N	21	M	3
					ρ" =	1
	°	'	"	rad
B1	53	36	39,515	0,935688053
L1	21	25	25,633	0,373915620
A1	23	52	6,9196	0,416585462
s 1-2	45092,926
a	6378137,00
e²	0,0066943800229
e'²	0,00673949677548
					zadanie wprost
				I intracja	II intracja	III intracja
	N1 = a/(√(1-e²sin²B1) =			6392017,014
	M1 = (a(1-e²))/(√(1-e²sin²B1)³) =			6376890,688
	B2 prz = B1 +(ρ"/M1)*s*cosA1 =			0,942154589
	ΔL prz = L2 prz - L1 = (ρ"/N1)*s*sinA1*(1/cosB1) =			0,004811618
	A2 prz = A1+π+(ρ"/N1)*s*sinA1*tanB1 =			3,562051504
	L2 prz = L1+ΔL prz =			0,378727238
	B = (B1+B2)/2 =			0,938921321	0,938918486	0,938918455
	b = B2-B1 =			0,006466536	0,006460865	0,006460803
l=ΔL prz	l = L2-L1 =			0,004811618	0,004853985	0,004854203
	η² = e'²*cos²B =			0,002351261	0,002351279	0,002351279
	t = tanB =			1,366138063	1,366129937	1,366129849
	v = √ (1+e'²*cos²B) =			1,001174940	1,001174949	1,001174949
	A = (A2 prz +A1-π)/2 =			0,418522156	0,418543866	0,418543950
	ΔФ = (1/24)*l²*cosB²*(2+3t²+2η²)-(1/8)*(b²/v^4)*η²*(1-t²+η²+4η²*t²)			0,000002569349061	0,000002614591142	0,000002614824842
b=	B2-B1 = (s/N)*v²*cosA*(1+ΔФ)			0,006460865	0,006460803	0,006460803
	ΔΛ = (1/24)*l²*sin²B-(1/24)*(b²/v4)*(1+η²-9η²t²)			-0,0000010417	-0,0000010276	-0,0000010275
	L2-L1 = (s/(NcosB))*sinA*(1+ΔΛ)			0,0048539848	0,0048542030	0,0048542037
	Δα = (1/12)*v²*l²*cos²B+(1/24)*(b²/v4)*(3+8η²+5η4)			0,0000059099	0,0000059126	0,0000059126
	A2-A1 = (L2-L1)*sinB*(1+Δα)			0,0039168075	0,0039169755	0,0039169760
	B2 = (B2-B1)+B1 z danych			0,942148918	0,942148856	0,942148856
	L2 = (L2-L1)+L1 z danych			0,378769605	0,378769823	0,378769824
	A2 = (A2-A1)+A1 z danych			3,562094923	3,562095091	3,562095092
					zadanie odwrotne
	B = (B1+B2)/2				0,938918455
	N = a/(√(1-e²sin²B))				6392083,252
	M = (a(1-e²))/(√(1-e²sin²B)³)				6377088,936
	b = B2-B1				0,006460803
	l = L2-L1				0,004854204
	η² = e'²*cos²B				0,002351279
	t = tan B				1,366129849
	v = √(1+e'²cos²B)				1,001174949
	ΔФ = (1/24)*l²*cosB²*(2+3t²+2η²)-(1/8)*(b²/v^4)*η²*(1-t²+η²+4η²*t²)				0,000002615
	ΔΛ = (1/24)*l²*sin²B-(1/24)*(b²/v4)*(1+η²-9η²t²)				-0,000001028
	A = arc tan {[(l1-l2)/(B2-B1)]*[(1+ΔФ)/(1+ΔΛ)]*v²cosB}				0,4185439758
	s = ((B2-B1)*N)/(v²*(1+ΔФ)*cosA) = ((L2-L1)*N*cosB)/((1+ΔΛ)*sinA)				45093,394	45093,394
	Δα = (1/12)*v²*l²*cos²B+(1/24)*(b²/v4)*(3+8η²+5η4)				0,0000059126
	A2-A1 = (L2-L1)*sinB*(1+Δα)				0,0039169762
	A1 = A - 1/2 *(A2-A1)				-1,1542108392
	A2 = A + 1/2 *(A2-A1)				1,9912987908