Add WeatherElements

src/vipscore_common/entities.py

@@ -162,3 +162,55 @@ class WeatherObservation(BaseModel):
             raise ValueError("%s must be timezone aware" % v)
         return v
 
+class WeatherElements():
+
+    # Mean temp (Celcius)
+    TEMPERATURE_MEAN = "TM"
+    # Minimum temperature (Celcius)
+    TEMPERATURE_MINIMUM = "TN"
+    # Maximum temperature (Celcius)
+    TEMPERATURE_MAXIMUM = "TX"
+    # Instantaneous temperature (Celcius)
+    TEMPERATURE_INSTANTANEOUS = "TT"
+    #Soil temperatures at various depths
+    SOIL_TEMPERATURE_5CM_MEAN ="TJM5"
+    SOIL_TEMPERATURE_10CM_MEAN ="TJM10"
+    SOIL_TEMPERATURE_25CM_MEAN ="TJM25"
+    SOIL_TEMPERATURE_50CM_MEAN ="TJM50"
+    # Dew point temperature (Celcius)
+    DEW_POINT_TEMPERATURE = "TD"
+    # Aggregated rainfall (millimeters)
+    PRECIPITATION = "RR"
+    # Average relative humidity (%)
+    RELATIVE_HUMIDITY_MEAN = "UM"
+    # Instantaneous relative humidity (%)
+    RELATIVE_HUMIDITY_INSTANTANEOUS = "UU"
+    # Global radiation (W/sqm)
+    GLOBAL_RADIATION = "Q0"
+    # Immmediate calculated clear sky solar radiation (clear sky)
+    GLOBAL_RADIATION_CLEAR_SKY_CALCULATED = "Q0c"
+    # Leaf wetness (Minutes per hour)
+    LEAF_WETNESS_DURATION = "BT"
+    # Leaf wetness at ground level (Minutes per hour)
+    LEAF_WETNESS_DURATION_GROUND_LEVEL = "BTg"
+    # Soil water content at various depths
+    SOIL_WATER_CONTENT_5CM = "VAN5"
+    SOIL_WATER_CONTENT_10CM = "VAN10"
+    SOIL_WATER_CONTENT_25CM = "VAN25"
+    SOIL_WATER_CONTENT_50CM = "VAN50"
+    # Soil conductivity at various depths
+    SOIL_CONDUCTIVITY_5CM = "LEJ5"
+    # Average wind speed (meters / second) for the last 60 minutes, measured at 2 meter height
+    WIND_SPEED_2M = "FM2"
+    # Average wind speed (meters / second) for the last 60 minutes, measured at 10 meter height
+    WIND_SPEED_10M = "FM"
+    # Average wind speed (meters / second) for the last 10 minutes, measured at 2 meter height
+    WIND_SPEED_10MIN_2M = "FF2"
+    # Average wind speed (meters / second) for the last 10 minutes, measured at 10 meter height
+    WIND_SPEED_10MIN_10M = "FF"
+    # Average wind direction for the last 10 minutes, measured at 2 meter height
+    WIND_DIR_10MIN_2M = "DD2"
+    # Average wind direction for the last 10 minutes, measured at 10 meter height
+    WIND_DIR_10MIN_10M = "DD"
+    # Potential evapotranspiration by the Penman equation
+    POTENTIAL_EVAPORATION = "EPP"
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tests/test_entities.py

@@ -20,4 +20,7 @@ class TestEntities(unittest.TestCase):
             warning_status = 2
         )
 
-        r.set_value("TM",2)
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+        r.set_value("TM",2)
+    
+    def test_weather_elements(self):
+        self.assertEquals("TM",WeatherElements.TEMPERATURE_MEAN)
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