IDIM dimension of space (3) IDIMP IDIM+1 NNM maximum number of nodes (size of arrays) NEM maximum number of elements (size of arrays) NKM maximum number of medium blocks (size of arrays) NMM maximum number of material blocks (size of arrays) NBM maximum number of boundary blocks (size of arrays) NSDM maximum number of side elements (size of arrays) NSFM maximum number of boundary surfaces (size of arrays) NBPM maximum number of nodes on a boundary block (size of arrays) NNMAX number of nodes NEMAX number of elements NKMAX number of medium blocks NMMAX number of materials NBMAX number of boundary blocks NSDMAX number of side elements NSFMAX number of boundary surfaces XND(NNM) x coordinate of the node YND(NNM) y coordinate of the node ZND(NNM) z coordinate of the node KANOD(NNM) attribute of the node 0 : not on a boundary 1 : node on conducting wall boundary (tangentail component of E = 0) -NB (negative) : node of boundary block number NB (tangentail component of E = given) NDELM(IDIMP+1,NEM) node number of a vertex of the elememnt, including WG KAELM(NEM) medium block number of the element NK (positive) : medium block number KNELM(IDIMP,NEM) neighboring element number on surface facing the vertex NE (positive) : element number of the neighboring element 0 : conducting wall boundary surface -NB (negative) : boundary block number NBELM(NEM) boundary block number of the element 0 : no boundary surface or only conducting wall boundary surface NB (positive) : boundary block number assuming only one boundary block XEMIN(NEM) minimum x cordinate in the element YEMIN(NEM) minimum y cordinate in the element ZEMIN(NEM) minimum z cordinate in the element XEMAX(NEM) maximum x cordinate in the element YEMAX(NEM) maximum y cordinate in the element ZEMAX(NEM) maximum z cordinate in the element NMKA(NKM) material number of the medium block EPSDM(NMM) electric permittivity of the material AMUDM(NMM) magnetic permeability of the material SIGDM(NMM) electric conductivity of the material KABDY(NBM) attribute of the boundary block 1 : perfectly conducting boundary (phi=0) 2 : perfectly conducting boundary (phi=PHIBDY) 4 : absorbing bounary : not yet supported 5 : resistive wall bounary : not yet supported 11 : WG bounary (coaxial TEM) 12 : WG bounary (coaxial TE11) : not yet supported 13 : WG bounary (coaxial TM01) : not yet supported 21 : WG bounary (circular TE11) 22 : WG bounary (circular TM01) 23 : WG bounary (circular TE01) 31 : WG bounary (rectangular TE01) 32 : WG bounary (rectangular TM11) 33 : WG bounary (rectangular TE11) 4m : WG bounary (circular palallel plate TEM) PHIBDY(NBM) potential on the boundary (KABDY=2) XGBDY(NBM) x component of the gradient vector of potential (KABDY=2) YGBDY(NBM) y component of the gradient vector of potential (KABDY=2) ZGBDY(NBM) z component of the gradient vector of potential (KABDY=2) RESBDY(NBM) resistivity of the boundary wall (KABDY=5) PWRBDY(NBM) input power of WG (KABDY>10) PHABDY(NBM) field phase of WG (KABDY>10) XNBDY(3,NBM) x component of the unit vectors of WG (KABDY>10) YNBDY(3,NBM) y component of the unit vectors of WG (KABDY>10) ZNBDY(3,NBM) z component of the unit vectors of WG (KABDY>10) XPBDY(NBM) x coordineate of WG center (KABDY>10) YPBDY(NBM) y coordineate of WG center (KABDY>10) ZPBDY(NBM) z coordineate of WG center (KABDY>10) SZBDY(2,NBM) size along the edges of rectangular WG (KABDY=2x) radii of WG (KABDY=1x,2x,4x) NDBDY(NBM) node number for the boundary block variables NNBDY(NBM) number of the boundary block variables NESRF(NSFM) element number of the surface INSRF(NSFM) node index of the vertex facing the surface NDSRF(3,NSFM) node number of the vertex of the surface KNSRF(3,NSFM) surface number adjacent to the edge facing the vertex of the surface NDSID(2,NSDM) node number of the side element KASID(NSDM) attribute of the side element 0: not on boundary 1: on conducting wall -NB (negative) : on boundary block number NB NSDELM(6,NEM) side element number of the element (negative for reverse direction) NSDSRF(3,NSFM) side element number of the surface (negative for reverse direction) MODELM: 0: all boundary conducting wall, all element plasma/vacuum 1: all boundary conducting wall, element data used 2: absorbing wall conductive, WG data used, all element vacuum 3: absorbing wall conductive, WG data used, element data used 1XX: coaxial WG, all element vacuum 2XX: circular WG, all element vacuum 3XX: rectangular WG, all element vacuum 4XX: parallel plate WG, all element vacuum NENBP(NBPM,NBM) element number of the node on the boundary block NDNBP(NBPM,NBM) node number of the node on the boundary block NBPMAX(NBM) number of nodes on the boundary block