(e 
HL74,422,11,5( 3)BEIP,OHNRES,MITZUPR HL74,422,11,5(3)BEIP,MITRES.MITZUPA 
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
Y Y 
1 3 4 5 2 s 
| 
6 7 8 9 10 5 7 8 9 ——1 10 
X QUEE I ERE X 
w 12 13 [E qr 12 13 14 15 
T6 17 18 20 17 18 S 20 
22 23 24 22 23 24 
A - 
i7 SuM 2j r7 5$ uM b ) 
MIT HELMERT-TRANSFORMATION MIT HELMERT-TRANSFORMATION 
HE74.,NILD 422.5(3),11 MITRES,MI HE 74.HILD 422.5(3), 1H 1 MITRES,.MI 
R R 
| | | *ss "ss 
*is | 25 38 4s "is “zs ‘5 X 
19 *29 I, f 19 7*29 139 [ 
| | 
24 | 24 
| | pt |" I lh, n. X. = 
| 38 7?38 
18 fe | [^ = 28 EZ 
H | ; H a 
13 723 33 133 3 13 d 33 73 53 
«t 
37 37 
m | je “17 de 
| : v 
12 f" #2 F Sz de #22 32 "uz $2 
° | > / 
Le Le = 36 ^16 26 e 45 
"i 921 fai |, °sı 9 22 Pa b "sl 
— 100 M (LAGE) H 2 CM (RESTKLAFFUNGEN-HOEHE) = 100 M (LAGE) 2 CM (RESTKLRFFUNGEN-LRGE ) 
MOX = 24 m 
15/ 12( 5171 -5219) / 15/ 1 d ) 15/ 121 5171 -5219) / 15/ mor- 1e m © 
MOZ = 47 "n A 
Fig. 2..Results of Standard Procedure 
Flight WILD - HANSA LUFTBILD 
Scale. 1:11,000; 4 strips. C.F. Table 1. 
a) Polynomial 2, lab. cal., without Réseau 
b) Same as a), but with Réseau 
c) Residuals at check points for case b), planimetry 
d) Same as c), elevation 
The vectors of polynomials are given at 25 standard points 
of photo with 50 mm sgare spacing. 
15