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Quick guide

Below follows a list of the preprocessor name to use as a function of the type of plot desired, followed by the inverse listing, i.e. the type of plot possible as a function of the preprocessor name.

Plot type:

• 2D stresses: TRSTXX MAIL, COOR and TAE
• 3D stresses: not yet implemented
• Cut through a 2D solution: TRMCXX MAIL, COOR and B
• Cut through a 3D solution (simple case): COUPXX NOPO and B
• Cut through a 3D solution (general case): TRC3XX NMAIL COOR and B
• Curves Y=F(X) TRACXX file of values
• 2D and 3D deformations (simple case): TRNOXX NOPO and B
• 2D deformations (general case): TRMCXX MAIL, COOR and B
• 3D deformations (general case): TRC3XX MAIL, COOR and B
• 2D isovalues (simple case): ISOPXX NOPO and B
• 2D isovalues (general case): TRMCXX MAIL, COOR and B
• 3D isovalues (on the surface or cut): TRC3XX MAIL, COOR and B
• 2D and 3D meshes: TRNOXX NOPO or GEOM
• 3D meshes and manipulations: REFEXX NOPO or GEOM
• 2D plasticity: TRSTXX MAIL, COOR and B
• 2D characteristic points and lines: TRPOXX data of APNOXX
• Matrix profile: TRPRXX MUA or AMAT
• 2D velocity: TRMCXX MAIL, COOR and B
• 3D velocity: TRC3XX MAIL, COOR and B
• 2D piezometry (simple case): ISOPXX NOPO and B
• Surfaces Z=F(X,Y): VIS3XX NOPO and B or manual input

Preprocessor:

• TRSTXX: 2D stresses, 2D plasticity zones
• TRMCXX: 2D meshes, deformations, velocities. isovalues, cuts
• COUPXX: 3D meshes and cuts
• TRACXX: curves
• TRNOXX: 2D and 3D meshes
• TRC3XX: 3D meshes, deformations, velocities. isovalues, cuts
• REFEXX: 3D meshes and transformations
• TRPOXX: characteristic points and lines (data of APNOPO)
• TRPRXX: matrix profile
• ISOPXX: piezometry
• VIS3XX: surfaces