public class xVar3ARRAYTYPE extends xVarARRAYTYPE {

	public xVar3ARRAYTYPE(int N, int rep) {
		final region R = [0:N-1];
		final dist D = dist.factory.block(R);
		final double[.] times = new double[[0:4,0:rep]];
		final ARRAYTYPE[.] a = new ARRAYTYPE[D];
		final ARRAYTYPE[.] b = new ARRAYTYPE[D];
		final ARRAYTYPE[.] c = new ARRAYTYPE[D];
		final ARRAYTYPE    scalar = (ARRAYTYPE)3;

		finish ateach(point p : dist.factory.unique()) {
			for ( point [j] : c.distribution|here ) {
				a[j] = (ARRAYTYPE)1;
				b[j] = (ARRAYTYPE)2;
				c[j] = (ARRAYTYPE)0;
			}
		}

		for ( int i=0 ; i<rep ; i++ ) {
			times[0,i] = -(double)System.nanoTime();
			finish ateach(point p : dist.factory.unique()) {
				for ( point j : (D|here).region)  c[j] = a[j];             // COPY KERNEL
			}
			times[0,i] += (double)System.nanoTime();
			times[1,i] = -(double)System.nanoTime();
			finish ateach(point p : dist.factory.unique()) {
				for ( point j : (D|here).region)  b[j] = scalar*c[j];      // SCALE KERNEL
			}
			times[1,i] += (double)System.nanoTime();
			times[2,i] = -(double)System.nanoTime();
			finish ateach(point p : dist.factory.unique()) {
				for ( point j : (D|here).region)  c[j] = a[j]+b[j];        // ADD KERNEL
			}
			times[2,i] += (double)System.nanoTime();
			times[3,i] = -(double)System.nanoTime();
			finish ateach(point p : dist.factory.unique()) {
				for ( point j : (D|here).region)  a[j] = b[j]+scalar*c[j]; // TRIAD KERNEL
			}
			times[3,i] += (double)System.nanoTime();
		}
		checkresult(a,b,c,N,rep);
		for (int j=0 ; j<4 ; j++)
			for (int i=1; i<rep-1; i++)
				times[j,0] = ((times[j,i]<times[j,i+1])?times[j,i]:times[j,i+1]);
		pcopy  = (double)2*(double)N*SIZEOFARRAYTYPE/times[0,0]*1.0e+3;
		pscale = (double)2*(double)N*SIZEOFARRAYTYPE/times[1,0]*1.0e+3;
		padd   = (double)3*(double)N*SIZEOFARRAYTYPE/times[2,0]*1.0e+3;
		ptriad = (double)3*(double)N*SIZEOFARRAYTYPE/times[3,0]*1.0e+3;
        }
}