def check_wx(log):
salt_wx = wx.salt()
wasp_wx = wx.wasp()
grav_wx = wx.grav()
rh = []
wind = []
for w in salt_wx, wasp_wx, grav_wx:
if w:
rh.append(w['RH'])
wind.append(w['Wind Speed'])
mean_rh = np.array(rh).sum()/len(rh)
mean_wind = np.array(wind).sum()/len(wind)
if mean_rh > 85:
log.critical("HUMIDITY LIMIT: %.1f" % mean_rh)
return "close"
if mean_wind > 55:
log.critical("WIND LIMIT: %.1f" % mean_wind)
return "close"
if salt_wx['Raining'] or wasp_wx['Raining']:
log.critical("RAIN DETECTED!")
return "close"
if mean_rh >= 75 and mean_rh <= 85:
log.warning("Possible Condensation")
return "monitor"
else:
log.info("Relative Humidity: %.1f" % mean_rh)
log.info("Wind Speed: %.1f kph" % mean_wind)
if wasp_wx:
log.info("Sky: %s" % wasp_wx["Sky"])
return "open"
def is_it_cloudy():
wasp = wx.wasp()
if wasp and wasp['Sky'] == "Clear":
return False
else:
return True
