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REDRIVER2/src_rebuild/EMULATOR/INLINE_C.H

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#ifndef INLINE_C_H
#define INLINE_C_H
extern void gte_SetGeomScreen(int h);
extern int gte_ldlzc(int input);
extern int docop2(int op);
// load mtc2 9,10,11
#define gte_ldclmv( r0 ) \
MTC2(*(ushort*)((char*)r0), 9);\
MTC2(*(ushort*)((char*)r0+6), 10);\
MTC2(*(ushort*)((char*)r0+12), 11);\
// store mfc2 9,10,11
#define gte_stclmv( r0 ) \
*(ushort*)((char*)r0) = MFC2(9) & 0xFFFF; \
*(ushort*)((char*)r0 + 6) = MFC2(10) & 0xFFFF; \
*(ushort*)((char*)r0 + 12) = MFC2(11) & 0xFFFF;
// load ctc2 8-11
#define gte_SetLightMatrix( r0 ) \
CTC2(*(uint*)((char*)r0), 8);\
CTC2(*(uint*)((char*)r0+4), 9);\
CTC2(*(uint*)((char*)r0+8), 10);\
CTC2(*(uint*)((char*)r0+12), 11);\
CTC2(*(uint*)((char*)r0+16), 12);
// load ctc2 16-20
#define gte_SetColorMatrix( r0 ) \
CTC2(*(uint*)((char*)r0), 16);\
CTC2(*(uint*)((char*)r0+4), 17);\
CTC2(*(uint*)((char*)r0+8), 18);\
CTC2(*(uint*)((char*)r0+12), 19);\
CTC2(*(uint*)((char*)r0+16), 20);
// load ctc2 0-4
#define gte_SetRotMatrix( r0 ) \
CTC2(*(uint*)((char*)r0), 0);\
CTC2(*(uint*)((char*)r0+4), 1);\
CTC2(*(uint*)((char*)r0+8), 2);\
CTC2(*(uint*)((char*)r0+12), 3);\
CTC2(*(uint*)((char*)r0+16), 4);\
// load ctc2 5-7
#define gte_SetTransVector( r0 )\
CTC2_S(*(int*)((char*)r0+0), 5);\
CTC2_S(*(int*)((char*)r0+4), 6);\
CTC2_S(*(int*)((char*)r0+8), 7);
// load ctc2 5-7
#define gte_SetTransMatrix( r0 ) \
CTC2(*(uint*)((char*)r0+20), 5);\
CTC2(*(uint*)((char*)r0+24), 6);\
CTC2(*(uint*)((char*)r0+28), 7);
// store cfc2 0-7
#define gte_ReadRotMatrix( r0 ) \
*(uint*)((char*)r0) = CFC2(0); \
*(uint*)((char*)r0 + 4) = CFC2(1); \
*(uint*)((char*)r0 + 8) = CFC2(2); \
*(uint*)((char*)r0 + 12) = CFC2(3); \
*(uint*)((char*)r0 + 16) = CFC2(4); \
*(uint*)((char*)r0 + 20) = CFC2(5); \
*(uint*)((char*)r0 + 24) = CFC2(6); \
*(uint*)((char*)r0 + 28) = CFC2(7);
// cfc2 16-23
#define gte_ReadColorMatrix( r0 ) \
*(uint*)((char*)r0) = CFC2(16); \
*(uint*)((char*)r0 + 4) = CFC2(17); \
*(uint*)((char*)r0 + 8) = CFC2(18); \
*(uint*)((char*)r0 + 12) = CFC2(19); \
*(uint*)((char*)r0 + 16) = CFC2(20); \
*(uint*)((char*)r0 + 20) = CFC2(21); \
*(uint*)((char*)r0 + 24) = CFC2(22); \
*(uint*)((char*)r0 + 28) = CFC2(23);
// cfc2 8-15
#define gte_ReadLightMatrix( r0 ) \
*(uint*)((char*)r0) = CFC2(8); \
*(uint*)((char*)r0 + 4) = CFC2(9); \
*(uint*)((char*)r0 + 8) = CFC2(10); \
*(uint*)((char*)r0 + 12) = CFC2(11); \
*(uint*)((char*)r0 + 16) = CFC2(12); \
*(uint*)((char*)r0 + 20) = CFC2(13); \
*(uint*)((char*)r0 + 24) = CFC2(14); \
*(uint*)((char*)r0 + 28) = CFC2(15);
// ctc2 8-12
#define gte_SetLightMatrix( r0 )\
CTC2(*(uint*)((char*)r0), 8);\
CTC2(*(uint*)((char*)r0+4), 9);\
CTC2(*(uint*)((char*)r0+8), 10);\
CTC2(*(uint*)((char*)r0+12), 11);\
CTC2(*(uint*)((char*)r0+16), 12);
// ctc2 16-20
#define gte_SetColorMatrix( r0 )\
CTC2(*(uint*)((char*)r0), 16);\
CTC2(*(uint*)((char*)r0+4), 17);\
CTC2(*(uint*)((char*)r0+8), 18);\
CTC2(*(uint*)((char*)r0+12), 19);\
CTC2(*(uint*)((char*)r0+16), 20);
// lwc2 9-11
#define gte_ldlvl( r0 ) \
MTC2(*(uint*)((char*)r0), 9); \
MTC2(*(uint*)((char*)r0 + 4), 10);\
MTC2(*(uint*)((char*)r0 + 8), 11);
// ctc2 21-23
#define gte_ldfc( r0 ) \
CTC2(*(uint*)((char*)r0+0), 21);\
CTC2(*(uint*)((char*)r0+4), 22);\
CTC2(*(uint*)((char*)r0+8), 23);
// mtc2 0-1
#define gte_ldv0( r0 )\
MTC2(*(uint*)((char*)r0+0), 0);\
MTC2(*(uint*)((char*)r0+4), 1);
// mtc2 2-3
#define gte_ldv1( r0 )\
MTC2(*(uint*)((char*)r0+0), 2);\
MTC2(*(uint*)((char*)r0+4), 3);
// mtc2 4-5
#define gte_ldv2( r0 )\
MTC2(*(uint*)((char*)r0+0), 4);\
MTC2(*(uint*)((char*)r0+4), 5);
// mtc2 0-5
#define gte_ldv3( r0, r1, r2 ) \
MTC2(*(uint*)((char*)r0+0), 0);\
MTC2(*(uint*)((char*)r0+4), 1);\
MTC2(*(uint*)((char*)r1+0), 2);\
MTC2(*(uint*)((char*)r1+4), 3);\
MTC2(*(uint*)((char*)r2+0), 4);\
MTC2(*(uint*)((char*)r2+4), 5);
#ifdef PGXP
#include "GTE/half_float.h"
struct HalfVector3D
{
half x, y, z;
};
extern HalfVector3D g_FP_SXYZ0; // direct access PGXP without table lookup
extern HalfVector3D g_FP_SXYZ1;
extern HalfVector3D g_FP_SXYZ2;
// swc2 14
#define gte_stsxy( r0 ) \
*(uint*)((char*)r0) = *(uint*)&g_FP_SXYZ2.x;
// mfc2 12-14
#define gte_stsxy3( r0, r1, r2 ) \
*(uint*)((char*)r0) = *(uint*)&g_FP_SXYZ0.x;\
*(uint*)((char*)r1) = *(uint*)&g_FP_SXYZ1.x;\
*(uint*)((char*)r2) = *(uint*)&g_FP_SXYZ2.x;
// swc2 14
#define gte_stsxy2( r0 ) gte_stsxy(r0)
// swc2 13
#define gte_stsxy1( r0 ) \
*(uint*)((char*)r0) = *(uint*)&g_FP_SXYZ1.x;
// swc2 12
#define gte_stsxy0( r0 ) \
*(uint*)((char*)r0) = *(uint*)&g_FP_SXYZ0.x;
#else
// swc2 14
#define gte_stsxy( r0 ) \
*(uint*)((char*)r0) = MFC2(14);
// mfc2 12-14
#define gte_stsxy3( r0, r1, r2 ) \
*(uint*)((char*)r0) = MFC2(12);\
*(uint*)((char*)r1) = MFC2(13);\
*(uint*)((char*)r2) = MFC2(14);
// swc2 14
#define gte_stsxy2( r0 ) gte_stsxy(r0)
// swc2 13
#define gte_stsxy1( r0 ) \
*(uint*)((char*)r0) = MFC2(13);
// swc2 12
#define gte_stsxy0( r0 ) \
*(uint*)((char*)r0) = MFC2(12);
#endif
// swc2 8
#define gte_stdp( r0 ) \
*(uint*)((char*)r0) = MFC2(8); \
// cfc2 31
#define gte_stflg( r0 ) \
*(uint*)((char*)r0) = CFC2(31);
// swc2 7
#define gte_stotz( r0 ) \
*(uint*)((char*)r0) = MFC2(7);
// mfc2 19
#define gte_stszotz( r0 ) \
*(uint*)((char*)r0) = MFC2(19) >> 2;
// swc2 24
#define gte_stopz( r0 ) \
*(uint*)((char*)r0) = MFC2(24);
// swc2 19
#define gte_stsz( r0 ) \
*(uint*)((char*)r0) = MFC2(19);
// swc2 9-11
#define gte_stlvl( r0 ) \
*(uint*)((char*)r0) = MFC2(9); \
*(uint*)((char*)r0 + 4) = MFC2(10);\
*(uint*)((char*)r0 + 8) = MFC2(11);
// mfc2 9, 10, 11
#define gte_stsv( r0 ) \
*(ushort*)((char*)r0) = MFC2(9) & 0xFFFF; \
*(ushort*)((char*)r0 + 2) = MFC2(10) & 0xFFFF;\
*(ushort*)((char*)r0 + 4) = MFC2(11) & 0xFFFF;
// swc2 17,18,19
#define gte_stsz3( r0, r1, r2 ) \
*(uint*)((char*)r0) = MFC2(17);\
*(uint*)((char*)r1) = MFC2(18);\
*(uint*)((char*)r2) = MFC2(19);
// swc2 25,26,27
#define gte_stlvnl( r0 ) \
*(uint*)((char*)r0 + 0) = MFC2(25);\
*(uint*)((char*)r0 + 4) = MFC2(26);\
*(uint*)((char*)r0 + 8) = MFC2(27);
// ctc2 5,6,7
#define gte_ldtr( r0, r1, r2 ) \
CTC2(*(uint*)((char*)r0), 5);\
CTC2(*(uint*)((char*)r1), 6);\
CTC2(*(uint*)((char*)r2), 7);\
// cfc2 5,6,7
#define gte_sttr( r0 ) \
*(uint*)((char*)r0 + 0) = CFC2(5);\
*(uint*)((char*)r0 + 4) = CFC2(6);\
*(uint*)((char*)r0 + 8) = CFC2(7);
// swc2 22
#define gte_strgb( r0 )\
*(uint*)((char*)r0) = MFC2(22);
// swc2 20 21 22
#define gte_strgb3( r0, r1, r2 )\
*(uint*)((char*)r0) = MFC2(20);\
*(uint*)((char*)r1) = MFC2(21);\
*(uint*)((char*)r2) = MFC2(22);
// ctc2 13 14 15
#define gte_ldbkdir( r0, r1, r2 ) \
CTC2(r0, 13); \
CTC2(r1, 14); \
CTC2(r2, 15);
// cfc2 21,22,23
#define gte_stfc( r0 )\
*(uint*)((char*)r0 + 0) = CFC2(21);\
*(uint*)((char*)r0 + 4) = CFC2(22);\
*(uint*)((char*)r0 + 8) = CFC2(23);
#define gte_rtir() docop2(0x49E012);
#define gte_rtpt() docop2(0x280030);
// TODO: GTEMAC
#define gte_RotTransPers3(r1,r2,r3,r4,r5,r6,r7,r8,r9) \
{ gte_ldv3(r1,r2,r3); \
gte_rtpt(); \
gte_stsxy3(r4,r5,r6); \
gte_stdp(r7); \
gte_stflg(r8); \
gte_stszotz(r9); }
#define gte_MulMatrix0(r1,r2,r3) \
{ gte_SetRotMatrix(r1); \
gte_ldclmv(r2); \
gte_rtir(); \
gte_stclmv(r3); \
gte_ldclmv((char*)r2+2);\
gte_rtir(); \
gte_stclmv((char*)r3+2);\
gte_ldclmv((char*)r2+4);\
gte_rtir(); \
gte_stclmv((char*)r3+4); }
#endif
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