6) alphanumeric printing device for output of the results of 
photographs processing on paper. 
Anagraph software includes system programs supplied by the 
computer producer and developed by the user, if needed, and 
applied programs written by the API manufacturer. The latter 
provides for stereoplotting system operations of photographs 
orientation and terrain model reconstruction, plan compilation 
and drawing (engraving), output the digital data on terrain 
etc., and automation of these actions along with editing the 
obtained results. 
Efficiency increase of airphotos photogrammetric proces- 
sing gained by Anagraph stereoplotter in comparison to tradi- 
tional analogous instruments is achieved due to & number of 
factors: higher instrumental precision (2-3 wm), rigorous ma- 
thematical solution of the task of reconstruction geometric 
terrain model, possibility of automatic relative and absolute 
photoorientation with & greater number of contour and control 
points, possibility to consider photo errors using the re- 
sults of their field or self calibration or taking into acco- 
unt the model spatial coordinates distortion with the use of 
multiquadrics for relief and planimetry stereoplotting, ana= 
lytical plotting sheet orientation. 
The examination of the airphotos photogrammetrical proces- 
sing accuracy on the stereoplotter Anagraph was fulfilled du- 
ring the experimental work. Data of the test object survey 
characterized by Table 1 and pilot area survey was used for 
investigation. 
  
  
Table 1 
Type and Survey Photo Measu- |Measu-) Average |Accura=- 
number of date scale ring in-|rement|calibr&|cy of 
ihe camera; sirument errors tion deter- 
> correc- iminati- 
fx s m MB tion on My, 
Mm Mm 
TES-10M,51 |23.12.81]|1: 5000|Stecome- 3.5 5.06 2.6 
100 ver 
13.08.79|1:10000 |Ascore- 2.6 645 2.6 
cord 
TES-10M,216 | 18.08.82|1: 5000 |Stecome- | 2.8 5.0 2.5 
100° 3 ber 
  
  
  
  
  
  
  
  
  
The test object photographs processing with the help of 
Anagraph was carried out for various cases: systematic errors 
of image and model were ignored, image errors were compensated 
by field and self calibration data, model errors were compen- 
sated by polynoms (multiquadrics). 
Partial (without inner orientation elements determination) 
field calibration of photographs is accomplished according to 
the routine realized on the basis of mathematical model worked 
in TsNIIGAiK. 
, 168