// TestComplexPolynomial.java 

public class TestComplexPolynomial
{
  public TestComplexPolynomial() // constructor
  {
    System.out.println("TestComplexPolynomial running");
    ComplexPolynomial P, RR, RRR, QQ;
    double Q[] = {1.0, 2.0, 3.0};
    double S[] = {4.0, 5.0, 6.0};
    Complex CC[] = new Complex[3];
    ComplexMatrix.fromDouble(Q,S,CC);
    System.out.println("Complex vector CC");
    ComplexMatrix.print(CC);
    ComplexPolynomial R = new ComplexPolynomial(CC);
    System.out.println("ComplexPolynomial R");
    R.print();
    ComplexPolynomial FP=ComplexPolynomial.fromRoots(CC);
    System.out.println("fromRoots CC");
    FP.print();
    RR=R.add(R);
    System.out.println("RR=R+R=2*R");
    RR.print();
    P=RR.subtract(R);
    System.out.println("P=RR-R=R");
    P.print();
    RRR=R.multiply(RR);
    System.out.println("RRR=RR*R");
    RRR.print();
    QQ=RRR.divide(RR);
    System.out.println("QQ=RRR/RR");
    QQ.print();
    QQ=RRR.remainder(RR);
    System.out.println("QQ=RRR/RR");
    QQ.print();
    QQ=RRR.integral(new Complex(-3.5, -2.2));
    System.out.println("integrate RRR, -3.5,-2.2");
    QQ.print();
    RRR=QQ.derivitive();
    System.out.println("derivitive QQ=RRR");
    RRR.print();
  }

  public static void main (String args[])
  {
    new TestComplexPolynomial(); // construct and execute
  }
}