//! Main function for sequential C target
int main (int argc, const char **argv)
{
    bool        timingFlg = false;      //! true if timing computation
    bool        printOutputFlg = false; //! true if output is in text format

  // create the world
    @PREFIX@World_t *wrld = @PREFIX@Init();
    if (wrld == 0)
        exit (1);

  // handle command-line options
    {
	Diderot_Options_t *opts = Diderot_OptNew ();
	@PREFIX@Inputs_t inputs;
	Diderot_OptAddFlag (opts, "verbose", "enable runtime-system messages", &(wrld->verboseFlg));
	Diderot_OptAddFlag (opts, "timing", "enable execution timing", &timingFlg);
	Diderot_OptAddFlag (opts, "text", "enable text output", &printOutputFlg);
	RegisterGlobalOpts (&inputs, opts);
	Diderot_OptProcess (opts, argc, argv);
	Diderot_OptFree (opts);
	InitInputs (wrld, &inputs);
    }

  // run the generated global initialization code
    if (wrld->verboseFlg)
        fprintf (stderr, "initializing globals ...\n");
    @PREFIX@Initially (wrld);

    if (wrld->verboseFlg)
        fprintf(stderr, "run with %d strands ...\n", wrld->numStrands);
    double t0 = airTime();
    uint32_t nSteps = @PREFIX@Run (wrld, 0);
    double totalTime = airTime() - t0;

    if (wrld->verboseFlg)
        fprintf (stderr, "done: %d steps, in %f seconds\n", nSteps, totalTime);
    else if (timingFlg)
        printf ("usr=%f\n", totalTime);

  // output the final strand states
    if (printOutputFlg)
        PrintOutput (wrld);
    else
        WriteOutput (wrld);
    
    @PREFIX@Shutdown (wrld);

    return 0;

} // main