Application: gvSIG desktop

			resultData.setMapToPixelCoefY(mapToPixelCoefY);

			resultData.setRmsXTotal(rmsXTotal);

			resultData.setRmsYTotal(rmsYTotal);

			resultData.setRmsTotal(rmsTotal);

			resultData.setPolynomialOrden(orden);

	 * @return vector con los RMS 

	 * */

	public void calculateRMSerror() {

		int numgpcs= gpcs.length;

		double rmsxTotal=0;

		double rmsyTotal=0;

		for(int im_point = 0; im_point < numgpcs; im_point++) {

			rmsxTotal += gpcs[im_point].getErrorX();

			gpcs[im_point].setErrorY(Math.pow(gpcs[im_point].getEvaluateY() - gpcs[im_point].pixelPoint.getY(), 2));

			rmsyTotal += gpcs[im_point].getErrorY();

			rmsTotal += gpcs[im_point].getRms();

		}

		this.rmsTotal = rmsTotal / numgpcs; 

		this.rmsXTotal = rmsxTotal / numgpcs;

		this.rmsYTotal = rmsyTotal / numgpcs;

		System.out.print("Map Y\t\t");

		System.out.print("Pix X\t\t");

		System.out.print("Pix Y\t\t");

				System.out.print((new Double(gpcs[i].getErrorX()).toString()+"\t\t"));

				System.out.print((new Double(gpcs[i].getErrorY()).toString()+"\t\t"));

				System.out.print((new Double(gpcs[i].getRms()).toString()+"\t\t"));

	}

	/**