Game-Decompilation/katam
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more intro

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This commit is contained in:
Zhengwen Jiang 2024-08-20 22:47:19 -05:00 committed by Egor Ananyin
parent d9b087b150
commit 5d485d6916
3 changed files with 516 additions and 1488 deletions
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1487
asm/intro.s
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File diff suppressed because it is too large Load Diff

12
include/intro.h
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@ -41,7 +41,7 @@ struct Unk_08145B64_5EC {
struct Unk_08145B64_5EC *unk18;
void (*unk1C)(struct Unk_08145B64_5EC *);
struct Unk_08145B64 *unk20;
union Unk_08145B64_5EC_24 {
union Unk_08145B64_5EC_24 { // TODO: I'm confused
s16 pat1[6];
struct Unk_08145B64_5EC_24_Pat2 {
u8 unk0;
@ -54,6 +54,16 @@ struct Unk_08145B64_5EC {
u8 unk9;
u8 unkA;
} pat2;
struct Unk_08145B64_5EC_24_Pat3 {
u16 unk0;
u16 unk2;
u8 unk4;
u8 unk5;
u16 unk6;
u16 unk8;
u8 unkA;
u8 unkB;
} pat3;
} unk24;
u32 filler30;
}; /* size = 0x34 */

505
src/intro.c
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@ -22,6 +22,19 @@ void sub_08146FB0(struct Unk_08145B64_5EC *);
void sub_08147014(struct Unk_08145B64_5EC *);
void sub_081470EC(struct Unk_08145B64_5EC *);
void sub_08147154(struct Unk_08145B64_5EC *);
void sub_081473E0(struct Unk_08145B64_5EC *);
void sub_081474C4(struct Unk_08145B64_5EC *);
void sub_08147580(struct Unk_08145B64_5EC *);
void sub_081476A8(struct Unk_08145B64_5EC *);
void sub_08147774(struct Unk_08145B64_5EC *);
void sub_08147858(struct Unk_08145B64_5EC *);
void sub_081479E8(struct Unk_08145B64_5EC *);
void sub_08147A98(struct Unk_08145B64_5EC *);
void sub_08147B7C(struct Unk_08145B64_5EC *);
void sub_08147CE8(struct Unk_08145B64_5EC *);
void sub_08147E10(struct Unk_08145B64_5EC *);
void sub_08147EDC(struct Unk_08145B64_5EC *);
void sub_08147FC0(struct Unk_08145B64_5EC *);
bool32 sub_08148CD8(struct Unk_08145B64 *);
void sub_081494E4(struct Unk_08145B64 *);
void sub_08149628(struct Unk_08145B64 *);
@ -40,6 +53,10 @@ void sub_081498B4(struct Unk_08145B64_5EC *);
void sub_08149910(struct Unk_08145B64_5EC *);
extern const u16 gUnk_08387208[][2];
extern const u16 gUnk_08387220[][2];
extern const u16 gUnk_08387230[][2];
extern const u16 gUnk_08387248[][2];
extern const u16 gUnk_0838725C[][2];
extern const struct Unk_08387348 gUnk_08387348[];
extern const u8 gUnk_083877A8[][8];
extern const u16 gUnk_083877D2[2];
@ -771,3 +788,491 @@ void sub_081471E8(struct Unk_08145B64_5EC *a1) {
v5->unk5CC[unk3] = 1;
}
}
void sub_081472DC(struct Unk_08145B64_5EC *a1) {
struct Sprite *sprite;
struct Unk_08145B64 *v5;
u8 unk3;
a1->unkE += 3;
if (a1->unkE >= 0) {
struct Sprite *sprite;
a1->unkE = a1->unk24.pat1[0];
if (Rand32() % 3)
a1->unk10 = -0x32;
else
a1->unk10 = -0x64;
sprite = &a1->unk20->unk48[a1->unk3];
sprite->animId = gUnk_08387220[1][0];
sprite->variant = gUnk_08387220[1][1];
sub_08155128(sprite);
a1->unk1C = sub_081473E0;
} else {
a1->unkA += a1->unkE;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
v5 = a1->unk20;
unk3 = a1->unk3;
sprite = &v5->unk48[unk3];
if (v5->unk5CC[unk3] != 1) {
if (sprite->tilesVram && !sub_08155128(&v5->unk48[unk3]))
sprite->unk1B = 0xFF;
v5->unk5CC[unk3] = 1;
}
}
}
void sub_081473E0(struct Unk_08145B64_5EC *a1) {
struct Sprite *sprite;
struct Unk_08145B64 *v5;
u8 unk3;
a1->unk10 += 9;
a1->unkA += a1->unkE;
a1->unkC += a1->unk10;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (a1->unkC >= 0x1E00) {
struct Sprite *sprite;
a1->unkC = 0x1E00;
a1->unk10 = 0;
sprite = &a1->unk20->unk48[a1->unk3];
sprite->animId = gUnk_08387220[0][0];
sprite->variant = gUnk_08387220[0][1];
sub_08155128(sprite);
a1->unk1C = sub_081472DC;
} else {
v5 = a1->unk20;
unk3 = a1->unk3;
sprite = &v5->unk48[unk3];
if (v5->unk5CC[unk3] != 1) {
if (sprite->tilesVram && !sub_08155128(&v5->unk48[unk3]))
sprite->unk1B = 0xFF;
v5->unk5CC[unk3] = 1;
}
}
}
void sub_081474C4(struct Unk_08145B64_5EC *a1) {
union Unk_08145B64_5EC_24 *unk24 = &a1->unk24;
struct Sprite *sprite = &a1->unk20->unk48[a1->unk3];
if (a1->unkE < 0) {
a1->unkE += 3;
if (a1->unkE > 0)
a1->unkE = 0;
}
a1->unkA += a1->unkE;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (!sub_08155128(sprite)) {
a1->unkE = unk24->pat3.unk0;
a1->unk10 = unk24->pat3.unk2;
sprite->animId = gUnk_08387230[2][0];
sprite->variant = gUnk_08387230[2][1];
sub_08155128(sprite);
m4aSongNumStart(604);
unk24->pat3.unk4 = 0;
a1->unk1C = sub_08147580;
}
}
void sub_08147580(struct Unk_08145B64_5EC *a1) {
union Unk_08145B64_5EC_24 *unk24 = &a1->unk24;
a1->unk10 += 9;
a1->unkA += a1->unkE;
a1->unkC += a1->unk10;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (a1->unkC >= 0x1E00) {
struct Sprite *sprite;
sprite = &a1->unk20->unk48[a1->unk3];
a1->unkC = 0x1E00;
a1->unk10 = 0;
sprite->animId = gUnk_08387230[5][0];
sprite->variant = gUnk_08387230[5][1];
sub_08155128(sprite);
a1->unk1C = sub_08147858;
} else if (++unk24->pat3.unk4 >= unk24->pat3.unk5) {
struct Sprite *sprite = &a1->unk20->unk48[a1->unk3];
sprite->animId = gUnk_08387230[3][0];
sprite->variant = gUnk_08387230[3][1];
sub_08155128(sprite);
a1->unk1C = sub_081476A8;
} else {
struct Unk_08145B64 *v5 = a1->unk20;
u8 unk3 = a1->unk3;
struct Sprite *sprite = &v5->unk48[unk3];
if (v5->unk5CC[unk3] != 1) {
if (sprite->tilesVram && !sub_08155128(&v5->unk48[unk3]))
sprite->unk1B = 0xFF;
v5->unk5CC[unk3] = 1;
}
}
}
void sub_081476A8(struct Unk_08145B64_5EC *a1) {
struct Sprite *sprite = &a1->unk20->unk48[a1->unk3];
a1->unk10 += 9;
a1->unkA += a1->unkE;
a1->unkC += a1->unk10;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (a1->unkC >= 0x1E00) {
a1->unkC = 0x1E00;
a1->unk10 = 0;
sprite->animId = gUnk_08387230[5][0];
sprite->variant = gUnk_08387230[5][1];
sub_08155128(sprite);
a1->unk1C = sub_08147858;
} else if (!sub_08155128(sprite)) {
sprite->animId = gUnk_08387230[4][0];
sprite->variant = gUnk_08387230[4][1];
sub_08155128(sprite);
a1->unk1C = sub_08147774;
}
}
void sub_08147774(struct Unk_08145B64_5EC *a1) {
struct Sprite *sprite;
struct Unk_08145B64 *v5;
u8 unk3;
a1->unk10 += 9;
a1->unkA += a1->unkE;
a1->unkC += a1->unk10;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (a1->unkC >= 0x1E00) {
struct Sprite *sprite;
sprite = &a1->unk20->unk48[a1->unk3];
a1->unkC = 0x1E00;
a1->unk10 = 0;
sprite->animId = gUnk_08387230[5][0];
sprite->variant = gUnk_08387230[5][1];
sub_08155128(sprite);
a1->unk1C = sub_08147858;
} else {
v5 = a1->unk20;
unk3 = a1->unk3;
sprite = &v5->unk48[unk3];
if (v5->unk5CC[unk3] != 1) {
if (sprite->tilesVram && !sub_08155128(&v5->unk48[unk3]))
sprite->unk1B = 0xFF;
v5->unk5CC[unk3] = 1;
}
}
}
void sub_08147858(struct Unk_08145B64_5EC *a1) {
struct Sprite *sprite = &a1->unk20->unk48[a1->unk3];
if (a1->unkE < 0) {
a1->unkE += 3;
if (a1->unkE > 0)
a1->unkE = 0;
}
a1->unkA += a1->unkE;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (!sub_08155128(sprite)) {
sprite->animId = gUnk_08387230[1][0];
sprite->variant = gUnk_08387230[1][1];
sub_08155128(sprite);
a1->unk1C = sub_081474C4;
}
}
void sub_081478FC(struct Unk_08145B64_5EC *a1) {
union Unk_08145B64_5EC_24 *unk24 = &a1->unk24;
a1->unkA += a1->unkE;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (++unk24->pat3.unk6 >= unk24->pat3.unk8
&& (unk24->pat3.unk6 = 0, unk24->pat3.unkB != 0)
&& unk24->pat3.unkA++ < unk24->pat3.unkB) {
struct Sprite *sprite = &a1->unk20->unk48[a1->unk3];
sprite->animId = gUnk_08387248[2][0];
sprite->variant = gUnk_08387248[2][1];
sub_08155128(sprite);
a1->unk1C = sub_081479E8;
} else {
struct Unk_08145B64 *v5 = a1->unk20;
u8 unk3 = a1->unk3;
struct Sprite *sprite = &v5->unk48[unk3];
if (v5->unk5CC[unk3] != 1) {
if (sprite->tilesVram && !sub_08155128(&v5->unk48[unk3]))
sprite->unk1B = 0xFF;
v5->unk5CC[unk3] = 1;
}
}
}
void sub_081479E8(struct Unk_08145B64_5EC *a1) {
union Unk_08145B64_5EC_24 *unk24 = &a1->unk24;
struct Sprite *sprite = &a1->unk20->unk48[a1->unk3];
if (a1->unkE < 0) {
a1->unkE += 3;
if (a1->unkE > 0)
a1->unkE = 0;
}
a1->unkA += a1->unkE;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (!sub_08155128(sprite)) {
a1->unkE = unk24->pat3.unk0;
a1->unk10 = unk24->pat3.unk2;
sprite->animId = gUnk_08387248[3][0];
sprite->variant = gUnk_08387248[3][1];
sub_08155128(sprite);
a1->unk1C = sub_08147A98;
}
}
void sub_08147A98(struct Unk_08145B64_5EC *a1) {
struct Sprite *sprite;
struct Unk_08145B64 *v5;
u8 unk3;
a1->unk10 += 9;
a1->unkA += a1->unkE;
a1->unkC += a1->unk10;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (a1->unkC >= 0x1E00) {
struct Sprite *sprite;
sprite = &a1->unk20->unk48[a1->unk3];
a1->unkC = 0x1E00;
a1->unk10 = 0;
sprite->animId = gUnk_08387248[4][0];
sprite->variant = gUnk_08387248[4][1];
sub_08155128(sprite);
a1->unk1C = sub_08147B7C;
} else {
v5 = a1->unk20;
unk3 = a1->unk3;
sprite = &v5->unk48[unk3];
if (v5->unk5CC[unk3] != 1) {
if (sprite->tilesVram && !sub_08155128(&v5->unk48[unk3]))
sprite->unk1B = 0xFF;
v5->unk5CC[unk3] = 1;
}
}
}
void sub_08147B7C(struct Unk_08145B64_5EC *a1) {
union Unk_08145B64_5EC_24 *unk24 = &a1->unk24;
struct Sprite *sprite = &a1->unk20->unk48[a1->unk3];
if (a1->unkE < 0) {
a1->unkE += 3;
if (a1->unkE > 0)
a1->unkE = 0;
}
a1->unkA += a1->unkE;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (!sub_08155128(sprite)) {
a1->unkE = unk24->pat3.unk0;
sprite->animId = gUnk_08387248[1][0];
sprite->variant = gUnk_08387248[1][1];
sub_08155128(sprite);
a1->unk1C = sub_081478FC;
}
}
void sub_08147C28(struct Unk_08145B64_5EC *a1) {
union Unk_08145B64_5EC_24 *unk24 = &a1->unk24;
struct Sprite *sprite = &a1->unk20->unk48[a1->unk3];
if (a1->unkE < 0) {
a1->unkE += 3;
if (a1->unkE > 0)
a1->unkE = 0;
}
a1->unkA += a1->unkE;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (!sub_08155128(sprite)) {
a1->unkE = unk24->pat3.unk0;
a1->unk10 = unk24->pat3.unk2;
sprite->animId = gUnk_0838725C[2][0];
sprite->variant = gUnk_0838725C[2][1];
sub_08155128(sprite);
m4aSongNumStart(605);
unk24->pat3.unk4 = 0;
a1->unk1C = sub_08147CE8;
}
}
void sub_08147CE8(struct Unk_08145B64_5EC *a1) {
union Unk_08145B64_5EC_24 *unk24 = &a1->unk24;
a1->unk10 += 9;
a1->unkA += a1->unkE;
a1->unkC += a1->unk10;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (a1->unkC >= 0x1E00) {
struct Sprite *sprite;
sprite = &a1->unk20->unk48[a1->unk3];
a1->unkC = 0x1E00;
a1->unk10 = 0;
sprite->animId = gUnk_0838725C[5][0];
sprite->variant = gUnk_0838725C[5][1];
sub_08155128(sprite);
a1->unk1C = sub_08147FC0;
} else if (++unk24->pat3.unk4 >= unk24->pat3.unk5) {
struct Sprite *sprite = &a1->unk20->unk48[a1->unk3];
sprite->animId = gUnk_0838725C[3][0];
sprite->variant = gUnk_0838725C[3][1];
sub_08155128(sprite);
a1->unk1C = sub_08147E10;
} else {
struct Unk_08145B64 *v5 = a1->unk20;
u8 unk3 = a1->unk3;
struct Sprite *sprite = &v5->unk48[unk3];
if (v5->unk5CC[unk3] != 1) {
if (sprite->tilesVram && !sub_08155128(&v5->unk48[unk3]))
sprite->unk1B = 0xFF;
v5->unk5CC[unk3] = 1;
}
}
}
void sub_08147E10(struct Unk_08145B64_5EC *a1) {
struct Sprite *sprite = &a1->unk20->unk48[a1->unk3];
a1->unk10 += 9;
a1->unkA += a1->unkE;
a1->unkC += a1->unk10;
if (a1->unk0
&& (a1->unkA >> 6) + (gUnk_08387348[a1->unk0].unk2 >> 1) <= 0) {
struct Sprite *sprite;
sub_08146B68(a1);
sprite = sub_08146BEC(a1);
if (sprite && sub_081497B4(a1, sprite))
sub_08149814(a1, sprite);
}
if (a1->unkC >= 0x1E00) {
a1->unkC = 0x1E00;
a1->unk10 = 0;
sprite->animId = gUnk_0838725C[5][0];
sprite->variant = gUnk_0838725C[5][1];
sub_08155128(sprite);
a1->unk1C = sub_08147FC0;
} else if (!sub_08155128(sprite)) {
sprite->animId = gUnk_0838725C[4][0];
sprite->variant = gUnk_0838725C[4][1];
sub_08155128(sprite);
a1->unk1C = sub_08147EDC;
}
}