Polysurf output example This report tells how accurate the approximation is and the largest residuals inform possible errroneus lines in data Normalizations Y = ( F - 6.4262 ) / 2.6515 a = ( X1 - 0.4820 ) / 0.2898 b = ( X3 - 0.4544 ) / 0.2685 c = ( X5 - 0.5089 ) / 0.2812 The Model Y = - 0.2067 + 0.9184 * a + 0.6113E-01 * c + 0.5759E-01 * e + 0.1996 * aa - 0.1091E-04 * ac + 0.1278E-04 * ae - 0.3587E-03 * cc + 0.3383E-01 * ce - 0.5267E-04 * ee + 0.2901E-01 * aaa + 0.6463E-05 * aac + 0.1108E-03 * aae - 0.8596E-04 * acc - 0.1128E-03 * ace + 0.1107E-04 * aee + 0.6646E-04 * ccc - 0.1920E-03 * cce + 0.5156E-04 * cee + 0.1227E-03 * eee + 0.3218E-02 * aaaa - 0.2355E-04 * aaac - 0.4552E-05 * aaae - 0.2149E-04 * aacc + 0.2098E-04 * aace + 0.1496E-04 * aaee + 0.2002E-04 * accc + 0.4365E-04 * acce + 0.1779E-04 * acee - 0.3630E-04 * aeee + 0.1069E-04 * cccc - 0.5555E-04 * ccce + 0.5249E-05 * ccee + 0.2786E-04 * ceee + 0.2717E-04 * eeee + 0.2388E-03 * aaaaa - 0.8277E-05 * aaaac - 0.2936E-04 * aaaae + 0.4754E-04 * aaacc + 0.1951E-04 * aaace - 0.1618E-04 * aaaee + 0.5184E-05 * aaccc + 0.2175E-04 * aacce - 0.6763E-05 * aacee - 0.5698E-04 * aaeee - 0.1223E-04 * acccc - 0.1203E-05 * accce + 0.1267E-04 * accee + 0.5815E-04 * aceee + 0.2361E-04 * aeeee - 0.3065E-04 * ccccc - 0.9511E-05 * cccce + 0.6691E-05 * cccee + 0.1966E-04 * cceee - 0.2669E-04 * ceeee - 0.3655E-04 * eeeee Residuals X1 X3 X5 fnc appr residual 1 0.000 0.7556 0.5328 3.197 3.197 0.2864E-04 2 0.2190 0.6789 0.9347 4.531 4.532 -0.2035E-03 3 0.3835 0.8310 0.5350E-01 4.885 4.885 0.5771E-04 4 0.5297 0.7700E-02 0.6680E-01 6.017 6.017 0.1157E-03 5 0.4175 0.5890 0.8462 5.680 5.680 -0.2542E-03 6 0.5269 0.6539 0.7012 6.538 6.538 0.4146E-03 7 0.9103 0.2625 0.7361 10.88 10.88 -0.8226E-04 8 0.3282 0.7564 0.3653 4.776 4.776 0.8589E-04 9 0.2470 0.7227 0.6515 4.498 4.498 0.1474E-03 10 0.7270E-01 0.8847 0.4364 3.489 3.489 -0.1375E-03 11 0.7665 0.2378 0.3593 8.685 8.685 0.3651E-04 12 0.1665 0.8977 0.6060E-01 3.554 3.554 0.7395E-04 13 0.9047 0.5163 0.9866 11.17 11.17 0.2619E-04 14 0.4940 0.9070E-01 0.7370E-01 5.711 5.711 -0.1578E-03 15 0.5007 0.2771 0.5297 5.937 5.937 -0.2198E-03 16 0.4644 0.5010E-01 0.7702 5.502 5.502 0.1977E-03 17 0.8278 0.1590E-01 0.8682 9.426 9.426 0.3596E-04 18 0.6295 0.7254 0.8886 7.756 7.756 0.6685E-04 19 0.2332 0.3510 0.5911 4.105 4.105 -0.4777E-04 20 0.8460 0.8415 0.4154 10.08 10.08 0.1486E-04 21 0.5373 0.2872 0.1537 6.139 6.139 -0.1506E-04 22 0.5717 0.3310E-01 0.4985 6.427 6.428 -0.2450E-03 23 0.9554 0.5546 0.6248 11.81 11.81 0.3494E-05 24 0.8420 0.2128 0.1304 9.646 9.646 -0.1369E-03 25 0.9100E-01 0.3000E-02 0.2690E-01 3.116 3.116 -0.6750E-04 26 0.7098 0.2399 0.3175 7.974 7.974 0.3976E-03 27 0.8870 0.1503 0.3858 10.35 10.35 0.1505E-03 28 0.3877 0.1475 0.8456 5.012 5.012 -0.8672E-04 29 0.5901 0.5561 0.9833 7.241 7.241 -0.1221E-03 30 0.4088 0.5649 0.4885 5.348 5.348 -0.2091E-03 31 0.4640 0.1260 0.3192 5.501 5.500 0.2219E-03 32 0.6293 0.6513 0.8031 7.610 7.610 -0.3563E-03 33 0.2478 0.3893 0.2840E-01 3.955 3.955 0.2550E-03 34 0.9017 0.1420 0.4103 10.58 10.58 -0.1738E-03 35 0.1312 0.9220E-01 0.7110E-01 3.317 3.317 0.1434E-03 36 0.3653 0.1351 0.4553 4.776 4.776 -0.1714E-04 37 0.3495 0.8089 0.6516 5.218 5.218 0.6369E-04 38 0.2152 0.9089 0.8609 4.681 4.681 0.1183E-04 39 0.4713 0.6004 0.7558 6.053 6.054 -0.2674E-03 40 0.4622 0.6327 0.8247 6.060 6.060 0.3556E-03 41 0.6890 0.9871 0.8513 8.634 8.634 0.2125E-04 42 0.2893 0.5144 0.4140 4.450 4.450 0.1518E-03 43 0.5767 0.4400 0.8693 6.914 6.914 -0.4782E-04 44 0.7156 0.7065 0.1910E-01 7.968 7.968 0.8772E-04 45 0.8860 0.4633 0.7134 10.66 10.66 0.4479E-03 46 0.4889 0.6820 0.9166 6.405 6.405 0.2303E-03 47 0.8659 0.5439 0.4503 10.26 10.26 -0.9903E-04 48 0.9894 0.4460 0.5147 12.26 12.26 0.1182E-03 49 0.8815 0.4675 0.3652 10.40 10.40 0.1299E-03 50 0.2115 0.1536 0.6164 3.847 3.847 0.6855E-04 51 0.6000E-03 0.7734 0.3192 3.014 3.014 0.1095E-03 52 0.4177 0.6806 0.8364 5.765 5.765 0.1296E-04 53 0.7089 0.9450E-01 0.7640 7.959 7.959 0.2326E-03 54 0.6296 0.2135 0.3888 7.089 7.089 -0.2236E-03 55 0.9522 0.3899 0.6922 11.66 11.66 -0.5067E-03 56 0.2840 0.7839 0.2822 4.425 4.425 0.5060E-04 57 0.1940 0.1918 0.2441 3.692 3.693 -0.1280E-03 58 0.8197 0.3981 0.1769 9.380 9.380 -0.2131E-05 59 0.8284 0.9879 0.2336 9.690 9.690 -0.8007E-04 60 0.1016 0.6347 0.7948 3.768 3.768 0.9191E-04 61 0.6962 0.6695 0.5640E-01 7.769 7.769 0.3607E-03 62 0.5982 0.3188 0.1174 6.713 6.713 -0.6610E-04 63 0.7626 0.5539 0.3297 8.750 8.751 -0.2913E-03 64 0.7030 0.1617 0.8602 7.970 7.970 -0.4372E-03 65 0.8133 0.7390 0.1353 9.325 9.326 -0.3597E-03 66 0.5285 0.5881 0.4308 6.309 6.308 0.5199E-03 67 0.2588 0.3930 0.4759 4.232 4.232 0.1523E-03 68 0.3878 0.7830E-01 0.2539 4.887 4.887 0.1539E-03 69 0.6718 0.5139 0.7208 7.889 7.889 -0.1916E-03 70 0.9448 0.9402 0.4604 11.73 11.73 0.9072E-04 71 0.5171 0.4018 0.9865 6.379 6.379 0.1494E-03 72 0.1504 0.3438 0.5228 3.622 3.622 -0.8077E-04 73 0.8292 0.2742 0.5461 9.609 9.609 0.1880E-03 74 0.9178 0.9701 0.8440 11.74 11.74 -0.3904E-04 75 0.6940 0.8171 0.1607 7.855 7.854 0.3888E-03 76 0.7069 0.4366 0.7517 8.242 8.242 0.4280E-03 77 0.9915 0.2795 0.1712 12.09 12.09 0.6016E-04 78 0.4300E-02 0.7990E-01 0.9033 2.822 2.822 0.3714E-05 79 0.7830 0.4364 0.5848 9.103 9.103 -0.2303E-03 80 0.5185 0.5440 0.2158 6.057 6.057 -0.6889E-04 81 0.3858 0.6591 0.5387 5.272 5.272 -0.2076E-03 82 0.2803 0.3719 0.3102 4.277 4.277 -0.7969E-04 83 0.9300E-02 0.5210 0.2207 2.894 2.894 0.4250E-04 84 0.5530E-01 0.1603 0.2970 3.010 3.010 -0.4596E-04 85 0.5060E-01 0.4572 0.4465 3.177 3.177 -0.1344E-03 86 0.1503 0.8337 0.5778 3.978 3.978 -0.1373E-03 87 0.6812 0.5750E-01 0.5424 7.589 7.589 -0.7457E-04 88 0.1700E-02 0.2940E-01 0.4897 2.742 2.742 0.1224E-03 89 0.5762 0.6793 0.3560E-01 6.480 6.480 -0.2373E-03 90 0.1225 0.1883 0.6141 3.405 3.405 0.9995E-04 91 0.6076 0.5529 0.3569 6.998 6.998 0.1761E-03 92 0.8381 0.2590 0.4243 9.688 9.688 -0.8519E-04 93 0.8130 0.2446 0.6949 9.407 9.407 0.1759E-03 94 0.4519 0.6655 0.2096 5.520 5.520 -0.2657E-03 95 0.1137 0.6100E-02 0.5994 3.228 3.228 -0.2264E-03 96 0.4319 0.6874 0.8362 5.881 5.881 -0.7465E-05 97 0.1236 0.2960E-01 0.4942 3.290 3.290 0.5678E-04 98 0.7694 0.2502 0.7691 8.851 8.851 0.1022E-03 99 0.5000 0.6719 0.7568 6.360 6.361 -0.3004E-03 100 0.3640E-01 0.2217 0.6526 3.044 3.044 -0.3317E-04 101 0.6166 0.2248 0.6530 7.031 7.031 -0.1859E-04 102 0.1659 0.1598 0.6620 3.613 3.613 0.1559E-03 103 0.1249 0.4842 0.9140 3.808 3.808 0.1918E-03 104 0.1790E-01 0.7219 0.5370E-01 2.839 2.839 -0.9506E-04 105 0.4416 0.7719 0.4428 5.679 5.679 0.7001E-04 106 0.9772 0.3291 0.7433 12.07 12.07 0.1056E-03 107 0.2053 0.3725 0.9649 4.129 4.129 0.7592E-04 108 0.2550 0.1238 0.1601 4.008 4.009 -0.1043E-03 109 0.5177 0.8416 0.4239 6.333 6.333 -0.2396E-03 110 0.3272 0.5768 0.7582 4.963 4.963 0.1705E-03 111 0.8366 0.3891 0.6056 9.816 9.817 -0.3562E-03 112 0.3621 0.4551 0.2404 4.810 4.810 -0.6397E-06 113 0.8310E-01 0.4724 0.1050 3.138 3.138 0.1335E-04 114 0.2164 0.5274 0.8636 4.305 4.305 -0.1451E-03 115 0.2438 0.2637 0.8100E-01 3.944 3.944 -0.1461E-03 116 0.4598 0.7954 0.3200E-02 5.421 5.421 -0.1570E-03 117 0.2661 0.4252 0.9635 4.542 4.542 -0.5539E-04 118 0.1340 0.9460 0.6060 4.002 4.002 0.6378E-04 119 0.6380E-01 0.2925 0.8258 3.281 3.281 -0.1510E-03 120 0.8343 0.3294 0.6318 9.751 9.751 0.1800E-03 standard dev 0.0003 residualsum 0.0000 Potential outliers check data line 66 res= 0.00052 check data line 55 res= -0.00051 check data line 45 res= 0.00045 check data line 64 res= -0.00044 check data line 76 res= 0.00043