package uk.ac.liv.comp285.cw1;
import java.awt.Graphics;
import uk.ac.liv.comp285.cw1.shapes.Point;
public interface IShape {
/**
* Calculates and returns the area of the shape
* @return area calculated
*/
public float getArea();
/**
* Returns the lower left hand point of the bounding rectangle of the shape
* @return Point containing lower left hand Point
*/
public Point getLowerLeftPoint();
/**
* Returns the upper right hand Point of the bounding rectangle of the shape
* @return Point containing upper right hand shape
*/
public Point getUpperRightPoint();
/**
* Returns true if this shape touches or overlaps another shape
* There is a simple implementation contained within Shape.java which checks for collisions between
* the bounding rectangle of the given shapes
* @param shape Other shape to check collision againsts
* @return True if shapes are colliding, otherwise False
*/
public boolean doesCollide(IShape shape);
/**
* Draws the shape in 2D using the AWT graphics class, see documentation for AWT to understand how to
* use the Graphics object
* @param g Graphics object to draw into
*/
public void render(Graphics g);
/**
* Set’s a rotation on the object from the given origin
* @param p Origin of rotation
* The rotation for a positive angle will be in a anti-clockwise direction
* from the origin point p
* @param angle Angle of rotation in radians
*/
public void setRotation(Point p,double angle);
/**
* Scale’s the shape relative to the origin given
* @param p
* @param scaleX
* @param scaleY
*/
public void setScale(Point p,double scaleX,double scaleY);
}