Datum Problems - Map Projections: Cartographic Information Systems - page 556

Table 21.17 Easting and Northing. Computed from ( 21.96 )and( 21.97 ) and their differences δE and δN
computed from Table 21.15

Point Easting (m) Northing (m) δE (m) δN (m)

1 667,839.46837 1,336,701.67668 0.00000 0.00001

2 1,669,598.67093 664,614.06646 0.00000 0.00001

3 1,558,292.09287 110,569.36671 0.00000 0.00001

4 667,839.46837 1,677,985.89579 0.00000 0.00000

5 1,335,678.93674 999,245.35611 0.00000 0.00001

Table 21.18 Easting and Northing. Computed from ( 21.96 )and( 21.97 ) without the second-order terms and
their differences δE and δN computed from Table 21.15

Point Easting (m) Northing (m) δE (m) δN (m)

1 667,839.47645 1,336,701.66858 − 0.00808 0.00801

2 1,669,598.68975 664,614.04287 − 0.01882 0.02360

3 1,558,292.11044 110,569.33064 − 0.01757 0.03608

4 667,839.47645 1,677,985.89572 − 0.00808 0.00007

5 1,335,678.95205 999,245.34023 − 0.01531 0.01589

Table 21.19 Easting and Northing. Computed from ( 21.99 )and( 21.100 ) and their differences δE and δN
computed from Table 21.15

Point Easting (m) Northing (m) δE (m) δN (m)

1 667,839.47033 1,336,701.69887 − 0.00196 − 0.02218

2 1,669,598.66261 664,614.09336 +0.00832 − 0.02689

3 1,558,292.08521 110,569.39362 +0.00766 − 0.02690

4 667,839.47117 1,677,985.91764 − 0.00280 -0.02185

5 1,335,678.93078 999,245.38223 +0.00596 − 0.02611

The chapters of the Appendix that follow may supply the readers with additional interesting
information. In particular, further details regarding elliptic integrals, Korn-Lichtenstein equa-
tions, and geodesics.