def buttons(self):
button_setup = b.ButtonSetup(int(self.x / 2), self.y, 5)
back_button_setup = b.ButtonSetup(self.x, self.y, 5)
buttons = []
for i in range(int(len(self.cell_size_options) / 2)):
size = button_setup.position(i + 1)
buttons.append(
b.Button(size, self.colour_button,
str(self.cell_size_options[i])))
for j in range(int(len(self.cell_size_options) / 2)):
size = button_setup.position(j + 1)
size[0] = int(size[0] + self.x / 2)
buttons.append(
b.Button(
size, self.colour_button,
str(self.cell_size_options[
j + int(len(self.cell_size_options) / 2)])))
back_button = b.Button(back_button_setup.position(5),
self.colour_button, 'back')
for k in range(len(self.cell_size_options)):
if self.settings[1] == self.cell_size_options[k]:
buttons[k].colour = self.colour_button_chosen
buttons.append(back_button)
return buttons
def buttons(self):
button_setup = b.ButtonSetup(self.x,
self.y,
rows=5,
columns=9,
x_margin=0)
survive_text = b.Button(
button_setup.position(row=1, column=1, column_size=9),
self.screen_fill, 'When cell survive')
survive_buttons = []
for i in range(9):
survive_buttons.append(
b.Button(button_setup.position(row=2, column=i + 1),
self.colour_button, '{}'.format(i)))
alive_text = b.Button(
button_setup.position(row=3, column=1, column_size=9),
self.screen_fill, 'When cell is born')
alive_buttons = []
for j in range(9):
alive_buttons.append(
b.Button(button_setup.position(row=4, column=j + 1),
self.colour_button, '{}'.format(j)))
back_button = b.Button(
button_setup.position(row=5, column=1, column_size=9),
self.colour_button, 'back')
buttons = [
survive_text, survive_buttons, alive_text, alive_buttons,
back_button
]
return buttons
def buttons(self):
button_setup = b.ButtonSetup(self.x, self.y, rows=6, y_margin=0.02)
resolution_button = b.Button(button_setup.position(1),
self.colour_button, 'resolution')
cellsize_button = b.Button(button_setup.position(2),
self.colour_button, 'cell size')
if not self.settings[2]:
random_button = b.Button(button_setup.position(3),
self.colour_button, ' no random board')
else:
random_button = b.Button(button_setup.position(3),
self.colour_button_chosen, 'random board')
if not self.settings[3]:
aging_button = b.Button(button_setup.position(4),
self.colour_button, 'no cell aging')
else:
aging_button = b.Button(button_setup.position(4),
self.colour_button_chosen, 'cell aging')
rules_button = b.Button(button_setup.position(5), self.colour_button,
'rules')
back_button = b.Button(button_setup.position(6), self.colour_button,
'back')
buttons = [
resolution_button, cellsize_button, random_button, aging_button,
rules_button, back_button
]
return buttons
def buttons(self):
x = self.x - self.y
y = self.y
buttons_setup = button.ButtonSetup(x, y, 7)
startstop_button = button.Button(buttons_setup.position(2),
self.colour_button, 'Start')
clear_button = button.Button(buttons_setup.position(3),
self.colour_button, 'Clear')
turn_button = button.Button(buttons_setup.position(4),
self.colour_button, 'Turn')
random_button = button.Button(buttons_setup.position(5),
self.colour_button, 'Random')
menu_button = button.Button(buttons_setup.position(6),
self.colour_button, 'Menu')
buttons = [
startstop_button, clear_button, turn_button, random_button,
menu_button
]
for i in range(len(buttons)):
buttons[i].x = buttons[i].x + self.y
return buttons
def buttons(self):
buttons = []
buttons_setup = b.ButtonSetup(self.x, self.y,
len(self.resolution_options) + 1)
for i in range(len(self.resolution_options)):
if self.resolution_options[i] == self.settings[0]:
buttons.append(
b.Button(buttons_setup.position(i + 1),
self.colour_button_chosen,
str(self.resolution_options[i])))
else:
buttons.append(
b.Button(buttons_setup.position(i + 1), self.colour_button,
str(self.resolution_options[i])))
apply_button = b.Button(
buttons_setup.position(len(self.resolution_options) + 1),
self.colour_button, 'apply')
buttons.append(apply_button)
return buttons