| /dports/cad/electric/electric-7.00/src/tec/ |
| H A D | tecart.c | 811 poly->xv[2] = poly->xv[0] + rounddouble(cos(startoffset) * (double)dist); in art_fillnodebox()
812 poly->yv[2] = poly->yv[0] + rounddouble(sin(startoffset) * (double)dist); in art_fillnodebox()
813 poly->xv[1] = poly->xv[0] + rounddouble(cos(startoffset+endangle) * (double)dist); in art_fillnodebox()
814 poly->yv[1] = poly->yv[0] + rounddouble(sin(startoffset+endangle) * (double)dist); in art_fillnodebox()
965 poly->xv[m] = rounddouble(cx + a * c3); in art_fillellipse()
966 poly->yv[m] = rounddouble(cy + b * s3); in art_fillellipse()
983 poly->xv[m] = rounddouble(cx + a * c2); in art_fillellipse()
984 poly->yv[m] = rounddouble(cy + b * s2); in art_fillellipse()
1036 poly->xv[out] = rounddouble(x); in art_fillspline()
1037 poly->yv[out++] = rounddouble(y); in art_fillspline()
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| /dports/cad/electric/electric-7.00/src/misc/ |
| H A D | compensate.c | 729 fx = cx + rounddouble(cos(startoffset) * (double)radius); in compen_examine()
730 fy = cy + rounddouble(sin(startoffset) * (double)radius); in compen_examine()
1245 newrot = rounddouble(srot * 1800.0 / EPI); in compen_uncompensatecell()
2526 newrot = rounddouble(srot * 1800.0 / EPI); in compen_adjustgeometry()
2919 newix = ix + rounddouble(cos(dang) * (double)arcrad); in compen_forcemeeting()
2920 newiy = iy + rounddouble(sin(dang) * (double)arcrad); in compen_forcemeeting()
3009 ang1 = rounddouble(startoffset + endangle); in compen_straighten()
3015 ang2 = rounddouble(startoffset + endangle); in compen_straighten()
3590 return(rounddouble(fabs(dist))); in compen_angoffset()
3634 *y = rounddouble(fy); in compen_intersect()
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| /dports/cad/electric/electric-7.00/src/io/ |
| H A D | iogdso.c | 498 io_gds_int4(rounddouble(io_gds_scale*(double)poly->xv[0])); in io_gdswritecell()
499 io_gds_int4(rounddouble(io_gds_scale*(double)poly->yv[0])); in io_gdswritecell()
583 io_gds_int4(rounddouble(io_gds_scale*(double)xpos)); in io_gdswritecell()
584 io_gds_int4(rounddouble(io_gds_scale*(double)ypos)); in io_gdswritecell()
669 io_gds_int4(rounddouble(io_gds_scale*(double)bx)); in io_gdswritecell()
670 io_gds_int4(rounddouble(io_gds_scale*(double)by)); in io_gdswritecell()
1094 io_gds_int4(rounddouble(io_gds_scale*(double)xv[j])); in io_gds_boundary()
1095 io_gds_int4(rounddouble(io_gds_scale*(double)yv[j])); in io_gds_boundary()
1117 io_gds_int4(rounddouble(io_gds_scale*(double)poly->xv[i])); in io_gds_path()
1118 io_gds_int4(rounddouble(io_gds_scale*(double)poly->yv[i])); in io_gds_path()
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| H A D | iogdsi.c | 686 *ang = rounddouble(angle) % 3600; in io_gdsItranslate()
913 size = rounddouble(scale); in io_gdsItext()
1243 io_gdsvertex[*point_counter].px = rounddouble((double)io_gdstokenvalue32 * io_gdsscale); in io_gdsIdetermine_points()
1245 io_gdsvertex[*point_counter].py = rounddouble((double)io_gdstokenvalue32 * io_gdsscale); in io_gdsIdetermine_points()
1574 width = rounddouble((double)io_gdstokenvalue32 * io_gdsscale); in io_gdsIdetermine_path()
1586 bgnextend = rounddouble((double)io_gdstokenvalue32 * io_gdsscale); in io_gdsIdetermine_path()
1593 endextend = rounddouble((double)io_gdstokenvalue32 * io_gdsscale); in io_gdsIdetermine_path()
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| H A D | iodxf.c | 946 iangle = rounddouble(sangle * 10.0); in io_dxfreadentities()
1127 iangle = rounddouble(sa); in io_dxfreadentities()
1148 rad = rounddouble(arcrad); in io_dxfreadentities()
1168 x1 = rounddouble(xcf); y1 = rounddouble(ycf); in io_dxfreadentities()
1188 iangle = rounddouble(sa); in io_dxfreadentities()
1652 *x1 = rounddouble((double)(*x1) * factor); in io_dxfreadsolidentity()
1653 *x2 = rounddouble((double)(*x2) * factor); in io_dxfreadsolidentity()
1654 *x3 = rounddouble((double)(*x3) * factor); in io_dxfreadsolidentity()
1655 *x4 = rounddouble((double)(*x4) * factor); in io_dxfreadsolidentity()
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| H A D | ioedifi.c | 4723 *ixc = rounddouble(xc);
4724 *iyc = rounddouble(yc);
4729 *r = rounddouble(R);
4759 *rot = rounddouble(a[0]);
4767 *rot = 3600 - rounddouble(a[0]) + 2700;
4771 *rot = 2700 - rounddouble(a[0]);
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| H A D | io.c | 4026 r = rounddouble(radius); in io_compute_center()
4035 dx = rounddouble(Dx); in io_compute_center()
4036 dy = rounddouble(Dy); in io_compute_center()
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| /dports/cad/electric/electric-7.00/src/db/ |
| H A D | dbmath.c | 679 iang = rounddouble(ang * 1800.0 / EPI); in figureangle()
998 *y = rounddouble(fy); in intersect()
999 *x = rounddouble((-fb1 * fy - fc1) / fa1); in intersect()
1033 *y = rounddouble(fy); in fintersect()
1034 *x = rounddouble((-fb1 * fy - fc1) / fa1); in fintersect()
1137 *ix1 = rounddouble(segx); in circlelineintersection()
1138 *iy1 = rounddouble(segy); in circlelineintersection()
1217 *ix1 = cx + rounddouble(cos(ang1)*radius); in circletangents()
1218 *iy1 = cy + rounddouble(sin(ang1)*radius); in circletangents()
1219 *ix2 = cx + rounddouble(cos(ang2)*radius); in circletangents()
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| H A D | dbtech.c | 1775 angle = rounddouble(endangle * 1800.0 / EPI); in setarcdegrees()
1811 *fx = cx + rounddouble(cos(startoffset) * radius); in getarcendpoints()
1812 *fy = cy + rounddouble(sin(startoffset) * radius); in getarcendpoints()
1813 *tx = cx + rounddouble(cos(startoffset+endangle) * radius); in getarcendpoints()
1814 *ty = cy + rounddouble(sin(startoffset+endangle) * radius); in getarcendpoints()
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| H A D | dbgeom.c | 927 xv = rounddouble(ctx + a * cos(p)); in boundobj()
928 yv = rounddouble(cty + b * sin(p)); in boundobj()
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| H A D | dbmerge.c | 3663 *iy = rounddouble(fiy); in db_mergelinesintersect()
3664 *ix = rounddouble((-fb1 * fiy - fc1) / fa1); in db_mergelinesintersect()
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| H A D | dbtext.c | 217 retval = rounddouble(((double)hipart) * scale + ((double)lonum)*scale / ((double)loden)); in atola()
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| /dports/cad/electric/electric-7.00/src/sim/ |
| H A D | simwindow.c | 3621 return(rounddouble(result)); in sim_window_timetoxpos()
5595 scaled = time * 1.0E17; inttime = rounddouble(scaled); in sim_windowconvertengineeringnotation()
5601 scaled = time * 1.0E14; inttime = rounddouble(scaled); in sim_windowconvertengineeringnotation()
5607 scaled = time * 1.0E11; inttime = rounddouble(scaled); in sim_windowconvertengineeringnotation()
5613 scaled = time * 1.0E8; inttime = rounddouble(scaled); in sim_windowconvertengineeringnotation()
5619 scaled = time * 1.0E5; inttime = rounddouble(scaled); in sim_windowconvertengineeringnotation()
5625 inttime = rounddouble(time * 1.0E2); in sim_windowconvertengineeringnotation()
5690 scaled = time * 1.0E17; inttime = rounddouble(scaled); in sim_windowconvertengineeringnotation2()
5697 scaled = time * 1.0E14; inttime = rounddouble(scaled); in sim_windowconvertengineeringnotation2()
5704 scaled = time * 1.0E11; inttime = rounddouble(scaled); in sim_windowconvertengineeringnotation2()
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| /dports/cad/electric/electric-7.00/src/usr/ |
| H A D | usrnet.c | 10179 pfx[dps] = firstpoly->xv[0] + rounddouble(cos(oang) * (double)frad); in us_adjusttangentsnappoints()
10180 pfy[dps] = firstpoly->yv[0] + rounddouble(sin(oang) * (double)frad); in us_adjusttangentsnappoints()
10187 pfx[dps] = firstpoly->xv[0] + rounddouble(cos(oang) * (double)frad); in us_adjusttangentsnappoints()
10188 pfy[dps] = firstpoly->yv[0] + rounddouble(sin(oang) * (double)frad); in us_adjusttangentsnappoints()
10205 pfx[dps] = firstpoly->xv[0] + rounddouble(cos(ang) * (double)frad); in us_adjusttangentsnappoints()
10206 pfy[dps] = firstpoly->yv[0] + rounddouble(sin(ang) * (double)frad); in us_adjusttangentsnappoints()
10218 pfx[dps] = firstpoly->xv[0] + rounddouble(cos(ang) * (double)frad); in us_adjusttangentsnappoints()
10238 pfx[dps] = firstpoly->xv[0] + rounddouble(cos(ang) * (double)frad); in us_adjusttangentsnappoints()
10239 pfy[dps] = firstpoly->yv[0] + rounddouble(sin(ang) * (double)frad); in us_adjusttangentsnappoints()
10251 pfx[dps] = firstpoly->xv[0] + rounddouble(cos(ang) * (double)frad); in us_adjusttangentsnappoints()
[all …]
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| H A D | usrmisc.c | 3125 newrot = rounddouble(srot * 1800.0 / EPI); in us_dofillet()
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| /dports/cad/electric/electric-7.00/src/rout/ |
| H A D | routmimic.c | 531 wantx1 = x0 + rounddouble(dist * cos(fangle)); in ro_mimicthis()
532 wanty1 = y0 + rounddouble(dist * sin(fangle)); in ro_mimicthis()
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| /dports/cad/electric/electric-7.00/src/include/ |
| H A D | global.h | 2030 INTBIG rounddouble(double v);
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| /dports/cad/electric/electric-7.00/src/drc/ |
| H A D | drcquick.c | 2754 actual = rounddouble(sqrt(fdx*fdx + fdy*fdy)); in dr_quickcheckminwidth()
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