"""
 clicks.py

 Here is a program that creates a grid of rectangles.

 (1) Put the rectangle creation into a MyRect class,
     so that the loop in make_rects becomes just

       for row in range(grid_size):
           for column in range(grid_size):
               rects.append(MyRect(row, column, window))

     Hint: you'll need to create a store a Rectangle object
     within the MyRect.

 (2) Create a MyClickable class, a variation of the MyRect
     class which has a .check_click(point) method, which
       (a) checks to see if point is within the 
           boundary of the rectangle, and 
       (b) If it is, changes the color of the rectangle.

     Then at the end of the main() function, change it to

        while True:
            click_point = window.getMouse()
            for rect in rects:
                rect.check_click(click_point)

     ... and see what happens

"""
from graphics import *

def display_message(message, window):
    """ Display the given message in the window. """
    text = Text(Point(4, -.5), message)
    text.setSize(24)
    text.setFace('arial')
    text.setStyle('bold')
    text.draw(window)

def make_window(pixel_size, grid_size):
    """ Return a new graphics window """
    window = GraphWin("clicks", pixel_size, pixel_size)
    window.setCoords(-1, -1, grid_size + 1, grid_size + 1)
    return window

def make_rects(grid_size, window):
    """ Return a list of Rectangles """
    rects = []
    for row in range(grid_size):
        for column in range(grid_size):
            rect = Rectangle(Point(row,column), Point(row+1, column+1))
            rect.setFill('red')
            rect.setWidth(2)
            rect.draw(window)
            rects.append(rect)
    return rects

def main():
    (pixels, grid) = (600, 10)
    window = make_window(pixels, grid)
    rects = make_rects(grid, window)
    display_message("Click somewhere to quit.", window)
    click = window.getMouse()

if __name__ == '__main__':
    main()