def main():
global win
win = GraphWin("Practica 1 - Robot", tablero.cols * tablero.cell_size,
tablero.rows * tablero.cell_size + 50)
win.setBackground(color_rgb(192, 192, 192))
tablero.draw(win)
butStart.draw(win)
butWalls.draw(win)
butRobot.draw(win)
butClear.draw(win)
win.bind("<Button-1>", mousepressHandler)
win.bind("<B1-Motion>", mousedragHandler)
while True:
try:
_ = win.getKey()
except:
break
def main(
title='Tiles',
padding=10,
density=0.5,
size=5,
most=10,
dimensions={
'x': 120, # Pixels left to grid
'y': 10, # Pixels down to grid
'width': 45, # Width of tile
'height': 45, # Height of tile
}):
# These are used to construct the board
x = dimensions['x']
y = dimensions['y']
#
width = padding + x + most * dimensions['width']
height = padding + y + most * dimensions['height']
# The window is made just big enough to fit all components at max size
win = GraphWin(title, width, height)
# The squares for the game
grid = Grid(dimensions, size).fill(density)
# Labels which show the score and state of the game
labels = {
'score': Text(Point(x / 2, 140), '0'),
'state': Text(Point(x / 2, 160), 'Hey There')
}
inputs = {
'density': Input('Density', 0.5, Point(0.7 * x, 180), 4, 0, 1),
# Minimum is 3, because less and the game is stupid
'size': Input('Size', 5, Point(0.7 * x, 200), 4, 3, most)
}
# The best, reset and exit buttons
buttons = [
Button('Best', 'yellow', {
'x': [padding, x - padding],
'y': [10, 30]
}, best(grid, labels)),
Button('Reset', 'green', {
'x': [padding, x - padding],
'y': [40, 60]
}, reset(win, grid, labels, inputs, dimensions)),
Button('Exit', 'red', {
'x': [padding, x - padding],
'y': [70, 90]
}, exit)
]
# Bind mouse event handler to window
win.bind("<Button-1>", click(win, grid, labels, buttons))
# Bind keyboard press event handler to window
# This is so the player can move using the directional keys
win.bind("<Key>", key(move(grid, labels)))
# Don't quit on me!
draw(win, grid, labels, inputs, buttons).mainloop()
