d9439b9cef
umbenannt: include/ml/mtx.h -> include/core1/mlmtx.h
umbenannt: src/core1/code_13990.c -> src/core1/mlmtx.c
273 lines
8.2 KiB
C
273 lines
8.2 KiB
C
#include <ultra64.h>
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#include "core1/core1.h"
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#include "functions.h"
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#include "variables.h"
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extern void spriteRender_drawWithSegment(Gfx**, Vtx**, BKSprite *, s32, s32);
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extern void func_80252330(f32, f32, f32);\
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extern void func_80349AD0(void);
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/* .data */
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struct {
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void (*unk0)(ActorMarker *);
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void *unk4;
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s32 unk8;
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}D_80371EC0 = {0};
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f32 D_80371ECC = 0.1f;
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/* .bss */
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u8 D_803858B0;
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/* .code */
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void func_80344090(BKSpriteDisplayData *self, s32 frame, Gfx **gfx) {
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BKSpriteFrameDisplayData *temp_a1;
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func_80349AD0();
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temp_a1 = (BKSpriteFrameDisplayData *)((s32)self + sizeof(BKSpriteDisplayData) + frame*sizeof(BKSpriteFrameDisplayData));
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gSPSegment((*gfx)++, 1, osVirtualToPhysical(temp_a1->vtx));
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gSPDisplayList((*gfx)++, temp_a1->gfx);
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}
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void func_80344124(void){
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D_80371EC0.unk0 = NULL;
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D_803858B0 = FALSE;
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}
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void func_80344138(BKSpriteDisplayData *self, s32 frame, s32 mirrored, f32 position[3], f32 scale[3], Gfx **gfx, Mtx **mtx) {
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f32 sp6C[3];
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f32 sp60[3];
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f32 temp_f14;
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f32 sp50[3];
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f32 temp_f0;
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f32 temp_f12;
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f32 var_f2_2;
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BKSpriteFrameDisplayData *temp_a3;
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f32 sp3C;
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f32 sp38;
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f32 sp34;
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viewport_getPosition_vec3f(sp6C);
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viewport_getLookVector(sp60);
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sp50[0] = position[0] - sp6C[0];
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sp50[1] = position[1] - sp6C[1];
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sp50[2] = position[2] - sp6C[2];
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temp_f14 = sp60[0]*sp50[0] + sp60[1]*sp50[1] + sp60[2]*sp50[2];
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if ((temp_f14 < 0.0f) || (20000.0f < temp_f14)) {
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func_80344124();
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return;
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}
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if (scale != NULL) {
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sp3C = scale[0];
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sp38 = scale[1];
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sp34 = scale[2];
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} else {
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sp3C = 1.0f;
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sp34 = 1.0f;
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sp38 = 1.0f;
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}
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temp_f0 = sp3C * self->sprite->unk8;
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temp_f12 = sp38 * self->sprite->unkA;
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var_f2_2 = (temp_f12 <= temp_f0) ? temp_f0 : temp_f12;
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if ((3000.0f < temp_f14) && ((var_f2_2 / temp_f14) < D_80371ECC) && !D_803858B0) {
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func_80344124();
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return;
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}
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if (D_80371EC0.unk0 != NULL) {
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D_80371EC0.unk0(D_80371EC0.unk4);
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}
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mlMtxSet(viewport_getMatrix());
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func_80252330(sp50[0], sp50[1], sp50[2]);
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if ((scale != NULL) || mirrored) {
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mlMtxScale_xyz((mirrored) ? -scale[0] : scale[0], sp38, sp34);
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}
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mlMtxApply(*mtx);
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gSPMatrix((*gfx)++, (*mtx)++, G_MTX_PUSH | G_MTX_LOAD | G_MTX_MODELVIEW);
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temp_a3 = (BKSpriteFrameDisplayData *)((s32)self + sizeof(BKSpriteDisplayData) + frame*sizeof(BKSpriteFrameDisplayData));
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gSPSegment((*gfx)++, 1, osVirtualToPhysical(temp_a3->vtx));
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gSPDisplayList((*gfx)++, temp_a3->gfx);
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gSPPopMatrix((*gfx)++, G_MTX_MODELVIEW);
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func_80349AD0();
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func_80344124();
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}
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void func_80344424(BKSpriteDisplayData *arg0, s32 frame, bool mirrored, f32 position[3], f32 scale[3], f32 rotation, Gfx **gfx, Mtx **mtx) {
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f32 sp6C[3];
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f32 sp60[3];
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f32 sp5C;
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f32 sp50[3];
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f32 temp_f0;
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f32 temp_f12;
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f32 var_f2_2;
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BKSpriteFrameDisplayData *temp_a3;
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f32 sp3C;
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f32 sp38;
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f32 sp34;
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viewport_getPosition_vec3f(sp6C);
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viewport_getLookVector(sp60);
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sp50[0] = position[0] - sp6C[0];
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sp50[1] = position[1] - sp6C[1];
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sp50[2] = position[2] - sp6C[2];
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sp5C = sp60[0]*sp50[0] + sp60[1]*sp50[1] + sp60[2]*sp50[2];
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if ((sp5C < 0.0f) || (20000.0f < sp5C)) {
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func_80344124();
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return;
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}
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if (scale != NULL) {
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sp3C = scale[0];
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sp38 = scale[1];
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sp34 = scale[2];
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} else {
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sp3C = 1.0f;
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sp34 = 1.0f;
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sp38 = 1.0f;
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}
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temp_f0 = sp3C * arg0->sprite->unk8;
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temp_f12 = sp38 * arg0->sprite->unkA;
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var_f2_2 = (temp_f12 <= temp_f0) ? temp_f0 : temp_f12;
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if ((3000.0f < sp5C) && ((var_f2_2 / sp5C) < D_80371ECC) && !D_803858B0) {
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func_80344124();
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return;
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}
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if (D_80371EC0.unk0 != NULL) {
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D_80371EC0.unk0(D_80371EC0.unk4);
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}
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mlMtxSet(viewport_getMatrix());
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mlMtxRotatePYR(0.0f, 0.0f, rotation);
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func_80252330(sp50[0], sp50[1], sp50[2]);
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if ((scale != NULL) || mirrored) {
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mlMtxScale_xyz((mirrored) ? -scale[0] : scale[0], sp38, sp34);
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}
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mlMtxApply(*mtx);
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gSPMatrix((*gfx)++, (*mtx)++, G_MTX_PUSH | G_MTX_LOAD | G_MTX_MODELVIEW);
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temp_a3 = (BKSpriteFrameDisplayData *)((s32)arg0 + sizeof(BKSpriteDisplayData) + frame*sizeof(BKSpriteFrameDisplayData));
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gSPSegment((*gfx)++, 1, osVirtualToPhysical(temp_a3->vtx));
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gSPDisplayList((*gfx)++, temp_a3->gfx);
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gSPPopMatrix((*gfx)++, G_MTX_MODELVIEW);
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func_80349AD0();
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func_80344124();
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}
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void func_80344720(BKSpriteDisplayData *arg0, s32 frame, bool mirrored, f32 position[3], f32 rotation[3], f32 scale[3], Gfx **gfx, Mtx **mtx) {
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f32 sp5C[3];
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f32 sp50[3];
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f32 sp4C;
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f32 sp40[3];
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f32 temp_f0;
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f32 temp_f12;
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f32 var_f14;
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BKSpriteFrameDisplayData *temp_a3;
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viewport_getPosition_vec3f(sp5C);
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viewport_getLookVector(sp50);
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sp40[0] = position[0] - sp5C[0];
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sp40[1] = position[1] - sp5C[1];
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sp40[2] = position[2] - sp5C[2];
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sp4C = sp50[0]*sp40[0] + sp50[1]*sp40[1] + sp50[2]*sp40[2];
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if ((sp4C < 0.0f) || (20000.0f < sp4C)) {
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func_80344124();
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return;
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}
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temp_f0 = scale[0] * arg0->sprite->unk8;
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temp_f12 = scale[1] * arg0->sprite->unkA;
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var_f14 = (temp_f12 <= temp_f0) ? temp_f0 : temp_f12;
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if ((3000.0f < sp4C) && ((var_f14 / sp4C) < D_80371ECC) && !D_803858B0) {
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func_80344124();
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return;
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}
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if (D_80371EC0.unk0 != NULL) {
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D_80371EC0.unk0(D_80371EC0.unk4);
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}
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mlMtxIdent();
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func_80252330(sp40[0], sp40[1], sp40[2]);
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mlMtxRotatePYR(rotation[0], rotation[1], rotation[2]);
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mlMtxScale_xyz((mirrored) ? -scale[0] : scale[0], scale[1], scale[2]);
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mlMtxApply(*mtx);
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gSPMatrix((*gfx)++, (*mtx)++, G_MTX_PUSH | G_MTX_LOAD | G_MTX_MODELVIEW);
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temp_a3 = (BKSpriteFrameDisplayData *)((s32)arg0 + sizeof(BKSpriteDisplayData) + frame*sizeof(BKSpriteFrameDisplayData));
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gSPSegment((*gfx)++, 1, osVirtualToPhysical(temp_a3->vtx));
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gSPDisplayList((*gfx)++, temp_a3->gfx);
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gSPPopMatrix((*gfx)++, G_MTX_MODELVIEW);
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func_80349AD0();
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func_80344124();
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}
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void func_803449DC(BKSpriteDisplayData *arg0){
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free(arg0);
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}
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void func_803449FC(BKSpriteDisplayData *arg0){
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func_80255170(&arg0->sprite);
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}
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BKSpriteDisplayData * func_80344A1C(BKSprite *arg0){
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s32 header_size; //s7
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BKSpriteDisplayData *s6;
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Gfx *gfx_end; //sp394
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Vtx* vtx_start; //s4
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Gfx *gfx_start; //s5
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s16 frame_vtx_size[200]; //sp1FC
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s16 frame_gfx_size[200]; //sp6C;
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int i;
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s32 s1;
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BKSpriteFrameDisplayData *v1;
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Vtx* vtx_end; //sp5C
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header_size = ALIGN(sizeof(BKSpriteDisplayData)+ sizeof(BKSpriteFrameDisplayData)*arg0->frameCnt, 0x10);
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s1 = 0;
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s6 = (BKSpriteDisplayData *) malloc(header_size);
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s6->sprite = arg0;
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for(i = 0; i < arg0->frameCnt; i++){//L80344A88
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s1 = ALIGN(s1, 0x10);
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s6 = (BKSpriteDisplayData *)realloc(s6, header_size + s1 + 0x12C0);
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vtx_start = (Vtx *)((s32)s6 + header_size + s1);
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gfx_start = (Gfx *)(vtx_start + 200);
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vtx_end = vtx_start;
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gfx_end = gfx_start;
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spriteRender_drawWithSegment(&gfx_end, &vtx_end, arg0, i, 1);
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gSPEndDisplayList(gfx_end++);
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frame_vtx_size[i] = ALIGN(sizeof(Vtx)*(vtx_end - vtx_start), 0x10);
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frame_gfx_size[i] = sizeof(Gfx)*(gfx_end - gfx_start);
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s1 += frame_vtx_size[i] + frame_gfx_size[i];
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memcpy((void *)((s32)vtx_start + frame_vtx_size[i]), gfx_start, frame_gfx_size[i]);
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s6 = realloc(s6, header_size + s1);
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}//L80344B6C
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osWritebackDCache(s6, header_size + s1);
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v1 = &s6->frame[0];
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s1 = 0;\
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for(i = 0; i < arg0->frameCnt; i++, v1++){//L80344B94
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v1->vtx = (Vtx *)(s1 + ((s32)s6 + header_size));
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v1->gfx = (Gfx *)((s32)v1->vtx + frame_vtx_size[i]);
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s1 += ALIGN(frame_vtx_size[i] + frame_gfx_size[i], 0x10);
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}//L80344BE0
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return s6;
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}
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s32 func_80344C14(UNK_TYPE(s32) arg0){
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return 0;
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}
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s32 func_80344C20(BKSpriteDisplayData *self){
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return self->sprite->type;
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}
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void func_80344C2C(bool arg0){
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D_803858B0 = arg0;
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}
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void func_80344C38(void (*method)(ActorMarker *), ActorMarker *marker){
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D_80371EC0.unk0 = method;
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D_80371EC0.unk4 = marker;
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}
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