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Revision 495 (checked in by cbc, 12 years ago)

Initial import of Stark code.

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1 <TITLE>/</TITLE>
2 <BODY>
3 <A HREF = "index.html">[Index for ./FDCONT]</A>
4 <A HREF = "../index.html">[Return to Master Index]</A>
5 <H1>fdvector</H1>
6 <H2>(./FDCONT/fdvector.m)</H2>
7 <HR><H3>Function Synopsis</H3>
8 <pre>h=fdvector(bfd,ufe,vfe,sc,stride,sclab,scale_xor,scale_yor)</pre>
9 <HR><H3>Help text</H3>
10 <pre>
11 FDVECTOR plot vectors from a bfd sampling.
12    FDVECTOR plots vectors from a FEM domain that has been
13    sampled on a finite difference grid.  The FD grid
14    is contained in a .bfd file (See <A HREF = "../2.FDCONT/genbfd.html">GENBFD</A>) and FDVECTOR
15    handles the interpolatopn of FE vector data onto
16    the FD grid.  (VECPLOT2 does the actual plotting.)
17
18    Input:   bdf    - bfd array (all 10 columns)
19             u      - east vector amplitude
20             v      - west vector amplitude
21             sc     - vector scaler; (optional; def = 1.)
22             stride - stride over nodes
23             sclab  - label for vector scale; (optional; def = 'cm/s')
24             scale_xor,scale_yor - vector scale origin (optional)
25
26    The stride argument is used to plot every other
27    vector (stride=2, e.g.).
28
29    Including the scale_xor,scale_yor prevents the mouse-driven
30    specification of the vector scale placement.
31  
32    Output: h - vector of handles to objects drawn.
33 </pre>
34 <HR><H3>Cross-Reference Information</H3>This function calls
35 <pre><UL>
36 <LI><A HREF = "../2.FDCONT/fe2fd.html">fe2fd</A>          ./FDCONT/fe2fd.m</LI>
37 </UL></pre>
38 <HR>
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