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14a51f514b
pmd-red/src/code_800558C.c
Mateon1 14a51f514b
Palette cleanup
2024-11-01 15:03:44 +01:00

613 lines
16 KiB
C
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#include "global.h"
#include "bg_control.h"
#include "bg_palette_buffer.h"
#include "code_800558C.h"
#include "cpu.h"
#include "sprite.h"
extern u8 gUnknown_2026E38;
extern u32 *gUnknown_2026E3C;
extern s32 gUnknown_2026E40;
extern s32 gUnknown_2026E44;
extern s32 gUnknown_2026E48;
extern bool8 gUnknown_2026E4C;
extern u16 gUnknown_2026E4E;
extern bool32 gUnknown_2026E50;
extern bool32 gUnknown_2026E54;
extern u32 *gUnknown_2026E58;
extern s16 gUnknown_2026E60[];
extern s16 gUnknown_20270E8[];
extern s16 *gUnknown_203B078;
// data.s
extern const s16 gUnknown_80B8008[17];
extern const s16 gUnknown_80B802A[16 * 10];
extern const s16 gUnknown_80B816A[16 * 10];
extern const s16 gUnknown_80B82AA[16 * 10];
extern const s16 gUnknown_80B83EA[16 * 10];
// code_8009804.s
extern s32 sin_abs_4096(s32);
extern s32 cos_4096(s32);
static void sub_800561C(struct axMapSprite *, s32, s32, const Rgb32 *);
const Rgb32 *sub_8005674(struct axMapSprite *, s32);
void DoAxFrame_800558C(struct axObject *a0, s32 spriteX, s32 spriteY, u32 a3, u32 paletteNum, u16 *spriteMasks)
{
if (!(a0->axdata.flags >> 15))
return;
if (a0->axdata.sub1.poseId < 0)
RunAxAnimationFrame(a0);
if (!(a0->axdata.flags >> 15))
return;
a0->axdata.sub1.pos.x = a0->axdata.sub1.offset.x + spriteX;
a0->axdata.sub1.pos.y = a0->axdata.sub1.offset.y + spriteY;
a0->axdata.sub1.paletteNum = paletteNum;
a0->axdata.sub1.unk16 = a3;
sub_800533C(a0->axdata.poseData, a0->axdata.spriteData, &a0->axdata.sub1, spriteMasks, !!(a0->axdata.sub1.lastPoseId ^ a0->axdata.sub1.poseId));
a0->axdata.sub1.lastPoseId = a0->axdata.sub1.poseId;
if (a0->axdata.flags & 0x800)
a0->axdata.flags &= 0xF7FF;
}
void sub_8005610(OpenedFile *a0, s32 vramIdx, s32 brightness, const Rgb32 *ramp)
{
sub_800561C((struct axMapSprite *)a0->data, vramIdx, brightness, ramp);
}
static void sub_800561C(struct axMapSprite *a0, s32 vramIdx, s32 brightness, const Rgb32 *ramp)
{
s32 i;
if (a0->tiles != NULL)
CpuCopy(OBJ_VRAM0 + vramIdx * 0x20, a0->tiles, a0->tileCount * 0x20);
if (a0->pal != NULL) {
for (i = 0; i < 16; i++)
SetBGPaletteBufferColorRGB(i + 480, &a0->pal[i], brightness, ramp);
}
}
UNUSED static const Rgb32 *sub_8005668(OpenedFile *a0, s32 vramIdx)
{
return sub_8005674((struct axMapSprite *)a0->data, vramIdx);
}
const Rgb32 *sub_8005674(struct axMapSprite *a0, s32 vramIdx)
{
if (a0->tiles != NULL)
CpuCopy(OBJ_VRAM0 + vramIdx * 0x20, a0->tiles, a0->tileCount * 0x20);
return a0->pal;
}
void sub_800569C(Position *a0, struct axObject *a1, u8 a2)
{
Position *ptr;
Position *ptr2;
Position *ptr3;
a0->x = 0;
a0->y = 0;
if (!(a1->axdata.flags >> 15) || a2 >= 4)
return;
if (a1->axdata.paletteData != NULL) {
ptr = &((Position*)a1->axdata.paletteData)[a1->axdata.sub1.poseId * 4];
ptr2 = &ptr[a2];
if (*&ptr2->x == 99 && *&ptr2->y == 99) {
a0->x = 99;
a0->y = 99;
}
else {
ptr3 = &ptr[a2];
a0->x = a1->axdata.sub1.offset.x + ptr3->x;
a0->y = a1->axdata.sub1.offset.y + ptr3->y;
}
}
else {
a0->x = 99;
a0->y = 99;
}
}
void sub_8005700(Position *a0, struct axObject *a1)
{
s32 i;
Position *ptr;
if (!(a1->axdata.flags >> 15))
return;
if (a1->axdata.paletteData != NULL) {
ptr = &((Position*)a1->axdata.paletteData)[a1->axdata.sub1.poseId * 4];
for (i = 0; i < 4; i++) {
if (*&ptr[i].x == 99 && *&ptr[i].y == 99) {
a0->x = 99;
a0->y = 99;
}
else {
a0->x = a1->axdata.sub1.offset.x + ptr[i].x;
a0->y = a1->axdata.sub1.offset.y + ptr[i].y;
}
a0++;
}
}
else {
for (i = 0; i < 4; i++) {
a0->x = 99;
a0->y = 99;
a0++;
}
}
}
UNUSED static void sub_8005764(s32 a0, OpenedFile *file, s32 a2, const Rgb32 *a3)
{
sub_8005770(a0, (const Rgb32*)file->data, a2, a3);
}
void sub_8005770(s32 param_1, const Rgb32 *color, s32 brightness, const Rgb32 *ramp)
{
s32 i;
for (i = 0; i < 16; i++)
SetBGPaletteBufferColorRGB((param_1 + 0x10) * 0x10 + i, &color[i], brightness, ramp);
}
// Maybe Position
void nullsub_7(s16 *a0)
{}
void nullsub_8(u32 a0)
{}
void nullsub_9(void)
{}
void nullsub_10(bool8 a0)
{}
UNUSED static void nullsub_144(void)
{}
void nullsub_11(void)
{}
void nullsub_12(void)
{}
void nullsub_13(void)
{}
UNUSED static void nullsub_145(void)
{}
void nullsub_14(void)
{}
UNUSED static void nullsub_146(void)
{}
UNUSED static void nullsub_147(void)
{}
UNUSED static void nullsub_148(void)
{}
UNUSED static void nullsub_149(void)
{}
UNUSED static bool8 sub_80057D8(void)
{
return FALSE;
}
UNUSED static bool8 sub_80057DC(void)
{
return FALSE;
}
UNUSED static void nullsub_150(void)
{}
UNUSED static void nullsub_151(void)
{}
void sub_80057E8(void)
{
gUnknown_2026E4C = TRUE;
gUnknown_2026E54 = FALSE;
gUnknown_2026E50 = 1;
gUnknown_2026E58 = NULL;
gUnknown_2026E3C = NULL;
gUnknown_2026E38 = 0;
gUnknown_2026E4E = 0x60C;
gUnknown_203B078 = NULL;
}
void sub_8005838(s32 *a0, u8 kind)
{
const s16 *r1, *r2;
s16 *r3;
s32 i;
if (!gUnknown_2026E4C)
kind = 0;
r3 = !gUnknown_2026E54 ? (s16 *) &gUnknown_2026E60 : (s16*) &gUnknown_20270E8;
r2 = gUnknown_203B078;
if (r2 == NULL)
r2 = (void *) &gUnknown_80B83EA;
gUnknown_2026E58 = (void *) r3;
switch (kind) {
case 0:
for (i = 0; i < 10; i++) {
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
*r3++ = *r2++;
*r3++ = 0;
}
break;
case 1:
r1 = gUnknown_80B816A;
for (i = 0; i < 10; i++) {
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
}
break;
case 2:
r1 = gUnknown_80B802A;
for (i = 0; i < 10; i++) {
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
}
break;
case 3:
if ((a0[0] < 0 && a0[2] < 0)
|| (a0[1] < 0 && a0[3] < 0)
|| (a0[0] >= 240 && a0[2] >= 240)
|| (a0[1] >= 160 && a0[3] >= 160)) {
for (i = 0; i < 10; i++) {
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
*r3++ = *r2++;
*r3++ = 240;
}
}
else {
s32 iVar5;
s32 r4;
for (i = 0; i < 160; i++) {
if (a0[1] > i) {
*r3++ = *r2++;
*r3++ = 256;
}
else if (a0[3] <= i) {
*r3++ = *r2++;
*r3++ = 256;
}
else {
if (i - a0[1] < 16) {
r4 = a0[0] + gUnknown_80B8008[i - a0[1]];
iVar5 = a0[2] - gUnknown_80B8008[i - a0[1]];
}
else if (a0[3] - i < 16) {
r4 = a0[0] + gUnknown_80B8008[a0[3] - i];
iVar5 = a0[2] - gUnknown_80B8008[a0[3] - i];
}
else {
r4 = a0[0];
iVar5 = a0[2];
}
if (r4 < 0)
r4 = 0;
if (r4 > 240 - 1)
r4 = 240 - 1;
if (iVar5 < 1)
iVar5 = 1;
if (iVar5 > 240)
iVar5 = 240;
*r3++ = *r2++;
*r3++ = (iVar5 << 8) | r4;
}
}
}
break;
case 4:
r1 = gUnknown_80B82AA;
for (i = 0; i < 15; i++) {
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
*r3++ = *r2++;
*r3++ = *r1++;
}
break;
case 5:
for (i = 0; i < 15; i++) {
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
*r3++ = *r2++;
*r3++ = 256;
}
{
s32 r8;
s32 sp14;
s32 uVar7; // r2
s32 sp10;
s32 iVar11; // r4
s32 val1;
s32 val2;
s32 val3;
s32 spC;
s32 j, k;
val1 = gUnknown_2026E40;
val2 = gUnknown_2026E44;
val3 = gUnknown_2026E48;
spC = 0x400 / (val3 / 256 + 1);
iVar11 = val2 / 256;
k = iVar11;
j = iVar11;
for (sp10 = 0; sp10 < 0x400; sp10 += spC) {
s32 tmp1 = sin_abs_4096(sp10) * val3 / 256;
sp14 = (val2 + tmp1) / 256;
r8 = (val2 - tmp1) / 256;
if (j < sp14 || k > r8) {
s32 tmp2 = cos_4096(sp10) * val3 / 256;
s32 iVar5 = (val1 - tmp2) / 256;
s32 iVar3 = (val1 + tmp2) / 256;
if (iVar5 < 0)
iVar5 = 0;
if (iVar3 < 0)
iVar3 = 0;
if (iVar5 > 240 - 1)
iVar5 = 160 - 1;
if (iVar3 > 240 - 1)
iVar3 = 160 - 1;
if (iVar5 > iVar3)
uVar7 = (iVar5 << 8) | iVar3;
else
uVar7 = (iVar3 << 8) | iVar5;
for (; j < sp14; j++) {
if (j < 0)
continue;
if (j >= 160)
continue;
if (gUnknown_2026E54 == 0)
gUnknown_2026E60[j * 2 + 1] = uVar7;
else
gUnknown_20270E8[j * 2 + 1] = uVar7;
}
for (; k > r8; k--) {
if (k < 0)
continue;
if (k >= 160)
continue;
if (gUnknown_2026E54 == 0)
gUnknown_2026E60[k * 2 + 1] = uVar7;
else
gUnknown_20270E8[k * 2 + 1] = uVar7;
}
}
}
}
break;
}
}
UNUSED static void sub_80060A8(void)
{
gUnknown_2026E3C = gUnknown_2026E58;
gUnknown_2026E54 = !gUnknown_2026E54;
gUnknown_2026E50 = !gUnknown_2026E50;
gUnknown_2026E38 = FALSE;
}
void sub_80060EC(void)
{
gUnknown_2026E3C = gUnknown_2026E58;
gUnknown_2026E54 = !gUnknown_2026E54;
gUnknown_2026E50 = !gUnknown_2026E50;
SetBldAlphaReg((gUnknown_2026E4E & 0x1F00) >> 8, gUnknown_2026E4E & 0x1F);
gUnknown_2026E38 = TRUE;
}
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