================================================== x729y37 d:\lidarqa\consist_rithaiti\x729y37.txt 05 Aug 10 22:25:54 Thursday elapsed time 00:10:23 Rectangular area = 0.576 km2 Data area = 0.539 km2 *percent double coverage = 37.616 **low-curvature dc area = 0.002 km2 1st-return RMSE, low-curvature areas = 0.086 95p = 0.153, 98p = 0.180, 99.5p = 0.208 BE RMSE = 0.218 95p = 0.421, 98p = 0.640, 99.5p = 1.099 1728673 unique returns and 0 duplicate returns 242573.9976 730377.28 2038499.79 155.42 2 1 242583.3226 729700.16 2038470.32 129.56 1 1 357.6066 242940.9292 729700.02 2038194.24 190.9 1 1 242954.9218 730699.83 2038497.8 187.38 1 1 628.1572 243583.079 730699.45 2038422.37 182.88 1 1 243596.9632 729700.02 2037939.53 231.29 1 1 1656142 1st returns 72531 2nd returns 0 3rd returns 0 4th returns 204714 ground returns 0 blunders curvature versus slope n = 523367 X=0, Y = 37.80 +/- 21.03 Weighted least-squares fit: Y = 33.5 + 1.113 X + -0.00664 X**2 slope versus dZ, curvature < 5 n = 3974 Weighted least-squares fit: Y = 8.1 + -0.027 X + 0.00166 X**2 at X = 100, Y = 21.9 effective RMSE xy = 32.1 slope versus dZ, curvature < 15 n = 19965 Weighted least-squares fit: Y = 7.6 + 0.003 X + 0.00151 X**2 curvature versus dZ, slope < 10 n = 14138 X=0, Y = 7.62 +/- 2.27 Weighted least-squares fit: Y = 7.0 + 0.110 X + 0.00053 X**2 Number of samples 524661 Max dz = 900 Mean dz = 14 RMS dz = 26.83281573 100cm = 99.7135293075 percentile value of dz Mean dz (curv<=5) = 8 RMS dz (curv<=5) = 11.0905365064 Number of survey units in 1 meter = 1 Nominal spot spacing (in survey units) = 0.75 Nominal pulse density (per m2) = 3.5 Difference cell size = 0.375 IsData cell size = 0.1875 IsData expand cells = 8 IsData shrink cells = 7 BE IsData cell size = 0.375 BE IsData expand cells = 24 BE IsData shrink cells = 24 MaxCurve = 106.6666666667 Curvature expand cells = 4 Curvature shrink cells = 3 Point density cell size = 3 Color critical value = 0.1 Hue jump at critical value = 90