θ

β

Point d'intersection

Droite Mars Terre

Droite Soleil Terre

distance Soleil

Moyenne

Soleil = (0, 0)
AfficherlesDroites = true
distanceSoleilMars = 1 (slider from 1 to 228, step 1)
u: (distanceSoleilMars, 0.0)
Mars: Soleil + u
B12 = 0
A12 = 0
B13 = -45
A13 = 36
A2 = -36
A3 = -31
A4 = 22
B4 = -18
B3 = 26
A5 = 36
B11 = 44
A6 = 26
B5 = -62
B10 = 87
B7 = 212
B9 = 129
B8 = 170
B6 = -106
A7 = 12
A8 = -4
A9 = -20
A10 = -33
A11 = -37
B2 = 70
D2: (1.0; B2°)
C2: (1.0; 180.0° + A2°) + u
F2 = Line(Soleil, D2)
E2 = Line(Mars, C2)
G2 = Intersect(E2, F2)
C3: (1.0; 180.0° + A3°) + u
E3 = Line(Mars, C3)
D3: (1.0; B3°)
F3 = Line(Soleil, D3)
G3 = Intersect(E3, F3)
C4: (1.0; 180.0° + A4°) + u
E4 = Line(Mars, C4)
D4: (1.0; B4°)
F4 = Line(Soleil, D4)
G4 = Intersect(E4, F4)
C5: (1.0; 180.0° + A5°) + u
E5 = Line(Mars, C5)
D5: (1.0; B5°)
F5 = Line(Soleil, D5)
G5 = Intersect(E5, F5)
C6: (1.0; 180.0° + A6°) + u
E6 = Line(Mars, C6)
D6: (1.0; B6°)
F6 = Line(Soleil, D6)
G6 = Intersect(E6, F6)
C7: (1.0; 180.0° + A7°) + u
E7 = Line(Mars, C7)
D7: (1.0; B7°)
F7 = Line(Soleil, D7)
G7 = Intersect(E7, F7)
C8: (1.0; 180.0° + A8°) + u
E8 = Line(Mars, C8)
D8: (1.0; B8°)
F8 = Line(Soleil, D8)
G8 = Intersect(E8, F8)
C9: (1.0; 180.0° + A9°) + u
E9 = Line(Mars, C9)
D9: (1.0; B9°)
F9 = Line(Soleil, D9)
G9 = Intersect(E9, F9)
C10: (1.0; 180.0° + A10°) + u
E10 = Line(Mars, C10)
D10: (1.0; B10°)
F10 = Line(Soleil, D10)
G10 = Intersect(E10, F10)
C11: (1.0; 180.0° + A11°) + u
E11 = Line(Mars, C11)
D11: (1.0; B11°)
F11 = Line(Soleil, D11)
G11 = Intersect(E11, F11)
C12: (1.0; 180.0° + A12°) + u
E12 = Line(Mars, C12)
D12: (1.0; B12°)
F12 = Line(Soleil, D12)
G12 = Intersect(E12, F12)
C13: (1.0; 180.0° + A13°) + u
E13 = Line(Mars, C13)
D13: (1.0; B13°)
F13 = Line(Soleil, D13)
G13 = Intersect(E13, F13)
I2 = Distance(Soleil, G2)
I3 = Distance(Soleil, G3)
I4 = Distance(Soleil, G4)
I5 = Distance(Soleil, G5)
I6 = Distance(Soleil, G6)
I7 = Distance(Soleil, G7)
I8 = Distance(Soleil, G8)
I9 = Distance(Soleil, G9)
I10 = Distance(Soleil, G10)
I11 = Distance(Soleil, G11)
I12 = Distance(Soleil, G12)
I13 = Distance(Soleil, G13)
I14: (Sum[I2:I11] + I13) / 11.0
AfficherOrbiteCirculaireMoyen = true
c = Circle(Soleil, I14)