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root/gliderproc/trunk/MATLAB/opnml/IO_Functions/v3c.m

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

Initial import of Stark code.

Line 
1 %V3C Dartmouth FEM File Standard Filetype (Description).
2 %
3 %       Output format for a 3-D, complex-valued vector field.
4 %
5 %       This filetype is read by the OPNML MATLAB function
6 %       READ_V3C.  Type "help read_v3c" for more information.
7 %
8 %       The .v3c file contains 4 header lines:
9 %          1) The geometric meshname
10 %          2) User-defined file description line
11 %          3) NNV - number of vertical nodes
12 %          4) Frequency (radians/sec)
13 %
14 %       Then, there are NN lines of the form:
15 %             I  Z(I,J) Uamp(I,J) Upha(I,J) Vamp(I,J) Vpha(I,J) Wamp(I,J) Wpha(I,J)
16 %
17 %       where:  Z(I,J)    - vertical co-ordinate at node (I,J)
18 %               Uamp(I,J) - amp of x-velocity at node (I,J)
19 %               Upha(I,J) - phase of x-velocity at node (I,J) (degrees)
20 %               Vamp(I,J) - amp of y-velocity at node (I,J)
21 %               Vpha(I,J) - phase of y-velocity at node (I,J) (degrees)
22 %               Wamp(I,J) - amp of z-velocity at node (I,J)
23 %               Wpha(I,J) - phase of z-velocity at node (I,J) (degrees)
24 %               J=1,NNV   - the inner loop over 1-D vertical nodes
25 %               I=1,NN    - the outer loop over 2-D horizontal nodes
26 %               NN        - the number of horizontal nodes in the mesh
27 %
28 %      See the document "DATA FILE STANDARDS FOR THE GULF OF MAINE PROJECT"
29 %      for more details.
30
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