/dports/graphics/f3d/f3d-1.2.1/data/testing/ |
H A D | bot2.wrl | 48 geometry DEF chest-FACES IndexedFaceSet { 99 geometry DEF clavicle-FACES IndexedFaceSet { 133 geometry DEF Cylinder03-FACES IndexedFaceSet { 172 geometry DEF neck-FACES IndexedFaceSet { 212 geometry DEF head-FACES IndexedFaceSet { 247 geometry DEF reye-FACES IndexedFaceSet { 274 geometry DEF leye-FACES IndexedFaceSet { 523 geometry DEF jaw-FACES IndexedFaceSet { 577 geometry DEF cape-FACES IndexedFaceSet { 1189 geometry DEF rthigh-FACES IndexedFaceSet { [all …]
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/dports/math/vtk9/VTK-9.1.0/Common/DataModel/Testing/Cxx/ |
H A D | TestPolyhedronCombinatorialContouring.cxx | 56 #define FACES 6 macro 57 #define NPOINTS (CORNERS + EDGES + FACES) 59 const int Faces[FACES][8] = { 68 const double Points[CORNERS + EDGES + FACES][3] = { 116 for (int i = 0; i < FACES; ++i) in BuildCaseGrid() 141 grid->InsertNextCell(VTK_POLYHEDRON, FACES, faceStream->GetPointer(0)); in BuildCaseGrid()
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/dports/astro/stellarium/stellarium-0.21.3/src/core/ |
H A D | healpix.c | 53 static const int FACES[12][2] = {{1, 0}, {3, 0}, {5, 0}, {7, 0}, variable 88 out[2][0] = (FACES[face][0] + (ix - iy + 0.0) / nside) * M_PI / 4; in healpix_get_mat3() 89 out[2][1] = (FACES[face][1] + (ix + iy + 0.0) / nside) * M_PI / 4; in healpix_get_mat3() 133 xy[0] = (FACES[face][0] + (ix - iy + 0.0) / nside) * M_PI / 4; in healpix_pix2vec() 134 xy[1] = (FACES[face][1] + (ix + iy + 1.0) / nside) * M_PI / 4; in healpix_pix2vec() 143 xy[0] = (FACES[face][0] + (ix - iy + 0.0) / nside) * M_PI / 4; in healpix_pix2ang() 144 xy[1] = (FACES[face][1] + (ix + iy + 1.0) / nside) * M_PI / 4; in healpix_pix2ang()
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/dports/math/vtk8/VTK-8.2.0/Common/DataModel/Testing/Cxx/ |
H A D | TestPolyhedronCombinatorialContouring.cxx | 58 #define FACES 6 macro 59 #define NPOINTS (CORNERS+EDGES+FACES) 61 const int Faces[FACES][8] = 74 const double Points[CORNERS + EDGES + FACES][3] = 125 for (int i = 0; i < FACES; ++i) in BuildCaseGrid() 150 grid->InsertNextCell(VTK_POLYHEDRON, FACES, faceStream->GetPointer(0)); in BuildCaseGrid()
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/dports/math/gap/gap-4.11.0/pkg/polymaking-0.8.2/lib/ |
H A D | workaround_maps.gi | 28 # there we need to call keywords of the form "HASSE_DIAGRAM->FACES" 36 if option = "FACES" then 37 return "HASSE_DIAGRAM->FACES"; 47 # there we need to call keywords of the form "HASSE_DIAGRAM->FACES" 57 if option = "HASSE_DIAGRAM->FACES" then 58 return "FACES";
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/dports/x11-toolkits/py-wxPython40/wxPython-4.0.7/wx/py/ |
H A D | editwindow.py | 18 FACES = { 'times' : 'Times New Roman', variable 32 FACES = { 'times' : 'Serif', variable 44 FACES = { 'times' : 'Lucida Grande', variable 56 FACES = { 'times' : 'Times', 105 self.setStyles(FACES) 122 self.CallTipSetBackground(FACES['calltipbg']) 123 self.CallTipSetForeground(FACES['calltipfg']) 154 "back:#C0C0C0,face:%(mono)s,size:%(lnsize)d" % FACES)
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/dports/games/warzone2100/warzone2100/tools/qwzm/ |
H A D | blderik.wzm | 7 FACES 64 305 FACES 10 390 FACES 30
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/dports/games/warzone2100/warzone2100/tools/display/ |
H A D | blderik.wzm | 7 FACES 64 305 FACES 10 390 FACES 30
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/dports/math/octave-forge-matgeom/matgeom-1.2.3/inst/meshes3d/ |
H A D | triangulateFaces.m | 31 % TRI = triangulateFaces(FACES) 33 % argument FACES: 34 % - if FACES is a N-by-3 array, returns the same array 35 % - if FACES is a N-by-4 array, returns an array with 2*N rows and 3 38 % - if FACES is a cell array, split each face into a set of triangles, 42 % [TRI INDS] = triangulateFaces(FACES) 45 % number of rows of the original FACES array.
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H A D | drawPolyhedron.m | 31 % drawPolyhedron(NODES, FACES) 32 % Draws the polyhedron defined by vertices NODES and the faces FACES. 33 % NODES is a NV-by-3 array containing coordinates of vertices, and FACES 36 % FACES can also be a cell array, in the content of each cell is an array 95 % array FACES is a cell array 121 % array FACES is a NC*NV indices array, with NV : number of vertices of
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H A D | drawMesh.m | 31 % drawMesh(VERTICES, FACES) 32 % Draws the 3D mesh defined by vertices VERTICES and the faces FACES. 34 % FACES is either a NF-by-3 or NF-by-4 array containing face vertex 36 % FACES can also be a cell array, in the content of each cell is an array 137 % array FACES is a NC*NV indices array, with NV : number of vertices of 143 % array FACES is a cell array
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/dports/games/scummvm/scummvm-2.5.1/engines/glk/ |
H A D | screen.h | 54 const Graphics::Font *loadFont(FACES face, Common::Archive *archive, 67 static FACES getFontId(const Common::String &name); 72 static Common::String getFontName(FACES font);
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H A D | fonts.h | 31 enum FACES { MONOR, MONOB, MONOI, MONOZ, PROPR, PROPB, PROPI, PROPZ, CUSTOM, CUSTOM2 }; enum 51 FACES _moreFont;
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/dports/biology/py-ete3/ete3-3.1.2/ete3/tools/ |
H A D | ete_view.py | 53 FACES = [] variable 218 global FACES 221 FACES = parse_faces(args.face) 223 FACES = [] 232 for f in FACES: 239 FACES.extend(parse_faces( 248 FACES.extend(parse_faces( 253 FACES.extend(parse_faces( 259 FACES.extend(parse_faces( 351 for findex, f in enumerate(FACES):
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/dports/math/moab/fathomteam-moab-7bde9dfb84a8/itaps/imesh/ |
H A D | MOAB_iMesh_unit_tests.cpp | 54 iBase_EntityHandle FACES[6][INTERVALS][INTERVALS]; variable 127 iMesh_createEnt( tmp, iMesh_QUADRILATERAL, conn, 4, &FACES[f][i][j], &status, &err ); in create_mesh() 179 iMesh_getEntArrAdj( mesh, FACES[f][i], INTERVALS, iBase_VERTEX, in test_getEntArrAdj_conn() 247 iMesh_getEntArrAdj( mesh, FACES[4][0], INTERVALS, iBase_REGION, in test_getEntArrAdj_up() 292 iBase_EntityHandle exp[3] = { FACES[0][0][0], in test_getEntArrAdj_down() 293 FACES[3][0][0], in test_getEntArrAdj_down() 294 FACES[4][0][0] }; in test_getEntArrAdj_down() 303 iBase_EntityHandle exp2[3] = { FACES[0][0][INTERVALS-1], in test_getEntArrAdj_down() 304 FACES[3][0][INTERVALS-1], in test_getEntArrAdj_down() 305 FACES[5][0][0] }; in test_getEntArrAdj_down()
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/dports/science/py-scikit-learn/scikit-learn-1.0.2/sklearn/datasets/ |
H A D | _olivetti_faces.py | 32 FACES = RemoteFileMetadata( variable 114 print("downloading Olivetti faces from %s to %s" % (FACES.url, data_home)) 115 mat_path = _fetch_remote(FACES, dirname=data_home)
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/dports/math/cgal/CGAL-5.3/demo/Arrangement_on_surface_2/data/algebraic/ |
H A D | ellipse.arr | 20 # BEGIN FACES 45 # END FACES
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H A D | hyperbola.arr | 20 # BEGIN FACES 45 # END FACES
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H A D | circle.arr | 20 # BEGIN FACES 45 # END FACES
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H A D | cubic.arr | 25 # BEGIN FACES 62 # END FACES
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H A D | alg_circle.arr | 24 # BEGIN FACES 64 # END FACES
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/dports/games/libretro-scummvm/scummvm-7b1e929/engines/glk/ |
H A D | fonts.h | 31 enum FACES { MONOR, MONOB, MONOI, MONOZ, PROPR, PROPB, PROPI, PROPZ, CUSTOM, CUSTOM2 }; enum 51 FACES _moreFont;
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H A D | screen.h | 54 const Graphics::Font *loadFont(FACES face, Common::Archive *archive, 67 static FACES getFontId(const Common::String &name);
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/dports/math/octave-forge-matgeom/matgeom-1.2.3/inst/meshes3d/private/ |
H A D | parseMeshData.m | 31 % MESH = parseMeshData(VERTICES, FACES) 32 % MESH = parseMeshData(VERTICES, EDGES, FACES) 36 % [VERTICES, FACES] = parseMeshData(MESH) 42 % [VERTICES, EDGES, FACES] = parseMeshData(MESH)
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H A D | formatMeshOutput.m | 31 % OUTPUT = formatMeshOutput(NARGOUT, VERTICES, EDGES, FACES) 35 % If NARGOUT is 2, return a cell array with data VERTICES and FACES. 37 % FACES. 39 % OUTPUT = formatMeshOutput(NARGOUT, VERTICES, FACES)
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