def __init__(self, beVerbose, showFPS):
# initializations
self.beVerbose = beVerbose
self.device = DeviceController(beVerbose, showFPS)
self.webSocketHandler = []
self.colors = ColorController
self.colors.setDeviceReference(self.device)
self.currentAnimation = ''
self.autoStatusCounter = 0
self.autoUpdateTreshold = 10
self.sentAutoUpdates = 0
# initialize animations
self.fadeOutAnimation = FadeOutAnimation(self)
self.monoColorAnimation = MonoColor(self.device)
self.monoPixelAnimation = MonoPixel(self.device)
self.colorChangeAnimation = ColorChange(self.device)
self.randomGlowAnimation = RandomGlowAnimation(self.device)
self.pulsingCircleAnimation = PulsingCircleAnimation(self.device)
# set animation mode
self.showFadeOut = False
self.showMonoColor = False
self.showMonoPixel = False
self.showColorChange = False
self.showRandomGlow = False
self.showPulsingCircle = False
# start the pulsing circle animation
self.showAnimation({'name': 'colorChange'})
# instantiate as thread
Thread.__init__(self)
def __init__(self, beVerbose, showFPS):
# initializations
self.beVerbose = beVerbose
self.device = DeviceController(beVerbose, showFPS)
self.webSocketHandler = []
self.colors = ColorController
self.colors.setDeviceReference(self.device)
self.currentAnimation = ''
self.autoStatusCounter = 0
self.autoUpdateTreshold = 10
self.sentAutoUpdates = 0
# initialize animations
self.fadeOutAnimation = FadeOutAnimation(self)
self.monoColorAnimation = MonoColor(self.device)
self.monoPixelAnimation = MonoPixel(self.device)
self.colorChangeAnimation = ColorChange(self.device)
self.randomGlowAnimation = RandomGlowAnimation(self.device)
self.pulsingCircleAnimation = PulsingCircleAnimation(self.device)
# set animation mode
self.showFadeOut = False
self.showMonoColor = False
self.showMonoPixel = False
self.showColorChange = False
self.showRandomGlow = False
self.showPulsingCircle = False
# start the pulsing circle animation
self.showAnimation({'name': 'colorChange'})
# instantiate as thread
Thread.__init__(self)
class LightAnimation(Thread):
def __init__(self, beVerbose, showFPS):
# initializations
self.beVerbose = beVerbose
self.device = DeviceController(beVerbose, showFPS)
self.webSocketHandler = []
self.colors = ColorController
self.colors.setDeviceReference(self.device)
self.currentAnimation = ''
self.autoStatusCounter = 0
self.autoUpdateTreshold = 10
self.sentAutoUpdates = 0
# initialize animations
self.fadeOutAnimation = FadeOutAnimation(self)
self.monoColorAnimation = MonoColor(self.device)
self.monoPixelAnimation = MonoPixel(self.device)
self.colorChangeAnimation = ColorChange(self.device)
self.randomGlowAnimation = RandomGlowAnimation(self.device)
self.pulsingCircleAnimation = PulsingCircleAnimation(self.device)
# set animation mode
self.showFadeOut = False
self.showMonoColor = False
self.showMonoPixel = False
self.showColorChange = False
self.showRandomGlow = False
self.showPulsingCircle = False
# start the pulsing circle animation
self.showAnimation({'name': 'colorChange'})
# instantiate as thread
Thread.__init__(self)
def run(self):
# run light animations
try:
while True:
# modify frame buffer with animation
if self.showFadeOut:
self.fadeOutAnimation.renderNextFrame()
if self.showMonoColor:
self.monoColorAnimation.renderNextFrame()
if self.showMonoPixel:
self.monoPixelAnimation.renderNextFrame()
if self.showColorChange:
self.colorChangeAnimation.renderNextFrame()
if self.showRandomGlow:
self.randomGlowAnimation.renderNextFrame()
if self.showPulsingCircle:
self.pulsingCircleAnimation.renderNextFrame()
# apply buffer to AmbiGrid
self.device.writeBuffer()
# update status at connected clients
self.autoUpdateStatusDetails()
except (KeyboardInterrupt):
print('\nreceived KeyboardInterrupt; closing connection')
self.device.closeConnection()
def prepareAnimations(self):
# prepare color change
if self.showColorChange:
self.colorChangeAnimation.start()
# prepare random glow
if self.showRandomGlow:
self.randomGlowAnimation.start()
# perpare pulsing circle
if self.showPulsingCircle:
self.pulsingCircleAnimation.start()
def stopAnimation(self, animationObj):
# stop showing fadeOut-animation
if isinstance(animationObj, FadeOutAnimation):
self.showFadeOut = False
def autoUpdateStatusDetails(self):
if self.autoStatusCounter < self.autoUpdateTreshold:
self.autoStatusCounter = self.autoStatusCounter + 1
return
self.autoStatusCounter = 0
framesPerUpdate = self.device.getCurrentFps() / AUTO_STATUS_UPDATE_RATE
self.autoUpdateTreshold = int(framesPerUpdate)
if len(self.webSocketHandler) > 0:
if self.sentAutoUpdates >= AUTO_STATUS_UPDATE_RATE:
self.sentAutoUpdates = 0
currentStatus = self.getAllStati()
else:
self.sentAutoUpdates = self.sentAutoUpdates + 1
currentStatus = self.getStatusDetails()
for wsHandler in self.webSocketHandler:
wsHandler.sendDictionary(currentStatus)
# ***** animation control **********************************
def stopFadeOut(self):
self.showFadeOut = False
return self.getStatus()
# ***** getter **********************************
def getDevice(self):
return self.device
def getStatus(self):
hue, saturation, lightness = self.colors.getBasisColorAsHsl()
redChannel, greenChannel, blueChannel = self.colors.getBasisColorAsRgb(
)
statusDictionary = {
'status': self.currentAnimation,
'baseHexColor': self.colors.getBasisColorAsHex(),
'baseColorRed': redChannel,
'baseColorGreen': greenChannel,
'baseColorBlue': blueChannel,
'baseColorHue': hue,
'baseColorSaturation': saturation,
'baseColorLightness': lightness,
'update': 'status'
}
secondsToFadeOut = self.fadeOutAnimation.getSecondsToFadeOut()
if secondsToFadeOut >= 0:
statusDictionary['fadeOutIn'] = secondsToFadeOut
return statusDictionary
def getAllStati(self):
statusDictionary = self.getStatus()
statusDictionary.update(self.getStatusDetails())
statusDictionary['animations'] = {
'colorChange': self.colorChangeAnimation.getAttributes(),
'pulsingCircle': self.pulsingCircleAnimation.getAttributes(),
'randomGlow': self.randomGlowAnimation.getAttributes()
}
statusDictionary['update'] = 'all'
return statusDictionary
def getStatusDetails(self):
statusDictionary = {
'currentLightness': self.colors.getTotalLightness(),
'currentFPS': self.device.getCurrentFps(),
'update': 'details'
}
secondsToFadeOut = self.fadeOutAnimation.getSecondsToFadeOut()
if secondsToFadeOut >= 0:
statusDictionary['fadeOutIn'] = secondsToFadeOut
return statusDictionary
# ***** setters **********************************
def setFadeOut(self, seconds=10):
self.fadeOutAnimation.secondsToFadeOut = seconds
self.showFadeOut = True
self.fadeOutAnimation.start()
def setWebSocketHandler(self, wsHandler):
self.webSocketHandler.append(wsHandler)
def unsetWebSocketHandler(self, wsHandler):
try:
self.webSocketHandler.remove(wsHandler)
except ValueError:
if self.verbose:
print('failed to unset web socket handler; not registered')
def unsetAnimation(self):
self.showMonoColor = False
self.showColorChange = False
self.showRandomGlow = False
self.showPulsingCircle = False
self.showMonoPixel = False
def showAnimation(self, attributes):
self.unsetAnimation()
if attributes['name'] == 'monoColor':
self.showMonoColor = True
elif attributes['name'] == 'monoPixel':
self.showMonoPixel = True
elif attributes['name'] == 'colorChange':
self.showColorChange = True
self.colorChangeAnimation.setAttributes(attributes)
elif attributes['name'] == 'pulsingCircle':
self.showPulsingCircle = True
self.pulsingCircleAnimation.setAttributes(attributes)
elif attributes['name'] == 'randomGlow':
self.showRandomGlow = True
self.randomGlowAnimation.setAttributes(attributes)
self.prepareAnimations()
self.currentAnimation = attributes['name']
class LightAnimation(Thread):
def __init__(self, beVerbose, showFPS):
# initializations
self.beVerbose = beVerbose
self.device = DeviceController(beVerbose, showFPS)
self.webSocketHandler = []
self.colors = ColorController
self.colors.setDeviceReference(self.device)
self.currentAnimation = ''
self.autoStatusCounter = 0
self.autoUpdateTreshold = 10
self.sentAutoUpdates = 0
# initialize animations
self.fadeOutAnimation = FadeOutAnimation(self)
self.monoColorAnimation = MonoColor(self.device)
self.monoPixelAnimation = MonoPixel(self.device)
self.colorChangeAnimation = ColorChange(self.device)
self.randomGlowAnimation = RandomGlowAnimation(self.device)
self.pulsingCircleAnimation = PulsingCircleAnimation(self.device)
# set animation mode
self.showFadeOut = False
self.showMonoColor = False
self.showMonoPixel = False
self.showColorChange = False
self.showRandomGlow = False
self.showPulsingCircle = False
# start the pulsing circle animation
self.showAnimation({'name': 'colorChange'})
# instantiate as thread
Thread.__init__(self)
def run(self):
# run light animations
try:
while True:
# modify frame buffer with animation
if self.showFadeOut:
self.fadeOutAnimation.renderNextFrame()
if self.showMonoColor:
self.monoColorAnimation.renderNextFrame()
if self.showMonoPixel:
self.monoPixelAnimation.renderNextFrame()
if self.showColorChange:
self.colorChangeAnimation.renderNextFrame()
if self.showRandomGlow:
self.randomGlowAnimation.renderNextFrame()
if self.showPulsingCircle:
self.pulsingCircleAnimation.renderNextFrame()
# apply buffer to AmbiGrid
self.device.writeBuffer()
# update status at connected clients
self.autoUpdateStatusDetails()
except (KeyboardInterrupt):
print('\nreceived KeyboardInterrupt; closing connection')
self.device.closeConnection()
def prepareAnimations(self):
# prepare color change
if self.showColorChange:
self.colorChangeAnimation.start()
# prepare random glow
if self.showRandomGlow:
self.randomGlowAnimation.start()
# perpare pulsing circle
if self.showPulsingCircle:
self.pulsingCircleAnimation.start()
def stopAnimation(self, animationObj):
# stop showing fadeOut-animation
if isinstance(animationObj, FadeOutAnimation):
self.showFadeOut = False
def autoUpdateStatusDetails(self):
if self.autoStatusCounter < self.autoUpdateTreshold:
self.autoStatusCounter = self.autoStatusCounter + 1
return
self.autoStatusCounter = 0
framesPerUpdate = self.device.getCurrentFps() / AUTO_STATUS_UPDATE_RATE
self.autoUpdateTreshold = int(framesPerUpdate)
if len(self.webSocketHandler) > 0:
if self.sentAutoUpdates >= AUTO_STATUS_UPDATE_RATE:
self.sentAutoUpdates = 0
currentStatus = self.getAllStati()
else:
self.sentAutoUpdates = self.sentAutoUpdates + 1
currentStatus = self.getStatusDetails()
for wsHandler in self.webSocketHandler:
wsHandler.sendDictionary(currentStatus)
# ***** animation control **********************************
def stopFadeOut(self):
self.showFadeOut = False
return self.getStatus()
# ***** getter **********************************
def getDevice(self):
return self.device
def getStatus(self):
hue, saturation, lightness = self.colors.getBasisColorAsHsl()
redChannel, greenChannel, blueChannel = self.colors.getBasisColorAsRgb()
statusDictionary = {
'status': self.currentAnimation,
'baseHexColor': self.colors.getBasisColorAsHex(),
'baseColorRed': redChannel,
'baseColorGreen': greenChannel,
'baseColorBlue': blueChannel,
'baseColorHue': hue,
'baseColorSaturation': saturation,
'baseColorLightness': lightness,
'update': 'status'
}
secondsToFadeOut = self.fadeOutAnimation.getSecondsToFadeOut()
if secondsToFadeOut >= 0:
statusDictionary['fadeOutIn'] = secondsToFadeOut
return statusDictionary
def getAllStati(self):
statusDictionary = self.getStatus()
statusDictionary.update(self.getStatusDetails())
statusDictionary['animations'] = {
'colorChange': self.colorChangeAnimation.getAttributes(),
'pulsingCircle': self.pulsingCircleAnimation.getAttributes(),
'randomGlow': self.randomGlowAnimation.getAttributes()
}
statusDictionary['update'] = 'all'
return statusDictionary
def getStatusDetails(self):
statusDictionary = {
'currentLightness': self.colors.getTotalLightness(),
'currentFPS': self.device.getCurrentFps(),
'update': 'details'
}
secondsToFadeOut = self.fadeOutAnimation.getSecondsToFadeOut()
if secondsToFadeOut >= 0:
statusDictionary['fadeOutIn'] = secondsToFadeOut
return statusDictionary
# ***** setters **********************************
def setFadeOut(self, seconds = 10):
self.fadeOutAnimation.secondsToFadeOut = seconds
self.showFadeOut = True
self.fadeOutAnimation.start()
def setWebSocketHandler(self, wsHandler):
self.webSocketHandler.append(wsHandler)
def unsetWebSocketHandler(self, wsHandler):
try:
self.webSocketHandler.remove(wsHandler)
except ValueError:
if self.verbose:
print('failed to unset web socket handler; not registered')
def unsetAnimation(self):
self.showMonoColor = False
self.showColorChange = False
self.showRandomGlow = False
self.showPulsingCircle = False
self.showMonoPixel = False
def showAnimation(self, attributes):
self.unsetAnimation()
if attributes['name'] == 'monoColor':
self.showMonoColor = True
elif attributes['name'] == 'monoPixel':
self.showMonoPixel = True
elif attributes['name'] == 'colorChange':
self.showColorChange = True
self.colorChangeAnimation.setAttributes(attributes)
elif attributes['name'] == 'pulsingCircle':
self.showPulsingCircle = True
self.pulsingCircleAnimation.setAttributes(attributes)
elif attributes['name'] == 'randomGlow':
self.showRandomGlow = True
self.randomGlowAnimation.setAttributes(attributes)
self.prepareAnimations()
self.currentAnimation = attributes['name']