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more code_08128D48

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Zhengwen Jiang 2023-05-12 02:20:37 -05:00 committed by Egor Ananyin
parent 7986cc15cd
commit b925954515
7 changed files with 781 additions and 2005 deletions
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4
asm/code_08032E98.s
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@ -13419,7 +13419,7 @@ sub_08039504: @ 0x08039504
movs r0, #0xd4
lsls r0, r0, #1
mov ip, r0
ldr r7, _08039580 @ =gUnk_020382D8
ldr r7, _08039580 @ =gUnk_020382D0 + 8
ldr r6, _08039584 @ =gKirbys
movs r5, #0x8c
lsls r5, r5, #1
@ -13449,7 +13449,7 @@ _08039570: .4byte 0xFFFFFBFF
_08039574: .4byte gUnk_0203AD10
_08039578: .4byte gUnk_0203AD30
_0803957C: .4byte sub_08039F74
_08039580: .4byte gUnk_020382D8
_08039580: .4byte gUnk_020382D0 + 8
_08039584: .4byte gKirbys
_08039588:
ldr r2, _080395B4 @ =gKirbys

1596
asm/code_08128BEC.s
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File diff suppressed because it is too large Load Diff

121
include/code_08128D48.h Normal file
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@ -0,0 +1,121 @@
#ifndef GUARD_CODE_08128D48_H
#define GUARD_CODE_08128D48_H
#include "global.h"
#include "data.h"
struct Unk_08128D48_0_4 {
u16 srcVramOffset;
u8 unk2;
u8 delay;
}; /* size = 4 */
struct Unk_08128D48_0 {
u16 dstVramOffset;
u8 numTiles;
u8 numFrames;
struct Unk_08128D48_0_4 frames[0];
}; /* size = 4 */
struct Unk_08128D48 {
const struct Unk_08128D48_0_4 *frames;
u32 dstVram;
u8 numFrames;
u16 sizeTiles;
u8 currentTilesetIndex;
u8 delayCounter;
}; /* size = 0x10 */
struct Unk_08128E28_0 {
u8 paletteOffset;
u8 numPalettes;
u8 paletteSize; // in halfwords
u16 data[0]; // one single entry (numPalettes entries in total):
// u16 delay;
// u16 palette[paletteSize];
}; /* size = 4 */
struct Unk_08128E28 {
const u16 *data;
u16 currentDataOffset; // in halfwords
u8 paletteOffset;
u8 paletteSize; // in halfwords
u8 numPalettes;
u8 currentPaletteIndex;
u8 delayCounter;
}; /* size = 0xC */
struct Unk_08128F44_4 {
struct Sprite unk0;
s32 unk28;
s32 unk2C;
u16 unk30;
u16 unk32;
u16 unk34;
u16 unk36;
s32 *unk38;
struct Unk_08128F44_4 *unk3C;
struct Unk_08128F44_4 *unk40;
}; /* size = 0x44 */
struct Unk_08128F44 {
const struct Unk_02021590 *unk0; // 6 structs
struct Unk_08128F44_4 unk4[10][1]; // TODO: UB: out-of-bounds access
u8 unk2AC;
u8 unk2AD;
u16 unk2AE;
u8 unk2B0;
u8 unk2B1;
u8 unk2B2;
u8 unk2B3;
s16 unk2B4;
s16 unk2B6;
}; /* size = 0x2B8 */
struct Unk_0812A77C_40 {
struct Unk_08128F44_4 unk0[2];
u32 unk88;
struct Task *unk8C;
u16 unk90;
u8 unk92;
u16 unk94;
u16 unk96;
u16 unk98;
u16 unk9A;
s16 unk9C;
u16 unk9E;
u16 unkA0;
u8 fillerA2[2];
u16 unkA4;
u16 unkA6;
u16 unkA8;
u16 unkAA;
u8 unkAC;
u8 unkAD;
u16 unkAE;
}; /* size = 0xB0 */
struct Unk_0812A77C {
struct Task *unk0;
struct Task *unk4;
s32 unk8[2];
u8 unk10[4];
struct Task *unk14[10];
u8 unk3C;
struct Unk_0812A77C_40 unk40[4];
struct Unk_08128F44_4 unk300[4]; // guessed
struct Unk_08128F44_4 unk410[4];
struct Unk_08128F44_4 unk520; // guessed
struct Unk_08128F44_4 unk564[2];
u16 unk5EC;
u8 filler5EE[2];
u16 unk5F0;
u16 unk5F2;
u8 unk5F4;
u16 unk5F6;
}; /* size = 0x5F8 */
// pause_area_map
void sub_081288DC(struct Unk_08128F44_4 *);
#endif

68
include/pause_fade.h
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@ -9,74 +9,6 @@ struct PauseFadeStruct {
u8 unk3;
}; /* size = 4 */
struct Unk_08128D48_0_4 {
u16 srcVramOffset;
u8 unk2;
u8 delay;
}; /* size = 4 */
struct Unk_08128D48_0 {
u16 dstVramOffset;
u8 numTiles;
u8 numFrames;
struct Unk_08128D48_0_4 frames[0];
}; /* size = 4 */
struct Unk_08128D48 {
const struct Unk_08128D48_0_4 *frames;
u32 dstVram;
u8 numFrames;
u16 sizeTiles;
u8 currentTilesetIndex;
u8 delayCounter;
}; /* size = 0x10 */
struct Unk_08128E28_0 {
u8 paletteOffset;
u8 numPalettes;
u8 paletteSize; // in halfwords
u16 data[0]; // one single entry (numPalettes entries in total):
// u16 delay;
// u16 palette[paletteSize];
}; /* size = 4 */
struct Unk_08128E28 {
const u16 *data;
u16 currentDataOffset; // in halfwords
u8 paletteOffset;
u8 paletteSize; // in halfwords
u8 numPalettes;
u8 currentPaletteIndex;
u8 delayCounter;
}; /* size = 0xC */
struct Unk_08128F44_4 {
struct Sprite unk0;
s32 unk28;
s32 unk2C;
u16 unk30;
u16 unk32;
u16 unk34;
u16 unk36;
s32 *unk38;
struct Unk_08128F44_4 *unk3C;
struct Unk_08128F44_4 *unk40;
}; /* size = 0x44 */
struct Unk_08128F44 {
const struct Unk_02021590 *unk0; // 6 structs
struct Unk_08128F44_4 unk4[10];
u8 unk2AC;
u8 unk2AD;
u16 unk2AE;
u8 unk2B0;
u8 unk2B1;
u8 unk2B2;
u8 unk2B3;
s16 unk2B4;
s16 unk2B6;
}; /* size = 0x2B8 */
void CreatePauseFade(s8 arg0, u32 arg1);
void CreatePauseFadeSetBldCnt(s8 arg0, u32 arg1);
void sub_08128BEC(s8 a1, u32 a2, u16 a3);

3
linker.ld
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@ -53,8 +53,6 @@ SECTIONS {
. = 0x000382A0; gUnk_020382A0 = .;
. = 0x000382C8; gUnk_020382C8 = .;
. = 0x000382D0; gUnk_020382D0 = .;
. = 0x000382D8; gUnk_020382D8 = .;
. = 0x000382E8; gUnk_020382E8 = .;
. = 0x00038580; gUnk_02038580 = .;
. = 0x00038590; gUnk_02038590 = .;
. = 0x00038960; gUnk_02038960 = .;
@ -356,6 +354,7 @@ SECTIONS {
asm/pause_world_map.o(.text);
asm/pause_area_map.o(.text);
src/pause_fade.o(.text);
src/code_08128D48.o(.text);
asm/code_08128BEC.o(.text);
src/logo.o(.text);
asm/code_08138B44.o(.text);

651
src/code_08128D48.c Normal file
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@ -0,0 +1,651 @@
#include "code_08128D48.h"
#include "task.h"
#include "pause_fade.h"
#include "palette.h"
void sub_08128DB0(void);
void sub_08128E8C(void);
// apply a set of tilesets during animation (?)
struct Task *sub_08128D48(const struct Unk_08128D48_0 *a1) {
struct Task *t = TaskCreate(sub_08128DB0, sizeof(struct Unk_08128D48), 0x100, 0, NULL);
struct Unk_08128D48 *var = TaskGetStructPtr(t);
var->frames = a1->frames;
var->dstVram = VRAM + a1->dstVramOffset;
var->numFrames = a1->numFrames;
var->sizeTiles = 0x20 * a1->numTiles;
var->currentTilesetIndex = 0;
var->delayCounter = 0xFF;
return t;
}
void sub_08128DB0(void) {
struct Unk_08128D48 *var = TaskGetStructPtr(gCurTask);
const struct Unk_08128D48_0_4 *p = &var->frames[var->currentTilesetIndex];
if (var->delayCounter < p->delay)
++var->delayCounter;
else {
++var->currentTilesetIndex;
var->delayCounter = 0;
if (var->currentTilesetIndex >= var->numFrames)
var->currentTilesetIndex = 0;
++var; --var;
p = &var->frames[var->currentTilesetIndex];
CpuCopy32((void *)VRAM + p->srcVramOffset, (void *)var->dstVram, var->sizeTiles);
}
}
// apply a set of palettes during animation (?)
struct Task *sub_08128E28(const struct Unk_08128E28_0 *a1) {
struct Task *t = TaskCreate(sub_08128E8C, sizeof(struct Unk_08128E28), 0x100, 0, NULL);
struct Unk_08128E28 *var = TaskGetStructPtr(t);
var->data = a1->data;
var->currentDataOffset = 0;
var->paletteOffset = a1->paletteOffset;
var->paletteSize = a1->paletteSize;
var->numPalettes = a1->numPalettes;
var->currentPaletteIndex = 0;
var->delayCounter = 0xFF;
return t;
}
void sub_08128E8C(void) {
struct Unk_08128E28 *var = TaskGetStructPtr(gCurTask);
const u16 *p = &var->data[var->currentDataOffset];
if (var->delayCounter < p[0])
++var->delayCounter;
else {
++var->currentPaletteIndex;
var->delayCounter = 0;
var->currentDataOffset += var->paletteSize + 1;
if (var->currentPaletteIndex >= var->numPalettes) {
var->currentPaletteIndex = 0;
var->currentDataOffset = 0;
}
++var; --var;
p = &var->data[var->currentDataOffset];
if (gUnk_03002440 & 0x10000)
sub_08158334(p+1, var->paletteOffset, var->paletteSize);
else {
DmaCopy16(3, p+1, gBgPalette + var->paletteOffset, var->paletteSize * sizeof(u16));
gUnk_03002440 |= 1;
}
}
}
void sub_081295A0(void);
void sub_081297F8(struct Unk_08128F44 *);
void sub_081298B4(void);
void sub_08129A6C(void);
void sub_08129C34(void);
void sub_08129F28(void);
void sub_0812A39C(void);
extern const u8 gUnk_08363AA0[];
struct Task *sub_08128F44(const struct Unk_02021590 *a1, u8 a2, u8 a3, s16 a4, s16 a5, u8 a6) {
struct Task *t = TaskCreate(sub_0812A39C, sizeof(struct Unk_08128F44), 0x100, 0, NULL);
struct Unk_08128F44 *tmp = TaskGetStructPtr(t), *var = tmp;
#ifndef NONMATCHING
register struct Unk_08128F44_4 *var1 asm("r6"), *var2 asm("r4");
#else
struct Unk_08128F44_4 *var1, *var2;
#endif
var->unk0 = a1;
var->unk2AC = 0x10;
var->unk2AD = 0;
var->unk2AE = 0;
var->unk2B0 = a2;
var->unk2B1 = a3;
var->unk2B2 = 1;
var->unk2B3 = 0;
var->unk2B4 = a4;
var->unk2B6 = a5;
if (a6) var->unk2AC |= 0x80;
if (gUnk_03002440 & 0x20000)
sub_0815828C(&gUnk_082DE69C[0x10 * var->unk2B2], 0x10 * var->unk2B0, 0x10);
else {
DmaCopy16(3, &gUnk_082DE69C[0x10 * var->unk2B2], &gObjPalette[0x10 * var->unk2B0], 0x10 * sizeof(u16));
gUnk_03002440 |= 2;
}
if (gUnk_03002440 & 0x20000)
sub_0815828C(gUnk_082DE69C, 0x10 * var->unk2B1, 0x10);
else {
DmaCopy16(3, gUnk_082DE69C, &gObjPalette[0x10 * var->unk2B1], 0x10 * sizeof(u16));
gUnk_03002440 |= 2;
}
CpuFill32(0, &var->unk4[0][0], sizeof(struct Unk_08128F44_4));
var->unk4[0][0].unk0.tilesVram = 0x6010000;
var->unk4[0][0].unk0.unk14 = 0x280;
var->unk4[0][0].unk0.animId = var->unk0[0].animId;
var->unk4[0][0].unk0.variant = var->unk0[0].variant;
var->unk4[0][0].unk0.unk16 = 0;
var->unk4[0][0].unk0.unk1B = 0xFF;
var->unk4[0][0].unk0.unk1C = 0x10;
var->unk4[0][0].unk0.palId = var->unk2B0;
var->unk4[0][0].unk0.x = ({var->unk2B4 + 0;});
var->unk4[0][0].unk0.y = ({var->unk2B6 + 0;});
var->unk4[0][0].unk0.unk8 = 0xC0000;
var->unk4[0][0].unk28 = 4 * var->unk2B4;
var->unk4[0][0].unk2C = 4 * var->unk2B6;
var->unk4[0][0].unk30 = 0;
var->unk4[0][0].unk32 = 0;
var->unk4[0][0].unk34 = 0x10;
var->unk4[0][0].unk36 = 0;
var->unk4[0][0].unk38 = 0;
var->unk4[0][0].unk3C = NULL;
var->unk4[0][0].unk40 = NULL;
CpuFill32(0, &var->unk4[1][0], sizeof(struct Unk_08128F44_4));
var->unk4[1][0].unk0.tilesVram = 0x6010000;
var->unk4[1][0].unk0.unk14 = 0x280;
var->unk4[1][0].unk0.animId = var->unk0[1].animId;
var->unk4[1][0].unk0.variant = var->unk0[1].variant;
var->unk4[1][0].unk0.unk16 = 0;
var->unk4[1][0].unk0.unk1B = 0xFF;
var->unk4[1][0].unk0.unk1C = 0x10;
var->unk4[1][0].unk0.palId = var->unk2B0;
var->unk4[1][0].unk0.x = 0;
var->unk4[1][0].unk0.y = 0;
var->unk4[1][0].unk0.unk8 = 0xC0000;
var->unk4[1][0].unk28 = 0;
var->unk4[1][0].unk2C = 0;
var->unk4[1][0].unk30 = 0;
var->unk4[1][0].unk32 = 0;
var->unk4[1][0].unk34 = 0x10;
var->unk4[1][0].unk36 = 0;
var->unk4[1][0].unk38 = 0;
var->unk4[1][0].unk3C = NULL;
var->unk4[1][0].unk40 = NULL;
var->unk4[0][0].unk40 = &var->unk4[1][0];
var->unk4[1][0].unk3C = &var->unk4[0][0];
var->unk4[1][0].unk34 &= ~0x10;
CpuFill32(0, var1 = &var->unk4[2][0], sizeof(struct Unk_08128F44_4));
var1->unk0.tilesVram = 0x6010000;
var1->unk0.unk14 = 0x2C0;
var1->unk0.animId = var->unk0[0].animId;
var1->unk0.variant = var->unk0[0].variant;
var1->unk0.unk16 = 0;
var1->unk0.unk1B = 0xFF;
var1->unk0.unk1C = 0x10;
var1->unk0.palId = var->unk2B1;
var1->unk0.x = ({var->unk2B4 + 0x14;});
var1->unk0.y = ({var->unk2B6 + 0xA;});
var1->unk0.unk8 = 0xC0000;
var1->unk28 = 4 * (var->unk2B4 + 0x14);
var1->unk2C = 4 * (var->unk2B6 + 0xA);
var1->unk30 = 0;
var1->unk32 = 0;
var1->unk34 = 0x10;
var1->unk36 = 0;
var1->unk38 = 0;
var1->unk3C = NULL;
var1->unk40 = NULL;
CpuFill32(0, var2 = &var->unk4[3][0], sizeof(struct Unk_08128F44_4));
var2->unk0.tilesVram = 0x6010000;
var2->unk0.unk14 = 0x2C0;
var2->unk0.animId = var->unk0[2].animId;
var2->unk0.variant = var->unk0[2].variant;
var2->unk0.unk16 = 0;
var2->unk0.unk1B = 0xFF;
var2->unk0.unk1C = 0x10;
var2->unk0.palId = var->unk2B1;
var2->unk0.x = 0;
var2->unk0.y = 0;
var2->unk0.unk8 = 0xC0000;
var2->unk28 = 0;
var2->unk2C = 0;
var2->unk30 = 0;
var2->unk32 = 0;
var2->unk34 = 0x10;
var2->unk36 = 0;
var2->unk38 = 0;
var2->unk3C = NULL;
var2->unk40 = NULL;
var1->unk40 = var2;
var2->unk3C = var1;
var2->unk34 &= ~0x10;
CpuFill32(0, var1 = &var->unk4[4][0], sizeof(struct Unk_08128F44_4));
var1->unk0.tilesVram = 0x6010000;
var1->unk0.unk14 = 0x280;
var1->unk0.animId = var->unk0[0].animId;
var1->unk0.variant = var->unk0[0].variant;
var1->unk0.unk16 = 0;
var1->unk0.unk1B = 0xFF;
var1->unk0.unk1C = 0x10;
var1->unk0.palId = var->unk2B0;
var1->unk0.x = ({var->unk2B4 - 0x14;});
var1->unk0.y = ({var->unk2B6 - 5;});
var1->unk0.unk8 = 0xC0000;
var1->unk28 = 4 * (var->unk2B4 - 0x14);
var1->unk2C = 4 * (var->unk2B6 - 5);
var1->unk30 = 0;
var1->unk32 = 0;
var1->unk34 = 0x10;
var1->unk36 = 0;
var1->unk38 = 0;
var1->unk3C = NULL;
var1->unk40 = NULL;
CpuFill32(0, var2 = &var->unk4[7][0], sizeof(struct Unk_08128F44_4));
var2->unk0.tilesVram = 0x6010000;
var2->unk0.unk14 = 0x280;
var2->unk0.animId = var->unk0[3].animId;
var2->unk0.variant = var->unk0[3].variant;
var2->unk0.unk16 = 0;
var2->unk0.unk1B = 0xFF;
var2->unk0.unk1C = 0x10;
var2->unk0.palId = var->unk2B0;
var2->unk0.x = 0;
var2->unk0.y = 0;
var2->unk0.unk8 = 0xC0000;
var2->unk28 = 0;
var2->unk2C = 0;
var2->unk30 = 0;
var2->unk32 = 0;
var2->unk34 = 0x10;
var2->unk36 = 0;
var2->unk38 = 0;
var2->unk3C = NULL;
var2->unk40 = NULL;
var1->unk40 = var2;
var2->unk3C = var1;
var2->unk34 &= ~0x10;
CpuFill32(0, var1 = &var->unk4[5][0], sizeof(struct Unk_08128F44_4));
var1->unk0.tilesVram = 0x6010000;
var1->unk0.unk14 = 0x2C0;
var1->unk0.animId = var->unk0[0].animId;
var1->unk0.variant = var->unk0[0].variant;
var1->unk0.unk16 = 0;
var1->unk0.unk1B = 0xFF;
var1->unk0.unk1C = 0x10;
var1->unk0.palId = var->unk2B1;
var1->unk0.x = ({var->unk2B4 + 0;});
var1->unk0.y = ({var->unk2B6 + 5;});
var1->unk0.unk8 = 0xC0000;
var1->unk28 = 4 * var->unk2B4;
var1->unk2C = 4 * (var->unk2B6 + 5);
var1->unk30 = 0;
var1->unk32 = 0;
var1->unk34 = 0x10;
var1->unk36 = 0;
var1->unk38 = 0;
var1->unk3C = NULL;
var1->unk40 = NULL;
CpuFill32(0, var2 = &var->unk4[8][0], sizeof(struct Unk_08128F44_4));
var2->unk0.tilesVram = 0x6010000;
var2->unk0.unk14 = 0x2C0;
var2->unk0.animId = var->unk0[4].animId;
var2->unk0.variant = var->unk0[4].variant;
var2->unk0.unk16 = 0;
var2->unk0.unk1B = 0xFF;
var2->unk0.unk1C = 0x10;
var2->unk0.palId = var->unk2B1;
var2->unk0.x = 0;
var2->unk0.y = 0;
var2->unk0.unk8 = 0xC0000;
var2->unk28 = 0;
var2->unk2C = 0;
var2->unk30 = 0;
var2->unk32 = 0;
var2->unk34 = 0x10;
var2->unk36 = 0;
var2->unk38 = 0;
var2->unk3C = NULL;
var2->unk40 = NULL;
var1->unk40 = var2;
var2->unk3C = var1;
var2->unk34 &= ~0x10;
CpuFill32(0, var1 = &var->unk4[6][0], sizeof(struct Unk_08128F44_4));
var1->unk0.tilesVram = 0x6010000;
var1->unk0.unk14 = 0x300;
var1->unk0.animId = var->unk0[0].animId;
var1->unk0.variant = var->unk0[0].variant;
var1->unk0.unk16 = 0;
var1->unk0.unk1B = 0xFF;
var1->unk0.unk1C = 0x10;
var1->unk0.palId = var->unk2B1;
var1->unk0.x = ({var->unk2B4 + 0x14;});
var1->unk0.y = ({var->unk2B6 + 0xF;});
var1->unk0.unk8 = 0xC0000;
var1->unk28 = 4 * (var->unk2B4 + 0x14);
var1->unk2C = 4 * (var->unk2B6 + 0xF);
var1->unk30 = 0;
var1->unk32 = 0;
var1->unk34 = 0x10;
var1->unk36 = 0;
var1->unk38 = 0;
var1->unk3C = NULL;
var1->unk40 = NULL;
CpuFill32(0, var2 = &var->unk4[9][0], sizeof(struct Unk_08128F44_4));
var2->unk0.tilesVram = 0x6010000;
var2->unk0.unk14 = 0x300;
var2->unk0.animId = var->unk0[5].animId;
var2->unk0.variant = var->unk0[5].variant;
var2->unk0.unk16 = 0;
var2->unk0.unk1B = 0xFF;
var2->unk0.unk1C = 0x10;
var2->unk0.palId = var->unk2B1;
var2->unk0.x = 0;
var2->unk0.y = 0;
var2->unk0.unk8 = 0xC0000;
var2->unk28 = 0;
var2->unk2C = 0;
var2->unk30 = 0;
var2->unk32 = 0;
var2->unk34 = 0x10;
var2->unk36 = 0;
var2->unk38 = 0;
var2->unk3C = NULL;
var2->unk40 = NULL;
var1->unk40 = var2;
var2->unk3C = var1;
var2->unk34 &= ~0x10;
return t;
}
void sub_081295A0(void) {
struct Unk_08128F44 *tmp = TaskGetStructPtr(gCurTask), *var = tmp;
u16 r2;
if (var->unk2AC & 1)
r2 = 0;
else if (gUnk_0203AD10 & 2)
r2 = gUnk_020382D0.unk8[1][0];
else
r2 = gPressedKeys;
if (var->unk2AC & 4) {
if (r2 & 1) {
if (!(var->unk2AC & 0x80))
m4aSongNumStart(0x21E);
var->unk2AC |= 1;
}
else if (r2 & 2) {
if (!(var->unk2AC & 0x80))
m4aSongNumStart(0x21F);
var->unk2AC &= ~4;
var->unk2AC &= ~0x40;
}
else if (r2 & 0x40) {
if (!(var->unk2AC & 0x80))
m4aSongNumStart(0x21D);
var->unk2AE = 0;
gCurTask->main = sub_08129F28;
}
else if (r2 & 0x80) {
if (!(var->unk2AC & 0x80))
m4aSongNumStart(0x21D);
var->unk2AE = 0;
gCurTask->main = sub_08129C34;
}
}
else {
if (r2 & 1) {
if (!(var->unk2AC & 0x80)) {
m4aSongNumStart(0x21E);
if (var->unk2AD == 0)
var->unk2B2 = 1;
else if (var->unk2AD == 1)
var->unk2B2 = 3;
else
var->unk2B2 = 5;
}
if (var->unk2AC & 0x10) {
var->unk2AC |= 4;
var->unk2AC |= 0x40;
}
else {
var->unk2AC |= 1;
}
}
else if (r2 & 0x40) {
if (!(var->unk2AC & 0x80))
m4aSongNumStart(0x21D);
var->unk2AE = 0;
gCurTask->main = sub_081298B4;
}
else if (r2 & 0x80) {
if (!(var->unk2AC & 0x80))
m4aSongNumStart(0x21D);
var->unk2AE = 0;
gCurTask->main = sub_08129A6C;
}
}
sub_081297F8(var);
if (!(var->unk2AC & 0x80)) {
if (var->unk2AC & 4) {
sub_081288DC(&var->unk4[4][0]);
sub_081288DC(&var->unk4[5][0]);
sub_081288DC(&var->unk4[6][0]);
}
else {
sub_081288DC(&var->unk4[0][0]);
sub_081288DC(&var->unk4[2][0]);
}
}
}
void sub_081297F8(struct Unk_08128F44 *a1) {
const u16 *p;
if (a1->unk2B3++ > 5) {
a1->unk2B3 = 0;
p = gUnk_082DE69C + 0x10 * (a1->unk2AC & 2 ? a1->unk2B2 : a1->unk2B2 + 1);
a1->unk2AC ^= 2;
if (gUnk_03002440 & 0x20000)
sub_0815828C(p, 0x10 * a1->unk2B0, 0x10);
else {
DmaCopy16(3, p, gObjPalette + 0x10 * a1->unk2B0, 0x10 * sizeof(u16));
gUnk_03002440 |= 2;
}
}
}
void sub_081298B4(void) {
struct Unk_08128F44 *tmp = TaskGetStructPtr(gCurTask), *var = tmp;
if (var->unk2AC & 0x10) {
var->unk4[0][0].unk28 += 8;
var->unk4[0][0].unk2C += 4;
var->unk4[0][0].unk0.unk14 &= ~0x7C0;
var->unk4[0][0].unk0.unk14 |= 0x2C0;
var->unk4[0][0].unk0.palId = var->unk2B1;
var->unk4[1][0].unk0.unk14 &= ~0x7C0;
var->unk4[1][0].unk0.unk14 |= 0x2C0;
var->unk4[1][0].unk0.palId = var->unk2B1;
var->unk4[2][0].unk28 -= 8;
var->unk4[2][0].unk2C -= 4;
var->unk4[2][0].unk0.unk14 &= ~0x7C0;
var->unk4[2][0].unk0.unk14 |= 0x280;
var->unk4[2][0].unk0.palId = var->unk2B0;
var->unk4[3][0].unk0.unk14 &= ~0x7C0;
var->unk4[3][0].unk0.unk14 |= 0x280;
var->unk4[3][0].unk0.palId = var->unk2B0;
}
else {
var->unk4[0][0].unk28 -= 8;
var->unk4[0][0].unk2C -= 4;
var->unk4[0][0].unk0.unk14 &= ~0x7C0;
var->unk4[0][0].unk0.unk14 |= 0x280;
var->unk4[0][0].unk0.palId = var->unk2B0;
var->unk4[1][0].unk0.unk14 &= ~0x7C0;
var->unk4[1][0].unk0.unk14 |= 0x280;
var->unk4[1][0].unk0.palId = var->unk2B0;
var->unk4[2][0].unk28 += 8;
var->unk4[2][0].unk2C += 4;
var->unk4[2][0].unk0.unk14 &= ~0x7C0;
var->unk4[2][0].unk0.unk14 |= 0x2C0;
var->unk4[2][0].unk0.palId = var->unk2B1;
var->unk4[3][0].unk0.unk14 &= ~0x7C0;
var->unk4[3][0].unk0.unk14 |= 0x2C0;
var->unk4[3][0].unk0.palId = var->unk2B1;
}
if (var->unk2AC & 0x10)
var->unk2B2 = 1;
else
var->unk2B2 = 3;
sub_081297F8(var);
if (!(var->unk2AC & 0x80)) {
sub_081288DC(&var->unk4[0][0]);
sub_081288DC(&var->unk4[2][0]);
}
if (++var->unk2AE > 9) {
gCurTask->main = sub_081295A0;
var->unk2AC ^= 0x10;
var->unk2AC ^= 0x20;
}
}
void sub_08129A6C(void) {
struct Unk_08128F44 *tmp = TaskGetStructPtr(gCurTask), *var = tmp;
if (var->unk2AC & 0x10) {
var->unk4[0][0].unk28 += 8;
var->unk4[0][0].unk2C += 4;
var->unk4[0][0].unk0.palId = var->unk2B1;
var->unk4[1][0].unk0.palId = var->unk2B1;
var->unk4[2][0].unk28 -= 8;
var->unk4[2][0].unk2C -= 4;
var->unk4[2][0].unk0.palId = var->unk2B0;
var->unk4[3][0].unk0.palId = var->unk2B0;
}
else {
var->unk4[0][0].unk28 -= 8;
var->unk4[0][0].unk2C -= 4;
var->unk4[0][0].unk0.palId = var->unk2B0;
var->unk4[1][0].unk0.palId = var->unk2B0;
var->unk4[2][0].unk28 += 8;
var->unk4[2][0].unk2C += 4;
var->unk4[2][0].unk0.palId = var->unk2B1;
var->unk4[3][0].unk0.palId = var->unk2B1;
}
if (var->unk2AC & 0x10)
var->unk2B2 = 1;
else
var->unk2B2 = 3;
sub_081297F8(var);
if (!(var->unk2AC & 0x80)) {
sub_081288DC(&var->unk4[0][0]);
sub_081288DC(&var->unk4[2][0]);
}
if (++var->unk2AE > 9) {
if (var->unk2AC & 0x10) {
var->unk4[0][0].unk0.unk14 &= ~0x7C0;
var->unk4[0][0].unk0.unk14 |= 0x2C0;
var->unk4[1][0].unk0.unk14 &= ~0x7C0;
var->unk4[1][0].unk0.unk14 |= 0x2C0;
var->unk4[2][0].unk0.unk14 &= ~0x7C0;
var->unk4[2][0].unk0.unk14 |= 0x280;
var->unk4[3][0].unk0.unk14 &= ~0x7C0;
var->unk4[3][0].unk0.unk14 |= 0x280;
}
else {
var->unk4[0][0].unk0.unk14 &= ~0x7C0;
var->unk4[0][0].unk0.unk14 |= 0x280;
var->unk4[1][0].unk0.unk14 &= ~0x7C0;
var->unk4[1][0].unk0.unk14 |= 0x280;
var->unk4[2][0].unk0.unk14 &= ~0x7C0;
var->unk4[2][0].unk0.unk14 |= 0x2C0;
var->unk4[3][0].unk0.unk14 &= ~0x7C0;
var->unk4[3][0].unk0.unk14 |= 0x2C0;
}
gCurTask->main = sub_081295A0;
var->unk2AC ^= 0x10;
var->unk2AC ^= 0x20;
}
}
void sub_08129C34(void) {
struct Unk_08128F44 *tmp = TaskGetStructPtr(gCurTask), *var = tmp;
const u8 *p = gUnk_08363AA0 + 3 * var->unk2AD;
var->unk4[p[0]][4].unk28 += 0x10;
var->unk4[p[0]][4].unk2C += 8;
var->unk4[p[0]][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[0]][4].unk0.unk14 |= 0x300;
var->unk4[p[0]][4].unk0.palId = var->unk2B1;
var->unk4[p[0] + 3][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[0] + 3][4].unk0.unk14 |= 0x300;
var->unk4[p[0] + 3][4].unk0.palId = var->unk2B1;
var->unk4[p[1]][4].unk28 -= 8;
var->unk4[p[1]][4].unk2C -= 4;
var->unk4[p[1]][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[1]][4].unk0.unk14 |= 0x280;
var->unk4[p[1]][4].unk0.palId = var->unk2B0;
var->unk4[p[1] + 3][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[1] + 3][4].unk0.unk14 |= 0x280;
var->unk4[p[1] + 3][4].unk0.palId = var->unk2B0;
var->unk4[p[2]][4].unk28 -= 8;
var->unk4[p[2]][4].unk2C -= 4;
var->unk4[p[2]][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[2]][4].unk0.unk14 |= 0x2C0;
var->unk4[p[2]][4].unk0.palId = var->unk2B1;
var->unk4[p[2] + 3][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[2] + 3][4].unk0.unk14 |= 0x2C0;
var->unk4[p[2] + 3][4].unk0.palId = var->unk2B1;
if (p[1] == 0)
var->unk2B2 = 1;
else if (p[1] == 1)
var->unk2B2 = 3;
else
var->unk2B2 = 5;
sub_081297F8(var);
if (!(var->unk2AC & 0x80)) {
sub_081288DC(&var->unk4[4][0]);
sub_081288DC(&var->unk4[5][0]);
sub_081288DC(&var->unk4[6][0]);
}
if (++var->unk2AE > 9) {
gCurTask->main = sub_081295A0;
var->unk2AD = p[1];
}
}
void sub_08129F28(void) {
struct Unk_08128F44 *tmp = TaskGetStructPtr(gCurTask), *var = tmp;
const u8 *p = gUnk_08363AA0 + 3 * var->unk2AD;
var->unk4[p[0]][4].unk28 += 8;
var->unk4[p[0]][4].unk2C += 4;
var->unk4[p[0]][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[0]][4].unk0.unk14 |= 0x2C0;
var->unk4[p[0]][4].unk0.palId = var->unk2B1;
var->unk4[p[0] + 3][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[0] + 3][4].unk0.unk14 |= 0x2C0;
var->unk4[p[0] + 3][4].unk0.palId = var->unk2B1;
var->unk4[p[1]][4].unk28 += 8;
var->unk4[p[1]][4].unk2C += 4;
var->unk4[p[1]][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[1]][4].unk0.unk14 |= 0x300;
var->unk4[p[1]][4].unk0.palId = var->unk2B1;
var->unk4[p[1] + 3][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[1] + 3][4].unk0.unk14 |= 0x300;
var->unk4[p[1] + 3][4].unk0.palId = var->unk2B1;
var->unk4[p[2]][4].unk28 -= 0x10;
var->unk4[p[2]][4].unk2C -= 8;
var->unk4[p[2]][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[2]][4].unk0.unk14 |= 0x280;
var->unk4[p[2]][4].unk0.palId = var->unk2B0;
var->unk4[p[2] + 3][4].unk0.unk14 &= ~0x7C0;
var->unk4[p[2] + 3][4].unk0.unk14 |= 0x280;
var->unk4[p[2] + 3][4].unk0.palId = var->unk2B0;
if (p[2] == 0)
var->unk2B2 = 1;
else if (p[2] == 1)
var->unk2B2 = 3;
else
var->unk2B2 = 5;
sub_081297F8(var);
if (!(var->unk2AC & 0x80)) {
sub_081288DC(&var->unk4[4][0]);
sub_081288DC(&var->unk4[5][0]);
sub_081288DC(&var->unk4[6][0]);
}
if (++var->unk2AE > 9) {
gCurTask->main = sub_081295A0;
var->unk2AD = p[2];
}
}

343
src/pause_fade.c
View File

@ -2,15 +2,11 @@
#include "task.h"
#include "main.h"
#include "pause_fade.h"
#include "palette.h"
// TODO: determine file boundaries
void PauseFadeMain(void);
void sub_08128C5C(void);
void sub_08128DB0(void);
void sub_08128E8C(void);
void sub_0812A39C(void);
static void PauseFadeMain(void);
static void sub_08128C5C(void);
void CreatePauseFade(s8 arg0, u32 arg1) {
struct Task* task = TaskCreate(PauseFadeMain, sizeof(struct PauseFadeStruct), 0x100, TASK_x0004, NULL);
@ -68,7 +64,7 @@ void CreatePauseFadeSetBldCnt(s8 arg0, u32 arg1) {
gBldRegs.bldY = fade2->unk0 >> 4;
}
void PauseFadeMain(void) {
static void PauseFadeMain(void) {
struct PauseFadeStruct* fade = TaskGetStructPtr(gCurTask);
fade->unk0 += fade->unk2;
gBldRegs.bldY = (fade->unk0 & 0x1f0) >> 4;
@ -107,7 +103,7 @@ void sub_08128BEC(s8 a1, u32 a2, u16 a3) {
pf->unk3 |= 2;
}
void sub_08128C5C(void) {
static void sub_08128C5C(void) {
struct PauseFadeStruct *tmp = TaskGetStructPtr(gCurTask), *pf = tmp;
if (pf->unk3 & 2) {
@ -140,334 +136,3 @@ void sub_08128C5C(void) {
if (gBldRegs.bldAlpha == BLDALPHA_BLEND(0, 0))
pf->unk3 |= 0x80;
}
// apply a set of tilesets during animation (?)
struct Task *sub_08128D48(const struct Unk_08128D48_0 *a1) {
struct Task *t = TaskCreate(sub_08128DB0, sizeof(struct Unk_08128D48), 0x100, 0, NULL);
struct Unk_08128D48 *var = TaskGetStructPtr(t);
var->frames = a1->frames;
var->dstVram = VRAM + a1->dstVramOffset;
var->numFrames = a1->numFrames;
var->sizeTiles = 0x20 * a1->numTiles;
var->currentTilesetIndex = 0;
var->delayCounter = 0xFF;
return t;
}
void sub_08128DB0(void) {
struct Unk_08128D48 *var = TaskGetStructPtr(gCurTask);
const struct Unk_08128D48_0_4 *p = &var->frames[var->currentTilesetIndex];
if (var->delayCounter < p->delay)
++var->delayCounter;
else {
++var->currentTilesetIndex;
var->delayCounter = 0;
if (var->currentTilesetIndex >= var->numFrames)
var->currentTilesetIndex = 0;
++var; --var;
p = &var->frames[var->currentTilesetIndex];
CpuCopy32((void *)VRAM + p->srcVramOffset, (void *)var->dstVram, var->sizeTiles);
}
}
// apply a set of palettes during animation (?)
struct Task *sub_08128E28(const struct Unk_08128E28_0 *a1) {
struct Task *t = TaskCreate(sub_08128E8C, sizeof(struct Unk_08128E28), 0x100, 0, NULL);
struct Unk_08128E28 *var = TaskGetStructPtr(t);
var->data = a1->data;
var->currentDataOffset = 0;
var->paletteOffset = a1->paletteOffset;
var->paletteSize = a1->paletteSize;
var->numPalettes = a1->numPalettes;
var->currentPaletteIndex = 0;
var->delayCounter = 0xFF;
return t;
}
void sub_08128E8C(void) {
struct Unk_08128E28 *var = TaskGetStructPtr(gCurTask);
const u16 *p = &var->data[var->currentDataOffset];
if (var->delayCounter < p[0])
++var->delayCounter;
else {
++var->currentPaletteIndex;
var->delayCounter = 0;
var->currentDataOffset += var->paletteSize + 1;
if (var->currentPaletteIndex >= var->numPalettes) {
var->currentPaletteIndex = 0;
var->currentDataOffset = 0;
}
++var; --var;
p = &var->data[var->currentDataOffset];
if (gUnk_03002440 & 0x10000)
sub_08158334(p+1, var->paletteOffset, var->paletteSize);
else {
DmaCopy16(3, p+1, gBgPalette + var->paletteOffset, var->paletteSize * sizeof(u16));
gUnk_03002440 |= 1;
}
}
}
struct Task *sub_08128F44(const struct Unk_02021590 *a1, u8 a2, u8 a3, s16 a4, s16 a5, u8 a6) {
struct Task *t = TaskCreate(sub_0812A39C, sizeof(struct Unk_08128F44), 0x100, 0, NULL);
struct Unk_08128F44 *tmp = TaskGetStructPtr(t), *var = tmp;
#ifndef NONMATCHING
register struct Unk_08128F44_4 *var1 asm("r6"), *var2 asm("r4");
#else
struct Unk_08128F44_4 *var1, *var2;
#endif
var->unk0 = a1;
var->unk2AC = 0x10;
var->unk2AD = 0;
var->unk2AE = 0;
var->unk2B0 = a2;
var->unk2B1 = a3;
var->unk2B2 = 1;
var->unk2B3 = 0;
var->unk2B4 = a4;
var->unk2B6 = a5;
if (a6) var->unk2AC |= 0x80;
if (gUnk_03002440 & 0x20000)
sub_0815828C(&gUnk_082DE69C[0x10 * var->unk2B2], 0x10 * var->unk2B0, 0x10);
else {
DmaCopy16(3, &gUnk_082DE69C[0x10 * var->unk2B2], &gObjPalette[0x10 * var->unk2B0], 0x10 * sizeof(u16));
gUnk_03002440 |= 2;
}
if (gUnk_03002440 & 0x20000)
sub_0815828C(gUnk_082DE69C, 0x10 * var->unk2B1, 0x10);
else {
DmaCopy16(3, gUnk_082DE69C, &gObjPalette[0x10 * var->unk2B1], 0x10 * sizeof(u16));
gUnk_03002440 |= 2;
}
CpuFill32(0, &var->unk4[0], sizeof(struct Unk_08128F44_4));
var->unk4[0].unk0.tilesVram = 0x6010000;
var->unk4[0].unk0.unk14 = 0x280;
var->unk4[0].unk0.animId = var->unk0[0].animId;
var->unk4[0].unk0.variant = var->unk0[0].variant;
var->unk4[0].unk0.unk16 = 0;
var->unk4[0].unk0.unk1B = 0xFF;
var->unk4[0].unk0.unk1C = 0x10;
var->unk4[0].unk0.palId = var->unk2B0;
var->unk4[0].unk0.x = ({var->unk2B4 + 0;});
var->unk4[0].unk0.y = ({var->unk2B6 + 0;});
var->unk4[0].unk0.unk8 = 0xC0000;
var->unk4[0].unk28 = 4 * var->unk2B4;
var->unk4[0].unk2C = 4 * var->unk2B6;
var->unk4[0].unk30 = 0;
var->unk4[0].unk32 = 0;
var->unk4[0].unk34 = 0x10;
var->unk4[0].unk36 = 0;
var->unk4[0].unk38 = 0;
var->unk4[0].unk3C = NULL;
var->unk4[0].unk40 = NULL;
CpuFill32(0, &var->unk4[1], sizeof(struct Unk_08128F44_4));
var->unk4[1].unk0.tilesVram = 0x6010000;
var->unk4[1].unk0.unk14 = 0x280;
var->unk4[1].unk0.animId = var->unk0[1].animId;
var->unk4[1].unk0.variant = var->unk0[1].variant;
var->unk4[1].unk0.unk16 = 0;
var->unk4[1].unk0.unk1B = 0xFF;
var->unk4[1].unk0.unk1C = 0x10;
var->unk4[1].unk0.palId = var->unk2B0;
var->unk4[1].unk0.x = 0;
var->unk4[1].unk0.y = 0;
var->unk4[1].unk0.unk8 = 0xC0000;
var->unk4[1].unk28 = 0;
var->unk4[1].unk2C = 0;
var->unk4[1].unk30 = 0;
var->unk4[1].unk32 = 0;
var->unk4[1].unk34 = 0x10;
var->unk4[1].unk36 = 0;
var->unk4[1].unk38 = 0;
var->unk4[1].unk3C = NULL;
var->unk4[1].unk40 = NULL;
var->unk4[0].unk40 = &var->unk4[1];
var->unk4[1].unk3C = &var->unk4[0];
var->unk4[1].unk34 &= ~0x10;
CpuFill32(0, var1 = &var->unk4[2], sizeof(struct Unk_08128F44_4));
var1->unk0.tilesVram = 0x6010000;
var1->unk0.unk14 = 0x2C0;
var1->unk0.animId = var->unk0[0].animId;
var1->unk0.variant = var->unk0[0].variant;
var1->unk0.unk16 = 0;
var1->unk0.unk1B = 0xFF;
var1->unk0.unk1C = 0x10;
var1->unk0.palId = var->unk2B1;
var1->unk0.x = ({var->unk2B4 + 0x14;});
var1->unk0.y = ({var->unk2B6 + 0xA;});
var1->unk0.unk8 = 0xC0000;
var1->unk28 = 4 * (var->unk2B4 + 0x14);
var1->unk2C = 4 * (var->unk2B6 + 0xA);
var1->unk30 = 0;
var1->unk32 = 0;
var1->unk34 = 0x10;
var1->unk36 = 0;
var1->unk38 = 0;
var1->unk3C = NULL;
var1->unk40 = NULL;
CpuFill32(0, var2 = &var->unk4[3], sizeof(struct Unk_08128F44_4));
var2->unk0.tilesVram = 0x6010000;
var2->unk0.unk14 = 0x2C0;
var2->unk0.animId = var->unk0[2].animId;
var2->unk0.variant = var->unk0[2].variant;
var2->unk0.unk16 = 0;
var2->unk0.unk1B = 0xFF;
var2->unk0.unk1C = 0x10;
var2->unk0.palId = var->unk2B1;
var2->unk0.x = 0;
var2->unk0.y = 0;
var2->unk0.unk8 = 0xC0000;
var2->unk28 = 0;
var2->unk2C = 0;
var2->unk30 = 0;
var2->unk32 = 0;
var2->unk34 = 0x10;
var2->unk36 = 0;
var2->unk38 = 0;
var2->unk3C = NULL;
var2->unk40 = NULL;
var1->unk40 = var2;
var2->unk3C = var1;
var2->unk34 &= ~0x10;
CpuFill32(0, var1 = &var->unk4[4], sizeof(struct Unk_08128F44_4));
var1->unk0.tilesVram = 0x6010000;
var1->unk0.unk14 = 0x280;
var1->unk0.animId = var->unk0[0].animId;
var1->unk0.variant = var->unk0[0].variant;
var1->unk0.unk16 = 0;
var1->unk0.unk1B = 0xFF;
var1->unk0.unk1C = 0x10;
var1->unk0.palId = var->unk2B0;
var1->unk0.x = ({var->unk2B4 - 0x14;});
var1->unk0.y = ({var->unk2B6 - 5;});
var1->unk0.unk8 = 0xC0000;
var1->unk28 = 4 * (var->unk2B4 - 0x14);
var1->unk2C = 4 * (var->unk2B6 - 5);
var1->unk30 = 0;
var1->unk32 = 0;
var1->unk34 = 0x10;
var1->unk36 = 0;
var1->unk38 = 0;
var1->unk3C = NULL;
var1->unk40 = NULL;
CpuFill32(0, var2 = &var->unk4[7], sizeof(struct Unk_08128F44_4));
var2->unk0.tilesVram = 0x6010000;
var2->unk0.unk14 = 0x280;
var2->unk0.animId = var->unk0[3].animId;
var2->unk0.variant = var->unk0[3].variant;
var2->unk0.unk16 = 0;
var2->unk0.unk1B = 0xFF;
var2->unk0.unk1C = 0x10;
var2->unk0.palId = var->unk2B0;
var2->unk0.x = 0;
var2->unk0.y = 0;
var2->unk0.unk8 = 0xC0000;
var2->unk28 = 0;
var2->unk2C = 0;
var2->unk30 = 0;
var2->unk32 = 0;
var2->unk34 = 0x10;
var2->unk36 = 0;
var2->unk38 = 0;
var2->unk3C = NULL;
var2->unk40 = NULL;
var1->unk40 = var2;
var2->unk3C = var1;
var2->unk34 &= ~0x10;
CpuFill32(0, var1 = &var->unk4[5], sizeof(struct Unk_08128F44_4));
var1->unk0.tilesVram = 0x6010000;
var1->unk0.unk14 = 0x2C0;
var1->unk0.animId = var->unk0[0].animId;
var1->unk0.variant = var->unk0[0].variant;
var1->unk0.unk16 = 0;
var1->unk0.unk1B = 0xFF;
var1->unk0.unk1C = 0x10;
var1->unk0.palId = var->unk2B1;
var1->unk0.x = ({var->unk2B4 + 0;});
var1->unk0.y = ({var->unk2B6 + 5;});
var1->unk0.unk8 = 0xC0000;
var1->unk28 = 4 * var->unk2B4;
var1->unk2C = 4 * (var->unk2B6 + 5);
var1->unk30 = 0;
var1->unk32 = 0;
var1->unk34 = 0x10;
var1->unk36 = 0;
var1->unk38 = 0;
var1->unk3C = NULL;
var1->unk40 = NULL;
CpuFill32(0, var2 = &var->unk4[8], sizeof(struct Unk_08128F44_4));
var2->unk0.tilesVram = 0x6010000;
var2->unk0.unk14 = 0x2C0;
var2->unk0.animId = var->unk0[4].animId;
var2->unk0.variant = var->unk0[4].variant;
var2->unk0.unk16 = 0;
var2->unk0.unk1B = 0xFF;
var2->unk0.unk1C = 0x10;
var2->unk0.palId = var->unk2B1;
var2->unk0.x = 0;
var2->unk0.y = 0;
var2->unk0.unk8 = 0xC0000;
var2->unk28 = 0;
var2->unk2C = 0;
var2->unk30 = 0;
var2->unk32 = 0;
var2->unk34 = 0x10;
var2->unk36 = 0;
var2->unk38 = 0;
var2->unk3C = NULL;
var2->unk40 = NULL;
var1->unk40 = var2;
var2->unk3C = var1;
var2->unk34 &= ~0x10;
CpuFill32(0, var1 = &var->unk4[6], sizeof(struct Unk_08128F44_4));
var1->unk0.tilesVram = 0x6010000;
var1->unk0.unk14 = 0x300;
var1->unk0.animId = var->unk0[0].animId;
var1->unk0.variant = var->unk0[0].variant;
var1->unk0.unk16 = 0;
var1->unk0.unk1B = 0xFF;
var1->unk0.unk1C = 0x10;
var1->unk0.palId = var->unk2B1;
var1->unk0.x = ({var->unk2B4 + 0x14;});
var1->unk0.y = ({var->unk2B6 + 0xF;});
var1->unk0.unk8 = 0xC0000;
var1->unk28 = 4 * (var->unk2B4 + 0x14);
var1->unk2C = 4 * (var->unk2B6 + 0xF);
var1->unk30 = 0;
var1->unk32 = 0;
var1->unk34 = 0x10;
var1->unk36 = 0;
var1->unk38 = 0;
var1->unk3C = NULL;
var1->unk40 = NULL;
CpuFill32(0, var2 = &var->unk4[9], sizeof(struct Unk_08128F44_4));
var2->unk0.tilesVram = 0x6010000;
var2->unk0.unk14 = 0x300;
var2->unk0.animId = var->unk0[5].animId;
var2->unk0.variant = var->unk0[5].variant;
var2->unk0.unk16 = 0;
var2->unk0.unk1B = 0xFF;
var2->unk0.unk1C = 0x10;
var2->unk0.palId = var->unk2B1;
var2->unk0.x = 0;
var2->unk0.y = 0;
var2->unk0.unk8 = 0xC0000;
var2->unk28 = 0;
var2->unk2C = 0;
var2->unk30 = 0;
var2->unk32 = 0;
var2->unk34 = 0x10;
var2->unk36 = 0;
var2->unk38 = 0;
var2->unk3C = NULL;
var2->unk40 = NULL;
var1->unk40 = var2;
var2->unk3C = var1;
var2->unk34 &= ~0x10;
return t;
}