| /dports/math/eukleides/eukleides-1.5.4/src/common/ |
| H A D | utils.c | 44 return RTOD(asin(x)); in Asin()
49 return RTOD(acos(x)); in Acos()
54 return RTOD(atan(x)); in Atan()
82 return RTOD(atan2(B->y-A->y, B->x-A->x)); in argument()
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| H A D | vector.c | 159 a += RTOD(atan2(u->y, u->x)); in rotate_vector()
190 PSHn(RTOD(atan2(u->y, u->x))); in vector_argument()
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| H A D | utils.h | 21 #define RTOD(x) 180*(x)/M_PI macro
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| H A D | conic.c | 336 PSHn(RTOD(atan2(v*C->a, u*C->b))); in point_on_conic_argument()
339 PSHn(RTOD(atan2(C->b, v)) - (u < 0 ? 180 : 0)); in point_on_conic_argument()
342 PSHn(RTOD(atan2(-v, (C->a - v*v/C->a)/2))); in point_on_conic_argument()
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| H A D | line.c | 68 val->a = RTOD(atan2(u->y, u->x)); in create_line_with_vector()
140 val->a = principal(RTOD(a) + C->d); in create_tangent_to_conic()
307 val->a = RTOD(atan2(y-A->y, x-A->x)); in create_median()
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| H A D | number.c | 97 PSHn(RTOD(POPn)); in rtod()
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| /dports/cad/gnucap/gnucap-2013-04-23/include/ |
| H A D | m_phase.h | 36 rv = arg(x)*RTOD; in phase()
39 rv = arg(x)*RTOD; in phase()
46 rv = arg(x)*RTOD; in phase()
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| H A D | constant.h | 55 double const RTOD = 180 / M_PI; variable
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| /dports/math/freefem++/FreeFem-sources-4.6/src/medit/ |
| H A D | persp.c | 53 p->gamma = asin(yy) * RTOD; in setPersp()
56 p->alpha = alpha * RTOD; in setPersp()
63 p->fovy = atan(tgalpha * rapy) * RTOD; in setPersp()
65 p->fovy = atan(tgalpha / rapy) * RTOD; in setPersp()
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| H A D | camera.c | 37 azim = atan2(sinazim, cosazim) * RTOD; in Azimuth()
45 elev = atan2(c->speed[1], elev) * RTOD; in Elevation()
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| H A D | medit.h | 71 #define RTOD 57.29577951308232 macro
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| H A D | ellipse.c | 280 theta = atan2(vp[0][1], vp[0][0]) * RTOD; in drawEllipse()
352 theta = atan2(vp[0][1], vp[0][0]) * RTOD; in drawAllEllipse()
379 theta = atan2(vp[0][1], vp[0][0]) * RTOD; in drawAllEllipse()
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| /dports/science/medit/medit-2012.02.05_5/sources/ |
| H A D | persp.c | 30 p->gamma = asin(yy)*RTOD; in setPersp()
33 p->alpha = alpha*RTOD; in setPersp()
41 p->fovy = atan(tgalpha * rapy)*RTOD; in setPersp()
43 p->fovy = atan(tgalpha / rapy)*RTOD; in setPersp()
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| H A D | camera.c | 16 azim = atan2(sinazim,cosazim) * RTOD; in Azimuth()
24 elev = atan2(c->speed[1],elev) * RTOD; in Elevation()
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| H A D | medit.h | 48 #define RTOD 57.29577951308232 macro
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| H A D | ellipse.c | 220 theta = atan2(vp[0][1],vp[0][0])*RTOD; in drawEllipse()
288 theta = atan2(vp[0][1],vp[0][0])*RTOD; in drawAllEllipse()
316 theta = atan2(vp[0][1],vp[0][0])*RTOD; in drawAllEllipse()
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| /dports/science/opensim-core/opensim-core-4.1/OpenSim/Utilities/simmToOpenSim/ |
| H A D | sdf.c | 554 jnt->dofs[R1].sd.conversion = RTOD*jnt->dofs[R1].sd.conversion_sign; in make_sdfast_joint()
579 jnt->dofs[df].sd.conversion = RTOD*jnt->dofs[df].sd.conversion_sign; in make_sdfast_joint()
592 jnt->dofs[df].sd.conversion = RTOD*jnt->dofs[df].sd.conversion_sign; in make_sdfast_joint()
706 jnt->dofs[df].sd.conversion = RTOD*jnt->dofs[df].sd.conversion_sign; in make_sdfast_joint()
722 jnt->dofs[df].sd.conversion = RTOD*jnt->dofs[df].sd.conversion_sign; in make_sdfast_joint()
744 jnt->dofs[df].sd.conversion = RTOD*jnt->dofs[df].sd.conversion_sign; in make_sdfast_joint()
1151 jnt->dofs[df].sd.conversion = RTOD*jnt->dofs[df].sd.conversion_sign; in make_sdfast_joint()
1167 jnt->dofs[df].sd.conversion = RTOD*jnt->dofs[df].sd.conversion_sign; in make_sdfast_joint()
1212 jnt->dofs[df].sd.conversion = RTOD*jnt->dofs[df].sd.conversion_sign; in make_sdfast_joint()
1228 jnt->dofs[df].sd.conversion = RTOD*jnt->dofs[df].sd.conversion_sign; in make_sdfast_joint()
[all …]
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| /dports/astro/nightfall/nightfall-1.92/ |
| H A D | LightSpot.c | 102 - RTOD * Test in MakeSpots()
104 * RTOD * ((PI+PI)/PhaseSteps) * j; in MakeSpots()
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| H A D | LightChiMap.c | 238 Step[0] = Flags.Step[0]; Start[0] = Start[0] * RTOD; in ChiMap()
248 Step[1] = Flags.Step[1]; Start[1] = Start[1] * RTOD; in ChiMap()
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| H A D | Light.h | 554 #ifndef RTOD
555 #define RTOD 57.2957795130823228646 /* degree = radian * RTOD */ macro
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| /dports/science/chrono/chrono-7.0.1/data/testing/joints/adams_models/ |
| H A D | test_RotSpring_Case01.adm | 153 , FUNCTION = - 1.0*RTOD*(az(207,208)-0.0*DTOR)
154 , - 5.0E-002*RTOD*wz(207,208,208)
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| /dports/games/bsdtris/bsdtris-1.1_2/ |
| H A D | tetris.h | 80 #define RTOD(x) ((x) - 1) macro
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| /dports/science/xcrysden/xcrysden-1.6.2/C/ |
| H A D | anaglyph.h | 88 #define RTOD 57.2957795
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| /dports/graphics/birdfont/birdfont-2.29.5/libbirdgems/ |
| H A D | GraphicsGems.h | 137 #define RTOD 57.29578 /* convert radians to degrees */ macro
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| /dports/games/magiccube4d/magiccube4d-src-2_2/ |
| H A D | MagicCube.h | 93 #define RTOD(d) ((d)/PI*180) macro
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