Hi,<br><br>I found some coordinates here, the official ones of kosovo , but they are not in standard format.<br>I know there must be a way to do this :<br><br>1. can you help me transform them?<br>2. can someone do this?<br>
<br>Transformation of the ETRS89 coordinates into the new Gauss-Krüger coordinate<br>system using program GEOREF. (File PROJNEU.PRN)<br><br>1st order network of points in KOSOVOREF01 in Kosovo.<br>Pt ID E N Ellips. Height Off. Height<br>
BA01 7522538.4899 4743287.9845 689.3813 643.7452<br>DE01 7444008.5655 4705339.1564 566.3720 521.7577<br>DR01 7470424.2332 4658348.9977 1074.0462 1029.7358<br>FE01 7510693.7911 4691608.0842 659.6860 614.4528<br>FK01 7505655.2632 4721903.4453 584.7155 539.4641<br>
GI01 7535883.9666 4702986.8964 640.0816 594.<br><br><a href="http://www.euref-iag.net/symposia/2005Vienna/6-14.pdf">http://www.euref-iag.net/symposia/2005Vienna/6-14.pdf</a><br><a href="http://www.kca-ks.org/download/report_020-033_v3_final.pdf">http://www.kca-ks.org/download/report_020-033_v3_final.pdf</a><br>
<br>n New KOSOVAREF01 based on EUREF<br><a href="http://www.fig.net/commission7/france_2004/papers_am/ts_10_1_meha_ppt.pdf">http://www.fig.net/commission7/france_2004/papers_am/ts_10_1_meha_ppt.pdf</a><br><br>The state coordinate system of the Republic of Kosova (KOSOVAREF01) was defined on<br>
year 2001, based on ETRS89 datum and Gauss-Krüger projection with 1dm/km negative<br>linear deformation along the central meridian (21E) and 7500000m false easting. Due to<br>small area of Kosova, all territory projects with negative value in which the largest linear<br>
deformation (LD) is -10cm/km, i.e. the mean linear deformation (MLD) is 8.7cm/km.<br>In efforts for finding of coordinate system with smallest LD, Gauss-Krüger projection with<br>scale factors 0.99996 and 0.999967, as well as without negative LD (tangential case) were<br>
researched also. In first variant (0.99996) the maximum LD is 4cm/km in which 2.93cm/km is<br>the MLD, the second option (0.999967) provides the largest LD 4.6cm/km with MLD<br>2.46cm/km, and Gauss-Krüger projection in tangential variant gives the better MLD<br>
(1.3cm/km) in which the largest LD is 7.9cm/km.<br>Due to configuration of the territory of Kosova, Lambert conic conformal and stereographic<br>projections are probably the suitable as most appropriate state map projections. UTM<br>
projection as international has been utilized also.<br>In a stereographic tangential projection the largest value of LD is 4.18cm/km, in which case<br>the value of MLD is 1.17cm/km. With the target to reduce the deformations in half value, due<br>
to the difference distances of extreme points from the central point, -2.1cm/km (0.999979)<br>and -1.9cm/km (0999981) LD in central point were used as extended options of stereographic<br>projection. In first case the maximum LD is -2.1cm/km, in which the MLD is 1.08cm/km, as<br>
well in a second effort, the biggest LD is 2.28cm/km with 0.94cm/km MLD.<br>During projecting of the territory in Lambert conic conformal projection, in tangential case<br>the largest LD is 7.69cm/km, in which MLD of the whole territory is 1.15cm/km. Using of<br>
negative LD from -3.8cm/km (0.999962) gives the interval of deformations from -3.8 to<br>3.89cm/km with 2.85cm/km MLD in whole territory.<br>Because of the small area of Kosova, utilization of UTM projection provides very large LD,<br>
i.e. in interval between -39.21 to -40dm/km. MLD in all territory is 39.87cm/km.<br>Based on upper results, most appropriate state map projection of the Republic of Kosova for<br>local use is Stereographic projection with scale factor 0.999979, but utilization of UTM<br>
projection for international use is irreplaceable.<br><br>Can someone decode that?<br><a href="http://www.fig.net/pub/fig2009/papers/ts04c/ts04c_idrizi_bajrami_lubishtani_3350.pdf">http://www.fig.net/pub/fig2009/papers/ts04c/ts04c_idrizi_bajrami_lubishtani_3350.pdf</a><br>
<br>Thanks<br>mike<br><br><br><br><br><br>