch (this->mUnk_16) {
case 5:
if (this->mUnk_80 > 0) {
this->vfunc_44();
}
break;
case 0:
if (this->mUnk_80 > 0) {
this->vfunc_4C();
}
break;
case 1:
break;
case 2:
break;
case 3:
break;
case 4:
break;
case 6:
break;
case 7:
break;
case 8:
break;
default:
this->vfunc_44();
break;
}
}
ARM void MapObjectDoorBase::vfunc_44() {}
ARM void MapObjectDoorBase::vfunc_4C() {}
ARM void MapObjectDoorBase::vfunc_84(unk32 param1, Vec3p *param2, unk16 *param3) {
Vec3p local_20;
*param3 = this->mUnk_14;
if (param1 != 0) {
local_20.x = MUL_Q20(SIN((u16) this->mUnk_14), 0x1000);
local_20.z = MUL_Q20(COS((u16) this->mUnk_14), 0x1000);
local_20.y = 0;
} else {
local_20.x = MUL_Q20(SIN((u16) this->mUnk_14), 0xC00);
local_20.z = MUL_Q20(COS((u16) this->mUnk_14), 0xC00);
local_20.y = 0;
*param3 += -DEG_TO_ANG(180);
}
Vec3p_Add(&this->mPos, &local_20, param2);
}
ARM void MapObjectDoorBase::func_ov031_020fcf0c(unk32 param1) {
if (param1 != 0) {
SET_FLAG(this->mFlags, MapObjFlag_1);
} else {
UNSET_FLAG(this->mFlags, MapObjFlag_1);
}
}
ARM bool MapObjectDoorBase::func_ov031_020fcf30() {
unk16 *plocal_10;
unk16 local_10;
plocal_10 = (unk16 *) &local_10;
MapObject::func_ov000_0209d22c(plocal_10, this, 0);
if (*plocal_10 >= 0x4000 || *plocal_10 <= -0x4000) {
return false;
}
return true;
}
ARM void MapObjectDoorBase::vfunc2_04() {}
// https://decomp.me/scratch/JINmb
ARM void MapObjectDoorBase::vfunc2_08() {
s32 temp_r0;
s32 temp_r1;
s32 temp_r2;
u16 *temp_r2_2;
u16 *temp_r3;
u16 *temp_r3_2;
if (this->mUnk_16 != 1 || !this->mUnk_8C || (u16) (this->mUnk_14 + 0x2000) / DEG_TO_ANG(90) != 2) {
return;
}
bool result = data_027e0ce0->func_01fff1a4();
temp_r0 = this->mPos.x;
temp_r1 = this->mPos.y;
temp_r2 = this->mPos.z - FLOAT_TO_Q20(3.0f);
if (!result) {
this->mUnk_4C.x = temp_r0;
this->mUnk_4C.y = temp_r1;
this->mUnk_4C.z = temp_r2;
// temp_r3 = sp - 4;
// *temp_r3 = this->mUnk_4A;
data_027e0ce0->func_ov000_0208bbd4(this->mUnk_44, &this->mUnk_4C, this->mUnk_4A);
return;
}
this->mUnk_4C.x = temp_r0 - FLOAT_TO_Q20(1.0f);
this->mUnk_4C.y = temp_r1;
this->mUnk_4C.z = temp_r2;
// temp_r3_2 = sp - 4;
// *temp_r3_2 = this->mUnk_4A;
data_027e0ce0->func_ov000_0208bbd4(this->mUnk_44, &this->mUnk_4C, this->mUnk_4A);
this->mUnk_5C.x = this->mPos.x + FLOAT_TO_Q20(1.0f);
this->mUnk_5C.y = this->mPos.y;
this->mUnk_5C.z = this->mPos.z - FLOAT_TO_Q20(3.0f);
this->mUnk_5A = this->mUnk_4A;
// temp_r2_2 = sp - 4;
// *temp_r2_2 = this->mUnk_5A;
data_027e0ce0->func_ov000_0208bbd4(1, &this->mUnk_5C, this->mUnk_5A);
}
ARM bool MapObjectDoorBase::vfunc_88() {
return true;
}
ARM unk32 MapObjectDoorBase::vfunc_8C() {
return 0;
}
ARM void MapObjectDoorBase::vfunc_50() {}
ARM void MapObjectDoorBase::vfunc_54() {}
ARM void MapObjectDoorBase::vfunc_58() {}
//! TODO: this is fake but we don't have any other choice currently to match the function order
ARM MapObjectDoorBase::~MapObjectDoorBase() {}