ARW Real Vertical Interpolation Options </HEAD> <BODY bgcolor="#FFFFFF"> <CENTER> <H2><B> ARW Real Vertical Interpolation Options: RMS Analysis vs Observations</B> </H2><BR> </CENTER> <pre> number of options = 7 TOTAL t.1000 ( 300 ) bias = 2.017330 +- 0.9808252 TOTAL t.925 ( 300 ) bias = 2.157557 +- 3.204205 TOTAL t.850 ( 300 ) bias = 1.101034 +- 8.1251457E-02 TOTAL t.700 ( 300 ) bias = 0.8915048 +- 5.0513732E-04 TOTAL t.500 ( 300 ) bias = 0.6395566 +- 1.8287925E-09 TOTAL t.300 ( 300 ) bias = 0.9217641 +- 1.1870190E-02 TOTAL t.200 ( 300 ) bias = 1.965564 +- 8.7340564E-02 TOTAL t.100 ( 300 ) bias = 1.503112 +- 3.0626489E-02 Option # 1 = use_below Setting # 1 = F t.1000 ( 144 ) bias = 2.035205 t.925 ( 144 ) bias = 2.104472 t.850 ( 144 ) bias = 1.080452 t.700 ( 144 ) bias = 0.8915039 t.500 ( 144 ) bias = 0.6395550 *** t.300 ( 144 ) bias = 0.9217640 t.200 ( 144 ) bias = 1.965555 t.100 ( 144 ) bias = 1.503111 Setting # 2 = T t.1000 ( 156 ) bias = 2.000359 t.925 ( 156 ) bias = 2.206560 t.850 ( 156 ) bias = 1.120033 t.700 ( 156 ) bias = 0.8915038 t.500 ( 156 ) bias = 0.6395553 *** t.300 ( 156 ) bias = 0.9217640 t.200 ( 156 ) bias = 1.965555 t.100 ( 156 ) bias = 1.503112 Option # 2 = use_sfc Setting # 1 = T t.1000 ( 288 ) bias = 2.023612 t.925 ( 288 ) bias = 2.197410 t.850 ( 288 ) bias = 1.102241 t.700 ( 288 ) bias = 0.8915050 t.500 ( 288 ) bias = 0.6395568 *** t.300 ( 288 ) bias = 0.9217641 t.200 ( 288 ) bias = 1.965562 t.100 ( 288 ) bias = 1.503112 Setting # 2 = F t.1000 ( 12 ) bias = 1.866095 t.925 ( 12 ) bias = 1.201090 t.850 ( 12 ) bias = 1.072070 t.700 ( 12 ) bias = 0.8915024 t.500 ( 12 ) bias = 0.6395550 *** t.300 ( 12 ) bias = 0.9217649 t.200 ( 12 ) bias = 1.965558 t.100 ( 12 ) bias = 1.503113 Option # 3 = force Setting # 1 = 0 t.1000 ( 84 ) bias = 2.289619 t.925 ( 84 ) bias = 3.731625 t.850 ( 84 ) bias = 1.096574 t.700 ( 84 ) bias = 0.8915024 t.500 ( 84 ) bias = 0.6395546 *** t.300 ( 84 ) bias = 0.9217652 t.200 ( 84 ) bias = 1.965557 t.100 ( 84 ) bias = 1.503112 Setting # 2 = 1 t.1000 ( 72 ) bias = 2.135646 t.925 ( 72 ) bias = 1.471727 t.850 ( 72 ) bias = 1.100930 t.700 ( 72 ) bias = 0.8915029 t.500 ( 72 ) bias = 0.6395546 *** t.300 ( 72 ) bias = 0.9217656 t.200 ( 72 ) bias = 1.965558 t.100 ( 72 ) bias = 1.503112 Setting # 3 = 2 t.1000 ( 72 ) bias = 1.712309 t.925 ( 72 ) bias = 1.547171 t.850 ( 72 ) bias = 1.103092 t.700 ( 72 ) bias = 0.8915048 t.500 ( 72 ) bias = 0.6395546 *** t.300 ( 72 ) bias = 0.9217656 t.200 ( 72 ) bias = 1.965558 t.100 ( 72 ) bias = 1.503112 Setting # 4 = 3 t.1000 ( 72 ) bias = 1.884777 t.925 ( 72 ) bias = 1.617363 t.850 ( 72 ) bias = 1.104284 t.700 ( 72 ) bias = 0.8915067 t.500 ( 72 ) bias = 0.6395546 *** t.300 ( 72 ) bias = 0.9217656 t.200 ( 72 ) bias = 1.965558 t.100 ( 72 ) bias = 1.503112 Option # 4 = extrap Setting # 1 = 1 t.1000 ( 100 ) bias = 2.017075 t.925 ( 100 ) bias = 2.160081 t.850 ( 100 ) bias = 1.102299 t.700 ( 100 ) bias = 0.8915042 t.500 ( 100 ) bias = 0.6395545 *** t.300 ( 100 ) bias = 0.9217647 t.200 ( 100 ) bias = 1.965556 t.100 ( 100 ) bias = 1.503111 Setting # 2 = 2 t.1000 ( 100 ) bias = 2.016861 t.925 ( 100 ) bias = 2.156823 t.850 ( 100 ) bias = 1.100655 t.700 ( 100 ) bias = 0.8915042 t.500 ( 100 ) bias = 0.6395545 *** t.300 ( 100 ) bias = 0.9217647 t.200 ( 100 ) bias = 1.965556 t.100 ( 100 ) bias = 1.503111 Setting # 3 = 3 t.1000 ( 100 ) bias = 2.016953 t.925 ( 100 ) bias = 2.155768 t.850 ( 100 ) bias = 1.100148 t.700 ( 100 ) bias = 0.8915042 t.500 ( 100 ) bias = 0.6395545 *** t.300 ( 100 ) bias = 0.9217647 t.200 ( 100 ) bias = 1.965556 t.100 ( 100 ) bias = 1.503111 Option # 5 = zap Setting # 1 = 0 t.1000 ( 108 ) bias = 2.541950 t.925 ( 108 ) bias = 3.359053 t.850 ( 108 ) bias = 1.143900 t.700 ( 108 ) bias = 0.8915039 t.500 ( 108 ) bias = 0.6395546 *** t.300 ( 108 ) bias = 0.9217644 t.200 ( 108 ) bias = 1.965556 t.100 ( 108 ) bias = 1.503111 Setting # 2 = 100 t.1000 ( 96 ) bias = 1.711411 t.925 ( 96 ) bias = 1.488099 t.850 ( 96 ) bias = 1.076914 t.700 ( 96 ) bias = 0.8915043 t.500 ( 96 ) bias = 0.6395546 *** t.300 ( 96 ) bias = 0.9217648 t.200 ( 96 ) bias = 1.965556 t.100 ( 96 ) bias = 1.503111 Setting # 3 = 500 t.1000 ( 96 ) bias = 1.732043 t.925 ( 96 ) bias = 1.475335 t.850 ( 96 ) bias = 1.076930 t.700 ( 96 ) bias = 0.8915043 t.500 ( 96 ) bias = 0.6395546 *** t.300 ( 96 ) bias = 0.9217648 t.200 ( 96 ) bias = 1.965556 t.100 ( 96 ) bias = 1.503111 Option # 6 = int Setting # 1 = 1 t.1000 ( 150 ) bias = 2.014157 t.925 ( 150 ) bias = 2.153491 t.850 ( 150 ) bias = 1.101395 t.700 ( 150 ) bias = 0.8916259 t.500 ( 150 ) bias = 0.6398309 *** t.300 ( 150 ) bias = 0.9233394 t.200 ( 150 ) bias = 1.978125 t.100 ( 150 ) bias = 1.506293 Setting # 2 = 2 t.1000 ( 150 ) bias = 2.020013 t.925 ( 150 ) bias = 2.161623 t.850 ( 150 ) bias = 1.100674 t.700 ( 150 ) bias = 0.8913819 t.500 ( 150 ) bias = 0.6392798 *** t.300 ( 150 ) bias = 0.9201888 t.200 ( 150 ) bias = 1.952987 t.100 ( 150 ) bias = 1.499932 Option # 7 = lagr_order Setting # 1 = 1 t.1000 ( 150 ) bias = 1.769845 t.925 ( 150 ) bias = 1.445124 t.850 ( 150 ) bias = 1.078854 t.700 ( 150 ) bias = 0.8911468 t.500 ( 150 ) bias = 0.6401793 *** t.300 ( 150 ) bias = 0.9331507 t.200 ( 150 ) bias = 2.051281 t.100 ( 150 ) bias = 1.530440 Setting # 2 = 2 t.1000 ( 150 ) bias = 2.264325 t.925 ( 150 ) bias = 2.869991 t.850 ( 150 ) bias = 1.123214 t.700 ( 150 ) bias = 0.8918632 t.500 ( 150 ) bias = 0.6389295 *** t.300 ( 150 ) bias = 0.9103789 t.200 ( 150 ) bias = 1.879832 t.100 ( 150 ) bias = 1.475781 </pre> </BODY> </HTML>