else:
print temperature, humidity
# Where are we in time?
delta = (datetime.now() - starttime).seconds / 60
# Find our cycle position
if delta > cycle[cycleposition]:
cycleposition += 3
starttime = datetime.now()
# Infinitely wrap our cycle
if cycleposition >= len(cycle):
cycleposition = 0
# Grab current cycle parameters
humiditymin = cycle[cycleposition + 1]
humiditymax = cycle[cycleposition + 2]
if humidity < humiditymin and output.state == False:
output.state = True
elif humidity > humiditymax and output.state == True:
output.state = False
# Wait for a while
time.sleep(2)
# Update graphs occasionally
if (datetime.now() - last_drawn).seconds > args.graphupdate:
last_drawn = datetime.now()
sensor.graph = False
graph.draw()
sensor.graph = True
print temperature, humidity # Where are we in time? delta = (datetime.now() - starttime).seconds / 60 # Find our cycle position if delta > cycle[cycleposition]: cycleposition += 3 starttime = datetime.now() # Infinitely wrap our cycle if cycleposition >= len(cycle): cycleposition = 0 # Grab current cycle parameters humiditymin = cycle[cycleposition+1] humiditymax = cycle[cycleposition+2] if humidity < humiditymin and output.state == False: output.state = True elif humidity > humiditymax and output.state == True: output.state = False # Wait for a while time.sleep(2) # Update graphs occasionally if (datetime.now() - last_drawn).seconds > args.graphupdate: last_drawn = datetime.now() sensor.graph = False graph.draw() sensor.graph = True
