Merge pull request #6 from briis/V0.1.7

v0.1.7

Author: LuckyJayDIY

README.md

@@ -3,15 +3,20 @@ Python 2 and 3 module to interact via UDP with a Smart Weather station from Weat
 
 ![GitHub release](https://img.shields.io/github/release/briis/pysmartweatherudp.svg)
 
-This module communicates with a Smart Home Weather station from the company [WeatherFlow](http://weatherflow.com/smart-home-weather-stations/) using the UDP API. It retrieves current weather data from the attached units. Currently there are two types of Units:
+This module communicates with a Smart Home Weather station from the company [WeatherFlow](http://weatherflow.com/smart-home-weather-stations/) using the UDP API. It retrieves current weather data from the attached units. Currently there are three types of Units:
 * **AIR** - This unit measures Temperature, Humidity, Pressure and Lightning Strikes
 * **SKY** - This unit measures Precipitation, Wind, Illuminance and UV
-They are both attached to a central hub, that broadcasts the data via UDP and sends the data to a cloud database managed by WeatherFlow. This module retrieves the data by listening to the UDP broadcast on the local network.
+* **Tempest** - This unit combines the air and sky units into a single device.  
+
+They are all attached to a central hub, that broadcasts the data via UDP and sends the data to a cloud database managed by WeatherFlow. This module retrieves the data by listening to the UDP broadcast on the local network.
+
+There are several broadcasts being sent depending on the station.  This module processes four of the broadcasts:
 
-There are several broadcasts being send by the system, and currently this module only uses three of them:
 * *rapid_wind* - This contains current wind speed and bearing, and is updated every 3 seconds
-* *air_obs* - Here we get Temperature, Humidity, Pressure and Lightning Strikes. This sends out data every minute
-* *sky_obs* - This is where we get Precipitation, Wind, Illuminance and UV. Also broadcasts every minute.
+* *obs_air* - Here we get Temperature, Humidity, Pressure and Lightning Strikes. This sends out data every minute
+* *obs_sky* - This is where we get Precipitation, Wind, Illuminance and UV. Also broadcasts every minute.
+* *obs_st*  - This is for the new Tempest all in one weather station and combines the air/sky data into a single message sent out every minute.<br>
+Note: The Tempest unit will return the battery voltage in both the skybattery and airbattery sensors. 
 
 The function is built specifically to be used with [Home Assistant](https://www.home-assistant.io/), so data is formatted to suit that. But it might easily be modified for other purposes.
 

pysmartweatherudp/receiver.py

@@ -192,6 +192,37 @@ def run(self):
                     ds.wind_chill = self._wind_chill
                     self._feels_like = utils.WeatherFunctions.getFeelsLike(self, self._temperature, self._wind_chill, self._heat_index)
                     ds.feels_like = self._feels_like
+                elif jsondata['type'] == 'obs_st':
+                    # RAPID WIND
+                    ds.wind_bearing_rapid = self._wind_bearing_rapid
+                    ds.wind_speed_rapid = self._wind_speed_rapid
+                    # SKY
+                    self._illuminance = ds.illuminance
+                    self._uv = ds.uv
+                    self._wind_bearing = ds.wind_bearing
+                    self._wind_speed = ds.wind_speed
+                    self._wind_lull = ds.wind_lull
+                    self._wind_gust = ds.wind_gust
+                    self._wind_direction = ds.wind_direction
+                    self._solar_radiation = ds.solar_radiation
+                    self._skybattery = ds.skybattery
+                    self._precipitation_rate_raw = ds.precipitation_rate
+                    self._precipitation_rate = round(self._precipitation_rate_raw * 60,2)
+                    # AIR
+                    self._airbattery = ds.airbattery
+                    self._temperature = ds.temperature
+                    self._pressure = ds.pressure
+                    self._humidity = ds.humidity
+                    self._lightning_count = ds.lightning_count
+                    self._lightning_distance = ds.lightning_distance
+                    self._lightning_time = ds.lightning_time
+                    self._dewpoint = ds.dewpoint
+                    self._heat_index = ds.heat_index
+                    # Calculated Values
+                    self._wind_chill = utils.WeatherFunctions.getWindChill(self, self._wind_speed, ds.temperature)
+                    ds.wind_chill = self._wind_chill
+                    self._feels_like = utils.WeatherFunctions.getFeelsLike(self, self._temperature, self._wind_chill, self._heat_index)
+                    ds.feels_like = self._feels_like
                 else:
                     ds = None
 

pysmartweatherudp/utils.py

@@ -15,12 +15,47 @@ def getDataSet(data, units, ignore_errors=False):
             return SkyOberservation(jsondata['obs'][0], units)
         elif jsondata['type'] == 'obs_air':
             return AirOberservation(jsondata['obs'][0], units)
+        elif jsondata['type'] == 'obs_st':
+            return StObservation(jsondata['obs'][0], units)
         else:
             return None
     except:
         if not ignore_errors:
             raise
 
+class StObservation:
+    """ Return the Combined Station data Structure. """
+    def __init__(self, data, units):
+        # Rapid Wind Data
+        self.type = 'st'
+        self.timestamp = data[0]
+        self.illuminance = data[9]
+        self.uv = data[10]
+        self.precipitation_rate = UnitConversion.volume(self, data[12], units)
+        self.wind_speed = UnitConversion.speed(self, data[2], units)
+        self.wind_bearing = data[4]
+        self.wind_lull = UnitConversion.speed(self, data[1], units)
+        self.wind_gust = UnitConversion.speed(self, data[2], units)
+        self.skybattery = data[16]
+        self.solar_radiation = data[11]
+        self.wind_direction = UnitConversion.wind_direction(self, data[4])
+        # Air Data
+        self.pressure = UnitConversion.pressure(self, data[6], units)
+        self.temperature = round(data[7],1)
+        self.humidity = data[8]
+        self.lightning_count = data[15]
+        self.lightning_distance = UnitConversion.distance(self, data[14], units)
+        self.lightning_time = datetime.datetime.today().strftime('%Y-%m-%d') if data[15] > 0 else None
+        self.airbattery = data[16]
+        self.dewpoint = WeatherFunctions.getDewPoint(self, data[7], data[8])
+        self.heat_index = WeatherFunctions.getHeatIndex(self, data[7], data[8])
+        # Rapid Wind Data
+        self.wind_speed_rapid = 0
+        self.wind_bearing_rapid = 0
+        # Calculated Values
+        self.wind_chill = 0
+        self.feels_like = 0
+
 class RapidWind:
     """ Return the Rapid Wind data Structure. """
     def __init__(self, data, units):
@@ -119,7 +154,7 @@ def __init__(self, data, units):
         # Calculated Values
         self.wind_chill = 0
         self.feels_like = 0
-
+        
 class UnitConversion:
     """
     Conversion Class to convert between different units.

setup.py

@@ -16,7 +16,7 @@
     # Versions should comply with PEP440.  For a discussion on single-sourcing
     # the version across setup.py and the project code, see
     # https://packaging.python.org/en/latest/single_source_version.html
-    version='0.1.6',
+    version='0.1.7',
 
     description='Receive data from Smart Weather via UDP',
     long_description=" ".join(