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#include "copyright.h" |
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#include <ctype.h> |
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#include <string.h> |
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#include "standard.h" |
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#include "rtprocess.h" /* Windows: must come before color.h */ |
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#define averaging (ourweigh != NULL) |
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#define blurring (ourbpict != NULL) |
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#define usematrix (hasmatrix & !averaging) |
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#define zisnorm (!usematrix | ourview.type != VT_PER) |
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#define zisnorm ((!usematrix) | (ourview.type != VT_PER)) |
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|
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#define MAXWT 1000. /* maximum pixel weight (averaging) */ |
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fillo &= ~F_BACK; |
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if (doavg < 0) |
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doavg = (argc-an) > 2; |
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if (expcomp != NULL) |
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if (expcomp[0] == '+' | expcomp[0] == '-') { |
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if (expcomp != NULL) { |
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if ((expcomp[0] == '+') | (expcomp[0] == '-')) { |
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expadj = atof(expcomp) + (expcomp[0]=='+' ? .5 : -.5); |
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if (doavg | doblur) |
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rexpadj = pow(2.0, atof(expcomp)); |
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if (!(doavg | doblur)) |
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rexpadj = pow(2.0, (double)expadj); |
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} |
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} |
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/* set view */ |
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if (nextview(doblur ? stdin : (FILE *)NULL) == EOF) { |
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fprintf(stderr, "%s: no view on standard input!\n", |
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if (doavg) { |
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ourspict = (COLOR *)bmalloc(hresolu*vresolu*sizeof(COLOR)); |
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ourweigh = (float *)bmalloc(hresolu*vresolu*sizeof(float)); |
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if (ourspict == NULL | ourweigh == NULL) |
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if ((ourspict == NULL) | (ourweigh == NULL)) |
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syserror(progname); |
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} else { |
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ourpict = (COLR *)bmalloc(hresolu*vresolu*sizeof(COLR)); |
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fputnow(stdout); |
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/* run pictures */ |
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do { |
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bzero((char *)ourzbuf, hresolu*vresolu*sizeof(float)); |
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memset((char *)ourzbuf, '\0', hresolu*vresolu*sizeof(float)); |
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for (i = an; i < argc; i += 2) |
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addpicture(argv[i], argv[i+1]); |
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if (fillo&F_BACK) /* fill in spaces */ |
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fprintview(&avgview, stdout); |
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putc('\n', stdout); |
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} |
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if (pixaspect < .99 | pixaspect > 1.01) |
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if ((pixaspect < .99) | (pixaspect > 1.01)) |
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fputaspect(pixaspect, stdout); |
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if (ourexp > 0) |
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ourexp *= rexpadj; |
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else |
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ourexp = rexpadj; |
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if (ourexp < .995 | ourexp > 1.005) |
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if ((ourexp < .995) | (ourexp > 1.005)) |
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fputexpos(ourexp, stdout); |
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if (strcmp(ourfmt, PICFMT)) /* print format if known */ |
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fputformat(ourfmt, stdout); |
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exit(1); |
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} |
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if (!nvavg) { /* first view */ |
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copystruct(&avgview, &ourview); |
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avgview = ourview; |
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return(nvavg++); |
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} |
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/* add to average view */ |
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avgview.vfore *= f; |
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avgview.vaft *= f; |
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if (setview(&avgview) != NULL) /* in case of emergency... */ |
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copystruct(&avgview, &ourview); |
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avgview = ourview; |
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pixaspect = viewaspect(&avgview) * hresolu / vresolu; |
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} |
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syserror(pfile); |
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/* get header with exposure and view */ |
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theirexp = 1.0; |
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copystruct(&theirview, &stdview); |
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theirview = stdview; |
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gotview = 0; |
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if (nvavg < 2) |
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printf("%s:\n", pfile); |
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ourexp = theirexp; |
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else if (ABS(theirexp-ourexp) > .01*ourexp) |
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fprintf(stderr, "%s: different exposure (warning)\n", pfile); |
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if (err = setview(&theirview)) { |
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if ( (err = setview(&theirview)) ) { |
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fprintf(stderr, "%s: %s\n", pfile, err); |
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exit(1); |
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} |
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scanin = (COLR *)malloc(scanlen(&tresolu)*sizeof(COLR)); |
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plast = (struct position *)calloc(scanlen(&tresolu), |
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sizeof(struct position)); |
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if (scanin == NULL | plast == NULL) |
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if ((scanin == NULL) | (plast == NULL)) |
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syserror(progname); |
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/* skip to starting point */ |
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for (y = 0; y < ylim.min; y++) |
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{ |
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double m4t[4][4]; |
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if (vw1->type != VT_PER & vw1->type != VT_PAR) |
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if ((vw1->type != VT_PER) & (vw1->type != VT_PAR)) |
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return(0); |
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if (vw2->type != VT_PER & vw2->type != VT_PAR) |
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if ((vw2->type != VT_PER) & (vw2->type != VT_PAR)) |
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return(0); |
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setident4(xfmat); |
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xfmat[0][0] = vw1->hvec[0]; |
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s1x = p1->x - p0->x; |
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s1y = p1->y - p0->y; |
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l1 = ABS(s1x); |
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if (p1isy = (ABS(s1y) > l1)) |
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if ( (p1isy = (ABS(s1y) > l1)) ) |
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l1 = ABS(s1y); |
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else if (l1 < 1) |
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l1 = 1; |
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y1 = p0->y + c1*s1y/l1; |
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for (c2 = l2; c2-- > 0; ) { |
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x = x1 + c2*s2x/l2; |
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if (x < 0 | x >= hresolu) |
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if ((x < 0) | (x >= hresolu)) |
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continue; |
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y = y1 + c2*s2y/l2; |
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if (y < 0 | y >= vresolu) |
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if ((y < 0) | (y >= vresolu)) |
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continue; |
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if (averaging) { |
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if (zscan(y)[x] <= 0 || zscan(y)[x]-z |
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if (usematrix) { |
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pos[0] += theirview.hoff - .5; |
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pos[1] += theirview.voff - .5; |
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if (normdist & theirview.type == VT_PER) |
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if (normdist & (theirview.type == VT_PER)) |
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d = sqrt(1. + pos[0]*pos[0]*theirview.hn2 |
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+ pos[1]*pos[1]*theirview.vn2); |
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else |
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} else { |
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if (viewray(pt, tdir, &theirview, pos[0], pos[1]) < -FTINY) |
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return(0); |
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if (!normdist & theirview.type == VT_PER) /* adjust */ |
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if ((!normdist) & (theirview.type == VT_PER)) /* adjust */ |
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pos[2] *= sqrt(1. + pos[0]*pos[0]*theirview.hn2 |
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+ pos[1]*pos[1]*theirview.vn2); |
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pt[0] += tdir[0]*pos[2]; |
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if (pos[2] <= 0) |
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return(0); |
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} |
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if (pos[0] < 0 | pos[0] >= 1-FTINY | pos[1] < 0 | pos[1] >= 1-FTINY) |
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if ((pos[0] < 0) | (pos[0] >= 1-FTINY) | (pos[1] < 0) | (pos[1] >= 1-FTINY)) |
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return(0); |
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if (!averaging) |
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return(1); |
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xl[y-1].max = xl[y-step].max; |
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} |
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for (x = 2; x < step; x++) |
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copystruct(xl+y-x, xl+y-1); |
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*(xl+y-x) = *(xl+y-1); |
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} |
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if (yl->max >= numscans(&tresolu)) |
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yl->max = numscans(&tresolu) - 1; |
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y -= step; |
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for (x = numscans(&tresolu) - 1; x > y; x--) /* fill bottom rows */ |
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copystruct(xl+x, xl+y); |
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*(xl+x) = *(xl+y); |
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return(yl->max >= yl->min); |
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} |
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clipaft() /* perform aft clipping as indicated */ |
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{ |
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register int x, y; |
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int adjtest = ourview.type == VT_PER & zisnorm; |
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int adjtest = (ourview.type == VT_PER) & zisnorm; |
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double tstdist; |
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double yzn2, vx; |
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continue; |
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} |
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if (averaging) |
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bzero(sscan(y)[x], sizeof(COLOR)); |
966 |
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memset(sscan(y)[x], '\0', sizeof(COLOR)); |
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else |
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bzero(pscan(y)[x], sizeof(COLR)); |
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memset(pscan(y)[x], '\0', sizeof(COLR)); |
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zscan(y)[x] = 0.0; |
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} |
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} |
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char *fname; |
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{ |
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int donorm = normdist & !zisnorm ? 1 : |
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ourview.type == VT_PER & !normdist & zisnorm ? -1 : 0; |
1051 |
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(ourview.type == VT_PER) & !normdist & zisnorm ? -1 : 0; |
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int fd; |
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int y; |
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*fbp++ = dir[0]; *fbp++ = dir[1]; *fbp++ = dir[2]; |
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} |
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/* mark end and get results */ |
1172 |
< |
bzero((char *)fbp, 6*sizeof(float)); |
1172 |
> |
memset((char *)fbp, '\0', 6*sizeof(float)); |
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if (process(&PDesc, (char *)fbuf, (char *)fbuf, |
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4*sizeof(float)*(queuesiz+1), |
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6*sizeof(float)*(queuesiz+1)) != |