// GetDP - Copyright (C) 1997-2011 P. Dular, C. Geuzaine // // See the LICENSE.txt file for license information. Please report all // bugs and problems to . #ifndef _PRO_DEFINES_H_ #define _PRO_DEFINES_H_ #include "GetDPConfig.h" #include "ProDefine.h" #if defined(HAVE_LEGACY) #include "Gauss.h" #include "F.h" #include "BF.h" #include "GF.h" #include "Cal_Value.h" extern struct CurrentData Current; #endif struct StringXDefine Mesh_Format[] = { {"gmsh" , FORMAT_GMSH}, {"Gmsh" , FORMAT_GMSH}, {NULL , FORMAT_GMSH} } ; struct StringXDefine Field_Type[] = { {"Form0" , FORM0 }, {"Form1" , FORM1 }, {"Form2" , FORM2 }, {"Form3" , FORM3 }, {"Form0P" , FORM0P}, {"Form1P" , FORM1P}, {"Form2P" , FORM2P }, {"Form3P" , FORM3P}, {"Form0S" , FORM0S}, {"Form1S" , FORM1S}, {"Form2S" , FORM2S }, {"Form3S" , FORM3S}, {"Scalar" , SCALAR}, {"Vector" , VECTOR}, {"VectorP" , VECTORP}, {"Tensor" , TENSOR}, {"TensorSym" , TENSOR_SYM}, {"TensorDiag" , TENSOR_DIAG}, {NULL , FORM0} } ; struct StringXDefine FunctionForGroup_Type[] = { {"Region" , REGION}, {"Global" , GLOBAL}, {"NodesOf" , NODESOF}, {"EdgesOf" , EDGESOF}, {"FacetsOf" , FACETSOF}, {"VolumesOf" , VOLUMESOF}, {"ElementsOf" , ELEMENTSOF}, {"GroupsOfNodesOf" , GROUPSOFNODESOF}, {"GroupsOfEdgesOnNodesOf" , GROUPSOFEDGESONNODESOF}, {"GroupsOfEdgesOf" , GROUPSOFEDGESOF}, {"EdgesOfTreeIn" , EDGESOFTREEIN}, {"FacetsOfTreeIn" , FACETSOFTREEIN}, {"DualNodesOf" , DUALNODESOF}, {"DualEdgesOf" , DUALEDGESOF}, {"DualFacetsOf" , DUALFACETSOF}, {"DualVolumesOf" , DUALVOLUMESOF}, {"BoundaryOfDualNodesOf" , BOUNDARYOFDUALNODESOF}, {"BoundaryOfDualEdgesOf" , BOUNDARYOFDUALEDGESOF}, {"BoundaryOfDualFacetsOf" , BOUNDARYOFDUALFACETSOF}, {"MovingBand2D" , MOVINGBAND2D}, {NULL , 0} } ; struct StringXDefine FunctionForGroup_SuppList[] = { {"Not" , SUPPLIST_NOT}, {"StartingOn" , SUPPLIST_STARTINGON}, {"OnOneSideOf" , SUPPLIST_ONONESIDEOF}, {"InSupport" , SUPPLIST_INSUPPORT}, {"ConnectedTo" , SUPPLIST_CONNECTEDTO}, {NULL , 0} } ; struct StringXDefine1Nbr Jacobian_Type[] = { {"Vol" , JACOBIAN_VOL , 0} , {"VolSphShell" , JACOBIAN_VOL_SPH_SHELL , -1} , {"VolRectShell" , JACOBIAN_VOL_RECT_SHELL , -1} , {"VolPlpdX" , JACOBIAN_VOL_PLPD_X , 2} , {"VolAxi" , JACOBIAN_VOL_AXI , 0} , {"VolAxiSphShell" , JACOBIAN_VOL_AXI_SPH_SHELL , -1} , {"VolAxiRectShell" , JACOBIAN_VOL_AXI_RECT_SHELL , -1} , {"VolAxiPlpdX" , JACOBIAN_VOL_AXI_PLPD_X , 2} , {"VolAxiSqu" , JACOBIAN_VOL_AXI_SQU , 0} , {"VolAxiSquSphShell" , JACOBIAN_VOL_AXI_SQU_SPH_SHELL , -1} , {"VolAxiSquRectShell", JACOBIAN_VOL_AXI_SQU_RECT_SHELL, -1} , {"Sur" , JACOBIAN_SUR , 0} , {"SurSphShell" , JACOBIAN_SUR_SPH_SHELL , -1} , {"SurRectShell" , JACOBIAN_SUR_RECT_SHELL , -1} , {"SurAxi" , JACOBIAN_SUR_AXI , 0} , {"Lin" , JACOBIAN_LIN , 0} , {NULL , JACOBIAN_VOL , 0} } ; struct StringXDefine Integration_Type[] = { {"Gauss" , GAUSS}, {"GaussLegendre" , GAUSSLEGENDRE}, {"Analytic" , ANALYTIC}, {NULL , GAUSS} } ; struct StringXDefine Integration_SubType[] = { {"Standard" , STANDARD}, {"Singular" , SINGULAR}, {"Adaptative" , ADAPTATIVE}, {NULL , STANDARD} } ; struct StringXDefine Element_Type[] = { {"Point" , POINT}, {"Line" , LINE}, {"Triangle" , TRIANGLE}, {"Quadrangle" , QUADRANGLE}, {"Tetrahedron" , TETRAHEDRON}, {"Hexahedron" , HEXAHEDRON}, {"Prism" , PRISM}, {"Pyramid" , PYRAMID}, {"Line2" , LINE_2}, {"Triangle2" , TRIANGLE_2}, {"Quadrangle2" , QUADRANGLE_2}, {"Quadrangle2_8N", QUADRANGLE_2_8N}, {NULL , TRIANGLE} } ; struct StringXDefine GlobalQuantity_Type[] = { {"AliasOf" , ALIASOF}, {"AssociatedWith" , ASSOCIATEDWITH}, {NULL , ALIASOF} } ; struct StringXDefine Constraint_Type[] = { {"Assign" , ASSIGN}, {"Init" , INIT}, {"AssignFromResolution" , ASSIGNFROMRESOLUTION}, {"InitFromResolution" , INITFROMRESOLUTION}, {"Network" , NETWORK}, {"Link" , CST_LINK}, {"LinkCplx" , CST_LINKCPLX}, {NULL , ASSIGN} } ; struct StringXDefine Formulation_Type[] = { {"FemEquation" , FEMEQUATION}, {"BemEquation" , BEMEQUATION}, {"GlobalEquation" , GLOBALEQUATION}, {NULL , FEMEQUATION} } ; struct StringXDefine DefineQuantity_Type[] = { /* a supprimer */ {"LocalQuantity" , LOCALQUANTITY}, {"GlobalQuantity" , GLOBALQUANTITY}, {"IntegralQuantity" , INTEGRALQUANTITY}, {"Local" , LOCALQUANTITY}, {"Global" , GLOBALQUANTITY}, {"Integral" , INTEGRALQUANTITY}, {NULL , LOCALQUANTITY} } ; struct StringXDefine Operator_Type[] = { {"NoOp" , NOOP } , {"d" , EXTDER } , {"dInv" , EXTDERINV} , {"Grad" , GRAD } , {"GradInv" , GRADINV } , {"Curl" , CURL } , {"CurlInv" , CURLINV } , {"Rot" , CURL } , {"RotInv" , CURLINV } , {"Div" , DIV } , {"DivInv" , DIVINV } , // unused {"NSx" , NSx } , {"NSxd" , NSxEXTDER} , {"NSxGrad" , NSxGRAD } , {"NPxGrad" , NPxGRAD } , {"D1" , _D1 } , {"D2" , _D2 } , {NULL , NOOP } } ; struct StringXDefine QuantityFromFS_Type[] = { {"Dof" , QUANTITY_DOF } , {"BF" , QUANTITY_BF } , {"NoDof" , QUANTITY_NODOF } , {NULL , QUANTITY_SIMPLE } } ; struct StringXDefine DefineSystem_Type[] = { {"RealValue" , VAL_REAL}, {"Real" , VAL_REAL}, {"ComplexValue" , VAL_COMPLEX}, {"Complex" , VAL_COMPLEX}, {NULL , VAL_REAL} } ; struct StringXDefine Operation_Type[] = { {"Generate" , OPERATION_GENERATE}, {"GenerateOnly" , OPERATION_GENERATEONLY}, {"GenerateOnlyJac" , OPERATION_GENERATEONLYJAC}, {"Update" , OPERATION_UPDATE}, {"Update_Translation" , OPERATION_UPDATETRANSLATION}, {"Solve" , OPERATION_SOLVE}, {"SolveAgain" , OPERATION_SOLVEAGAIN}, {"GenerateJac" , OPERATION_GENERATEJAC}, {"SolveJac" , OPERATION_SOLVEJAC}, {"SolveJacAgain" , OPERATION_SOLVEJACAGAIN}, {"SolveNL" , OPERATION_SOLVENL}, {"GenerateSeparate" , OPERATION_GENERATESEPARATE}, {"InitSolution" , OPERATION_INITSOLUTION}, {"SaveSolution" , OPERATION_SAVESOLUTION}, {"SaveSolutions" , OPERATION_SAVESOLUTIONS}, {"ReadSolution" , OPERATION_READSOLUTION}, {"TransferSolution" , OPERATION_TRANSFERSOLUTION}, {"TransferInitSolution" , OPERATION_TRANSFERINITSOLUTION}, {"SolveJac_AdaptRelax" , OPERATION_SOLVEJACADAPTRELAX}, {"SaveSolutionExtendedMH" , OPERATION_SAVESOLUTIONEXTENDEDMH}, {"DummyDofs" , OPERATION_DUMMYDOFS}, {"InitCorrection" , OPERATION_INITCORRECTION}, {NULL , OPERATION_NONE} } ; struct StringXDefine ChangeOfState_Type[] = { {"ChangeSign" , CHANGEOFSTATE_CHANGESIGN}, {"ChangeLevel" , CHANGEOFSTATE_CHANGELEVEL}, {"ChangeReference" , CHANGEOFSTATE_CHANGEREFERENCE}, {"ChangeReference2" , CHANGEOFSTATE_CHANGEREFERENCE2}, {NULL , CHANGEOFSTATE_CHANGESIGN} } ; struct StringXPointer Current_Value[] = { #if defined(HAVE_LEGACY) {"Time" , &Current.Time}, {"DTime" , &Current.DTime}, {"Theta" , &Current.Theta}, {"TimeStep" , &Current.TimeStep}, {"Iteration", &Current.Iteration}, {"Iter" , &Current.Iteration}, {"TimeImag" , &Current.TimeImag}, {"Eigenvalue" , &Current.Time}, {"EigenvalueReal" , &Current.Time}, {"EigenvalueImag" , &Current.TimeImag}, {"X" , &Current.x}, {"Y" , &Current.y}, {"Z" , &Current.z}, {"XS" , &Current.xs},{"YS" , &Current.ys}, {"ZS" , &Current.zs}, {"XP" , &Current.xp},{"YP" , &Current.yp}, {"ZP" , &Current.zp}, {"U" , &Current.x}, {"V" , &Current.y}, {"W" , &Current.z}, {"US" , &Current.xs},{"VS" , &Current.ys}, {"WS" , &Current.zs}, {"A" , &Current.a} ,{"B" , &Current.b} , {"C" , &Current.c}, {"Val0" , &Current.Val[0]}, {"Val1" , &Current.Val[1]}, {"Val2" , &Current.Val[2]}, {"Val3" , &Current.Val[3]}, {"Val4" , &Current.Val[4]}, {"Val5" , &Current.Val[5]}, {"Val6" , &Current.Val[6]}, {"Val7" , &Current.Val[7]}, {"Val8" , &Current.Val[8]}, #endif {NULL , NULL} } ; struct StringXDefine PostQuantityTerm_EvaluationType[] = { {"Local" , LOCAL}, {"Term" , LOCAL}, {"Integral" , INTEGRAL}, {NULL , LOCAL} } ; struct StringXDefine PostSubOperation_CombinationType[] = { {"*" , MULTIPLICATION}, {"/" , DIVISION}, {"+" , ADDITION}, {"-" , SOUSTRACTION}, {NULL , MULTIPLICATION} } ; struct StringXDefine PostSubOperation_Format[] = { {"Table" , FORMAT_SPACE_TABLE }, {"SimpleTable" , FORMAT_SIMPLE_SPACE_TABLE }, {"ValueOnly" , FORMAT_VALUE_ONLY }, {"TimeTable" , FORMAT_TIME_TABLE }, {"RegionTable" , FORMAT_REGION_TABLE }, {"RegionValue" , FORMAT_REGION_VALUE }, {"HarmonicToTimeTable" , FORMAT_TIME_TABLE }, // a supprimer {"FrequencyTable" , FORMAT_FREQUENCY_TABLE }, {"Gmsh" , FORMAT_GMSH}, {"GmshParsed" , FORMAT_GMSH_PARSED}, {"Unv" , FORMAT_UNV}, {"Gnuplot" , FORMAT_GNUPLOT }, {"Matlab" , FORMAT_MATLAB }, {"Adaptation" , FORMAT_ADAPT }, {NULL , FORMAT_GMSH} } ; struct StringXDefine PostSubOperation_FormatTag[] = { {"Time" , TAG_TIME}, {"TimeStep" , TAG_TIMESTEP}, {"Value" , TAG_VALUE}, {"X" , TAG_X}, {"Y" , TAG_Y}, {"Z" , TAG_Z}, {"Nodes" , TAG_NODES}, {"Type" , TAG_TYPE}, {"Version" , TAG_VERSION}, {"Date" , TAG_DATE}, {"Host" , TAG_HOST}, {"Filename" , TAG_FILENAME}, {"User" , TAG_USER}, {"Abscissa" , TAG_ABSCISSA}, {"Normal" , TAG_NORMAL}, {"Command" , TAG_COMMAND}, {NULL , 0} } ; struct StringXDefine PostSubOperation_AdaptationType[] = { {"P1" , P1}, {"H1" , H1}, {"H2" , H2}, {NULL , P1} } ; struct StringXDefine PostSubOperation_SortType[] = { {"Position" , SORT_BY_POSITION }, {"Connection" , SORT_BY_CONNECTIVITY }, {NULL , 0 } } ; /* ------------------------------------------------------------------------ */ /* Types (int) and their assigned functions */ /* ------------------------------------------------------------------------ */ #define CAST void(*)() struct DefineXFunction FunctionForGauss[] = { #if defined(HAVE_LEGACY) {POINT , (CAST)Gauss_Point}, {LINE , (CAST)Gauss_Line}, {TRIANGLE , (CAST)Gauss_Triangle}, {QUADRANGLE , (CAST)Gauss_Quadrangle}, {TETRAHEDRON , (CAST)Gauss_Tetrahedron}, {HEXAHEDRON , (CAST)Gauss_Hexahedron}, {PRISM , (CAST)Gauss_Prism}, {PYRAMID , (CAST)Gauss_Pyramid}, {LINE_2 , (CAST)Gauss_Line}, {TRIANGLE_2 , (CAST)Gauss_Triangle}, {QUADRANGLE_2 , (CAST)Gauss_Quadrangle}, {QUADRANGLE_2_8N, (CAST)Gauss_Quadrangle}, #endif {0 , 0} } ; struct DefineXFunction FunctionForSingularGauss[] = { #if defined(HAVE_LEGACY) {TRIANGLE , (CAST)GaussSingularR_Triangle}, {QUADRANGLE , (CAST)GaussSingularR_Quadrangle}, #endif {0 , 0} } ; struct DefineXFunction FunctionForGaussLegendre[] = { #if defined(HAVE_LEGACY) {POINT , (CAST)Gauss_Point}, {LINE , (CAST)Gauss_Line}, {TRIANGLE , (CAST)GaussLegendre_Triangle}, {QUADRANGLE , (CAST)GaussLegendre_Quadrangle}, {TETRAHEDRON , (CAST)GaussLegendre_Tetrahedron}, {HEXAHEDRON , (CAST)GaussLegendre_Hexahedron}, #endif {0 , 0} } ; #define POI POINT #define LIN LINE | LINE_2 #define TRI TRIANGLE | TRIANGLE_2 #define QUA QUADRANGLE | QUADRANGLE_2 | QUADRANGLE_2_8N #define TET TETRAHEDRON | TETRAHEDRON_2 #define HEX HEXAHEDRON | HEXAHEDRON_2 #define PRI PRISM | PRISM_2 #define PYR PYRAMID | PYRAMID_2 #define ALL POI|LIN|TRI|QUA|TET|HEX|PRI|PYR struct StringX3Function2Nbr BF_Function[] = { #if defined(HAVE_LEGACY) // H^1 Basis Functions and their gradients {"BF_Node", (CAST)BF_Node, (CAST)BF_GradNode, (CAST)BF_Zero, 1., ALL }, {"BF_Node_1N", (CAST)BF_Node, (CAST)BF_GradNode, (CAST)BF_Zero, 1., ALL }, {"BF_Node_2E", (CAST)BF_Node_2E, (CAST)BF_GradNode_2E, (CAST)BF_Zero, 2., ALL }, {"BF_Node_2F", (CAST)BF_Node_2F, (CAST)BF_GradNode_2F, (CAST)BF_Zero, 2., QUA|HEX/*|PRI|PYR*/ }, {"BF_Node_2V", (CAST)BF_Node_2V, (CAST)BF_GradNode_2V, (CAST)BF_Zero, 2., HEX }, {"BF_Node_3E", (CAST)BF_Node_3E, (CAST)BF_GradNode_3E, (CAST)BF_Zero, 3., ALL }, {"BF_Node_3F", (CAST)BF_Node_3F, (CAST)BF_GradNode_3F, (CAST)BF_Zero, 3., TRI|QUA|TET|HEX|PRI|PYR }, {"BF_Node_3V", (CAST)BF_Node_3V, (CAST)BF_GradNode_3V, (CAST)BF_Zero, 3., HEX|PRI|PYR }, {"BF_GradNode", (CAST)BF_GradNode, (CAST)BF_Zero, (CAST)BF_Node, 0., ALL }, {"BF_GradNode_1N", (CAST)BF_GradNode, (CAST)BF_Zero, (CAST)BF_Node, 0., ALL }, {"BF_GradNode_2E", (CAST)BF_GradNode_2E, (CAST)BF_Zero, (CAST)BF_Node_2E, 1., ALL }, {"BF_GradNode_2F", (CAST)BF_GradNode_2F, (CAST)BF_Zero, (CAST)BF_Node_2F, 1., QUA|HEX/*|PRI|PYR*/ }, {"BF_GradNode_2V", (CAST)BF_GradNode_2V, (CAST)BF_Zero, (CAST)BF_Node_2V, 1., HEX }, {"BF_GradNode_3E", (CAST)BF_GradNode_3E, (CAST)BF_Zero, (CAST)BF_Node_3E, 2., ALL }, {"BF_GradNode_3F", (CAST)BF_GradNode_3F, (CAST)BF_Zero, (CAST)BF_Node_3F, 2., TRI|QUA|TET|HEX|PRI|PYR }, {"BF_GradNode_3V", (CAST)BF_GradNode_3V, (CAST)BF_Zero, (CAST)BF_Node_3V, 2., HEX|PRI|PYR }, {"BF_GroupOfNodes", (CAST)BF_GroupOfNodes, (CAST)BF_GradGroupOfNodes, (CAST)BF_Zero, 1., ALL }, {"BF_GroupOfNodes_1N", (CAST)BF_GroupOfNodes, (CAST)BF_GradGroupOfNodes, (CAST)BF_Zero, 1., ALL }, {"BF_GroupOfNodes_2E", (CAST)BF_GroupOfNodes_2E, (CAST)BF_GradGroupOfNodes_2E, (CAST)BF_Zero, 2., ALL }, {"BF_GroupOfNodes_2F", (CAST)BF_GroupOfNodes_2F, (CAST)BF_GradGroupOfNodes_2F, (CAST)BF_Zero, 2., QUA|HEX/*|PRI|PYR*/ }, {"BF_GroupOfNodes_2V", (CAST)BF_GroupOfNodes_2V, (CAST)BF_GradGroupOfNodes_2V, (CAST)BF_Zero, 2., HEX }, {"BF_GroupOfNodes_3E", (CAST)BF_GroupOfNodes_3E, (CAST)BF_GradGroupOfNodes_3E, (CAST)BF_Zero, 3., ALL }, {"BF_GroupOfNodes_3F", (CAST)BF_GroupOfNodes_3F, (CAST)BF_GradGroupOfNodes_3F, (CAST)BF_Zero, 3., HEX|PRI|TET|HEX|PRI|PYR }, {"BF_GroupOfNodes_3V", (CAST)BF_GroupOfNodes_3V, (CAST)BF_GradGroupOfNodes_3V, (CAST)BF_Zero, 3., HEX|PRI|PYR }, {"BF_GradGroupOfNodes", (CAST)BF_GradGroupOfNodes, (CAST)BF_Zero, (CAST)BF_GroupOfNodes, 0., ALL }, {"BF_GradGroupOfNodes_1N", (CAST)BF_GradGroupOfNodes, (CAST)BF_Zero, (CAST)BF_GroupOfNodes, 0., ALL }, {"BF_GradGroupOfNodes_2E", (CAST)BF_GradGroupOfNodes_2E, (CAST)BF_Zero, (CAST)BF_GroupOfNodes_2E, 1., ALL }, {"BF_GradGroupOfNodes_2F", (CAST)BF_GradGroupOfNodes_2F, (CAST)BF_Zero, (CAST)BF_GroupOfNodes_2F, 1., QUA|HEX/*|PRI|PYR*/ }, {"BF_GradGroupOfNodes_2V", (CAST)BF_GradGroupOfNodes_2V, (CAST)BF_Zero, (CAST)BF_GroupOfNodes_2V, 1., HEX }, {"BF_GradGroupOfNodes_3E", (CAST)BF_GradGroupOfNodes_3E, (CAST)BF_Zero, (CAST)BF_GroupOfNodes_3E, 2., ALL }, {"BF_GradGroupOfNodes_3F", (CAST)BF_GradGroupOfNodes_3F, (CAST)BF_Zero, (CAST)BF_GroupOfNodes_3F, 2., HEX|PRI|TET|HEX|PRI|PYR }, {"BF_GradGroupOfNodes_3V", (CAST)BF_GradGroupOfNodes_2V, (CAST)BF_Zero, (CAST)BF_GroupOfNodes_3V, 2., HEX|PRI|PYR }, // H(curl) basis Functions and their curls {"BF_Edge", (CAST)BF_Edge, (CAST)BF_CurlEdge, (CAST)BF_Zero, 0.5, ALL }, {"BF_Edge_1E", (CAST)BF_Edge, (CAST)BF_CurlEdge, (CAST)BF_Zero, 0.5, ALL }, {"BF_Edge_2E", (CAST)BF_Edge_2E, (CAST)BF_CurlEdge_2E, (CAST)BF_Zero, 1., ALL }, {"BF_Edge_2F", (CAST)BF_Edge_2F, (CAST)BF_CurlEdge_2F, (CAST)BF_Zero, 1., ALL }, {"BF_Edge_2V", (CAST)BF_Edge_2V, (CAST)BF_CurlEdge_2V, (CAST)BF_Zero, 1., ALL }, {"BF_Edge_3E", (CAST)BF_Edge_3E, (CAST)BF_CurlEdge_3E, (CAST)BF_Zero, 1.5, TRI|QUA|TET|HEX|PRI }, {"BF_Edge_3F_a", (CAST)BF_Edge_3F_a, (CAST)BF_CurlEdge_3F_a, (CAST)BF_Zero, 1.5, TRI|QUA|TET|HEX|PRI }, {"BF_Edge_3F_b", (CAST)BF_Edge_3F_b, (CAST)BF_CurlEdge_3F_b, (CAST)BF_Zero, 1.5, TRI|QUA|TET|HEX|PRI }, {"BF_Edge_3F_c", (CAST)BF_Edge_3F_c, (CAST)BF_CurlEdge_3F_c, (CAST)BF_Zero, 1.5, TRI|QUA|TET|HEX|PRI }, {"BF_Edge_3V", (CAST)BF_Edge_3V, (CAST)BF_CurlEdge_3V, (CAST)BF_Zero, 1.5, TRI|QUA|TET|HEX|PRI }, {"BF_Edge_4E", (CAST)BF_Edge_4E, (CAST)BF_CurlEdge_4E, (CAST)BF_Zero, 2., ALL }, {"BF_Edge_4F", (CAST)BF_Edge_4F, (CAST)BF_CurlEdge_4F, (CAST)BF_Zero, 2., TRI|QUA|TET|HEX|PRI }, {"BF_Edge_4V", (CAST)BF_Edge_4V, (CAST)BF_CurlEdge_4V, (CAST)BF_Zero, 2., TRI|QUA|TET|HEX|PRI }, {"BF_CurlEdge", (CAST)BF_CurlEdge, (CAST)BF_Zero, (CAST)BF_Edge, 0., ALL }, {"BF_CurlEdge_1E", (CAST)BF_CurlEdge, (CAST)BF_Zero, (CAST)BF_Edge, 0., ALL }, {"BF_CurlEdge_2E", (CAST)BF_CurlEdge_2E, (CAST)BF_Zero, (CAST)BF_Edge_2E, 0., ALL }, {"BF_CurlEdge_2F", (CAST)BF_CurlEdge_2F, (CAST)BF_Zero, (CAST)BF_Edge_2F, 0., ALL }, {"BF_CurlEdge_2V", (CAST)BF_CurlEdge_2V, (CAST)BF_Zero, (CAST)BF_Edge_2V, 0., ALL }, {"BF_CurlEdge_3E", (CAST)BF_CurlEdge_3E, (CAST)BF_Zero, (CAST)BF_Edge_3E, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlEdge_3F_a", (CAST)BF_CurlEdge_3F_a, (CAST)BF_Zero, (CAST)BF_Edge_3F_a, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlEdge_3F_b", (CAST)BF_CurlEdge_3F_b, (CAST)BF_Zero, (CAST)BF_Edge_3F_b, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlEdge_3F_c", (CAST)BF_CurlEdge_3F_c, (CAST)BF_Zero, (CAST)BF_Edge_3F_c, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlEdge_3V", (CAST)BF_CurlEdge_3V, (CAST)BF_Zero, (CAST)BF_Edge_3V, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlEdge_4E", (CAST)BF_CurlEdge_4E, (CAST)BF_Zero, (CAST)BF_Edge_4E, 1., ALL }, {"BF_CurlEdge_4F", (CAST)BF_CurlEdge_4F, (CAST)BF_Zero, (CAST)BF_Edge_4F, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlEdge_4V", (CAST)BF_CurlEdge_4V, (CAST)BF_Zero, (CAST)BF_Edge_4V, 1., TRI|QUA|TET|HEX|PRI }, {"BF_GroupOfEdges", (CAST)BF_GroupOfEdges, (CAST)BF_CurlGroupOfEdges, (CAST)BF_Zero, 0.5, ALL }, {"BF_GroupOfEdges_1E", (CAST)BF_GroupOfEdges, (CAST)BF_CurlGroupOfEdges, (CAST)BF_Zero, 0.5, ALL }, {"BF_GroupOfEdges_2E", (CAST)BF_GroupOfEdges_2E, (CAST)BF_CurlGroupOfEdges_2E, (CAST)BF_Zero, 1., ALL }, {"BF_GroupOfEdges_2F", (CAST)BF_GroupOfEdges_2F, (CAST)BF_CurlGroupOfEdges_2F, (CAST)BF_Zero, 1., ALL }, {"BF_GroupOfEdges_2V", (CAST)BF_GroupOfEdges_2V, (CAST)BF_CurlGroupOfEdges_2V, (CAST)BF_Zero, 1., ALL }, {"BF_GroupOfEdges_3E", (CAST)BF_GroupOfEdges_3E, (CAST)BF_CurlGroupOfEdges_3E, (CAST)BF_Zero, 1.5, TRI|QUA|TET|HEX|PRI }, {"BF_GroupOfEdges_3F_a", (CAST)BF_GroupOfEdges_3F_a, (CAST)BF_CurlGroupOfEdges_3F_a, (CAST)BF_Zero, 1.5, TRI|QUA|TET|HEX|PRI }, {"BF_GroupOfEdges_3F_b", (CAST)BF_GroupOfEdges_3F_b, (CAST)BF_CurlGroupOfEdges_3F_b, (CAST)BF_Zero, 1.5, TRI|QUA|TET|HEX|PRI }, {"BF_GroupOfEdges_3F_c", (CAST)BF_GroupOfEdges_3F_c, (CAST)BF_CurlGroupOfEdges_3F_c, (CAST)BF_Zero, 1.5, TRI|QUA|TET|HEX|PRI }, {"BF_GroupOfEdges_3V", (CAST)BF_GroupOfEdges_3V, (CAST)BF_CurlGroupOfEdges_3V, (CAST)BF_Zero, 1.5, TRI|QUA|TET|HEX|PRI }, {"BF_GroupOfEdges_4E", (CAST)BF_GroupOfEdges_4E, (CAST)BF_CurlGroupOfEdges_4E, (CAST)BF_Zero, 2., ALL }, {"BF_GroupOfEdges_4F", (CAST)BF_GroupOfEdges_4F, (CAST)BF_CurlGroupOfEdges_4F, (CAST)BF_Zero, 2., TRI|QUA|TET|HEX|PRI }, {"BF_GroupOfEdges_4V", (CAST)BF_GroupOfEdges_4V, (CAST)BF_CurlGroupOfEdges_4V, (CAST)BF_Zero, 2., TRI|QUA|TET|HEX|PRI }, {"BF_CurlGroupOfEdges", (CAST)BF_CurlGroupOfEdges, (CAST)BF_Zero, (CAST)BF_GroupOfEdges, 0., ALL }, {"BF_CurlGroupOfEdges_1E", (CAST)BF_CurlGroupOfEdges, (CAST)BF_Zero, (CAST)BF_GroupOfEdges, 0., ALL }, {"BF_CurlGroupOfEdges_2E", (CAST)BF_CurlGroupOfEdges_2E, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_2E, 0., ALL }, {"BF_CurlGroupOfEdges_2F", (CAST)BF_CurlGroupOfEdges_2F, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_2F, 0., ALL }, {"BF_CurlGroupOfEdges_2V", (CAST)BF_CurlGroupOfEdges_2V, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_2V, 0., ALL }, {"BF_CurlGroupOfEdges_3E", (CAST)BF_CurlGroupOfEdges_3E, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_3E, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlGroupOfEdges_3F_a", (CAST)BF_CurlGroupOfEdges_3F_a, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_3F_a, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlGroupOfEdges_3F_b", (CAST)BF_CurlGroupOfEdges_3F_b, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_3F_b, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlGroupOfEdges_3F_c", (CAST)BF_CurlGroupOfEdges_3F_c, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_3F_c, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlGroupOfEdges_3V", (CAST)BF_CurlGroupOfEdges_3V, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_3V, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlGroupOfEdges_4E", (CAST)BF_CurlGroupOfEdges_4E, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_4E, 1., ALL }, {"BF_CurlGroupOfEdges_4F", (CAST)BF_CurlGroupOfEdges_4F, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_4F, 1., TRI|QUA|TET|HEX|PRI }, {"BF_CurlGroupOfEdges_4V", (CAST)BF_CurlGroupOfEdges_4V, (CAST)BF_Zero, (CAST)BF_GroupOfEdges_4V, 1., TRI|QUA|TET|HEX|PRI }, // H(curl, perp) basis Functions and their curls {"BF_PerpendicularEdge", (CAST)BF_PerpendicularEdge, (CAST)BF_CurlPerpendicularEdge, (CAST)BF_Zero, 1., ALL }, {"BF_PerpendicularEdge_1N", (CAST)BF_PerpendicularEdge, (CAST)BF_CurlPerpendicularEdge, (CAST)BF_Zero, 1., ALL }, {"BF_PerpendicularEdge_2E", (CAST)BF_PerpendicularEdge_2E, (CAST)BF_CurlPerpendicularEdge_2E, (CAST)BF_Zero, 2., ALL }, {"BF_PerpendicularEdge_2F", (CAST)BF_PerpendicularEdge_2F, (CAST)BF_CurlPerpendicularEdge_2F, (CAST)BF_Zero, 2., QUA|HEX|PRI }, {"BF_PerpendicularEdge_2V", (CAST)BF_PerpendicularEdge_2V, (CAST)BF_CurlPerpendicularEdge_2V, (CAST)BF_Zero, 2., QUA|HEX }, {"BF_PerpendicularEdge_3E", (CAST)BF_PerpendicularEdge_3E, (CAST)BF_CurlPerpendicularEdge_3E, (CAST)BF_Zero, 3., ALL }, {"BF_PerpendicularEdge_3F", (CAST)BF_PerpendicularEdge_3F, (CAST)BF_CurlPerpendicularEdge_3F, (CAST)BF_Zero, 3., TRI|QUA|TET|HEX|PRI }, {"BF_PerpendicularEdge_3V", (CAST)BF_PerpendicularEdge_3V, (CAST)BF_CurlPerpendicularEdge_3V, (CAST)BF_Zero, 3., HEX|PRI }, {"BF_CurlPerpendicularEdge", (CAST)BF_CurlPerpendicularEdge, (CAST)BF_Zero, (CAST)BF_PerpendicularEdge, 0., ALL }, {"BF_CurlPerpendicularEdge_1N", (CAST)BF_CurlPerpendicularEdge, (CAST)BF_Zero, (CAST)BF_PerpendicularEdge, 0., ALL }, {"BF_CurlPerpendicularEdge_2E", (CAST)BF_CurlPerpendicularEdge_2E, (CAST)BF_Zero, (CAST)BF_PerpendicularEdge_2E, 1., ALL }, {"BF_CurlPerpendicularEdge_2F", (CAST)BF_CurlPerpendicularEdge_2F, (CAST)BF_Zero, (CAST)BF_PerpendicularEdge_2F, 1., QUA|HEX|PRI }, {"BF_CurlPerpendicularEdge_2V", (CAST)BF_CurlPerpendicularEdge_2V, (CAST)BF_Zero, (CAST)BF_PerpendicularEdge_2V, 1., QUA|HEX }, {"BF_CurlPerpendicularEdge_3E", (CAST)BF_CurlPerpendicularEdge_3E, (CAST)BF_Zero, (CAST)BF_PerpendicularEdge_3E, 2., ALL }, {"BF_CurlPerpendicularEdge_3F", (CAST)BF_CurlPerpendicularEdge_3F, (CAST)BF_Zero, (CAST)BF_PerpendicularEdge_3F, 2., TRI|QUA|TET|HEX|PRI }, {"BF_CurlPerpendicularEdge_3V", (CAST)BF_CurlPerpendicularEdge_3V, (CAST)BF_Zero, (CAST)BF_PerpendicularEdge_3V, 2., HEX|PRI }, {"BF_GroupOfPerpendicularEdges", (CAST)BF_GroupOfPerpendicularEdges, (CAST)BF_CurlGroupOfPerpendicularEdges, (CAST)BF_Zero, 1., ALL }, {"BF_GroupOfPerpendicularEdges_1N", (CAST)BF_GroupOfPerpendicularEdges, (CAST)BF_CurlGroupOfPerpendicularEdges, (CAST)BF_Zero, 1., ALL }, {"BF_GroupOfPerpendicularEdges_2E", (CAST)BF_GroupOfPerpendicularEdges_2E, (CAST)BF_CurlGroupOfPerpendicularEdges_2E, (CAST)BF_Zero, 2., ALL }, {"BF_GroupOfPerpendicularEdges_2F", (CAST)BF_GroupOfPerpendicularEdges_2F, (CAST)BF_CurlGroupOfPerpendicularEdges_2F, (CAST)BF_Zero, 2., QUA|HEX|PRI }, {"BF_GroupOfPerpendicularEdges_2V", (CAST)BF_GroupOfPerpendicularEdges_2V, (CAST)BF_CurlGroupOfPerpendicularEdges_2V, (CAST)BF_Zero, 2., QUA|HEX }, {"BF_GroupOfPerpendicularEdges_3E", (CAST)BF_GroupOfPerpendicularEdges_3E, (CAST)BF_CurlGroupOfPerpendicularEdges_3E, (CAST)BF_Zero, 3., ALL }, {"BF_GroupOfPerpendicularEdges_3F", (CAST)BF_GroupOfPerpendicularEdges_3F, (CAST)BF_CurlGroupOfPerpendicularEdges_3F, (CAST)BF_Zero, 3., TRI|QUA|TET|HEX|PRI }, {"BF_GroupOfPerpendicularEdges_3V", (CAST)BF_GroupOfPerpendicularEdges_3V, (CAST)BF_CurlGroupOfPerpendicularEdges_3V, (CAST)BF_Zero, 3., HEX|PRI }, {"BF_CurlGroupOfPerpendicularEdges", (CAST)BF_CurlGroupOfPerpendicularEdges, (CAST)BF_Zero, (CAST)BF_GroupOfPerpendicularEdges, 0., ALL }, {"BF_CurlGroupOfPerpendicularEdges_1N", (CAST)BF_CurlGroupOfPerpendicularEdges, (CAST)BF_Zero, (CAST)BF_GroupOfPerpendicularEdges, 0., ALL }, {"BF_CurlGroupOfPerpendicularEdges_2E", (CAST)BF_CurlGroupOfPerpendicularEdges_2E, (CAST)BF_Zero, (CAST)BF_GroupOfPerpendicularEdges_2E, 1., ALL }, {"BF_CurlGroupOfPerpendicularEdges_2F", (CAST)BF_CurlGroupOfPerpendicularEdges_2F, (CAST)BF_Zero, (CAST)BF_GroupOfPerpendicularEdges_2F, 1., QUA|HEX|PRI }, {"BF_CurlGroupOfPerpendicularEdges_2V", (CAST)BF_CurlGroupOfPerpendicularEdges_2V, (CAST)BF_Zero, (CAST)BF_GroupOfPerpendicularEdges_2V, 1., QUA|HEX }, {"BF_CurlGroupOfPerpendicularEdges_3E", (CAST)BF_CurlGroupOfPerpendicularEdges_3E, (CAST)BF_Zero, (CAST)BF_GroupOfPerpendicularEdges_3E, 2., ALL }, {"BF_CurlGroupOfPerpendicularEdges_3F", (CAST)BF_CurlGroupOfPerpendicularEdges_3F, (CAST)BF_Zero, (CAST)BF_GroupOfPerpendicularEdges_3F, 2., TRI|QUA|TET|HEX|PRI }, {"BF_CurlGroupOfPerpendicularEdges_3V", (CAST)BF_CurlGroupOfPerpendicularEdges_3V, (CAST)BF_Zero, (CAST)BF_GroupOfPerpendicularEdges_3V, 2., HEX|PRI }, // H(div) basis Functions and their divergences {"BF_Facet", (CAST)BF_Facet, (CAST)BF_DivFacet, (CAST)BF_Zero, 0.5, ALL }, {"BF_DivFacet", (CAST)BF_DivFacet, (CAST)BF_Zero, (CAST)BF_Facet, 0., ALL }, // Current along wire {"BF_Wire", (CAST)BF_Wire, (CAST)BF_DivWire, (CAST)BF_Zero, 1., LIN }, {"BF_DivWire", (CAST)BF_DivWire, (CAST)BF_Zero, (CAST)BF_Wire, 0., LIN }, // H(div, perp) basis Functions and their divergences {"BF_PerpendicularFacet", (CAST)BF_PerpendicularFacet, (CAST)BF_DivPerpendicularFacet, (CAST)BF_Zero, 0.5, ALL }, {"BF_PerpendicularFacet_1E", (CAST)BF_PerpendicularFacet, (CAST)BF_DivPerpendicularFacet, (CAST)BF_Zero, 0.5, ALL }, {"BF_PerpendicularFacet_2E", (CAST)BF_PerpendicularFacet_2E, (CAST)BF_DivPerpendicularFacet_2E, (CAST)BF_Zero, 1., ALL }, {"BF_PerpendicularFacet_2F", (CAST)BF_PerpendicularFacet_2F, (CAST)BF_DivPerpendicularFacet_2F, (CAST)BF_Zero, 1., ALL }, {"BF_PerpendicularFacet_2V", (CAST)BF_PerpendicularFacet_2V, (CAST)BF_DivPerpendicularFacet_2V, (CAST)BF_Zero, 1., ALL }, {"BF_PerpendicularFacet_3E", (CAST)BF_PerpendicularFacet_3E, (CAST)BF_DivPerpendicularFacet_3E, (CAST)BF_Zero, 1.5, ALL }, {"BF_PerpendicularFacet_3F_a", (CAST)BF_PerpendicularFacet_3F_a, (CAST)BF_DivPerpendicularFacet_3F_a, (CAST)BF_Zero, 1.5, ALL }, {"BF_PerpendicularFacet_3F_b", (CAST)BF_PerpendicularFacet_3F_b, (CAST)BF_DivPerpendicularFacet_3F_b, (CAST)BF_Zero, 1.5, ALL }, {"BF_PerpendicularFacet_3F_c", (CAST)BF_PerpendicularFacet_3F_c, (CAST)BF_DivPerpendicularFacet_3F_c, (CAST)BF_Zero, 1.5, ALL }, {"BF_PerpendicularFacet_3V", (CAST)BF_PerpendicularFacet_3V, (CAST)BF_DivPerpendicularFacet_3V, (CAST)BF_Zero, 1.5, ALL }, {"BF_PerpendicularFacet_4E", (CAST)BF_PerpendicularFacet_4E, (CAST)BF_DivPerpendicularFacet_4E, (CAST)BF_Zero, 2., ALL }, {"BF_PerpendicularFacet_4F", (CAST)BF_PerpendicularFacet_4F, (CAST)BF_DivPerpendicularFacet_4F, (CAST)BF_Zero, 2., ALL }, {"BF_PerpendicularFacet_4V", (CAST)BF_PerpendicularFacet_4V, (CAST)BF_DivPerpendicularFacet_4V, (CAST)BF_Zero, 2., ALL }, {"BF_DivPerpendicularFacet", (CAST)BF_DivPerpendicularFacet, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet, 0., ALL }, {"BF_DivPerpendicularFacet_1E", (CAST)BF_DivPerpendicularFacet, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet, 0., ALL }, {"BF_DivPerpendicularFacet_2E", (CAST)BF_DivPerpendicularFacet_2E, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_2E, 0., ALL }, {"BF_DivPerpendicularFacet_2F", (CAST)BF_DivPerpendicularFacet_2F, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_2F, 0., ALL }, {"BF_DivPerpendicularFacet_2V", (CAST)BF_DivPerpendicularFacet_2V, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_2V, 0., ALL }, {"BF_DivPerpendicularFacet_3E", (CAST)BF_DivPerpendicularFacet_3E, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_3E, 1., ALL }, {"BF_DivPerpendicularFacet_3F_a", (CAST)BF_DivPerpendicularFacet_3F_a, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_3F_a, 1., ALL }, {"BF_DivPerpendicularFacet_3F_b", (CAST)BF_DivPerpendicularFacet_3F_b, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_3F_b, 1., ALL }, {"BF_DivPerpendicularFacet_3F_c", (CAST)BF_DivPerpendicularFacet_3F_c, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_3F_c, 1., ALL }, {"BF_DivPerpendicularFacet_3V", (CAST)BF_DivPerpendicularFacet_3V, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_3V, 1., ALL }, {"BF_DivPerpendicularFacet_4E", (CAST)BF_DivPerpendicularFacet_4E, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_4E, 1., ALL }, {"BF_DivPerpendicularFacet_4F", (CAST)BF_DivPerpendicularFacet_4F, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_4F, 1., ALL }, {"BF_DivPerpendicularFacet_4V", (CAST)BF_DivPerpendicularFacet_4V, (CAST)BF_Zero, (CAST)BF_PerpendicularFacet_4V, 1., ALL }, // L^2 basis Functions {"BF_Volume", (CAST)BF_Volume, (CAST)BF_Volume, (CAST)BF_Zero, 0., ALL }, {"BF_VolumeX", (CAST)BF_VolumeX, (CAST)BF_VolumeX, (CAST)BF_Zero, 0., ALL }, {"BF_VolumeY", (CAST)BF_VolumeY, (CAST)BF_VolumeY, (CAST)BF_Zero, 0., ALL }, {"BF_VolumeZ", (CAST)BF_VolumeZ, (CAST)BF_VolumeZ, (CAST)BF_Zero, 0., ALL }, // (H^1)^3 Basis Functions {"BF_NodeX" , (CAST)BF_NodeX , (CAST)BF_NodeX_D1 , (CAST)BF_NodeX_D2 , 1. , ALL }, {"BF_NodeY" , (CAST)BF_NodeY , (CAST)BF_NodeY_D1 , (CAST)BF_NodeY_D2 , 1. , ALL }, {"BF_NodeZ" , (CAST)BF_NodeZ , (CAST)BF_NodeZ_D1 , (CAST)BF_NodeZ_D2 , 1. , ALL }, {"BF_NodeX_2E" , (CAST)BF_NodeX_2E , (CAST)BF_NodeX_D1_2E , (CAST)BF_NodeX_D2_2E , 2. , ALL }, {"BF_NodeY_2E" , (CAST)BF_NodeY_2E , (CAST)BF_NodeY_D1_2E , (CAST)BF_NodeY_D2_2E , 2. , ALL }, {"BF_NodeZ_2E" , (CAST)BF_NodeZ_2E , (CAST)BF_NodeZ_D1_2E , (CAST)BF_NodeZ_D2_2E , 2. , ALL }, {"BF_NodeX_2F" , (CAST)BF_NodeX_2F , (CAST)BF_NodeX_D1_2F , (CAST)BF_NodeX_D2_2F , 2. , QUA|HEX/*|PRI*/ }, {"BF_NodeY_2F" , (CAST)BF_NodeY_2F , (CAST)BF_NodeY_D1_2F , (CAST)BF_NodeY_D2_2F , 2. , QUA|HEX/*|PRI*/ }, {"BF_NodeZ_2F" , (CAST)BF_NodeZ_2F , (CAST)BF_NodeZ_D1_2F , (CAST)BF_NodeZ_D2_2F , 2. , QUA|HEX/*|PRI*/ }, {"BF_NodeX_2V" , (CAST)BF_NodeX_2V , (CAST)BF_NodeX_D1_2V , (CAST)BF_NodeX_D2_2V , 2. , HEX }, {"BF_NodeY_2V" , (CAST)BF_NodeY_2V , (CAST)BF_NodeY_D1_2V , (CAST)BF_NodeY_D2_2V , 2. , HEX }, {"BF_NodeZ_2V" , (CAST)BF_NodeZ_2V , (CAST)BF_NodeZ_D1_2V , (CAST)BF_NodeZ_D2_2V , 2. , HEX }, {"BF_NodeX_3E" , (CAST)BF_NodeX_3E , (CAST)BF_NodeX_D1_3E , (CAST)BF_NodeX_D2_3E , 3. , ALL }, {"BF_NodeY_3E" , (CAST)BF_NodeY_3E , (CAST)BF_NodeY_D1_3E , (CAST)BF_NodeY_D2_3E , 3. , ALL }, {"BF_NodeZ_3E" , (CAST)BF_NodeZ_3E , (CAST)BF_NodeZ_D1_3E , (CAST)BF_NodeZ_D2_3E , 3. , ALL }, {"BF_NodeX_3F" , (CAST)BF_NodeX_3F , (CAST)BF_NodeX_D1_3F , (CAST)BF_NodeX_D2_3F , 3. , TRI|QUA|TET|HEX|PRI }, {"BF_NodeY_3F" , (CAST)BF_NodeY_3F , (CAST)BF_NodeY_D1_3F , (CAST)BF_NodeY_D2_3F , 3. , TRI|QUA|TET|HEX|PRI }, {"BF_NodeZ_3F" , (CAST)BF_NodeZ_3F , (CAST)BF_NodeZ_D1_3F , (CAST)BF_NodeZ_D2_3F , 3. , TRI|QUA|TET|HEX|PRI }, {"BF_NodeX_3V" , (CAST)BF_NodeX_3V , (CAST)BF_NodeX_D1_3V , (CAST)BF_NodeX_D2_3V , 3. , HEX|PRI }, {"BF_NodeY_3V" , (CAST)BF_NodeY_3V , (CAST)BF_NodeY_D1_3V , (CAST)BF_NodeY_D2_3V , 3. , HEX|PRI }, {"BF_NodeZ_3V" , (CAST)BF_NodeZ_3V , (CAST)BF_NodeZ_D1_3V , (CAST)BF_NodeZ_D2_3V , 3. , HEX|PRI }, {"BF_NodeX_D1" , (CAST)BF_NodeX_D1 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeY_D1" , (CAST)BF_NodeY_D1 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeZ_D1" , (CAST)BF_NodeZ_D1 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeX_D1_2E" , (CAST)BF_NodeX_D1_2E , (CAST)BF_Zero , (CAST)BF_Zero , 1. , ALL }, {"BF_NodeY_D1_2E" , (CAST)BF_NodeY_D1_2E , (CAST)BF_Zero , (CAST)BF_Zero , 1. , ALL }, {"BF_NodeZ_D1_2E" , (CAST)BF_NodeZ_D1_2E , (CAST)BF_Zero , (CAST)BF_Zero , 1. , ALL }, {"BF_NodeX_D1_2F" , (CAST)BF_NodeX_D1_2F , (CAST)BF_Zero , (CAST)BF_Zero , 1. , QUA|HEX/*|PRI*/ }, {"BF_NodeY_D1_2F" , (CAST)BF_NodeY_D1_2F , (CAST)BF_Zero , (CAST)BF_Zero , 1. , QUA|HEX/*|PRI*/ }, {"BF_NodeZ_D1_2F" , (CAST)BF_NodeZ_D1_2F , (CAST)BF_Zero , (CAST)BF_Zero , 1. , QUA|HEX/*|PRI*/ }, {"BF_NodeX_D1_2V" , (CAST)BF_NodeX_D1_2V , (CAST)BF_Zero , (CAST)BF_Zero , 1. , HEX }, {"BF_NodeY_D1_2V" , (CAST)BF_NodeY_D1_2V , (CAST)BF_Zero , (CAST)BF_Zero , 1. , HEX }, {"BF_NodeZ_D1_2V" , (CAST)BF_NodeZ_D1_2V , (CAST)BF_Zero , (CAST)BF_Zero , 1. , HEX }, {"BF_NodeX_D1_3E" , (CAST)BF_NodeX_D1_3E , (CAST)BF_Zero , (CAST)BF_Zero , 2. , ALL }, {"BF_NodeY_D1_3E" , (CAST)BF_NodeY_D1_3E , (CAST)BF_Zero , (CAST)BF_Zero , 2. , ALL }, {"BF_NodeZ_D1_3E" , (CAST)BF_NodeZ_D1_3E , (CAST)BF_Zero , (CAST)BF_Zero , 2. , ALL }, {"BF_NodeX_D1_3F" , (CAST)BF_NodeX_D1_3F , (CAST)BF_Zero , (CAST)BF_Zero , 2. , TRI|QUA|TET|HEX|PRI }, {"BF_NodeY_D1_3F" , (CAST)BF_NodeY_D1_3F , (CAST)BF_Zero , (CAST)BF_Zero , 2. , TRI|QUA|TET|HEX|PRI }, {"BF_NodeZ_D1_3F" , (CAST)BF_NodeZ_D1_3F , (CAST)BF_Zero , (CAST)BF_Zero , 2. , TRI|QUA|TET|HEX|PRI }, {"BF_NodeX_D1_3V" , (CAST)BF_NodeX_D1_3V , (CAST)BF_Zero , (CAST)BF_Zero , 2. , HEX|PRI }, {"BF_NodeY_D1_3V" , (CAST)BF_NodeY_D1_3V , (CAST)BF_Zero , (CAST)BF_Zero , 2. , HEX|PRI }, {"BF_NodeZ_D1_3V" , (CAST)BF_NodeZ_D1_3V , (CAST)BF_Zero , (CAST)BF_Zero , 2. , HEX|PRI }, {"BF_NodeX_D2" , (CAST)BF_NodeX_D2 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeY_D2" , (CAST)BF_NodeY_D2 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeZ_D2" , (CAST)BF_NodeZ_D2 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeX_D2_2E" , (CAST)BF_NodeX_D2_2E , (CAST)BF_Zero , (CAST)BF_Zero , 1. , ALL }, {"BF_NodeY_D2_2E" , (CAST)BF_NodeY_D2_2E , (CAST)BF_Zero , (CAST)BF_Zero , 1. , ALL }, {"BF_NodeZ_D2_2E" , (CAST)BF_NodeZ_D2_2E , (CAST)BF_Zero , (CAST)BF_Zero , 1. , ALL }, {"BF_NodeX_D2_2F" , (CAST)BF_NodeX_D2_2F , (CAST)BF_Zero , (CAST)BF_Zero , 1. , QUA|HEX/*|PRI*/ }, {"BF_NodeY_D2_2F" , (CAST)BF_NodeY_D2_2F , (CAST)BF_Zero , (CAST)BF_Zero , 1. , QUA|HEX/*|PRI*/ }, {"BF_NodeZ_D2_2F" , (CAST)BF_NodeZ_D2_2F , (CAST)BF_Zero , (CAST)BF_Zero , 1. , QUA|HEX/*|PRI*/ }, {"BF_NodeX_D2_2V" , (CAST)BF_NodeX_D2_2V , (CAST)BF_Zero , (CAST)BF_Zero , 1. , HEX }, {"BF_NodeY_D2_2V" , (CAST)BF_NodeY_D2_2V , (CAST)BF_Zero , (CAST)BF_Zero , 1. , HEX }, {"BF_NodeZ_D2_2V" , (CAST)BF_NodeZ_D2_2V , (CAST)BF_Zero , (CAST)BF_Zero , 1. , HEX }, {"BF_NodeX_D2_3E" , (CAST)BF_NodeX_D2_3E , (CAST)BF_Zero , (CAST)BF_Zero , 2. , ALL }, {"BF_NodeY_D2_3E" , (CAST)BF_NodeY_D2_3E , (CAST)BF_Zero , (CAST)BF_Zero , 2. , ALL }, {"BF_NodeZ_D2_3E" , (CAST)BF_NodeZ_D2_3E , (CAST)BF_Zero , (CAST)BF_Zero , 2. , ALL }, {"BF_NodeX_D2_3F" , (CAST)BF_NodeX_D2_3F , (CAST)BF_Zero , (CAST)BF_Zero , 2. , TRI|QUA|TET|HEX|PRI }, {"BF_NodeY_D2_3F" , (CAST)BF_NodeY_D2_3F , (CAST)BF_Zero , (CAST)BF_Zero , 2. , TRI|QUA|TET|HEX|PRI }, {"BF_NodeZ_D2_3F" , (CAST)BF_NodeZ_D2_3F , (CAST)BF_Zero , (CAST)BF_Zero , 2. , TRI|QUA|TET|HEX|PRI }, {"BF_NodeX_D2_3V" , (CAST)BF_NodeX_D2_3V , (CAST)BF_Zero , (CAST)BF_Zero , 2. , HEX|PRI }, {"BF_NodeY_D2_3V" , (CAST)BF_NodeY_D2_3V , (CAST)BF_Zero , (CAST)BF_Zero , 2. , HEX|PRI }, {"BF_NodeZ_D2_3V" , (CAST)BF_NodeZ_D2_3V , (CAST)BF_Zero , (CAST)BF_Zero , 2. , HEX|PRI }, {"BF_NodeX_D12" , (CAST)BF_NodeX_D12 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeY_D12" , (CAST)BF_NodeY_D12 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeZ_D12" , (CAST)BF_NodeZ_D12 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeX_D12_2E" , (CAST)BF_NodeX_D12_2E , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeY_D12_2E" , (CAST)BF_NodeY_D12_2E , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_NodeZ_D12_2E" , (CAST)BF_NodeZ_D12_2E , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_GroupOfNodesX" , (CAST)BF_GroupOfNodesX , (CAST)BF_GroupOfNodesX_D1 , (CAST)BF_GroupOfNodesX_D2 , 1. , ALL }, {"BF_GroupOfNodesY" , (CAST)BF_GroupOfNodesY , (CAST)BF_GroupOfNodesY_D1 , (CAST)BF_GroupOfNodesY_D2 , 1. , ALL }, {"BF_GroupOfNodesZ" , (CAST)BF_GroupOfNodesZ , (CAST)BF_GroupOfNodesZ_D1 , (CAST)BF_GroupOfNodesZ_D2 , 1. , ALL }, {"BF_GroupOfNodesX_D1" , (CAST)BF_GroupOfNodesX_D1 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_GroupOfNodesY_D1" , (CAST)BF_GroupOfNodesY_D1 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_GroupOfNodesZ_D1" , (CAST)BF_GroupOfNodesZ_D1 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_GroupOfNodesX_D2" , (CAST)BF_GroupOfNodesX_D2 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_GroupOfNodesY_D2" , (CAST)BF_GroupOfNodesY_D2 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_GroupOfNodesZ_D2" , (CAST)BF_GroupOfNodesZ_D2 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_GroupOfNodesX_D12" , (CAST)BF_GroupOfNodesX_D12 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_GroupOfNodesY_D12" , (CAST)BF_GroupOfNodesY_D12 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, {"BF_GroupOfNodesZ_D12" , (CAST)BF_GroupOfNodesZ_D12 , (CAST)BF_Zero , (CAST)BF_Zero , 0. , ALL }, // Special basis Functions {"BF_Zero", (CAST)BF_Zero, (CAST)BF_Zero, (CAST)BF_Zero, 0., ALL }, {"BF_One", (CAST)BF_One, (CAST)BF_One, (CAST)BF_One, 0., ALL }, {"BF_Region" , (CAST)BF_Region , (CAST)BF_dRegion , (CAST)BF_Zero , 0. , ALL }, {"BF_RegionX" , (CAST)BF_RegionX , (CAST)BF_dRegionX , (CAST)BF_Zero , 0. , ALL }, {"BF_RegionY" , (CAST)BF_RegionY , (CAST)BF_dRegionY , (CAST)BF_Zero , 0. , ALL }, {"BF_RegionZ" , (CAST)BF_RegionZ , (CAST)BF_dRegionZ , (CAST)BF_Zero , 0. , ALL }, {"BF_Global" , (CAST)BF_Global , (CAST)BF_dGlobal , (CAST)BF_Zero , 0. , ALL }, {"BF_dGlobal" , (CAST)BF_dGlobal , (CAST)BF_Zero , (CAST)BF_Global, 0. , ALL }, #endif {NULL , NULL , NULL , NULL , 0. , ALL } } ; #undef POI #undef LIN #undef TRI #undef QUA #undef TET #undef HEX #undef PRI #undef PYR #undef ALL struct StringXFunction2Nbr F_Function[] = { /* #Par #Arg */ /* #Par = -1 => free number of Parameters ; = -2 free even number */ /* #Arg ... same */ #if defined(HAVE_LEGACY) // F_Math {"Exp" , (CAST)F_Exp , 0, 1 }, {"Log" , (CAST)F_Log , 0, 1 }, {"Log10" , (CAST)F_Log10 , 0, 1 }, {"Sqrt" , (CAST)F_Sqrt , 0, 1 }, {"Sin" , (CAST)F_Sin , 0, 1 }, {"Asin" , (CAST)F_Asin , 0, 1 }, {"Cos" , (CAST)F_Cos , 0, 1 }, {"Acos" , (CAST)F_Acos , 0, 1 }, {"Tan" , (CAST)F_Tan , 0, 1 }, {"Atan" , (CAST)F_Atan , 0, 1 }, {"Sinh" , (CAST)F_Sinh , 0, 1 }, {"Cosh" , (CAST)F_Cosh , 0, 1 }, {"Tanh" , (CAST)F_Tanh , 0, 1 }, {"Fabs" , (CAST)F_Fabs , 0, 1 }, {"Floor" , (CAST)F_Floor , 0, 1 }, {"Ceil" , (CAST)F_Ceil , 0, 1 }, {"Atan2" , (CAST)F_Atan2 , 0, 2 }, {"Fmod" , (CAST)F_Fmod , 0, 2 }, {"Sign" , (CAST)F_Sign , 0, 1 }, {"Jn" , (CAST)F_Jn , 0, 2 }, {"Yn" , (CAST)F_Yn , 0, 2 }, {"dJn" , (CAST)F_dJn , 0, 2 }, {"dYn" , (CAST)F_dYn , 0, 2 }, // F_ExtMath {"Hypot" , (CAST)F_Hypot , 0, 2 }, {"TanhC2" , (CAST)F_TanhC2 , 0, 1 }, {"Transpose" , (CAST)F_Transpose , 0, 1 }, {"TTrace" , (CAST)F_Trace , 0, 1 }, {"Rotate" , (CAST)F_RotateXYZ , 0, 4 }, {"Norm" , (CAST)F_Norm , 0, 1 }, {"SquNorm" , (CAST)F_SquNorm , 0, 1 }, {"Unit" , (CAST)F_Unit , 0, 1 }, {"ScalarUnit" , (CAST)F_ScalarUnit , 0, 1 }, {"Normalized" , (CAST)F_Unit , 0, 1 }, {"F_Cos_wt_p" , (CAST)F_Cos_wt_p , 2, 0 }, {"F_Sin_wt_p" , (CAST)F_Sin_wt_p , 2, 0 }, {"F_Period" , (CAST)F_Period , 1, 1 }, {"Interval" , (CAST)F_Interval , 3, 3 }, // F_Type {"Complex" , (CAST)F_Complex , 0, -2 }, {"Complex_MH" , (CAST)F_Complex_MH , -1, -2 }, {"Re" , (CAST)F_Re , 0, 1 }, {"Im" , (CAST)F_Im , 0, 1 }, {"Conj" , (CAST)F_Conj , 0, 1 }, {"Cart2Pol" , (CAST)F_Cart2Pol , 0, 1 }, {"Vector" , (CAST)F_Vector , 0, 3 }, {"Tensor" , (CAST)F_Tensor , 0, 9 }, {"TensorV" , (CAST)F_TensorV , 0, 3 }, {"TensorSym" , (CAST)F_TensorSym , 0, 6 }, {"TensorDiag" , (CAST)F_TensorDiag , 0, 3 }, {"SquDyadicProduct" , (CAST)F_SquDyadicProduct , 0, 1 }, {"CompX" , (CAST)F_CompX , 0, 1 }, {"CompY" , (CAST)F_CompY , 0, 1 }, {"CompZ" , (CAST)F_CompZ , 0, 1 }, {"CompXX" , (CAST)F_CompXX , 0, 1 }, {"CompXY" , (CAST)F_CompXY , 0, 1 }, {"CompXZ" , (CAST)F_CompXZ , 0, 1 }, {"CompYX" , (CAST)F_CompYX , 0, 1 }, {"CompYY" , (CAST)F_CompYY , 0, 1 }, {"CompYZ" , (CAST)F_CompYZ , 0, 1 }, {"CompZX" , (CAST)F_CompZX , 0, 1 }, {"CompZY" , (CAST)F_CompZY , 0, 1 }, {"CompZZ" , (CAST)F_CompZZ , 0, 1 }, {"Cart2Sph" , (CAST)F_Cart2Sph , 0, 1 }, {"Cart2Cyl" , (CAST)F_Cart2Cyl , 0, 1 }, {"UnitVectorX" , (CAST)F_UnitVectorX , 0, 0 }, {"UnitVectorY" , (CAST)F_UnitVectorY , 0, 0 }, {"UnitVectorZ" , (CAST)F_UnitVectorZ , 0, 0 }, // F_Coord {"CoordX" , (CAST)F_CoordX , 0, 0 }, {"CoordY" , (CAST)F_CoordY , 0, 0 }, {"CoordZ" , (CAST)F_CoordZ , 0, 0 }, {"CoordXYZ" , (CAST)F_CoordXYZ , 0, 0 }, {"X" , (CAST)F_CoordX , 0, 0 }, {"Y" , (CAST)F_CoordY , 0, 0 }, {"Z" , (CAST)F_CoordZ , 0, 0 }, {"XYZ" , (CAST)F_CoordXYZ , 0, 0 }, {"F_aX_bY_cZ" , (CAST)F_aX_bY_cZ , 3, 0 }, {"F_aX21_bY21_cZ21" , (CAST)F_aX21_bY21_cZ21 , 3, 0 }, {"XS" , (CAST)F_CoordXS , 0, 0 }, {"YS" , (CAST)F_CoordYS , 0, 0 }, {"ZS" , (CAST)F_CoordZS , 0, 0 }, {"XYZS" , (CAST)F_CoordXYZS , 0, 0 }, // F_Misc {"Printf" , (CAST)F_Printf , 0, 1 }, {"Rand" , (CAST)F_Rand , 0, 1 }, {"Normal" , (CAST)F_Normal , 0, 0 }, {"NormalSource" , (CAST)F_NormalSource , 0, 0 }, {"Tangent" , (CAST)F_Tangent , 0, 0 }, {"CompElementNum" , (CAST)F_CompElementNum , 0, 0 }, {"ElementVol" , (CAST)F_ElementVol , 0, 0 }, {"SurfaceArea" , (CAST)F_SurfaceArea , -1, 0 }, {"GetVolume" , (CAST)F_GetVolume , -1, 0 }, {"InterpolationLinear" , (CAST)F_InterpolationLinear , -2, 1 }, {"dInterpolationLinear" , (CAST)F_dInterpolationLinear , -2, 1 }, {"dInterpolationLinear2" , (CAST)F_dInterpolationLinear2 , -2, 1 }, {"InterpolationAkima" , (CAST)F_InterpolationAkima , -2, 1 }, {"dInterpolationAkima" , (CAST)F_dInterpolationAkima , -2, 1 }, {"InterpolationBilinear" , (CAST)F_InterpolationBilinear , -1, 2 }, {"ValueFromIndex" , (CAST)F_ValueFromIndex , -1, 0 }, {"VectorFromIndex" , (CAST)F_VectorFromIndex , -1, 0 }, {"TransformTensor" , (CAST)F_TransformTensor , 4, 4 }, {"TransformPerm" , (CAST)F_TransformPerm , 3, 1 }, {"TransformPiezo" , (CAST)F_TransformPiezo , 4, 2 }, {"TransformPiezoT" , (CAST)F_TransformPiezoT , 4, 2 }, {"VirtualWork" , (CAST)F_VirtualWork , 0, 1 }, // hysteresis models {"dhdb_Jiles" , (CAST)F_dhdb_Jiles , -1, 3 }, {"dbdh_Jiles" , (CAST)F_dbdh_Jiles , -1, 3 }, {"h_Jiles" , (CAST)F_h_Jiles , -1, 3 }, {"b_Jiles" , (CAST)F_b_Jiles , -1, 3 }, {"dhdb_Ducharne" , (CAST)F_dhdb_Ducharne , -1, 3 }, {"h_Ducharne" , (CAST)F_h_Ducharne , -1, 3 }, {"nu_Ducharne" , (CAST)F_nu_Ducharne , -1, 3 }, // Functions for Vectorial Incremental Nonconservative Consistent Hysteresis Model - V. Francois {"nu_Vinch" , (CAST)F_nu_Vinch , 0, 1 }, {"Update_a" , (CAST)F_Update_a , 0, 6 }, // F_MultiHar {"MHToTime" , (CAST)F_MHToTime , 0, 2 }, // F_Analytic {"JFIE_ZPolAnalyticOnCyl", (CAST)F_JFIE_ZPolCyl , 4, 1 }, {"RCS_ZPolAnalyticCyl", (CAST)F_RCS_ZPolCyl , 3, 1 }, {"JFIE_TransZPolAnalyticOnCyl", (CAST)F_JFIE_TransZPolCyl, 3, 1 }, {"JFIE_OnSphCutTheta", (CAST)F_JFIE_SphTheta, 4, 1 }, {"RCS_SphTheta", (CAST)F_RCS_SphTheta, 4, 1 }, {"JFIE_OnSphCutPhi", (CAST)F_JFIE_SphPhi, 4, 1 }, {"RCS_SphPhi", (CAST)F_RCS_SphPhi, 4, 1 }, {"CurrentPerfectlyConductingSphere",(CAST)F_CurrentPerfectlyConductingSphere, 3, 1 }, {"AcousticFieldSoftSphere", (CAST)F_AcousticFieldSoftSphere, 2, 1 }, {"DrAcousticFieldSoftSphere", (CAST)F_DrAcousticFieldSoftSphere, 2, 1 }, {"RCSSoftSphere", (CAST)F_RCSSoftSphere, 2, 1 }, {"AcousticFieldHardSphere", (CAST)F_AcousticFieldHardSphere, 2, 1 }, {"RCSHardSphere", (CAST)F_RCSHardSphere, 2, 1 }, {"AcousticFieldSoftCylinder", (CAST)F_AcousticFieldSoftCylinder, 2, 1 }, {"AcousticFieldSoftCylinderABC", (CAST)F_AcousticFieldSoftCylinderABC, 5, 1 }, {"DrAcousticFieldSoftCylinder", (CAST)F_DrAcousticFieldSoftCylinder, 2, 1 }, {"RCSSoftCylinder", (CAST)F_RCSSoftCylinder, 2, 1 }, {"AcousticFieldHardCylinder", (CAST)F_AcousticFieldHardCylinder, 2, 1 }, {"AcousticFieldHardCylinderABC", (CAST)F_AcousticFieldHardCylinderABC, 5, 1 }, {"DthetaAcousticFieldHardCylinder", (CAST)F_DthetaAcousticFieldHardCylinder, 2, 1 }, {"RCSHardCylinder", (CAST)F_RCSHardCylinder, 2, 1 }, {"OSRC_C0", (CAST)F_OSRC_C0, 2, 0}, {"OSRC_Aj", (CAST)F_OSRC_Aj, 3, 0}, {"OSRC_Bj", (CAST)F_OSRC_Bj, 3, 0}, // F_Geometry {"ProjectPointOnEllipse", (CAST)F_ProjectPointOnEllipse, 2, 1 }, // F_Raytracing: ray tracing functions {"CylinderPhase", (CAST)F_CylinderPhase, 0, 1 }, {"DiamondPhase", (CAST)F_DiamondPhase, 0, 1 }, // GF_XXX : Green Functions {"Laplace" , (CAST)GF_Laplace , 1, 0 }, {"GradLaplace" , (CAST)GF_GradLaplace , 1, 0 }, {"NPxGradLaplace" , (CAST)GF_NPxGradLaplace , 1, 0 }, {"NSxGradLaplace" , (CAST)GF_NSxGradLaplace , 1, 0 }, {"ApproximateLaplace", (CAST)GF_ApproximateLaplace, 2, 0 }, {"Helmholtz" , (CAST)GF_Helmholtz , 2, 0 }, {"HelmholtzThinWire" , (CAST)GF_HelmholtzThinWire, 3, 0 }, {"GradHelmholtz" , (CAST)GF_GradHelmholtz , 2, 0 }, {"NPxGradHelmholtz" , (CAST)GF_NPxGradHelmholtz , 2, 0 }, {"NSxGradHelmholtz" , (CAST)GF_NSxGradHelmholtz , 2, 0 }, // Biot Savart law {"BiotSavart" , (CAST)F_BiotSavart , 1, 0 }, // Pocklintong's integral equation {"Pocklington" , (CAST)F_Pocklington , 2, 0 }, #endif {NULL , NULL , 0, 0 } } ; struct FunctionXFunction GF_Function[] = { #if defined(HAVE_LEGACY) {(CAST)GF_Laplace , (CAST)GF_LaplacexForm } , {(CAST)GF_GradLaplace , (CAST)GF_GradLaplacexForm } , {(CAST)GF_NPxGradLaplace , (CAST)GF_NPxGradLaplacexForm } , {(CAST)GF_NSxGradLaplace , (CAST)GF_NSxGradLaplacexForm } , {(CAST)GF_ApproximateLaplace , (CAST)GF_ApproximateLaplacexForm } , {(CAST)GF_Helmholtz , (CAST)GF_HelmholtzxForm } , #endif {NULL , NULL } } ; #undef CAST #endif