package section2;

import org.jointheleague.graphical.robot.Robot;

/*** Teacher's note ***/

/* Before beginning recipe:

* 1. ask students to find and explain the method in this recipe.

* 2. ask students how they might use the method to make the picture in the laminated hand-outs. */

public class StarShow {

Robot robot = new Robot("batman");

void makeStars() {

drawStar(150); //5. delete this line. You will draw the star again in step 8.

// 13. Set the speed to 8

// 6. Make a variable to hold the X position of the Robot and set it to 10

// 7. Make a variable to hold the Y position of the Robot and set it to 600

// 8. Make a variable to hold the star size and set it to 25

// 12. Use a for loop to repeat steps #19 to #18, 30 times

// 19. Set the pen width to i

// 10. Set the X position of the robot to your X variable

// 11. Set the Y position of the robot to your Y variable

// 9. Call the drawStar() method with your star size variable

// 14. Increase the value of the X position variable by star size. See Figure 2

// 15. decrease the value of the Y position variable by star size. See Figure 3

// 16. Increase the star size by 20

// 17. Turn the robot 12 degrees

// 18. Make each star a different random color like in Figure 4

}

private void drawStar(int starSize) {

// 2. Put the robot's pen down

// 4. Repeat both commands 5 times. See Figure 1 at http://bit.ly/star-show

// 1. Move the robot the distance of the starSize variable

// 3. Turn the robot 144 degrees

}

public static void main(String[] args) {

new StarShow().makeStars();

}

}