# ----------------------------------------------------------------------
#  LANGUAGE:  MATLAB API
# ======================================================================
#  AUTHOR:  Michael McLennan, Purdue University
#  Copyright (c) 2004-2012  HUBzero Foundation, LLC
#
#  See the file "license.terms" for information on usage and
#  redistribution of this file, and for a DISCLAIMER OF ALL WARRANTIES.
# ======================================================================
language "MATLAB" {
  extension ".m"
  command {matlab -nodisplay -r infile='@driver',path('@tool',path),@@FILEROOT@@}

  main {% ----------------------------------------------------------------------
%  MAIN PROGRAM - generated by the Rappture Builder
% ----------------------------------------------------------------------

% open the XML file containing the run parameters
% the file name comes in from the command-line via variable 'infile'
io = rpLib(infile);

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Get input values from Rappture
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@@INPUTS@@

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%  Add your code here for the main body of your program
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% spit out progress messages as you go along...
rpUtilsProgress(0, 'Starting...');
rpUtilsProgress(5, 'Loading data...');
rpUtilsProgress(50, 'Half-way there');
rpUtilsProgress(100, 'Done');

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Save output values back to Rappture
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@@OUTPUTS@@

rpLibResult(io);
quit;
}

  input boolean {
    code "\n% get input value for $path"
    code "str = rpLibGetString(io,'$path.current');"
    code "$id = strcmpi(str,'yes');"
  }
  input image {
    code "\n% get input value for $path"
    code "% returns base64-encoded image data"
    code "$id = rpLibGetString(io,'$path.current');"
  }
  input integer {
    code "\n% get input value for $path"
    code "$id = int32(rpLibGetDouble(io,'$path.current'));"
  }
  input number {
    set units [attr get units]
    if {$units ne ""} {
      code "\n% get input value for $path and convert to $units"
      code "str = rpLibGetString(io,'$path.current');"
      code "\[$id,err\] = rpUnitsConvertDbl(str, '$units');"
    } else {
      code "\n% get input value for $path"
      code "$id = rpLibGetDouble(io,'$path.current');"
    }
  }
  input * {
    code "\n% get input value for $path"
    code "$id = rpLibGetString(io,'$path.current');"
  }

  output curve {
    code "\n% save output value for $path"
    code "% this assumes a vector 'x' and a vector 'y'"
    code "xydata = \[x;y\];"
    code "str = sprintf('%12g %12g\\n', xydata);"
    code "rpLibPutString(io,'$path.component.xy',str,0);"
  }
  output histogram {
    code "\n% save output value for $path"
    code "% vectors x,h,w: x-coord, height of bar, and width of bar (optional)"
    code "xhwdata = \[x;h;w\];"
    code "str = sprintf('%12g %12g %12g\\n', xhwdata);"
    code "rpLibPutString(io,'$path.component.xhw',str,0);"
  }
  output image {
    code "\n% save output value for $path"
    code "% data should be base64-encoded image data"
    code "rpLibPutString(io,'$path.current',imdata,0);"
  }
  output integer {
    code "\n% save output value for $path"
    code "rpLibPutString(io,'$path.current',num2str($id),0);"
  }
  output number {
    code "\n% save output value for $path"
    code "rpLibPutString(io,'$path.current',num2str($id),0);"
  }
  output * {
    code "\n% save output value for $path"
    code "rpLibPutString(io,'$path.current',$id,0);"
  }
}