A RR TE rm mee 
CREE 
SS ES SE 
AEE 
— ——— 
  
  
  
dr Lum]i E 
4100 - objective Biometar 2.8/80 
-7 = — 
- ~ 
= X 
2^ x 
z SA 
SY 
S 
2 20 3 R [mm] 
——— distortion of the picture taken with the 
reseau plate 
distortion of the picture taken without of the 
-100 reseau plate 
Y 
- 200 \ 
\ 
Fig.5 Radial Distortion Diagram 
5. CONCLUSIONS 
The adapted semimetric reseau camera with the 
1.6mm thick reseau glass plate provides the high 
accuracy pictures and is suitable for various in- 
dustrial architectural and other applications. The 
correction of film deformation using only 9 crosses 
of the reseau grid provides the image coordinates 
accuracy mp- X3.0um. The described adaptation 
procedure makes it possible to perform the adap- 
tation for the similar amateur camera types even 
without the need to use the very highly specialized 
laboratories. 
    
Address for mail: 
Prof. Dr J. Jachimski & Dr Adam Boron 
University of Mining & Metallurgy (AGH) 
al. Mickiewicza 30-C4, 30-059 Kraków, Poland 
tel. (0114812) 338100 ext. 3826 or 2272, 
fax (0114812) 331024 
REFERENCES 
Boron A., Jachimski J., 1992, The accuracy of trans- 
formation of photographic pictures onio the reseau 
master pattern, Geodesy, Photogrammetry & 
Monitoring of Environment, Geodezja 37, Polish 
Academy of Sciences - The Cracow Section, Proceed- 
ings of the Mining and Geodesy Commission. 
Boron A., Jachimski J., 1991, Accuracy improvement 
for analogue evaluation of semimetric stereopares, 
Proceedings of XIV International Symposium Inter- 
national Committee for Architectural Photogram- 
metry (CIPA), Delphi, Greece. 
Meid A., Hasch K.U., 1984, Ein praktisches Beispiel 
zur Nahbereichsluftbildphotogrammetrie, International 
Archives of Photogrammetry and Remote Sensing, 
Rio de Janeiro. 
Wester-Ebbinghaus W., 1983, Ein photogrammetris- 
ches System für Sonderanwendungen, Bildmessung 
und Luftbildwesen 3/83