async for a in sm.aiter(FAST_DIVISION):
self.pos = a * self.start + (1 - a) * self.pos
self.color = COLOR_LERP * a * self.start_color + (
1 - COLOR_LERP * a) * self.color
self.top = round(self.pos.real)
self.left = round(self.pos.imag)
if self.top == self.start.real and self.left == self.start.imag and self.start_color == int(
self.color):
return
def refresh(self):
self.window.chgat(0, 0, colors.palette["rainbow"][int(self.color)])
with ScreenManager() as sm:
colors.rainbow_gradient(COLORS)
# Starting colors of LOGO:
c = np.full((HEIGHT, WIDTH), BLUE)
c[-7:] = c[-13:-7, -41:] = c[-14, -17:] = c[-20:-14, -15:] = YELLOW
# Create a Particle for each non-space character in the logo
for y, row in enumerate(LOGO.splitlines()):
for x, char in enumerate(row):
if char != " ":
sm.root.add_widget(
Particle(y, x, character=char, color=c[y, x]))
cursor = sm.root.new_widget(HEIGHT // 2,
WIDTH // 2,
3,
def refresh(self):
if self.is_selected:
if self.border_style != "heavy":
self.border("heavy", colors.BLUE_ON_BLACK)
elif self.border_style != "light":
self.border()
super().refresh()
class Notepad(Window, TextPad):
...
with ScreenManager() as sm:
rainbow = cycle(colors.rainbow_gradient(20))
blue_to_purple = colors.gradient(20, (0, 255, 255), (103, 15, 215),
"blue_to_purple")
sm.root.add_widget(Notepad(0, 0, size_hint=(.5, .5)))
ur = sm.root.new_widget(pos_hint=(.0, .5),
size_hint=(.5, .5),
create_with=Window)
lr = sm.root.new_widget(pos_hint=(.5, .0),
size_hint=(.5, .5),
create_with=Window)
ll = sm.root.new_widget(pos_hint=(.5, .5),
size_hint=(.5, .5),
create_with=Window)
# Setup Menubar in upper-right window
with ScreenManager() as sm:
# Define some new colors:
colors.PURPLE = 103, 15, 215
colors.FUCHSIA = 181, 52, 78
colors.ORANGE = 224, 132, 33
colors.TEAL = 17, 163, 112
widget = sm.root.new_widget(10, 10, 10, 11, create_with="ArrayWin")
widget.colors[0::4] = colors.PURPLE_ON_BLACK
widget.colors[1::4] = colors.FUCHSIA_ON_YELLOW
widget.colors[2::4] = colors.ORANGE_ON_PURPLE
widget.colors[3::4] = colors.TEAL_ON_WHITE
widget[:] = "Color Test!"
sm.root.refresh()
sm.pause()
rainbow = cycle(colors.rainbow_gradient(
20)) # Create a rainbow gradient with 20 colors
purp_to_teal = cycle(
colors.gradient(20, (103, 15, 215), (17, 163, 112), "purple_to_teal"))
def update():
widget.colors[:, :5] = next(rainbow)
widget.colors[:, 5:] = next(purp_to_teal)
widget.root.refresh()
sm.schedule(update, delay=.1)
sm.run()
print(colors)