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c: x^(2) + y^(2) = 1
A = (-0.35691193794694576, -0.22185424073023133)
B = (0.26670024789912583, -0.22757545344441546)
a: abs(A)
ta: 1 / (1 + sqrt(1 - a^(2)))
A': (A * ta)
tb: 2 / (1 + a^(2))
A_p: (A * tb)
tantip: -1 / (1 - sqrt(1 - a^(2)))
A_{antip}: (A * tantip)
C = AntipodaaliTasoon(B)
D = PisteTasoon(B)
d = Circle(A', D, A_{antip})
f = LineBisector(A_{antip}, C)
g = LineBisector(D, A')
E = Intersect(f, g)
z_1: E + ((A' - E) * ί)
H = PistePallolle(z_1)
I = PistePallolle(A_{antip})
J = PistePallolle(C)
F = PisteTasoon(A)
G = PisteTasoon(B)
h = Circle(F, G)
z_2: F + ((G - F) * ί)
z_3: F + (((G - F) * ί) * ί)
z_4: F + ((((G - F) * ί) * ί) * ί)
z_5: F + ((G - F) * ί^(0.5))
K = PistePallolle(z_5)
L = PistePallolle(z_2)
M = PistePallolle(z_3)
N_1 = PistePallolle(A)
e = Suora(B, A)
N = Intersect(c, yAxis, 2)
S = Intersect(c, yAxis, 1)

Tool: PisteTasoon
PisteTasoon[ <Point> ]
Input: A
Output: A'

a: abs(A)
ta: 1 / (1 + sqrt(1 - a^(2)))
A': (A * ta)

Tool: PistePallolle
PistePallolle[ <Point> ]
Input: A
Output: A_p

a: abs(A)
tb: 2 / (1 + a^(2))
A_p: (A * tb)

Tool: AntipodaaliTasoon
AntipodaaliTasoon[ <Point> ]
Input: A
Output: A_{antip}

a: abs(A)
tantip: -1 / (1 - sqrt(1 - a^(2)))
A_{antip}: (A * tantip)

Tool: SuoraPallolla
Input: A, B
Output: e

a: abs(A)
ta: 1 / (1 + sqrt(1 - a^(2)))
A': (A * ta)
tantip: -1 / (1 - sqrt(1 - a^(2)))
A_{antip}: (A * tantip)
C = AntipodaaliTasoon(B)
D = PisteTasoon(B)
f = LineBisector(A_{antip}, C)
g = LineBisector(D, A')
E = Intersect(f, g)
z_1: E + ((A' - E) * ί)
H = PistePallolle(z_1)
I = PistePallolle(A_{antip})
J = PistePallolle(C)
e = Conic(A, B, H, I, J)

Tool: Suora
Suora[ <Point>, <Point> ]
Input: A, B
Output: e

a: abs(A)
ta: 1 / (1 + sqrt(1 - a^(2)))
A': (A * ta)
tantip: -1 / (1 - sqrt(1 - a^(2)))
A_{antip}: (A * tantip)
C = AntipodaaliTasoon(B)
D = PisteTasoon(B)
f = LineBisector(A_{antip}, C)
g = LineBisector(D, A')
E = Intersect(f, g)
z_1: E + ((A' - E) * ί)
H = PistePallolle(z_1)
I = PistePallolle(A_{antip})
J = PistePallolle(C)
e = Conic(A, B, H, I, J)

Tool: YmpyräPallolla
YmpyräPallolla[ <Point>, <Point> ]
Input: A, B
Output: k

F = PisteTasoon(A)
G = PisteTasoon(B)
z_2: F + ((G - F) * ί)
z_3: F + (((G - F) * ί) * ί)
z_5: F + ((G - F) * ί^(0.5))
K = PistePallolle(z_5)
L = PistePallolle(z_2)
M = PistePallolle(z_3)
N = PistePallolle(A)
k = Conic(B, K, L, M, N)