def __updateDisplay(self, digit):
"""Display Bar graph"""
for i in range(10):
if digit > i:
GPIO.output(self.bar[i], GPIO.HIGH)
else:
GPIO.output(self.bar[i], GPIO.LOW)
def processValueAssignment(self, roundconfig, value, ctrlid, override=False):
if SHControl.processValueAssignment(self, roundconfig, value, ctrlid, override):
if self.ctrltype == 'toggle':
if value:
GPIO.output(self.pins['LED'], GPIO.HIGH)
else:
GPIO.output(self.pins['LED'], GPIO.LOW)
def __updateDisplay(self, digit):
"""Display Bar graph"""
for i in range(10):
if digit > i:
GPIO.output(self.bar[i], GPIO.HIGH)
else:
GPIO.output(self.bar[i], GPIO.LOW)
def __init__(self, controlconfig, ctrlid):
SHControl.__init__(self, controlconfig, ctrlid)
SHControlPot.__init__(self, controlconfig, ctrlid)
self.bar = []
for barnum in range(10):
pin = self.pins['BAR_' + str(barnum + 1)]
GPIO.setup(pin, GPIO.OUT)
GPIO.output(pin, GPIO.LOW)
self.bar.append(pin)
def __init__(self, controlconfig, ctrlid):
SHControl.__init__(self, controlconfig, ctrlid)
SHControlPot.__init__(self, controlconfig, ctrlid)
self.bar = []
for barnum in range(10):
pin = self.pins['BAR_' + str(barnum+1)]
GPIO.setup(pin, GPIO.OUT)
GPIO.output(pin, GPIO.LOW)
self.bar.append(pin)
def processValueAssignment(self, roundconfig, value, ctrlid, override=False):
if SHControl.processValueAssignment(self, roundconfig, value, ctrlid, override):
if self.ctrltype == 'toggle':
if self.controlsetup['display']['height']>3:
if value:
myLcdManager.displayValueLine("On", ctrlid)
GPIO.output(self.pins['LED'], GPIO.LOW)
else:
myLcdManager.displayValueLine("Off", ctrlid)
GPIO.output(self.pins['LED'], GPIO.HIGH)
def processValueAssignment(self,
roundconfig,
value,
ctrlid,
override=False):
if SHControl.processValueAssignment(self, roundconfig, value, ctrlid,
override):
if self.ctrltype == 'toggle':
if value:
GPIO.output(self.pins['LED'], GPIO.HIGH)
else:
GPIO.output(self.pins['LED'], GPIO.LOW)
def poll(self, controlsetup, ctrldef, ctrltype, ctrlstate, ctrlvalue):
value = ctrlvalue
btn = GPIO.input(self.pins['BTN'])
state = btn
if ctrlstate != state:
if ctrltype == 'button':
value = state
GPIO.output(self.pins['LED'], value)
elif ctrltype == 'toggle':
if state:
value = int(not ctrlvalue)
GPIO.output(self.pins['LED'], value)
return value, state
def poll(self, controlsetup, ctrldef, ctrltype, ctrlstate, ctrlvalue):
value = ctrlvalue
btn = GPIO.input(self.pins['BTN'])
state = btn
if ctrlstate != state:
if ctrltype == 'button':
value = state
GPIO.output(self.pins['LED'], value)
elif ctrltype == 'toggle':
if state:
value = int(not ctrlvalue)
GPIO.output(self.pins['LED'], value)
return value, state
def processValueAssignment(self,
roundconfig,
value,
ctrlid,
override=False):
if SHControl.processValueAssignment(self, roundconfig, value, ctrlid,
override):
if self.ctrltype == 'toggle':
if self.controlsetup['display']['height'] > 3:
if value:
myLcdManager.displayValueLine("On", ctrlid)
GPIO.output(self.pins['LED'], GPIO.LOW)
else:
myLcdManager.displayValueLine("Off", ctrlid)
GPIO.output(self.pins['LED'], GPIO.HIGH)
def processValueAssignment(self,
roundconfig,
value,
ctrlid,
override=False):
if SHControl.processValueAssignment(self, roundconfig, value, ctrlid,
override):
RGB = [0, 0, 0]
if self.ctrltype == 'toggle':
if self.controlsetup['display']['height'] > 3:
if value:
myLcdManager.displayValueLine("On", ctrlid)
RGB = [1, 0, 0]
else:
myLcdManager.displayValueLine("Off", ctrlid)
elif self.ctrltype == 'selector':
if self.controlsetup['display']['height'] > 3:
myLcdManager.displayValueLine(str(value), ctrlid)
elif self.ctrltype == 'colour':
if self.controlsetup['display']['height'] > 3:
myLcdManager.displayValueLine(str(value), ctrlid)
#Light the LED the right colours
RGB = self.controlsetup['colours'][str(value)]
elif self.ctrltype == 'words':
if self.controlsetup['display']['height'] > 3:
myLcdManager.displayValueLine(value, ctrlid)
GPIO.output(self.pins['RGB_R'], RGB[0])
GPIO.output(self.pins['RGB_G'], RGB[1])
GPIO.output(self.pins['RGB_B'], RGB[2])
def processValueAssignment(self,
roundconfig,
value,
ctrlid,
override=False):
print("combo process value - value = '" + str(value) + "'")
if SHControl.processValueAssignment(self, roundconfig, value, ctrlid,
override):
print("ebabled = '" + str(self.roundsetup['enabled']) +
"' type = '" + str(self.ctrltype) + "'")
RGB = [0, 0, 0]
if self.roundsetup['enabled']:
if self.ctrltype == 'toggle':
if value:
SHControlCombo7SegColourRotary.__displayDigits(
self, 'On')
RGB = [1, 0, 0]
else:
SHControlCombo7SegColourRotary.__displayDigits(
self, 'Off')
#Switch off LED
elif self.ctrltype == 'button':
if value:
RGB = [1, 0, 0]
elif self.ctrltype == 'selector':
SHControlCombo7SegColourRotary.__displayDigits(
self, str(value))
#Switch off LED
elif self.ctrltype == 'colour':
#Light LED appropriate colour
if value == 'red':
SHControlCombo7SegColourRotary.__displayDigits(
self, "RED")
elif value == 'green':
SHControlCombo7SegColourRotary.__displayDigits(
self, "GREN")
elif value == 'blue':
SHControlCombo7SegColourRotary.__displayDigits(
self, "BLUE")
elif value == 'yellow':
SHControlCombo7SegColourRotary.__displayDigits(
self, "YELO")
elif value == 'cyan':
SHControlCombo7SegColourRotary.__displayDigits(
self, "CYAN")
RGB = self.controlsetup['colours'][str(value)]
elif self.ctrltype == 'words':
#Switch off LED
SHControlCombo7SegColourRotary.__displayDigits(
self, value.upper())
else:
SHControlCombo7SegColourRotary.__displayDigits(self, " ")
GPIO.output(self.pins['RGB_R'], RGB[0])
GPIO.output(self.pins['RGB_G'], RGB[1])
GPIO.output(self.pins['RGB_B'], RGB[2])
else:
print("Combo reports not valid for processing control value")
def __init__(self, controlconfig, ctrlid):
SHControl.__init__(self, controlconfig, ctrlid)
#segment defined at module scope
GPIO.setup(self.pins['BTN'], GPIO.IN, GPIO.PUD_DOWN)
GPIO.setup(self.pins['RGB_R'], GPIO.OUT)
GPIO.setup(self.pins['RGB_G'], GPIO.OUT)
GPIO.setup(self.pins['RGB_B'], GPIO.OUT)
GPIO.output(self.pins['RGB_R'], GPIO.LOW)
GPIO.output(self.pins['RGB_G'], GPIO.LOW)
GPIO.output(self.pins['RGB_B'], GPIO.LOW)
SHControlCombo7SegColourRotary.__displayDigits(self, " ")
def __init__(self, controlconfig, ctrlid):
SHControl.__init__(self, controlconfig, ctrlid)
#segment defined at module scope
GPIO.setup(self.pins['BTN'], GPIO.IN, GPIO.PUD_DOWN)
GPIO.setup(self.pins['RGB_R'], GPIO.OUT)
GPIO.setup(self.pins['RGB_G'], GPIO.OUT)
GPIO.setup(self.pins['RGB_B'], GPIO.OUT)
GPIO.output(self.pins['RGB_R'], GPIO.LOW)
GPIO.output(self.pins['RGB_G'], GPIO.LOW)
GPIO.output(self.pins['RGB_B'], GPIO.LOW)
SHControlCombo7SegColourRotary.__displayDigits(self, " ")
def poll(self, controlsetup, ctrldef, ctrltype, ctrlstate, ctrlvalue):
value = ctrlvalue
sw1 = GPIO.input(self.pins['SW_1'])
sw2 = GPIO.input(self.pins['SW_2'])
sw3 = GPIO.input(self.pins['SW_3'])
sw4 = GPIO.input(self.pins['SW_4'])
GPIO.output(self.pins['LED_1'], sw1)
GPIO.output(self.pins['LED_2'], sw2)
GPIO.output(self.pins['LED_3'], sw3)
GPIO.output(self.pins['LED_4'], sw4)
state = [sw1, sw2, sw3, sw4]
if not ctrlstate == state:
if ctrltype == 'toggle':
if state == [1, 1, 1, 1]:
value = 1
elif state == [0, 0, 0, 0]:
value = 0
else:
value = 2
return value, state
def poll(self, controlsetup, ctrldef, ctrltype, ctrlstate, ctrlvalue):
value = ctrlvalue
sw1 = GPIO.input(self.pins['SW_1'])
sw2 = GPIO.input(self.pins['SW_2'])
sw3 = GPIO.input(self.pins['SW_3'])
sw4 = GPIO.input(self.pins['SW_4'])
GPIO.output(self.pins['LED_1'], sw1)
GPIO.output(self.pins['LED_2'], sw2)
GPIO.output(self.pins['LED_3'], sw3)
GPIO.output(self.pins['LED_4'], sw4)
state = [sw1, sw2, sw3, sw4]
if not ctrlstate == state:
if ctrltype == 'toggle':
if state == [1, 1, 1, 1]:
value = 1
elif state == [0, 0, 0, 0]:
value = 0
else:
value = 2
return value, state
def processValueAssignment(self, roundconfig, value, ctrlid, override=False):
print("combo process value - value = '" + str(value) + "'")
if SHControl.processValueAssignment(self, roundconfig, value, ctrlid, override):
print("ebabled = '" + str(self.roundsetup['enabled']) + "' type = '" + str(self.ctrltype) + "'")
RGB = [0, 0, 0]
if self.roundsetup['enabled']:
if self.ctrltype == 'toggle':
if value:
SHControlCombo7SegColourRotary.__displayDigits(self, 'On')
RGB = [1, 0, 0]
else:
SHControlCombo7SegColourRotary.__displayDigits(self, 'Off')
#Switch off LED
elif self.ctrltype == 'button':
if value:
RGB = [1, 0, 0]
elif self.ctrltype == 'selector':
SHControlCombo7SegColourRotary.__displayDigits(self, str(value))
#Switch off LED
elif self.ctrltype == 'colour':
#Light LED appropriate colour
if value == 'red':
SHControlCombo7SegColourRotary.__displayDigits(self, "RED")
elif value == 'green':
SHControlCombo7SegColourRotary.__displayDigits(self, "GREN")
elif value == 'blue':
SHControlCombo7SegColourRotary.__displayDigits(self, "BLUE")
elif value == 'yellow':
SHControlCombo7SegColourRotary.__displayDigits(self, "YELO")
elif value == 'cyan':
SHControlCombo7SegColourRotary.__displayDigits(self, "CYAN")
RGB = self.controlsetup['colours'][str(value)]
elif self.ctrltype == 'words':
#Switch off LED
SHControlCombo7SegColourRotary.__displayDigits(self, value.upper())
else:
SHControlCombo7SegColourRotary.__displayDigits(self, " ")
GPIO.output(self.pins['RGB_R'], RGB[0])
GPIO.output(self.pins['RGB_G'], RGB[1])
GPIO.output(self.pins['RGB_B'], RGB[2])
else:
print("Combo reports not valid for processing control value")
def processValueAssignment(self, roundconfig, value, ctrlid, override=False):
if SHControl.processValueAssignment(self, roundconfig, value, ctrlid, override):
RGB = [0, 0, 0]
if self.ctrltype == 'toggle':
if self.controlsetup['display']['height'] > 3:
if value:
myLcdManager.displayValueLine("On", ctrlid)
RGB = [1, 0, 0]
else:
myLcdManager.displayValueLine("Off", ctrlid)
elif self.ctrltype == 'selector':
if self.controlsetup['display']['height'] > 3:
myLcdManager.displayValueLine(str(value), ctrlid)
elif self.ctrltype == 'colour':
if self.controlsetup['display']['height'] > 3:
myLcdManager.displayValueLine(str(value), ctrlid)
#Light the LED the right colours
RGB = self.controlsetup['colours'][str(value)]
elif self.ctrltype == 'words':
if self.controlsetup['display']['height'] > 3:
myLcdManager.displayValueLine(value, ctrlid)
GPIO.output(self.pins['RGB_R'], RGB[0])
GPIO.output(self.pins['RGB_G'], RGB[1])
GPIO.output(self.pins['RGB_B'], RGB[2])
def __init__(self, controlconfig, ctrlid):
SHControl.__init__(self, controlconfig, ctrlid)
GPIO.setup(self.pins['SW'], GPIO.IN, GPIO.PUD_DOWN)
GPIO.setup(self.pins['LED'], GPIO.OUT)
GPIO.output(self.pins['LED'], GPIO.HIGH) #common anode, so HIGH for off, LOW for on
def __init__(self, controlconfig, ctrlid):
SHControl.__init__(self, controlconfig, ctrlid)
GPIO.setup(self.pins['BTN'], GPIO.IN, GPIO.PUD_DOWN)
GPIO.setup(self.pins['LED'], GPIO.OUT)
GPIO.output(self.pins['LED'], GPIO.LOW)
def __init__(self, controlconfig, ctrlid):
SHControl.__init__(self, controlconfig, ctrlid)
for i in range(1,5):
GPIO.setup(self.pins['SW_' + str(i)], GPIO.IN, GPIO.PUD_DOWN)
GPIO.setup(self.pins['LED_' + str(i)], GPIO.OUT)
GPIO.output(self.pins['LED_' + str(i)], GPIO.LOW)
def __init__(self, controlconfig, ctrlid):
SHControl.__init__(self, controlconfig, ctrlid)
for i in range(1, 5):
GPIO.setup(self.pins['SW_' + str(i)], GPIO.IN, GPIO.PUD_DOWN)
GPIO.setup(self.pins['LED_' + str(i)], GPIO.OUT)
GPIO.output(self.pins['LED_' + str(i)], GPIO.LOW)
def __init__(self, controlconfig, ctrlid):
SHControl.__init__(self, controlconfig, ctrlid)
GPIO.setup(self.pins['BTN'], GPIO.IN, GPIO.PUD_DOWN)
GPIO.setup(self.pins['LED'], GPIO.OUT)
GPIO.output(self.pins['LED'], GPIO.LOW)
def __init__(self, controlconfig, ctrlid):
SHControl.__init__(self, controlconfig, ctrlid)
GPIO.setup(self.pins['SW'], GPIO.IN, GPIO.PUD_DOWN)
GPIO.setup(self.pins['LED'], GPIO.OUT)
GPIO.output(self.pins['LED'],
GPIO.HIGH) #common anode, so HIGH for off, LOW for on