class _ColorController:
def __call__(self):
return self
def __init__(self):
# initializations
self.device = None
self.colorCalculator = ColorCalculator()
self.basisColor = ORANGE
self.binaryClockColor = WHITE
self.basisLightness = 0.50
self.binaryClockLightness = 1
# value predefinitions
self.basisHue = 0
self.basisSaturation = 1
self.basisRedChannel = 0
self.basisGreenChannel = 0
self.basisBlueChannel = 0
self.binaryClockColorRedChannel = 0
self.binaryClockColorGreenChannel = 0
self.binaryClockColorBlueChannel = 0
# calculate variations of initial color
self.calculateVariationsOfBasisValues()
def setDeviceReference(self, device):
self.device = device
# ***** value calculation **********************************
def calculateVariationsOfBasisValues(self):
self.calculateBasisColorValuesFomHex()
self.calculateBinaryClockColorValuesFromHex()
def calculateBasisColorValuesFomHex(self):
(bHue, bSaturation, bLightness) = self.colorCalculator.convertHexColorToHSL(self.basisColor)
(bR, bG, bB) = self.colorCalculator.convertHexColorToRgb(self.basisColor)
self.basisHue = bHue
self.basisSaturation = bSaturation
self.basisLightness = bLightness
self.basisRedChannel = bR
self.basisGreenChannel = bG
self.basisBlueChannel = bB
def calculateBasisColorValuesFomRgb(self):
self.basisColor = self.colorCalculator.convertRgbToHexColor(self.basisRedChannel, self.basisGreenChannel, self.basisBlueChannel)
(bHue, bSaturation, bLightness) = self.colorCalculator.convertRgbToHsl(self.basisRedChannel, self.basisGreenChannel, self.basisBlueChannel)
self.basisHue = bHue
self.basisSaturation = bSaturation
self.basisLightness = bLightness
def calculateBasisColorValuesFomHsl(self):
(bR, bG, bB) = self.colorCalculator.convertHslToRgb(self.basisHue, self.basisSaturation, self.basisLightness)
self.basisColor = self.colorCalculator.convertRgbToHexColor(bR, bG, bB)
self.basisRedChannel = bR
self.basisGreenChannel = bG
self.basisBlueChannel = bB
def calculateBinaryClockColorValuesFromHex(self):
(r, g, b) = self.colorCalculator.convertHexColorToRgb(self.binaryClockColor)
self.binaryClockColorRedChannel = r
self.binaryClockColorGreenChannel = g
self.binaryClockColorBlueChannel = b
def calculateBinaryClockColorValuesFomRgb(self):
self.binaryClockColor = self.colorCalculator.convertRgbToHexColor(self.binaryClockColorRedChannel, self.binaryClockColorGreenChannel, self.binaryClockColorBlueChannel)
# ***** getter **********************************
def getBasisColorAsHex(self):
return self.colorCalculator.getHtmlHexStringFromRgbColor(self.basisRedChannel, self.basisGreenChannel, self.basisBlueChannel)
def getBasisColorAsRgb(self):
return (self.basisRedChannel, self.basisGreenChannel, self.basisBlueChannel)
def getBasisColorAsHsl(self):
return (self.basisHue, self.basisSaturation, self.basisLightness)
def getBasisLightness(self):
return self.basisLightness
def getTotalLightness(self):
numberOfLeds = self.device.getNumberOfLeds()
totalLightness = 0
for i in range(0, numberOfLeds):
r, g, b = self.device.getRgbFromBufferWithIndex(i)
totalLightness += self.colorCalculator.convertRgbToLightness(r, g, b)
return totalLightness / numberOfLeds
# ***** setter **********************************
def setBasisColorAsHex(self, hexColor):
self.basisColor = hexColor
self.calculateBasisColorValuesFomHex()
def setBasisColorAsRgb(self, redChannel, greenChannel, blueChannel):
self.basisRedChannel = redChannel
self.basisGreenChannel = greenChannel
self.basisBlueChannel = blueChannel
self.calculateBasisColorValuesFomRgb()
def setBasisColorAsHsl(self, hue, saturation, lightness):
self.basisHue = hue
self.basisSaturation = saturation
self.basisLightness = lightness
self.calculateBasisColorValuesFomHsl()
def setBinaryClockColorAsHex(self, hexColor):
self.binaryClockColor = hexColor
self.calculateBinaryClockColorValuesFromHex()
def setBinaryClockColorAsRgb(self, redChannel, greenChannel, blueChannel):
self.binaryClockColorRedChannel = redChannel
self.binaryClockColorGreenChannel = greenChannel
self.binaryClockColorBlueChannel = blueChannel
self.calculateBinaryClockColorValuesFomRgb()
def setBasisLightness(self, lightness):
if lightness > 1:
lightness = 1
elif lightness < 0:
lightness = 0
self.basisLightness = lightness
self.setBasisColorAsHsl(self.basisHue, self.basisSaturation, lightness)
def setBinaryClockLightness(self, lightness):
if lightness > 1:
lightness = 1
elif lightness < 0:
lightness = 0
self.binaryClockLightness = lightness
self.setBinaryClockColorAsHex(self.colorCalculator.setBrightnessToHexColor(self.binaryClockColor, lightness))
class _ColorController:
def __call__(self):
return self
def __init__(self):
# initializations
self.device = None
self.colorCalculator = ColorCalculator()
self.basisColor = ORANGE
self.binaryClockColor = WHITE
self.basisLightness = 0.50
self.binaryClockLightness = 1
# value predefinitions
self.basisHue = 0
self.basisSaturation = 1
self.basisRedChannel = 0
self.basisGreenChannel = 0
self.basisBlueChannel = 0
self.binaryClockColorRedChannel = 0
self.binaryClockColorGreenChannel = 0
self.binaryClockColorBlueChannel = 0
# calculate variations of initial color
self.calculateVariationsOfBasisValues()
def setDeviceReference(self, device):
self.device = device
# ***** value calculation **********************************
def calculateVariationsOfBasisValues(self):
self.calculateBasisColorValuesFomHex()
self.calculateBinaryClockColorValuesFromHex()
def calculateBasisColorValuesFomHex(self):
(bHue, bSaturation,
bLightness) = self.colorCalculator.convertHexColorToHSL(
self.basisColor)
(bR, bG,
bB) = self.colorCalculator.convertHexColorToRgb(self.basisColor)
self.basisHue = bHue
self.basisSaturation = bSaturation
self.basisLightness = bLightness
self.basisRedChannel = bR
self.basisGreenChannel = bG
self.basisBlueChannel = bB
def calculateBasisColorValuesFomRgb(self):
self.basisColor = self.colorCalculator.convertRgbToHexColor(
self.basisRedChannel, self.basisGreenChannel,
self.basisBlueChannel)
(bHue, bSaturation, bLightness) = self.colorCalculator.convertRgbToHsl(
self.basisRedChannel, self.basisGreenChannel,
self.basisBlueChannel)
self.basisHue = bHue
self.basisSaturation = bSaturation
self.basisLightness = bLightness
def calculateBasisColorValuesFomHsl(self):
(bR, bG,
bB) = self.colorCalculator.convertHslToRgb(self.basisHue,
self.basisSaturation,
self.basisLightness)
self.basisColor = self.colorCalculator.convertRgbToHexColor(bR, bG, bB)
self.basisRedChannel = bR
self.basisGreenChannel = bG
self.basisBlueChannel = bB
def calculateBinaryClockColorValuesFromHex(self):
(r, g,
b) = self.colorCalculator.convertHexColorToRgb(self.binaryClockColor)
self.binaryClockColorRedChannel = r
self.binaryClockColorGreenChannel = g
self.binaryClockColorBlueChannel = b
def calculateBinaryClockColorValuesFomRgb(self):
self.binaryClockColor = self.colorCalculator.convertRgbToHexColor(
self.binaryClockColorRedChannel, self.binaryClockColorGreenChannel,
self.binaryClockColorBlueChannel)
# ***** getter **********************************
def getBasisColorAsHex(self):
return self.colorCalculator.getHtmlHexStringFromRgbColor(
self.basisRedChannel, self.basisGreenChannel,
self.basisBlueChannel)
def getBasisColorAsRgb(self):
return (self.basisRedChannel, self.basisGreenChannel,
self.basisBlueChannel)
def getBasisColorAsHsl(self):
return (self.basisHue, self.basisSaturation, self.basisLightness)
def getBasisLightness(self):
return self.basisLightness
def getTotalLightness(self):
numberOfLeds = self.device.getNumberOfLeds()
totalLightness = 0
for i in range(0, numberOfLeds):
r, g, b = self.device.getRgbFromBufferWithIndex(i)
totalLightness += self.colorCalculator.convertRgbToLightness(
r, g, b)
return totalLightness / numberOfLeds
# ***** setter **********************************
def setBasisColorAsHex(self, hexColor):
self.basisColor = hexColor
self.calculateBasisColorValuesFomHex()
def setBasisColorAsRgb(self, redChannel, greenChannel, blueChannel):
self.basisRedChannel = redChannel
self.basisGreenChannel = greenChannel
self.basisBlueChannel = blueChannel
self.calculateBasisColorValuesFomRgb()
def setBasisColorAsHsl(self, hue, saturation, lightness):
self.basisHue = hue
self.basisSaturation = saturation
self.basisLightness = lightness
self.calculateBasisColorValuesFomHsl()
def setBinaryClockColorAsHex(self, hexColor):
self.binaryClockColor = hexColor
self.calculateBinaryClockColorValuesFromHex()
def setBinaryClockColorAsRgb(self, redChannel, greenChannel, blueChannel):
self.binaryClockColorRedChannel = redChannel
self.binaryClockColorGreenChannel = greenChannel
self.binaryClockColorBlueChannel = blueChannel
self.calculateBinaryClockColorValuesFomRgb()
def setBasisLightness(self, lightness):
if lightness > 1:
lightness = 1
elif lightness < 0:
lightness = 0
self.basisLightness = lightness
self.setBasisColorAsHsl(self.basisHue, self.basisSaturation, lightness)
def setBinaryClockLightness(self, lightness):
if lightness > 1:
lightness = 1
elif lightness < 0:
lightness = 0
self.binaryClockLightness = lightness
self.setBinaryClockColorAsHex(
self.colorCalculator.setBrightnessToHexColor(
self.binaryClockColor, lightness))
