/dports/astro/astrometry/astrometry.net-0.85/util/ |
H A D | dcen3x3.c | 27 int dcen3a(float f0, float f1, float f2, float *xcen, in dcen3a() argument 44 (*xcen) = sod * (1. + kk * (0.25 * d / aa) * (1. - 4. * sod * sod)) + 1.; in dcen3a() 60 int dcen3b(float f0, float f1, float f2, float *xcen in dcen3b() argument 73 *xcen = -0.5 * b / a; in dcen3b() 74 if ((*xcen < 0.0) || (*xcen > 2.0)) in dcen3b() 82 int dcen3x3(float *image, float *xcen, float *ycen) in dcen3x3() argument 114 (*xcen) = (mx * (by - my - 1.) + bx) / (1. + mx * my); in dcen3x3() 115 (*ycen) = ((*xcen) - 1.) * my + by; in dcen3x3() 118 if (((*xcen) < 0.0) || ((*xcen) > 2.0) || in dcen3x3() 124 if (!isnormal(*xcen) || !isnormal(*ycen)) in dcen3x3()
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H A D | dallpeaks.inc | 16 float *xcen, 142 xcen[imore + (*npeaks)] = xc[i] + xmin; 144 assert(isfinite(xcen[imore + *npeaks])); 155 xcen[imore + (*npeaks)] = (tmpxc-1.0) + xc[i] + xmin; 157 assert(isfinite(xcen[imore + *npeaks])); 170 xcen[imore + (*npeaks)] = 2.0*(tmpxc-1.0) + xc[i] + xmin; 172 assert(isfinite(xcen[imore + *npeaks])); 181 xcen[imore + (*npeaks)] = tmpxc + xmin;
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/dports/games/alephone/alephone-release-20190331/Source_Files/RenderMain/ |
H A D | Crosshairs_SDL.cpp | 69 int xcen = s->w / 2 - 1, ycen = s->h / 2 - 1; in Crosshairs_Render() local 75 …SDL_Rect r = {xcen - Crosshairs.FromCenter - Crosshairs.Length, ycen - Crosshairs.Thickness / 2, C… in Crosshairs_Render() 79 r.x = xcen + Crosshairs.FromCenter; in Crosshairs_Render() 83 r.x = xcen - Crosshairs.Thickness / 2; in Crosshairs_Render() 104 octa_points[0][0] = xcen - len; in Crosshairs_Render() 105 octa_points[0][5] = xcen + len; in Crosshairs_Render() 110 octa_points[0][1] = xcen - len; in Crosshairs_Render() 111 octa_points[0][4] = xcen + len; in Crosshairs_Render() 116 octa_points[0][2] = xcen - len; in Crosshairs_Render() 117 octa_points[0][3] = xcen + len; in Crosshairs_Render()
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/dports/graphics/leptonica/leptonica-1.76.0/src/ |
H A D | rotateshear.c | 197 l_int32 xcen, in pixRotateShear() argument 213 return pixRotate2Shear(pixs, xcen, ycen, angle, incolor); in pixRotateShear() 218 return pixRotate3Shear(pixs, xcen, ycen, angle, incolor); in pixRotateShear() 249 l_int32 xcen, in pixRotate2Shear() argument 271 pixd = pixVShear(NULL, pix1, xcen, angle, incolor); in pixRotate2Shear() 279 pix2 = pixRotate2Shear(pix1, xcen, ycen, angle, L_BRING_IN_WHITE); in pixRotate2Shear() 320 l_int32 xcen, in pixRotate3Shear() argument 343 if ((pixd = pixVShear(NULL, pixs, xcen, angle / 2., incolor)) == NULL) in pixRotate3Shear() 349 pixVShear(pixd, pix1, xcen, angle / 2., incolor); in pixRotate3Shear() 396 l_int32 xcen, in pixRotateShearIP() argument [all …]
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H A D | rotateam.c | 307 l_int32 i, j, xcen, ycen, wm2, hm2; in rotateAMColorLow() local 314 xcen = w / 2; in rotateAMColorLow() 325 xdif = xcen - j; in rotateAMColorLow() 328 xp = xcen + (xpm >> 4); in rotateAMColorLow() 378 l_int32 i, j, xcen, ycen, wm2, hm2; in rotateAMGrayLow() local 385 xcen = w / 2; in rotateAMGrayLow() 396 xdif = xcen - j; in rotateAMGrayLow() 399 xp = xcen + (xpm >> 4); in rotateAMGrayLow() 855 xcen = w / 2; in rotateAMColorFastLow() 866 xdif = xcen - j; in rotateAMColorFastLow() [all …]
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H A D | rotate.c | 323 l_int32 xcen, in pixRotateBySampling() argument 366 xdif = xcen - j; in pixRotateBySampling() 367 x = xcen + (l_int32)(-xdif * cosa - ydif * sina); in pixRotateBySampling() 388 xdif = xcen - j; in pixRotateBySampling() 389 x = xcen + (l_int32)(-xdif * cosa - ydif * sina); in pixRotateBySampling()
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/dports/devel/upp/upp/bazaar/PixRaster/lib/ |
H A D | rotateshear.c | 171 l_int32 xcen, in pixRotateShear() argument 187 return pixRotate2Shear(pixs, xcen, ycen, angle, incolor); in pixRotateShear() 189 return pixRotate3Shear(pixs, xcen, ycen, angle, incolor); in pixRotateShear() 217 l_int32 xcen, in pixRotate2Shear() argument 236 if ((pixd = pixVShear(NULL, pixt, xcen, angle, incolor)) == NULL) in pixRotate2Shear() 273 l_int32 xcen, in pixRotate3Shear() argument 292 if ((pixd = pixVShear(NULL, pixs, xcen, angle / 2., incolor)) == NULL) in pixRotate3Shear() 296 pixVShear(pixd, pixt, xcen, angle / 2., incolor); in pixRotate3Shear() 331 l_int32 xcen, in pixRotateShearIP() argument 352 pixVShearIP(pixs, xcen, hangle, incolor); in pixRotateShearIP()
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H A D | rotateamlow.c | 58 l_int32 i, j, xcen, ycen, wm2, hm2; in rotateAMColorLow() local 65 xcen = w / 2; in rotateAMColorLow() 76 xdif = xcen - j; in rotateAMColorLow() 79 xp = xcen + (xpm >> 4); in rotateAMColorLow() 134 l_int32 i, j, xcen, ycen, wm2, hm2; in rotateAMGrayLow() local 141 xcen = w / 2; in rotateAMGrayLow() 152 xdif = xcen - j; in rotateAMGrayLow() 155 xp = xcen + (xpm >> 4); in rotateAMGrayLow() 409 xcen = w / 2; in rotateAMColorFastLow() 420 xdif = xcen - j; in rotateAMColorFastLow() [all …]
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H A D | rotate.c | 289 l_int32 xcen, in pixRotateBySampling() argument 332 xdif = xcen - j; in pixRotateBySampling() 333 x = xcen + (l_int32)(-xdif * cosa - ydif * sina); in pixRotateBySampling() 355 xdif = xcen - j; in pixRotateBySampling() 356 x = xcen + (l_int32)(-xdif * cosa - ydif * sina); in pixRotateBySampling()
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H A D | boxfunc2.c | 166 l_int32 xcen, in boxaTransformOrdered() argument 186 xcen, ycen, angle, order); in boxaTransformOrdered() 250 l_int32 xcen, in boxTransformOrdered() argument 279 xcent = (l_int32)(scalex * xcen + 0.5); in boxTransformOrdered() 299 xcent = (l_int32)(scalex * xcen + 0.5); in boxTransformOrdered() 322 xdif = bx + 0.5 * bw - xcen; in boxTransformOrdered() 326 rx = xcen + xdif * cosa - ydif * sina - 0.5 * rw; in boxTransformOrdered() 343 xdif = bx + 0.5 * bw - xcen; in boxTransformOrdered() 347 rx = xcen + xdif * cosa - ydif * sina - 0.5 * rw; in boxTransformOrdered() 366 xdif = tx + 0.5 * bw - xcen; in boxTransformOrdered() [all …]
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/dports/science/afni/afni-AFNI_21.3.16/src/ |
H A D | mri_spatconcen.c | 5 float xcen, ycen, zcen , wsum,ww , gval,hval , dxyz ; in mri_spatial_concentration() local 13 xcen = ycen = zcen = wsum = 0.0f ; in mri_spatial_concentration() 17 wsum += ww ; xcen += ww*ii ; ycen += ww*jj ; zcen += ww*kk ; nww++ ; in mri_spatial_concentration() 20 xcen /= wsum ; ycen /= wsum ; zcen /= wsum ; in mri_spatial_concentration() 27 dxyz = (xcen-ii)*(xcen-ii) + (ycen-jj)*(ycen-jj) + (zcen-kk)*(zcen-kk) ; in mri_spatial_concentration() 29 dxyz = fabsf(xcen-ii)+fabsf(ycen-jj)+fabsf(zcen-kk) ; in mri_spatial_concentration()
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H A D | 3dmaskdump.c | 273 float xcen,ycen,zcen,rad , btyp=0.0 ; in main() local 283 xcen = strtod( argv[++narg] , NULL ) ; in main() 293 ball_dat[1+BOXLEN*ball_num] = xcen ; in main() 537 float xcen,ycen,zcen , rad , xx,yy,zz , dist , icen,jcen,kcen ; in main() local 550 xcen = ball_dat[1+BOXLEN*bb] ; ycen = ball_dat[2+BOXLEN*bb] ; in main() 556 xcen = -xcen; ycen = -ycen; btyp = BALL_DIC; in main() 559 LOAD_FVEC3(dv,xcen,ycen,zcen) ; in main() 561 UNLOAD_FVEC3(xv,xcen,ycen,zcen) ; in main() 563 if( xcen < xmin || xcen > xmax ) continue ; /* skip ball if outside */ in main() 566 LOAD_FVEC3(dv,xcen,ycen,zcen) ; in main() [all …]
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H A D | mri_coxplot.c | 152 int xcor,ycor , xcen,ycen , rad ; float xrad,yrad ; in memplot_to_RGB_sef() local 154 xcen = rint(xoff + xscal * MEMPLOT_X1(mp,ii) ); in memplot_to_RGB_sef() 161 mri_drawcircle( im , xcen,ycen , rad, rrr,ggg,bbb , (thc==THCODE_BALL) ) ; in memplot_to_RGB_sef() 429 int xcen,ycen , rad ; float xrad,yrad ; in memplot_bbox() local 431 xcen = MEMPLOT_X1(mp,ii) ; in memplot_bbox() 434 x1 = xcen - rad ; x2 = xcen + rad ; in memplot_bbox()
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/dports/math/R-cran-psych/psych/R/ |
H A D | error.bars.by.R | 45 xcen <- group.means[i,j] functionVar 49 …if(is.finite(xse) && xse>0) arrows(mp[j,i],xcen-ci*xse,mp[j,i],xcen+ci* xse,length=arrow.len, a… 55 xcen <- group.means[i,j] 58 …if(is.finite(xse) && xse>0) arrows(mp[i,j],xcen-ci*xse,mp[i,j],xcen+ci* xse,length=arrow.len, … 104 {xcen <- x.stats$mean[i] 109 …if(is.finite(xse) & xse>0) arrows(i,xcen-ci*xse,i,xcen+ci* xse,length=arrow.len, angle = 90, code… 161 xcen <- var.means[i,g] 164 …if(x.cat) {arrows(g,xcen-ci[i]*xse,g,xcen+ci[i]* xse,length=arrow.len, angle = 90, code=3, col = … 166 …arrows(x.values[g],xcen-ci[i]*xse,x.values[g],xcen+ci[i]* xse,length=arrow.len, angle = 90, code=3…
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H A D | error.crosses.R | 35 {xcen <- x$mean[i] functionVar 39 …arrows(xcen-cix[i]* xse,ycen,xcen+ cix[i]* xse,ycen,length=arrow.len, angle = 90, code=3,col = par… 40 …arrows(xcen,ycen-ciy[i]* yse,xcen,ycen+ ciy[i]*yse,length=arrow.len, angle = 90, code=3,col = par(… 41 … text(xcen,ycen,labels=lab[i],pos=locate[i],cex=1,offset=offset) #puts in labels for all points
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/dports/astro/astrometry/astrometry.net-0.85/include/astrometry/ |
H A D | dimage.h | 35 int dpeaks(float *image, int nx, int ny, int *npeaks, int *xcen, 39 int dcen3x3(float *image, float *xcen, float *ycen); 47 int dallpeaks(float *image, int nx, int ny, int *objects, float *xcen, 51 int dallpeaks_u8(uint8_t *image, int nx, int ny, int *objects, float *xcen, 55 int dallpeaks_i16(int16_t *image, int nx, int ny, int *objects, float *xcen,
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/dports/astro/stellarsolver/stellarsolver-1.8/stellarsolver/astrometry/include/astrometry/ |
H A D | dimage.h | 34 int dpeaks(float *image, int nx, int ny, int *npeaks, int *xcen, 38 int dcen3x3(float *image, float *xcen, float *ycen); 46 int dallpeaks(float *image, int nx, int ny, int *objects, float *xcen, 50 int dallpeaks_u8(uint8_t *image, int nx, int ny, int *objects, float *xcen, 54 int dallpeaks_i16(int16_t *image, int nx, int ny, int *objects, float *xcen,
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/dports/games/xray_re-tools/xray_re-tools-52721d2/sources/plugins/xray_fsl/materials/shaders/ |
H A D | shaderutil.cpp | 344 int w,h,npts,xcen,ybot,ytop,ylast,i,iy; in DrawHilite() local 353 xcen = rect.left+npts; in DrawHilite() 365 VertLine(hdc,xcen+i,ybot,iy); in DrawHilite() 366 VertLine(hdc,xcen-i,ybot,iy); in DrawHilite() 371 VertLine(hdc,xcen+i, ytop, iy-1); in DrawHilite() 443 xcen = rect.left+npts; in DrawHilite2() 466 VertLine(hdc,xcen-i, l, ly); in DrawHilite2() 469 VertLine(hdc,xcen+i, ybot, r+1); in DrawHilite2() 470 VertLine(hdc,xcen-i, ybot, l+1); in DrawHilite2() 472 VertLine(hdc,xcen+i, ytop, ry-1); in DrawHilite2() [all …]
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/dports/graphics/xfig/xfig-3.2.8a/src/ |
H A D | u_bound.c | 325 float xcen, ycen, a, b; in ellipse_bound() local 327 xcen = e->center.x; in ellipse_bound() 332 *xmin = *xmax = xcen; in ellipse_bound() 345 *xmin = xcen - a - half_wd; in ellipse_bound() 346 *xmax = xcen + a + half_wd; in ellipse_bound() 362 xcen /= ZOOM_FACTOR; in ellipse_bound() 386 *xmin = min2(*xmin,xcen-d); in ellipse_bound() 387 *xmax = max2(*xmax,xcen+d); in ellipse_bound() 397 *xmin = min2(*xmin,xcen+xleft); in ellipse_bound() 398 *xmax = max2(*xmax,xcen+xleft); in ellipse_bound() [all …]
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/dports/cad/feappv/feappv-4.1i/plot/ |
H A D | frame.f | 33 real*8 xcen,xw1, xw2 local 173 xcen = xmax(i)+xmin(i) 174 xmax(i) = (xcen + 1.1d0*scale)*0.5d0 175 xmin(i) = (xcen - 1.1d0*scale)*0.5d0
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/dports/science/xtb/xtb-6.4.1/src/ |
H A D | local.f90 | 50 real(wp),allocatable :: xcen(:) local 150 allocate(cca(nao*nao),xcen(n),lneigh(4,n),aneigh(2,n)) 265 call mocent(nat,nao,n,cmo,s,qmo,xcen,basis%aoat2) 314 & imem(1),imem(2),xcen(i),.true.,pithr,jdum) 317 & i,lmostring(jdum),autoev*f(i),xcen(i),ecent(i,1:3), & 527 deallocate(xcen,cca,d,f,qmo,ecent,rklmo) 540 real(wp),intent(in) :: xcen,pithr local 543 if(xcen.lt.1.3333333)then 566 if(xcen.gt.pithr) typ=4 581 real*8 xcen(ihomo),x(ndim,ndim),s(ndim,ndim) local [all …]
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/dports/science/afni/afni-AFNI_21.3.16/src/SUMA/ |
H A D | SUMA_ConvertSurface.c | 172 double xcen[3], sc[3]; in main() local 209 xcen[0] = 0.0; xcen[1] = 0.0; xcen[2] = 0.0; in main() 376 xcen[0] = atof(argv[kar]); ++kar; in main() 377 xcen[1] = atof(argv[kar]); ++kar; in main() 378 xcen[2] = atof(argv[kar]); in main() 1046 fprintf (SUMA_STDERR,"Cen[:] %f %f %f\n", xcen[0], xcen[1], xcen[2]); in main() 1050 xform, 0, xcen)) { in main()
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/dports/graphics/leptonica/leptonica-1.76.0/prog/ |
H A D | rotatefastalt.c | 203 l_int32 i, j, xcen, ycen, wm2, hm2; in rotateAMColorFastLow2() local 209 xcen = w / 2; in rotateAMColorFastLow2() 221 xdif = xcen - j; in rotateAMColorFastLow2() 224 xp = xcen + (xpm >> 2); in rotateAMColorFastLow2()
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/dports/graphics/hugin/hugin-2020.0.0/src/hugin_base/lines/ |
H A D | FindN8Lines.cpp | 319 double xcen, double ycen in lineFilter() argument 343 double ccx = x0 + 0.5 * dx - xcen, in lineFilter() 347 double acx = pts.at(n/2).x - xcen, in lineFilter() 418 double xcen = 0.5 * width, in linePts2lineList() local 522 int q = lineFilter( tmp, minsize, flpix, xcen, ycen ); in linePts2lineList() 539 int q = lineFilter( tmp, minsize, flpix, xcen, ycen ); in linePts2lineList()
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/dports/graphics/freeglut/freeglut-3.2.1/progs/demos/Lorenz/ |
H A D | lorenz.c | 66 double xcen = 0.0, ycen = 0.0, zcen = 0.0 ; /* Coordinates of the point looked at */ variable 299 xcen = 0.0 ; in reshape_cb() 302 glTranslated ( xcen, ycen, zcen - 50.0 ) ; in reshape_cb()
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