// This import was necessary for how I decided to call the methods three more times. 
// It is not required necessary for the project; other solutions could suffice. 
import java.util.Random;

public class Project5DriverSolution
{
  public static void main (String[] args)
  {
    PolynomialSolverSolution poly = new PolynomialSolverSolution();
    NthRootSolverSolution nth = new NthRootSolverSolution();
    MonomialSolverSolution mono = new MonomialSolverSolution();
    BasicCalculatorSolution basic = new BasicCalculatorSolution();
    Random random = new Random();
    AdvancedTrigCalculatorSolution advtrig = new AdvancedTrigCalculatorSolution();
    // The above reference is used for all trigonometric functions 
    // because the TrigCalculatorSolution class is abstract,
    // so it needs an instance of a child class to access its methods. 
    
    // Explicitly required functionality. 
    System.out.println("The solution to (6x-40)^7 = 953 is " + poly.solveEquation(6, -40, 7, 953));
    System.out.println("The solution to (12x+96)^0.2 = 3 is " + nth.solveEquation(12, 96, 5, 3));
    System.out.println("The solution to (10x+25) = 50 is " + mono.solveEquation(10, 25, 1, 50));
    System.out.println("The sine of 1.05 is " + advtrig.sine(1.05));
    System.out.println("The cosine of 3.14 is " + advtrig.cosine(3.14));
    System.out.println("The cosecant of 0.65 is " + advtrig.cosecant(0.65));
    System.out.println("The tangent of 0.3 is " + advtrig.tangent(0.3));
    System.out.println("The secant of 10 is " + advtrig.secant(10));
    System.out.println();
    
    // Showing that BasicCalculatorSolution works. 
    System.out.println("1 + 12 = " + basic.add(1,12));
    System.out.println("6 ^ 5 = " + basic.power(6,5));
    System.out.println("7 * 56 = " + basic.multiply(7,56));
    System.out.println();
    
    // Calling each method three times to ensure proper functionality. 
    for (int i=0; i<3; i++)
    {
      int[] num = new int[16];
      for (int j=0; j<num.length; j++)
        num[j] = random.nextInt(100);
      System.out.println("The solution to (" + num[0] + "x + " + num[1] + ")^" + num[2] + " = " + num[3] + " is " + poly.solveEquation(num[0], num[1], num[2], num[3]));
      System.out.println("The solution to (" + num[4] + "x + " + num[5] + ")^1/" + num[6] + " = " + num[7] + " is " + nth.solveEquation(num[4], num[5], num[6], num[7]));
      System.out.println("The solution to (" + num[8] + "x + " + num[9] + ") = " + num[10] + " is " + mono.solveEquation(num[8], num[9], 1, num[10]));
      System.out.println("The sine of " + num[11] + " is " + advtrig.sine(num[11]));
      System.out.println("The cosine of " + num[12] + " is " + advtrig.cosine(num[12]));
      System.out.println("The cosecant of " + num[13] + " is " + advtrig.cosecant(num[13]));
      System.out.println("The tangent of " + num[14] + " is " + advtrig.tangent(num[14]));
      System.out.println("The secant of " + num[15] + " is " + advtrig.secant(num[15]));
      System.out.println();
    }
  }
}