prl900/results.md

## results.md

      
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              results.md
            
          
    Experiment 1


Output: metar_wind_spd


Input: [gfs_wind_spd, gfs_wind_dir, gfs_temp, time]


Airport
Method
1000
500
250
100
50


EDDT
Linear
1.3006
1.2544
1.2246
1.2096
1.2230


Lund
1.2870
1.2310
1.2002
1.2172
1.2616


Circular
1.2870
1.2357
1.2155
1.2094
1.2205


UV
1.3565
1.3128
1.2540
1.2199
1.2271


EGLL
Linear
1.3301
1.2623
1.1862
1.1299
1.1300


Lund
1.2872
1.2242
1.1578
1.1355
1.1546


Circular
1.2872
1.2286
1.1621
1.1243
1.1243


UV
1.3671
1.2708
1.2113
1.1610
1.1487


LEBL
Linear
1.6956
1.6721
1.6316
1.6158
1.6415


Lund
1.6698
1.6482
1.6181
1.6579
1.7097


Circular
1.6750
1.6590
1.6110
1.6114
1.6433


UV
1.7348
1.6867
1.6516
1.6375
1.6632


LFPG
Linear
1.2667
1.2188
1.1998
1.1880
1.2226


Lund
1.2620
1.2006
1.1895
1.2156
1.2844


Circular
1.2620
1.2080
1.1983
1.1979
1.2186


UV
1.3876
1.3189
1.2645
1.2214
1.2333


LIMC
Linear
1.0968
1.0882
1.0883
1.0989
1.1274


Lund
1.0971
1.0936
1.1019
1.1410
1.1865


Circular
1.0957
1.0916
1.0921
1.1052
1.1334


UV
1.1109
1.0954
1.0943
1.0978
1.1231


Experiment 2


Output: metar_wind_spd


Input: [gfs_wind_spd, gfs_wind_dir, gfs_temp, time, date]


Airport
Method
1000
500
250
100
50


EDDT
Linear
1.3037
1.2534
1.2222
1.2203
1.2516


Lund
1.2870
1.2277
1.2020
1.2355
1.2931


Circular
1.2870
1.2283
1.2089
1.2104
1.2369


UV
1.3565
1.3120
1.2530
1.2268
1.2369


EGLL
Linear
1.3301
1.2623
1.1874
1.1278
1.1294


Lund
1.2882
1.2241
1.1586
1.1369
1.1784


Circular
1.2882
1.2282
1.1637
1.1149
1.1282


UV
1.3665
1.2729
1.2175
1.1604
1.1476


LEBL
Linear
1.6956
1.6724
1.6305
1.6093
1.6542


Lund
1.6651
1.6413
1.6160
1.6701
1.7773


Circular
1.6728
1.6523
1.6151
1.6340
1.6663


UV
1.7329
1.6824
1.6493
1.6543
1.6912


LFPG
Linear
1.2667
1.2160
1.1998
1.1982
1.2264


Lund
1.2639
1.2005
1.1819
1.2249
1.3181


Circular
1.2639
1.2069
1.1902
1.2060
1.2453


UV
1.3876
1.3201
1.2659
1.2308
1.2480


LIMC
Linear
1.0926
1.0783
1.0747
1.0897
1.1165


Lund
1.0800
1.0822
1.1038
1.1486
1.1927


Circular
1.0833
1.0794
1.0768
1.0899
1.1112


UV
1.0946
1.0831
1.0768
1.0913
1.1168


Experiment 3


Output: metar_wind_spd


Input: [gfs_wind_spd, gfs_wind_dir, gfs_rh, time]


Airport
Method
1000
500
250
100
50


EDDT
Linear
1.3006
1.2539
1.2252
1.2109
1.2298


Lund
1.2870
1.2328
1.2050
1.2267
1.2933


Circular
1.2870
1.2410
1.2209
1.2080
1.2479


UV
1.3565
1.3117
1.2568
1.2270
1.2443


EGLL
Linear
1.3011
1.2357
1.1905
1.1478
1.1572


Lund
1.2872
1.2229
1.1631
1.1466
1.1703


Circular
1.2872
1.2267
1.1681
1.1413
1.1471


UV
1.3602
1.2875
1.2259
1.1743
1.1682


LEBL
Linear
1.7032
1.6807
1.6451
1.6283
1.6657


Lund
1.6731
1.6524
1.6228
1.6613
1.7303


Circular
1.6784
1.6619
1.6101
1.6160
1.6719


UV
1.7313
1.6896
1.6710
1.6534
1.6732


LFPG
Linear
1.2749
1.2376
1.2227
1.2269
1.2478


Lund
1.2616
1.2075
1.1977
1.2566
1.3197


Circular
1.2625
1.2249
1.2147
1.2232
1.2469


UV
1.3887
1.3185
1.2668
1.2324
1.2412


LIMC
Linear
1.1184
1.1105
1.1089
1.1276
1.1634


Lund
1.1166
1.1132
1.1201
1.1547
1.1977


Circular
1.1157
1.1136
1.1134
1.1295
1.1579


UV
1.1327
1.1183
1.1186
1.1376
1.1667


Experiment 4


Output: metar_wind_spd


Input: [gfs_wind_spd, gfs_wind_dir, gfs_rh, time, date]


Airport
Method
1000
500
250
100
50


EDDT
Linear
1.3037
1.2531
1.2228
1.2143
1.2411


Lund
1.2870
1.2280
1.2031
1.2332
1.2923


Circular
1.2870
1.2285
1.2127
1.2087
1.2326


UV
1.3565
1.3127
1.2570
1.2298
1.2386


EGLL
Linear
1.3011
1.2369
1.1884
1.1280
1.1325


Lund
1.2882
1.2236
1.1617
1.1356
1.1857


Circular
1.2882
1.2277
1.1633
1.1207
1.1289


UV
1.3620
1.2880
1.2277
1.1561
1.1438


LEBL
Linear
1.7038
1.6824
1.6422
1.6354
1.6729


Lund
1.6627
1.6421
1.6105
1.6480
1.7582


Circular
1.6720
1.6513
1.6080
1.6197
1.6620


UV
1.7255
1.6802
1.6555
1.6537
1.6844


LFPG
Linear
1.2724
1.2226
1.2096
1.2060
1.2282


Lund
1.2627
1.2020
1.1879
1.2183
1.2910


Circular
1.2627
1.2047
1.1994
1.2040
1.2397


UV
1.3887
1.3196
1.2660
1.2258
1.2304


LIMC
Linear
1.0912
1.0749
1.0627
1.0712
1.1130


Lund
1.0808
1.0772
1.0784
1.1206
1.1659


Circular
1.0822
1.0800
1.0724
1.0833
1.1127


UV
1.0964
1.0827
1.0754
1.0875
1.1134
Airport	Method	1000	500	250	100	50
EDDT	Linear	1.3006	1.2544	1.2246	1.2096	1.2230
	Lund	1.2870	1.2310	1.2002	1.2172	1.2616
	Circular	1.2870	1.2357	1.2155	1.2094	1.2205
	UV	1.3565	1.3128	1.2540	1.2199	1.2271
EGLL	Linear	1.3301	1.2623	1.1862	1.1299	1.1300
	Lund	1.2872	1.2242	1.1578	1.1355	1.1546
	Circular	1.2872	1.2286	1.1621	1.1243	1.1243
	UV	1.3671	1.2708	1.2113	1.1610	1.1487
LEBL	Linear	1.6956	1.6721	1.6316	1.6158	1.6415
	Lund	1.6698	1.6482	1.6181	1.6579	1.7097
	Circular	1.6750	1.6590	1.6110	1.6114	1.6433
	UV	1.7348	1.6867	1.6516	1.6375	1.6632
LFPG	Linear	1.2667	1.2188	1.1998	1.1880	1.2226
	Lund	1.2620	1.2006	1.1895	1.2156	1.2844
	Circular	1.2620	1.2080	1.1983	1.1979	1.2186
	UV	1.3876	1.3189	1.2645	1.2214	1.2333
LIMC	Linear	1.0968	1.0882	1.0883	1.0989	1.1274
	Lund	1.0971	1.0936	1.1019	1.1410	1.1865
	Circular	1.0957	1.0916	1.0921	1.1052	1.1334
	UV	1.1109	1.0954	1.0943	1.0978	1.1231
Airport	Method	1000	500	250	100	50
EDDT	Linear	1.3037	1.2534	1.2222	1.2203	1.2516
	Lund	1.2870	1.2277	1.2020	1.2355	1.2931
	Circular	1.2870	1.2283	1.2089	1.2104	1.2369
	UV	1.3565	1.3120	1.2530	1.2268	1.2369
EGLL	Linear	1.3301	1.2623	1.1874	1.1278	1.1294
	Lund	1.2882	1.2241	1.1586	1.1369	1.1784
	Circular	1.2882	1.2282	1.1637	1.1149	1.1282
	UV	1.3665	1.2729	1.2175	1.1604	1.1476
LEBL	Linear	1.6956	1.6724	1.6305	1.6093	1.6542
	Lund	1.6651	1.6413	1.6160	1.6701	1.7773
	Circular	1.6728	1.6523	1.6151	1.6340	1.6663
	UV	1.7329	1.6824	1.6493	1.6543	1.6912
LFPG	Linear	1.2667	1.2160	1.1998	1.1982	1.2264
	Lund	1.2639	1.2005	1.1819	1.2249	1.3181
	Circular	1.2639	1.2069	1.1902	1.2060	1.2453
	UV	1.3876	1.3201	1.2659	1.2308	1.2480
LIMC	Linear	1.0926	1.0783	1.0747	1.0897	1.1165
	Lund	1.0800	1.0822	1.1038	1.1486	1.1927
	Circular	1.0833	1.0794	1.0768	1.0899	1.1112
	UV	1.0946	1.0831	1.0768	1.0913	1.1168