| /oneTBB/examples/parallel_for/tachyon/src/ |
| H A D | sphere.cpp | 65 object *newsphere(void *tex, vector ctr, flt rad) { in newsphere() argument
74 s->rad = rad; in newsphere()
82 min->x = s->ctr.x - s->rad; in sphere_bbox()
83 min->y = s->ctr.y - s->rad; in sphere_bbox()
84 min->z = s->ctr.z - s->rad; in sphere_bbox()
85 max->x = s->ctr.x + s->rad; in sphere_bbox()
86 max->y = s->ctr.y + s->rad; in sphere_bbox()
87 max->z = s->ctr.z + s->rad; in sphere_bbox()
100 disc = b * b + spr->rad * spr->rad - temp; in sphere_intersect()
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| H A D | cylinder.cpp | 82 c->rad = rad; in newcylinder()
119 if (d <= cyl->rad) { /* ray intersects cylinder.. */ in cylinder_intersect()
126 s = fabs(sqrt(cyl->rad * cyl->rad - d * d) / s); in cylinder_intersect()
170 c->rad = rad; in newfcylinder()
189 min->x -= c->rad; in fcylinder_bbox()
190 min->y -= c->rad; in fcylinder_bbox()
191 min->z -= c->rad; in fcylinder_bbox()
196 max->x += c->rad; in fcylinder_bbox()
197 max->y += c->rad; in fcylinder_bbox()
198 max->z += c->rad; in fcylinder_bbox()
[all …]
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| H A D | light.cpp | 65 point_light *newlight(void *tex, vector ctr, flt rad) { in newlight() argument
74 l->rad = rad; in newlight()
95 disc = b * b + l->rad * l->rad - temp; in light_intersect()
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| H A D | api.cpp | 315 void rt_light(void *tex, vector ctr, apiflt rad) { in rt_light() argument
318 li = newlight(tex, (vector)ctr, rad); in rt_light()
350 void rt_cylinder(void *tex, vector ctr, vector axis, apiflt rad) { in rt_cylinder() argument
351 add_object(newcylinder(tex, (vector)ctr, (vector)axis, rad)); in rt_cylinder()
354 void rt_fcylinder(void *tex, vector ctr, vector axis, apiflt rad) { in rt_fcylinder() argument
355 add_object(newfcylinder(tex, (vector)ctr, (vector)axis, rad)); in rt_fcylinder()
366 void rt_sphere(void *tex, vector ctr, apiflt rad) { in rt_sphere() argument
367 add_object(newsphere(tex, (vector)ctr, rad)); in rt_sphere()
390 void rt_quadsphere(void *tex, vector ctr, apiflt rad) { in rt_quadsphere() argument
394 factor = 1.0 / (rad * rad); in rt_quadsphere()
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| H A D | apitrigeom.cpp | 65 void rt_tri_fcylinder(void *tex, vector ctr, vector axis, apiflt rad) { in rt_tri_fcylinder() argument
85 u = rad * sin((6.28 * j) / (CYLFACETS - 1.0)); in rt_tri_fcylinder()
86 v = rad * cos((6.28 * j) / (CYLFACETS - 1.0)); in rt_tri_fcylinder()
87 u2 = rad * sin((6.28 * (j + 1.0)) / (CYLFACETS - 1.0)); in rt_tri_fcylinder()
88 v2 = rad * cos((6.28 * (j + 1.0)) / (CYLFACETS - 1.0)); in rt_tri_fcylinder()
113 void rt_tri_cylinder(void *tex, vector ctr, vector axis, apiflt rad) { in rt_tri_cylinder() argument
114 rt_fcylinder(tex, ctr, axis, rad); in rt_tri_cylinder()
226 void rt_tri_sphere(void *tex, vector ctr, apiflt rad) {} in rt_tri_sphere() argument
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| H A D | coordsys.cpp | 54 void xytopolar(flt x, flt y, flt rad, flt* u, flt* v) { in xytopolar() argument
57 *v = sqrt(r1 / (rad * rad)); in xytopolar()
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| H A D | parse.cpp | 498 apiflt rad; in GetLight() local
510 rad = a; in GetLight()
532 apiflt rad; in GetCylinder() local
544 rad = a; in GetCylinder()
553 apiflt rad; in GetFCylinder() local
572 rad = a; in GetFCylinder()
581 apiflt rad; in GetPolyCylinder() local
599 rad = a; in GetPolyCylinder()
610 apiflt rad; in GetSphere() local
620 rad = a; in GetSphere()
[all …]
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| H A D | apitrigeom.hpp | 52 void rt_tri_fcylinder(void* tex, vector ctr, vector axis, apiflt rad);
53 void rt_tri_cylinder(void* tex, vector ctr, vector axis, apiflt rad);
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| H A D | apigeom.cpp | 59 void rt_polycylinder(void *tex, vector *points, int numpts, apiflt rad) { in rt_polycylinder() argument
68 rt_sphere(tex, points[0], rad); in rt_polycylinder()
76 rt_fcylinder(tex, points[i - 1], a, rad); in rt_polycylinder()
77 rt_sphere(tex, points[i], rad); in rt_polycylinder()
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| H A D | light.hpp | 58 flt rad; member
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| H A D | sphere.hpp | 62 flt rad; member
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| H A D | cylinder.hpp | 64 flt rad; member
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