def button_handler(self, event):
"""Button action handler. Currently differentiates between
exit, rc, rainbow and other buttons only"""
logger.debug("%s button pressed", event.label)
if event.label is "RC":
logger.info("launching RC challenge")
new_challenge = RC(timeout=self.timeout, screen=self.screen, joystick=self.joystick)
return new_challenge
elif event.label is "Rainbow":
logger.info("launching Rainbow challenge")
new_challenge = Rainbow(timeout=self.timeout, screen=self.screen, joystick=self.joystick)
return new_challenge
elif event.label is "Maze":
logger.info("launching Maze challenge")
new_challenge = Maze(timeout=self.timeout, screen=self.screen, joystick=self.joystick, markers = self.markers)
return new_challenge
elif event.label is "Speed":
logger.info("launching Speed challenge")
new_challenge = StraightLineSpeed(timeout=self.timeout, screen=self.screen, joystick=self.joystick, markers = self.markers)
return new_challenge
elif event.label == "Pi Noon":
logger.info("launching Pi Noon challenge")
new_challenge = PiNoon(timeout=self.timeout, screen=self.screen, joystick=self.joystick)
return new_challenge
elif event.label is "Exit":
logger.info("Exit button pressed. Exiting now.")
return "Exit"
else:
logger.info("unsupported button selected (%s)", event.label)
return "Other"
def thread_body(queue):
pixels = NeoPixel(DATA_PIN, N_PIXELS, brightness=BRIGHTNESS,
auto_write=False)
updates = {'RAINBOW': Rainbow(pixels),
'ANT': Ant(pixels),
'OCD': Ocd(pixels),
'FLASH': Flash(pixels),
'IMPLODE': Implode(pixels),
'ERROR': Error(pixels),
'QUIT': Quit(pixels)}
assert set(updates.keys()) == MODES
mode = "OCD"
while True:
try:
new_mode = queue.get_nowait()
assert new_mode in MODES, "unknown mode %s" % mode
if new_mode != mode:
updates[new_mode].setup()
mode = new_mode
except:
pass
sleep = updates[mode].exec_update()
if mode == "QUIT":
break
time.sleep(sleep)
def renderBestMatches(self, fileName, weighted=False):
"""make an image of where best matches lie
set weighted to use a heatmap view of where they map
"""
img_points = np.zeros((self.weights.rows,self.weights.columns))
try:
img = Image.new("RGB", (self.weights.columns, self.weights.rows))
if(weighted): # color points by bestmatch density
max = 0
for point in self.bestMatchCoords:
img_points[point[0],point[1]] += 1
if(max < img_points[point[0],point[1]]):
max = img_points[point[0],point[1]]
max += 1
resolution = 200
if(max < resolution):
resolution = max - 1
max = self.transColour(max)
rainbow = Rainbow(0, max, resolution, "gbr")
for point in self.bestMatchCoords:
img.putpixel((point[1],point[0]), rainbow.getColour(self.transColour(img_points[point[0],point[1]])))
else: # make all best match points white
for point in self.bestMatchCoords:
img.putpixel((point[1],point[0]), (255,255,255))
img = img.resize((self.weights.columns*10, self.weights.rows*10),Image.NEAREST)
img.save(fileName)
except:
print sys.exc_info()[0]
raise
def loadScripts(self, dir):
import sys
sys.path.insert(0, "./scripts")
from Script import Script
s = Script(self, "test")
from loading import Loading
l = Loading(self.segments[0])
self.scripts.append(l)
from TheaterChase import TheaterChase
t = TheaterChase(self.segments[0])
self.scripts.append(t)
from rainbow import Rainbow
r = Rainbow(self.segments[0])
self.scripts.append(r)
from LeftToRightRandom import LeftToRightRandom
lr = LeftToRightRandom(self.segments[0])
self.scripts.append(lr)
from RandomLed import RandomLed
r = RandomLed(self.segments[0])
self.scripts.append(r)
from Light import Light
self.scripts.append(Light(self.segments[0]))
from Test import Test
self.scripts.append(Test(self.segments[0]))
from Cycle import Cycle
self.scripts.append(Cycle(self.segments[0]))
from SingleColor import SingleColor
self.scripts.append(SingleColor(self.segments[0]))
def create_rainbow(ai_settings, screen, rainbows, rainbow_number, row_number):
rainbow = Rainbow(ai_settings, screen)
rainbow_width = rainbow.rect.width
rainbow.x = rainbow_width + 2 * rainbow_width * rainbow_number
rainbow.rect.x = rainbow.x
rainbow.rect.y = rainbow.rect.height + 2 * rainbow.rect.height * row_number
rainbows.add(rainbow)
def start(self):
self.rainbow = Rainbow(self.app.ipcon)
self.update_frame_rate()
self.update_step()
self.rainbow.frame_rendered(0)
def create_fleet(ai_settings, screen, unicorn, rainbows):
rainbow = Rainbow(ai_settings, screen)
number_rainbows_x = get_number_rainbows_x(ai_settings, rainbow.rect.width)
number_rows = get_number_rows(ai_settings, unicorn.rect.height, rainbow.rect.height)
for row_number in range(number_rows):
for rainbow_number in range(number_rainbows_x):
create_rainbow(ai_settings, screen, rainbows, rainbow_number, row_number)
def main():
# Setup flags
parser = argparse.ArgumentParser(description='Bridge Contentful and Hugo')
parser.add_argument('store-id')
parser.add_argument('access-token')
parser.add_argument('content-directory')
args = vars(parser.parse_args())
rainbow = Rainbow(args['store-id'], args['access-token'],
args['content-directory'])
rainbow.save_posts()
def run(pattern):
patterns = []
for r, p in enumerate(pattern):
patterns.append(
Pattern(pattern=p[0],
fgcolor=p[1],
style=p[3],
bgcolor=p[2],
rank=r))
r = Rainbow(patterns)
for line in sys.stdin:
line = r.process_line(line)
print(line, end='')
devices = [evdev.InputDevice(fn) for fn in evdev.list_devices()]
if len(devices) == 0:
print('No input devices are found. Waiting for next detection')
time.sleep(1)
for device in devices:
key = 0
print(device.fn, device.name, device.phys)
if 'keyboard' in device.name.lower():
print('Keyboard device {} is found.'.format(device.name))
else:
print('Waiting for keyboard device')
time.sleep(1)
continue
device = evdev.InputDevice(device.fn)
rainbow = Rainbow()
for event in device.read_loop():
print('type={}, code={}, value={}'.format(event.type, event.code, event.value))
if event.type == evdev.ecodes.EV_KEY:
if event.value != 2:
key = event.code
evdev_code = evdev.ecodes.KEY[key]
modkey_element = keymap.modkey(evdev_code)
if modkey_element > 0:
if event.value == 1:
modkey[modkey_element] = 1
else:
modkey[modkey_element] = 0
continue
from matrix import Matrix from power import Power from weird1 import Weird1 from weird2 import Weird2 from weird3 import Weird3 from flash import Flash from lighthouse import Lighthouse lenx = 7 leny = 21 strip2D = Strip2D(lenx, leny) effects = [ [Police1(strip2D), 3], [Rainbow(strip2D), 10], [Police2(strip2D), 3], [Bump1(strip2D), 3], [Police3(strip2D), 3], [Lemmings1(strip2D), 10], [CMorph(strip2D), 7], [Plasma(strip2D), 30], [Fire(strip2D), 30], [Fire2(strip2D), 30], [Night(strip2D), 30], [Fade1(strip2D), 3], [Fade2(strip2D), 3], [Stars1(strip2D), 15], [Stars2(strip2D), 10], [Hourglass(strip2D), 30], [Matrix(strip2D), 20],
