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https://github.com/krystalgamer/spidey-decomp.git
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83 lines
2.1 KiB
C++
83 lines
2.1 KiB
C++
#pragma once
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#include "export.h"
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#include "quat.h"
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struct MATRIX{
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__int16 m[3][3];
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int t[3];
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};
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typedef struct { /* long word type 3D vector */
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long vx, vy;
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long vz, pad;
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} VECTOR;
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typedef struct { /* short word type 3D vector */
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short vx, vy;
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short vz, pad;
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} SVECTOR;
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typedef struct { /* color type vector */
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unsigned char r, g, b, cd;
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} CVECTOR;
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typedef struct { /* 2D short vector */
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short vx, vy;
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} DVECTOR;
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void validate_MATRIX(void);
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EXPORT void gte_SetRotMatrix(MATRIX*);
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EXPORT void gte_ldv0(const SVECTOR* a1);
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EXPORT void gte_rtv0tr(void);
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EXPORT void gte_stlvnl(VECTOR *a1);
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EXPORT void gte_rtps(void);
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EXPORT void gte_rtpt(void);
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EXPORT void gte_op12(void);
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EXPORT void gte_ldlvl(VECTOR *a1);
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EXPORT void gte_sqr0(void);
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EXPORT void gte_rtv0(void);
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EXPORT void gte_stlvnl0(int *a1);
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EXPORT void gte_stlvnl2(int *a1);
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EXPORT void gte_gpf0(void);
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EXPORT void gte_stlzc(int *a1);
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EXPORT void gte_stsv(SVECTOR *a1);
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EXPORT void gte_mvmva(int _sf, int mx, int a3, int cv, int lm);
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EXPORT void gte_stsxy(int *a1);
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EXPORT void gte_lddp(int a1);
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EXPORT void gte_ldsvrtrow0(const SVECTOR *a1);
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EXPORT void gte_ldopv1(VECTOR *a1);
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EXPORT void gte_ldopv2(VECTOR *a1);
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EXPORT void gte_ldlv0(const VECTOR *a1);
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EXPORT void gte_stsxy3(int *a1, int *a2, int *a3);
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EXPORT void gte_rtir(void);
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EXPORT void M3dMaths_SetIdentityRotation(MATRIX *a1);
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EXPORT void MulMatrix0(MATRIX *a1, MATRIX *a2, MATRIX *a3);
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EXPORT void MulMatrix(MATRIX *a1, MATRIX *a2);
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EXPORT void m3d_ZeroTransVector(void);
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EXPORT void MToQ(MATRIX const &, CQuat&);
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EXPORT void VectorNormal(VECTOR*, VECTOR*);
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EXPORT int M3dMaths_SquareRoot0(int i);
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EXPORT int M3dMaths_MulDiv64(int, int, int);
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EXPORT void M3dMaths_TransposeMatrix1(MATRIX *a1, MATRIX *a2);
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class CItem;
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EXPORT void M3dMaths_ScaleMatrix(CItem*, MATRIX *a2);
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EXPORT void M3dMaths_CopyMat(MATRIX*, MATRIX*);
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EXPORT void M3dAsm_ProcessPolys(unsigned int*, SVECTOR*, int);
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EXPORT void M3dAsm_SetTransVector(VECTOR*);
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EXPORT MATRIX* RotMatrixYXZ(SVECTOR *a1, MATRIX *a2);
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EXPORT MATRIX* M3dMaths_RotMatrixYXZ(SVECTOR *a1, MATRIX *a2);
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EXPORT int ratan2(int, int);
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EXPORT int GetClut(int, int);
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