Meshing

class ansys.mapdl.core._commands.prep7.meshing.Meshing

Meshing.aatt([mat, real, type_, esys, secn])	Associates element attributes with the selected, unmeshed areas.
Meshing.accat([na1, na2])	Concatenates multiple areas in preparation for mapped meshing.
Meshing.aclear([na1, na2, ninc])	Deletes nodes and area elements associated with selected areas.
Meshing.aesize([anum, size])	Specifies the element size to be meshed onto areas.
Meshing.amap([area, kp1, kp2, kp3, kp4])	Generates a 2D mapped mesh based on specified area corners.
Meshing.amesh([na1, na2, ninc])	Generates nodes and area elements within areas.
Meshing.arefine([na1, na2, ninc, level, ...])	Refines the mesh around specified areas.
Meshing.chkmsh([comp])	Checks area and volume entities for previous meshes.
Meshing.clrmshln(**kwargs)	Clears meshed entities.
Meshing.cpcyc([lab, toler, kcn, dx, dy, dz, ...])	Couples the two side faces of a cyclically symmetric model for loadings that are the same on every segment.
Meshing.czdel([grp1, grp2, grp3])	Edits or clears cohesive zone sections.
Meshing.czmesh([ecomps1, ecomps2, kcn, ...])	Create and mesh an interface area composed of cohesive zone elements.
Meshing.desize([minl, minh, mxel, angl, ...])	Controls default element sizes.
Meshing.eorient([etype, dir_, toler])	Reorients solid element normals.
Meshing.erefine([ne1, ne2, ninc, level, ...])	Refines the mesh around specified elements.
Meshing.esize([size, ndiv])	Specifies the default number of line divisions.
Meshing.esys([kcn])	Sets the element coordinate system attribute pointer.
Meshing.fvmesh([keep])	Generates nodes and tetrahedral volume elements from detached exterior area elements (facets).
Meshing.gsgdata([lfiber, xref, yref, rotx0, ...])	Specifies the reference point and defines the geometry in the fiber direction for the generalized plane strain element option.
Meshing.imesh([laky, nsla, ntla, kcn, dx, ...])	Generates nodes and interface elements along lines or areas.
Meshing.katt([mat, real, type_, esys])	Associates attributes with the selected, unmeshed keypoints.
Meshing.kclear([np1, np2, ninc])	Deletes nodes and point elements associated with selected keypoints.
Meshing.kesize([npt, size, fact1, fact2])	Specifies the edge lengths of the elements nearest a keypoint.
Meshing.kmesh([np1, np2, ninc])	Generates nodes and point elements at keypoints.
Meshing.krefine([np1, np2, ninc, level, ...])	Refines the mesh around specified keypoints.
Meshing.kscon([npt, delr, kctip, nthet, rrat])	Specifies a keypoint about which an area mesh will be skewed.
Meshing.latt([mat, real, type_, kb, ke, secnum])	Associates element attributes with the selected, unmeshed lines.
Meshing.lccat([nl1, nl2])	Concatenates multiple lines into one line for mapped meshing.
Meshing.lclear([nl1, nl2, ninc])	Deletes nodes and line elements associated with selected lines.
Meshing.lesize([nl1, size, angsiz, ndiv, ...])	Specifies the divisions and spacing ratio on unmeshed lines.
Meshing.lmesh([nl1, nl2, ninc])	Generates nodes and line elements along lines.
Meshing.lrefine([nl1, nl2, ninc, level, ...])	Refines the mesh around specified lines.
Meshing.mat([mat])	Sets the element material attribute pointer.
Meshing.mcheck([lab])	Checks mesh connectivity.
Meshing.modmsh([lab])	Controls the relationship of the solid model and the FE model.
Meshing.mopt([lab, value])	Specifies meshing options.
Meshing.mshape([key, dimension])	For elements that support multiple shapes, specifies the element shape to be used for meshing.
Meshing.mshcopy([keyla, laptrn, lacopy, ...])	Simplifies the generation of meshes that have matching node element patterns on two different line groups (in 2D) or area groups (3D).
Meshing.mshkey([key])	Specifies whether free meshing or mapped meshing should be used to mesh a model.
Meshing.mshmid([key])	Specifies placement of midside nodes.
Meshing.mshpattern([key])	Specifies pattern to be used for mapped triangle meshing.
Meshing.nrefine([nn1, nn2, ninc, level, ...])	Refines the mesh around specified nodes.
Meshing.psmesh([secid, name, p0, egroup, ...])	Creates and meshes a pretension section ( PRETS179 ) or a preload section ( MPC184 ).
Meshing.real([nset])	Sets the element real constant set attribute pointer.
Meshing.rsmesh([p0, rid, kcn, kdir, value, ...])	Generates a result section.
Meshing.shpp([lab, value1, value2])	Controls element shape checking.
Meshing.smrtsize([sizlvl, fac, expnd, ...])	Specifies meshing parameters for automatic (smart) element sizing.
Meshing.tchg([ename1, ename2, etype2])	Converts 20-node degenerate tetrahedral elements to their 10-node non-degenerate counterparts.
Meshing.timp([elem, chgbnd, implevel])	Improves the quality of tetrahedral elements that are not associated with a volume.
Meshing.type([itype])	Sets the element type attribute pointer.
Meshing.vatt([mat, real, type_, esys, secnum])	Associates element attributes with the selected, unmeshed volumes.
Meshing.vclear([nv1, nv2, ninc])	Deletes nodes and volume elements associated with selected volumes.
Meshing.veorient([vnum, option, value1, value2])	Specifies brick element orientation for volume mapped (hexahedron) meshing.
Meshing.vimp([vol, chgbnd, implevel])	Improves the quality of the tetrahedral elements in the selected volume(s).
Meshing.vmesh([nv1, nv2, ninc])	Generates nodes and volume elements within volumes.
Meshing.vsweep([vnum, srca, trga, lsmo])	Fills an existing unmeshed volume with elements by sweeping the mesh from an adjacent area through the volume.