USintrpltQ

USintrpltQ may be used to interpolate the solution from one unstructured grid to another. The user is prompted for the existing .cgd and .cfl files containing the original grid and solution, for the existing .cgd file with the new grid, and for the .cfl file that will be created containing the interpolated solution.

Example

Lines in slanted type are typed by the user.

   % USintrpltQ

                        ***** USintrpltQ *****
   
   
             Select the desired version from the following list.
   
   0) END
   1) USintrpltQ   (32-bit version with CPU optimization)
   
   Single program automatically selected.
   
   Enter unstructured grid common file to interpolate from....... : SSjet.cgd
   Enter unstructured solu common file to interpolate from....... : SSjet.cfl
   Enter unstructured grid common file to interpolate to....... : SSjet2.cgd
   Enter new unstructured solu common file to interpolate to....... : SSjet2.cfl
    USintrpltQ - Version 1.4 (last changed 2001/12/18 16:15:37)
    ****************************************************************************
    * Warning: This software contains technical data whose export is           *
    * restricted by the Arms Export Control Act (Title 22, U.S.C., Sec 2751,   *
    * et seq.) or Executive Order 12470. Violation of these export-control     *
    * laws is subject to severe criminal penalties. Dissemination of this      *
    * software is controlled under DoD Directive 5230.25 and AFI 61-204.       *
    ****************************************************************************
   in ReadInp: GridFile1 = SSjet.cgd 

               FlowFile1 = SSjet.cfl 

               GridFile2 = SSjet2.cgd 

               FlowFile2 = SSjet2.cfl 

    in intrpltQ, xmin(1) =   -2.65000350720223
                 xmax(1) =    7.98333350720223
                 ymin(1) =  -0.166666502483524
                 ymax(1) =    3.49999650248353
                 zmin(1) =  -0.159937593951805
                 zmax(1) =   0.159937593951805
    in intrpltQ, zone =            1
    in GetXyzVrtcs2, xmin =   -2.16667000000000
                     xmax =    7.50000000000000
                     ymin =   0.000000000000000E+000
                     ymax =    3.33333000000000
                     zmin =  -0.116331539343348
                     zmax =   0.116331539343348
    in intrpltQ, DistMax =    1.22618905074406
                 DistMin =   0.000000000000000E+000
    in IntrpltQ, nqv          =           10
                 nVrtcsZ      =        72421
                 nVrtcsZmax   =        72421
                 nTotalVrtcs1 =        94923
    CPU time =    1.352794