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<A HREF = "index.html">[Index for ./IO_Functions]</A> |
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<A HREF = "../index.html">[Return to Master Index]</A> |
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<H1>v3r</H1> |
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<H2>(./IO_Functions/v3r.m)</H2> |
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<HR><H3>Help text</H3> |
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<pre> |
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V3R Dartmouth FEM File Standard Filetype (Description). |
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Output format for a 3-D, Steady-state, vector field. |
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This filetype is read by the OPNML MATLAB function |
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<A HREF = "../4.IO_Functions/read_v2c.html">read_v2c</A>. Type "help <A HREF = "../4.IO_Functions/read_v2c.html">read_v2c</A>" for more information. |
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The .v3r file contains 3 header lines: |
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1) The geometric meshname |
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2) User-defined file description line |
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3) NNV, the number of vertical sigme mesh nodes |
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under each horizontal 2-D node. |
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Then, there are NN*NNV lines of the form: |
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I Z(I,J) U(I,J) V(I,J) W(I,J) |
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where: Z(I,J) = vertical coordinate at horizontal node I, |
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vertical node J (MKS) |
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(U,V,W) = (x,y,z) vector amplitudes of the 3-D |
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velocity at node (I,J) |
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J=1,NNV - the inner loop over 1-D vertical nodes |
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I=1,NN - the outer loop over 2-D horizontal nodes |
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NN = the number of horizontal nodes in the mesh |
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See the document "DATA FILE STANDARDS FOR THE GULF OF MAINE PROJECT" |
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for more details. |
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</pre> |
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<HR><H3>Cross-Reference Information</H3>This is called by |
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<pre><UL> |
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<LI><A HREF = "../4.IO_Functions/read_fem_data.html">read_fem_data</A> ./IO_Functions/read_fem_data.m</LI> |
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</UL></pre> |
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<HR> |
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