/dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/src/geometry/subdivision/subUtil/ |
H A D | VolMeshTetSphere.cpp | 174 int iPh = 0, iPhI; in initMesh() local 231 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 311 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 353 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 4 in initMesh() 355 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 401 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 5 in initMesh() 404 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 453 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 3 in initMesh() 550 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 7 in initMesh() 554 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() [all …]
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H A D | VolMeshHexCube.cpp | 97 int iPh = 0, iPhI; in initMesh() local 116 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 144 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 7 in initMesh() 146 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 182 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 9 in initMesh() 185 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 229 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 7 in initMesh() 232 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 285 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 10 in initMesh() 289 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() [all …]
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H A D | SurfMeshQuaCube.cpp | 106 int iPh = 0; in initMesh() local 126 TG_.setDescription(++iPh) = "The surface of the cube"; sDOM = TG_.sigma(iPh); in initMesh() 166 TG_.setDescription(++iPh) = "Faces in octant #1"; sDOM = TG_.sigma(iPh); in initMesh() 198 TG_.setDescription(++iPh) = "Faces in octants #1 and 2"; sDOM = TG_.sigma(iPh); in initMesh() 201 TG_.setDescription(++iPh) = "Interface: YZ plane containing the center"; sIx = TG_.sigma(iPh); in initMesh() 239 TG_.setDescription(++iPh) = "Faces in octants #1, 2 and 3"; sDOM = TG_.sigma(iPh); in initMesh() 241 TG_.setDescription(++iPh) = "Interface: YZ plane containing the center"; sIx = TG_.sigma(iPh); in initMesh() 339 TG_.setDescription(++iPh) = "Faces in octants #1 to 5"; sDOM = TG_.sigma(iPh); in initMesh() 401 TG_.setDescription(++iPh) = "Faces in octants #1 to 6"; sDOM = TG_.sigma(iPh); in initMesh() 470 TG_.setDescription(++iPh) = "Faces in octants #1 to 7"; sDOM = TG_.sigma(iPh); in initMesh() [all …]
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H A D | VolMeshTetCube.cpp | 117 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 145 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 7 in initMesh() 147 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 183 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 9 in initMesh() 186 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 230 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 7 in initMesh() 233 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 286 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 10 in initMesh() 290 TG_.setDescription(++iPh) = "Interior of the domain"; sDOM = TG_.sigma(iPh); in initMesh() 350 TG_.setDescription(++iPh) = "Interface: YZ plane"; iPhI = iPh; // patch 9 in initMesh() [all …]
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H A D | SurfMeshTriSphere.cpp | 120 int iPh = 0; in initMesh() local 168 TG_.setDescription(++iPh) = "Surface of the icosahedron"; in initMesh() 171 TG_.setDescription(++iPh) = "The surface of the sphere"; in initMesh() 173 sDOM = TG_.sigma(iPh); in initMesh() 244 TG_.setDescription(++iPh) = "Face opposite to the origin"; in initMesh() 251 sDOM = TG_.sigma(iPh); in initMesh() 281 TG_.setDescription(++iPh) = "Boundary: edges in XZ plane"; in initMesh() 282 TG_.setDescription(++iPh) = "Boundary: edges in XY plane"; in initMesh() 370 TG_.setDescription(++iPh) = "Boundary: edges in XY plane"; in initMesh() 515 TG_.setDescription(++iPh) = "Boundary: edges in XZ plane"; in initMesh() [all …]
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H A D | VolMeshTetRev.cpp | 143 number_t iPh = 0, iPhSD; in initMeshCone() local 186 …TG_.setDescription(++iPh) = "Boundary: End surface on the side of end point " + bottomPt; sBEs1 = … in initMeshCone() 187 …TG_.setDescription(++iPh) = "Boundary: Surface of the " + shape; sBS = … in initMeshCone() 189 …TG_.setDescription(++iPh) = "Interface: Internal plane 1 containing axis"; sIIp1 = … in initMeshCone() 190 number_t iPhIIp1 = iPh; in initMeshCone() 191 …TG_.setDescription(++iPh) = "Interface: Internal plane 2 containing axis"; sIIp2 = … in initMeshCone() 200 iPh, iPhSD, VertexNum, ElementNum, Pt, prevRitrf, rVaFirst, rVc); in initMeshCone() 229 …if (EBS[0]->curvedShape()) { TG_.setDescription(++iPh) = "End subdomain on the side of end point "… in initMeshCone() 233 TG_.setDescription(++iPh) = ss.str(); in initMeshCone()
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H A D | TetrahedronMesh.cpp | 308 number_t iPh = 0, iPhSD; in initMesh() local 352 …TG_.setDescription(++iPh) = "Boundary: End surface on the side of end point " + bottomPt; sBEs1 = … in initMesh() 353 …TG_.setDescription(++iPh) = "Boundary: End surface on the side of end point " + topPt; sBEs2 = … in initMesh() 354 …TG_.setDescription(++iPh) = "Boundary: Surface of the " + shape; sBS = … in initMesh() 356 …TG_.setDescription(++iPh) = "Interface: Internal plane 1 containing axis"; sIIp1 = … in initMesh() 357 number_t iPhIIp1 = iPh; in initMesh() 358 …TG_.setDescription(++iPh) = "Interface: Internal plane 2 containing axis"; sIIp2 = … in initMesh() 433 TG_.setDescription(iPh) = "Interface: Top section (containing end point 2)"; in initMesh() 446 TG_.setDescription(++iPh) = ss.str(); in initMesh() 493 sITFslice = TG_.sigma(++iPh); // first transversal interface in startConeTrunk() [all …]
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H A D | SurfMeshTriDisk.cpp | 117 int iPh = 0; in initMesh() local 119 std::stringstream ss; ss << ++iPh; in initMesh() 120 TG_.setDescription(iPh) = "Boundary: " + ss.str(); in initMesh() 126 TG_.setDescription(iPh) += ", boundary of the sector"; number_t sCIR = TG_.sigma(iPh); in initMesh() 128 TG_.setDescription(++iPh) = "main domain"; number_t sDOM = TG_.sigma(iPh); in initMesh()
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H A D | TriangleMesh.cpp | 208 number_t iPh = 0, iPhSD; in initMesh() local 257 …TG_.setDescription(++iPh) = "Boundary: End curve on the side of end point " + bottomPt; sBEs1 = TG… in initMesh() 259 …TG_.setDescription(++iPh) = "Boundary: End curve on the side of end point " + topPt; sBEs2 = TG… in initMesh() 268 iPh, iPhSD, VertexNum, ElementNum, Pt, prevRitrf, rVaFirst); in initMesh() 283 sITFslice = TG_.sigma(++iPh); // Last interface between last slice and top end subdomain in initMesh() 331 TG_.setDescription(iPh) = "Interface: Section containing end point" + topPt; in initMesh() 369 TG_.setDescription(++iPh) = ss.str(); in initMesh() 416 sITFslice = TG_.sigma(++iPh); // first transversal interface in startConeTrunk() 443 TG_.setDescription(iPh) = "Interface: Section containing end point " + bottomPt; in startConeTrunk() 511 sITFslice = TG_.sigma(++iPh); // Next transversal interface in startConeTrunk() [all …]
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H A D | SurfMeshQuaDisk.cpp | 117 int iPh = 0; in initMesh() local 119 std::stringstream ss; ss << ++iPh; in initMesh() 120 TG_.setDescription(iPh) = "Boundary: " + ss.str(); in initMesh() 126 TG_.setDescription(iPh) += ", boundary of the sector"; number_t sCIR = TG_.sigma(iPh); in initMesh() 128 TG_.setDescription(++iPh) = "main domain"; number_t sDOM = TG_.sigma(iPh); in initMesh()
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H A D | SurfMeshTriRev.cpp | 143 number_t iPh = 0, iPhSD; in initMeshCone() local 188 …TG_.setDescription(++iPh) = "Boundary: End curve on the side of end point " + bottomPt; sBEs1 = TG… in initMeshCone() 197 iPh, iPhSD, VertexNum, ElementNum, Pt, prevRitrf, rVaFirst); in initMeshCone() 225 …if (EBS[0]->curvedShape()) { TG_.setDescription(++iPh) = "End subdomain on the side of end point "… in initMeshCone() 229 TG_.setDescription(++iPh) = ss.str(); in initMeshCone()
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H A D | SurfMeshQuaSet.cpp | 136 int iPh = 0; in initMesh() local 138 std::stringstream ss; ss << ++iPh; in initMesh() 139 TG_.setDescription(iPh) = "boundary " + ss.str(); in initMesh() 142 TG_.setDescription(++iPh) = "main domain"; in initMesh()
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H A D | SurfMeshTriSet.cpp | 136 int iPh = 0; in initMesh() local 138 std::stringstream ss; ss << ++iPh; in initMesh() 139 TG_.setDescription(iPh) = "Boundary: " + ss.str(); in initMesh() 142 TG_.setDescription(++iPh) = "main domain"; in initMesh()
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H A D | HexahedronMesh.cpp | 525 number_t iPh = 0, iPhSD; in initMesh() local 569 …TG_.setDescription(++iPh) = "Boundary: End surface on the side of end point " + bottomPt; sBEs1 = … in initMesh() 570 …TG_.setDescription(++iPh) = "Boundary: End surface on the side of end point " + topPt; sBEs2 = … in initMesh() 571 …TG_.setDescription(++iPh) = "Boundary: Surface of the " + shape; sBS = … in initMesh() 573 TG_.setDescription(++iPh) = "Interface: Internal half-plane 1 containing axis"; // patch 4 in initMesh() 574 number_t iPhIIp1 = iPh; in initMesh() 575 TG_.setDescription(++iPh) = "Interface: Internal half-plane 2 containing axis"; // patch 5 in initMesh() 576 TG_.setDescription(++iPh) = "Interface: Internal half-plane 3 containing axis"; // patch 6 in initMesh() 655 sITFslice = TG_.sigma(++iPh); // Next transversal interface in initMesh() 692 TG_.setDescription(iPh) = ss.str(); in initMesh() [all …]
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H A D | QuadrangleMesh.cpp | 167 number_t iPh = 0, iPhSD; in initMesh() local 216 …TG_.setDescription(++iPh) = "Boundary: End curve on the side of end point " + bottomPt; sBEs1 = TG… in initMesh() 218 …TG_.setDescription(++iPh) = "Boundary: End curve on the side of end point " + topPt; sBEs2 = TG… in initMesh() 325 sITFslice = TG_.sigma(++iPh); // Next transversal interface in initMesh() 355 TG_.setDescription(iPh) = ss.str(); in initMesh() 424 …if ( cvSI[0].shapeCode_ != None ) { TG_.setDescription(++iPh) = "End subdomain on the side of end … in initMesh() 428 TG_.setDescription(++iPh) = ss.str(); in initMesh() 430 …if ( cvSI[1].shapeCode_ != None ) { TG_.setDescription(++iPh) = "End subdomain on the side of end … in initMesh()
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H A D | TetrahedronMesh.hpp | 98 number_t& iPh, number_t& iPhSD, number_t& VertexNum, number_t& ElementNum,
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H A D | TriangleMesh.hpp | 107 number_t& iPh, number_t& iPhSD, number_t& VertexNum, number_t& ElementNum,
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/dports/devel/ua_parser-core/uap-core-c7c5284/tests/ |
H A D | test_os.yaml | 1518 …- user_agent_string: 'UCWEB/2.0 (iOS; U; iPh OS 5_0_1; zh-CN; iPh4,1) U2/1.0.0 UCBrowser/9.0.1.284… 1525 …- user_agent_string: 'UCWEB/2.0 (iOS; U; iPh OS 7_0_4; ru; iPh3,1) U2/1.0.0 UCBrowser/9.0.0.260 U2… 1532 …- user_agent_string: 'UCWEB/2.0 (iOS; U; iPh OS 7_0_4; zh-CN; iPh4,1) U2/1.0.0 UCBrowser/9.0.1.284…
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/dports/www/matomo/piwik/vendor/matomo/device-detector/regexes/device/ |
H A D | mobiles.yml | 911 - regex: '(?:Apple-|.+_)?iPh(?:one)?1[C,_]1' 914 - regex: '(?:Apple-|.+_)?iPh(?:one)?1[C,_]2' 929 - regex: '(?:Apple-|.+_)?iPh(?:one)?5[C,_][34]' 983 - regex: '(?:Apple-|.+_)?iPh(?:one)?12[C,_][8]' 986 - regex: '(?:Apple-|.+_)?iPh(?:one)?13[C,_][1]' 989 - regex: '(?:Apple-|.+_)?iPh(?:one)?13[C,_][2]' 992 - regex: '(?:Apple-|.+_)?iPh(?:one)?13[C,_][3]' 995 - regex: '(?:Apple-|.+_)?iPh(?:one)?13[C,_][4]' 998 - regex: '(?:Apple-|.+_)?iPh(?:one)?14[C,_][2]' 1001 - regex: '(?:Apple-|.+_)?iPh(?:one)?14[C,_][3]' [all …]
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/dports/www/matomo/piwik/vendor/matomo/device-detector/regexes/ |
H A D | oss.yml | 636 - regex: '(?:CPU OS|iPh(?:one)?[ _]OS|iOS)[ _/](\d+(?:[_\.]\d+)*)'
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/dports/mail/qpopper/qpopper4.1.0/mmangle/test/ |
H A D | ns-html3 | 492 h3s2x2eSPFvrnjEj5anWtXzx1l/PsvC5Nh/e7Zo/qLvywvfuBPfYn4/+U9VLZ35+6yf6/iPh
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H A D | ns-html | 516 h3s2x2eSPFvrnjEj5anWtXzx1l/PsvC5Nh/e7Zo/qLvywvfuBPfYn4/+U9VLZ35+6yf6/iPh
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/dports/devel/ua_parser-core/uap-core-c7c5284/ |
H A D | regexes.yaml | 625 - regex: '^UCWEB.*; (iPad OS|iPh OS) (\d+)_(\d+)(?:_(\d+))?;'
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/dports/java/bouncycastle15/crypto-169/pg/src/test/resources/org/bouncycastle/openpgp/test/ |
H A D | eddsa-pub-keyring.asc | 4455 e5oeql3zgbc7Hq9a+iPh+twYuO4H90NSG/Z72BZLJT6loSBmpA/5DoGQsrhFehcDFdu020+3
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/dports/math/py-hdbscan/hdbscan-0.8.27/notebooks/ |
H A D | How Soft Clustering for HDBSCAN Works.ipynb | 433 …oYpke2gh9GYXg29DaZLxYlsXJ6Yi6UtSl\nJp1NsERLWyvQAm2tNwO3egFajdYKWkFd17SthbP+iPh+QLYsN82A57kMh/0HP//…
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