mirror of
https://github.com/ZDoom/raze-gles.git
synced 2024-12-25 03:00:46 +00:00
Floating point grouscan() patch from Nuke.YKT, worth a couple of fps in classic mode in slope-heavy scenes
git-svn-id: https://svn.eduke32.com/eduke32@7755 1a8010ca-5511-0410-912e-c29ae57300e0
This commit is contained in:
terminx
Christoph Oelckers
parent
c9014870e3
commit
7a6293ff42
3 changed files with 293 additions and 0 deletions
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@ -40,6 +40,7 @@ extern int32_t startwin_run(void);
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// video
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// video
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extern int32_t r_usenewaspect, newaspect_enable;
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extern int32_t r_usenewaspect, newaspect_enable;
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extern int32_t r_fpgrouscan;
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extern int32_t setaspect_new_use_dimen;
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extern int32_t setaspect_new_use_dimen;
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extern uint32_t r_screenxy;
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extern uint32_t r_screenxy;
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extern int32_t xres, yres, bpp, fullscreen, bytesperline;
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extern int32_t xres, yres, bpp, fullscreen, bytesperline;
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@ -459,6 +459,7 @@ int32_t baselayer_init(void)
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{ "r_usenewaspect","enable/disable new screen aspect ratio determination code",(void *) &r_usenewaspect, CVAR_BOOL, 0, 1 },
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{ "r_usenewaspect","enable/disable new screen aspect ratio determination code",(void *) &r_usenewaspect, CVAR_BOOL, 0, 1 },
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{ "r_screenaspect","if using r_usenewaspect and in fullscreen, screen aspect ratio in the form XXYY, e.g. 1609 for 16:9",
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{ "r_screenaspect","if using r_usenewaspect and in fullscreen, screen aspect ratio in the form XXYY, e.g. 1609 for 16:9",
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(void *) &r_screenxy, SCREENASPECT_CVAR_TYPE, 0, 9999 },
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(void *) &r_screenxy, SCREENASPECT_CVAR_TYPE, 0, 9999 },
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{ "r_fpgrouscan","use floating-point numbers for slope rendering",(void *) &r_fpgrouscan, CVAR_BOOL, 0, 1 },
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{ "r_novoxmips","turn off/on the use of mipmaps when rendering 8-bit voxels",(void *) &novoxmips, CVAR_BOOL, 0, 1 },
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{ "r_novoxmips","turn off/on the use of mipmaps when rendering 8-bit voxels",(void *) &novoxmips, CVAR_BOOL, 0, 1 },
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{ "r_voxels","enable/disable automatic sprite->voxel rendering",(void *) &usevoxels, CVAR_BOOL, 0, 1 },
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{ "r_voxels","enable/disable automatic sprite->voxel rendering",(void *) &usevoxels, CVAR_BOOL, 0, 1 },
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#ifdef YAX_ENABLE
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#ifdef YAX_ENABLE
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@ -138,6 +138,8 @@ static int32_t oxdimen = -1, oviewingrange = -1, oxyaspect = -1;
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int32_t r_usenewaspect = 1, newaspect_enable=0;
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int32_t r_usenewaspect = 1, newaspect_enable=0;
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uint32_t r_screenxy = 0;
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uint32_t r_screenxy = 0;
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int32_t r_fpgrouscan = 1;
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int32_t globalflags;
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int32_t globalflags;
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float g_videoGamma = DEFAULT_GAMMA;
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float g_videoGamma = DEFAULT_GAMMA;
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@ -3444,8 +3446,297 @@ static void mslopevlin(uint8_t *p, const intptr_t *slopalptr, bssize_t cnt, int3
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// grouscan (internal)
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// grouscan (internal)
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//
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//
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#define BITSOFPRECISION 3 //Don't forget to change this in A.ASM also!
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#define BITSOFPRECISION 3 //Don't forget to change this in A.ASM also!
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static void fgrouscan(int32_t dax1, int32_t dax2, int32_t sectnum, char dastat)
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{
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int32_t i, j, l, globalx1, globaly1, y1, y2, daslope, daz;
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float fi, wx, wy, dasqr;
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float globalx, globaly, globalx2, globaly2, globalx3, globaly3, globalz, globalzd, globalzx;
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int32_t shoffs, m1, m2;
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intptr_t *mptr1, *mptr2;
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const usectortype *const sec = (usectortype *)§or[sectnum];
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const uwalltype *wal;
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if (dastat == 0)
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{
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if (globalposz <= getceilzofslope(sectnum,globalposx,globalposy))
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return; //Back-face culling
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globalorientation = sec->ceilingstat;
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globalpicnum = sec->ceilingpicnum;
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globalshade = sec->ceilingshade;
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globalpal = sec->ceilingpal;
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daslope = sec->ceilingheinum;
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daz = sec->ceilingz;
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}
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else
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{
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if (globalposz >= getflorzofslope(sectnum,globalposx,globalposy))
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return; //Back-face culling
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globalorientation = sec->floorstat;
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globalpicnum = sec->floorpicnum;
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globalshade = sec->floorshade;
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globalpal = sec->floorpal;
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daslope = sec->floorheinum;
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daz = sec->floorz;
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}
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tileUpdatePicnum(&globalpicnum, sectnum);
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setgotpic(globalpicnum);
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if ((tilesiz[globalpicnum].x <= 0) || (tilesiz[globalpicnum].y <= 0)) return;
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if (waloff[globalpicnum] == 0) tileLoad(globalpicnum);
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wal = (uwalltype *)&wall[sec->wallptr];
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wx = wall[wal->point2].x - wal->x;
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wy = wall[wal->point2].y - wal->y;
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dasqr = 1073741824.f/Bsqrtf(wx*wx+wy*wy);
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fi = daslope*dasqr*(1.f/2097152.f);
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wx *= fi; wy *= fi;
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globalx = -float(singlobalang)*float(xdimenrecip)*(1.f/524288.f);
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globaly = float(cosglobalang)*float(xdimenrecip)*(1.f/524288.f);
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globalx1 = globalposx<<8;
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globaly1 = -globalposy<<8;
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fi = (dax1-halfxdimen)*xdimenrecip;
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globalx2 = float(cosglobalang)*float(viewingrangerecip)*(1.f/4096.f) - float(singlobalang)*fi*(1.f/134217728.f);
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globaly2 = float(singlobalang)*float(viewingrangerecip)*(1.f/4096.f) + float(cosglobalang)*fi*(1.f/134217728.f);
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globalzd = xdimscale*512.f;
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globalzx = -(wx*globaly2-wy*globalx2)*(1.f/131072.f) + (1-globalhoriz)*globalzd*(1.f/1024.f);
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globalz = -(wx*globaly-wy*globalx)*(1.f/33554432.f);
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if (globalorientation&64) //Relative alignment
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{
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float dx, dy, x, y;
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dx = (wall[wal->point2].x-wal->x)*dasqr*(1.f/16384.f);
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dy = (wall[wal->point2].y-wal->y)*dasqr*(1.f/16384.f);
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fi = Bsqrtf(daslope*daslope+16777216.f);
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x = globalx; y = globaly;
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globalx = (x*dx+y*dy)*(1.f/65536.f);
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globaly = (-y*dx+x*dy)*fi*(1.f/268435456.f);
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x = (wal->x-globalposx)*256.f; y = (wal->y-globalposy)*256.f;
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globalx1 = Blrintf((-x*dx-y*dy)*(1.f/65536.f));
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globaly1 = Blrintf((-y*dx+x*dy)*fi*(1.f/268435456.f));
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x = globalx2; y = globaly2;
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globalx2 = (x*dx+y*dy)*(1.f/65536.f);
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globaly2 = (-y*dx+x*dy)*fi*(1.f/268435456.f);
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}
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if (globalorientation&0x4)
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{
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fi = globalx; globalx = -globaly; globaly = -fi;
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i = globalx1; globalx1 = globaly1; globaly1 = i;
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fi = globalx2; globalx2 = -globaly2; globaly2 = -fi;
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}
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if (globalorientation&0x10) { globalx1 = -globalx1, globalx2 = -globalx2, globalx = -globalx; }
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if (globalorientation&0x20) { globaly1 = -globaly1, globaly2 = -globaly2, globaly = -globaly; }
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float fdaz = (wx*(globalposy-wal->y)-wy*(globalposx-wal->x))*(1.f/512.f) + (daz-globalposz)*256.f;
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globalx2 = (globalx2*fdaz)*(1.f/1048576.f); globalx = (globalx*fdaz)*(1.f/268435456.f);
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globaly2 = (globaly2*-fdaz)*(1.f/1048576.f); globaly = (globaly*-fdaz)*(1.f/268435456.f);
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i = 8-(picsiz[globalpicnum]&15); j = 8-(picsiz[globalpicnum]>>4);
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if (globalorientation&8) { i++; j++; }
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globalx1 <<= (i+12); globalx2 *= 1<<i; globalx *= 1<<i;
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globaly1 <<= (j+12); globaly2 *= 1<<j; globaly *= 1<<j;
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if (dastat == 0)
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{
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globalx1 += (uint32_t)sec->ceilingxpanning<<24;
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globaly1 += (uint32_t)sec->ceilingypanning<<24;
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}
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else
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{
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globalx1 += (uint32_t)sec->floorxpanning<<24;
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globaly1 += (uint32_t)sec->floorypanning<<24;
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}
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globalx1 >>= 16;
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globaly1 >>= 16;
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//asm1 = -(globalzd>>(16-BITSOFPRECISION));
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float bzinc = -globalzd*(1.f/65536.f);
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{
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int32_t vis = globalvisibility;
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int64_t lvis;
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if (sec->visibility != 0) vis = mulscale4(vis, (uint8_t)(sec->visibility+16));
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lvis = ((uint64_t)(vis*fdaz)) >> 13; // NOTE: lvis can be negative now!
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lvis = (lvis * xdimscale) >> 16;
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globvis = lvis;
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}
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intptr_t fj = FP_OFF(palookup[globalpal]);
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setupslopevlin_alsotrans((picsiz[globalpicnum]&15) + ((picsiz[globalpicnum]>>4)<<8),
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waloff[globalpicnum],-ylookup[1]);
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l = Blrintf((globalzd)*(1.f/65536.f));
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int32_t const shinc = Blrintf(globalz*xdimenscale*(1.f/65536.f));
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shoffs = (shinc > 0) ? (4 << 15) : ((16380 - ydimen) << 15); // JBF: was 2044
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y1 = (dastat == 0) ? umost[dax1] : max(umost[dax1], dplc[dax1]);
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m1 = Blrintf((y1*globalzd)*(1.f/65536.f) + globalzx*(1.f/64.f));
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//Avoid visibility overflow by crossing horizon
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m1 += klabs(l);
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m2 = m1+l;
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mptr1 = (intptr_t *)&slopalookup[y1+(shoffs>>15)]; mptr2 = mptr1+1;
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for (int x=dax1; x<=dax2; x++)
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{
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if (dastat == 0) { y1 = umost[x]; y2 = min(dmost[x],uplc[x])-1; }
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else { y1 = max(umost[x],dplc[x]); y2 = dmost[x]-1; }
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if (y1 <= y2)
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{
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intptr_t *nptr1 = &slopalookup[y1+(shoffs>>15)];
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intptr_t *nptr2 = &slopalookup[y2+(shoffs>>15)];
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while (nptr1 <= mptr1)
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{
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*mptr1-- = fj + getpalookupsh(mulscale24(krecipasm(m1),globvis));
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m1 -= l;
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}
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while (nptr2 >= mptr2)
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{
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*mptr2++ = fj + getpalookupsh(mulscale24(krecipasm(m2),globvis));
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m2 += l;
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}
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globalx3 = globalx2*(1.f/1024.f);
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globaly3 = globaly2*(1.f/1024.f);
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float bz = (y2*globalzd)*(1.f/65536.f) + globalzx*(1.f/64.f);
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uint8_t *p = (uint8_t*)(ylookup[y2]+x+frameoffset);
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intptr_t* A_C_RESTRICT slopalptr = (intptr_t*)nptr2;
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const char* const A_C_RESTRICT trans = paletteGetBlendTable(0);
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uint32_t u, v;
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int cnt = y2-y1+1;
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#define LINTERPSIZ 4
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int u0 = Blrintf(1048576.f*globalx3/bz);
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int v0 = Blrintf(1048576.f*globaly3/bz);
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switch (globalorientation&0x180)
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{
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case 0:
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while (cnt > 0)
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{
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bz += bzinc*(1<<LINTERPSIZ);
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int u1 = Blrintf(1048576.f*globalx3/bz);
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int v1 = Blrintf(1048576.f*globaly3/bz);
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u1 = (u1-u0)>>LINTERPSIZ;
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v1 = (v1-v0)>>LINTERPSIZ;
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int cnt2 = min(cnt, 1<<LINTERPSIZ);
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for (; cnt2>0; cnt2--)
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{
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u = (globalx1+u0)&0xffff;
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v = (globaly1+v0)&0xffff;
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*p = *(uint8_t *)(((intptr_t)slopalptr[0])+ggbuf[((u>>(16-gglogx))<<gglogy)+(v>>(16-gglogy))]);
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slopalptr--;
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p += ggpinc;
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u0 += u1;
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v0 += v1;
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}
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cnt -= 1<<LINTERPSIZ;
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}
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break;
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case 128:
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while (cnt > 0)
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{
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bz += bzinc*(1<<LINTERPSIZ);
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int u1 = Blrintf(1048576.f*globalx3/bz);
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int v1 = Blrintf(1048576.f*globaly3/bz);
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u1 = (u1-u0)>>LINTERPSIZ;
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v1 = (v1-v0)>>LINTERPSIZ;
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int cnt2 = min(cnt, 1<<LINTERPSIZ);
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for (; cnt2>0; cnt2--)
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{
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u = (globalx1+u0)&0xffff;
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v = (globaly1+v0)&0xffff;
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uint8_t ch = ggbuf[((u>>(16-gglogx))<<gglogy)+(v>>(16-gglogy))];
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if (ch != 255)
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*p = *(uint8_t *)(((intptr_t)slopalptr[0])+ch);
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slopalptr--;
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p += ggpinc;
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u0 += u1;
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v0 += v1;
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}
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cnt -= 1<<LINTERPSIZ;
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}
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break;
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case 256:
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while (cnt > 0)
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{
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bz += bzinc*(1<<LINTERPSIZ);
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int u1 = Blrintf(1048576.f*globalx3/bz);
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int v1 = Blrintf(1048576.f*globaly3/bz);
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u1 = (u1-u0)>>LINTERPSIZ;
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v1 = (v1-v0)>>LINTERPSIZ;
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int cnt2 = min(cnt, 1<<LINTERPSIZ);
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for (; cnt2>0; cnt2--)
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{
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u = (globalx1+u0)&0xffff;
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v = (globaly1+v0)&0xffff;
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uint8_t ch = ggbuf[((u>>(16-gglogx))<<gglogy)+(v>>(16-gglogy))];
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if (ch != 255)
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{
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ch = *(uint8_t *)(((intptr_t)slopalptr[0])+ch);
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*p = trans[(*p<<8)|ch];
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}
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slopalptr--;
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p += ggpinc;
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u0 += u1;
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v0 += v1;
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}
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cnt -= 1<<LINTERPSIZ;
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}
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break;
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case 384:
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while (cnt > 0)
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{
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bz += bzinc*(1<<LINTERPSIZ);
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int u1 = Blrintf(1048576.f*globalx3/bz);
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int v1 = Blrintf(1048576.f*globaly3/bz);
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u1 = (u1-u0)>>LINTERPSIZ;
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v1 = (v1-v0)>>LINTERPSIZ;
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int cnt2 = min(cnt, 1<<LINTERPSIZ);
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for (; cnt2>0; cnt2--)
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{
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u = (globalx1+u0)&0xffff;
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v = (globaly1+v0)&0xffff;
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uint8_t ch = ggbuf[((u>>(16-gglogx))<<gglogy)+(v>>(16-gglogy))];
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||||||
|
if (ch != 255)
|
||||||
|
{
|
||||||
|
ch = *(uint8_t *)(((intptr_t)slopalptr[0])+ch);
|
||||||
|
*p = trans[ch<<8|*p];
|
||||||
|
}
|
||||||
|
slopalptr--;
|
||||||
|
p += ggpinc;
|
||||||
|
u0 += u1;
|
||||||
|
v0 += v1;
|
||||||
|
}
|
||||||
|
cnt -= 1<<LINTERPSIZ;
|
||||||
|
}
|
||||||
|
break;
|
||||||
|
}
|
||||||
|
#undef LINTERPSIZ
|
||||||
|
if ((x&15) == 0) faketimerhandler();
|
||||||
|
}
|
||||||
|
globalx2 += globalx;
|
||||||
|
globaly2 += globaly;
|
||||||
|
globalzx += globalz;
|
||||||
|
shoffs += shinc;
|
||||||
|
}
|
||||||
|
}
|
||||||
|
|
||||||
static void grouscan(int32_t dax1, int32_t dax2, int32_t sectnum, char dastat)
|
static void grouscan(int32_t dax1, int32_t dax2, int32_t sectnum, char dastat)
|
||||||
{
|
{
|
||||||
|
if (r_fpgrouscan)
|
||||||
|
{
|
||||||
|
fgrouscan(dax1, dax2, sectnum, dastat);
|
||||||
|
return;
|
||||||
|
}
|
||||||
int32_t i, l, x, y, dx, dy, wx, wy, y1, y2, daz;
|
int32_t i, l, x, y, dx, dy, wx, wy, y1, y2, daz;
|
||||||
int32_t daslope, dasqr;
|
int32_t daslope, dasqr;
|
||||||
int32_t shoffs, m1, m2;
|
int32_t shoffs, m1, m2;
|
||||||
|
|
|
||||||
Loading…
Reference in a new issue