NatashaTheRobot

/*
 * File: CheckerboardKarel.java
 * ----------------------------
 * When you finish writing it, the CheckerboardKarel class should draw
 * a checkerboard using beepers, as described in Assignment 1.  You
 * should make sure that your program works for all of the sample
 * worlds supplied in the starter folder.
 */

import stanford.karel.*;

NatashaTheRobot

/*
 * File: CollectNewspaperKarel.java
 * --------------------------------
 * At present, the CollectNewspaperKarel subclass does nothing.
 * Your job in the assignment is to add the necessary code to
 * instruct Karel to walk to the door of its house, pick up the
 * newspaper (represented by a beeper, of course), and then return
 * to its initial position in the upper left corner of the house.
 */

NatashaTheRobot

/* Karel is cleaning up the voting ballot. 
 * The vote only counts if the middle rectangle is punched,
 * which means there are no beepers present. 
 */

import stanford.karel.SuperKarel;

public class defendDemocracyKarel extends SuperKarel {

public void run() {

NatashaTheRobot

/*
 * File: PythagoreanTheorem.java
 * Name: 
 * Section Leader: 
 * -----------------------------
 * This file is the starter file for the PythagoreanTheorem problem.
 */

import acm.program.*;

NatashaTheRobot

/*
 * File: ProgramHierarchy.java
 * Name: 
 * Section Leader: 
 * ---------------------------
 * This file is the starter file for the ProgramHierarchy problem.
 */

import acm.graphics.*;
import acm.program.*;

NatashaTheRobot

/*
 * File: FindRange.java
 * Name: 
 * Section Leader: 
 * --------------------
 * This file is the starter file for the FindRange problem.
 */

import acm.program.*;

NatashaTheRobot

/*
 * File: Hailstone.java
 * Name: 
 * Section Leader: 
 * --------------------
 * This file is the starter file for the Hailstone problem.
 */

import acm.program.*;

NatashaTheRobot

/* 
 * This is the solution to the Section Handout #2 from the  
 * Stanford CS106A online class
 */

import acm.program.*;

public class FibonacciSequence extends ConsoleProgram {
	
	private static final int MAX_TERM_VALUE = 10000;

NatashaTheRobot

import acm.graphics.*;
import acm.program.*;
import java.awt.*;

public class DrawFace extends GraphicsProgram {
	
	private static final int head_width = 100;
	
	private static final int head_height = 200;
	

NatashaTheRobot

//adding an individual brick object
	private GRect brick;
	
	//drawing all the bricks necessary for the game
	private void drawBricks(double cx, double cy) {				
		
		/*need to have several columns in each row
		 * so there need to be two for loops, 
		 * one for loop for the rows and one for loop for the columns.
		 */