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Triangular mesh processing tool, currently very few people use this software, but it allows us to gr

    
  ABAQMATS:MATERIAL
  ABAQOPTS:ANALYSIS
  ABAQSTEP:ANALYSIS
  ABAQUS:OUTPUT
  ACCURACY:SURFACE
  ALE3D:OUTPUT
  ANSYMATS:MATERIAL
  ANSYNL:MATERIAL
  ANSYOPTS:ANALYSIS
  ANSYS:OUTPUT
  APCURD:3D CURVE
  APLD:2D CURVE
  AUTODYN:OUTPUT
  BEAM:PARTS
  BECHO:MISC
  BFD:RADIATION
  BIND:ELEMENT
  BLOCK:PARTS
  BLUDE:PARTS
  BPTOL:MERGING
  BSD:ELEMENT
  BSINFO:ELEMENT
  C:MISC
  CRC:OUTPUT
  CAPTION:GRAPHICS
  CBEAM:PARTS
  CDINFO:3D CURVE
  CF3D:OUTPUT
  CFD-ACE:OUTPUT
  CFX4:OUTPUT
  CKL:2D CURVE
  COMMENT:ANALYSIS
  CRPROD:MISC
  CSCA:TRANSFORM
  COOREF:SURFACE
  CURD:3D CURVE
  CURTYP:MISC
  CYLINDER:PARTS
  DC:MISC
  DELCD:3D CURVE
  DELCDS:3D CURVE
  DELLD:2D CURVE
  DELLDS:2D CURVE
  DELMATS:MATERIAL
  DELSET:SETS
  DELSD:SURFACE
  DELSDS:SURFACE
  DETP:BOUNDARY
  DISTANCE:MISC
  DNDD:2D CURVE
  DYNA3D:OUTPUT
  DYNAEOS:MATERIAL
  DYNAMATS:MATERIAL
  DYNAOPTS:ANALYSIS
  ECHO:MISC
  EDGEFILE:2D CURVE
  ELSE:MISC
  ELSEIF:MISC
  END:MISC
  ENDIF:MISC
  ERRMOD:MISC
  ES3D:OUTPUT
  ES3DMATS:MATERIAL
  ES3DOPTS:ANALYSIS
  ESETC:SETS
  EXCH:TRANSFORM
  EXODUSII:OUTPUT
  FETOL:SURFACE
  FIDAP:OUTPUT
  FLCD:2D CURVE
  FLUENT:OUTPUT
  FLUEMATS:MATERIAL
  FSETC:SETS
  GCT:REPLICATE
  GEACC:SURFACE
  GEMINI:OUTPUT
  GETBB:INTERFACE
  GETOL:SURFACE
  GEXCH:TRANSFORM
  GILA:OUTPUT
  GMI:REPLICATE
  GRID:GRAPHICS
  GRIDGEN3D:OUTPUT
  GSET:2D CURVE
  GSII:REPLICATE
  IF:MISC
  IGES:CAD
  IGESCD:CAD
  IGESFILE:CAD
  IGESLBLS:CAD
  IGESPD:CAD
  IGESSD:CAD
  INCLUDE:MISC
  INPROD:MISC
  INTYP:MISC
  IRI:OUTPUT
  JD:BOUNDARY
  JTINFO:BOUNDARY
  LASD:SURFACE
  LCC:2D CURVE
  LCD:2D CURVE
  LCINFO:2D CURVE
  LCT:REPLICATE
  LCV:2D CURVE
  LD:2D CURVE
  LDINFO:2D CURVE
  LDPRNT:2D CURVE
  LD3D2D:2D CURVE
  LEV:REPLICATE
  LINEAR:PARTS
  LMI:REPLICATE
  LOCATE:SURFACE
  LRL:2D CURVE
  LROT:2D CURVE
  LSBSD:ELEMENT
  LSCA:2D CURVE
  LSCX:2D CURVE
  LSCZ:2D CURVE
  LSDYEOS:MATERIAL
  LSDYMATS:MATERIAL
  LSDYNA:OUTPUT
  LSDYOPTS:ANALYSIS
  LSII:REPLICATE
  LSNIKE3D:OUTPUT
  LSNKMATS:MATERIAL
  LSNKOPTS:ANALYSIS
  LSYS:BOUNDARY
  LSYSINFO:BOUNDARY
  LT:2D CURVE
  LTRIM:CAD
  LV:2D CURVE
  LVI:2D CURVE
  LVS:2D CURVE
  MARC:OUTPUT
  MARCMATS:MATERIAL
  MARCOPTS:ANALYSIS
  MATE:MATERIAL
  MAZT:2D CURVE
  MERGE:MERGING
  MNS:MERGING
  MPC:BOUNDARY
  MVPN:SURFACE
  MXP:MISC
  NASTMATS:MATERIAL
  NASTOPTS:ANALYSIS
  NASTRAN:OUTPUT
  NDD:2D CURVE
  NDIGITS:OUTPUT
  NERL:TRANSFORM
  NEKOPTS:ANALYSIS
  NEKTON2D:OUTPUT
  NEKTON3D:OUTPUT
  NEUTRAL:OUTPUT
  NIKE3D:OUTPUT
  NIKEMATS:MATERIAL
  NIKEOPTS:ANALYSIS
  NOPLOT:GRAPHICS
  NSETC:SETS
  NSETINFO:SETS
  NURBSD:CAD
  OFFSET:ELEMENT
  PAINFO:MISC
  PARA:MISC
  PARTMODE:PARTS
  PATMATS:MATERIAL
  PINFO:PARTS
  PLANE:BOUNDARY
  PLINFO:BOUNDARY
  PLOT:GRAPHICS
  PLOT3D:OUTPUT
  POLY3D:OUTPUT
  POSTSCRIPT:GRAPHICS
  PPLV:REPLICATE
  PROJECT:SURFACE
  PSLV:REPLICATE
  PTOL:MERGING
  PURGE:SURFACE
  PVPN:SURFACE
  QUADRATIC:PARTS
  READMESH:PARTS
  REFLEQS:OUTPUT
  RESUME:MISC
  RHO:MATERIAL
  RIGBM:MERGING
  RINDEX:GRAPHICS
  RLN:2D CURVE
  RLNS:2D CURVE
  RMSEG:3D CURVE
  ROTATION:VEL/ACC
  SAMI:OUTPUT
  SAVE:OUTPUT
  SAVEIGES:CAD
  SD:SURFACE
  SDINFO:SURFACE
  SET:GRAPHICS
  SHSO:MATERIAL
  SID:INTERFACE
  SIINFO:INTERFACE
  SIND:ELEMENT
  SMGAP:SURFACE
  SPD:SPRING/MASS
  SPINFO:SPRING/MASS
  ST:MERGING
  STARCD:OUTPUT
  STP:MERGING
  SUBANG:MISC
  TASCFLOW:OUTPUT
  TEMP:RADIATION
  TITLE:MISC
  T:MERGING
  TMM:MATERIAL
  TOPAZ3D:OUTPUT
  TP:MERGING
  TPARA:MISC
  TRIAD:GRAPHICS
  TRICENT:MISC
  TRP:BOUNDARY
  TRSD:SURFACE
  TZ3DMATS:MATERIAL
  TZ3DOPTS:ANALYSIS
  USEIGES:CAD
  VELOCITY:VEL/ACC
  VERBATIM:OUTPUT
  VIEWPOINT:OUTPUT
  VPSD:CAD
  WIGES:CAD
  WRSD:CAD
  XOFF:TRANSFORM
  XSCA:TRANSFORM
  YOFF:TRANSFORM
  YSCA:TRANSFORM
  ZOFF:TRANSFORM
  ZSCA:TRANSFORM
  ZTOL:MERGING
  expressions:MISC
PART
  OUTPUT: output format types
  ANALYSIS: code specific analysis options                                      T
  MATERIAL: properties and assignment                                           T
  PARTS: initialize a part of the mesh
  VEL/ACC: default acceleration or velocity                                     T
  BOUNDARY: boundary and constraint conditions                                  T
  RADIATION: radiation and temperature conditions                               T
  SPRING/MASS: springs, dampers, and point masses                               T
  INTERFACE: (sliding) interface definitions                                    T
  ELEMENT: element properties
  TRANSFORM: transform parts by rotation, translation, scaling
  REPLICATE: part replication with transformation
  MERGING: node merging
  2D CURVE: global definitions of 2D curves
  3D CURVE: global definitions of 3D curves
  SURFACE: surfaces for graphics and geometry
  CAD: import CAD/CAM geometry
  SETS: define sets of nodes, faces, and elements
  MISC: miscellaneous commands
ANALYSIS options:
  ABAQOPTS: ABAQUS analysis options.                                            T
  ABAQSTEP: ABAQUS analysis step.
   This command is used to define each time/history step.
   Some parameters can be selected and the required procedure is specified.
   Pressures, concentrated forces, moments, nodal displacements, nodal 
   velocities, nodal velocities, and nodal temperatures can be 
   selected within the step by load curve number.
   There are 13 procedures to select from. Each Procedure has a set of 
   required parameters and additional options.
    BUCKLE for *BUCKLE
    CTD for *COUPLED TEMPERATIURE-DISPLACEMENT
    DYNAMIC for *DYNAMIC
    FREQUENC for *FREQUENCY
    GEOSTATI for *GEOSTATIC
    HEAT for *HEAT TRANSFER
    MODDYN for *MODAL DYNAMIC
    RANDOM for *RANDOM RESPONCE
    RESPONSE for *RESPONSE SPECTRUM
    SOILS for *SOILS
    STATIC for *STATIC
    SSDYN for *STEADY STATE DYNAMIC
    VISCO for *VISCO
   The procedure definition is followed by step_options which can be:
    AMPLITUDE STEP for stepped amplitude
    AMPLITUDE RAMP for ramped amplitude
    CYCLE #_inter for maximum iterations in an increment
    INC #_inter for maximum increments in a step
    LINEAR NEW for linear analysis with a new stiffness matrix