abstract3

import java.awt.Color;
import java.awt.Point;

import gpdraw.DrawingTool;
import gpdraw.SketchPad;


public class Abstract2 {
	public static void main(String[] args) throws InterruptedException{
		SketchPad pad = new SketchPad(500, 500,0);
		DrawingTool pen = new DrawingTool(pad);
		DrawingTool fill = new DrawingTool(pad);
		int rows = 10;
		int columns = 10;
		int xVal = 50;
		int yVal = 50;
		Point[] verticies = new Point[rows*columns];
		verticies = createVerticies(rows,columns,xVal,yVal,verticies);
		pen.setWidth(2);

		//for(int i = 0; i<500;i++){
		drawBackground(pad,rows,columns,xVal,yVal,verticies,pen,fill);
		verticies = drawLines(rows, columns, xVal, yVal, verticies, pen,fill);
			//Thread.sleep(250);
			//pen.setColor(Color.red);
			//pen.fillCircle(2000);
			//pen.setColor(Color.black);

		//}




	}
	private static void drawBackground(SketchPad pad, int rows, int columns, int xVal, int yVal, Point[] verticies, DrawingTool pen, DrawingTool fill) {
		Color color1 = new Color(127,108,226);
		Color color2 = new Color(193,100,2);
		Color color3 = new Color(0,92,72);
		Color color4 = new Color(179,194,149);
		DrawingTool bg = new DrawingTool(pad);
		int startX = -250;
		int startY = 250;
		int x = startX;
		int y = startY;
		int color = 1;
		for(int r = 0; r<rows;r++){
			for(int c = 0;c<columns;c++){
				Point vert = new Point(x,y);
				//Point vert = new Point((int)(x+Math.random()*50),(int)(y+Math.random()*50));
				if(color==1){
					bg.setColor(color1);
				}
				else if(color==2){
					bg.setColor(color2);
				}
				else if(color==3){
					bg.setColor(color3);
				}
				else if(color==4){
					bg.setColor(color4);
				}
				bg.up();
				bg.move(vert.x,vert.y);
				bg.down();
				bg.fillCircle(40);
				//bg.fillCircle(Math.random()*70);
				if(color==4){
					color=1;
				}
				else{
					color++;
				}

				x+=xVal;
			}
			y-=yVal;
			x=startX;
		}

	}
	private static Point[] drawLines(int rows, int columns, int xVal, int yVal, Point[] verticies, DrawingTool pen, DrawingTool fill){
		pen.setColor(Color.black);
		for(int i = 0;i<verticies.length;i++){
			boolean lastRow = (i/columns+1)==rows;
			boolean lastCol = (i+1)%columns==0;
			int randX = (int) (Math.random()*3);
			int randY = (int) (Math.random()*3);
			int addX = 0;
			int addY = 0;
			Color color1 = new Color(20,100,200);
			Color color2 = new Color(200,20,100);
			Color color3 = new Color(100,200,20);
			int color = 1;
			/*
			if(randX==0){
				addX = 0;
			}
			else if(randX==1){
				addX = 0;
			}
			else if(randX==2){
				addX=-0;
			}
			if(randY==0){
				addY = 0;
			}
			else if(randY==1){
				addY = 0;
			}
			else if(randY==2){
				addY=-0;
			}
			verticies[i].x=verticies[i].x+addX;
			verticies[i].y=verticies[i].y+addY;
			*/
			if(!lastCol){

				pen.up();
				pen.move(verticies[i].x,verticies[i].y);
				pen.down();


				pen.move(verticies[i+1].x,verticies[i+1].y);//horizontal

			}
			if(!lastCol && !lastRow){
				pen.up();
				pen.move(verticies[i].x,verticies[i].y);
				pen.down();

				pen.move(verticies[i+columns+1].x,verticies[i+columns+1].y);//angled


			}

			if(!lastRow){
				pen.up();
				pen.move(verticies[i].x,verticies[i].y);
				pen.down();

				pen.move(verticies[i+columns].x,verticies[i+columns].y);//vertical



			}



		}
		return verticies;
	}



	private static Point[] createVerticies(int rows, int columns, int xVal, int yVal, Point[] verticies) {
		int startX = -250;
		int startY = 250;
		int x = startX;
		int y = startY;
		for(int r = 0; r<rows;r++){
			for(int c = 0;c<columns;c++){
				Point vert = new Point((int)(x+Math.random()*50),(int)(y+Math.random()*50));
				verticies[c+(r*columns)]=vert;
				x+=xVal;
			}
			y-=yVal;
			x=startX;
		}


		return verticies;


	}
}