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Initial import of Stark code.

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3 <A HREF = "index.html">[Index for ./FEM]</A>
4 <A HREF = "../index.html">[Return to Master Index]</A>
5 <H1>elgen</H1>
6 <H2>(./FEM/elgen.m)</H2>
7 <HR><H3>Function Synopsis</H3>
8 <pre>ellist=elgen(nhorz,nvert)</pre>
9 <HR><H3>Help text</H3>
10 <pre>
11  
12  ELGEN generate an element list for a rectangular FEM mesh
13  
14  ELGEN generate an element list for a FEM mesh with nhorz nodes in the
15        x-direction and nvert nodes in the y-direction.  This function
16        is used primarily to provide element lists for transect data
17        so that contours can be computed for the normal component of
18        the transect. 
19
20        Example: If a transect is made with 25 horizontal and 10 vertical
21        stations,  ELGEN would be called as follows:
22        
23            &gt;&gt; ellist=elgen(25,10);
24
25        The result would be an element list containing the node numbers
26        for the three vertices of 2*(nhorz-1)*(nvert-1) elements in a matrix
27        with 2*(nhorz-1)*(nvert-1) rows and 3 columns.
28
29
30         Brian O. Blanton
31         Curriculum in Marine Sciences
32         Ocean Processes Numerical Modeling Laboratory
33         15-1A Venable Hall
34         CB# 3300
35         Uni. of North Carolina
36         Chapel Hill, NC
37                  27599-3300
38
39         919-962-4466
40         blanton@marine.unc.edu
41
42         September 1994
43
44 </pre>
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