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B.5 Alphabetic list of processors

The list below displays all the processors in the MODULEF library. For each processor, we indicate:

• the name;
• the type of problem to be treated;
• the module(s) it calls (between brackets);
• the data structure(s) it manipulates (between brackets);
• a short description of its function.

List :

1. AAPB : Multics - Print the arrays present in the super-array M.
2. ADPNXX : Mesh - ( ADPNOP ) [ NOPO ] Add non-vertex nodes.
3. AFFNXX : Mesh - ( AFFNOP ) [ NOPO ] Local refinement in 2 dimensions.
4. AIDEXX : Aid - Name of the processors and corresponding brochures.
5. AIGUXX : Mesh - ( AIGUNO ) [ NOPO ] Make a 2D triangular mesh non-obtuse.
6. APN3XX : Mesh - ( APNOP3 ) [ NOPO ] General preprocessor for the creation of 3D meshes for simple cases, and for their manipulation.
7. APNOXX : Mesh - ( APNOPO ) [ NOPO ] General preprocessor for the creation of 2D meshes and their manipulation.
8. ASSAXX : Assembly - ( ASSATR ) [ ATRI B ] Assembly in form ATRI.
9. ASSGXX : Assembly - ( ASMAGC ) [ AMAT B ] Assembly in form AMAT.
10. ASSMXX : Assembly - ( ASMAPC ) [ MUA B ] Assembly in form MUA.
11. BDISXX : Utility - ( BDISEQ ) [ B ] Change a D.S. B in direct access into a D.S. B in sequential access or vice versa.
12. BSPLXX : Utility - ( BSPLIN ) [ NOPO COOR ] Approximation of functions by B-splines.
13. CACOXX : Composites - Calculate the mechanical characteristics of an equivalent homogenized material.
14. CHARXX : Mesh - ( CHARPO CHARPL ) [ NOPO ] Define a link between 2 beams or 2 plates.
15. CHOLXX : Solution - ( PREPAC ... DRCHPC ) [ TAE MAIL BDCL B ] Cholesky method: from assembly to solution.
16. CHORXX : Solution - ( CLIMPC ... DRCHPC ) [ MUA BDCL B ] Cholesky method: from boundary conditions to solution.
17. CHOSXX : Solution - ( PREPAC ... DRCHPS ) [ TAE MAIL BDCL B ] Cholesky method: from assembly to solution with direct access.
18. COBDXX : Utility - ( COBDC1 ) [ BDCL ] Description of imposed boundary conditions.
19. COBVXX : Utility - ( COBVVP ) [ VVPR B ] Store one or several eigen vectors in a D.S. B.
20. CODEXX : Utility - ( CODEVA ) [ VVPR ] Create a file to plot the eigen values (via TRACXX).
21. COLIXX : Mesh - ( COLIBR) [ NOPO ] Construct a 3D mesh from blocks.
22. COMAXX : Interpolation - ( COMACO ) [ MAIL COOR ] Define interpolation.
23. COMPXX : Mesh - ( COMPRE ) [ NOPO ] Compression of a D.S. NOPO so that nodes and points coincide.
24. CORNXX : Utility - ( CORNOE ) [ MAIL COOR ] Create the D.S. COOR of nodes.
25. COSDXX : Utility - ( COSDB COSNOB COSMCB ) [ NOPO MAIL COOR B ] Create a D.S. B using vectors or coordinates contained in a D.S. NOPO, a D.S. COOR and the corresponding D.S. MAIL.
26. COTAXX : Utility - ( COTABM ) [ NOPO MAIL COOR TABM ] Construction of D.S. TABM - Navier-Stokes fluid problems.
27. COUPXX : Plot - ( TRISO3 ) [ NOPO B ] Isovalues on a slice through a 3D problem.
28. CROUXX : Solution - ( PREPAC ... DRCRPC ) [ TAE MAIL BDCL B ] Crout method: from assembly to solution.
29. CSNTXX : Utility - ( CSNTAE ) [ TAE ] Change a symmetric D.S. TAE into a non-symmetric D.S. TAE.
30. CTYTXX : Utility - ( CTYTAE ) [ TAE ] Change a single precision D.S. TAE into a double precision D.S. TAE or vice versa.
31. DEFIXX : Utility - Generate the FORTRAN subroutine to define an element.
32. DEFNXX : Mesh - ( DEFNOP ) [ NOPO B ] Create a D.S. NOPO by adding displacements. from assembly to solution.
33. DGRAXX : Solution - ( PREPGC ... CONDLU DGRADA ) [ TAE AMAT MAIL BDCL B ] Accelerated double conjugate gradient iterations for non symmetric matrix (positive definite).
34. DTRIXX : Mesh - ( DTRI3D ) [ NOPO ] Split the elements of a 3D mesh into tetrahedra.
35. ELAPXX : Plasticity - ( ELAPLA ) Calculate the plastic zones.
36. ELIMXX : Mesh - ( ELIMNO ) [ NOPO ] Remove one or several elements from a D.S. NOPO.
37. ELNLXX : Non-linear elasticity - ( PRELA3 GDEFIN ) [ NOPO MAIL COOR BDCL B ] Solve an elasticity problem with large deformations.
38. EMC˛ : Mesh - ( ) [ NOPO ] Interactive 2D mesh generator and editor.
39. EVO2XX : Parabolic - ( EVOLMP ) [ MUA BDCL B ] solve a constant coefficient first or second order transient problem (multi-step method).
40. EVOLXX : Parabolic - ( EVOLGE ) [ MUA BDCL B ] solve a constant coefficient first order transient problem (Gear's method).
41. FLUXXX : Utility - ( FLUXTH ) [ TAE B ] Calculate flux or temperatures for mixed elements.
42. FOINXX : Solution - ( FOINRE ) [ MAIL TAE B ] Calculate interface and reaction forces.
43. FOMIXX : Utility - ( COMILI COFORC ) [ MILI FORC ] Create the D.S. MILI and FORC containing the material and force descriptions.
44. FRONXX : Solution - ( PREPAF .. FRONT ) [ TAE MAIL BDCL B ] Frontal method : Solution.
45. GAUSXX : Solution - ( PREPGC ... GAUSPC DRGAPC ) [ TAE AMAT MAIL BDCL B ] Gauss method.
46. GEODXX : Mesh - ( GEODET ) [ NOPO ] Check a mesh by calculating the areas and volumes of its elements.
47. GEONXX : Mesh - ( GEONOP ) [ NOPO GEOM ] Transform a D.S. GEOM into a D.S. NOPO.
48. GIBBXX : Mesh - ( GIBBS ) [ NOPO ] Renumber the nodes and elements of a mesh.
49. GRADXX : Solution - ( PREPGC ... ) [ TAE MAIL BDCL B ] Conjugate gradient method : from assembly to solution by conjugate gradient method with or without preconditioning.
50. HELPXX : Help - Guide for the solution of non-linear problems (see ELNLXX).
51. HOOKXX : Utility - ( INVERD ) Calculate elasticity coefficients from the behavior modules ( Young , Poisson ).
52. IMAGXX : Utility - ( IMB .. IMVVPR ) [ B ... VVPR ] Print the contents of a D.S.
53. IMATXX : Utility - ( IMATAB ) Print an array contained in the super-array M.
54. IMBCXX : Utility - Shells - [ B ] print a D.S. B in the global axis.
55. IMNOXX : Utility - ( IMNOPS ) [ NOPO ] Print certain values of a D.S. NOPO.
56. IMPOXX : POBA - Print file POBA containing the basis polynomials.
57. IMPVXX : The same as IMPOXX - old version.
58. INFOXX : Utility - ( INFOB .. ) [ B ... ] Print certain values contained in a D.S.
59. INTEXX : Utility - ( INTERF ) [ NOPO ] Imperfect interfaces.
60. INVEXX : Utility - ( INVERD ) Inverse a full small matrix, symmetric or not.
61. ISOPXX : Plot - ( ISOPIE ) Calculate and plot the pressure level-lines.
62. MAXDXX : Utility - ( MAXDLB ) [ B ] Print the extrema of the solutions.
63. MA23XX : Mesh - ( MA2D3D ) [ NOPO ] Construct a 3D mesh by stacking 2D meshes.
64. MA2DXX : Mesh - ( MA2D3D ) [ NOPO ] Construct a 3D mesh by stacking 2D meshes, simplified version (corresponding to module MA2D3D of the previous versions).
65. MOD1XX : Mesh - ( MODNO1 ) [ NOPO ] Modify values of a D.S. NOPO manually..
66. MODMXX : Mesh - ( MODMAI ) [ MAIL COOR ] Modify a mesh by geometric transformations.
67. MODNXX : Mesh - ( MODNOP ) [ NOPO ] Modify a mesh by geometric transformations.
68. NOFOXX : Utility - ( NOFOSD ) Format or unformat a D.S.
69. NOPGXX : Mesh - ( NOPGEO ) [ NOPO GEOM ] Transform a D.S. NOPO into a D.S. GEOM.
70. NORMXX : Utility - ( NORME ) [ MAIL COOR TAE B ] Compare a calculated solution with an exact solution.
71. NSKIXX : Solution - ( NSKINC ) [ TABM B B ] Solution of a 2D Navier-Stokes problem.
72. NUMMXX : Utility - ( NUMMIX ) Renumber to avoid searching for pivots.
73. POBAXX : POBA - ( POBA ) Create the file POBA containing the basis polynomials.
74. POBVXX : As above - old version (coupled with THEVXX).
75. PROCAT : Procedures - Creation of the procedure base (graph of the subroutines, libraries, commons, etc.).
76. PROIMP : Procedures - Print information contained in the procedure base.
77. PRSDOM : Sub-domains - Construction of the operators to solve a problem by a domain decomposition method.
78. REC2XX : Mesh - ( RECOLC ) [ NOPO ] The same as RECOXX with 2 arrays M.
79. RECOXX : Mesh - ( RECOLC ) [ NOPO ] "Glue together" two meshes.
80. REFEXX : Plot - ( REFEGE ) [ NOPO ] Plot 3D meshes, cuts, verification, number modifications and geometric modifications.
81. REFNXX : Mesh - ( REFNOP ) [ NOPO ] Find the referenced faces and sides in a mesh.
82. REFPXX : Mesh - ( REFPOI ) [ NOPO ] Find the referenced points in a mesh.
83. REHPXX : Utility - ( REHP12 ) [ TAE B ] Calculate displacements for the element TRIA HP12 ( 2D mixed ).
84. REMTXX : Utility - Calculate temperatures for the mixed element.
85. RETRXX : Mesh - ( RETRIN ) [ NOPO ] Split elements of a mesh into sub-elements of the same type.
86. SDOMVD : Sub-domains - Solve a thermal problem by a sub-domain method (D.P. version).
87. SDOMVR : Sub-domains - As above in S.P.
88. STREXX : Stresses - ( STRESS ) [ TAE MAIL B ] Calculate the stresses by calculating the displacements.
89. SYMBXX : Utility - ( SYMBEL ) [ NOPO B ] Symmetrize a mesh and the corresponding solution.
90. SYFXXX : Eigenvectors - sub-domains at fixed interfaces.
91. SYMAXX : Matrix assembly - sub-domains.
92. SYPRXX : Preparation - sub-domains.
93. SYPSXX : Coupling eigenvectors - sub-domains.
94. SYREXX : Results of the modal synthesis [ B ] - sub-domains.
95. TESTXX : Utility - A complete simplified sequence to test a single finite element.
96. THECXX : Calculus - ( THELCT ELASCT ) [ MAIL COOR TAE ] Calculate the element matrices and RHS vectors for a constant coefficient problem (elasticity or thermal).
97. THELXX : Calculus - ( THELAS ) [ MAIL COOR MILI FORC TAE ] Calculate the element matrices and RHS vectors for a problem with arbitrary coefficients (elasticity or thermal).
98. THEVXX : Calculus - old version.
99. TN2DXX : Mesh - ( TN2D3D ) [ NOPO ] Create a surface from a 2D mesh.
100. TOUTXX : Utility - General preprocessor: to call particular processors.
101. TRACXX : Plot - ( TRAKOU ) Plot curves: Y= F(X) .
102. TRCOXX : Mesh - ( TRCOAC ) [ NOPO ] Extract referenced items.
     
103. TRC3XX : Plot - ( TRMC3G ) [ MAIL COOR B ] Plot 3D meshes and solutions ( isovalues, velocities, cuts, deformations, etc.).
104. TRMCXX : Plot - ( TRMACO ) [ MAIL COOR B ] Plot 2D meshes and solutions ( isovalues, velocities, cuts, deformations, etc.).
105. TRNOXX : Plot - ( TRNOPO TRGEOM ) [ NOPO GEOM B ] Plot meshes and deformations.
106. TRPOXX : plot - ( TRPOIN ) [ DATA of APNOPO ] Plot characteristic points contained in the command file of APNOPO.
107. TRPRXX : Plot - ( TRAKOU ) [ AMAT MUA ] Plot a matrix skyline.
108. TRSTXX : Plot - ( TRSTRE TRFLUX ) [ TAE MAIL COOR ] Plot stresses in 2D.
109. UNIOXX : Utility - ( UNIONB ) [ B ] Concatenate two D.S. B.
110. VALPXX : Eigenvalues and vectors - ( LANCZO ... ) [ MUA ATRI BDCL VVPR ] Compute the eigenvalues and corresponding vectors.
111. VICOXX : Composites - calculate and plot the micro-constraints inherent in a composite material.
112. VIS3XX : Plot - Plot surfaces: Z=F(X,Y).
113. VISU : Plot.
114. VVDSXX : Utility - ( VVPRDR ) [ VVPR ] Change the type of a D.S. VVPR to create one in single precision.
115. WRNOXX : Formatted output of a D.S. NOPO using the files containing the coordinate and volumetric data.