def pickTempSetting(self, readTemp, writeTemp, tempName, printAnnotation, row):
# Handle temperatures as integers internally, with a resolution of 0.1C
# i.e. divide by 10
oldSetting = readTemp()
startVal = oldSetting
minVal = int(self.tempControl.cc.tempSettingMin * 10)
maxVal = int(self.tempControl.cc.tempSettingMax * 10)
if oldSetting is None: # previous temperature was not defined, start at 20C
startVal = 20.0
startVal *= 10
t = float(startVal) / 10
startPos = self.encoder.pos # The encoder is free-running, so establish zero point
# rotaryEncoder.setRange(startVal, minVal, maxVal)
blinkTimer = 0
lastChangeTime = ticks.seconds()
while (ticks.timeSince(lastChangeTime) < MENU_TIMEOUT): # time out at 10 seconds
if (self.encoder.changed):
lastChangeTime = ticks.seconds()
blinkTimer = 0
# startVal = tenthsToFixed(encoder.read())
t = startVal + (self.encoder.pos - startPos)
t = max(minVal, min(t, maxVal))
t = float(t) / 10
display.printTemperatureAt(12, row, t)
display.update()
if (self.encoder.pushed):
# rotaryEncoder.resetPushed()
writeTemp(t)
printAnnotation("%s temp set to %s in Menu." % (tempName, t))
while self.encoder.pushed:
pass
return True
if (blinkTimer == 0):
display.printTemperatureAt(12, row, t)
display.update()
elif (blinkTimer == 128):
display.printAt(12, row, " " * 5)
display.update()
blinkTimer += 1
blinkTimer &= 0xff # Blink timer is an 8-bit value
time.sleep(0.003) # delay for blinking
# Time Out. Setting is not written
return False # FIXME: Do something if the encoder is not pushed
def blinkLoop(self,
changed, # function called to update the value
show, # function called to show the current value
hide, # function called to blank out the current value
pushed): # function to handle selection
# @return {@code true} if a value was selected. {@code false} on timeout.
lastChangeTime = ticks.seconds()
blinkTimer = 0
while (ticks.timeSince(lastChangeTime) < MENU_TIMEOUT): # time out at 10 seconds
if (self.encoder.changed):
lastChangeTime = ticks.seconds()
blinkTimer = 0
changed()
display.update()
if (blinkTimer == 0):
show()
display.update()
elif (blinkTimer == 128):
hide()
display.update()
if (self.encoder.pushed):
# rotaryEncoder.resetPushed()
show()
display.update()
while self.encoder.pushed:
pass
pushed()
return True
blinkTimer += 1
blinkTimer &= 0xff # blink timer is an 8-bit value
time.sleep(0.003) # wait.millis(3) # delay for blinking
return False
def timeSinceIdle(self):
return ticks.timeSince(self.lastIdleTime)
def timeSinceHeating(self):
return ticks.timeSince(self.lastHeatTime)
def timeSinceCooling(self):
return ticks.timeSince(self.lastCoolTime)
def timeSinceIdle(self):
return ticks.timeSince(self.lastIdleTime)
def timeSinceHeating(self):
return ticks.timeSince(self.lastHeatTime)
def timeSinceCooling(self):
return ticks.timeSince(self.lastCoolTime)