3.425.139.406.8411.975.133.4223.932.566.842.56 2.567.693.421.712.5 1.981.983.966.933.962.972.978.911.98.998.91 6.934.957.9 5.612.8010.287.485.615.616.548.417.482.80 5.613.748.4 9.35 2.685.364.4611.6115.181.79 8916.963.576.253.57 4.462.687.147.145.36 5.502.752.756.426.427.344.5913.764.595.506.42 6.42 210.096.428.26 5.417.217.217.2110.811.805.4115.323.604.502. 6.31 7.844.90 988.824.90 982.947.842.943.929.80 6.867.843.926.8617.65 5.834.853.889.717.773.881.946.803.882.913.88 9.716.806.808.7411.65 4.763.811.9012.388.5 5.71 006.675.713.8110.48 10.483.818.579522.86 3.882.912.9110.685.83.976.805.835.835.839.71 3.88 3.429.405.983.4210.261.7142727.3 5.133.424.27 3.422.566.841.715.98 8.495.664.728.494.728.492.83 6011.321.899.43 5.662.839.434.723.77 3.457764.314.3110.34 863.4527.591.726.038.62 3.454.315.171.726.03] ddd=【1.773.542.6588.00.007.96.884.422.6517.70 7.081.773.5413.277.08 6.00.961.92.964.8112.507.69 11.548 3.853.856.739.626.737.692.88 005.88 9 8.822.94 002.9410.78 5.8813.73 004.903.9219.611.968.825.88 00 8713.041.746.092.6111.30 13.043.485.223.488.703.481.7414.787.83; 2.86 003.81 953.813.81 003.813.819.52 9.5212.382.869.523.817.622.867.629.52; 00 1.7513.16 14.04 4.3911.402.631.7510.536.14 1.92.00.002.88.964.812.88.001.924.8112.50 6.7313.461.926.734.8110.583.859.627.69 2.563.42 8512.82 851.71 8520.51 2.563.429.405.9811.11 854.2711.973.42 002.972.979.902.97.00 993.966.93 1.9813.861.982.973.9623.762.978.916.933.42 5.13 9.40 6.84 11.97 5.13 3.42 23.93 2.56 6.84 2.56 2.56 7.69 3.42 1.71 2.56; 1.98 1.98 3.96 6.93 3.96 2.97 2.97 8.91 1.98 .99 8.91 8.91 6.93 4.95 7.92 24.75; 9.35 5.61 2.80 10.28 7.48 5.61 5.61 6.54 8.41 7.48 2.80 5.61 3.74 8.41 9.35 .00; 2.68 5.36 4.46 11.61 15.18 1.79 .89 16.96 3.57 6.25 3.57 4.46 2.68 7.14 7.14 5.36; 5.50 2.75 2.75 6.42 6.42 7.34 4.59 13.76 4.59 5.50 6.42 6.42 .92 10.09 6.42 8.26; 5.41 7.21 7.21 7.21 10.81 1.80 5.41 15.32 3.60 4.50 2.70 7.21 7.21 6.31 6.31 .90; 7.84 4.90 .98 8.82 4.90 .98 2.94 7.84 2.94 3.92 9.80 6.86 7.84 3.92 6.86 17.65; 5.83 4.85 3.88 9.71 7.77 3.88 1.94 6.80 3.88 2.91 3.88 9.71 6.80 6.80 8.74 11.65; 4.76 3.81 1.90 12.38 8.57 5.71 .00 6.67 5.71 3.81 10.48 10.48 3.81 8.57 9.52 2.86; 3.88 2.91 2.91 10.68 5.83 .97 6.80 5.83 5.83 5.83 9.71 3.88 4.85 5.83 11.65 10.68; 3.42 9.40 5.98 3.42 10.26 1.71 4.27 27.35 5.13 3.42 4.27 3.42 2.56 6.84 1.71 5.98; 8.49 5.66 4.72 8.49 4.72 8.49 2.83 6.60 11.32 1.89 9.43 5.66 2.83 9.43 4.72 3.77; 3.45 7.76 4.31 4.31 10.34 .86 3.45 27.59 1.72 6.03 8.62 3.45 4.31 5.17 1.72 6.03]; ddd=[ 1.77 3.54 2.65 .88 .00 .00 7.96 .88 4.42 2.65 17.70 10.62 3.54 4.42 4.42 7.08 1.77 3.54 13.27 7.08; 1.92 1.92 .96 .96 .00 .96 1.92 .96 4.81 12.50 7.69 11.54 8.65 3.85 3.85 6.73 9.62 6.73 7.69 2.88; .98 .00 .00 5.88 .98 8.82 2.94 .00 .00 2.94 10.78 5.88 13.73 .00 4.90 3.92 19.61 1.96 8.82 5.88; .00 .00 .00 .87 .00 .87 13.04 1.74 6.09 2.61 11.30 13.04 3.48 5.22 3.48 8.70 3.48 1.74 14.78 7.83; 2.86 .00 .00 3.81 .95 3.81 3.81 .00 3.81 3.81 9.52 9.52 12.38 2.86 9.52 3.81 7.62 2.86 7.62 9.52; .00 .00 .88 2.63 .00 1.75 13.16 .88 4.39 1.75 14.04 9.65 7.02 5.26 4.39 11.40 2.63 1.75 10.53 6.14; 1.92 .00 .00 2.88 .96 4.81 2.88 .00 1.92 4.81 12.50 6.73 13.46 1.92 6.73 4.81 10.58 3.85 9.62 7.69; 2.56 3.42 .00 .85 .85 .85 12.82 .85 1.71 .85 20.51 2.56 3.42 9.40 5.98 11.11 .85 4.27 11.97 3.42; .00 .00 .00 2.97 2.97 9.90 2.97 .00 .99 3.96 6.93 1.98 13.86 1.98 2.97 3.96 23.76 2.97 8.91 6.93;