/dports/math/sisl/SISL-SISL-4.6.0-44-g9114631/doc/manual/func/ |
H A D | s1375.tex | 1 \subsection{Intersection between a curve and a torus.} 4 Find all the intersections between a curve and a torus. 29 The centre of the torus (lying in the symmetry plane) 33 … Distance from the centre of the cone to the centre circle of the torus. 35 \>\> {\fov rad} \> - \> The radius of the torus surface.\\ 38 torus and the curve
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H A D | s1369.tex | 1 \subsection{Find the topology for the intersection of a surface and a \mbox{torus}.} 4 Find all intersections between a surface and a torus. 34 The centre of the torus (lying in the symmetry 41 Distance from centre to centre circle of the torus. 44 The radius of the torus surface. 47 Dimension of the space in which the torus lies. dim
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H A D | s1318.tex | 1 \subsection{March an intersection curve between a surface and a torus.} 5 curve object, a surface and a torus. 36 The centre of the torus (lying in the symmetry 43 Distance from centre to the centre circle of torus. 46 The radius of the torus surface. 49 Dimension of the space in which the torus lies.
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/dports/net/mpich/mpich-3.4.3/src/util/ |
H A D | mpir_nettopo.c | 83 if (network_attr.u.torus.geometry != NULL) in MPII_nettopo_finalize() 84 MPL_free(network_attr.u.torus.geometry); in MPII_nettopo_finalize() 243 dim = network_attr.u.torus.dimension; in MPIR_nettopo_torus_get_dimension() 254 geometry = network_attr.u.torus.geometry; in MPIR_nettopo_torus_get_geometry() 265 idx = network_attr.u.torus.node_index; in MPIR_nettopo_torus_get_node_index()
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/dports/graphics/ogre3d/ogre-1.11.6/Tests/VisualTests/VTests/src/ |
H A D | StencilShadowTest.cpp | 90 Ogre::Entity* torus = mSceneMgr->createEntity( "torus", "knot.mesh" ); in setupContent() local 91 torus->setCastShadows(true); in setupContent() 92 torus->setMaterialName("Examples/RustySteel"); in setupContent() 95 torusNode->attachObject(torus); in setupContent()
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/dports/audio/csound/csound-6.15.0/tests/soak/ |
H A D | chuap.csd | 47 …2.36201596260071 3.08917625807226e-03 3.87075614929199 7 .4 .004 1 86 30; torus attractor ( galler… 49 …7 .172539323568344 -4.07686233520508 2.5 10 .2 1 66 81 ; periodic attractor (torus breakdown route) 50 …1 153.6 21.12496758 0.03001749 0.515828669 2.5 10 0.2 1 66 81 ; torus attractor (torus breakdown …
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/dports/math/alberta/alberta3-920315ae1bbfd1b1fb6672d916619ac37a411e95/demo/src/4d/Macro/ |
H A D | embedded-torus.amc | 6 # a torus. This precedure is exercised in ellipt-torus.c 8 # Here we simply define a quite degenerated torus, assign boundary 10 # application program -- i.e. by "ellipt-torus.c". See there.
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/dports/graphics/geomview/geomview-1.9.5/data/geom/ |
H A D | torus3.oogl | 24 { INST transform # Semicircular ends of torus 62 # echo "Usage: mktorus nholes >torus.oogl 63 # Constructs an N-holed torus using Bezier patch pieces in the data directory. 81 # print " { INST transform # Semicircular ends of torus";
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H A D | torus8.oogl | 25 { INST transform # Semicircular ends of torus 115 # echo "Usage: mktorus nholes >torus.oogl 116 # Constructs an N-holed torus using Bezier patch pieces in the data directory. 134 # print " { INST transform # Semicircular ends of torus";
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/dports/graphics/povray36/povray-3.6.1/scenes/lights/ |
H A D | soft.pov | 29 torus { 4.0, 1.5 rotate 90*x } 36 torus { 4.0, 1.5 rotate 90*x } 48 torus { 4.0, 1.5 55 torus { 4.0, 1.5
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/dports/math/sisl/SISL-SISL-4.6.0-44-g9114631/src/ |
H A D | s1024.c | 56 int start_minor, int end_minor, int numb_major, SISLSurf **torus, in s1024() argument 60 numb_major, torus, stat) in s1024() 68 SISLSurf **torus; 145 *torus = SISL_NULL; 269 (*torus) = newSurf(in1, in2, ik1, ik2, et1, et2, rcoef, kind, 3, 1); 270 if ( (*torus) == SISL_NULL ) goto err101;
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/dports/graphics/megapov/megapov-1.2.1/scenes/ |
H A D | torus_uv.pov | 4 // Description: torus object uv-mapping demonstration scene 5 // Features demonstrated: torus object uv-mapping 19 torus{
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/dports/math/freefem++/FreeFem-sources-4.6/examples/hpddm/ |
H A D | laplace-torus-2d-SLEPc.edp | 4 // in R3. The cartesian coordinates on the torus read 13 // Laplace-Beltrami on a torus, using SLEPc. 18 // mpirun -np 4 FreeFem++-mpi -wg laplace-2d-torus-SLEPc.edp \ 52 real r1 = getARGV("-r1",2.0); // Large radius of the torus 53 real r2 = getARGV("-r2",1.0); // Small radius of the torus 54 if (r1<=r2){if(!mpirank) cout << "Error r1<r2 is a wrong dimensions of the torus"<<endl; exit(1);} 61 << "- laplace-2d-torus-SLEPc.edp " << endl 71 << " Large radius of the torus = " << r1 << endl 72 << " Small radius of the torus = " << r2 << endl
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/dports/graphics/mandelbulber/mandelbulber2-2.26/mandelbulber2/formula/definition/ |
H A D | fractal_testing.cpp | 159 double torus = sqrt(z.x * z.x + z.z * z.z) - fractal->transformCommon.offset4; in FormulaCode() local 160 torus = sqrt(torus * torus + z.y * z.y) - fractal->transformCommon.offset1; in FormulaCode() 162 if (fractal->transformCommon.functionEnabledxFalse) torus = cylinder; in FormulaCode() 173 r = (aux.i < count) ? torus : sphere; in FormulaCode() 177 r = (aux.i < count) ? sphere : torus; in FormulaCode()
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/dports/graphics/ospray/ospray-2.8.0/apps/ospTestSuite/ |
H A D | test_volumetric.cpp | 34 cpp::Volume torus("structuredRegular"); in CreateTorus() local 35 torus.setParam("data", cpp::CopiedData(volumetricData.data(), vec3ul(size))); in CreateTorus() 36 torus.setParam("gridOrigin", vec3f(-0.5f)); in CreateTorus() 37 torus.setParam("gridSpacing", vec3f(1.f / size)); in CreateTorus() 38 torus.commit(); in CreateTorus() 39 return torus; in CreateTorus() 253 cpp::Volume torus = CreateTorus(256); in SetUp() local 254 cpp::VolumetricModel volumetricModel(torus); in SetUp()
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/dports/math/R-cran-spdep/spdep/man/ |
H A D | cell2nb.Rd | 10 vertex) neighbour definitions are applied by type. If torus is TRUE, the 11 grid is mapped onto a torus, removing edge effects. 14 cell2nb(nrow, ncol, type="rook", torus=FALSE, legacy=FALSE, x=NULL) 21 \item{torus}{default FALSE, if TRUE map grid onto torus} 40 nb7rt <- cell2nb(7, 7, torus=TRUE)
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/dports/graphics/povray38/povunix-v3.8.0-beta.2-src/scenes/lights/ |
H A D | soft.pov | 36 torus { 4.0, 1.5 rotate 90*x } 43 torus { 4.0, 1.5 rotate 90*x } 55 torus { 4.0, 1.5 62 torus { 4.0, 1.5
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/dports/graphics/povray37/povray-3.7.0.10/distribution/scenes/lights/ |
H A D | soft.pov | 36 torus { 4.0, 1.5 rotate 90*x } 43 torus { 4.0, 1.5 rotate 90*x } 55 torus { 4.0, 1.5 62 torus { 4.0, 1.5
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/dports/graphics/mandelbulber/mandelbulber2-2.26/mandelbulber2/src/ |
H A D | opencl_dynamic_data.cpp | 739 const sPrimitiveTorus *torus = dynamic_cast<const sPrimitiveTorus *>(primitive); in BuildPrimitivesData() local 740 if (torus) in BuildPrimitivesData() 742 primitiveCl.data.torus.empty = torus->empty; in BuildPrimitivesData() 743 primitiveCl.data.torus.radius = torus->radius; in BuildPrimitivesData() 744 primitiveCl.data.torus.radiusLPow = torus->radiusLPow; in BuildPrimitivesData() 745 primitiveCl.data.torus.tubeRadius = torus->tubeRadius; in BuildPrimitivesData() 746 primitiveCl.data.torus.tubeRadiusLPow = torus->tubeRadiusLPow; in BuildPrimitivesData() 747 primitiveCl.data.torus.repeat = toClFloat3(torus->repeat); in BuildPrimitivesData()
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/dports/math/alberta/alberta3-920315ae1bbfd1b1fb6672d916619ac37a411e95/demo/src/4d/ |
H A D | Makefile.in | 6 PROGS = ellipt-klein-bottle ellipt-torus ellipt-sphere 78 ELLIPT_TORUS_OFILES = ellipt-torus.o libdemo.a 80 ellipt-torus: $(ELLIPT_TORUS_OFILES)
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/dports/graphics/wings/wings-8d019ebe48/plugins_src/primitives/ |
H A D | wpc_torus_pl.lang | 21 {1,"Utwórz torus wypukły"}, 31 {1,"Utwórz torus spiralny"}, 41 {1,"Utwórz torus UV:"},
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/dports/graphics/povray36/povray-3.6.1/scenes/objects/ |
H A D | wtorus.pov | 2 // A single wooden torus 16 // Wooden torus 17 torus { 7.0, 3.0
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/dports/graphics/mandelbulber/mandelbulber2-2.26/mandelbulber2/formula/opencl/ |
H A D | testing.cl | 159 // torus 160 REAL torus = native_sqrt(z.x * z.x + z.z * z.z) - fractal->transformCommon.offset4; 161 torus = native_sqrt(torus * torus + z.y * z.y) - fractal->transformCommon.offset1; 163 if (fractal->transformCommon.functionEnabledxFalse) torus = cylinder; 174 r = (aux->i < count) ? torus : sphere; 178 r = (aux->i < count) ? sphere : torus;
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/dports/cad/netgen/netgen-6.2.2105/tutorials/ |
H A D | torus.geo | 2 ## a torus 6 solid tor = torus ( 0, 0, 0; 1, 0, 0; 2 ; 1 );
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/dports/math/fricas/fricas-1.3.7/src/input/ |
H A D | tknot.input | 2 -- Create a (p,q) torus-knot with radius r around the curve. 14 -- Create a (p,q) torus-knot with radius r around the curve. 19 -- equation for the torus knot
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