node49.html

htmdoc for html coding

Transform a 2D mesh into a 3D surface.  (via <b> APNOP3</b>  with keyword &quot;SU23&quot;) </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> TN3D2D </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Transform a 3D mesh into a 2D mesh by setting the sides to zero. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> AFFNOP </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Refine a 2D mesh locally around some specified vertices.  (via <b> APNOPO</b>  with keyword &quot;AFFL&quot;) </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> QUA4TR </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Split the quadrangles of a 2D mesh into 4 triangles.  (via <b> APNOPO</b>  with keyword &quot;Q4T&quot;) </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> TRCOAC </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Extract the referenced sides and faces of a mesh.  (via <b> APNOPO</b> and <b> APNOP3</b> with keyword &quot;EXTR&quot;) </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> ADPNOP </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Define nodes (supports for degrees of freedom) if they differ from the vertices.  (via <b> APNOPO</b> and <b> APNOP3</b> with keyword &quot;ADPO&quot;) </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> GIBBS </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Renumber nodes or elements and nodes of a mesh.  (via <b> APNOPO</b> and <b> APNOP3</b> with keywords &quot;RENE&quot; or &quot;RENC&quot;) </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> PROFIL </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Renumber nodes or elements and nodes of a mesh (as for module <b> GIBBS</b>).  (according to Marro's algorithm) </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> AKHHAT </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Renumber nodes or elements and nodes of a mesh (as for module <b> GIBBS</b>).  (according to Akhras Dhatt's algorithm) </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> RENUMT </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Renumber the elements according to the increasing node numbers. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> NUMMIX </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Renumbering to avoid searching for pivots. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> QUALNO </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Measure  the quality of mesh. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
</TABLE>
<P>
<TABLE COLS=4 RULES=GROUPS>
<COL ALIGN=JUSTIFY><COL ALIGN=JUSTIFY><COL ALIGN=CENTER><COL ALIGN=CENTER>
<TR><TD VALIGN=BASELINE ALIGN=LEFT>
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> ISOPIE TRNOPO TRGEOM </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Plot a 2D or 3D mesh. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> CHARPO </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Hinges between two beams. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
<tt> CHARPL </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Hinges between two plates. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> INTERF </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Create flat quadrangles on the referenced edges of a 2D DS NOPO. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> WRNOPO </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Write a DS NOPO using a coordinate file and a volumetric file. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> NOTRP1 </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Geometrically  transform a DS NOPO containing Ruas triangles at 7 nodes into a P1 DS NOPO. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> AXENOD </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Calculate the nodal axes at each node construction of an array associated with the DS COOR </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
</TABLE>
<P>
<LI> Modules associated with the discrete variational formulations:
<P>
<TABLE COLS=4 RULES=GROUPS>
<COL ALIGN=JUSTIFY><COL ALIGN=JUSTIFY><COL ALIGN=CENTER><COL ALIGN=CENTER>
<TR><TD VALIGN=BASELINE ALIGN=LEFT>
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> COMAC2 COMAC3 COMACO </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Creates the data structures <b> MAIL</b> and <b> COOR</b> describing the mesh from a topological, metrical and interpolation point of view. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> COFORC </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Constructs the D.S. <b> FORC</b> which indicates where to find the necessary data for the calculation of the element right-hand-side vectors. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> COMILI </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Constructs the D.S. <b> MILI</b> which indicates where to find the information necessary (physical properties) to calculate the element matrices. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> THENEW </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Calculates the element matrices and RHS vectors and constructs the D.S. <b> TAE</b>. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> THELAS </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Calculates the element matrices and RHS vectors and constructs the D.S. <b> TAE</b>. (old version) </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
<tt> THERCT ELASCT </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Replace <b> COMILI</b>, <b> COFORC</b> and <b> THELAS</b>, in thermal and elastic problems respectively, when the material characteristics, forces, or heat sources are constant by sub-domain or boundary section characterized by a reference number. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
</TABLE>
<P>
<TABLE COLS=4 RULES=GROUPS>
<COL ALIGN=JUSTIFY><COL ALIGN=JUSTIFY><COL ALIGN=CENTER><COL ALIGN=CENTER>
<TR><TD VALIGN=BASELINE ALIGN=LEFT>
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> THEASS </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Calculates  and assembles the element matrices. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> COTYNO </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Construct the D.S. <b> TYNO</b> containing the significance of each d.o.f. calculated. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> CTYTAE </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Transforms a real D.S. <b> TAE</b> into a double precision D.S. <b> TAE</b> and vice versa. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> CORNOE </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Generates the D.S. <b> COOR</b> containing the nodal coordinates of the mesh. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> BSPLIN </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Approximate functions by B-Spline methods. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> 
</TD><TD VALIGN=BASELINE ALIGN=LEFT></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD></TR>
<TR><TD VALIGN=BASELINE ALIGN=LEFT> <tt> RECIPE </tt></TD><TD VALIGN=BASELINE ALIGN=LEFT>
Recuperate the interpolation variable numbers corresponding to the finite element under consideration. </TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP></TD><TD VALIGN=BASELINE ALIGN=CENTER NOWRAP> </TD></TR>
</TABLE>
<P>
<LI> Pointers on degrees of freedom and imposed boundary conditions:
<P>