def option_handler(event):
global is_running, start_button, choice
is_running = False
start_button.config(text='Start')
option = choice.get()
if option == 'random':
model.randomize(model.grid_model, model.width, model.height)
update()
def option_handler(event):
global is_running, start_button, choice
is_running = False
start_button.configure(text='Start')
selection = choice.get()
if selection == 'glider':
model.load_pattern(model.glider_pattern, 10, 10)
elif selection == 'glider gun':
model.load_pattern(model.glider_gun_pattern, 10, 10)
elif selection == 'random':
model.randomize(model.grid_model, model.width, model.height)
update()
def option_handler(event):
global is_running, start_button, choice
is_running = False #make the simulation stop
start_button.configure(text='Start') #then set the button to start
selection = choice.get() #assign the chosen option to selection
if selection == 'glider':
model.load_pattern(model.glider_pattern, 10, 10)
elif selection == 'glider gun':
model.load_pattern(model.glider_gun_pattern, 10, 10)
elif selection == 'random':
model.randomize(model.grid_model, model.width, model.height)
update()
grid_view.delete(ALL)
model.next_gen()
for i in range(0, model.height):
for j in range(0, model.width):
if model.grid_model[i][j] == 1:
draw_cell(i, j, 'black')
def draw_cell(row, col, color):
global grid_view, cell_size
if color == 'black':
outline = 'grey'
else:
outline = 'white'
grid_view.create_rectangle(row * cell_size,
col * cell_size,
row * cell_size + cell_size,
col * cell_size + cell_size,
fill=color,
outline=outline)
if __name__ == '__main__':
setup()
model.randomize(model.grid_model, model.width, model.height)
update()
mainloop()