#include <tamtypes.h>

Include dependency graph for libgs.h:

This graph shows which files directly or indirectly include this file:

Data Structures
struct	GsGParam_t

struct	QWORD

struct	GS_PMODE

struct	GS_SMODE1

struct	GS_SMODE2

struct	GS_DISPFB

struct	GS_DISPLAY

struct	GS_EXTBUF

struct	GS_EXTDATA

struct	GS_EXTWRITE

struct	GS_BGCOLOR

struct	GS_CSR

struct	GS_IMR

struct	GS_BUSDIR

struct	GS_PRIM

struct	GS_RGBAQ

struct	GS_ST

struct	GS_UV

struct	GS_XYZF

struct	GS_XYZ

struct	GS_TEX0

struct	GS_CLAMP

struct	GS_FOG

struct	GS_TEX1

struct	GS_TEX2

struct	GS_XYOFFSET

struct	GS_PRMODECONT

struct	GS_PRMODE

struct	GS_TEXCLUT

struct	GS_SCANMSK

struct	GS_MIPTBP1

struct	GS_MIPTBP2

struct	GS_TEXA

struct	GS_FOGCOLOR

struct	GS_TEXFLUSH

struct	GS_SCISSOR

struct	GS_ALPHA

struct	GS_DIMX

struct	GS_DTHE

struct	GS_COLCLAMP

struct	GS_TEST

struct	GS_PABE

struct	GS_FBA

struct	GS_FRAME

struct	GS_ZBUF

struct	GS_BITBLTBUF

struct	GS_TRXPOS

struct	GS_TRXREG

struct	GS_TRXDIR

struct	GS_HWREG

struct	GS_SIGNAL

struct	GS_FINISH

struct	GS_LABEL

struct	GS_NOP

struct	GS_R_PRIM

struct	GS_R_RGBAQ

struct	GS_R_ST

struct	GS_R_UV

struct	GS_R_XYZF

struct	GS_R_XYZ

struct	GS_R_TEX0

struct	GS_R_CLAMP

struct	GS_R_FOG

struct	GS_R_TEX1

struct	GS_R_TEX2

struct	GS_R_XYOFFSET

struct	GS_R_PRMODECONT

struct	GS_R_PRMODE

struct	GS_R_TEXCLUT

struct	GS_R_SCANMSK

struct	GS_R_MIPTBP1

struct	GS_R_MIPTBP2

struct	GS_R_TEXA

struct	GS_R_FOGCOLOR

struct	GS_R_TEXFLUSH

struct	GS_R_SCISSOR

struct	GS_R_ALPHA

struct	GS_R_DIMX

struct	GS_R_DTHE

struct	GS_R_COLCLAMP

struct	GS_R_TEST

struct	GS_R_PABE

struct	GS_R_FBA

struct	GS_R_FRAME

struct	GS_R_ZBUF

struct	GS_R_BITBLTBUF

struct	GS_R_TRXPOS

struct	GS_R_TRXREG

struct	GS_R_TRXDIR

struct	GS_R_HWREG

struct	GS_R_SIGNAL

struct	GS_R_FINISH

struct	GS_R_LABEL

struct	GS_R_NOP

struct	GS_GIF_DMACHAIN_TAG

struct	GS_GIF_TAG

struct	GS_RECT

struct	GS_URECT

struct	GS_RECT32

struct	GS_POS

struct	GS_ZENV

struct	GS_DRAWENV

struct	GS_DISPENV

struct	GS_POINT_P

struct	GS_POINT

struct	GS_LINE_F1_P

struct	GS_LINE_F1

struct	GS_LINE_G1_P

struct	GS_LINE_G1

struct	GS_TRIANGLE_F3_P

struct	GS_TRIANGLE_F3

struct	GS_TRIANGLE_FT3_P

struct	GS_TRIANGLE_FT3

struct	GS_TRIANGLE_FT3ST_P

struct	GS_TRIANGLE_FT3ST

struct	GS_TRIANGLE_G3_P

struct	GS_TRIANGLE_G3

struct	GS_TRIANGLE_GT3ST_P

struct	GS_TRIANGLE_GT3ST

struct	GS_SPRITE_F4_P

struct	GS_SPRITE_F4

struct	GS_SPRITE_FT4_P

struct	GS_SPRITE_FT4

struct	GS_GIF_PACKET

struct	GS_PACKET_TABLE

struct	GS_IMAGE

Macros
#define	GS_INIT_RESET 0

#define	GS_INIT_DRAW_RESET 1

#define	GS_NONINTERLACED 0x00

#define	GS_INTERLACED 0x01

#define	GS_FFMD_FIELD 0x00

#define	GS_FFMD_FRAME 0x01

#define	GS_DISABLE 0

#define	GS_ENABLE 1

#define	GS_PIXMODE_32 0

#define	GS_PIXMODE_24 1

#define	GS_PIXMODE_16 2

#define	GS_PIXMODE_16S 10

#define	GS_CLUT_32 0

#define	GS_CLUT_16 2

#define	GS_CLUT_16S 10

#define	GS_TEX_32 0

#define	GS_TEX_24 1

#define	GS_TEX_16 2

#define	GS_TEX_16S 10

#define	GS_TEX_8 19

#define	GS_TEX_4 20

#define	GS_TEX_8H 27

#define	GS_TEX_4HL 36

#define	GS_TEX_4HH 44

#define	GS_ZBUFF_32 48

#define	GS_ZBUFF_24 49

#define	GS_ZBUFF_16 50

#define	GS_ZBUFF_16S 58

#define	GS_TEX_CALC 0

#define	GS_TEX_FIXED 1

#define	GS_TEX_MIPMAP_DEFINE 0

#define	GS_TEX_MIPMAP_AUTO 1

#define	gs_p_pmode 0x12000000

#define	gs_p_smode1 0x12000010

#define	gs_p_smode2 0x12000020

#define	gs_p_dispfb1 0x12000070

#define	gs_p_display1 0x12000080

#define	gs_p_dispfb2 0x12000090

#define	gs_p_display2 0x120000a0

#define	gs_p_extbuf 0x120000b0

#define	gs_p_extdata 0x120000c0

#define	gs_p_extwrite 0x120000d0

#define	gs_p_bgcolor 0x120000e0

#define	gs_p_csr 0x12001000

#define	gs_p_imr 0x12001010

#define	gs_p_busdir 0x12001040

#define	gs_p_siglblid 0x12001080

#define	gs_g_prim 0x00

#define	gs_g_rgbaq 0x01

#define	gs_g_st 0x02

#define	gs_g_uv 0x03

#define	gs_g_xyzf2 0x04

#define	gs_g_xyz2 0x05

#define	gs_g_tex0_1 0x06

#define	gs_g_tex0_2 0x07

#define	gs_g_clamp_1 0x08

#define	gs_g_clamp_2 0x09

#define	gs_g_fog 0x0a

#define	gs_g_xyzf3 0x0c

#define	gs_g_xyz3 0x0d

#define	gs_g_tex1_1 0x14

#define	gs_g_tex1_2 0x15

#define	gs_g_tex2_1 0x16

#define	gs_g_tex2_2 0x17

#define	gs_g_xyoffset_1 0x18

#define	gs_g_xyoffset_2 0x19

#define	gs_g_prmodecont 0x1a

#define	gs_g_prmode 0x1b

#define	gs_g_texclut 0x1c

#define	gs_g_scanmsk 0x22

#define	gs_g_miptbp1_1 0x34

#define	gs_g_miptbp1_2 0x35

#define	gs_g_miptbp2_1 0x36

#define	gs_g_miptbp2_2 0x37

#define	gs_g_texa 0x3b

#define	gs_g_fogcol 0x3d

#define	gs_g_texflush 0x3f

#define	gs_g_scissor_1 0x40

#define	gs_g_scissor_2 0x41

#define	gs_g_alpha_1 0x42

#define	gs_g_alpha_2 0x43

#define	gs_g_dimx 0x44

#define	gs_g_dthe 0x45

#define	gs_g_colclamp 0x46

#define	gs_g_test_1 0x47

#define	gs_g_test_2 0x48

#define	gs_g_pabe 0x49

#define	gs_g_fba_1 0x4a

#define	gs_g_fba_2 0x4b

#define	gs_g_frame_1 0x4c

#define	gs_g_frame_2 0x4d

#define	gs_g_zbuf_1 0x4e

#define	gs_g_zbuf_2 0x4f

#define	gs_g_bitbltbuf 0x50

#define	gs_g_trxpos 0x51

#define	gs_g_trxreg 0x52

#define	gs_g_trxdir 0x53

#define	gs_g_hwreg 0x54

#define	gs_g_signal 0x60

#define	gs_g_finish 0x61

#define	gs_g_label 0x62

#define	gs_g_nop 0x7f

#define	gif_rd_ad 0x0e

#define	gif_rd_nop 0x0f

#define	GS_SET_PMODE(enable_rc1, enable_rc2, mmod, amod, blend_style, blend_value)

#define	GS_SET_SMODE1(rc, lc, t1248, slck, cmod, ex, prst, sint, xpck, pck2, spml, gcont, phs, pvs, pehs, pevs, clksel, nvck, slck2, vcksel, vhp)

#define	GS_SET_SMODE2(interlace, field_frame, vesta_dpms)

#define	GS_SET_DISPFB1(address, width, psm, x, y)

#define	GS_SET_DISPFB2(address, width, psm, x, y)

#define	GS_SET_DISPLAY1(display_x, display_y, magnify_h, magnify_v, display_w, display_h)

#define	GS_SET_DISPLAY2(display_x, display_y, magnify_h, magnify_v, display_w, display_h)

#define	GS_SET_EXTBUF(A, B, C, D, E, F, G, H)

#define	GS_SET_EXTDATA(x, y, sample_r_h, sample_r_v, write_w, write_h)

#define	GS_SET_EXTWRITE(write)

#define	GS_SET_BGCOLOR(r, g, b)

#define	GS_SET_CSR(signal_evnt, finish_evnt, hsync_intrupt, vsync_intrupt, write_terminate, flush, reset, nfield, current_field, fifo_status, gs_rev_number, gs_id)

#define	GS_SET_IMR(signal_mask, finish_mask, hsync_mask, vsync_mask, write_mask, exhs_mask, exvs_mask)

#define	GS_SET_BUSDIR(direction)

#define	GS_SET_SIGLBLID(signal_id, label_id)

#define	GS_SET_CSR_signal_evnt(val) GS_SET_CSR(val,0,0,0,0,0,0,0,0,0,0,0)

#define	GS_SET_CSR_finish_evnt(val) GS_SET_CSR(0,val,0,0,0,0,0,0,0,0,0,0)

#define	GS_SET_CSR_hsync_intrupt(val) GS_SET_CSR(0,0,val,0,0,0,0,0,0,0,0,0)

#define	GS_SET_CSR_vsync_intrupt(val) GS_SET_CSR(0,0,0,val,0,0,0,0,0,0,0,0)

#define	GS_SET_CSR_write_terminate(val) GS_SET_CSR(0,0,0,0,val,0,0,0,0,0,0,0)

#define	GS_SET_CSR_flush(val) GS_SET_CSR(0,0,0,0,0,val,0,0,0,0,0,0)

#define	GS_SET_CSR_reset(val) GS_SET_CSR(0,0,0,0,0,0,val,0,0,0,0,0)

#define	GS_GET_CSR_signal_evnt (((vu64 )(gs_p_csr)) & (0x00000001 << 0))

#define	GS_GET_CSR_finish_evnt (((vu64 )(gs_p_csr)) & (0x00000001 << 1))

#define	GS_GET_CSR_hsync_intrupt (((vu64 )(gs_p_csr)) & (0x00000001 << 2))

#define	GS_GET_CSR_vsync_intrupt (((vu64 )(gs_p_csr)) & (0x00000001 << 3))

#define	GS_GET_CSR_write_terminate (((vu64 )(gs_p_csr)) & (0x00000001 << 4))

#define	GS_GET_CSR_write_nfield (((vu64 )(gs_p_csr)) & (0x00000001 << 12))

#define	GS_GET_CSR_current_field (((vu64 )(gs_p_csr)) & (0x00000001 << 13))

#define	GS_GET_CSR_fifo_status (((vu64 )(gs_p_csr)) & (0x00000003 << 14))

#define	GS_GET_CSR_gs_rev_number (((vu64 )(gs_p_csr)) & (0x000000FF << 16))

#define	GS_GET_CSR_gs_id (((vu64 )(gs_p_csr)) & (0x000000FF << 24))

#define	gs_setPRIM(p, _prim_type, _iip, _tme, _fge, _abe, _aa1, _fst, _ctxt, _fix)

#define	gs_setRGBAQ(p, _r, _g, _b, _a, _q)

#define	gs_setST(p, _s, _t)

#define	gs_setUV(p, _u, _v)

#define	gs_setXYZF2(p, _x, _y, _z, _f)

#define	gs_setXYZF3(p, _x, _y, _z, _f)

#define	gs_setXYZ2(p, _x, _y, _z)

#define	gs_setXYZ3(p, _x, _y, _z)

#define	gs_setTEX0_1(p, _tb_addr, _tb_width, _psm, _tex_width, _tex_height, _tex_cc, _tex_funtion, _cb_addr, _clut_pixmode, _clut_smode, _clut_offset, _clut_loadmode)

#define	gs_setTEX0_2 gs_setTEX0_1

#define	gs_setCLAMP_1(p, wms, wmt, minu, maxu, minv, maxv)

#define	gs_setCLAMP_2 gs_setCLAMP_1

#define	gs_setFOG(p, _f) (p)->f = _f

#define	gs_setTEX1_1(p, _lcm, _mxl, _mmag, _mmin, _mtba, _l, _k)

#define	gs_setTEX1_2 gs_setTEX1_1

#define	gs_setTEX2_1(p, _psm, _cbp, _cpsm, _csm, _csa, _cld)

#define	gs_setTEX2_2 gs_setTEX2_1

#define	gs_set_XYOFFSET_1(p, _offset_x, _offset_y)

#define	gs_set_XYOFFSET_2 gs_set_XYOFFSET_1

#define	gs_set_PRMODECONT(p, _control) (p)->control = _control

#define	gs_setPRMODE(p, _iip, _tme, _fge, _abe, _aa1, _fst, _ctxt, _fix)

#define	gs_setTEXCLUT(p, _cbw, _cou, _cov)

#define	gs_setSCANMSK(p, _msk) (p)->msk = _msk

#define	gs_setMIPTBP1_1(p, _tbp1, _tbw1, _tbp2, _tbw2, _tbp3, _tbw3)

#define	gs_setMIPTBP1_2 gs_setMIPTBP1_1

#define	gs_setMIPTBP2_1(p, _tbp4, _tbw4, _tbp5, _tbw5, _tbp6, _tbw6)

#define	gs_setMIPTBP2_2 gs_setMIPTBP2_1

#define	gs_setTEXA(p, _alpha_0, _alpha_method, _alpha_1)

#define	gs_setFOGCOLOR(p, _r, _g, _b)

#define	gs_setTEXFLUSH(p)

#define	gs_setSCISSOR_1(p, _clip_x0, _clip_x1, _clip_y0, _clip_y1)

#define	gs_setSCISSOR_2 gs_setSCISSOR_1

#define	gs_setALPHA_1(p, _a, _b, _c, _d, _alpha)

#define	gs_setALPHA_2 gs_setALPHA_1

#define	gs_setDIMX(p, _dimx00, _dimx01, _dimx02, _dimx03, _dimx10, _dimx11, _dimx12, _dimx13, _dimx20, _dimx21, _dimx22, _dimx23, _dimx30, _dimx31, _dimx32, _dimx33)

#define	gs_setDTHE(p, _enable) (p)->enable = _enable

#define	gs_setCOLCLAMP(p, _clamp) (p)->clamp = _clamp

#define	gs_setTEST_1(p, _atest_enable, _atest_method, _atest_reference, _atest_fail_method, _datest_enable, _datest_mode, _ztest_enable, _ztest_method)

#define	gs_setTEST_2 gs_setTEST_1

#define	gs_setPABE(p, _enable) (p)->enable = _enable

#define	gs_setFBA(p, _alpha) (p)->alpha = _alpha

#define	gs_setFRAME_1(p, _fb_addr, _fb_width, _psm, _draw_mask)

#define	gs_setFRAME_2 gs_setFRAME_1

#define	gs_setZBUF_1(p, _fb_addr, _psm, _update_mask)

#define	gs_setZBUF_2 gs_setZBUF_1

#define	gs_setBITBLTBUF(p, _src_addr, _src_width, _src_pixmode, _dest_addr, _dest_width, _dest_pixmode)

#define	gs_setTRXPOS(p, _src_x, _src_y, _dest_x, _dest_y, _direction)

#define	gs_setTRXREG(p, _trans_w, _trans_h)

#define	gs_setTRXDIR(p, _trans_dir) (p)->trans_dir = _trans_dir

#define	gs_setHWREG(p, _data) (p)->data = _data

#define	gs_setSIGNAL(p, _signal_id, _update_mask)

#define	gs_setFINISH(p) (p)->pad0 = 0

#define	gs_setLABEL(p, _label_id, _update_mask)

#define	gs_setNOP(p) (p)->pad0 = 0

#define	gs_setR_PRIM(p, _prim_type, _iip, _tme, _fge, _abe, _aa1, _fst, _ctxt, _fix)

#define	gs_setR_RGBAQ(p, _r, _g, _b, _a, _q)

#define	gs_setR_ST(p, _s, _t)

#define	gs_setR_UV(p, _u, _v)

#define	gs_setR_XYZF2(p, _x, _y, _z, _f)

#define	gs_setR_XYZF3(p, _x, _y, _z, _f)

#define	gs_setR_XYZ2(p, _x, _y, _z)

#define	gs_setR_XYZ3(p, _x, _y, _z)

#define	gs_setR_TEX0_1(p, _fb_addr, _fb_width, _psm, _tex_width, _tex_height, _col_comp, _tex_cc, _clutb_addr, _clut_pixmode, _clut_smode, _clut_offset, _cld)

#define	gs_setR_TEX0_2(p, _fb_addr, _fb_width, _psm, _tex_width, _tex_height, _col_comp, _tex_cc, _clutb_addr, _clut_pixmode, _clut_smode, _clut_offset, _cld)

#define	gs_setR_CLAMP_1(p, wms, wmt, minu, maxu, minv, maxv)

#define	gs_setR_CLAMP_2(p, wms, wmt, minu, maxu, minv, maxv)

#define	gs_setR_FOG(p, _f)

#define	gs_setR_TEX1_1(p, _lcm, _mxl, _mmag, _mmin, _mtba, _l, _k)

#define	gs_setR_TEX1_2(p, _lcm, _mxl, _mmag, _mmin, _mtba, _l, _k)

#define	gs_setR_TEX2_1(p, _psm, _cbp, _cpsm, _csm, _csa, _cld)

#define	gs_setR_TEX2_2(p, _psm, _cbp, _cpsm, _csm, _csa, _cld)

#define	gs_setR_XYOFFSET_1(p, _offset_x, _offset_y)

#define	gs_setR_XYOFFSET_2(p, _offset_x, _offset_y)

#define	gs_setR_PRMODECONT(p, _control)

#define	gs_setR_PRMODE(p, _iip, _tme, _fge, _abe, _aa1, _fst, _ctxt, _fix)

#define	gs_setR_TEXCLUT(p, _cbw, _cou, _cov)

#define	gs_setR_SCANMSK(p, _msk)

#define	gs_setR_MIPTBP1_1(p, _tbp1, _tbw1, _tbp2, _tbw2, _tbp3, _tbw3)

#define	gs_setR_MIPTBP1_2(p, _tbp1, _tbw1, _tbp2, _tbw2, _tbp3, _tbw3)

#define	gs_setR_MIPTBP2_1(p, _tbp4, _tbw4, _tbp5, _tbw5, _tbp6, _tbw6)

#define	gs_setR_MIPTBP2_2(p, _tbp4, _tbw4, _tbp5, _tbw5, _tbp6, _tbw6)

#define	gs_setR_TEXA(p, _ta0, _aem, _ta1)

#define	gs_setR_FOGCOLOR(p, _r, _g, _b)

#define	gs_setR_TEXFLUSH(p) (p)->reg = gs_g_texflush

#define	gs_setR_SCISSOR_1(p, _clip_x0, _clip_x1, _clip_y0, _clip_y1)

#define	gs_setR_SCISSOR_2(p, _clip_x0, _clip_x1, _clip_y0, _clip_y1)

#define	gs_setR_ALPHA_1(p, _a, _b, _c, _d, _fix)

#define	gs_setR_ALPHA_2(p, _a, _b, _c, _d, _fix)

#define	gs_setR_DIMX(p, _dimx00, _dimx01, _dimx02, _dimx03, _dimx10, _dimx11, _dimx12, _dimx13, _dimx20, _dimx21, _dimx22, _dimx23, _dimx30, _dimx31, _dimx32, _dimx33)

#define	gs_setR_DTHE(p, _enable)

#define	gs_setR_COLCLAMP(p, _clamp)

#define	gs_setR_TEST_1(p, _ATE, _ATST, _AREF, _AFAIL, _DATE, _DATM, _ZTE, _ZTST)

#define	gs_setR_TEST_2(p, _ATE, _ATST, _AREF, _AFAIL, _DATE, _DATM, _ZTE, _ZTST)

#define	gs_setR_PABE(p, _enable)

#define	gs_setR_FBA_1(p, _alpha)

#define	gs_setR_FBA_2(p, _alpha)

#define	gs_setR_FRAME_1(p, _fb_addr, _fb_width, _psm, _draw_mask)

#define	gs_setR_FRAME_2(p, _fb_addr, _fb_width, _psm, _draw_mask)

#define	gs_setR_ZBUF_1(p, _fb_addr, _psm, _update_mask)

#define	gs_setR_ZBUF_2(p, _fb_addr, _psm, _update_mask)

#define	gs_setR_BITBLTBUF(p, _src_addr, _src_width, _src_pixmode, _dest_addr, _dest_width, _dest_pixmode)

#define	gs_setR_TRXPOS(p, _src_x, _src_y, _dest_x, _dest_y, _direction)

#define	gs_setR_TRXREG(p, _trans_w, _trans_h)

#define	gs_setR_TRXDIR(p, _trans_dir)

#define	gs_setR_HWREG(p, _data)

#define	gs_setR_SIGNAL(p, _signal_id, _update_mask)

#define	gs_setR_FINISH(p) (p)->reg = gs_g_finish

#define	gs_setR_LABEL(p, _label_id, _update_mask)

#define	gs_setR_NOP(p)

#define	gs_setGIF_TAG(p, _nloop, _eop, _pre, _prim, _flg, _nreg, _reg)

#define	CRTC_SETTINGS_DEFAULT1 CRTC_SETTINGS_EN1\|CRTC_SETTINGS_BLENDVAL\|CRTC_SETTINGS_OUTRC1\|CRTC_SETTINGS_STYLERC1

#define	CRTC_SETTINGS_DEFAULT2 CRTC_SETTINGS_EN2\|CRTC_SETTINGS_BLENDVAL\|CRTC_SETTINGS_OUTRC1\|CRTC_SETTINGS_STYLERC1

#define	CRTC_SETTINGS_EN1 ((u64)(1)<<0)

#define	CRTC_SETTINGS_EN2 ((u64)(1)<<1)

#define	CRTC_SETTINGS_ENBOTH CRTC_SETTINGS_EN1\|CRTC_SETTINGS_EN2

#define	CRTC_SETTINGS_BLENDRC1 ((u64)(0)<<5)

#define	CRTC_SETTINGS_BLENDVAL ((u64)(1)<<5)

#define	CRTC_SETTINGS_OUTRC1 ((u64)(0)<<6)

#define	CRTC_SETTINGS_OUTRC2 ((u64)(1)<<6)

#define	CRTC_SETTINGS_STYLERC1 ((u64)(0)<<7)

#define	CRTC_SETTINGS_STYLEBG ((u64)(1)<<7)

#define	GS_PACKET_DATA_QWORD_MAX 32000

Enumerations
enum	GsVideoModes { GS_MODE_NTSC = 0x02 , GS_MODE_PAL , GS_MODE_DTV_480P = 0x50 }

enum	GsPrimitiveTypes { GS_PRIM_POINT =0 , GS_PRIM_LINE , GS_PRIM_LINE_STRIP , GS_PRIM_TRI , GS_PRIM_TRI_STRIP , GS_PRIM_TRI_FAN , GS_PRIM_SPRITE }

enum	GsATestMethods { GS_ALPHA_NEVER =0 , GS_ALPHA_ALWAYS , GS_ALPHA_LESS , GS_ALPHA_LEQUAL , GS_ALPHA_EQUAL , GS_ALPHA_GEQUAL , GS_ALPHA_GREATER , GS_ALPHA_NOTEQUAL }

enum	GsATestFailedUpdateMethods { GS_ALPHA_NO_UPDATE =0 , GS_ALPHA_FB_ONLY , GS_ALPHA_ZB_ONLY , GS_ALPHA_RGB_ONLY }

enum	GsZTestMethodTypes { GS_ZBUFF_NEVER =0 , GS_ZBUFF_ALWAYS , GS_ZBUFF_GEQUAL , GS_ZBUFF_GREATER }

enum	GsTexMipmaps { GS_TEX_MIPMAP0 =0 , GS_TEX_MIPMAP1 , GS_TEX_MIPMAP2 , GS_TEX_MIPMAP3 , GS_TEX_MIPMAP4 , GS_TEX_MIPMAP5 , GS_TEX_MIPMAP6 }

enum	GsTexFilterMethods { GS_TEX_NEAREST =0 , GS_TEX_LINEAR , GS_TEX_NEAREST_MIPMAP_NEAREST , GS_TEX_NEAREST_MIPMAP_LINEAR , GS_TEX_LINEAR_MIPMAP_NEAREST , GS_TEX_LINEAR_MIPMAP_LINEAR }

enum	GsTexFunctions { GS_TEX_MODULATE =0 , GS_TEX_DECAL , GS_TEX_HIGHLIHGT1 , GS_TEX_HIGHLIHGT2 }

enum	GsGifDataFormat { GS_GIF_PACKED =0 , GS_GIF_REGLIST , GS_GIF_IMAGE , GS_GIF_DISABLE }

Functions
int	GsSetXYOffset1 (u16 x, u16 y)

int	GsSetXYOffset2 (u16 x, u16 y)

int	GsSetScissor1 (u16 upper_x, u16 upper_y, u16 lower_x, u16 lower_y)

int	GsSetScissor2 (u16 upper_x, u16 upper_y, u16 lower_x, u16 lower_y)

int	GsSetFrame1 (u16 framebuffer_addr, u8 framebuffer_width, u8 psm, u32 draw_mask)

int	GsSetFrame2 (u16 framebuffer_addr, u8 framebuffer_width, u8 psm, u32 draw_mask)

int	GsTextureFlush (void)

int	GsSetPixelTest1 (u8 enable_alpha_test, u8 alpha_test_method, u8 alpha_reference, u8 alpha_fail_method, u8 enable_dest_alpha_test, u8 dest_alpha_test_mode, u8 enable_zbuff_test, u8 alpha_zbuff_method)

int	GsSetPixelTest2 (u8 enable_alpha_test, u8 alpha_test_method, u8 alpha_reference, u8 alpha_fail_method, u8 enable_dest_alpha_test, u8 dest_alpha_test_mode, u8 enable_zbuff_test, u8 alpha_zbuff_method)

int	GsSelectTexure1 (u16 tex_addr, u8 addr_width, u8 tex_pixmode, u16 tex_width, u16 tex_height, u16 clut_addr, u8 clut_pixmode, u8 clut_storagemode, u8 clut_offset)

int	GsSelectTexure2 (u16 tex_addr, u8 addr_width, u8 tex_pixmode, u16 tex_width, u16 tex_height, u16 clut_addr, u8 clut_pixmode, u8 clut_storagemode, u8 clut_offset)

void	GsSetFogColor (u8 r, u8 g, u8 b)

void	GsEnableColorClamp (u16 enable)

GsGParam_t *	GsGetGParam (void)

void	GsResetGraph (short int mode, short int interlace, short int omode, short int ffmode)

void	GsResetPath (void)

void	GsSetCRTCSettings (u64 settings, u8 alpha_value)

void	GsSetDefaultDrawEnv (GS_DRAWENV *drawenv, u16 psm, u16 w, u16 h)

void	GsSetDefaultDrawEnvAddress (GS_DRAWENV *drawenv, u16 vram_addr)

void	GsSetDefaultDisplayEnv (GS_DISPENV *dispenv, u16 psm, u16 w, u16 h, u16 dx, u16 dy)

void	GsSetDefaultDisplayEnvAddress (GS_DISPENV *dispenv, u16 vram_addr)

void	GsSetDefaultZBufferEnv (GS_ZENV *zenv, u8 update_mask)

void	GsSetDefaultZBufferEnvAddress (GS_ZENV *zenv, u16 vram_addr, u8 psm)

void	GsPutDrawEnv1 (GS_DRAWENV *drawenv)

void	GsPutDrawEnv2 (GS_DRAWENV *drawenv)

void	GsPutDisplayEnv1 (GS_DISPENV *dispenv)

void	GsPutDisplayEnv2 (GS_DISPENV *dispenv)

void	GsPutZBufferEnv1 (GS_ZENV *zenv)

void	GsPutZBufferEnv2 (GS_ZENV *zenv)

void	GsClearDrawEnv1 (GS_DRAWENV *drawenv)

void	GsClearDrawEnv2 (GS_DRAWENV *drawenv)

QWORD *	GsGifPacketsAlloc (GS_PACKET_TABLE *table, u32 num_qwords)

void	GsGifPacketsClear (GS_PACKET_TABLE *table)

int	GsGifPacketsExecute (GS_PACKET_TABLE *table, u16 wait)

int	GsLoadImage (const void source_addr, GS_IMAGE dest)

void	GsOverridePrimAttributes (s8 override, s8 iip, s8 tme, s8 fge, s8 abe, s8 aa1, s8 fst, s8 ctxt, s8 fix)

void	GsEnableDithering (u8 enable, int mode)

void	GsEnableAlphaTransparency1 (u16 enable, u16 method, u8 alpha_ref, u16 fail_method)

void	GsEnableAlphaTransparency2 (u16 enable, u16 method, u8 alpha_ref, u16 fail_method)

void	GsEnableZbuffer1 (u16 enable, u16 test_method)

void	GsEnableZbuffer2 (u16 enable, u16 test_method)

void	GsEnableAlphaBlending1 (u16 enable)

void	GsEnableAlphaBlending2 (u16 enable)

void	GsDrawSync (int mode)

void	GsHSync (int mode)

void	GsVSync (int mode)

int	GsVramAllocFrameBuffer (s16 w, s16 h, s16 psm)

int	GsVramAllocTextureBuffer (s16 w, s16 h, s16 psm)

void	GsVramFreeAllTextureBuffer (void)

void	GsVramFreeAll (void)

int	GsDbGetDrawBuffer (void)

int	GsDbGetDisplayBuffer (void)

void	GsDbSwapBuffer (void)

Detailed Description

GS library functions.

Definition in file libgs.h.

Macro Definition Documentation

◆ CRTC_SETTINGS_BLENDRC1

#define CRTC_SETTINGS_BLENDRC1 ((u64)(0)<<5)

Use Alpha value from rc1 for blending

Definition at line 1894 of file libgs.h.

◆ CRTC_SETTINGS_BLENDVAL

#define CRTC_SETTINGS_BLENDVAL ((u64)(1)<<5)

Use Alpha value from alpha_value of GsSetCRTCSettings() for blending

Definition at line 1896 of file libgs.h.

◆ CRTC_SETTINGS_DEFAULT1

#define CRTC_SETTINGS_DEFAULT1 CRTC_SETTINGS_EN1|CRTC_SETTINGS_BLENDVAL|CRTC_SETTINGS_OUTRC1|CRTC_SETTINGS_STYLERC1

Definition at line 1884 of file libgs.h.

◆ CRTC_SETTINGS_DEFAULT2

#define CRTC_SETTINGS_DEFAULT2 CRTC_SETTINGS_EN2|CRTC_SETTINGS_BLENDVAL|CRTC_SETTINGS_OUTRC1|CRTC_SETTINGS_STYLERC1

Definition at line 1885 of file libgs.h.

◆ CRTC_SETTINGS_EN1

#define CRTC_SETTINGS_EN1 ((u64)(1)<<0)

Enable RC1(ReadCircuit 1)

Definition at line 1888 of file libgs.h.

◆ CRTC_SETTINGS_EN2

#define CRTC_SETTINGS_EN2 ((u64)(1)<<1)

Enable RC2(ReadCircuit 1)

Definition at line 1890 of file libgs.h.

◆ CRTC_SETTINGS_ENBOTH

#define CRTC_SETTINGS_ENBOTH CRTC_SETTINGS_EN1|CRTC_SETTINGS_EN2

Enable RC1 & R2

Definition at line 1892 of file libgs.h.

◆ CRTC_SETTINGS_OUTRC1

#define CRTC_SETTINGS_OUTRC1 ((u64)(0)<<6)

Output Final image to RC1

Definition at line 1898 of file libgs.h.

◆ CRTC_SETTINGS_OUTRC2

#define CRTC_SETTINGS_OUTRC2 ((u64)(1)<<6)

Output Final image to RC2

Definition at line 1900 of file libgs.h.

◆ CRTC_SETTINGS_STYLEBG

#define CRTC_SETTINGS_STYLEBG ((u64)(1)<<7)

Blend With The Out Put of BG(background)

Definition at line 1904 of file libgs.h.

◆ CRTC_SETTINGS_STYLERC1

#define CRTC_SETTINGS_STYLERC1 ((u64)(0)<<7)

Blend With The Out Put of RC1

Definition at line 1902 of file libgs.h.

◆ gif_rd_ad

#define gif_rd_ad 0x0e

A+D

Definition at line 326 of file libgs.h.

◆ gif_rd_nop

#define gif_rd_nop 0x0f

NOP (Not OutPut)

Definition at line 328 of file libgs.h.

◆ GS_CLUT_16

#define GS_CLUT_16 2

Definition at line 84 of file libgs.h.

◆ GS_CLUT_16S

#define GS_CLUT_16S 10

Definition at line 85 of file libgs.h.

◆ GS_CLUT_32

#define GS_CLUT_32 0

clut Pixel Storage Modes (PSM)

Definition at line 83 of file libgs.h.

◆ GS_DISABLE

#define GS_DISABLE 0

Definition at line 62 of file libgs.h.

◆ GS_ENABLE

#define GS_ENABLE 1

Definition at line 63 of file libgs.h.

◆ GS_FFMD_FIELD

#define GS_FFMD_FIELD 0x00

Read every other line from the beginning with the start of FIELD.

Definition at line 41 of file libgs.h.

◆ GS_FFMD_FRAME

#define GS_FFMD_FRAME 0x01

Read every line from the beginning with the start of FRAME.

Definition at line 43 of file libgs.h.

◆ gs_g_alpha_1

#define gs_g_alpha_1 0x42

Alpha blending setting (Context 1)

Definition at line 281 of file libgs.h.

◆ gs_g_alpha_2

#define gs_g_alpha_2 0x43

Alpha blending setting (Context 2)

Definition at line 283 of file libgs.h.

◆ gs_g_bitbltbuf

#define gs_g_bitbltbuf 0x50

Texture transmission address & format

Definition at line 309 of file libgs.h.

◆ gs_g_clamp_1

#define gs_g_clamp_1 0x08

Set texture wrap mode in context 1

Definition at line 236 of file libgs.h.

◆ gs_g_clamp_2

#define gs_g_clamp_2 0x09

Set texture wrap mode in context 2

Definition at line 238 of file libgs.h.

◆ gs_g_colclamp

#define gs_g_colclamp 0x46

Color clamp control

Definition at line 289 of file libgs.h.

◆ gs_g_dimx

#define gs_g_dimx 0x44

Dither matrix values

Definition at line 285 of file libgs.h.

◆ gs_g_dthe

#define gs_g_dthe 0x45

Enabel dither matrix

Definition at line 287 of file libgs.h.

◆ gs_g_fba_1

#define gs_g_fba_1 0x4a

Alpha correction value (Context 1)

Definition at line 297 of file libgs.h.

◆ gs_g_fba_2

#define gs_g_fba_2 0x4b

Alpha correction value (Context 2)

Definition at line 299 of file libgs.h.

◆ gs_g_finish

#define gs_g_finish 0x61

Definition at line 318 of file libgs.h.

◆ gs_g_fog

#define gs_g_fog 0x0a

Set fog attributes

Definition at line 240 of file libgs.h.

◆ gs_g_fogcol

#define gs_g_fogcol 0x3d

Set fog far color

Definition at line 273 of file libgs.h.

◆ gs_g_frame_1

#define gs_g_frame_1 0x4c

Frame buffer settings (Context 1)

Definition at line 301 of file libgs.h.

◆ gs_g_frame_2

#define gs_g_frame_2 0x4d

Frame buffer settings (Context 2)

Definition at line 303 of file libgs.h.

◆ gs_g_hwreg

#define gs_g_hwreg 0x54

Definition at line 316 of file libgs.h.

◆ gs_g_label

#define gs_g_label 0x62

Definition at line 319 of file libgs.h.

◆ gs_g_miptbp1_1

#define gs_g_miptbp1_1 0x34

Set mipmap address in context 1(mip level 1-3)

Definition at line 263 of file libgs.h.

◆ gs_g_miptbp1_2

#define gs_g_miptbp1_2 0x35

Set mipmap address in context 1(mip level 1-3)

Definition at line 265 of file libgs.h.

◆ gs_g_miptbp2_1

#define gs_g_miptbp2_1 0x36

Set mipmap address in context 2(mip level 4-6)

Definition at line 267 of file libgs.h.

◆ gs_g_miptbp2_2

#define gs_g_miptbp2_2 0x37

Set mipmap address in context 2(mip level 4-6)

Definition at line 269 of file libgs.h.

◆ gs_g_nop

#define gs_g_nop 0x7f

no operation\does nothing\can be used as padding

Definition at line 321 of file libgs.h.

◆ gs_g_pabe

#define gs_g_pabe 0x49

Enable alpha blending

Definition at line 295 of file libgs.h.

◆ gs_g_prim

#define gs_g_prim 0x00

Select and configure current drawing primitive

Definition at line 220 of file libgs.h.

◆ gs_g_prmode

#define gs_g_prmode 0x1b

attributes of current drawing primitive

Definition at line 258 of file libgs.h.

◆ gs_g_prmodecont

#define gs_g_prmodecont 0x1a

gs_g_prim or gs_g_prmode selector

Definition at line 256 of file libgs.h.

◆ gs_g_rgbaq

#define gs_g_rgbaq 0x01

Setup current vertex color

Definition at line 222 of file libgs.h.

◆ gs_g_scanmsk

#define gs_g_scanmsk 0x22

Raster odd\even line drawing setting

Definition at line 261 of file libgs.h.

◆ gs_g_scissor_1

#define gs_g_scissor_1 0x40

Setup clipping rectangle (Context 1)

Definition at line 277 of file libgs.h.

◆ gs_g_scissor_2

#define gs_g_scissor_2 0x41

Setup clipping rectangle (Context 2)

Definition at line 279 of file libgs.h.

◆ gs_g_signal

#define gs_g_signal 0x60

Definition at line 317 of file libgs.h.

◆ gs_g_st

#define gs_g_st 0x02

ST map

Definition at line 224 of file libgs.h.

◆ gs_g_test_1

#define gs_g_test_1 0x47

FrameBuffer\ZBuffer Pixel test contol (Context 1)

Definition at line 291 of file libgs.h.

◆ gs_g_test_2

#define gs_g_test_2 0x48

FrameBuffer\ZBuffer Pixel test contol (Context 2)

Definition at line 293 of file libgs.h.

◆ gs_g_tex0_1

#define gs_g_tex0_1 0x06

Select current texture in context 1

Definition at line 232 of file libgs.h.

◆ gs_g_tex0_2

#define gs_g_tex0_2 0x07

Select current texture in context 2

Definition at line 234 of file libgs.h.

◆ gs_g_tex1_1

#define gs_g_tex1_1 0x14

Definition at line 245 of file libgs.h.

◆ gs_g_tex1_2

#define gs_g_tex1_2 0x15

Definition at line 246 of file libgs.h.

◆ gs_g_tex2_1

#define gs_g_tex2_1 0x16

Set texture filtering\sampling style in context 1

Definition at line 248 of file libgs.h.

◆ gs_g_tex2_2

#define gs_g_tex2_2 0x17

Set texture filtering\sampling style in context 2

Definition at line 250 of file libgs.h.

◆ gs_g_texa

#define gs_g_texa 0x3b

Texture alpha setting

Definition at line 271 of file libgs.h.

◆ gs_g_texclut

#define gs_g_texclut 0x1c

Definition at line 259 of file libgs.h.

◆ gs_g_texflush

#define gs_g_texflush 0x3f

Flush texture buffer/cache

Definition at line 275 of file libgs.h.

◆ gs_g_trxdir

#define gs_g_trxdir 0x53

Texture transmission direction

Definition at line 315 of file libgs.h.

◆ gs_g_trxpos

#define gs_g_trxpos 0x51

Texture transmission coordinates

Definition at line 311 of file libgs.h.

◆ gs_g_trxreg

#define gs_g_trxreg 0x52

Texture transmission width & height

Definition at line 313 of file libgs.h.

◆ gs_g_uv

#define gs_g_uv 0x03

UV map

Definition at line 226 of file libgs.h.

◆ gs_g_xyoffset_1

#define gs_g_xyoffset_1 0x18

Mapping from Primitive to Window coordinate system (Context 1)

Definition at line 252 of file libgs.h.

◆ gs_g_xyoffset_2

#define gs_g_xyoffset_2 0x19

Mapping from Primitive to Window coordinate system (Context 2)

Definition at line 254 of file libgs.h.

◆ gs_g_xyz2

#define gs_g_xyz2 0x05

Set vertex coordinate (with draw kick)

Definition at line 230 of file libgs.h.

◆ gs_g_xyz3

#define gs_g_xyz3 0x0d

Set vertex position (no draw kick)

Definition at line 244 of file libgs.h.

◆ gs_g_xyzf2

#define gs_g_xyzf2 0x04

Set vertex position and fog coefflcient (with draw kick)

Definition at line 228 of file libgs.h.

◆ gs_g_xyzf3

#define gs_g_xyzf3 0x0c

Set vertex position and fog coefflcient (no draw kick)

Definition at line 242 of file libgs.h.

◆ gs_g_zbuf_1

#define gs_g_zbuf_1 0x4e

Zbuffer configuration (Context 1)

Definition at line 305 of file libgs.h.

◆ gs_g_zbuf_2

#define gs_g_zbuf_2 0x4f

Zbuffer configuration (Context 2)

Definition at line 307 of file libgs.h.

◆ GS_GET_CSR_current_field

#define GS_GET_CSR_current_field (*((vu64 *)(gs_p_csr)) & (0x00000001 << 13))

Definition at line 1341 of file libgs.h.

◆ GS_GET_CSR_fifo_status

#define GS_GET_CSR_fifo_status (*((vu64 *)(gs_p_csr)) & (0x00000003 << 14))

Definition at line 1344 of file libgs.h.

◆ GS_GET_CSR_finish_evnt

#define GS_GET_CSR_finish_evnt (*((vu64 *)(gs_p_csr)) & (0x00000001 << 1))

Definition at line 1323 of file libgs.h.

◆ GS_GET_CSR_gs_id

#define GS_GET_CSR_gs_id (*((vu64 *)(gs_p_csr)) & (0x000000FF << 24))

Definition at line 1350 of file libgs.h.

◆ GS_GET_CSR_gs_rev_number

#define GS_GET_CSR_gs_rev_number (*((vu64 *)(gs_p_csr)) & (0x000000FF << 16))

Definition at line 1347 of file libgs.h.

◆ GS_GET_CSR_hsync_intrupt

#define GS_GET_CSR_hsync_intrupt (*((vu64 *)(gs_p_csr)) & (0x00000001 << 2))

Definition at line 1326 of file libgs.h.

◆ GS_GET_CSR_signal_evnt

#define GS_GET_CSR_signal_evnt (*((vu64 *)(gs_p_csr)) & (0x00000001 << 0))

Definition at line 1320 of file libgs.h.

◆ GS_GET_CSR_vsync_intrupt

#define GS_GET_CSR_vsync_intrupt (*((vu64 *)(gs_p_csr)) & (0x00000001 << 3))

Definition at line 1329 of file libgs.h.

◆ GS_GET_CSR_write_nfield

#define GS_GET_CSR_write_nfield (*((vu64 *)(gs_p_csr)) & (0x00000001 << 12))

Definition at line 1338 of file libgs.h.

◆ GS_GET_CSR_write_terminate

#define GS_GET_CSR_write_terminate (*((vu64 *)(gs_p_csr)) & (0x00000001 << 4))

Definition at line 1332 of file libgs.h.

◆ GS_INIT_DRAW_RESET

#define GS_INIT_DRAW_RESET 1

Drawing operations are cancelled and primitive data will be discarded.

Definition at line 35 of file libgs.h.

◆ GS_INIT_RESET

#define GS_INIT_RESET 0

Resets the GS and GIF.

Definition at line 33 of file libgs.h.

◆ GS_INTERLACED

#define GS_INTERLACED 0x01

Definition at line 38 of file libgs.h.

◆ GS_NONINTERLACED

#define GS_NONINTERLACED 0x00

Definition at line 37 of file libgs.h.

◆ gs_p_bgcolor

#define gs_p_bgcolor 0x120000e0

Set CRTC background color

Definition at line 207 of file libgs.h.

◆ gs_p_busdir

#define gs_p_busdir 0x12001040

Set direction of data transmission FIFO

Definition at line 213 of file libgs.h.

◆ gs_p_csr

#define gs_p_csr 0x12001000

System status and reset

Definition at line 209 of file libgs.h.

◆ gs_p_dispfb1

#define gs_p_dispfb1 0x12000070

Setup the CRTC's Read Circuit 1 data source settings

Definition at line 196 of file libgs.h.

◆ gs_p_dispfb2

#define gs_p_dispfb2 0x12000090

Setup the CRTC's Read Circuit 2 data source settings

Definition at line 200 of file libgs.h.

◆ gs_p_display1

#define gs_p_display1 0x12000080

RC1 display output settings

Definition at line 198 of file libgs.h.

◆ gs_p_display2

#define gs_p_display2 0x120000a0

RC2 display output settings

Definition at line 202 of file libgs.h.

◆ gs_p_extbuf

#define gs_p_extbuf 0x120000b0

Definition at line 203 of file libgs.h.

◆ gs_p_extdata

#define gs_p_extdata 0x120000c0

Definition at line 204 of file libgs.h.

◆ gs_p_extwrite

#define gs_p_extwrite 0x120000d0

Definition at line 205 of file libgs.h.

◆ gs_p_imr

#define gs_p_imr 0x12001010

Interrupt Mask Register

Definition at line 211 of file libgs.h.

◆ gs_p_pmode

#define gs_p_pmode 0x12000000

Setup CRT Controller

Definition at line 190 of file libgs.h.

◆ gs_p_siglblid

#define gs_p_siglblid 0x12001080

Signal\label value

Definition at line 215 of file libgs.h.

◆ gs_p_smode1

#define gs_p_smode1 0x12000010

Video signal settings, undocumented (don't set!)

Definition at line 192 of file libgs.h.

◆ gs_p_smode2

#define gs_p_smode2 0x12000020

CRTC Video Settings: PAL/NTCS, Interlace, etc.

Definition at line 194 of file libgs.h.

◆ GS_PACKET_DATA_QWORD_MAX

#define GS_PACKET_DATA_QWORD_MAX 32000

Definition at line 2279 of file libgs.h.

◆ GS_PIXMODE_16

#define GS_PIXMODE_16 2

Definition at line 79 of file libgs.h.

◆ GS_PIXMODE_16S

#define GS_PIXMODE_16S 10

Definition at line 80 of file libgs.h.

◆ GS_PIXMODE_24

#define GS_PIXMODE_24 1

Definition at line 78 of file libgs.h.

◆ GS_PIXMODE_32

#define GS_PIXMODE_32 0

regular Pixel Storage Modes (PSM)

Definition at line 77 of file libgs.h.

◆ GS_SET_BGCOLOR

#define GS_SET_BGCOLOR	(	r,
		g,
		b
	)

Value:

                        *(vu64 *)gs_p_bgcolor = \
                (u64)((r) & 0x000000FF) <<  0 | \
                (u64)((g) & 0x000000FF) <<  8 | \
                (u64)((b) & 0x000000FF) << 16

Definition at line 1243 of file libgs.h.

◆ GS_SET_BUSDIR

#define GS_SET_BUSDIR ( direction )

Value:

*(vu64 *)gs_p_busdir = \

(u64)((direction) & 0x00000001)

gs_p_busdir

#define gs_p_busdir

Definition: libgs.h:213

Definition at line 1274 of file libgs.h.

◆ GS_SET_CSR

#define GS_SET_CSR	(	signal_evnt,
		finish_evnt,
		hsync_intrupt,
		vsync_intrupt,
		write_terminate,
		flush,
		reset,
		nfield,
		current_field,
		fifo_status,
		gs_rev_number,
		gs_id
	)

Value:

                        *(vu64 *)gs_p_csr =                             \
                (u64)((signal_evnt      ) & 0x00000001) <<  0 | \
                (u64)((finish_evnt      ) & 0x00000001) <<  1 | \
                (u64)((hsync_intrupt    ) & 0x00000001) <<  2 | \
                (u64)((vsync_intrupt    ) & 0x00000001) <<  3 | \
                (u64)((write_terminate) & 0x00000001) <<  4 | \
                (u64)((flush            ) & 0x00000001) <<  8 | \
                (u64)((reset            ) & 0x00000001) <<  9 | \
                (u64)((nfield           ) & 0x00000001) << 12 | \
                (u64)((current_field    ) & 0x00000001) << 13 | \
                (u64)((fifo_status      ) & 0x00000003) << 14 | \
                (u64)((gs_rev_number    ) & 0x000000FF) << 16 | \
                (u64)((gs_id            ) & 0x000000FF) << 24

Definition at line 1249 of file libgs.h.

◆ GS_SET_CSR_finish_evnt

#define GS_SET_CSR_finish_evnt ( val ) GS_SET_CSR(0,val,0,0,0,0,0,0,0,0,0,0)

Definition at line 1291 of file libgs.h.

◆ GS_SET_CSR_flush

#define GS_SET_CSR_flush ( val ) GS_SET_CSR(0,0,0,0,0,val,0,0,0,0,0,0)

Definition at line 1303 of file libgs.h.

◆ GS_SET_CSR_hsync_intrupt

#define GS_SET_CSR_hsync_intrupt ( val ) GS_SET_CSR(0,0,val,0,0,0,0,0,0,0,0,0)

Definition at line 1294 of file libgs.h.

◆ GS_SET_CSR_reset

#define GS_SET_CSR_reset ( val ) GS_SET_CSR(0,0,0,0,0,0,val,0,0,0,0,0)

Definition at line 1306 of file libgs.h.

◆ GS_SET_CSR_signal_evnt

#define GS_SET_CSR_signal_evnt ( val ) GS_SET_CSR(val,0,0,0,0,0,0,0,0,0,0,0)

Definition at line 1288 of file libgs.h.

◆ GS_SET_CSR_vsync_intrupt

#define GS_SET_CSR_vsync_intrupt ( val ) GS_SET_CSR(0,0,0,val,0,0,0,0,0,0,0,0)

Definition at line 1297 of file libgs.h.

◆ GS_SET_CSR_write_terminate

#define GS_SET_CSR_write_terminate ( val ) GS_SET_CSR(0,0,0,0,val,0,0,0,0,0,0,0)

Definition at line 1300 of file libgs.h.

◆ GS_SET_DISPFB1

#define GS_SET_DISPFB1	(	address,
		width,
		psm,
		x,
		y
	)

Value:

                        *(vu64 *)gs_p_dispfb1=\
                (u64)((address  ) & 0x000001FF) <<  0 | \
                (u64)((width    ) & 0x0000003F) <<  9 | \
                (u64)((psm      ) & 0x0000001F) << 15 | \
                (u64)((x        ) & 0x000007FF) << 32 | \
                (u64)((y        ) & 0x000007FF) << 43

Definition at line 1185 of file libgs.h.

◆ GS_SET_DISPFB2

#define GS_SET_DISPFB2	(	address,
		width,
		psm,
		x,
		y
	)

Value:

                        *(vu64 *)gs_p_dispfb2=\
                (u64)((address  ) & 0x000001FF) <<  0 | \
                (u64)((width            ) & 0x0000003F) <<  9 | \
                (u64)((psm      ) & 0x0000001F) << 15 | \
                (u64)((x                        ) & 0x000007FF) << 32 | \
                (u64)((y                        ) & 0x000007FF) << 43

Definition at line 1193 of file libgs.h.

◆ GS_SET_DISPLAY1

#define GS_SET_DISPLAY1	(	display_x,
		display_y,
		magnify_h,
		magnify_v,
		display_w,
		display_h
	)

Value:

                        *(vu64 *)gs_p_display1 =                \
                (u64)((display_x) & 0x00000FFF) <<  0 | \
                (u64)((display_y) & 0x000007FF) << 12 | \
                (u64)((magnify_h) & 0x0000000F) << 23 | \
                (u64)((magnify_v) & 0x00000003) << 27 | \
                (u64)((display_w) & 0x00000FFF) << 32 | \
                (u64)((display_h) & 0x000007FF) << 44

Definition at line 1201 of file libgs.h.

◆ GS_SET_DISPLAY2

#define GS_SET_DISPLAY2	(	display_x,
		display_y,
		magnify_h,
		magnify_v,
		display_w,
		display_h
	)

Value:

                        *(vu64 *)gs_p_display2 =                \
                (u64)((display_x) & 0x00000FFF) <<  0 | \
                (u64)((display_y) & 0x000007FF) << 12 | \
                (u64)((magnify_h) & 0x0000000F) << 23 | \
                (u64)((magnify_v) & 0x00000003) << 27 | \
                (u64)((display_w) & 0x00000FFF) << 32 | \
                (u64)((display_h) & 0x000007FF) << 44

Definition at line 1210 of file libgs.h.

◆ GS_SET_EXTBUF

#define GS_SET_EXTBUF	(	A,
		B,
		C,
		D,
		E,
		F,
		G,
		H
	)

Value:

                        *(vu64 *)gs_p_extbuf =  \
                (u64)((A) & 0x00003FFF) <<  0 | \
                (u64)((B) & 0x0000003F) << 14 | \
                (u64)((C) & 0x00000003) << 20 | \
                (u64)((D) & 0x00000001) << 22 | \
                (u64)((E) & 0x00000003) << 23 | \
                (u64)((F) & 0x00000003) << 25 | \
                (u64)((G) & 0x000007FF) << 32 | \
                (u64)((H) & 0x000007FF) << 43

Definition at line 1219 of file libgs.h.

◆ GS_SET_EXTDATA

#define GS_SET_EXTDATA	(	x,
		y,
		sample_r_h,
		sample_r_v,
		write_w,
		write_h
	)

Value:

                        *(vu64 *)gs_p_extdata =         \
                (u64)((x                ) & 0x00000FFF) <<  0 | \
                (u64)((y                ) & 0x000007FF) << 12 | \
                (u64)((sample_r_h       ) & 0x0000000F) << 23 | \
                (u64)((sample_r_v       ) & 0x00000003) << 27 | \
                (u64)((write_w          ) & 0x00000FFF) << 32 | \
                (u64)((write_h          ) & 0x000007FF) << 44

Definition at line 1230 of file libgs.h.

◆ GS_SET_EXTWRITE

#define GS_SET_EXTWRITE ( write )

Value:

*(vu64 *)gs_p_extwrite = \

(u64)((write) & 0x00000001)

gs_p_extwrite

#define gs_p_extwrite

Definition: libgs.h:205

Definition at line 1239 of file libgs.h.

◆ GS_SET_IMR

#define GS_SET_IMR	(	signal_mask,
		finish_mask,
		hsync_mask,
		vsync_mask,
		write_mask,
		exhs_mask,
		exvs_mask
	)

Value:

                        *(vu64 *)gs_p_imr =                     \
                (u64)((signal_mask) & 0x00000001) <<  8 | \
                (u64)((finish_mask) & 0x00000001) <<  9 | \
                (u64)((hsync_mask       ) & 0x00000001) << 10 | \
                (u64)((vsync_mask       ) & 0x00000001) << 11 | \
                (u64)((write_mask       ) & 0x00000001) << 12 | \
                (u64)((exhs_mask        ) & 0x00000001) << 13 | \
                (u64)((exvs_mask        ) & 0x00000001) << 14

Definition at line 1264 of file libgs.h.

◆ GS_SET_PMODE

#define GS_SET_PMODE	(	enable_rc1,
		enable_rc2,
		mmod,
		amod,
		blend_style,
		blend_value
	)

Value:

                        *(vu64 *)gs_p_pmode =                   \
                (u64)((enable_rc1       ) & 0x00000001) <<  0 | \
                (u64)((enable_rc2       ) & 0x00000001) <<  1 | \
                (u64)((1                ) & 0x00000007) <<  2 | \
                (u64)((mmod             ) & 0x00000001) <<  5 | \
                (u64)((amod             ) & 0x00000001) <<  6 | \
                (u64)((blend_style) & 0x00000001) <<  7 | \
                (u64)((blend_value) & 0x000000FF) <<  8

Definition at line 1142 of file libgs.h.

◆ gs_set_PRMODECONT

#define gs_set_PRMODECONT	(	p,
		_control
	)	(p)->control = _control

Definition at line 1459 of file libgs.h.

◆ GS_SET_SIGLBLID

#define GS_SET_SIGLBLID	(	signal_id,
		label_id
	)

Value:

                        *(vu64 *)gs_p_siglblid =        \
                (u64)((signal_id        ) & 0xFFFFFFFF) <<  0 | \
                (u64)((label_id         ) & 0xFFFFFFFF) << 32

Definition at line 1278 of file libgs.h.

◆ GS_SET_SMODE1

#define GS_SET_SMODE1	(	rc,
		lc,
		t1248,
		slck,
		cmod,
		ex,
		prst,
		sint,
		xpck,
		pck2,
		spml,
		gcont,
		phs,
		pvs,
		pehs,
		pevs,
		clksel,
		nvck,
		slck2,
		vcksel,
		vhp
	)

Value:

                        *(vu64 *)gs_p_smode1 =          \
                (u64)((rc       ) & 0x00000007) <<  0 | \
                (u64)((lc       ) & 0x0000007F) <<  3 | \
                (u64)((t1248    ) & 0x00000003) << 10 | \
                (u64)((slck     ) & 0x00000001) << 12 | \
                (u64)((cmod     ) & 0x00000003) << 13 | \
                (u64)((ex       ) & 0x00000001) << 15 | \
                (u64)((prst     ) & 0x00000001) << 16 | \
                (u64)((sint     ) & 0x00000001) << 17 | \
                (u64)((xpck     ) & 0x00000001) << 18 | \
                (u64)((pck2     ) & 0x00000003) << 19 | \
                (u64)((spml     ) & 0x0000000F) << 21 | \
                (u64)((gcont    ) & 0x00000001) << 25 | \
                (u64)((phs      ) & 0x00000001) << 26 | \
                (u64)((pvs      ) & 0x00000001) << 27 | \
                (u64)((pehs     ) & 0x00000001) << 28 | \
                (u64)((pevs     ) & 0x00000001) << 29 | \
                (u64)((clksel   ) & 0x00000003) << 30 | \
                (u64)((nvck     ) & 0x00000001) << 32 | \
                (u64)((slck2    ) & 0x00000001) << 33 | \
                (u64)((vcksel   ) & 0x00000003) << 34 | \
                (u64)((vhp      ) & 0x00000003) << 36

Set by SetGsCrt(). DO NOT SET MANUALLY!!

Definition at line 1153 of file libgs.h.

◆ GS_SET_SMODE2

#define GS_SET_SMODE2	(	interlace,
		field_frame,
		vesta_dpms
	)

Value:

                        *(vu64 *)gs_p_smode2 =          \
                (u64)((interlace        ) & 0x00000001) <<  0 | \
                (u64)((field_frame      ) & 0x00000001) <<  1 | \
                (u64)((vesta_dpms       ) & 0x00000003) <<  2

Definition at line 1179 of file libgs.h.

◆ gs_set_XYOFFSET_1

#define gs_set_XYOFFSET_1	(	p,
		_offset_x,
		_offset_y
	)

Value:

(p)->offset_x = _offset_x, \

(p)->offset_y = _offset_y

Definition at line 1453 of file libgs.h.

◆ gs_set_XYOFFSET_2

#define gs_set_XYOFFSET_2 gs_set_XYOFFSET_1

Definition at line 1457 of file libgs.h.

◆ gs_setALPHA_1

#define gs_setALPHA_1	(	p,
		_a,
		_b,
		_c,
		_d,
		_alpha
	)

Value:

        (p)->a          = _a,                                           \
        (p)->b          = _b,                                           \
        (p)->c          = _c,                                           \
        (p)->d          = _d,                                           \
        (p)->alpha      = _alpha

Definition at line 1520 of file libgs.h.

◆ gs_setALPHA_2

#define gs_setALPHA_2 gs_setALPHA_1

Definition at line 1527 of file libgs.h.

◆ gs_setBITBLTBUF

#define gs_setBITBLTBUF	(	p,
		_src_addr,
		_src_width,
		_src_pixmode,
		_dest_addr,
		_dest_width,
		_dest_pixmode
	)

Value:

        (p)->src_addr           = _src_addr,                            \
        (p)->src_width          = _src_width,                           \
        (p)->src_pixmode        = _src_pixmode,                         \
        (p)->dest_addr          = _dest_addr,                           \
        (p)->dest_width         = _dest_width,                          \
        (p)->dest_pixmode       = _dest_pixmode

Definition at line 1586 of file libgs.h.

◆ gs_setCLAMP_1

#define gs_setCLAMP_1	(	p,
		wms,
		wmt,
		minu,
		maxu,
		minv,
		maxv
	)

Value:

        (p)->wms  = wms,                \
        (p)->wmt  = wmt,                \
        (p)->minu = minu,               \
        (p)->maxu = maxu,               \
        (p)->minv = minv,               \
        (p)->maxv = maxv

Definition at line 1419 of file libgs.h.

◆ gs_setCLAMP_2

#define gs_setCLAMP_2 gs_setCLAMP_1

Definition at line 1427 of file libgs.h.

◆ gs_setCOLCLAMP

#define gs_setCOLCLAMP	(	p,
		_clamp
	)	(p)->clamp = _clamp

Definition at line 1550 of file libgs.h.

◆ gs_setDIMX

#define gs_setDIMX	(	p,
		_dimx00,
		_dimx01,
		_dimx02,
		_dimx03,
		_dimx10,
		_dimx11,
		_dimx12,
		_dimx13,
		_dimx20,
		_dimx21,
		_dimx22,
		_dimx23,
		_dimx30,
		_dimx31,
		_dimx32,
		_dimx33
	)

Value:

        (p)->dimx00             = _dimx00,                                              \
        (p)->dimx01             = _dimx01,                                              \
        (p)->dimx02             = _dimx02,                                              \
        (p)->dimx03             = _dimx03,                                              \
        (p)->dimx10             = _dimx10,                                              \
        (p)->dimx11             = _dimx11,                                              \
        (p)->dimx12             = _dimx12,                                              \
        (p)->dimx13             = _dimx13,                                              \
        (p)->dimx20             = _dimx20,                                              \
        (p)->dimx21             = _dimx21,                                              \
        (p)->dimx22             = _dimx22,                                              \
        (p)->dimx23             = _dimx23,                                              \
        (p)->dimx30             = _dimx30,                                              \
        (p)->dimx31             = _dimx31,                                              \
        (p)->dimx32             = _dimx32,                                              \
        (p)->dimx33             = _dimx33

Definition at line 1529 of file libgs.h.

◆ gs_setDTHE

#define gs_setDTHE	(	p,
		_enable
	)	(p)->enable = _enable

Definition at line 1547 of file libgs.h.

◆ gs_setFBA

#define gs_setFBA	(	p,
		_alpha
	)	(p)->alpha = _alpha

Definition at line 1568 of file libgs.h.

◆ gs_setFINISH

#define gs_setFINISH ( p ) (p)->pad0 = 0

Definition at line 1615 of file libgs.h.

◆ gs_setFOG

#define gs_setFOG	(	p,
		_f
	)	(p)->f = _f

Definition at line 1429 of file libgs.h.

◆ gs_setFOGCOLOR

#define gs_setFOGCOLOR	(	p,
		_r,
		_g,
		_b
	)

Value:

        (p)->r  = _r,                                                   \
        (p)->g  = _g,                                                   \
        (p)->b  = _b

Definition at line 1505 of file libgs.h.

◆ gs_setFRAME_1

#define gs_setFRAME_1	(	p,
		_fb_addr,
		_fb_width,
		_psm,
		_draw_mask
	)

Value:

        (p)->fb_addr            = _fb_addr,                             \
        (p)->fb_width           = _fb_width,                    \
        (p)->psm                = _psm,                 \
        (p)->draw_mask          = _draw_mask

Definition at line 1571 of file libgs.h.

◆ gs_setFRAME_2

#define gs_setFRAME_2 gs_setFRAME_1

Definition at line 1577 of file libgs.h.

◆ gs_setGIF_TAG

#define gs_setGIF_TAG	(	p,
		_nloop,
		_eop,
		_pre,
		_prim,
		_flg,
		_nreg,
		_reg
	)

Value:

        (p)->nloop      = _nloop,                               \
        (p)->eop        = _eop,                                 \
        (p)->pre        = _pre,                                 \
        (p)->prim       = _prim,                                \
        (p)->flg        = _flg,                                 \
        (p)->nreg       = _nreg,                                \
        (p)->reg        = _reg

Definition at line 1870 of file libgs.h.

◆ gs_setHWREG

#define gs_setHWREG	(	p,
		_data
	)	(p)->data = _data

Definition at line 1608 of file libgs.h.

◆ gs_setLABEL

#define gs_setLABEL	(	p,
		_label_id,
		_update_mask
	)

Value:

(p)->label_id = _label_id, \

(p)->update_mask= _update_mask

Definition at line 1618 of file libgs.h.

◆ gs_setMIPTBP1_1

#define gs_setMIPTBP1_1	(	p,
		_tbp1,
		_tbw1,
		_tbp2,
		_tbw2,
		_tbp3,
		_tbw3
	)

Value:

        (p)->tbp1       = _tbp1,                \
        (p)->tbw1       = _tbw1,                \
        (p)->tbp2       = _tbp2,                \
        (p)->tbw2       = _tbw2,                \
        (p)->tbp3       = _tbp3,                \
        (p)->tbw3       = _tbw3

Definition at line 1480 of file libgs.h.

◆ gs_setMIPTBP1_2

#define gs_setMIPTBP1_2 gs_setMIPTBP1_1

Definition at line 1488 of file libgs.h.

◆ gs_setMIPTBP2_1

#define gs_setMIPTBP2_1	(	p,
		_tbp4,
		_tbw4,
		_tbp5,
		_tbw5,
		_tbp6,
		_tbw6
	)

Value:

        (p)->tbp4       = _tbp4,                \
        (p)->tbw4       = _tbw4,                \
        (p)->tbp5       = _tbp5,                \
        (p)->tbw5       = _tbw5,                \
        (p)->tbp6       = _tbp6,                \
        (p)->tbw6       = _tbw6

Definition at line 1490 of file libgs.h.

◆ gs_setMIPTBP2_2

#define gs_setMIPTBP2_2 gs_setMIPTBP2_1

Definition at line 1498 of file libgs.h.

◆ gs_setNOP

#define gs_setNOP ( p ) (p)->pad0 = 0

Definition at line 1622 of file libgs.h.

◆ gs_setPABE

#define gs_setPABE	(	p,
		_enable
	)	(p)->enable = _enable

Definition at line 1565 of file libgs.h.

◆ gs_setPRIM

#define gs_setPRIM	(	p,
		_prim_type,
		_iip,
		_tme,
		_fge,
		_abe,
		_aa1,
		_fst,
		_ctxt,
		_fix
	)

Value:

        (p)->prim_type = _prim_type,    \
        (p)->iip = _iip,                                \
        (p)->tme = _tme,                                \
        (p)->fge = _fge,                                \
        (p)->abe = _abe,                                \
        (p)->aa1 = _aa1,                                \
        (p)->fst = _fst,                                \
        (p)->ctxt = _ctxt,                              \
        (p)->fix        = _fix

Definition at line 1355 of file libgs.h.

◆ gs_setPRMODE

#define gs_setPRMODE	(	p,
		_iip,
		_tme,
		_fge,
		_abe,
		_aa1,
		_fst,
		_ctxt,
		_fix
	)

Value:

        (p)->iip        = _iip,         \
        (p)->tme        = _tme,         \
        (p)->fge        = _fge,         \
        (p)->abe        = _abe,         \
        (p)->aa1        = _aa1,         \
        (p)->fst        = _fst,         \
        (p)->ctxt       = _ctxt,        \
        (p)->fix        = _fix

Definition at line 1462 of file libgs.h.

◆ gs_setR_ALPHA_1

#define gs_setR_ALPHA_1	(	p,
		_a,
		_b,
		_c,
		_d,
		_fix
	)

Value:

gs_setALPHA_1(&p->data, _a,_b,_c,_d,_fix),\

(p)->reg = gs_g_alpha_1

gs_g_alpha_1

#define gs_g_alpha_1

Definition: libgs.h:281

gs_setALPHA_1

#define gs_setALPHA_1(p, _a, _b, _c, _d, _alpha)

Definition: libgs.h:1520

Definition at line 1754 of file libgs.h.

◆ gs_setR_ALPHA_2

#define gs_setR_ALPHA_2	(	p,
		_a,
		_b,
		_c,
		_d,
		_fix
	)

Value:

gs_setALPHA_2(&p->data, _a,_b,_c,_d,_fix),\

(p)->reg = gs_g_alpha_2

gs_setALPHA_2

#define gs_setALPHA_2

Definition: libgs.h:1527

gs_g_alpha_2

#define gs_g_alpha_2

Definition: libgs.h:283

Definition at line 1758 of file libgs.h.

◆ gs_setR_BITBLTBUF

#define gs_setR_BITBLTBUF	(	p,
		_src_addr,
		_src_width,
		_src_pixmode,
		_dest_addr,
		_dest_width,
		_dest_pixmode
	)

Value:

gs_setBITBLTBUF(&p->data, _src_addr,_src_width,_src_pixmode,_dest_addr,_dest_width,_dest_pixmode),\

(p)->reg = gs_g_bitbltbuf

gs_setBITBLTBUF

#define gs_setBITBLTBUF(p, _src_addr, _src_width, _src_pixmode, _dest_addr, _dest_width, _dest_pixmode)

Definition: libgs.h:1586

gs_g_bitbltbuf

#define gs_g_bitbltbuf

Definition: libgs.h:309

Definition at line 1810 of file libgs.h.

◆ gs_setR_CLAMP_1

#define gs_setR_CLAMP_1	(	p,
		wms,
		wmt,
		minu,
		maxu,
		minv,
		maxv
	)

Value:

gs_setCLAMP_1(&p->data, wms,wmt,minu,maxu,minv,maxv),\

(p)->reg = gs_g_clamp_1

gs_g_clamp_1

#define gs_g_clamp_1

Definition: libgs.h:236

gs_setCLAMP_1

#define gs_setCLAMP_1(p, wms, wmt, minu, maxu, minv, maxv)

Definition: libgs.h:1419

Definition at line 1667 of file libgs.h.

◆ gs_setR_CLAMP_2

#define gs_setR_CLAMP_2	(	p,
		wms,
		wmt,
		minu,
		maxu,
		minv,
		maxv
	)

Value:

gs_setCLAMP_2(&p->data, wms,wmt,minu,maxu,minv,maxv),\

(p)->reg = gs_g_clamp_2

gs_setCLAMP_2

#define gs_setCLAMP_2

Definition: libgs.h:1427

gs_g_clamp_2

#define gs_g_clamp_2

Definition: libgs.h:238

Definition at line 1671 of file libgs.h.

◆ gs_setR_COLCLAMP

#define gs_setR_COLCLAMP	(	p,
		_clamp
	)

Value:

gs_setCOLCLAMP(&p->data, _clamp),\

(p)->reg = gs_g_colclamp

gs_setCOLCLAMP

#define gs_setCOLCLAMP(p, _clamp)

Definition: libgs.h:1550

gs_g_colclamp

#define gs_g_colclamp

Definition: libgs.h:289

Definition at line 1770 of file libgs.h.

◆ gs_setR_DIMX

#define gs_setR_DIMX	(	p,
		_dimx00,
		_dimx01,
		_dimx02,
		_dimx03,
		_dimx10,
		_dimx11,
		_dimx12,
		_dimx13,
		_dimx20,
		_dimx21,
		_dimx22,
		_dimx23,
		_dimx30,
		_dimx31,
		_dimx32,
		_dimx33
	)

Value:

gs_setDIMX(&p->data, _dimx00,_dimx01,_dimx02,_dimx03,_dimx10,_dimx11,_dimx12,_dimx13,_dimx20,_dimx21,_dimx22,_dimx23,_dimx30,_dimx31,_dimx32,_dimx33),\

(p)->reg = gs_g_dimx

gs_g_dimx

#define gs_g_dimx

Definition: libgs.h:285

gs_setDIMX

#define gs_setDIMX(p, _dimx00, _dimx01, _dimx02, _dimx03, _dimx10, _dimx11, _dimx12, _dimx13, _dimx20, _dimx21, _dimx22, _dimx23, _dimx30, _dimx31, _dimx32, _dimx33)

Definition: libgs.h:1529

Definition at line 1762 of file libgs.h.

◆ gs_setR_DTHE

#define gs_setR_DTHE	(	p,
		_enable
	)

Value:

gs_setDTHE(&p->data, _enable),\

(p)->reg = gs_g_dthe

gs_g_dthe

#define gs_g_dthe

Definition: libgs.h:287

gs_setDTHE

#define gs_setDTHE(p, _enable)

Definition: libgs.h:1547

Definition at line 1766 of file libgs.h.

◆ gs_setR_FBA_1

#define gs_setR_FBA_1	(	p,
		_alpha
	)

Value:

gs_setFBA(&p->data, _alpha),\

(p)->reg = gs_g_fba_1

gs_g_fba_1

#define gs_g_fba_1

Definition: libgs.h:297

gs_setFBA

#define gs_setFBA(p, _alpha)

Definition: libgs.h:1568

Definition at line 1786 of file libgs.h.

◆ gs_setR_FBA_2

#define gs_setR_FBA_2	(	p,
		_alpha
	)

Value:

gs_setFBA(&p->data, _alpha),\

(p)->reg = gs_g_fba_2

gs_g_fba_2

#define gs_g_fba_2

Definition: libgs.h:299

Definition at line 1790 of file libgs.h.

◆ gs_setR_FINISH

#define gs_setR_FINISH ( p ) (p)->reg = gs_g_finish

Definition at line 1834 of file libgs.h.

◆ gs_setR_FOG

#define gs_setR_FOG	(	p,
		_f
	)

Value:

gs_setFOG(&p->data, _f),\

(p)->reg = gs_g_fog

gs_setFOG

#define gs_setFOG(p, _f)

Definition: libgs.h:1429

gs_g_fog

#define gs_g_fog

Definition: libgs.h:240

Definition at line 1675 of file libgs.h.

◆ gs_setR_FOGCOLOR

#define gs_setR_FOGCOLOR	(	p,
		_r,
		_g,
		_b
	)

Value:

gs_setFOGCOLOR(&p->data, _r,_g,_b),\

(p)->reg = gs_g_fogcol

gs_g_fogcol

#define gs_g_fogcol

Definition: libgs.h:273

gs_setFOGCOLOR

#define gs_setFOGCOLOR(p, _r, _g, _b)

Definition: libgs.h:1505

Definition at line 1739 of file libgs.h.

◆ gs_setR_FRAME_1

#define gs_setR_FRAME_1	(	p,
		_fb_addr,
		_fb_width,
		_psm,
		_draw_mask
	)

Value:

gs_setFRAME_1(&p->data, _fb_addr,_fb_width,_psm,_draw_mask),\

(p)->reg = gs_g_frame_1

gs_setFRAME_1

#define gs_setFRAME_1(p, _fb_addr, _fb_width, _psm, _draw_mask)

Definition: libgs.h:1571

gs_g_frame_1

#define gs_g_frame_1

Definition: libgs.h:301

Definition at line 1794 of file libgs.h.

◆ gs_setR_FRAME_2

#define gs_setR_FRAME_2	(	p,
		_fb_addr,
		_fb_width,
		_psm,
		_draw_mask
	)

Value:

gs_setFRAME_2(&p->data, _fb_addr,_fb_width,_psm,_draw_mask),\

(p)->reg = gs_g_frame_2

gs_setFRAME_2

#define gs_setFRAME_2

Definition: libgs.h:1577

gs_g_frame_2

#define gs_g_frame_2

Definition: libgs.h:303

Definition at line 1798 of file libgs.h.

◆ gs_setR_HWREG

#define gs_setR_HWREG	(	p,
		_data
	)

Value:

gs_setHWREG(&p->data, _data),\

(p)->reg = gs_g_hwreg

gs_g_hwreg

#define gs_g_hwreg

Definition: libgs.h:316

gs_setHWREG

#define gs_setHWREG(p, _data)

Definition: libgs.h:1608

Definition at line 1826 of file libgs.h.

◆ gs_setR_LABEL

#define gs_setR_LABEL	(	p,
		_label_id,
		_update_mask
	)

Value:

gs_setLABEL(&p->data, _label_id,_update_mask),\

(p)->reg = gs_g_label

gs_setLABEL

#define gs_setLABEL(p, _label_id, _update_mask)

Definition: libgs.h:1618

gs_g_label

#define gs_g_label

Definition: libgs.h:319

Definition at line 1837 of file libgs.h.

◆ gs_setR_MIPTBP1_1

#define gs_setR_MIPTBP1_1	(	p,
		_tbp1,
		_tbw1,
		_tbp2,
		_tbw2,
		_tbp3,
		_tbw3
	)

Value:

gs_setMIPTBP1_1(&p->data, _tbp1,_tbw1,_tbp2,_tbw2,_tbp3,_tbw3),\

(p)->reg = gs_g_miptbp1_1

gs_setMIPTBP1_1

#define gs_setMIPTBP1_1(p, _tbp1, _tbw1, _tbp2, _tbw2, _tbp3, _tbw3)

Definition: libgs.h:1480

gs_g_miptbp1_1

#define gs_g_miptbp1_1

Definition: libgs.h:263

Definition at line 1719 of file libgs.h.

◆ gs_setR_MIPTBP1_2

#define gs_setR_MIPTBP1_2	(	p,
		_tbp1,
		_tbw1,
		_tbp2,
		_tbw2,
		_tbp3,
		_tbw3
	)

Value:

gs_setMIPTBP1_2(&p->data, _tbp1,_tbw1,_tbp2,_tbw2,_tbp3,_tbw3),\

(p)->reg = gs_g_miptbp1_2

gs_setMIPTBP1_2

#define gs_setMIPTBP1_2

Definition: libgs.h:1488

gs_g_miptbp1_2

#define gs_g_miptbp1_2

Definition: libgs.h:265

Definition at line 1723 of file libgs.h.

◆ gs_setR_MIPTBP2_1

#define gs_setR_MIPTBP2_1	(	p,
		_tbp4,
		_tbw4,
		_tbp5,
		_tbw5,
		_tbp6,
		_tbw6
	)

Value:

gs_setR_MIPTBP2_1(&p->data, _tbp4,_tbw4,_tbp5,_tbw5,_tbp6,_tbw6),\

(p)->reg = gs_g_miptbp2_1

gs_setR_MIPTBP2_1

#define gs_setR_MIPTBP2_1(p, _tbp4, _tbw4, _tbp5, _tbw5, _tbp6, _tbw6)

Definition: libgs.h:1727

gs_g_miptbp2_1

#define gs_g_miptbp2_1

Definition: libgs.h:267

Definition at line 1727 of file libgs.h.

◆ gs_setR_MIPTBP2_2

#define gs_setR_MIPTBP2_2	(	p,
		_tbp4,
		_tbw4,
		_tbp5,
		_tbw5,
		_tbp6,
		_tbw6
	)

Value:

gs_setMIPTBP2_2(&p->data, _tbp4,_tbw4,_tbp5,_tbw5,_tbp6,_tbw6),\

(p)->reg = gs_g_miptbp2_2

gs_setMIPTBP2_2

#define gs_setMIPTBP2_2

Definition: libgs.h:1498

gs_g_miptbp2_2

#define gs_g_miptbp2_2

Definition: libgs.h:269

Definition at line 1731 of file libgs.h.

◆ gs_setR_NOP

#define gs_setR_NOP ( p )

Value:

gs_setNOP(&p->data),\

(p)->reg = gs_g_label

gs_setNOP

#define gs_setNOP(p)

Definition: libgs.h:1622

Definition at line 1841 of file libgs.h.

◆ gs_setR_PABE

#define gs_setR_PABE	(	p,
		_enable
	)

Value:

gs_setPABE(&p->data, _enable),\

(p)->reg = gs_g_pabe

gs_setPABE

#define gs_setPABE(p, _enable)

Definition: libgs.h:1565

gs_g_pabe

#define gs_g_pabe

Definition: libgs.h:295

Definition at line 1782 of file libgs.h.

◆ gs_setR_PRIM

#define gs_setR_PRIM	(	p,
		_prim_type,
		_iip,
		_tme,
		_fge,
		_abe,
		_aa1,
		_fst,
		_ctxt,
		_fix
	)

Value:

gs_setPRIM(&p->data, _prim_type,_iip,_tme,_fge,_abe,_aa1,_fst,_ctxt,_fix),\

p->reg = gs_g_prim

gs_g_prim

#define gs_g_prim

Definition: libgs.h:220

gs_setPRIM

#define gs_setPRIM(p, _prim_type, _iip, _tme, _fge, _abe, _aa1, _fst, _ctxt, _fix)

Definition: libgs.h:1355

Definition at line 1627 of file libgs.h.

◆ gs_setR_PRMODE

#define gs_setR_PRMODE	(	p,
		_iip,
		_tme,
		_fge,
		_abe,
		_aa1,
		_fst,
		_ctxt,
		_fix
	)

Value:

gs_setPRMODE(&p->data, _iip,_tme,_fge,_abe,_aa1,_fst,_ctxt,_fix),\

(p)->reg = gs_g_prmode

gs_g_prmode

#define gs_g_prmode

Definition: libgs.h:258

gs_setPRMODE

#define gs_setPRMODE(p, _iip, _tme, _fge, _abe, _aa1, _fst, _ctxt, _fix)

Definition: libgs.h:1462

Definition at line 1707 of file libgs.h.

◆ gs_setR_PRMODECONT

#define gs_setR_PRMODECONT	(	p,
		_control
	)

Value:

gs_set_PRMODECONT(&p->data, _control),\

(p)->reg = gs_g_prmodecont

gs_set_PRMODECONT

#define gs_set_PRMODECONT(p, _control)

Definition: libgs.h:1459

gs_g_prmodecont

#define gs_g_prmodecont

Definition: libgs.h:256

Definition at line 1703 of file libgs.h.

◆ gs_setR_RGBAQ

#define gs_setR_RGBAQ	(	p,
		_r,
		_g,
		_b,
		_a,
		_q
	)

Value:

gs_setRGBAQ(&p->data, _r,_g,_b,_a,_q),\

(p)->reg = gs_g_rgbaq

gs_g_rgbaq

#define gs_g_rgbaq

Definition: libgs.h:222

gs_setRGBAQ

#define gs_setRGBAQ(p, _r, _g, _b, _a, _q)

Definition: libgs.h:1366

Definition at line 1631 of file libgs.h.

◆ gs_setR_SCANMSK

#define gs_setR_SCANMSK	(	p,
		_msk
	)

Value:

gs_setSCANMSK(&p->data, _msk),\

(p)->reg = gs_g_scanmsk

gs_setSCANMSK

#define gs_setSCANMSK(p, _msk)

Definition: libgs.h:1477

gs_g_scanmsk

#define gs_g_scanmsk

Definition: libgs.h:261

Definition at line 1715 of file libgs.h.

◆ gs_setR_SCISSOR_1

#define gs_setR_SCISSOR_1	(	p,
		_clip_x0,
		_clip_x1,
		_clip_y0,
		_clip_y1
	)

Value:

gs_setSCISSOR_1(&p->data, _clip_x0,_clip_x1,_clip_y0,_clip_y1),\

(p)->reg = gs_g_scissor_1

gs_g_scissor_1

#define gs_g_scissor_1

Definition: libgs.h:277

gs_setSCISSOR_1

#define gs_setSCISSOR_1(p, _clip_x0, _clip_x1, _clip_y0, _clip_y1)

Definition: libgs.h:1512

Definition at line 1746 of file libgs.h.

◆ gs_setR_SCISSOR_2

#define gs_setR_SCISSOR_2	(	p,
		_clip_x0,
		_clip_x1,
		_clip_y0,
		_clip_y1
	)

Value:

gs_setSCISSOR_2(&p->data, _clip_x0,_clip_x1,_clip_y0,_clip_y1),\

(p)->reg = gs_g_scissor_2

gs_g_scissor_2

#define gs_g_scissor_2

Definition: libgs.h:279

gs_setSCISSOR_2

#define gs_setSCISSOR_2

Definition: libgs.h:1518

Definition at line 1750 of file libgs.h.

◆ gs_setR_SIGNAL

#define gs_setR_SIGNAL	(	p,
		_signal_id,
		_update_mask
	)

Value:

gs_setSIGNAL(&p->data, _signal_id,_update_mask),\

(p)->reg = gs_g_signal

gs_g_signal

#define gs_g_signal

Definition: libgs.h:317

gs_setSIGNAL

#define gs_setSIGNAL(p, _signal_id, _update_mask)

Definition: libgs.h:1611

Definition at line 1830 of file libgs.h.

◆ gs_setR_ST

#define gs_setR_ST	(	p,
		_s,
		_t
	)

Value:

gs_setST(&p->data, _s,_t),\

(p)->reg = gs_g_st

gs_g_st

#define gs_g_st

Definition: libgs.h:224

gs_setST

#define gs_setST(p, _s, _t)

Definition: libgs.h:1373

Definition at line 1635 of file libgs.h.

◆ gs_setR_TEST_1

#define gs_setR_TEST_1	(	p,
		_ATE,
		_ATST,
		_AREF,
		_AFAIL,
		_DATE,
		_DATM,
		_ZTE,
		_ZTST
	)

Value:

gs_setTEST_1(&p->data, _ATE,_ATST,_AREF,_AFAIL,_DATE,_DATM,_ZTE,_ZTST),\

(p)->reg = gs_g_test_1

gs_setTEST_1

#define gs_setTEST_1(p, _atest_enable, _atest_method, _atest_reference, _atest_fail_method, _datest_enable, _datest_mode, _ztest_enable, _ztest_method)

Definition: libgs.h:1553

gs_g_test_1

#define gs_g_test_1

Definition: libgs.h:291

Definition at line 1774 of file libgs.h.

◆ gs_setR_TEST_2

#define gs_setR_TEST_2	(	p,
		_ATE,
		_ATST,
		_AREF,
		_AFAIL,
		_DATE,
		_DATM,
		_ZTE,
		_ZTST
	)

Value:

gs_setTEST_2(&p->data, _ATE,_ATST,_AREF,_AFAIL,_DATE,_DATM,_ZTE,_ZTST),\

(p)->reg = gs_g_test_2

gs_setTEST_2

#define gs_setTEST_2

Definition: libgs.h:1563

gs_g_test_2

#define gs_g_test_2

Definition: libgs.h:293

Definition at line 1778 of file libgs.h.

◆ gs_setR_TEX0_1

#define gs_setR_TEX0_1	(	p,
		_fb_addr,
		_fb_width,
		_psm,
		_tex_width,
		_tex_height,
		_col_comp,
		_tex_cc,
		_clutb_addr,
		_clut_pixmode,
		_clut_smode,
		_clut_offset,
		_cld
	)

Value:

gs_setTEX0_1(&p->data, _fb_addr,_fb_width,_psm,_tex_width,_tex_height,_col_comp,_tex_cc,_clutb_addr,_clut_pixmode,_clut_smode,_clut_offset,_cld),\

(p)->reg = gs_g_tex0_1

gs_g_tex0_1

#define gs_g_tex0_1

Definition: libgs.h:232

gs_setTEX0_1

#define gs_setTEX0_1(p, _tb_addr, _tb_width, _psm, _tex_width, _tex_height, _tex_cc, _tex_funtion, _cb_addr, _clut_pixmode, _clut_smode, _clut_offset, _clut_loadmode)

Definition: libgs.h:1403

Definition at line 1659 of file libgs.h.

◆ gs_setR_TEX0_2

#define gs_setR_TEX0_2	(	p,
		_fb_addr,
		_fb_width,
		_psm,
		_tex_width,
		_tex_height,
		_col_comp,
		_tex_cc,
		_clutb_addr,
		_clut_pixmode,
		_clut_smode,
		_clut_offset,
		_cld
	)

Value:

gs_setTEX0_2(&p->data, _fb_addr,_fb_width,_psm,_tex_width,_tex_height,_col_comp,_tex_cc,_clutb_addr,_clut_pixmode,_clut_smode,_clut_offset,_cld),\

(p)->reg = gs_g_tex0_2

gs_setTEX0_2

#define gs_setTEX0_2

Definition: libgs.h:1417

gs_g_tex0_2

#define gs_g_tex0_2

Definition: libgs.h:234

Definition at line 1663 of file libgs.h.

◆ gs_setR_TEX1_1

#define gs_setR_TEX1_1	(	p,
		_lcm,
		_mxl,
		_mmag,
		_mmin,
		_mtba,
		_l,
		_k
	)

Value:

gs_setTEX1_1(&p->data, _lcm,_mxl,_mmag,_mmin,_mtba,_l,_k),\

(p)->reg = gs_g_tex1_1

gs_g_tex1_1

#define gs_g_tex1_1

Definition: libgs.h:245

gs_setTEX1_1

#define gs_setTEX1_1(p, _lcm, _mxl, _mmag, _mmin, _mtba, _l, _k)

Definition: libgs.h:1432

Definition at line 1679 of file libgs.h.

◆ gs_setR_TEX1_2

#define gs_setR_TEX1_2	(	p,
		_lcm,
		_mxl,
		_mmag,
		_mmin,
		_mtba,
		_l,
		_k
	)

Value:

gs_setTEX1_2(&p->data, _lcm,_mxl,_mmag,_mmin,_mtba,_l,_k),\

(p)->reg = gs_g_tex1_2

gs_g_tex1_2

#define gs_g_tex1_2

Definition: libgs.h:246

gs_setTEX1_2

#define gs_setTEX1_2

Definition: libgs.h:1441

Definition at line 1683 of file libgs.h.

◆ gs_setR_TEX2_1

#define gs_setR_TEX2_1	(	p,
		_psm,
		_cbp,
		_cpsm,
		_csm,
		_csa,
		_cld
	)

Value:

gs_setTEX2_1(&p->data, _psm,_cbp,_cpsm,_csm,_csa,_cld),\

(p)->reg = gs_g_tex2_1

gs_g_tex2_1

#define gs_g_tex2_1

Definition: libgs.h:248

gs_setTEX2_1

#define gs_setTEX2_1(p, _psm, _cbp, _cpsm, _csm, _csa, _cld)

Definition: libgs.h:1443

Definition at line 1687 of file libgs.h.

◆ gs_setR_TEX2_2

#define gs_setR_TEX2_2	(	p,
		_psm,
		_cbp,
		_cpsm,
		_csm,
		_csa,
		_cld
	)

Value:

gs_setTEX2_2(&p->data, _psm,_cbp,_cpsm,_csm,_csa,_cld),\

(p)->reg = gs_g_tex2_2

gs_g_tex2_2

#define gs_g_tex2_2

Definition: libgs.h:250

gs_setTEX2_2

#define gs_setTEX2_2

Definition: libgs.h:1451

Definition at line 1691 of file libgs.h.

◆ gs_setR_TEXA

#define gs_setR_TEXA	(	p,
		_ta0,
		_aem,
		_ta1
	)

Value:

gs_setTEXA(&p->data, _ta0,_aem,_ta1),\

(p)->reg = gs_g_texa

gs_g_texa

#define gs_g_texa

Definition: libgs.h:271

gs_setTEXA

#define gs_setTEXA(p, _alpha_0, _alpha_method, _alpha_1)

Definition: libgs.h:1500

Definition at line 1735 of file libgs.h.

◆ gs_setR_TEXCLUT

#define gs_setR_TEXCLUT	(	p,
		_cbw,
		_cou,
		_cov
	)

Value:

gs_setTEXCLUT(&p->data, _cbw,_cou,_cov),\

(p)->reg = gs_g_texclut

gs_g_texclut

#define gs_g_texclut

Definition: libgs.h:259

gs_setTEXCLUT

#define gs_setTEXCLUT(p, _cbw, _cou, _cov)

Definition: libgs.h:1472

Definition at line 1711 of file libgs.h.

◆ gs_setR_TEXFLUSH

#define gs_setR_TEXFLUSH ( p ) (p)->reg = gs_g_texflush

Definition at line 1743 of file libgs.h.

◆ gs_setR_TRXDIR

#define gs_setR_TRXDIR	(	p,
		_trans_dir
	)

Value:

gs_setTRXDIR(&p->data, _trans_dir),\

(p)->reg = gs_g_trxdir

gs_setTRXDIR

#define gs_setTRXDIR(p, _trans_dir)

Definition: libgs.h:1605

gs_g_trxdir

#define gs_g_trxdir

Definition: libgs.h:315

Definition at line 1822 of file libgs.h.

◆ gs_setR_TRXPOS

#define gs_setR_TRXPOS	(	p,
		_src_x,
		_src_y,
		_dest_x,
		_dest_y,
		_direction
	)

Value:

gs_setTRXPOS(&p->data, _src_x,_src_y,_dest_x,_dest_y,_direction),\

(p)->reg = gs_g_trxpos

gs_setTRXPOS

#define gs_setTRXPOS(p, _src_x, _src_y, _dest_x, _dest_y, _direction)

Definition: libgs.h:1594

gs_g_trxpos

#define gs_g_trxpos

Definition: libgs.h:311

Definition at line 1814 of file libgs.h.

◆ gs_setR_TRXREG

#define gs_setR_TRXREG	(	p,
		_trans_w,
		_trans_h
	)

Value:

gs_setTRXREG(&p->data, _trans_w,_trans_h),\

(p)->reg = gs_g_trxreg

gs_g_trxreg

#define gs_g_trxreg

Definition: libgs.h:313

gs_setTRXREG

#define gs_setTRXREG(p, _trans_w, _trans_h)

Definition: libgs.h:1601

Definition at line 1818 of file libgs.h.

◆ gs_setR_UV

#define gs_setR_UV	(	p,
		_u,
		_v
	)

Value:

gs_setUV(&p->data, _u,_v),\

(p)->reg = gs_g_uv

gs_g_uv

#define gs_g_uv

Definition: libgs.h:226

gs_setUV

#define gs_setUV(p, _u, _v)

Definition: libgs.h:1377

Definition at line 1639 of file libgs.h.

◆ gs_setR_XYOFFSET_1

#define gs_setR_XYOFFSET_1	(	p,
		_offset_x,
		_offset_y
	)

Value:

gs_set_XYOFFSET_1(&p->data, _offset_x,_offset_y),\

(p)->reg = gs_g_xyoffset_1

gs_g_xyoffset_1

#define gs_g_xyoffset_1

Definition: libgs.h:252

gs_set_XYOFFSET_1

#define gs_set_XYOFFSET_1(p, _offset_x, _offset_y)

Definition: libgs.h:1453

Definition at line 1695 of file libgs.h.

◆ gs_setR_XYOFFSET_2

#define gs_setR_XYOFFSET_2	(	p,
		_offset_x,
		_offset_y
	)

Value:

gs_set_XYOFFSET_2(&p->data, _offset_x,_offset_y),\

(p)->reg = gs_g_xyoffset_2

gs_set_XYOFFSET_2

#define gs_set_XYOFFSET_2

Definition: libgs.h:1457

gs_g_xyoffset_2

#define gs_g_xyoffset_2

Definition: libgs.h:254

Definition at line 1699 of file libgs.h.

◆ gs_setR_XYZ2

#define gs_setR_XYZ2	(	p,
		_x,
		_y,
		_z
	)

Value:

gs_setXYZ2(&p->data, _x,_y,_z),\

(p)->reg = gs_g_xyz2

gs_g_xyz2

#define gs_g_xyz2

Definition: libgs.h:230

gs_setXYZ2

#define gs_setXYZ2(p, _x, _y, _z)

Definition: libgs.h:1393

Definition at line 1651 of file libgs.h.

◆ gs_setR_XYZ3

#define gs_setR_XYZ3	(	p,
		_x,
		_y,
		_z
	)

Value:

gs_setXYZ3(&p->data, _x,_y,_z),\

(p)->reg = gs_g_xyz3

gs_g_xyz3

#define gs_g_xyz3

Definition: libgs.h:244

gs_setXYZ3

#define gs_setXYZ3(p, _x, _y, _z)

Definition: libgs.h:1398

Definition at line 1655 of file libgs.h.

◆ gs_setR_XYZF2

#define gs_setR_XYZF2	(	p,
		_x,
		_y,
		_z,
		_f
	)

Value:

gs_setXYZF2(&p->data, _x,_y,_z,_f),\

(p)->reg = gs_g_xyzf2

gs_setXYZF2

#define gs_setXYZF2(p, _x, _y, _z, _f)

Definition: libgs.h:1381

gs_g_xyzf2

#define gs_g_xyzf2

Definition: libgs.h:228

Definition at line 1643 of file libgs.h.

◆ gs_setR_XYZF3

#define gs_setR_XYZF3	(	p,
		_x,
		_y,
		_z,
		_f
	)

Value:

gs_setR_XYZF3(&p->data, _x,_y,_z,_f),\

(p)->reg = gs_g_xyzf3

gs_setR_XYZF3

#define gs_setR_XYZF3(p, _x, _y, _z, _f)

Definition: libgs.h:1647

gs_g_xyzf3

#define gs_g_xyzf3

Definition: libgs.h:242

Definition at line 1647 of file libgs.h.

◆ gs_setR_ZBUF_1

#define gs_setR_ZBUF_1	(	p,
		_fb_addr,
		_psm,
		_update_mask
	)

Value:

gs_setZBUF_1(&p->data, _fb_addr,_psm,_update_mask),\

(p)->reg = gs_g_zbuf_1

gs_setZBUF_1

#define gs_setZBUF_1(p, _fb_addr, _psm, _update_mask)

Definition: libgs.h:1579

gs_g_zbuf_1

#define gs_g_zbuf_1

Definition: libgs.h:305

Definition at line 1802 of file libgs.h.

◆ gs_setR_ZBUF_2

#define gs_setR_ZBUF_2	(	p,
		_fb_addr,
		_psm,
		_update_mask
	)

Value:

gs_setZBUF_2(&p->data, _fb_addr,_psm,_update_mask),\

(p)->reg = gs_g_zbuf_2

gs_g_zbuf_2

#define gs_g_zbuf_2

Definition: libgs.h:307

gs_setZBUF_2

#define gs_setZBUF_2

Definition: libgs.h:1584

Definition at line 1806 of file libgs.h.

◆ gs_setRGBAQ

#define gs_setRGBAQ	(	p,
		_r,
		_g,
		_b,
		_a,
		_q
	)

Value:

        (p)->r = _r,                                            \
        (p)->g = _g,                                            \
        (p)->b = _b,                                            \
        (p)->a = _a,                                            \
        (p)->q = _q

Definition at line 1366 of file libgs.h.

◆ gs_setSCANMSK

#define gs_setSCANMSK	(	p,
		_msk
	)	(p)->msk = _msk

Definition at line 1477 of file libgs.h.

◆ gs_setSCISSOR_1

#define gs_setSCISSOR_1	(	p,
		_clip_x0,
		_clip_x1,
		_clip_y0,
		_clip_y1
	)

Value:

        (p)->clip_x0    = _clip_x0,                                                                             \
        (p)->clip_x1    = _clip_x1,                                                                             \
        (p)->clip_y0    = _clip_y0,                                                                             \
        (p)->clip_y1    = _clip_y1

Definition at line 1512 of file libgs.h.

◆ gs_setSCISSOR_2

#define gs_setSCISSOR_2 gs_setSCISSOR_1

Definition at line 1518 of file libgs.h.

◆ gs_setSIGNAL

#define gs_setSIGNAL	(	p,
		_signal_id,
		_update_mask
	)

Value:

(p)->signal_id = _signal_id, \

(p)->update_mask= _update_mask

Definition at line 1611 of file libgs.h.

◆ gs_setST

#define gs_setST	(	p,
		_s,
		_t
	)

Value:

(p)->s = _s, \

(p)->t = _t

s

s32 s

Definition: ps2ipc.c:30

Definition at line 1373 of file libgs.h.

◆ gs_setTEST_1

#define gs_setTEST_1	(	p,
		_atest_enable,
		_atest_method,
		_atest_reference,
		_atest_fail_method,
		_datest_enable,
		_datest_mode,
		_ztest_enable,
		_ztest_method
	)

Value:

        (p)->atest_enable               = _atest_enable,                        \
        (p)->atest_method               = _atest_method,                        \
        (p)->atest_reference    = _atest_reference,                     \
        (p)->atest_fail_method  = _atest_fail_method,           \
        (p)->datest_enable              = _datest_enable,                       \
        (p)->datest_mode                = _datest_mode,                         \
        (p)->ztest_enable               = _ztest_enable,                        \
        (p)->ztest_method               = _ztest_method

Definition at line 1553 of file libgs.h.

◆ gs_setTEST_2

#define gs_setTEST_2 gs_setTEST_1

Definition at line 1563 of file libgs.h.

◆ gs_setTEX0_1

#define gs_setTEX0_1	(	p,
		_tb_addr,
		_tb_width,
		_psm,
		_tex_width,
		_tex_height,
		_tex_cc,
		_tex_funtion,
		_cb_addr,
		_clut_pixmode,
		_clut_smode,
		_clut_offset,
		_clut_loadmode
	)

Value:

        (p)->tb_addr            = _tb_addr,                     \
        (p)->tb_width           = _tb_width,            \
        (p)->psm                = _psm,         \
        (p)->tex_width          = _tex_width,           \
        (p)->tex_height         = _tex_height,          \
        (p)->tex_cc                     = _tex_cc,                      \
        (p)->tex_funtion        = _tex_funtion,         \
        (p)->cb_addr            = _cb_addr,                     \
        (p)->clut_pixmode       = _clut_pixmode,        \
        (p)->clut_smode         = _clut_smode,          \
        (p)->clut_offset        = _clut_offset,         \
        (p)->clut_loadmode      = _clut_loadmode

Definition at line 1403 of file libgs.h.

◆ gs_setTEX0_2

#define gs_setTEX0_2 gs_setTEX0_1

Definition at line 1417 of file libgs.h.

◆ gs_setTEX1_1

#define gs_setTEX1_1	(	p,
		_lcm,
		_mxl,
		_mmag,
		_mmin,
		_mtba,
		_l,
		_k
	)

Value:

        (p)->lcm  = _lcm,               \
        (p)->mxl  = _mxl,               \
        (p)->mmag = _mmag,              \
        (p)->mmin = _mmin,              \
        (p)->mtba = _mtba,              \
        (p)->l    = _l,                 \
        (p)->k    = _k

Definition at line 1432 of file libgs.h.

◆ gs_setTEX1_2

#define gs_setTEX1_2 gs_setTEX1_1

Definition at line 1441 of file libgs.h.

◆ gs_setTEX2_1

#define gs_setTEX2_1	(	p,
		_psm,
		_cbp,
		_cpsm,
		_csm,
		_csa,
		_cld
	)

Value:

        (p)->psm  = _psm,               \
        (p)->cbp  = _cbp,               \
        (p)->cpsm = _cpsm,              \
        (p)->csm  = _csm,               \
        (p)->csa  = _csa,               \
        (p)->cld  = _cld

Definition at line 1443 of file libgs.h.

◆ gs_setTEX2_2

#define gs_setTEX2_2 gs_setTEX2_1

Definition at line 1451 of file libgs.h.

◆ gs_setTEXA

#define gs_setTEXA	(	p,
		_alpha_0,
		_alpha_method,
		_alpha_1
	)

Value:

        (p)->alpha_0            = _alpha_0,                                             \
        (p)->alpha_method       = _alpha_method,                                                \
        (p)->alpha_1            = _alpha_1

Definition at line 1500 of file libgs.h.

◆ gs_setTEXCLUT

#define gs_setTEXCLUT	(	p,
		_cbw,
		_cou,
		_cov
	)

Value:

        (p)->cbw        = _cbw,                                         \
        (p)->cou        = _cou,                                         \
        (p)->cov        = _cov

Definition at line 1472 of file libgs.h.

◆ gs_setTEXFLUSH

#define gs_setTEXFLUSH ( p )

Definition at line 1510 of file libgs.h.

◆ gs_setTRXDIR

#define gs_setTRXDIR	(	p,
		_trans_dir
	)	(p)->trans_dir = _trans_dir

Definition at line 1605 of file libgs.h.

◆ gs_setTRXPOS

#define gs_setTRXPOS	(	p,
		_src_x,
		_src_y,
		_dest_x,
		_dest_y,
		_direction
	)

Value:

        (p)->src_x              = _src_x,                               \
        (p)->src_y              = _src_y,                               \
        (p)->dest_x             = _dest_x,                              \
        (p)->dest_y             = _dest_y,                              \
        (p)->direction  = _direction

Definition at line 1594 of file libgs.h.

◆ gs_setTRXREG

#define gs_setTRXREG	(	p,
		_trans_w,
		_trans_h
	)

Value:

(p)->trans_w = _trans_w, \

(p)->trans_h = _trans_h

Definition at line 1601 of file libgs.h.

◆ gs_setUV

#define gs_setUV	(	p,
		_u,
		_v
	)

Value:

(p)->u = _u, \

(p)->v = _v

Definition at line 1377 of file libgs.h.

◆ gs_setXYZ2

#define gs_setXYZ2	(	p,
		_x,
		_y,
		_z
	)

Value:

        (p)->x = _x,                                    \
        (p)->y = _y,                                    \
        (p)->z = _z

Definition at line 1393 of file libgs.h.

◆ gs_setXYZ3

#define gs_setXYZ3	(	p,
		_x,
		_y,
		_z
	)

Value:

        (p)->x = _x,                                    \
        (p)->y = _y,                                    \
        (p)->z = _z

Definition at line 1398 of file libgs.h.

◆ gs_setXYZF2

#define gs_setXYZF2	(	p,
		_x,
		_y,
		_z,
		_f
	)

Value:

        (p)->x = _x,                                            \
        (p)->y = _y,                                            \
        (p)->z = _z,                                            \
        (p)->f = _f

Definition at line 1381 of file libgs.h.

◆ gs_setXYZF3

#define gs_setXYZF3	(	p,
		_x,
		_y,
		_z,
		_f
	)

Value:

        (p)->x = _x,                                            \
        (p)->y = _y,                                            \
        (p)->z = _z,                                            \
        (p)->f = _f

Definition at line 1387 of file libgs.h.

◆ gs_setZBUF_1

#define gs_setZBUF_1	(	p,
		_fb_addr,
		_psm,
		_update_mask
	)

Value:

        (p)->fb_addr            = _fb_addr,                                             \
        (p)->psm                = _psm,                                 \
        (p)->update_mask        = _update_mask

Definition at line 1579 of file libgs.h.

◆ gs_setZBUF_2

#define gs_setZBUF_2 gs_setZBUF_1

Definition at line 1584 of file libgs.h.

◆ GS_TEX_16

#define GS_TEX_16 2

Definition at line 90 of file libgs.h.

◆ GS_TEX_16S

#define GS_TEX_16S 10

Definition at line 91 of file libgs.h.

◆ GS_TEX_24

#define GS_TEX_24 1

Definition at line 89 of file libgs.h.

◆ GS_TEX_32

#define GS_TEX_32 0

texture/image Pixel Storage Modes (PSM)

Definition at line 88 of file libgs.h.

◆ GS_TEX_4

#define GS_TEX_4 20

Definition at line 93 of file libgs.h.

◆ GS_TEX_4HH

#define GS_TEX_4HH 44

Definition at line 96 of file libgs.h.

◆ GS_TEX_4HL

#define GS_TEX_4HL 36

Definition at line 95 of file libgs.h.

◆ GS_TEX_8

#define GS_TEX_8 19

Definition at line 92 of file libgs.h.

◆ GS_TEX_8H

#define GS_TEX_8H 27

Definition at line 94 of file libgs.h.

◆ GS_TEX_CALC

#define GS_TEX_CALC 0

use near/far formula

Definition at line 135 of file libgs.h.

◆ GS_TEX_FIXED

#define GS_TEX_FIXED 1

fixed value (use K value)

Definition at line 137 of file libgs.h.

◆ GS_TEX_MIPMAP_AUTO

#define GS_TEX_MIPMAP_AUTO 1

auto calculate mipmap address

Definition at line 170 of file libgs.h.

◆ GS_TEX_MIPMAP_DEFINE

#define GS_TEX_MIPMAP_DEFINE 0

use values in MIPTBP1

Definition at line 168 of file libgs.h.

◆ GS_ZBUFF_16

#define GS_ZBUFF_16 50

Definition at line 101 of file libgs.h.

◆ GS_ZBUFF_16S

#define GS_ZBUFF_16S 58

Definition at line 102 of file libgs.h.

◆ GS_ZBUFF_24

#define GS_ZBUFF_24 49

Definition at line 100 of file libgs.h.

◆ GS_ZBUFF_32

#define GS_ZBUFF_32 48

Z-Buffer Pixel Storage Modes (PSM)

Definition at line 99 of file libgs.h.

Enumeration Type Documentation

◆ GsATestFailedUpdateMethods

enum GsATestFailedUpdateMethods

Alpha test failed update Methods

Enumerator
GS_ALPHA_NO_UPDATE	standard
GS_ALPHA_FB_ONLY
GS_ALPHA_ZB_ONLY
GS_ALPHA_RGB_ONLY

Definition at line 117 of file libgs.h.

                                {
         GS_ALPHA_NO_UPDATE      =0,
         GS_ALPHA_FB_ONLY,
         GS_ALPHA_ZB_ONLY,
         GS_ALPHA_RGB_ONLY
 };

◆ GsATestMethods

enum GsATestMethods

Alpha test Methods

Enumerator
GS_ALPHA_NEVER
GS_ALPHA_ALWAYS
GS_ALPHA_LESS
GS_ALPHA_LEQUAL
GS_ALPHA_EQUAL
GS_ALPHA_GEQUAL
GS_ALPHA_GREATER
GS_ALPHA_NOTEQUAL

Definition at line 105 of file libgs.h.

                    {
         GS_ALPHA_NEVER          =0,
         GS_ALPHA_ALWAYS,
         GS_ALPHA_LESS,
         GS_ALPHA_LEQUAL,
         GS_ALPHA_EQUAL,
         GS_ALPHA_GEQUAL,
         GS_ALPHA_GREATER,
         GS_ALPHA_NOTEQUAL,
 };

◆ GsGifDataFormat

enum GsGifDataFormat

Enumerator
GS_GIF_PACKED
GS_GIF_REGLIST
GS_GIF_IMAGE
GS_GIF_DISABLE	Same operation with the IMAGE mode

Definition at line 180 of file libgs.h.

                     {
         GS_GIF_PACKED   =0,
         GS_GIF_REGLIST,
         GS_GIF_IMAGE,
         GS_GIF_DISABLE
 };

◆ GsPrimitiveTypes

enum GsPrimitiveTypes

types of primitives

Enumerator
GS_PRIM_POINT
GS_PRIM_LINE
GS_PRIM_LINE_STRIP
GS_PRIM_TRI
GS_PRIM_TRI_STRIP
GS_PRIM_TRI_FAN
GS_PRIM_SPRITE

Definition at line 66 of file libgs.h.

                      {
         GS_PRIM_POINT           =0,
         GS_PRIM_LINE,
         GS_PRIM_LINE_STRIP,
         GS_PRIM_TRI,
         GS_PRIM_TRI_STRIP,
         GS_PRIM_TRI_FAN,
         GS_PRIM_SPRITE
 };

◆ GsTexFilterMethods

enum GsTexFilterMethods

Enumerator
GS_TEX_NEAREST	UnFiltered
GS_TEX_LINEAR	Filtered
GS_TEX_NEAREST_MIPMAP_NEAREST
GS_TEX_NEAREST_MIPMAP_LINEAR
GS_TEX_LINEAR_MIPMAP_NEAREST
GS_TEX_LINEAR_MIPMAP_LINEAR

Definition at line 156 of file libgs.h.

                        {
         GS_TEX_NEAREST                  =0,
         GS_TEX_LINEAR,
         GS_TEX_NEAREST_MIPMAP_NEAREST,
         GS_TEX_NEAREST_MIPMAP_LINEAR,
         GS_TEX_LINEAR_MIPMAP_NEAREST,
         GS_TEX_LINEAR_MIPMAP_LINEAR
 };

◆ GsTexFunctions

enum GsTexFunctions

Texture Function (used in TEX0->tex_cc)

Enumerator
GS_TEX_MODULATE
GS_TEX_DECAL	brighten texture based on Pixel's Alpha
GS_TEX_HIGHLIHGT1	keep texture as is
GS_TEX_HIGHLIHGT2	used when highlighting translucent polygons used when highlighting opaque polygons

Definition at line 173 of file libgs.h.

                    {
         GS_TEX_MODULATE         =0,     
         GS_TEX_DECAL,                   
         GS_TEX_HIGHLIHGT1,              
         GS_TEX_HIGHLIHGT2               
 };

◆ GsTexMipmaps

enum GsTexMipmaps

Enumerator
GS_TEX_MIPMAP0	no mipmap
GS_TEX_MIPMAP1	1 mipmap
GS_TEX_MIPMAP2	2 mipmaps
GS_TEX_MIPMAP3	3 mipmaps
GS_TEX_MIPMAP4	4 mipmaps
GS_TEX_MIPMAP5	5 mipmaps
GS_TEX_MIPMAP6	6 mipmaps

Definition at line 139 of file libgs.h.

                  {
         GS_TEX_MIPMAP0  =0,
         GS_TEX_MIPMAP1,
         GS_TEX_MIPMAP2,
         GS_TEX_MIPMAP3,
         GS_TEX_MIPMAP4,
         GS_TEX_MIPMAP5,
         GS_TEX_MIPMAP6
 };

◆ GsVideoModes

enum GsVideoModes

Enumerator
GS_MODE_NTSC
GS_MODE_PAL
GS_MODE_DTV_480P

Definition at line 55 of file libgs.h.

                  {
         GS_MODE_NTSC            = 0x02,
         GS_MODE_PAL,
  
         GS_MODE_DTV_480P        = 0x50,
 };

◆ GsZTestMethodTypes

enum GsZTestMethodTypes

Zbuffer test Methods

Enumerator
GS_ZBUFF_NEVER
GS_ZBUFF_ALWAYS
GS_ZBUFF_GEQUAL
GS_ZBUFF_GREATER

Definition at line 126 of file libgs.h.

                        {
         GS_ZBUFF_NEVER          =0,
         GS_ZBUFF_ALWAYS,
         GS_ZBUFF_GEQUAL,
         GS_ZBUFF_GREATER
 };

Function Documentation

◆ GsClearDrawEnv1()

void GsClearDrawEnv1 ( GS_DRAWENV * drawenv )

clear draw buffer with GS_DRAWENV->bg_color color (contex 1)

Definition at line 182 of file draw.c.

 {
         unsigned char context;
         QWORD *p;
  
         // use a sprite to clear background
         context =0; // contex 1
  
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 4,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_PRIM(((GS_R_PRIM *)&p[1]), GS_PRIM_SPRITE,0, 0, 0, 1, 0, 1, context, 0);
         gs_setR_RGBAQ(((GS_R_RGBAQ *)&p[2]), drawenv->bg_color.r, drawenv->bg_color.g, drawenv->bg_color.b, drawenv->bg_color.a, drawenv->bg_color.q);
         gs_setR_XYZ2(((GS_R_XYZ *)&p[3]), (drawenv->offset_x+drawenv->clip.x)<<4, (drawenv->offset_y+drawenv->clip.y)<<4, 0x00000000);
         gs_setR_XYZ2(((GS_R_XYZ *)&p[4]), (drawenv->offset_x+drawenv->clip.x+drawenv->clip.w)<<4, (drawenv->offset_y+drawenv->clip.y+drawenv->clip.h)<<4, 0x00000000);
  
         GsDmaSend(GsPrimWorkArea, 5);
         GsDmaWait();
 }

References GS_RGBAQ::a, GS_RGBAQ::b, GS_DRAWENV::bg_color, GS_DRAWENV::clip, context, GS_RGBAQ::g, gif_rd_ad, GS_GIF_PACKED, GS_PRIM_SPRITE, gs_setGIF_TAG, gs_setR_PRIM, gs_setR_RGBAQ, gs_setR_XYZ2, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, GS_URECT::h, GS_DRAWENV::offset_x, GS_DRAWENV::offset_y, GS_RGBAQ::q, GS_RGBAQ::r, UNCACHED_SEG, GS_URECT::w, GS_URECT::x, and GS_URECT::y.

Referenced by ClearDrawingContext(), GsPutDrawEnv1(), and main().

◆ GsClearDrawEnv2()

void GsClearDrawEnv2 ( GS_DRAWENV * drawenv )

clear draw buffer with GS_DRAWENV->bg_color color (contex 2)

Definition at line 219 of file draw.c.

 {
         unsigned char context;
         QWORD *p;
  
         // use a sprite to clear background
         context =1; // contex 2
  
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 4,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_PRIM(((GS_R_PRIM *)&p[1]), GS_PRIM_SPRITE,0, 0, 0, 1, 0, 1, context, 0);
         gs_setR_RGBAQ(((GS_R_RGBAQ *)&p[2]), drawenv->bg_color.r, drawenv->bg_color.g, drawenv->bg_color.b, drawenv->bg_color.a, drawenv->bg_color.q);
         gs_setR_XYZ2(((GS_R_XYZ *)&p[3]), (drawenv->offset_x+drawenv->clip.x)<<4, (drawenv->offset_y+drawenv->clip.y)<<4, 0x00000000);
         gs_setR_XYZ2(((GS_R_XYZ *)&p[4]), (drawenv->offset_x+drawenv->clip.x+drawenv->clip.w)<<4, (drawenv->offset_y+drawenv->clip.y+drawenv->clip.h)<<4, 0x00000000);
  
         GsDmaSend(GsPrimWorkArea, 5);
         GsDmaWait();
 }

References GS_RGBAQ::a, GS_RGBAQ::b, GS_DRAWENV::bg_color, GS_DRAWENV::clip, context, GS_RGBAQ::g, gif_rd_ad, GS_GIF_PACKED, GS_PRIM_SPRITE, gs_setGIF_TAG, gs_setR_PRIM, gs_setR_RGBAQ, gs_setR_XYZ2, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, GS_URECT::h, GS_DRAWENV::offset_x, GS_DRAWENV::offset_y, GS_RGBAQ::q, GS_RGBAQ::r, UNCACHED_SEG, GS_URECT::w, GS_URECT::x, and GS_URECT::y.

Referenced by ClearDrawingContext(), and GsPutDrawEnv2().

◆ GsDbGetDisplayBuffer()

int GsDbGetDisplayBuffer ( void )

Definition at line 25 of file DoubleBuff.c.

 {
         return(gs_db_draw_buffer? 0: 1);
 }

References gs_db_draw_buffer.

Referenced by main().

◆ GsDbGetDrawBuffer()

int GsDbGetDrawBuffer ( void )

Definition at line 20 of file DoubleBuff.c.

 {
         return gs_db_draw_buffer;
 }

References gs_db_draw_buffer.

Referenced by main().

◆ GsDbSwapBuffer()

void GsDbSwapBuffer ( void )

Definition at line 30 of file DoubleBuff.c.

 {
         gs_db_draw_buffer = gs_db_draw_buffer? 0: 1;
 }

References gs_db_draw_buffer.

Referenced by main().

◆ GsDrawSync()

void GsDrawSync ( int mode )

Definition at line 18 of file sync.c.

 {
         switch(mode)
         {
         case 0:
         default:
                 GsDmaWait();
         }
 }

References GsDmaWait(), and mode.

Referenced by main().

◆ GsEnableAlphaBlending1()

void GsEnableAlphaBlending1 ( u16 enable )

Definition at line 137 of file primitives.c.

 {
         QWORD *p;
  
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 4,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
  
         if(enable)
         {
                 gs_setR_ALPHA_1(((GS_R_ALPHA *)&p[1]), 0,1,0,1,0x00); //last arg(0x00) is not used bceause of other settings
         }
         else
         {
                 gs_setR_ALPHA_1(((GS_R_ALPHA *)&p[1]), 0,0,0,0,0x80);
         }
         gs_setR_PABE(((GS_R_PABE *)&p[2]), 0);
         gs_setR_FBA_1(((GS_R_FBA *)&p[3]), 0);
         gs_setR_TEXA(((GS_R_TEXA *)&p[4]), 0x80, 0, 0x00);
  
         GsDmaSend(GsPrimWorkArea, 5);
         GsDmaWait();
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_ALPHA_1, gs_setR_FBA_1, gs_setR_PABE, gs_setR_TEXA, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

Referenced by InitGraphics().

◆ GsEnableAlphaBlending2()

void GsEnableAlphaBlending2 ( u16 enable )

Definition at line 160 of file primitives.c.

 {
         QWORD *p;
  
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG*)&p[0]), 4,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
  
         if(enable)
         {
                 gs_setR_ALPHA_2(((GS_R_ALPHA*)&p[1]), 0,1,0,1,0x00); //last arg(0x00) is not used bceause of other settings
         }
         else
         {
                 gs_setR_ALPHA_2(((GS_R_ALPHA *)&p[1]), 0,0,0,0,0x80);
         }
         gs_setR_PABE(((GS_R_PABE *)&p[2]), 0);
         gs_setR_FBA_2(((GS_R_FBA *)&p[3]), 0);
         gs_setR_TEXA(((GS_R_TEXA *)&p[4]), 0x80, 0, 0x00);
  
         GsDmaSend(GsPrimWorkArea, 5);
         GsDmaWait();
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_ALPHA_2, gs_setR_FBA_2, gs_setR_PABE, gs_setR_TEXA, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

Referenced by InitGraphics().

◆ GsEnableAlphaTransparency1()

void GsEnableAlphaTransparency1	(	u16	enable,
		u16	method,
		u8	alpha_ref,
		u16	fail_method
	)

Definition at line 72 of file primitives.c.

 {
         QWORD *p;
  
         p=UNCACHED_SEG(GsPrimWorkArea);
         GSGLOBAL_TEST1.atest_enable = enable;
         GSGLOBAL_TEST1.atest_method = method;
         GSGLOBAL_TEST1.atest_reference = alpha_ref;
         GSGLOBAL_TEST1.atest_fail_method = fail_method;
  
         GsSetPixelTest1(GSGLOBAL_TEST1.atest_enable, GSGLOBAL_TEST1.atest_method, GSGLOBAL_TEST1.atest_reference, GSGLOBAL_TEST1.atest_fail_method,
                                         GSGLOBAL_TEST1.datest_enable, GSGLOBAL_TEST1.datest_mode,
                                         GSGLOBAL_TEST1.ztest_enable,  GSGLOBAL_TEST1.ztest_method);
  
         // tell GS in 16bit texture 1=transparent,0=solid
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_TEXA(((GS_R_TEXA *)&p[1]), 0x80, 0, 0x00);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
 }

References GS_TEST::atest_enable, GS_TEST::atest_fail_method, GS_TEST::atest_method, GS_TEST::atest_reference, GS_TEST::datest_enable, GS_TEST::datest_mode, gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_TEXA, GsDmaSend(), GsDmaWait(), GSGLOBAL_TEST1, GsPrimWorkArea, GsSetPixelTest1(), UNCACHED_SEG, GS_TEST::ztest_enable, and GS_TEST::ztest_method.

Referenced by InitGraphics().

◆ GsEnableAlphaTransparency2()

void GsEnableAlphaTransparency2	(	u16	enable,
		u16	method,
		u8	alpha_ref,
		u16	fail_method
	)

Definition at line 94 of file primitives.c.

 {
         QWORD *p;
  
         p=UNCACHED_SEG(GsPrimWorkArea);
         GSGLOBAL_TEST2.atest_enable = enable;
         GSGLOBAL_TEST2.atest_method = method;
         GSGLOBAL_TEST2.atest_reference = alpha_ref;
         GSGLOBAL_TEST2.atest_fail_method = fail_method;
  
         GsSetPixelTest2(GSGLOBAL_TEST2.atest_enable, GSGLOBAL_TEST2.atest_method, GSGLOBAL_TEST2.atest_reference, GSGLOBAL_TEST2.atest_fail_method,
                                         GSGLOBAL_TEST2.datest_enable, GSGLOBAL_TEST2.datest_mode,
                                         GSGLOBAL_TEST2.ztest_enable,  GSGLOBAL_TEST2.ztest_method);
  
         // tell GS in 16bit texture 1=transparent,0=solid
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_TEXA(((GS_R_TEXA *)&p[1]), 0x80, 0, 0x00);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
 }

References GS_TEST::atest_enable, GS_TEST::atest_fail_method, GS_TEST::atest_method, GS_TEST::atest_reference, GS_TEST::datest_enable, GS_TEST::datest_mode, gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_TEXA, GsDmaSend(), GsDmaWait(), GSGLOBAL_TEST2, GsPrimWorkArea, GsSetPixelTest2(), UNCACHED_SEG, GS_TEST::ztest_enable, and GS_TEST::ztest_method.

Referenced by InitGraphics().

◆ GsEnableColorClamp()

void GsEnableColorClamp ( u16 enable )

Definition at line 190 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_COLCLAMP(((GS_R_COLCLAMP *)&p[1]), enable);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_COLCLAMP, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

◆ GsEnableDithering()

void GsEnableDithering	(	u8	enable,
		int	mode
	)

Definition at line 46 of file primitives.c.

 {
         QWORD *p;
  
         p=UNCACHED_SEG(GsPrimWorkArea);
         if(enable)
         {
                 gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 3,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
                 gs_setR_DTHE(((GS_R_DTHE *)&p[1]), 1);
                 gs_setR_DIMX(((GS_R_DIMX *)&p[2]), 4,2,5,3,0,6,1,7,5,3,4,2,1,7,0,6); //thanks to:"Maximus32" on ps2dev.org
                 gs_setR_COLCLAMP(((GS_R_COLCLAMP *)&p[3]), 1);
  
                 GsDmaSend(GsPrimWorkArea, 4);
         }
         else
         {
                 gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 2,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
                 gs_setR_DTHE(((GS_R_DTHE *)&p[1]), 0);
                 gs_setR_DIMX(((GS_R_DIMX *)&p[2]), 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0);
  
                 GsDmaSend(GsPrimWorkArea, 3);
         }
  
         GsDmaWait();
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_COLCLAMP, gs_setR_DIMX, gs_setR_DTHE, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

◆ GsEnableZbuffer1()

void GsEnableZbuffer1	(	u16	enable,
		u16	test_method
	)

Definition at line 116 of file primitives.c.

 {
         GSGLOBAL_TEST1.ztest_enable = enable;
         GSGLOBAL_TEST1.ztest_method = test_method;
  
         GsSetPixelTest1(GSGLOBAL_TEST1.atest_enable, GSGLOBAL_TEST1.atest_method, GSGLOBAL_TEST1.atest_reference, GSGLOBAL_TEST1.atest_fail_method,
                                         GSGLOBAL_TEST1.datest_enable, GSGLOBAL_TEST1.datest_mode,
                                         GSGLOBAL_TEST1.ztest_enable,  GSGLOBAL_TEST1.ztest_method);
 }

References GS_TEST::atest_enable, GS_TEST::atest_fail_method, GS_TEST::atest_method, GS_TEST::atest_reference, GS_TEST::datest_enable, GS_TEST::datest_mode, GSGLOBAL_TEST1, GsSetPixelTest1(), GS_TEST::ztest_enable, and GS_TEST::ztest_method.

◆ GsEnableZbuffer2()

void GsEnableZbuffer2	(	u16	enable,
		u16	test_method
	)

Definition at line 126 of file primitives.c.

 {
         GSGLOBAL_TEST2.ztest_enable = enable;
         GSGLOBAL_TEST2.ztest_method = test_method;
  
         GsSetPixelTest2(GSGLOBAL_TEST2.atest_enable, GSGLOBAL_TEST2.atest_method, GSGLOBAL_TEST2.atest_reference, GSGLOBAL_TEST2.atest_fail_method,
                                         GSGLOBAL_TEST2.datest_enable, GSGLOBAL_TEST2.datest_mode,
                                         GSGLOBAL_TEST2.ztest_enable,  GSGLOBAL_TEST2.ztest_method);
  
 }

References GS_TEST::atest_enable, GS_TEST::atest_fail_method, GS_TEST::atest_method, GS_TEST::atest_reference, GS_TEST::datest_enable, GS_TEST::datest_mode, GSGLOBAL_TEST2, GsSetPixelTest2(), GS_TEST::ztest_enable, and GS_TEST::ztest_method.

◆ GsGetGParam()

GsGParam_t* GsGetGParam ( void )

Definition at line 24 of file libgs.c.

 {
         return &gp_15;
 }

References gp_15.

Referenced by GsResetGraph(), and GsSetDefaultDisplayEnv().

◆ GsGifPacketsAlloc()

QWORD* GsGifPacketsAlloc	(	GS_PACKET_TABLE *	table,
		u32	num_qwords
	)

Definition at line 20 of file packets.c.

 {
         void *pointer;
         GS_GIF_PACKET *packet;
  
         if(num_qwords <= (GS_PACKET_DATA_QWORD_MAX-table->qword_offset))                        //check if we can alloc in current packet
         {
                 pointer=&table->packets[table->packet_offset].data[table->qword_offset];
                 table->qword_offset += num_qwords;
         }
         else    //couldnt fit so we going to have to try to jump to next packet
         {
                 if(table->packet_offset+1 == table->packet_count) //no more packet available so we return error;
                 {
                         pointer=NULL;
                 }
                 else //there is another pocket available so we can jump to it
                 {
                         //before we jup to this packet then we got to end current packet and point it to the new one
                         packet=(GS_GIF_PACKET*)UNCACHED_SEG(&table->packets[table->packet_offset]);
                         packet->tag.qwc=table->qword_offset;
                         packet->tag.pad1=0;
                         packet->tag.pce=0;
                         packet->tag.id=0x02; //next = tag.addr
                         packet->tag.irq =0;
                         packet->tag.addr=(unsigned int)&((GS_GIF_PACKET*)UNCACHED_SEG(&table->packets[table->packet_offset + 1]))->tag;
                         packet->tag.spr         =0;
                         packet->tag.pad2        =0;
  
                         //now reset qwords offset in this packet & update packet offset
                         table->qword_offset= 0;
                         table->packet_offset++;
  
                         //now we use the new packet
                         // but we still got to check if enough mem is available
                         if( num_qwords <= (GS_PACKET_DATA_QWORD_MAX-table->qword_offset) )
                         {
                                 pointer=&table->packets[table->packet_offset].data[table->qword_offset];
                                 table->qword_offset += num_qwords;
                         }
                         else //not enough
                         {
                                 pointer=NULL;
                         }
                 }
         }
  
         return pointer;
 }

References GS_GIF_PACKET::data, GS_PACKET_DATA_QWORD_MAX, NULL, packet, GS_PACKET_TABLE::packet_count, GS_PACKET_TABLE::packet_offset, GS_PACKET_TABLE::packets, packet_t::qwc, GS_PACKET_TABLE::qword_offset, and UNCACHED_SEG.

Referenced by DrawSprites(), and DrawTriangles().

◆ GsGifPacketsClear()

void GsGifPacketsClear ( GS_PACKET_TABLE * table )

Definition at line 70 of file packets.c.

 {
         table->packet_offset=0;
         table->qword_offset=0;
 }

References GS_PACKET_TABLE::packet_offset, and GS_PACKET_TABLE::qword_offset.

Referenced by main().

◆ GsGifPacketsExecute()

int GsGifPacketsExecute	(	GS_PACKET_TABLE *	table,
		u16	wait
	)

Definition at line 76 of file packets.c.

 {
         GS_GIF_PACKET *packet;
  
         if(table->packet_offset==0    &&   table->qword_offset==0)
                 return 0;
  
         if(table->packets == NULL)
                 return -1;
  
         //close the current pocket
         packet=(GS_GIF_PACKET*)UNCACHED_SEG(&table->packets[table->packet_offset]);
         packet->tag.qwc         =table->qword_offset;
         packet->tag.pad1        =0;
         packet->tag.pce         =0;
         packet->tag.id          =0x07; //end
         packet->tag.irq         =0;
         packet->tag.addr        =(u32)0;
         packet->tag.spr         =0;
         packet->tag.pad2        =0;
  
         GsDmaSend_tag(0, 0, &table->packets[0].tag);
         if(wait)
                 GsDmaWait();
  
         return 0;
 }

References GsDmaSend_tag(), GsDmaWait(), NULL, packet, GS_PACKET_TABLE::packet_offset, GS_PACKET_TABLE::packets, packet_t::qwc, GS_PACKET_TABLE::qword_offset, GS_GIF_PACKET::tag, and UNCACHED_SEG.

Referenced by main().

◆ GsHSync()

void GsHSync ( int mode )

Definition at line 28 of file sync.c.

 {
         unsigned short i;
  
         switch(mode)
         {
         case 0:
                 GS_SET_CSR_hsync_intrupt(1);
                 while(!GS_GET_CSR_hsync_intrupt);
         break;
         default:
                 if(mode>1)
                 {
                         for(i=0;i<mode;i++)
                         {
                                 GS_SET_CSR_hsync_intrupt(1);
                                 while(!GS_GET_CSR_hsync_intrupt);
                         }
                 }
         }
 }

References GS_GET_CSR_hsync_intrupt, GS_SET_CSR_hsync_intrupt, and mode.

◆ GsLoadImage()

int GsLoadImage	(	const void *	source_addr,
		GS_IMAGE *	dest
	)

Definition at line 20 of file texture.c.

 {
         int i;
         const unsigned char *pTexSrc;
         unsigned int current, max, remainder, img_qwc;
         QWORD *p;
  
         switch(dest->psm)
         {
         case GS_TEX_32: //32 bit image
                 img_qwc = ((dest->width * dest->height)*4)/16;
         break;
         case GS_TEX_24: //24 bit image
                 img_qwc = ((dest->width * dest->height)*3)/16;
         break;
         case GS_TEX_16: //16 bit image
                 img_qwc = ((dest->width * dest->height)*2)/16;
         break;
         case GS_TEX_8:  //8 bit image
                 img_qwc = ((dest->width * dest->height)*1)/16;
         break;
         case GS_TEX_4:  //4 bit image
                 img_qwc = ((dest->width * dest->height)/2)/16;
         break;
         default:
                 //printf("unable to load unsupported image(%02x)",dest->psm);
                 return -1;
         }
  
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG*)&p[0]), 4,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_BITBLTBUF(((GS_R_BITBLTBUF*)&p[1]),0,0,0,dest->vram_addr,dest->vram_width,dest->psm);
         gs_setR_TRXPOS(((GS_R_TRXPOS*)&p[2]), 0,0,dest->x,dest->y,0);
         gs_setR_TRXREG(((GS_R_TRXREG*)&p[3]), dest->width,dest->height);
         gs_setR_TRXDIR(((GS_R_TRXDIR*)&p[4]), 0);
  
         GsDmaSend(GsPrimWorkArea, 5);
         GsDmaWait();
  
         // Ok , We Send Image Now
         max             = img_qwc / 16384;
         remainder       = img_qwc % 16384;
         current         = 16384;
         pTexSrc = (const unsigned char *)source_addr;
         for(i=0;i<max;i++)
         {
                 //1st we signal gs we are about to send
                 //16384 qwords
  
                 gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), current,1,0,0,GS_GIF_IMAGE,0,0x00);
  
                 GsDmaSend(GsPrimWorkArea, 1);
                 GsDmaWait();
  
                 //we now send 16384 more qwords
                 GsDmaSend(pTexSrc, current);
                 GsDmaWait();
  
                 pTexSrc += current*16;
         }
  
         //transfer the rest if we have left overs
         current = remainder;
         //or exit if none is left
         if(current)
         {
                 // we signal are about to send whats left
                 gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), current,1,0,0,GS_GIF_IMAGE,0,0x00);
  
                 GsDmaSend(GsPrimWorkArea, 1);
                 GsDmaWait();
  
                 //send data leftover
                 GsDmaSend(pTexSrc, current);
                 GsDmaWait();
         }
  
         return 1;
 }

References gif_rd_ad, GS_GIF_IMAGE, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_BITBLTBUF, gs_setR_TRXDIR, gs_setR_TRXPOS, gs_setR_TRXREG, GS_TEX_16, GS_TEX_24, GS_TEX_32, GS_TEX_4, GS_TEX_8, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, GS_IMAGE::height, max, GS_IMAGE::psm, UNCACHED_SEG, GS_IMAGE::vram_addr, GS_IMAGE::vram_width, GS_IMAGE::width, GS_IMAGE::x, and GS_IMAGE::y.

◆ GsOverridePrimAttributes()

void GsOverridePrimAttributes	(	s8	override,
		s8	iip,
		s8	tme,
		s8	fge,
		s8	abe,
		s8	aa1,
		s8	fst,
		s8	ctxt,
		s8	fix
	)

Definition at line 23 of file primitives.c.

 {
         QWORD *p;
  
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 2,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
  
         //override. (0 = use PRIM)(1 = use PRMODE)
         if(override)
         {
                 gs_setR_PRMODECONT(((GS_R_PRMODECONT *)&p[1]), 0);
         }
         else
         {
                 gs_setR_PRMODECONT(((GS_R_PRMODECONT *)&p[1]), 1);
         }
  
         gs_setR_PRMODE(((GS_R_PRMODE *)&p[2]), iip,tme,fge,abe,aa1,fst,ctxt,fix);
  
         GsDmaSend(GsPrimWorkArea, 3);
         GsDmaWait();
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_PRMODE, gs_setR_PRMODECONT, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

Referenced by InitGraphics().

◆ GsPutDisplayEnv1()

void GsPutDisplayEnv1 ( GS_DISPENV * dispenv )

Definition at line 201 of file draw.c.

 {
         *((volatile GS_DISPLAY *)(gs_p_display1)) =  dispenv->disp;
         *((volatile GS_DISPFB *)(gs_p_dispfb1)) =  dispenv->dispfb;
 }

References GS_DISPENV::disp, GS_DISPENV::dispfb, gs_p_dispfb1, and gs_p_display1.

Referenced by InitGraphics().

◆ GsPutDisplayEnv2()

void GsPutDisplayEnv2 ( GS_DISPENV * dispenv )

Definition at line 238 of file draw.c.

 {
         *((volatile GS_DISPLAY *)(gs_p_display2)) =  dispenv->disp;
         *((volatile GS_DISPFB *)(gs_p_dispfb2)) =  dispenv->dispfb;
 }

References GS_DISPENV::disp, GS_DISPENV::dispfb, gs_p_dispfb2, and gs_p_display2.

Referenced by InitGraphics().

◆ GsPutDrawEnv1()

void GsPutDrawEnv1 ( GS_DRAWENV * drawenv )

Definition at line 169 of file draw.c.

 {
         GsSetXYOffset1(drawenv->offset_x<<4, drawenv->offset_y<<4);
         GsSetScissor1(drawenv->clip.x, drawenv->clip.y, drawenv->clip.x+drawenv->clip.w, drawenv->clip.y+drawenv->clip.h);
         GsSetFrame1(drawenv->vram_addr, drawenv->fbw, drawenv->psm, drawenv->draw_mask);
  
         //use a sprite to clear background
         if(drawenv->auto_clear)
         {
                 GsClearDrawEnv1(drawenv);
         }
 }

References GS_DRAWENV::auto_clear, GS_DRAWENV::clip, GS_DRAWENV::draw_mask, GS_DRAWENV::fbw, GsClearDrawEnv1(), GsSetFrame1(), GsSetScissor1(), GsSetXYOffset1(), GS_URECT::h, GS_DRAWENV::offset_x, GS_DRAWENV::offset_y, GS_DRAWENV::psm, GS_DRAWENV::vram_addr, GS_URECT::w, GS_URECT::x, and GS_URECT::y.

Referenced by InitGraphics().

◆ GsPutDrawEnv2()

void GsPutDrawEnv2 ( GS_DRAWENV * drawenv )

Definition at line 207 of file draw.c.

 {
         GsSetXYOffset2(drawenv->offset_x<<4, drawenv->offset_y<<4);
         GsSetScissor2(drawenv->clip.x, drawenv->clip.y, drawenv->clip.x+drawenv->clip.w, drawenv->clip.y+drawenv->clip.h);
         GsSetFrame2(drawenv->vram_addr, drawenv->fbw, drawenv->psm, drawenv->draw_mask);
  
         if(drawenv->auto_clear)
         {
                 GsClearDrawEnv2(drawenv);
         }
 }

References GS_DRAWENV::auto_clear, GS_DRAWENV::clip, GS_DRAWENV::draw_mask, GS_DRAWENV::fbw, GsClearDrawEnv2(), GsSetFrame2(), GsSetScissor2(), GsSetXYOffset2(), GS_URECT::h, GS_DRAWENV::offset_x, GS_DRAWENV::offset_y, GS_DRAWENV::psm, GS_DRAWENV::vram_addr, GS_URECT::w, GS_URECT::x, and GS_URECT::y.

Referenced by InitGraphics().

◆ GsPutZBufferEnv1()

void GsPutZBufferEnv1 ( GS_ZENV * zenv )

Definition at line 31 of file Zbuffer.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_ZBUF_1(((GS_R_ZBUF *)&p[1]), zenv->vram_addr, zenv->psm, zenv->update_mask);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_ZBUF_1, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, GS_ZENV::psm, UNCACHED_SEG, GS_ZENV::update_mask, and GS_ZENV::vram_addr.

◆ GsPutZBufferEnv2()

void GsPutZBufferEnv2 ( GS_ZENV * zenv )

Definition at line 42 of file Zbuffer.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 4,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_ZBUF_2(((GS_R_ZBUF *)&p[1]), zenv->vram_addr, zenv->psm, zenv->update_mask);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_ZBUF_2, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, GS_ZENV::psm, UNCACHED_SEG, GS_ZENV::update_mask, and GS_ZENV::vram_addr.

◆ GsResetGraph()

void GsResetGraph	(	short int	mode,
		short int	interlace,
		short int	omode,
		short int	ffmode
	)

Referenced by InitGraphics().

◆ GsResetPath()

void GsResetPath ( void )

◆ GsSelectTexure1()

int GsSelectTexure1	(	u16	tex_addr,
		u8	addr_width,
		u8	tex_pixmode,
		u16	tex_width,
		u16	tex_height,
		u16	clut_addr,
		u8	clut_pixmode,
		u8	clut_storagemode,
		u8	clut_offset
	)

Definition at line 153 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_TEX0_1(((GS_R_TEX0 *)&p[1]), tex_addr,addr_width,tex_pixmode, twh(tex_width), twh(tex_height),1,0,clut_addr,clut_pixmode,clut_storagemode,clut_offset,4); /*4 load contex 0*/
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_TEX0_1, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, twh(), and UNCACHED_SEG.

◆ GsSelectTexure2()

int GsSelectTexure2	(	u16	tex_addr,
		u8	addr_width,
		u8	tex_pixmode,
		u16	tex_width,
		u16	tex_height,
		u16	clut_addr,
		u8	clut_pixmode,
		u8	clut_storagemode,
		u8	clut_offset
	)

Definition at line 166 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_TEX0_2(((GS_R_TEX0 *)&p[1]), tex_addr, addr_width, tex_pixmode, twh(tex_width), twh(tex_height), 1, 0, clut_addr, clut_pixmode, clut_storagemode,clut_offset,5);/*5 load contex 2*/
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_TEX0_2, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, twh(), and UNCACHED_SEG.

◆ GsSetCRTCSettings()

void GsSetCRTCSettings	(	u64	settings,
		u8	alpha_value
	)

Definition at line 56 of file libgs.c.

 {
         *((vu64 *)(gs_p_pmode)) =  (settings|((u64)(0x001) << 2)|((u64)(alpha_value)    << 8));
 }

References gs_p_pmode.

Referenced by GsResetGraph(), and SelectDisplayContext().

◆ GsSetDefaultDisplayEnv()

void GsSetDefaultDisplayEnv	(	GS_DISPENV *	dispenv,
		u16	psm,
		u16	w,
		u16	h,
		u16	dx,
		u16	dy
	)

Definition at line 74 of file draw.c.

 {
         GsGParam_t *pGParams;
         int gs_DH, gs_DW, gs_DY, gs_DX;
  
         pGParams=GsGetGParam();
         dispenv->disp.pad1=dispenv->disp.pad2=0;
  
         if(pGParams->omode >= GS_MODE_NTSC && pGParams->omode <= GS_MODE_PAL)
         {
                 gs_DH=0;
                 gs_DW=0;
                 gs_DY=0;
                 gs_DX=0;
         } else {
                 if(checkModelVersion())
                         _GetGsDxDyOffset(pGParams->omode, &gs_DX, &gs_DY, &gs_DW, &gs_DH);
                 else{
                         gs_DH=0;
                         gs_DW=0;
                         gs_DY=0;
                         gs_DX=0;
                 }
         }
  
         dispenv->dispfb.pad1=dispenv->dispfb.pad2=0;
         dispenv->dispfb.x=0;
         dispenv->dispfb.y=0;
         dispenv->dispfb.address=0;
         dispenv->dispfb.fbw=(w+63)/64;
         dispenv->dispfb.psm=psm;
         switch(pGParams->omode)
         {
                 case GS_MODE_NTSC:
                         if(pGParams->interlace)
                         {
                                 dispenv->disp.display_y = dy+gs_DY+0x32;
                                 dispenv->disp.display_x = (gs_DX+0x27C) + dx*((w+0x9FF)/w);
                                 dispenv->disp.magnify_h = (w+0x9FF)/w - 1;
                                 dispenv->disp.magnify_v = 0;
                                 dispenv->disp.display_w = (w+0x9FF)/w*w - 1;
  
                                 if(pGParams->ffmode)
                                         dispenv->disp.display_h = (h<<1) - 1;
                                 else
                                         dispenv->disp.display_h = h - 1;
                         } else {
                                 dispenv->disp.display_h = h-1;
                                 dispenv->disp.display_x = gs_DX+0x27C + dx*((w+0x9FF)/w);
                                 dispenv->disp.display_y = gs_DY+dy+0x19;
                                 dispenv->disp.magnify_h = (w+0x9FF)/w - 1;
                                 dispenv->disp.magnify_v = 0;
                                 dispenv->disp.display_w = (w+0x9FF)/w*w - 1;
                         }
                         break;
                 case GS_MODE_PAL:
                         if(pGParams->interlace)
                         {
                                 dispenv->disp.display_y = gs_DY+dy+0x48;
                                 dispenv->disp.display_x = gs_DX+0x290 + dx*((w+0x9FF)/w);
                                 dispenv->disp.magnify_h = (w+0x9FF)/w - 1;
                                 dispenv->disp.magnify_v = 0;
                                 dispenv->disp.display_w = (w+0x9FF)/w*w - 1;
  
                                 if(pGParams->ffmode)
                                         dispenv->disp.display_h = (h<<1) - 1;
                                 else
                                         dispenv->disp.display_h = h - 1;
                         } else {
                                 dispenv->disp.display_h = h-1;
                                 dispenv->disp.display_x = gs_DX+0x290 + dx*((w+0x9FF)/w);
                                 dispenv->disp.display_y = dy+gs_DY+0x48;
                                 dispenv->disp.magnify_h = (w+0x9FF)/w - 1;
                                 dispenv->disp.magnify_v = 0;
                                 dispenv->disp.display_w = (w+0x9FF)/w*w - 1;
                         }
                         break;
                 case GS_MODE_DTV_480P:
                         dispenv->disp.display_x = gs_DX+((0x2D0-w) + ((0x2D0-w)>>31))/2*2 + (dx<<1)+0xE8;
                         dispenv->disp.display_h = h-1;
                         dispenv->disp.display_w = (w<<1) - 1;
                         dispenv->disp.display_y = gs_DY+dy+0x23;
                         dispenv->disp.magnify_h = 1;
                         dispenv->disp.magnify_v = 0;
                         break;
                 default:
                         printf("GsSetDefaultDisplayEnv: Unsupported video mode: 0x%x\n", pGParams->omode);
         }
 }

References _GetGsDxDyOffset(), GS_DISPFB::address, checkModelVersion(), GS_DISPENV::disp, GS_DISPENV::dispfb, GS_DISPLAY::display_h, GS_DISPLAY::display_w, GS_DISPLAY::display_x, GS_DISPLAY::display_y, GS_DISPFB::fbw, GsGParam_t::ffmode, GS_MODE_DTV_480P, GS_MODE_NTSC, GS_MODE_PAL, GsGetGParam(), GsGParam_t::interlace, GS_DISPLAY::magnify_h, GS_DISPLAY::magnify_v, GsGParam_t::omode, GS_DISPFB::pad1, GS_DISPLAY::pad1, GS_DISPFB::pad2, GS_DISPLAY::pad2, GS_DISPFB::psm, GS_DISPFB::x, and GS_DISPFB::y.

Referenced by InitGraphics().

◆ GsSetDefaultDisplayEnvAddress()

void GsSetDefaultDisplayEnvAddress	(	GS_DISPENV *	dispenv,
		u16	vram_addr
	)

Definition at line 164 of file draw.c.

 {
         dispenv->dispfb.address=vram_addr;
 }

References GS_DISPFB::address, and GS_DISPENV::dispfb.

Referenced by InitGraphics().

◆ GsSetDefaultDrawEnv()

void GsSetDefaultDrawEnv	(	GS_DRAWENV *	drawenv,
		u16	psm,
		u16	w,
		u16	h
	)

Definition at line 23 of file draw.c.

 {
         drawenv->offset_x       = 2048-w/2;
         drawenv->offset_y       = 2048-h/2;
         drawenv->clip.x         = 0;
         drawenv->clip.y         = 0;
         drawenv->clip.w         = w;
         drawenv->clip.h         = h;
         drawenv->draw_mask      = 0;
         drawenv->auto_clear     = 1;
  
         drawenv->bg_color.r     = 0x01;
         drawenv->bg_color.g     = 0x01;
         drawenv->bg_color.b     = 0x01;
         drawenv->bg_color.a     = 0x80;
         drawenv->bg_color.q     = 0.0f;
  
         drawenv->fbw = (w+63)/64;
         drawenv->psm = psm;
         drawenv->vram_addr = 0;
         drawenv->vram_x = 0;
         drawenv->vram_y = 0;
 }

References GS_RGBAQ::a, GS_DRAWENV::auto_clear, GS_RGBAQ::b, GS_DRAWENV::bg_color, GS_DRAWENV::clip, GS_DRAWENV::draw_mask, GS_DRAWENV::fbw, GS_RGBAQ::g, GS_URECT::h, GS_DRAWENV::offset_x, GS_DRAWENV::offset_y, GS_DRAWENV::psm, GS_RGBAQ::q, GS_RGBAQ::r, GS_DRAWENV::vram_addr, GS_DRAWENV::vram_x, GS_DRAWENV::vram_y, GS_URECT::w, GS_URECT::x, and GS_URECT::y.

Referenced by InitGraphics().

◆ GsSetDefaultDrawEnvAddress()

void GsSetDefaultDrawEnvAddress	(	GS_DRAWENV *	drawenv,
		u16	vram_addr
	)

Definition at line 47 of file draw.c.

 {
         drawenv->vram_addr=vram_addr;
 }

References GS_DRAWENV::vram_addr.

Referenced by InitGraphics().

◆ GsSetDefaultZBufferEnv()

void GsSetDefaultZBufferEnv	(	GS_ZENV *	zenv,
		u8	update_mask
	)

Definition at line 20 of file Zbuffer.c.

 {
         zenv->update_mask = update_mask;
 }

References GS_ZENV::update_mask.

◆ GsSetDefaultZBufferEnvAddress()

void GsSetDefaultZBufferEnvAddress	(	GS_ZENV *	zenv,
		u16	vram_addr,
		u8	psm
	)

Definition at line 25 of file Zbuffer.c.

 {
         zenv->vram_addr=vram_addr;
         zenv->psm=psm;
 }

References GS_ZENV::psm, and GS_ZENV::vram_addr.

◆ GsSetFogColor()

void GsSetFogColor	(	u8	r,
		u8	g,
		u8	b
	)

Definition at line 179 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG*)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_FOGCOLOR(((GS_R_FOGCOLOR*)&p[1]), r,g,b);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_FOGCOLOR, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

◆ GsSetFrame1()

int GsSetFrame1	(	u16	framebuffer_addr,
		u8	framebuffer_width,
		u8	psm,
		u32	draw_mask
	)

Definition at line 88 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_FRAME_1(((GS_R_FRAME *)&p[1]), framebuffer_addr,framebuffer_width,psm,draw_mask);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_FRAME_1, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

Referenced by GsPutDrawEnv1().

◆ GsSetFrame2()

int GsSetFrame2	(	u16	framebuffer_addr,
		u8	framebuffer_width,
		u8	psm,
		u32	draw_mask
	)

Definition at line 101 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_FRAME_2(((GS_R_FRAME *)&p[1]), framebuffer_addr,framebuffer_width,psm,draw_mask);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_FRAME_2, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

Referenced by GsPutDrawEnv2().

◆ GsSetPixelTest1()

int GsSetPixelTest1	(	u8	enable_alpha_test,
		u8	alpha_test_method,
		u8	alpha_reference,
		u8	alpha_fail_method,
		u8	enable_dest_alpha_test,
		u8	dest_alpha_test_mode,
		u8	enable_zbuff_test,
		u8	alpha_zbuff_method
	)

Definition at line 127 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_TEST_1(((GS_R_TEST *)&p[1]), enable_alpha_test, alpha_test_method, alpha_reference, alpha_fail_method, enable_dest_alpha_test, dest_alpha_test_mode, enable_zbuff_test, alpha_zbuff_method);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_TEST_1, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

Referenced by GsEnableAlphaTransparency1(), and GsEnableZbuffer1().

◆ GsSetPixelTest2()

int GsSetPixelTest2	(	u8	enable_alpha_test,
		u8	alpha_test_method,
		u8	alpha_reference,
		u8	alpha_fail_method,
		u8	enable_dest_alpha_test,
		u8	dest_alpha_test_mode,
		u8	enable_zbuff_test,
		u8	alpha_zbuff_method
	)

Definition at line 140 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_TEST_2(((GS_R_TEST *)&p[1]), enable_alpha_test, alpha_test_method, alpha_reference, alpha_fail_method, enable_dest_alpha_test, dest_alpha_test_mode, enable_zbuff_test, alpha_zbuff_method);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_TEST_2, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

Referenced by GsEnableAlphaTransparency2(), and GsEnableZbuffer2().

◆ GsSetScissor1()

int GsSetScissor1	(	u16	upper_x,
		u16	upper_y,
		u16	lower_x,
		u16	lower_y
	)

Definition at line 62 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_SCISSOR_1(((GS_R_SCISSOR *)&p[1]), upper_x,lower_x,upper_y,lower_y);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_SCISSOR_1, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

Referenced by GsPutDrawEnv1().

◆ GsSetScissor2()

int GsSetScissor2	(	u16	upper_x,
		u16	upper_y,
		u16	lower_x,
		u16	lower_y
	)

Definition at line 75 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_SCISSOR_2(((GS_R_SCISSOR *)&p[1]), upper_x,lower_x,upper_y,lower_y);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_SCISSOR_2, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

Referenced by GsPutDrawEnv2().

◆ GsSetXYOffset1()

int GsSetXYOffset1	(	u16	x,
		u16	y
	)

Definition at line 36 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_XYOFFSET_1(((GS_R_XYOFFSET *)&p[1]), x,y);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_XYOFFSET_1, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, UNCACHED_SEG, x, and y.

Referenced by GsPutDrawEnv1().

◆ GsSetXYOffset2()

int GsSetXYOffset2	(	u16	x,
		u16	y
	)

Definition at line 49 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_XYOFFSET_2(((GS_R_XYOFFSET *)&p[1]), x,y);
  
         GsDmaSend(GsPrimWorkArea, 2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_XYOFFSET_2, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, UNCACHED_SEG, x, and y.

Referenced by GsPutDrawEnv2().

◆ GsTextureFlush()

int GsTextureFlush ( void )

Definition at line 114 of file lowlevel.c.

 {
         QWORD *p;
         p=UNCACHED_SEG(GsPrimWorkArea);
         gs_setGIF_TAG(((GS_GIF_TAG *)&p[0]), 1,1,0,0,GS_GIF_PACKED,1,gif_rd_ad);
         gs_setR_TEXFLUSH(((GS_R_TEXFLUSH *)&p[1]));
  
         GsDmaSend(GsPrimWorkArea,2);
         GsDmaWait();
  
         return 0;
 }

References gif_rd_ad, GS_GIF_PACKED, gs_setGIF_TAG, gs_setR_TEXFLUSH, GsDmaSend(), GsDmaWait(), GsPrimWorkArea, and UNCACHED_SEG.

◆ GsVramAllocFrameBuffer()

int GsVramAllocFrameBuffer	(	s16	w,
		s16	h,
		s16	psm
	)

Definition at line 105 of file texture.c.

 {
         int size, remainder, ret, byte_pp;      // byte per pixel
  
         switch(psm)
         {
         case GS_PIXMODE_32:
         case GS_TEX_4HH:                // these are 32bit
         case GS_TEX_4HL:                // ..
         case GS_TEX_8H:                 // ..
         case GS_ZBUFF_32:               //
         case GS_ZBUFF_24:               //
         case GS_PIXMODE_24:             // also 24bit takes up 4 bytes
                 byte_pp = 4;
         break;
         case GS_PIXMODE_16:
         case GS_PIXMODE_16S:
         case GS_ZBUFF_16:
                 byte_pp = 2;
         break;
         case GS_TEX_8:
                 byte_pp = 1;
         break;
         case GS_TEX_4:
                 byte_pp = 0;
         break;
         default:
                 return -EINVAL;
         }
  
         if(byte_pp > 0)         // 8 to 32 bit
         {
                 size = ((w*h)*byte_pp)/4;
         }
         else                    // 4 bit
         {
                 size = (w*h)/2;
         }
  
         remainder = (vr_addr % (2048));
  
         if(remainder)
                 vr_addr += ((2048)-remainder);
  
         ret = vr_addr/(2048);
         vr_addr += size;
         vr_tex_start = vr_addr;
  
         return ret;
 }

References EINVAL, GS_PIXMODE_16, GS_PIXMODE_16S, GS_PIXMODE_24, GS_PIXMODE_32, GS_TEX_4, GS_TEX_4HH, GS_TEX_4HL, GS_TEX_8, GS_TEX_8H, GS_ZBUFF_16, GS_ZBUFF_24, GS_ZBUFF_32, vr_addr, and vr_tex_start.

Referenced by InitGraphics().

◆ GsVramAllocTextureBuffer()

int GsVramAllocTextureBuffer	(	s16	w,
		s16	h,
		s16	psm
	)

Definition at line 156 of file texture.c.

 {
         int size, remainder, ret, byte_pp;      // byte per pixel
  
         switch(psm)
         {
         case GS_PIXMODE_32:
         case GS_PIXMODE_24:             // also 24bit takes up 4 bytes
         case GS_TEX_8H:                 // ..
         case GS_TEX_4HH:                // these are 32bit
         case GS_TEX_4HL:                // ..
                 byte_pp = 4;
         break;
         case GS_PIXMODE_16:
         case GS_PIXMODE_16S:
                 byte_pp = 2;
         break;
         case GS_TEX_8:
                 byte_pp = 1;
         break;
         case GS_TEX_4:
                 byte_pp = 0;
         break;
         default:
                 return -EINVAL;
         }
  
         if(byte_pp > 0)         // 8 to 32 bit
         {
                 size = ((w*h)*byte_pp)/4;
         }
         else                    // 4 bit
         {
                 size = (w*h)/2;
         }
  
         remainder = (vr_addr % (64));
  
         //---
         vr_2ndtolast_alloc = vr_addr;
  
         if(remainder)
                 vr_addr += ((64)-remainder);
  
         ret = vr_addr/(64);
         vr_addr += size;
  
         return ret;
 }

References EINVAL, GS_PIXMODE_16, GS_PIXMODE_16S, GS_PIXMODE_24, GS_PIXMODE_32, GS_TEX_4, GS_TEX_4HH, GS_TEX_4HL, GS_TEX_8, GS_TEX_8H, vr_2ndtolast_alloc, and vr_addr.

◆ GsVramFreeAll()

void GsVramFreeAll ( void )

Definition at line 222 of file texture.c.

 {
         vr_addr                 = 0;
         vr_tex_start    = 0;
 }

References vr_addr, and vr_tex_start.

◆ GsVramFreeAllTextureBuffer()

void GsVramFreeAllTextureBuffer ( void )

free texture buffer without freeing frame buffer

Definition at line 206 of file texture.c.

 {
         vr_addr = vr_tex_start;
 }

References vr_addr, and vr_tex_start.

◆ GsVSync()

void GsVSync ( int mode )

Definition at line 50 of file sync.c.

 {
         unsigned short i;
  
         switch(mode)
         {
         case 0: //just wait
                 GS_SET_CSR_vsync_intrupt(1);
                 while(!GS_GET_CSR_vsync_intrupt);
         break;
         default: // wait for num of vsync to pass
                 if(mode>1)
                 {
  
                         for(i=0;i<mode;i++)
                         {
                                 GS_SET_CSR_vsync_intrupt(1);
                                 while(!GS_GET_CSR_vsync_intrupt);
  
                         }
                 }
         }
 }

References GS_GET_CSR_vsync_intrupt, GS_SET_CSR_vsync_intrupt, and mode.

Referenced by main().

Data Structures

Macros

Enumerations

Functions

Detailed Description

Macro Definition Documentation

◆ CRTC_SETTINGS_BLENDRC1

◆ CRTC_SETTINGS_BLENDVAL

◆ CRTC_SETTINGS_DEFAULT1

◆ CRTC_SETTINGS_DEFAULT2

◆ CRTC_SETTINGS_EN1

◆ CRTC_SETTINGS_EN2

◆ CRTC_SETTINGS_ENBOTH

◆ CRTC_SETTINGS_OUTRC1

◆ CRTC_SETTINGS_OUTRC2

◆ CRTC_SETTINGS_STYLEBG

◆ CRTC_SETTINGS_STYLERC1

◆ gif_rd_ad

◆ gif_rd_nop

◆ GS_CLUT_16

◆ GS_CLUT_16S

◆ GS_CLUT_32

◆ GS_DISABLE

◆ GS_ENABLE

◆ GS_FFMD_FIELD

◆ GS_FFMD_FRAME

◆ gs_g_alpha_1

◆ gs_g_alpha_2

◆ gs_g_bitbltbuf

◆ gs_g_clamp_1

◆ gs_g_clamp_2

◆ gs_g_colclamp

◆ gs_g_dimx

◆ gs_g_dthe

◆ gs_g_fba_1

◆ gs_g_fba_2

◆ gs_g_finish

◆ gs_g_fog

◆ gs_g_fogcol

◆ gs_g_frame_1

◆ gs_g_frame_2

◆ gs_g_hwreg

◆ gs_g_label

◆ gs_g_miptbp1_1

◆ gs_g_miptbp1_2

◆ gs_g_miptbp2_1

◆ gs_g_miptbp2_2

◆ gs_g_nop

◆ gs_g_pabe

◆ gs_g_prim

◆ gs_g_prmode

◆ gs_g_prmodecont

◆ gs_g_rgbaq

◆ gs_g_scanmsk

◆ gs_g_scissor_1

◆ gs_g_scissor_2

◆ gs_g_signal

◆ gs_g_st

◆ gs_g_test_1

◆ gs_g_test_2

◆ gs_g_tex0_1

◆ gs_g_tex0_2

◆ gs_g_tex1_1

◆ gs_g_tex1_2

◆ gs_g_tex2_1

◆ gs_g_tex2_2

◆ gs_g_texa

◆ gs_g_texclut

◆ gs_g_texflush

◆ gs_g_trxdir

◆ gs_g_trxpos

◆ gs_g_trxreg

◆ gs_g_uv

◆ gs_g_xyoffset_1

◆ gs_g_xyoffset_2

◆ gs_g_xyz2

◆ gs_g_xyz3

◆ gs_g_xyzf2

◆ gs_g_xyzf3

◆ gs_g_zbuf_1