Geo wyższa$ 02 2010

(J)^ := 53	<t>2 53 *ł"	0 1	30
		60	3600
X1 := 20	x2 := 19 +	59	40
		60 '	3600
h1 := 130	h2:= 130

GLOBAL CARTESIAN

298.2572221

e := V f (2 - f)

a := 6378137

G₂ :=

+ h^j-cos^-degj-cos^-j-degj + h^jcos^-) ■degjsin^₁ deg)

[(1 - e²)-N(<|>₁) + h₁] sin(<J.₁deg)

(n(4>2) + i^jcos^degjcos^deg) (N(<t>₂) + f^jcos^degjsin^-deg)

[(i - e²)N(<j>₂) + h₂Jsin(«t>₂-deg)

L:= P2R2

Tir

R2(x) :=

P2 :=

-		R3(x)
'1 0	0^
0 -1	0
,0 0	ij

uUA = 6391797.448 V^YV

NU ₂ =6391800.452

.f:

2 2 e sin (<(> deg)

^cos(x) 0 -sin(x)"

0 1 0

^sin(x) 0 cos(x) ) ^cos(x) sin(x) 0^ —sin (x) cos(x) 0 V 0    0    1,

₍j)₁ deg - •^•j R3(x₁deg - 7t)(G₂ - G^

^ 3614770.074"		'3614201.573'		'-568.500 "
1315668.711	g2 =	1315064.940	^G2"^G1 =	-603.771
,5070647.326,		,5071205.398,		, 558.072 ,

	^( 927.420 >
II	-372.920 • ^r
	,v -* 4 4 * ( -0.078 J

R2| <(> 1 deg -    | =

^f 0.79863551    0.00000000 0.60181502 ^N

0.00000000 1.00000000 0.00000000

-0.60181502 0.00000000 0.79863551

r

-0.93969262 -0.34202014 0.00000000

\

R3^A..| deg - 7t) =

0.34202014 -0.93969262 0.00000000 ^0.00000000 0.00000000 1.00000000