source: issm/trunk/src/wrappers/Issm/issm.js@ 20500

function issm(fid,toolkitstring,solutionstring,modelname){
/*issm 
           usage: var output = issm(fid,toolkitstring);
              where: fid is a pointer to a memory buffer created by marshall, toolkitstring is a toolkits 
                  string created by ToolkitsToFile and 
                  output is a binary buffer to be read by loadresultsfromcluster.
*/
        
        /*variables: */
        var poutput,output,poutputsize,outputsize;
        var dbinaryPtr,binHeap,binary,binarybuffer,nb

        /*recover input buffer: */
        binarybuffer=fid.rawbuffer(); //binarybuffer is now an arraybuffer
        nb = fid.ptr; //size of array buffer in bytes.

        /*dyanmically allocate the raw buffer onto the Module heap: */
        dbinaryPtr= Module._malloc(nb); binHeap = new Uint8Array(Module.HEAPU8.buffer,dbinaryPtr,nb);
        binHeap.set(new Uint8Array(binarybuffer)); binary=binHeap.byteOffset;

        /*allocate output pointers: */
        poutputsize = Module._malloc(4); 
        poutput = Module._malloc(4); 

        //Declare TriMesh module: 
        issmmodule= Module.cwrap('IssmModule','number',['number','number','number','number','string','string','string']);
        
        //Call issm:
        issmmodule(poutput, poutputsize,binary, nb, toolkitstring,solutionstring,modelname);

        //recover outputs from pointers: 
        var outputsize = Module.getValue(poutputsize,'i32');
        
        var outputptr = Module.getValue(poutput,'i32');
        output = Module.HEAP8.slice(outputptr, outputptr + outputsize);
        
        return [output,outputsize];
}