Program: MKLSGRIDFINDMATCHTRI

  mklsgridfindmatches......find triangles whose nodes match most data
 
  call: [idlist,maxfit]=mklsgridfindmatchtri(lsopt,mygrid);
 
                lsopt: (struct)
                       LOCSMITH options structure as returned by MKLSOPT
               mygrid: (struct)
                       LOCSMITH search grid as returned by MKGRIDNEW
 
  result: 
               idlist: (struct array)
                       A struture variable that defines the layers and
                       triangles to be modified. The following fields are
                       expected:
                       .layer: (numeric)
                               layer ID, only one per element of IDLIST.
                       .triangle: (numeric array)
                                  list of triangle IDs
                                  if this is the empty matrix [], all
                                  triangles are modified.
 
                       idlist(i).layer defines a layer in which
                       modifications on triangles shall be made. Then
                       idlist(i).triangle is a list of triangle IDs that
                       defines which triangles of the speicifed layer are to
                       be modified.
                       If n layers are to be modified, IDLIST must consist
                       of n elements, each having its own .layer and
                       .triangle fields.
 
               maxfit: (array) [counter]
                       list containing the maximum compatibility for each
                       layer. maxfit(1) is for the first layer in the grid,
                       maxfit(end) for the last one. (this is not
                       necessarily in sequence of layer radius!)
 
  This routine identifies all triangles that have nodes which match most of
  the data. These are the nodes at which the .fit field reaches its max.
  Requiring that .fit matches .tested exactly yields problems with data
  outliers.
 
  Martin Knapmeyer, 01.03.2005, 08.03.2005, 13.09.2005

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