zdoom/raze-gles
0
0
Fork 0
mirror of https://github.com/ZDoom/raze-gles.git synced 2024-11-10 23:02:03 +00:00
Code Issues Projects Releases Packages Wiki Activity

new mapster aiming now handles planar sprites

Browse source 
git-svn-id: https://svn.eduke32.com/eduke32@1463 1a8010ca-5511-0410-912e-c29ae57300e0
This commit is contained in:
helixhorned 2009-07-18 20:37:20 +00:00
parent c25ee18b98
commit 8f0da12b76
1 changed files with 151 additions and 76 deletions
Show stats Download patch file Download diff file Expand all files Collapse all files

227
polymer/eduke32/build/src/polymer.c
View file

@ -574,6 +574,13 @@ _pranimatespritesinfo asi;
nedpool* polymer_pool = NULL;
void polymer_alt_editorselect(void);
static int32_t m32_numdrawnsprites = 0;
static struct
{
GLfloat verts[4*3];
GLfloat plane[4];
int16_t owner;
} m32_drawnsprites[MAXSPRITESONSCREEN];
// EXTERNAL FUNCTIONS
int32_t polymer_init(void)
@ -1078,6 +1085,20 @@ void polymer_drawsprite(int32_t snum)
polymer_computeplane(&spriteplane);
if (searchit==2)
{
if (m32_numdrawnsprites<MAXSPRITESONSCREEN)
{
Bmemcpy(&m32_drawnsprites[m32_numdrawnsprites].verts[0], &spriteplane.buffer[0], 3*sizeof(GLfloat));
Bmemcpy(&m32_drawnsprites[m32_numdrawnsprites].verts[3], &spriteplane.buffer[5], 3*sizeof(GLfloat));
Bmemcpy(&m32_drawnsprites[m32_numdrawnsprites].verts[6], &spriteplane.buffer[10], 3*sizeof(GLfloat));
Bmemcpy(&m32_drawnsprites[m32_numdrawnsprites].verts[9], &spriteplane.buffer[15], 3*sizeof(GLfloat));
Bmemcpy(&m32_drawnsprites[m32_numdrawnsprites].plane, spriteplane.plane, 4*sizeof(GLfloat));
m32_drawnsprites[m32_numdrawnsprites].owner = (tspr->owner&(MAXSPRITES-1));
m32_numdrawnsprites++;
}
}
spriteplane.lightcount = 0;
curpriority = 0;
@ -1944,95 +1965,92 @@ void polymer_alt_editorselect(void)
GLfloat npl[3] = {a/nnorm, b/nnorm, c/nnorm};
GLfloat scrv[3] = {x-viewx, y-viewy, z-viewz};
if (-dot3f(scrv,pl)<0)
dist = fabs(a*x + b*y + c*z + d)/nnorm;
if (dist > bestdist)
continue;
// TODO: the parallax cases...
for (what=(wal->nextsector>=0?2:0); what>=0; what--)
{
GLfloat v1[3], v2[3], v3[3], v4[3], v12[3], v34[3], v1p_r[3], v3p_r[3];
GLfloat v23[3], v41[3], v2p_r[3], v4p_r[3];
GLfloat tp[3]={x,y,z};
_prplane *pp;
dist = fabs(a*x + b*y + c*z + d);
if (dist > bestdist)
continue;
// TODO: the parallax cases...
for (what=0; what < (wal->nextsector>=0?3:1); what++)
pp=wp;
if (what==0)
{
GLfloat v1[3], v2[3], v3[3], v4[3], v12[3], v34[3], v1p_r[3], v3p_r[3];
GLfloat v23[3], v41[3], v2p_r[3], v4p_r[3];
GLfloat tp[3]={x,y,z};
if (wal->nextsector>=0 && !(w->underover&1))
continue;
}
else if (what==1)
{
if (!(w->underover&2))
continue;
pp=&w->over;
}
else if (what==2)
{
if (!(wal->cstat&16) && !(wal->cstat&32))
continue;
pp=&w->mask;
}
pp=wp;
if (what==0)
{
if (wal->nextsector>=0 && !(w->underover&1))
continue;
}
else if (what==1)
{
if (!(w->underover&2))
continue;
pp=&w->over;
}
else if (what==2)
{
if (!(wal->cstat&16) && !(wal->cstat&32))
continue;
pp=&w->mask;
}
if (-dot3f(scrv,pl)<0 && !(what==2 && (wal->cstat&16)))
goto nextwall;
Bmemcpy(v1, &pp->buffer[0], 3*sizeof(GLfloat));
Bmemcpy(v2, &pp->buffer[5], 3*sizeof(GLfloat));
Bmemcpy(v3, &pp->buffer[10], 3*sizeof(GLfloat));
Bmemcpy(v4, &pp->buffer[15], 3*sizeof(GLfloat));
relvec3f(v1,v2, v12);
relvec3f(v3,v4, v34);
relvec3f(v1,tp, v1p_r);
relvec3f(v3,tp, v3p_r);
cross3f(npl,v1p_r, v1p_r);
cross3f(npl,v3p_r, v3p_r);
Bmemcpy(v1, &pp->buffer[0], 3*sizeof(GLfloat));
Bmemcpy(v2, &pp->buffer[5], 3*sizeof(GLfloat));
Bmemcpy(v3, &pp->buffer[10], 3*sizeof(GLfloat));
Bmemcpy(v4, &pp->buffer[15], 3*sizeof(GLfloat));
relvec3f(v1,v2, v12);
relvec3f(v3,v4, v34);
relvec3f(v1,tp, v1p_r);
relvec3f(v3,tp, v3p_r);
cross3f(npl,v1p_r, v1p_r);
cross3f(npl,v3p_r, v3p_r);
relvec3f(v2,v3, v23);
relvec3f(v4,v1, v41);
relvec3f(v2,v3, v23);
relvec3f(v4,v1, v41);
relvec3f(v2,tp, v2p_r);
relvec3f(v4,tp, v4p_r);
cross3f(npl,v2p_r, v2p_r);
cross3f(npl,v4p_r, v4p_r);
relvec3f(v2,tp, v2p_r);
relvec3f(v4,tp, v4p_r);
cross3f(npl,v2p_r, v2p_r);
cross3f(npl,v4p_r, v4p_r);
if (dot3f(v12,v12)>0.25 && dot3f(v34,v34)>0.25
&& (v23[1]<0 || dot3f(v23,v23)<=0.25 || dot3f(v23,v2p_r) < 0)
&& (dot3f(v41,v41)<=0.25 || dot3f(v41,v4p_r) < 0)
&& dot3f(v12,v1p_r) < 0 && dot3f(v34,v3p_r) < 0)
{
bestwhat = (what==2)?4:0;
bestwall = i;
bestdist = dist;
bestsec = sectorofwall(i);
if (dot3f(v12,v12)>0.25 && dot3f(v34,v34)>0.25
&& (v23[1]<0 || dot3f(v23,v23)<=0.25 || dot3f(v23,v2p_r) <= 0)
&& (dot3f(v41,v41)<=0.25 || dot3f(v41,v4p_r) <= 0)
&& dot3f(v12,v1p_r) <= 0 && dot3f(v34,v3p_r) <= 0)
{
bestwhat = (what==2)?4:0;
bestwall = i;
bestdist = dist;
#ifdef M32_SHOWDEBUG
if (m32_numdebuglines<64)
{
Bsprintf(m32_debugstr[m32_numdebuglines++], "what=wall %d, dist=%.02f, sec=%d",
bestwall, bestdist, bestsec);
}
if (qvertcount<QNUM-3)
{
Bmemcpy(&qcolors[3*qvertcount],col1,sizeof(col1));
Bmemcpy(&qverts[3*qvertcount++],v1, 3*sizeof(GLfloat));
Bmemcpy(&qcolors[3*qvertcount],col2,sizeof(col2));
Bmemcpy(&qverts[3*qvertcount++],v2, 3*sizeof(GLfloat));
Bmemcpy(&qcolors[3*qvertcount],col3,sizeof(col3));
Bmemcpy(&qverts[3*qvertcount++],v3, 3*sizeof(GLfloat));
Bmemcpy(&qcolors[3*qvertcount],col4,sizeof(col4));
Bmemcpy(&qverts[3*qvertcount++],v4, 3*sizeof(GLfloat));
Bmemcpy(&qverts[3*qvertcount++],dummyvert, 3*sizeof(GLfloat));
}
#endif
if (m32_numdebuglines<64)
{
Bsprintf(m32_debugstr[m32_numdebuglines++], "what=wall %d, dist=%.02f, sec=%d",
bestwall, bestdist, bestsec);
}
if (qvertcount<QNUM-4)
{
Bmemcpy(&qcolors[3*qvertcount],col1,sizeof(col1));
Bmemcpy(&qverts[3*qvertcount++],v1, 3*sizeof(GLfloat));
Bmemcpy(&qcolors[3*qvertcount],col2,sizeof(col2));
Bmemcpy(&qverts[3*qvertcount++],v2, 3*sizeof(GLfloat));
Bmemcpy(&qcolors[3*qvertcount],col3,sizeof(col3));
Bmemcpy(&qverts[3*qvertcount++],v3, 3*sizeof(GLfloat));
Bmemcpy(&qcolors[3*qvertcount],col4,sizeof(col4));
Bmemcpy(&qverts[3*qvertcount++],v4, 3*sizeof(GLfloat));
Bmemcpy(&qverts[3*qvertcount++],dummyvert, 3*sizeof(GLfloat));
}
#endif
}
}
}
nextwall:;
}
for (i=0; i<numsectors; i++)
@ -2065,8 +2083,8 @@ void polymer_alt_editorselect(void)
{
GLdouble nnormsq = a*a + b*b + c*c;
// GLdouble nnorm = sqrt(nnormsq);
GLdouble dist = dist = fabs(a*x + b*y + c*z + d);
GLdouble nnorm = sqrt(nnormsq);
GLdouble dist = dist = fabs(a*x + b*y + c*z + d)/nnorm;
if (dist > bestdist)
continue;
@ -2195,11 +2213,68 @@ nextsector:
}
}
for (i=0; i<m32_numdrawnsprites; i++)
{
GLfloat *pl = m32_drawnsprites[i].plane;
GLdouble a=pl[0], b=pl[1], c=pl[2], d=pl[3];
GLdouble nnormsq = a*a + b*b + c*c;
GLdouble nnorm = sqrt(nnormsq);
GLdouble dist = fabs(a*x + b*y + c*z + d)/nnorm;
GLfloat scrv[3] = {x-viewx, y-viewy, z-viewz};
int16_t sn = m32_drawnsprites[i].owner;
if (dist > bestdist+1.01 || ((sprite[sn].cstat&64) && -dot3f(scrv,pl)<0))
continue;
{
GLfloat tp[3] = {x,y,z};
GLfloat *v = m32_drawnsprites[i].verts;
GLfloat v12_r[3], v23_r[3], v34_r[3], v41_r[3];
GLfloat v1p[3], v2p[3], v3p[3], v4p[3];
relvec3f(&v[3*3],&v[0*3], v12_r);
relvec3f(&v[0*3],&v[1*3], v23_r);
relvec3f(&v[1*3],&v[2*3], v34_r);
relvec3f(&v[2*3],&v[3*3], v41_r);
relvec3f(&v[0*3],tp, v1p);
relvec3f(&v[1*3],tp, v2p);
relvec3f(&v[2*3],tp, v3p);
relvec3f(&v[3*3],tp, v4p);
if (dot3f(v1p,v12_r)<=0 && dot3f(v2p,v23_r)<=0
&& dot3f(v3p,v34_r)<=0 && dot3f(v4p,v41_r)<=0)
{
bestwhat = 3;
bestdist = dist;
bestwall = m32_drawnsprites[i].owner;
#ifdef M32_SHOWDEBUG
if (m32_numdebuglines<64)
{
Bsprintf(m32_debugstr[m32_numdebuglines++], "what=spr %d, dist=%.02f",
bestwall, bestdist);
}
if (qvertcount<QNUM-4)
{
Bmemcpy(&qcolors[3*qvertcount],col1,sizeof(col1));
Bmemcpy(&qcolors[3*(qvertcount+1)],col2,sizeof(col1));
Bmemcpy(&qcolors[3*(qvertcount+2)],col3,sizeof(col1));
Bmemcpy(&qcolors[3*(qvertcount+3)],col4,sizeof(col1));
Bmemcpy(&qverts[3*qvertcount],v, 3*4*sizeof(GLfloat));
qvertcount += 4;
Bmemcpy(&qverts[3*qvertcount++],dummyvert, 3*sizeof(GLfloat));
}
#endif
}
}
}
m32_numdrawnsprites = 0;
if (bestwhat >= 0)
{
searchstat = bestwhat;
searchsector = bestsec;
searchwall = bestwall;
if (searchstat==0 || searchstat==4)
searchsector = sectorofwall(searchwall);
else
searchsector = bestsec;
searchit = 0;
}