@@ -15,9 +15,9 @@ def setup_class(self):
1515 'd_rotor' : 80 ,
1616 'turbine_name' : 'ENERCON E 126 7500' ,
1717 'fetch_curve' : 'p' }
18- self .test_modelchain = {'wind_model' : 'hellman ' ,
18+ self .test_modelchain = {'wind_model' : 'logarithmic ' ,
1919 'rho_model' : 'barometric' ,
20- 'temperature_model' : 'interpolation ' ,
20+ 'temperature_model' : 'gradient ' ,
2121 'power_output_model' : 'p_values' ,
2222 'density_corr' : False }
2323 self .test_mc = mc .ModelChain (wt .WindTurbine (** self .test_turbine ),
@@ -39,7 +39,7 @@ def test_v_wind_hub(self):
3939
4040 # Test weather dictionary with pandas.Series
4141 # v_wind is closer to hub height than v_wind_2
42- v_wind_exp = pd .Series (data = [7.12462 , 9.26201 ])
42+ v_wind_exp = pd .Series (data = [7.74137 , 10.06377 ])
4343 assert_series_equal (self .test_mc .v_wind_hub (weather , data_height ),
4444 v_wind_exp )
4545 # v_wind is given at hub height
@@ -78,7 +78,7 @@ def test_rho_hub(self):
7878 'temp_air_2' : 10 ,
7979 'pressure' : 0 }
8080 # Test with above conditions
81- rho_exp = pd .Series (data = [1.30305 , 1.42702 ])
81+ rho_exp = pd .Series (data = [1.30617 , 1.29966 ])
8282 assert_series_equal (self .test_mc .rho_hub (weather ,
8383 data_height ), rho_exp )
8484 # temp_air at hub height
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