public static void main(String[] args){

    //parse the arguments

//    if(args.length<5){

//      System.err.println("Too fewer arguments were entered. Use CornSimulation as: java CornSimulation kernelNum rowNum hapNum groupNum neighborType simSize");

//    }

//    int kernelNum =Integer.parseInt(args[0]);

//    int rowNum = Integer.parseInt(args[1]);

//    int haploidNum = Integer.parseInt(args[2]);

//    int groupNum = Integer.parseInt(args[3]);

//    NeighborType ntype = NeighborType.FourNeighbor;

//    if(args[4].equals("8")){

//      ntype = NeighborType.EightNeighbor;

//    }

//    int simSize = 1000000;

//    if(args.length>5){

//      simSize = Integer.parseInt(args[5]);

//    }

    int kernelNum = 6;

    int rowNum = 2;

    int haploidNum = 2;

    int groupNum = 1;

    int simSize = 1000000;

    CornSurface myCornSurface = new CornSurface(kernelNum,rowNum,haploidNum,groupNum);

    RandomGenerator rg = new Well44497b();

    RandomDataImpl rng = new RandomDataImpl(rg);

//    System.out.println("The pvalue for four neighbor group is: " + myCornSimulation.simulate(NeighborType.FourNeighbor)+".");

//

//    System.out.println("The pvalue for eight neighbor group is: "+ myCornSimulation.simulate(NeighborType.EightNeighbor)+".");

  //  CornsSimulation corns = new CornsSimulation(2,rng,10000);

    CornsSimulation corns = new CornsSimulation(rng,10000);

   

//    //System.out.println("The overall pvalue for 8 neighbor is: "+corns.overallSimulation(NeighborType.EightNeighbor));

    double pvalues[] = corns.overallSimulationBoth();

    System.out.println("The overall pvalue for 4 neighbor is: "+pvalues[0]);

    System.out.println("The overall pvalue for 8 neighbor is: "+pvalues[1]);

  }

}