-14.50 -24.80 10.01 201.50 -10.50 -25.00 7.00 213.69 -5.00 -24.80 1.78 319.40 7.50 -24.00 6.50 333.43 12.40 -20.00 13.89 74.60 -14.70 -17.50 13.93 231.21 9.50 -17.50 5.51 280.12 -11.00 -15.00 20.16 262.25 .00 -15.20 9.84 255.00 7.50 -12.50 10.07 219.52 12.50 -12.30 10.59 23.75 12.50 -10.00 12.49 27.76 -14.60 -7.70 11.47 303.96 -5.00 -7.40 10.67 242.96 10.00 -7.60 7.41 315.00 -10.80 -5.00 10.32 274.32 4.70 -5.00 20.74 251.21 -14.20 .00 13.29 336.80 .00 .20 17.73 275.02 10.10 .00 18.31 257.14 7.50 2.00 18.31 257.14 -9.00 7.50 5.65 285.95 12.50 7.50 4.87 203.49 -14.50 10.40 3.10 3.58 10.50 10.00 12.07 258.87 -10.10 12.90 6.81 340.02 -5.00 15.20 8.71 286.82 .80 15.00 14.57 260.03 -10.20 17.00 5.82 270.00 12.50 20.00 6.75 219.17 -14.30 22.50 18.72 235.98 7.50 22.50 20.33 283.24 -10.00 25.00 14.36 268.45 .10 25.00 15.60 286.63 number of vector read 34 begin objective analysis l = 21 m = 13 number vectors submitted = 34 time of analysis 12. z average station separation is 2.7 grid lengths objective analysis will be done for 4 passes pass number 1 root mean square u error .365 m/sec root mean square v error 2.840 m/sec rms vector error 2.864 m/sec pass number 2 root mean square u error .358 m/sec root mean square v error 2.590 m/sec rms vector error 2.614 m/sec pass number 3 root mean square u error .343 m/sec root mean square v error 2.227 m/sec rms vector error 2.254 m/sec pass number 4 root mean square u error .314 m/sec root mean square v error 1.803 m/sec rms vector error 1.830 m/sec initial data ubar= -4.12 vbar= -.01 u variance= 15.78 v variance= 8.83 analyzed field ubar= -4.19 vbar= -.05 u variance= 28.23 v variance= 2.85 u per cent variance 178.9 v per cent variance 32.3 Stop - Program terminated.