MyTriangle

/**
Chase Keskinyan
10/22/19
MyTriangle project
*/
public class MyTriangle
{
    private MyPoint v1;
    private MyPoint v2;
    private MyPoint v3;

    public MyTriangle(MyPoint a, MyPoint b, MyPoint c)
    {
        v1 = a;
        v2 = b;
        v3 = c;
    }

    public double findPerimeter()
    {
        double side1 = v1.findDistance(v2);
        double side2 = v2.findDistance(v3);
        double side3 = v3.findDistance(v1);
        double perimeter = side1 + side2 + side3;
        return perimeter;
    }

    public double findArea()
    {
        double side1 = v1.findDistance(v2);
        double side2 = v2.findDistance(v3);
        double side3 = v3.findDistance(v1);
        double s = this.findPerimeter() / 2;
        return Math.sqrt((s)*(s - side1)*(s - side2)*(s - side3));
    }

    public String displayType()
    {
        double side1 = v1.findDistance(v2);
        double side2 = v2.findDistance(v3);
        double side3 = v3.findDistance(v1);

        if(side1==side2 && side2==side3)
        {
        return "Equilateral";
        }

        else if(side1==side2 || side2==side3)
        {
        return "Isosceles";
        }

        else
        {
        return "Scalene";\\find max of side 1 and 2 then max of those against max of 3...
        }

        /*if((Math.pow(side1, 2)+ Math.pow(side2, 2)- Math.pow(side3, 2))== 0)
        {


        }*/
    }

    public String toString()
    {
        return v1 + ", " + v2 + ", " + v3;
    }
}




/**
Chase Keskinyan
10/22/19
MyTriangle project
*/
public class MyTriangleClient
{
  public static void main(String[]args)
  {
  }
}