// Shape.java
// Abstract class for geometric shapes.
// Provides a number of non-abstract methods

// Written by THC for CS 5 HW 3.  Modified by Scot Drysdale to
// use for VoronoiTool

import java.awt.*;
import java.awt.geom.Point2D;

public abstract class Shape implements Drawable
{
	private Color color;      // Shape's color
	
	public Shape(Color initColor)
	{
		color = initColor;
	}
	
	public Shape()
	{
		color = Color.black;
	}
  
	// Get the Shape's color.
	public Color getColor()
	{
		return color;
	}
  
	// Set the Shape's color.
	public void setColor(Color newColor)
	{
		color = newColor;
	}
  
	// Draw this shape on page
	public abstract void draw(Graphics page);  
	
	// returns the distance squared from Point p to this segment 
	public double euclideanSq(Point2D p)
	{
		return euclideanSq(p.getX(), p.getY());
	}
	
    // Compute the Euclidean distance between this shape and point (x, y)
	public abstract double euclideanSq(double x, double y); 
	
	// returns the L_1 distance from Point p to this segment 
	public double lOne(Point2D p)
	{
		return lOne(p.getX(), p.getY());
	}
	
	// Compute the L_1 distance between this shape and  point (x, y)
	public abstract double lOne(double x, double y);
	
	// Computes the reciprocal of the aspect-ratio distance to the point p2.
	// (This avoids problems with infinity, but reverses normal tests)
	public double aspectRatioRecip(Point2D p)
	{
		return aspectRatioRecip(p.getX(), p.getY());
	}
	
	// Computes the reciprocal of the aspect-ratio distance to point (x, y).
	// (This avoids problems with infinity, but reverses normal tests)
	public abstract double aspectRatioRecip(double x, double y);

	// Computes the cosine of the angle between the point (x,y) and the 
	// endpoints of this shape
	public abstract double findCosOfAngle(double x, double y);
	
	// Translate the shape by (deltaX, deltaY)
	public abstract void move(double deltaX, double deltaY, Point2D clickPoint); 
	
	// Rotate the shape 45 degrees around the origin and scale by sqrt(2)
	public abstract Shape rotate();
	
	// Returns true if the shape is entirely contained in the rectangle
	public abstract boolean isContained(Rect r);
}