7355291243

współrzędne geocentryczne geodezyjne q, A, h punktów GPS:

a := 6378137.000 b := 6356752.314

\(X ,Y, Z) := atarc

p(X,Y,Z) ?

ę? <— 0

/? <- 0

,    (Y

A <— a/an —

U

for ie 1.. 5

<p <— atan\ R

Z + R e ■sin((p)

X cos(X) + Y sin(A)

(e-sin(ip))

h(X ,Y,Z) := -

sin{ip{X ,Y,Z))

ll-(e-sin(<p(X,Y,Z)))

skąd:

^:= v?(X ,y,Z)

'50.24107230^ 50.24125808 50.24145382 50.24125443 50.24113739 _v50.24106334

<P =

&■= MX,Y,Z)

(16.74858687^ 16.74806897 16.74844305 16.74835100 16.74842817 _v 16.74810144j

h:= h(X ,Y,Z)

824.3562^

822.1568

830.1022

825.1190

825.2159

825.0140

lub w w formacie (°, ") <p := tp-deg , A := A deg

<Pst := trunc(<p)

(Pmin := trunc\\(p - ^,)-60]

<Psek ■= [(<A - ^/)-60 - W-J-60

<p := augment[<p_st,augment(p_mi_n, P_sek))

f ^50	14	27.86028^N
50	14	28.52907
50	14	29.23375
50	14	28.51596
50	14	28.0946
,50	14	27.82802,

X_st:= trunc{\)

X_min := /nmcpA - A_ę,)-60j

A_sefc := [(A. - A„)-60 - A^J-60

A := augment(\_st, augment[\_min, A_ęt>((,))

^16 44 54.9127 ^

16 44 53.0483

16 44 54.395 A =

16 44 54.0636 16 44 54.3414 _v16 44 53.1652j

15