mirror of
https://github.com/zestydevy/marioparty3.git
synced 2024-11-26 23:00:32 +00:00
more camera.c functions, clean up, etc
This commit is contained in:
zestydevy
parent
8bc2694e24
commit
3cf7517632
@ -6,11 +6,14 @@
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#define MAX_PLAYERS 4
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#define OS_K0_TO_PHYSICAL(x) (u32)(((char *)(x)-0x80000000))
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#define OS_PHYSICAL_TO_K0(x) (void *)(((u32)(x)+0x80000000))
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typedef struct {
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f32 x;
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f32 y;
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f32 z;
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} vec3f;
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} HuVec3F;
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typedef struct objectt {
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/*0x00*/ struct objectt *prev;
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@ -19,9 +22,9 @@ typedef struct objectt {
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/*0x09*/ s8 unk9;
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/*0x0A*/ u16 unkA;
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/*0x0C*/ vec3f coords;
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/*0x0C*/ HuVec3F coords;
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// Three vec3f groups (Scale?, Rotation?, Position?)
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// Three HuVec3F groups (Scale?, Rotation?, Position?)
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f32 unk18; // Rotation?
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f32 unk1C;
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f32 unk20;
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@ -53,7 +56,7 @@ struct objectIndirectt {
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void *unk14;
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// Three vec3f groups (Scale?, Rotation?, Position?)
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// Three HuVec3F groups (Scale?, Rotation?, Position?)
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f32 unk18;
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f32 unk1C;
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f32 unk20;
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304
src/camera.c
304
src/camera.c
@ -1,85 +1,251 @@
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#include "common.h"
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#include "common_structs.h"
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#include <PR/gbi.h>
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typedef struct unk_struct {
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f32 unk0;
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f32 unk4;
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f32 unk8;
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f32 unkC;
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f32 unk10;
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f32 unk14;
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f32 unk18;
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f32 unk1C;
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f32 unk20;
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f32 unk24;
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f32 unk28;
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f32 unk2C;
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f32 unk30;
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char unk_34[0x1C];
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f32 unk_50;
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char unk_44[0x1DC];
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} unk_struct;
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#define ASPECT_RATIO (4.0f / 3.0f)
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#define SCREEN_WIDTH 320.0f
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#define SCREEN_HEIGHT 240.0f
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#define SCREEN_WIDTH_CENTER SCREEN_WIDTH / 2.0f
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#define SCREEN_HEIGHT_CENTER SCREEN_HEIGHT / 2.0f
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extern unk_struct* D_800A0550_A1150;
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typedef f32 Matrix4f[4][4];
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void guLookAt(Mtx *m,
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float xEye, float yEye, float zEye,
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float xAt, float yAt, float zAt,
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float xUp, float yUp, float zUp );
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f32 func_8008E3F0_8EFF0(f32);
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f32 func_8008EF20_8FB20(f32);
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typedef struct
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{
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f32 x;
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f32 y;
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f32 z;
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f32 w;
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} HuVec4F;
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typedef struct
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{
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Mtx perspMtx;
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Mtx lookAtMtx;
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} HuCamMtxs;
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typedef struct {
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/* 0x000 */ u16 perspNorm;
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/* 0x002 */ char pad2[2];
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/* 0x004 */ f32 unk4;
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/* 0x008 */ f32 unk8;
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/* 0x00C */ f32 unkC;
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/* 0x010 */ HuVec3F pos;
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/* 0x01C */ HuVec3F at;
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/* 0x028 */ HuVec3F up;
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/* 0x034 */ HuVec3F screenScale;
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/* 0x040 */ HuVec3F screenPos;
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/* 0x04C */ s32 unk4C;
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/* 0x050 */ f32 fov;
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/* 0x054 */ f32 near;
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/* 0x058 */ f32 far;
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/* 0x05C */ f32 unk5C;
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/* 0x060 */ Vp viewports[3];
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/* 0x090 */ f32 screenLeft;
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/* 0x094 */ f32 screenTop;
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/* 0x098 */ f32 screenRight;
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/* 0x09C */ f32 screenBottom;
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/* 0x0A0 */ s32 unkA0;
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/* 0x0A4 */ s32 unkA4;
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/* 0x0A8 */ s32 unkA8;
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/* 0x0AC */ s32 unkAC;
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/* 0x0B0 */ HuCamMtxs mtxs[3];
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} HuCamera;
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extern HuCamera* gCameraList;
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typedef f32 HuMtx4F[4][4];
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f32 HuMathCos(f32);
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f32 HuMathSin(f32);
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void guLookAtF(f32 mf[4][4], f32 xEye, f32 yEye, f32 zEye, f32 xAt, f32 yAt, f32 zAt, f32 xUp, f32 yUp, f32 zUp);
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INCLUDE_ASM(s32, "camera", Hu3DCamInit);
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INCLUDE_ASM(s32, "camera", func_800123F4_12FF4);
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extern u8 D_800D2008;
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extern s16 D_800D418E;
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INCLUDE_ASM(s32, "camera", func_80012408_13008);
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INCLUDE_ASM(s32, "camera", func_8001247C_1307C);
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INCLUDE_ASM(s32, "camera", func_800124BC_130BC);
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INCLUDE_ASM(s32, "camera", func_80012508_13108);
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INCLUDE_ASM(s32, "camera", func_80012564_13164);
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INCLUDE_ASM(s32, "camera", func_80012640_13240);
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INCLUDE_ASM(s32, "camera", func_800127C4_133C4);
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INCLUDE_ASM(s32, "camera", func_80012888_13488);
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INCLUDE_ASM(s32, "camera", func_800128BC_134BC);
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INCLUDE_ASM(s32, "camera", func_800128EC_134EC);
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void func_8001291C_1351C(s16 index, vec3f *arg1, vec3f *arg2) { //Convert3Dto2D
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Matrix4f sp28;
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f32 temp_f20;
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f32 temp_f22;
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f32 temp_f24;
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f32 temp_f28;
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f32 temp_f2;
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f32 temp_f30;
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unk_struct *temp_s0;
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temp_s0 = &D_800A0550_A1150[index];
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guLookAtF(sp28, temp_s0->unk10, temp_s0->unk14, temp_s0->unk18, temp_s0->unk1C, temp_s0->unk20, temp_s0->unk24, temp_s0->unk28, temp_s0->unk2C, temp_s0->unk30);
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temp_f30 = arg1->x;
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temp_f28 = arg1->y;
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temp_f2 = arg1->z;
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temp_f30 -= temp_s0->unk10;
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temp_f28 -= temp_s0->unk14;
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temp_f2 -= temp_s0->unk18;
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temp_f24 = ((temp_f30 * sp28[0][0]) + (temp_f28 * sp28[1][0])) + (temp_f2 * sp28[2][0]);
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temp_f22 = ((temp_f30 * sp28[0][1]) + (temp_f28 * sp28[1][1])) + (temp_f2 * sp28[2][1]);
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temp_f20 = ((temp_f30 * sp28[0][2]) + (temp_f28 * sp28[1][2])) + (temp_f2 * sp28[2][2]);
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temp_f30 = func_8008EF20_8FB20(temp_s0->unk_50 / 2.0f) / func_8008E3F0_8EFF0(temp_s0->unk_50 / 2.0f) * temp_f20 * (4.0f / 3.0f);
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temp_f28 = (func_8008EF20_8FB20(temp_s0->unk_50 / 2.0f) / func_8008E3F0_8EFF0(temp_s0->unk_50 / 2.0f)) * temp_f20;
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arg2->x = (temp_f24 * (160.0f / (-temp_f30))) + 160.0f;
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arg2->y = ((temp_f22 * (120.0f / temp_f28)) + 120.0f);
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void func_800123F4_12FF4(void)
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{
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D_800D418E = D_800D2008;
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}
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INCLUDE_ASM(s32, "camera", func_80012B14_13714);
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void Hu3DCamSetPositionOrientation(s16 camIndex, HuVec3F * pos, HuVec3F * at, HuVec3F * up)
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{
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HuCamera * camera = &gCameraList[camIndex];
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camera->pos = *pos;
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camera->at = *at;
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camera->up = *up;
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}
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void Hu3DCamSetPerspective(s16 camIndex, f32 fov, f32 near, f32 far)
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{
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HuCamera * camera = &gCameraList[camIndex];
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camera->fov = fov;
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camera->near = near;
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camera->far = far;
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camera->perspNorm = 1;
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}
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void func_800124BC_130BC(s16 camIndex, HuVec4F * arg1)
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{
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HuCamera * camera = &gCameraList[camIndex];
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camera->screenLeft = arg1->x;
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camera->screenTop = arg1->y;
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camera->screenRight = arg1->z;
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camera->screenBottom = arg1->w;
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}
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void func_80012508_13108(s16 camIndex, HuVec3F * arg1, HuVec3F * arg2)
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{
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HuCamera * camera = &gCameraList[camIndex];
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camera->screenScale = *arg1;
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camera->screenPos = *arg2;
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}
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void Hu3DCamUpdateMtx(s16 camIndex)
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{
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HuCamera * camera;
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HuCamMtxs * mtxs;
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camera = &gCameraList[camIndex];
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mtxs = &camera->mtxs[D_800D418E];
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guPerspective(&mtxs->perspMtx, &camera->perspNorm, camera->fov, (SCREEN_WIDTH / SCREEN_HEIGHT), camera->near, camera->far, 1.0f);
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guLookAt(&mtxs->lookAtMtx, camera->pos.x, camera->pos.y, camera->pos.z, camera->at.x, camera->at.y, camera->at.z, camera->up.x, camera->up.y, camera->up.z);
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}
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void func_80012640_13240(s16 camIndex, Gfx ** dispList)
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{
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HuCamMtxs * camMtx;
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HuCamera * camera;
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camera = &gCameraList[camIndex];
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camMtx = &camera->mtxs[D_800D418E];
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camera->viewports[D_800D418E].vp.vscale[0] = (s16) camera->screenScale.x;
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camera->viewports[D_800D418E].vp.vscale[1] = (s16) camera->screenScale.y;
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camera->viewports[D_800D418E].vp.vscale[2] = (s16) camera->screenScale.z;
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camera->viewports[D_800D418E].vp.vtrans[0] = (s16) camera->screenPos.x;
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camera->viewports[D_800D418E].vp.vtrans[1] = (s16) camera->screenPos.y;
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camera->viewports[D_800D418E].vp.vtrans[2] = (s16) camera->screenPos.z;
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gSPViewport((*dispList)++, &camera->viewports[D_800D418E].vp);
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gSPPerspNormalize((*dispList)++, camera->perspNorm);
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gSPMatrix((*dispList)++, osVirtualToPhysical(&camMtx->perspMtx), G_MTX_PROJECTION | G_MTX_LOAD);
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gSPMatrix((*dispList)++, OS_PHYSICAL_TO_K0(&camMtx->lookAtMtx), G_MTX_LOAD);
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}
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void func_800127C4_133C4(s16 camIndex, Gfx ** dispList) {
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HuCamera * camera = &gCameraList[camIndex];
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gDPSetScissor((*dispList)++, G_SC_NON_INTERLACE, camera->screenLeft, camera->screenTop, camera->screenRight, camera->screenBottom);
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}
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void func_80012888_13488(s16 camIndex, s32 arg1, s32 arg2)
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{
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HuCamera * camera = &gCameraList[camIndex];
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camera->unkA0 = arg1;
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camera->unkA4 = arg2;
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}
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void func_800128BC_134BC(s16 camIndex, s32 arg1)
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{
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gCameraList[camIndex].unkA8 = arg1;
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}
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void func_800128EC_134EC(s16 camIndex, s32 arg1)
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{
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gCameraList[camIndex].unkAC = arg1;
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}
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void Hu3DCam3DToScreen(s16 camIndex, HuVec3F * worldPos, HuVec3F * outPos)
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{
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f32 x;
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f32 y;
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f32 z;
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f32 projectedX;
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f32 projectedY;
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f32 projectedZ;
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HuCamera * camera;
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HuMtx4F viewMtx;
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camera = &gCameraList[camIndex];
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guLookAtF(
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viewMtx,
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camera->pos.x,
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camera->pos.y,
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camera->pos.z,
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camera->at.x,
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camera->at.y,
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camera->at.z,
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camera->up.x,
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camera->up.y,
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camera->up.z
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);
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x = worldPos->x;
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y = worldPos->y;
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z = worldPos->z;
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x -= camera->pos.x;
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y -= camera->pos.y;
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z -= camera->pos.z;
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projectedX = ((x * viewMtx[0][0]) + (y * viewMtx[1][0])) + (z * viewMtx[2][0]);
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projectedY = ((x * viewMtx[0][1]) + (y * viewMtx[1][1])) + (z * viewMtx[2][1]);
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projectedZ = ((x * viewMtx[0][2]) + (y * viewMtx[1][2])) + (z * viewMtx[2][2]);
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x = HuMathSin(camera->fov / 2.0f) / HuMathCos(camera->fov / 2.0f) * projectedZ * ASPECT_RATIO;
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y = (HuMathSin(camera->fov / 2.0f) / HuMathCos(camera->fov / 2.0f)) * projectedZ;
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outPos->x = (projectedX * (SCREEN_WIDTH_CENTER / (-x))) + SCREEN_WIDTH_CENTER;
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outPos->y = ((projectedY * (SCREEN_HEIGHT_CENTER / y)) + SCREEN_HEIGHT_CENTER);
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}
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void func_80012B14_13714(s16 camIndex, HuVec3F * worldPos, HuVec3F * outPos)
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{
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f32 x;
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f32 y;
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f32 z;
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f32 projectedX;
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f32 projectedY;
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f32 projectedZ;
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HuCamera * camera;
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HuMtx4F viewMtx;
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f32 f2;
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f32 f4;
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camera = &gCameraList[camIndex];
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guLookAtF(
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viewMtx,
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camera->pos.x,
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camera->pos.y,
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camera->pos.z,
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camera->at.x,
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camera->at.y,
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camera->at.z,
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camera->up.x,
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camera->up.y,
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camera->up.z
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);
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x = worldPos->x;
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y = worldPos->y;
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z = worldPos->z;
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x -= camera->pos.x;
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y -= camera->pos.y;
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z -= camera->pos.z;
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projectedX = ((x * viewMtx[0][0]) + (y * viewMtx[1][0])) + (z * viewMtx[2][0]);
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projectedY = ((x * viewMtx[0][1]) + (y * viewMtx[1][1])) + (z * viewMtx[2][1]);
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projectedZ = ((x * viewMtx[0][2]) + (y * viewMtx[1][2])) + (z * viewMtx[2][2]);
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x = HuMathSin(camera->fov / 2.0f) / HuMathCos(camera->fov / 2.0f) * projectedZ * (camera->screenScale.x / camera->screenScale.y);
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y = (HuMathSin(camera->fov / 2.0f) / HuMathCos(camera->fov / 2.0f)) * projectedZ;
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f2 = camera->screenPos.x / 4.0f;
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outPos->x = (projectedX * (f2 / (-x))) + f2;
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f4 = camera->screenPos.y / 4.0f;
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outPos->y = ((projectedY * (f4 / y)) + f4);
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}
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INCLUDE_ASM(s32, "camera", func_80012D0C_1390C);
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@ -44,18 +44,18 @@ extern f32 D_800CE1C8;
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extern struct process *D_800D0448;
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extern u8 D_800D09A8;
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extern vec3f D_800D138C;
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extern HuVec3F D_800D138C;
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extern struct process *D_800D170C;
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extern u8 D_800D1710;
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extern s16 D_800D1F36;
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extern u16 D_800D4082;
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extern vec3f D_800D54F8[];
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extern HuVec3F D_800D54F8[];
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extern u16 D_800D6A56;
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extern vec3f D_800D6ABC;
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extern vec3f D_800D6AE0[];
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extern HuVec3F D_800D6ABC;
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extern HuVec3F D_800D6AE0[];
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extern u16 D_800A190C_A250C;
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extern u16 D_800A190E_A250E;
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@ -22,7 +22,6 @@ void func_800098FC_A4FC(void)
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s16 i;
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s32 temp_v0_3;
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s32 temp_v0_5;
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s32 temp_v0_7;
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u16 var_a2;
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s8 temp_v0_2;
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s8 temp_v0_4;
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@ -67,8 +67,8 @@ void func_80105C64_3D8D54(s32 arg0, s32 arg1, unkStruct01* arg2) {
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func_800EB708(arg0, arg1, arg2);
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temp_f20 = func_800D76D0(arg2) + 15.0f;
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arg2->unk_00 = func_8008EF20_8FB20(temp_f20);
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arg2->unk_08 = func_8008E3F0_8EFF0(temp_f20);
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arg2->unk_00 = HuMathSin(temp_f20);
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arg2->unk_08 = HuMathCos(temp_f20);
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}
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INCLUDE_ASM(s32, "overlays/board_gate_guy/3D8AC0", func_80105CC0_3D8DB0);
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@ -14,7 +14,7 @@ typedef struct unkStruct01 {
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} unkStruct01;
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typedef struct unkStruct02 {
|
||||
vec3f unk_00;
|
||||
HuVec3F unk_00;
|
||||
char unk_0C[4];
|
||||
} unkStruct02;
|
||||
|
||||
@ -36,7 +36,7 @@ unkStruct02* unk_8C;
|
||||
|
||||
typedef struct unkStruct04 {
|
||||
char unk_00[0x0C];
|
||||
vec3f unk_0C;
|
||||
HuVec3F unk_0C;
|
||||
} unkStruct04;
|
||||
|
||||
typedef struct unkStruct05 {
|
||||
@ -90,8 +90,8 @@ void func_800E9D9C(void);
|
||||
void func_800E9F4C(s32, s8*, s8*);
|
||||
void func_800EA760(void);
|
||||
void func_800ECD0C(s32, s8, s8);
|
||||
f32 func_8008E3F0_8EFF0(f32);
|
||||
f32 func_8008EF20_8FB20(f32);
|
||||
f32 HuMathCos(f32);
|
||||
f32 HuMathSin(f32);
|
||||
f32 func_800D76D0(void*);
|
||||
void func_800EB708(s32, s32, unkStruct01*);
|
||||
void * HuMemMemoryAlloc(struct heap_node * heap, s32 size);
|
||||
@ -111,7 +111,7 @@ void func_8001C8E4_1D4E4(s16, s32);
|
||||
void* func_800D8010(s32, s32);
|
||||
void func_800D8944(void*);
|
||||
void func_800D8F0C(void*);
|
||||
void func_80089A20_8A620(vec3f*, s32);
|
||||
void func_80089A20_8A620(HuVec3F*, s32);
|
||||
void func_800D8E88(void);
|
||||
s16 func_800F3750(void);
|
||||
void* func_800F375C(s32);
|
||||
|
||||
@ -22,6 +22,10 @@ HuWipeFadeIn = 0x80061FE8;
|
||||
HuWipeFadeOut = 0x80062050;
|
||||
HuWipeStatGet = 0x800620BC;
|
||||
Hu3DCamInit = 0x80012220;
|
||||
Hu3DCamSetPositionOrientation = 0x80012408;
|
||||
Hu3DCamSetPerspective = 0x8001247C;
|
||||
Hu3DCamUpdateMtx = 0x80012564;
|
||||
Hu3DCam3DToScreen = 0x8001291C;
|
||||
Hu3DAnimInit = 0x8001FE20;
|
||||
HuObjInit = 0x80047160;
|
||||
|
||||
@ -98,6 +102,9 @@ HuPrcFreeMem = 0x8004F26C;
|
||||
|
||||
HuGetPadInserted = 0x8000985C;
|
||||
|
||||
HuMathCos = 0x8008E3F0;
|
||||
HuMathSin = 0x8008EF20;
|
||||
|
||||
setjmp = 0x80066500;
|
||||
longjmp = 0x80066564;
|
||||
|
||||
@ -366,6 +373,8 @@ sqrt = 0x800880D0;
|
||||
ldiv = 0x80086C40;
|
||||
lldiv = 0x80086CC4;
|
||||
|
||||
gCameraList = 0x800A0550;
|
||||
|
||||
gHuMemIsDirty = 0x800A08A0;
|
||||
|
||||
gArchiveRomAddr = 0x800ABFC0;
|
||||
@ -376,6 +385,7 @@ gArchiveDirCountCopy = 0x800ABFD0;
|
||||
gArchiveTblAddrCopy = 0x800ABFD4;
|
||||
gArchive = 0x800ABFE0;
|
||||
|
||||
|
||||
gLastMallocBlock = 0x800D03F4;
|
||||
gFreeFunc = 0x800D135C;
|
||||
gLastFreedBlock = 0x800D1238;
|
||||
@ -435,6 +445,9 @@ _Ldtob = 0x80083FA0;
|
||||
_Ldunscale = 0x800843EC;
|
||||
_Genld = 0x80084484;
|
||||
|
||||
guPerspectiveF = 0x8007AE60;
|
||||
guPerspective = 0x8007B010;
|
||||
guNormalize = 0x80082B00;
|
||||
gCurrentPlayerIndex = 0x800CD067;
|
||||
guLookAtF = 0x80088210;
|
||||
guLookAtF = 0x80088210;
|
||||
guLookAt = 0x80079800;
|
||||
@ -13470,7 +13470,7 @@ Symbol table '.symtab' contains 34600 entries:
|
||||
13466: 8010e3f0 0 NOTYPE GLOBAL DEFAULT 118 func_8010E3F0_4D7DA0
|
||||
13467: 8010d1d8 0 NOTYPE GLOBAL DEFAULT 30 func_8010D1D8_1CBAB8
|
||||
13468: 8010c328 0 NOTYPE GLOBAL DEFAULT 47 func_8010C328_239398
|
||||
13469: 8008e3f0 0 NOTYPE GLOBAL DEFAULT 3 func_8008E3F0_8EFF0
|
||||
13469: 8008e3f0 0 NOTYPE GLOBAL DEFAULT 3 HuMathCos
|
||||
13470: 8010ca78 0 NOTYPE GLOBAL DEFAULT 20 L8010CA78_176748
|
||||
13471: 800e4ba4 0 NOTYPE GLOBAL DEFAULT ABS func_800E4BA4
|
||||
13472: 8010beb0 0 NOTYPE GLOBAL DEFAULT 127 func_8010BEB0_508110
|
||||
|
||||
Loading…
Reference in New Issue
Block a user