def initPlan(self, plan):
self.isPlanInit = True
for led in range(0, Constants.glasses * Constants.ledsPerGlass):
if led % 8 == 0:
clockObject = ClockObject()
clockObject.pos = led + 1
clockObject.color = self.rightDirectionColor
clockObject.direction = 0
plan[clockObject.pos] = clockObject
clockObject = ClockObject()
clockObject.pos = led
clockObject.color = self.leftDirectionColor
clockObject.direction = 1
plan[clockObject.pos] = clockObject
def initPlan(self, plan):
self.isPlanInit = True
for index in range(0, Constants.leds):
clockObject = ClockObject()
clockObject.color = [0, 0, 0]
plan[index] = clockObject
def show(self, plan):
clockObject = ClockObject()
clockObject.color = [50, 50, 50]
for index in range(0, Constants.leds):
plan[index] = clockObject
self.drawing.clockPlan(plan)
def show(self, plan):
clockObject = ClockObject()
if (self.counter == 0):
clockObject.color = self.getRainbowColorForPosition(0)
else:
clockObject.color = self.getRainbowColorForPosition(
((self.counter * (self.rgbMaxValue * 3) / Constants.glasses) %
(self.rgbMaxValue * 3)))
for index in range(0, Constants.ledsPerGlass):
plan[(self.counter * Constants.ledsPerGlass) + index] = clockObject
self.drawing.clockPlan(plan)
self.counter += 1
if (self.counter >= Constants.glasses):
self.resetState()
self.nextModeCallback()
def show(self, plan):
clockObject = ClockObject()
clockObject.color = self.getColorForState()
for index in range(0, Constants.ledsPerGlass):
plan[(self.counter * Constants.ledsPerGlass) + index] = clockObject
self.drawing.clockPlan(plan)
self.counter += 1
self.checkState()
def show(self, plan): self.counter += Constants.ledsPerGlass clockObject = ClockObject() clockObject.color = [0,0,0] maxIndex = 0 if self.counter > (Constants.glasses * Constants.ledsPerGlass): maxIndex = Constants.glasses * Constants.ledsPerGlass else: maxIndex = self.counter for index in range(0, maxIndex): planObject = plan[index] if planObject == None: plan[index] = clockObject else: planObject.color = self.getColorForRounds(planObject.color) self.drawing.clockPlan(plan) self.checkState()
def show(self, plan):
self.counter += Constants.ledsPerGlass
for led in range(0, Constants.leds):
if plan[led] != None:
plan[led].color = [0, 0, 0]
direction = 1
step = 51
for index in range(0, Constants.glasses):
for led in range(0, Constants.ledsPerGlass):
clockObject = ClockObject()
clockObject.color = copy.copy(self.color)
plan[(index * Constants.ledsPerGlass) + led] = clockObject
self.color[0] = int((math.sin(index) * 127 + 128) / 255)
self.color[0] += (step * direction)
self.drawing.clockPlan(plan)
self.checkState()