@Override public double area(Rectangle rect) { return rect.getArea(null); }
@Override public double getArea(SpatialContext ctx) { double MAX_AREA = bbox.getArea(ctx); double sum = 0; for (Shape geom : shapes) { sum += geom.getArea(ctx); if (sum >= MAX_AREA) return MAX_AREA; } return sum; }
@Override public double getArea(SpatialContext ctx) { double geomArea = geom.getArea(); if (ctx == null || geomArea == 0) return geomArea; //Use the area proportional to how filled the bbox is. double bboxArea = getBoundingBox().getArea(null);//plain 2d area assert bboxArea >= geomArea; double filledRatio = geomArea / bboxArea; return getBoundingBox().getArea(ctx) * filledRatio; // (Future: if we know we use an equal-area projection then we don't need to // estimate) }
public int getArea() { if (width == 1) { // Base case return height; // Area = width(1)*height } else { Rectangle smallerRect = new Rectangle (width - 1, height); int smallerArea = smallerRect.getArea(); return smallerArea + height; } }
public class Rectangle implements Comparable<Rectangle> { // existing code public int compareTo (Rectangle r) { return Integer.compare(this.area, r.getArea()); } }
public static void printRectangleDetails(Rectangle r){ System.out.println("Rectangle 1: " + "\n" + "Width: " + r.width + "\n" + "Height: " + r.height + "\n" + "Color: " + r.color + "\n" + "Area and Perimeter: " + r.getArea(r.width, r.height) + ", " + r.getPerimeter(r.width, r.height)); }