/*=====================================================================* * * * Software Name : HEC-MW Library for PC-cluster * * Version : 2.7 * * * * Last Update : 2014/11/14 * * Category : I/O and Utility * * * * Written by Shin'ichi Ezure (RIST) * * Tatsuhiro Shono (The University of Tokyo) * * * * Contact address : IIS,The University of Tokyo RSS21 project * * * * "Structural Analysis System for General-purpose Coupling * * Simulations Using High End Computing Middleware (HEC-MW)" * * * *=====================================================================*/ #ifndef INC_HECMW_MESH_DEFINE #define INC_HECMW_MESH_DEFINE #define HECMW_COMMON_E_ALLOCATION 1111111 #define HECMW_COMMON_E_OUT_OF_RANGE 1111112 #define HECMW_COMMON_W_NO_EQN_BLOCK 1111113 /* * element types in HEC-MW */ #define HECMW_ETYPE_MAX 3614 #define HECMW_ETYPE_ROD1 111 #define HECMW_ETYPE_ROD2 112 #define HECMW_ETYPE_TRI1 231 #define HECMW_ETYPE_TRI2 232 #define HECMW_ETYPE_TRI22 2322 #define HECMW_ETYPE_QUA1 241 #define HECMW_ETYPE_QUA2 242 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_ETYPE_QUA3 243 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_ETYPE_ROD31 301 #define HECMW_ETYPE_TET1 341 #define HECMW_ETYPE_TET1_4 3414 #define HECMW_ETYPE_TET2 342 #define HECMW_ETYPE_TET22 3422 #define HECMW_ETYPE_PRI1 351 #define HECMW_ETYPE_PRI2 352 #define HECMW_ETYPE_HEX1 361 #define HECMW_ETYPE_HEX1_4 3614 #define HECMW_ETYPE_HEX2 362 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_ETYPE_HEX3 363 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_ETYPE_PYR1 371 #define HECMW_ETYPE_PYR2 372 #define HECMW_ETYPE_MST1 431 #define HECMW_ETYPE_MST2 432 #define HECMW_ETYPE_MSQ1 441 #define HECMW_ETYPE_MSQ2 442 #define HECMW_ETYPE_JTT1 531 #define HECMW_ETYPE_JTT2 532 #define HECMW_ETYPE_JTQ1 541 #define HECMW_ETYPE_JTQ2 542 #define HECMW_ETYPE_BEM1 611 #define HECMW_ETYPE_BEM2 612 #define HECMW_ETYPE_BEM3 641 /* mixed beam-341*/ #define HECMW_ETYPE_SHT1 731 #define HECMW_ETYPE_SHT2 732 #define HECMW_ETYPE_SHQ1 741 #define HECMW_ETYPE_SHQ2 742 #define HECMW_ETYPE_SHQ3 743 #define HECMW_ETYPE_SHT6 761 /* mixed shell-solid */ #define HECMW_ETYPE_SHQ8 781 #define HECMW_ETYPE_LN11 911 #define HECMW_ETYPE_LN12 912 #define HECMW_ETYPE_LN13 913 #define HECMW_ETYPE_LN14 914 #define HECMW_ETYPE_LN15 915 #define HECMW_ETYPE_LN16 916 #define HECMW_ETYPE_LN21 921 #define HECMW_ETYPE_LN22 922 #define HECMW_ETYPE_LN23 923 #define HECMW_ETYPE_LN24 924 #define HECMW_ETYPE_LN25 925 #define HECMW_ETYPE_LN26 926 #define HECMW_ETYPE_LN31 931 #define HECMW_ETYPE_LN32 932 #define HECMW_ETYPE_LN33 933 #define HECMW_ETYPE_LN34 934 #define HECMW_ETYPE_LN35 935 #define HECMW_ETYPE_LN36 936 #define HECMW_ETYPE_LN41 941 #define HECMW_ETYPE_LN42 942 #define HECMW_ETYPE_LN43 943 #define HECMW_ETYPE_LN44 944 #define HECMW_ETYPE_LN45 945 #define HECMW_ETYPE_LN46 946 #define HECMW_ETYPE_LN51 951 #define HECMW_ETYPE_LN52 952 #define HECMW_ETYPE_LN53 953 #define HECMW_ETYPE_LN54 954 #define HECMW_ETYPE_LN55 955 #define HECMW_ETYPE_LN56 956 #define HECMW_ETYPE_LN61 961 #define HECMW_ETYPE_LN62 962 #define HECMW_ETYPE_LN63 963 #define HECMW_ETYPE_LN64 964 #define HECMW_ETYPE_LN65 965 #define HECMW_ETYPE_LN66 966 /* * element types in GeoFEM */ #define HECMW_GEOFEM_ETYPE_MAX 3314 #define HECMW_GEOFEM_ETYPE_ROD1 111 #define HECMW_GEOFEM_ETYPE_ROD2 112 #define HECMW_GEOFEM_ETYPE_TRI1 211 #define HECMW_GEOFEM_ETYPE_TRI2 212 #define HECMW_GEOFEM_ETYPE_QUA1 221 #define HECMW_GEOFEM_ETYPE_QUA2 222 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_GEOFEM_ETYPE_QUA3 223 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_GEOFEM_ETYPE_TET1 311 #define HECMW_GEOFEM_ETYPE_TET1_4 3114 #define HECMW_GEOFEM_ETYPE_TET2 312 #define HECMW_GEOFEM_ETYPE_PRI1 321 #define HECMW_GEOFEM_ETYPE_PRI2 322 #define HECMW_GEOFEM_ETYPE_HEX1 331 #define HECMW_GEOFEM_ETYPE_HEX1_4 3314 #define HECMW_GEOFEM_ETYPE_HEX2 332 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_GEOFEM_ETYPE_HEX3 333 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_GEOFEM_ETYPE_MST1 411 #define HECMW_GEOFEM_ETYPE_MST2 412 #define HECMW_GEOFEM_ETYPE_MSQ1 421 #define HECMW_GEOFEM_ETYPE_MSQ2 422 #define HECMW_GEOFEM_ETYPE_JTT1 511 #define HECMW_GEOFEM_ETYPE_JTT2 512 #define HECMW_GEOFEM_ETYPE_JTQ1 521 #define HECMW_GEOFEM_ETYPE_JTQ2 522 #define HECMW_GEOFEM_ETYPE_BEM1 611 #define HECMW_GEOFEM_ETYPE_BEM2 612 #define HECMW_GEOFEM_ETYPE_BEM3 641 /* mixed beam-341*/ #define HECMW_GEOFEM_ETYPE_SHT1 711 #define HECMW_GEOFEM_ETYPE_SHT2 712 #define HECMW_GEOFEM_ETYPE_SHQ1 721 #define HECMW_GEOFEM_ETYPE_SHQ2 722 /* * element types in mesh utility */ /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ /* #define HECMW_MESH_ETYPE_MAX 73 */ #define HECMW_MESH_ETYPE_MAX 75 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MESH_ETYPE_PNT 0 #define HECMW_MESH_ETYPE_ROD1 1 #define HECMW_MESH_ETYPE_ROD2 2 #define HECMW_MESH_ETYPE_TRI1 3 #define HECMW_MESH_ETYPE_TRI2 4 #define HECMW_MESH_ETYPE_QUA1 5 #define HECMW_MESH_ETYPE_QUA2 6 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MESH_ETYPE_QUA3 74 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MESH_ETYPE_TET1 7 #define HECMW_MESH_ETYPE_TET2 8 #define HECMW_MESH_ETYPE_PRI1 9 #define HECMW_MESH_ETYPE_PRI2 10 #define HECMW_MESH_ETYPE_HEX1 11 #define HECMW_MESH_ETYPE_HEX2 12 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MESH_ETYPE_HEX3 75 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MESH_ETYPE_PYR1 13 #define HECMW_MESH_ETYPE_PYR2 14 #define HECMW_MESH_ETYPE_MST1 15 #define HECMW_MESH_ETYPE_MST2 16 #define HECMW_MESH_ETYPE_MSQ1 17 #define HECMW_MESH_ETYPE_MSQ2 18 #define HECMW_MESH_ETYPE_JTT1 19 #define HECMW_MESH_ETYPE_JTT2 20 #define HECMW_MESH_ETYPE_JTQ1 21 #define HECMW_MESH_ETYPE_JTQ2 22 #define HECMW_MESH_ETYPE_BEM1 23 #define HECMW_MESH_ETYPE_BEM2 24 #define HECMW_MESH_ETYPE_BEM3 71 /* mixed beam-341*/ #define HECMW_MESH_ETYPE_SHT1 25 #define HECMW_MESH_ETYPE_SHT2 26 #define HECMW_MESH_ETYPE_SHQ1 27 #define HECMW_MESH_ETYPE_SHQ2 28 #define HECMW_MESH_ETYPE_SHQ3 68 #define HECMW_MESH_ETYPE_SHT6 69 /* mixed shell-solid */ #define HECMW_MESH_ETYPE_SHQ8 70 #define HECMW_MESH_ETYPE_LN11 29 #define HECMW_MESH_ETYPE_LN12 30 #define HECMW_MESH_ETYPE_LN13 31 #define HECMW_MESH_ETYPE_LN14 32 #define HECMW_MESH_ETYPE_LN15 33 #define HECMW_MESH_ETYPE_LN16 34 #define HECMW_MESH_ETYPE_LN21 35 #define HECMW_MESH_ETYPE_LN22 36 #define HECMW_MESH_ETYPE_LN23 37 #define HECMW_MESH_ETYPE_LN24 38 #define HECMW_MESH_ETYPE_LN25 39 #define HECMW_MESH_ETYPE_LN26 40 #define HECMW_MESH_ETYPE_LN31 41 #define HECMW_MESH_ETYPE_LN32 42 #define HECMW_MESH_ETYPE_LN33 43 #define HECMW_MESH_ETYPE_LN34 44 #define HECMW_MESH_ETYPE_LN35 45 #define HECMW_MESH_ETYPE_LN36 46 #define HECMW_MESH_ETYPE_LN41 47 #define HECMW_MESH_ETYPE_LN42 48 #define HECMW_MESH_ETYPE_LN43 49 #define HECMW_MESH_ETYPE_LN44 50 #define HECMW_MESH_ETYPE_LN45 51 #define HECMW_MESH_ETYPE_LN46 52 #define HECMW_MESH_ETYPE_LN51 53 #define HECMW_MESH_ETYPE_LN52 54 #define HECMW_MESH_ETYPE_LN53 55 #define HECMW_MESH_ETYPE_LN54 56 #define HECMW_MESH_ETYPE_LN55 57 #define HECMW_MESH_ETYPE_LN56 58 #define HECMW_MESH_ETYPE_LN61 59 #define HECMW_MESH_ETYPE_LN62 60 #define HECMW_MESH_ETYPE_LN63 61 #define HECMW_MESH_ETYPE_LN64 62 #define HECMW_MESH_ETYPE_LN65 63 #define HECMW_MESH_ETYPE_LN66 64 #define HECMW_MESH_ETYPE_TRI22 65 #define HECMW_MESH_ETYPE_TET22 66 #define HECMW_MESH_ETYPE_ROD31 67 #define HECMW_MESH_ETYPE_TET1_4 72 #define HECMW_MESH_ETYPE_HEX1_4 73 /* * UCD labels */ #define HECMW_UCD_LABEL_PNT "pt" #define HECMW_UCD_LABEL_ROD1 "line" #define HECMW_UCD_LABEL_ROD2 "line2" #define HECMW_UCD_LABEL_TRI1 "tri" #define HECMW_UCD_LABEL_TRI2 "tri2" #define HECMW_UCD_LABEL_QUA1 "quad" #define HECMW_UCD_LABEL_QUA2 "quad2" /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_UCD_LABEL_QUA3 "quad2" /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_UCD_LABEL_ROD31 "line" #define HECMW_UCD_LABEL_TET1 "tet" #define HECMW_UCD_LABEL_TET1_4 "tet" #define HECMW_UCD_LABEL_TET2 "tet2" #define HECMW_UCD_LABEL_PRI1 "prism" #define HECMW_UCD_LABEL_PRI2 "prism2" #define HECMW_UCD_LABEL_HEX1 "hex" #define HECMW_UCD_LABEL_HEX1_4 "hex" #define HECMW_UCD_LABEL_HEX2 "hex2" /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_UCD_LABEL_HEX3 "hex2" /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_UCD_LABEL_PYR1 "pyr" #define HECMW_UCD_LABEL_PYR2 "pyr2" #define HECMW_UCD_LABEL_MST1 "tet" #define HECMW_UCD_LABEL_MST2 "tet2" #define HECMW_UCD_LABEL_MSQ1 "pyr" #define HECMW_UCD_LABEL_MSQ2 "pyr2" #define HECMW_UCD_LABEL_JTT1 "prism" #define HECMW_UCD_LABEL_JTT2 "prism2" #define HECMW_UCD_LABEL_JTQ1 "hex" #define HECMW_UCD_LABEL_JTQ2 "hex2" #define HECMW_UCD_LABEL_BEM1 "line" #define HECMW_UCD_LABEL_BEM2 "line2" #define HECMW_UCD_LABEL_BEM3 "line" /* mixed beam-341*/ #define HECMW_UCD_LABEL_SHT1 "tri" #define HECMW_UCD_LABEL_SHT2 "tri2" #define HECMW_UCD_LABEL_SHQ1 "quad" #define HECMW_UCD_LABEL_SHQ2 "quad2" #define HECMW_UCD_LABEL_SHT6 "tri" /* mixed shell-solid */ #define HECMW_UCD_LABEL_SHQ8 "quad" /* mixed shell-solid */ #define HECMW_UCD_LABEL_LN11 "line" #define HECMW_UCD_LABEL_LN12 "line" #define HECMW_UCD_LABEL_LN13 "line" #define HECMW_UCD_LABEL_LN14 "line" #define HECMW_UCD_LABEL_LN15 "line" #define HECMW_UCD_LABEL_LN16 "line" #define HECMW_UCD_LABEL_LN21 "line" #define HECMW_UCD_LABEL_LN22 "line" #define HECMW_UCD_LABEL_LN23 "line" #define HECMW_UCD_LABEL_LN24 "line" #define HECMW_UCD_LABEL_LN25 "line" #define HECMW_UCD_LABEL_LN26 "line" #define HECMW_UCD_LABEL_LN31 "line" #define HECMW_UCD_LABEL_LN32 "line" #define HECMW_UCD_LABEL_LN33 "line" #define HECMW_UCD_LABEL_LN34 "line" #define HECMW_UCD_LABEL_LN35 "line" #define HECMW_UCD_LABEL_LN36 "line" #define HECMW_UCD_LABEL_LN41 "line" #define HECMW_UCD_LABEL_LN42 "line" #define HECMW_UCD_LABEL_LN43 "line" #define HECMW_UCD_LABEL_LN44 "line" #define HECMW_UCD_LABEL_LN45 "line" #define HECMW_UCD_LABEL_LN46 "line" #define HECMW_UCD_LABEL_LN51 "line" #define HECMW_UCD_LABEL_LN52 "line" #define HECMW_UCD_LABEL_LN53 "line" #define HECMW_UCD_LABEL_LN54 "line" #define HECMW_UCD_LABEL_LN55 "line" #define HECMW_UCD_LABEL_LN56 "line" #define HECMW_UCD_LABEL_LN61 "line" #define HECMW_UCD_LABEL_LN62 "line" #define HECMW_UCD_LABEL_LN63 "line" #define HECMW_UCD_LABEL_LN64 "line" #define HECMW_UCD_LABEL_LN65 "line" #define HECMW_UCD_LABEL_LN66 "line" /* * number of component nodes on finite element */ /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ /* #define HECMW_MAX_NODE_MAX 20 */ #define HECMW_MAX_NODE_MAX 27 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_NODE_PNT 1 #define HECMW_MAX_NODE_ROD1 2 #define HECMW_MAX_NODE_ROD2 3 #define HECMW_MAX_NODE_TRI1 3 #define HECMW_MAX_NODE_TRI2 6 #define HECMW_MAX_NODE_QUA1 4 #define HECMW_MAX_NODE_QUA2 8 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MAX_NODE_QUA3 9 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_NODE_ROD31 2 #define HECMW_MAX_NODE_TET1 4 #define HECMW_MAX_NODE_TET1_4 4 #define HECMW_MAX_NODE_TET2 10 #define HECMW_MAX_NODE_PRI1 6 #define HECMW_MAX_NODE_PRI2 15 #define HECMW_MAX_NODE_HEX1 8 #define HECMW_MAX_NODE_HEX1_4 8 #define HECMW_MAX_NODE_HEX2 20 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MAX_NODE_HEX3 27 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_NODE_PYR1 5 #define HECMW_MAX_NODE_PYR2 13 #define HECMW_MAX_NODE_MST1 4 #define HECMW_MAX_NODE_MST2 7 #define HECMW_MAX_NODE_MSQ1 5 #define HECMW_MAX_NODE_MSQ2 9 #define HECMW_MAX_NODE_JTT1 6 #define HECMW_MAX_NODE_JTT2 12 #define HECMW_MAX_NODE_JTQ1 8 #define HECMW_MAX_NODE_JTQ2 16 #define HECMW_MAX_NODE_BEM1 2 #define HECMW_MAX_NODE_BEM2 3 #define HECMW_MAX_NODE_BEM3 4 /* mixed beam-341*/ #define HECMW_MAX_NODE_SHT1 3 #define HECMW_MAX_NODE_SHT2 6 #define HECMW_MAX_NODE_SHQ1 4 #define HECMW_MAX_NODE_SHQ2 8 #define HECMW_MAX_NODE_SHQ3 9 #define HECMW_MAX_NODE_SHT6 6 /* mixed shell-solid */ #define HECMW_MAX_NODE_SHQ8 8 #define HECMW_MAX_NODE_LN11 2 #define HECMW_MAX_NODE_LN12 2 #define HECMW_MAX_NODE_LN13 2 #define HECMW_MAX_NODE_LN14 2 #define HECMW_MAX_NODE_LN15 2 #define HECMW_MAX_NODE_LN16 2 #define HECMW_MAX_NODE_LN21 2 #define HECMW_MAX_NODE_LN22 2 #define HECMW_MAX_NODE_LN23 2 #define HECMW_MAX_NODE_LN24 2 #define HECMW_MAX_NODE_LN25 2 #define HECMW_MAX_NODE_LN26 2 #define HECMW_MAX_NODE_LN31 2 #define HECMW_MAX_NODE_LN32 2 #define HECMW_MAX_NODE_LN33 2 #define HECMW_MAX_NODE_LN34 2 #define HECMW_MAX_NODE_LN35 2 #define HECMW_MAX_NODE_LN36 2 #define HECMW_MAX_NODE_LN41 2 #define HECMW_MAX_NODE_LN42 2 #define HECMW_MAX_NODE_LN43 2 #define HECMW_MAX_NODE_LN44 2 #define HECMW_MAX_NODE_LN45 2 #define HECMW_MAX_NODE_LN46 2 #define HECMW_MAX_NODE_LN51 2 #define HECMW_MAX_NODE_LN52 2 #define HECMW_MAX_NODE_LN53 2 #define HECMW_MAX_NODE_LN54 2 #define HECMW_MAX_NODE_LN55 2 #define HECMW_MAX_NODE_LN56 2 #define HECMW_MAX_NODE_LN61 2 #define HECMW_MAX_NODE_LN62 2 #define HECMW_MAX_NODE_LN63 2 #define HECMW_MAX_NODE_LN64 2 #define HECMW_MAX_NODE_LN65 2 #define HECMW_MAX_NODE_LN66 2 /* * number of component edges on finite element */ #define HECMW_MAX_EDGE_MAX 24 #define HECMW_MAX_EDGE_PNT 0 #define HECMW_MAX_EDGE_ROD1 1 #define HECMW_MAX_EDGE_ROD2 2 #define HECMW_MAX_EDGE_TRI1 3 #define HECMW_MAX_EDGE_TRI2 6 #define HECMW_MAX_EDGE_QUA1 4 #define HECMW_MAX_EDGE_QUA2 8 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MAX_EDGE_QUA3 8 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_EDGE_TET1 6 #define HECMW_MAX_EDGE_TET1_4 6 #define HECMW_MAX_EDGE_TET2 12 #define HECMW_MAX_EDGE_PRI1 9 #define HECMW_MAX_EDGE_PRI2 18 #define HECMW_MAX_EDGE_HEX1 12 #define HECMW_MAX_EDGE_HEX1_4 12 #define HECMW_MAX_EDGE_HEX2 24 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MAX_EDGE_HEX3 24 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_EDGE_PYR1 8 #define HECMW_MAX_EDGE_PYR2 16 #define HECMW_MAX_EDGE_MST1 6 #define HECMW_MAX_EDGE_MST2 9 #define HECMW_MAX_EDGE_MSQ1 8 #define HECMW_MAX_EDGE_MSQ2 12 #define HECMW_MAX_EDGE_JTT1 9 #define HECMW_MAX_EDGE_JTT2 15 #define HECMW_MAX_EDGE_JTQ1 12 #define HECMW_MAX_EDGE_JTQ2 20 #define HECMW_MAX_EDGE_BEM1 1 #define HECMW_MAX_EDGE_BEM2 2 #define HECMW_MAX_EDGE_BEM3 6 /* mixed beam-341*/ #define HECMW_MAX_EDGE_SHT1 3 #define HECMW_MAX_EDGE_SHT2 6 #define HECMW_MAX_EDGE_SHQ1 4 #define HECMW_MAX_EDGE_SHQ2 8 #define HECMW_MAX_EDGE_SHT6 9 /* mixed shell-solid */ #define HECMW_MAX_EDGE_SHQ8 12 #define HECMW_MAX_EDGE_LN11 1 #define HECMW_MAX_EDGE_LN12 1 #define HECMW_MAX_EDGE_LN13 1 #define HECMW_MAX_EDGE_LN14 1 #define HECMW_MAX_EDGE_LN15 1 #define HECMW_MAX_EDGE_LN16 1 #define HECMW_MAX_EDGE_LN21 1 #define HECMW_MAX_EDGE_LN22 1 #define HECMW_MAX_EDGE_LN23 1 #define HECMW_MAX_EDGE_LN24 1 #define HECMW_MAX_EDGE_LN25 1 #define HECMW_MAX_EDGE_LN26 1 #define HECMW_MAX_EDGE_LN31 1 #define HECMW_MAX_EDGE_LN32 1 #define HECMW_MAX_EDGE_LN33 1 #define HECMW_MAX_EDGE_LN34 1 #define HECMW_MAX_EDGE_LN35 1 #define HECMW_MAX_EDGE_LN36 1 #define HECMW_MAX_EDGE_LN41 1 #define HECMW_MAX_EDGE_LN42 1 #define HECMW_MAX_EDGE_LN43 1 #define HECMW_MAX_EDGE_LN44 1 #define HECMW_MAX_EDGE_LN45 1 #define HECMW_MAX_EDGE_LN46 1 #define HECMW_MAX_EDGE_LN51 1 #define HECMW_MAX_EDGE_LN52 1 #define HECMW_MAX_EDGE_LN53 1 #define HECMW_MAX_EDGE_LN54 1 #define HECMW_MAX_EDGE_LN55 1 #define HECMW_MAX_EDGE_LN56 1 #define HECMW_MAX_EDGE_LN61 1 #define HECMW_MAX_EDGE_LN62 1 #define HECMW_MAX_EDGE_LN63 1 #define HECMW_MAX_EDGE_LN64 1 #define HECMW_MAX_EDGE_LN65 1 #define HECMW_MAX_EDGE_LN66 1 /* * number of component surfaces on finite element */ #define HECMW_MAX_SURF_MAX 6 #define HECMW_MAX_SURF_PNT 0 #define HECMW_MAX_SURF_ROD1 0 #define HECMW_MAX_SURF_ROD2 0 #define HECMW_MAX_SURF_TRI1 3 #define HECMW_MAX_SURF_TRI2 3 #define HECMW_MAX_SURF_QUA1 4 #define HECMW_MAX_SURF_QUA2 4 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MAX_SURF_QUA3 4 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_SURF_TET1 4 #define HECMW_MAX_SURF_TET1_4 4 #define HECMW_MAX_SURF_TET2 4 #define HECMW_MAX_SURF_PRI1 5 #define HECMW_MAX_SURF_PRI2 5 #define HECMW_MAX_SURF_HEX1 6 #define HECMW_MAX_SURF_HEX1_4 6 #define HECMW_MAX_SURF_HEX2 6 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MAX_SURF_HEX3 6 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_SURF_PYR1 5 #define HECMW_MAX_SURF_PYR2 5 #define HECMW_MAX_SURF_MST1 1 #define HECMW_MAX_SURF_MST2 1 #define HECMW_MAX_SURF_MSQ1 1 #define HECMW_MAX_SURF_MSQ2 1 #define HECMW_MAX_SURF_JTT1 2 #define HECMW_MAX_SURF_JTT2 2 #define HECMW_MAX_SURF_JTQ1 2 #define HECMW_MAX_SURF_JTQ2 2 #define HECMW_MAX_SURF_BEM1 0 #define HECMW_MAX_SURF_BEM2 0 #define HECMW_MAX_SURF_BEM3 4 /* mixed beam-341*/ #define HECMW_MAX_SURF_SHT1 2 #define HECMW_MAX_SURF_SHT2 2 #define HECMW_MAX_SURF_SHQ1 2 #define HECMW_MAX_SURF_SHQ2 2 #define HECMW_MAX_SURF_SHT6 5 /* mixed shell-solid */ #define HECMW_MAX_SURF_SHQ8 6 #define HECMW_MAX_SURF_LN11 0 #define HECMW_MAX_SURF_LN12 0 #define HECMW_MAX_SURF_LN13 0 #define HECMW_MAX_SURF_LN14 0 #define HECMW_MAX_SURF_LN15 0 #define HECMW_MAX_SURF_LN16 0 #define HECMW_MAX_SURF_LN21 0 #define HECMW_MAX_SURF_LN22 0 #define HECMW_MAX_SURF_LN23 0 #define HECMW_MAX_SURF_LN24 0 #define HECMW_MAX_SURF_LN25 0 #define HECMW_MAX_SURF_LN26 0 #define HECMW_MAX_SURF_LN31 0 #define HECMW_MAX_SURF_LN32 0 #define HECMW_MAX_SURF_LN33 0 #define HECMW_MAX_SURF_LN34 0 #define HECMW_MAX_SURF_LN35 0 #define HECMW_MAX_SURF_LN36 0 #define HECMW_MAX_SURF_LN41 0 #define HECMW_MAX_SURF_LN42 0 #define HECMW_MAX_SURF_LN43 0 #define HECMW_MAX_SURF_LN44 0 #define HECMW_MAX_SURF_LN45 0 #define HECMW_MAX_SURF_LN46 0 #define HECMW_MAX_SURF_LN51 0 #define HECMW_MAX_SURF_LN52 0 #define HECMW_MAX_SURF_LN53 0 #define HECMW_MAX_SURF_LN54 0 #define HECMW_MAX_SURF_LN55 0 #define HECMW_MAX_SURF_LN56 0 #define HECMW_MAX_SURF_LN61 0 #define HECMW_MAX_SURF_LN62 0 #define HECMW_MAX_SURF_LN63 0 #define HECMW_MAX_SURF_LN64 0 #define HECMW_MAX_SURF_LN65 0 #define HECMW_MAX_SURF_LN66 0 /* * number of component triangular surfaces on finite element */ #define HECMW_MAX_TSUF_MAX 4 #define HECMW_MAX_TSUF_PNT 0 #define HECMW_MAX_TSUF_ROD1 0 #define HECMW_MAX_TSUF_ROD2 0 #define HECMW_MAX_TSUF_TRI1 0 #define HECMW_MAX_TSUF_TRI2 0 #define HECMW_MAX_TSUF_QUA1 0 #define HECMW_MAX_TSUF_QUA2 0 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MAX_TSUF_QUA3 0 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_TSUF_TET1 4 #define HECMW_MAX_TSUF_TET1_4 4 #define HECMW_MAX_TSUF_TET2 4 #define HECMW_MAX_TSUF_PRI1 2 #define HECMW_MAX_TSUF_PRI2 2 #define HECMW_MAX_TSUF_HEX1 0 #define HECMW_MAX_TSUF_HEX1_4 0 #define HECMW_MAX_TSUF_HEX2 0 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MAX_TSUF_HEX3 0 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_TSUF_PYR1 4 #define HECMW_MAX_TSUF_PYR2 4 #define HECMW_MAX_TSUF_MST1 1 #define HECMW_MAX_TSUF_MST2 1 #define HECMW_MAX_TSUF_MSQ1 0 #define HECMW_MAX_TSUF_MSQ2 0 #define HECMW_MAX_TSUF_JTT1 2 #define HECMW_MAX_TSUF_JTT2 2 #define HECMW_MAX_TSUF_JTQ1 0 #define HECMW_MAX_TSUF_JTQ2 0 #define HECMW_MAX_TSUF_BEM1 0 #define HECMW_MAX_TSUF_BEM2 0 #define HECMW_MAX_TSUF_BEM3 4 /* mixed beam-341*/ #define HECMW_MAX_TSUF_SHT1 2 #define HECMW_MAX_TSUF_SHT2 2 #define HECMW_MAX_TSUF_SHQ1 0 #define HECMW_MAX_TSUF_SHQ2 0 #define HECMW_MAX_TSUF_SHT6 2 /* mixed shell-solid */ #define HECMW_MAX_TSUF_SHQ8 0 #define HECMW_MAX_TSUF_LN11 0 #define HECMW_MAX_TSUF_LN12 0 #define HECMW_MAX_TSUF_LN13 0 #define HECMW_MAX_TSUF_LN14 0 #define HECMW_MAX_TSUF_LN15 0 #define HECMW_MAX_TSUF_LN16 0 #define HECMW_MAX_TSUF_LN21 0 #define HECMW_MAX_TSUF_LN22 0 #define HECMW_MAX_TSUF_LN23 0 #define HECMW_MAX_TSUF_LN24 0 #define HECMW_MAX_TSUF_LN25 0 #define HECMW_MAX_TSUF_LN26 0 #define HECMW_MAX_TSUF_LN31 0 #define HECMW_MAX_TSUF_LN32 0 #define HECMW_MAX_TSUF_LN33 0 #define HECMW_MAX_TSUF_LN34 0 #define HECMW_MAX_TSUF_LN35 0 #define HECMW_MAX_TSUF_LN36 0 #define HECMW_MAX_TSUF_LN41 0 #define HECMW_MAX_TSUF_LN42 0 #define HECMW_MAX_TSUF_LN43 0 #define HECMW_MAX_TSUF_LN44 0 #define HECMW_MAX_TSUF_LN45 0 #define HECMW_MAX_TSUF_LN46 0 #define HECMW_MAX_TSUF_LN51 0 #define HECMW_MAX_TSUF_LN52 0 #define HECMW_MAX_TSUF_LN53 0 #define HECMW_MAX_TSUF_LN54 0 #define HECMW_MAX_TSUF_LN55 0 #define HECMW_MAX_TSUF_LN56 0 #define HECMW_MAX_TSUF_LN61 0 #define HECMW_MAX_TSUF_LN62 0 #define HECMW_MAX_TSUF_LN63 0 #define HECMW_MAX_TSUF_LN64 0 #define HECMW_MAX_TSUF_LN65 0 #define HECMW_MAX_TSUF_LN66 0 /* * number of component quadrilateral surfaces on finite element */ #define HECMW_MAX_QSUF_MAX 6 #define HECMW_MAX_QSUF_PNT 0 #define HECMW_MAX_QSUF_ROD1 0 #define HECMW_MAX_QSUF_ROD2 0 #define HECMW_MAX_QSUF_TRI1 0 #define HECMW_MAX_QSUF_TRI2 0 #define HECMW_MAX_QSUF_QUA1 0 #define HECMW_MAX_QSUF_QUA2 0 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MAX_QSUF_QUA3 0 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_QSUF_TET1 0 #define HECMW_MAX_QSUF_TET1_4 0 #define HECMW_MAX_QSUF_TET2 0 #define HECMW_MAX_QSUF_PRI1 3 #define HECMW_MAX_QSUF_PRI2 3 #define HECMW_MAX_QSUF_HEX1 6 #define HECMW_MAX_QSUF_HEX1_4 6 #define HECMW_MAX_QSUF_HEX2 6 /* Gaku Hashimoto (The University of Tokyo, 2015/03/23) < */ #define HECMW_MAX_QSUF_HEX3 6 /* > Gaku Hashimoto (The University of Tokyo, 2015/03/23) */ #define HECMW_MAX_QSUF_PYR1 1 #define HECMW_MAX_QSUF_PYR2 1 #define HECMW_MAX_QSUF_MST1 0 #define HECMW_MAX_QSUF_MST2 0 #define HECMW_MAX_QSUF_MSQ1 1 #define HECMW_MAX_QSUF_MSQ2 1 #define HECMW_MAX_QSUF_JTT1 0 #define HECMW_MAX_QSUF_JTT2 0 #define HECMW_MAX_QSUF_JTQ1 2 #define HECMW_MAX_QSUF_JTQ2 2 #define HECMW_MAX_QSUF_BEM1 0 #define HECMW_MAX_QSUF_BEM2 0 #define HECMW_MAX_QSUF_BEM3 0 /* mixed beam-341*/ #define HECMW_MAX_QSUF_SHT1 0 #define HECMW_MAX_QSUF_SHT2 0 #define HECMW_MAX_QSUF_SHQ1 2 #define HECMW_MAX_QSUF_SHQ2 2 #define HECMW_MAX_QSUF_SHT6 3 /* mixed shell-solid */ #define HECMW_MAX_QSUF_SHQ8 6 #define HECMW_MAX_QSUF_LN11 0 #define HECMW_MAX_QSUF_LN12 0 #define HECMW_MAX_QSUF_LN13 0 #define HECMW_MAX_QSUF_LN14 0 #define HECMW_MAX_QSUF_LN15 0 #define HECMW_MAX_QSUF_LN16 0 #define HECMW_MAX_QSUF_LN21 0 #define HECMW_MAX_QSUF_LN22 0 #define HECMW_MAX_QSUF_LN23 0 #define HECMW_MAX_QSUF_LN24 0 #define HECMW_MAX_QSUF_LN25 0 #define HECMW_MAX_QSUF_LN26 0 #define HECMW_MAX_QSUF_LN31 0 #define HECMW_MAX_QSUF_LN32 0 #define HECMW_MAX_QSUF_LN33 0 #define HECMW_MAX_QSUF_LN34 0 #define HECMW_MAX_QSUF_LN35 0 #define HECMW_MAX_QSUF_LN36 0 #define HECMW_MAX_QSUF_LN41 0 #define HECMW_MAX_QSUF_LN42 0 #define HECMW_MAX_QSUF_LN43 0 #define HECMW_MAX_QSUF_LN44 0 #define HECMW_MAX_QSUF_LN45 0 #define HECMW_MAX_QSUF_LN46 0 #define HECMW_MAX_QSUF_LN51 0 #define HECMW_MAX_QSUF_LN52 0 #define HECMW_MAX_QSUF_LN53 0 #define HECMW_MAX_QSUF_LN54 0 #define HECMW_MAX_QSUF_LN55 0 #define HECMW_MAX_QSUF_LN56 0 #define HECMW_MAX_QSUF_LN61 0 #define HECMW_MAX_QSUF_LN62 0 #define HECMW_MAX_QSUF_LN63 0 #define HECMW_MAX_QSUF_LN64 0 #define HECMW_MAX_QSUF_LN65 0 #define HECMW_MAX_QSUF_LN66 0 /* * DOFs */ #define HECMW_MESH_NDOFGRP_MAX 3 #define HECMW_MESH_DOF_MAX 6 #define HECMW_MESH_DOF_TOT 3 #define HECMW_MESH_DOF_TWO 2 #define HECMW_MESH_DOF_THREE 3 #define HECMW_MESH_DOF_FOUR 4 #define HECMW_MESH_DOF_SIX 6 #endif