Représenter les positions par rapport à la Terre

M1

M2

M3

M4

M5

M7

M10

Mouvements par rapport au Soleil

Mouvements par rapport à la Terre

Le labovirtuel

Soleil = Intersect(xAxis, yAxis)
T6 = (3, 0)
c = Circle(Soleil, T6)
M4 = (4, 0)
d = Circle(Soleil, M4)
a = 1 (slider from 0 to 18, step 1)
α: 270.0 + 15.0 * a°
β: 320.0 + 10.0 * a°
T1 = (0.7764571353075609, -2.897777478867205)
T2 = (1.5000000000000004, -2.598076211353316)
T3 = (2.121320343559642, -2.121320343559643)
T4 = (2.598076211353315, -1.5000000000000013)
T5 = (2.897777478867205, -0.776457135307562)
T7 = (2.897777478867205, 0.7764571353075622)
T8 = (2.598076211353316, 1.4999999999999998)
T9 = (2.121320343559643, 2.1213203435596424)
T10 = (1.5000000000000004, 2.598076211353316)
M1 = (3.4641016151377535, -2.0000000000000018)
M2 = (3.7587704831436337, -1.3680805733026744)
M3 = (3.939231012048832, -0.6945927106677215)
M5 = (3.939231012048832, 0.6945927106677213)
M6 = (3.7587704831436337, 1.3680805733026749)
M7 = (3.46, 2.04)
M8 = (3.064177772475912, 2.571150438746157)
M9 = (2.5711504387461575, 3.064177772475912)
M10 = (2.0000000000000004, 3.4641016151377544)
T11 = (0.7764571353075622, 2.897777478867205)
M11 = (1.3680805733026753, 3.7587704831436333)
T12 = (1.8369701987210297E-16, 3)
M12 = (0.6945927106677217, 3.939231012048832)
T13 = (-0.7764571353075626, 2.897777478867205)
M13 = (2.4492935982947064E-16, 4)
T14 = (-1.4999999999999993, 2.598076211353316)
M14 = (-0.6945927106677212, 3.939231012048832)
T15 = (-2.1213203435596424, 2.121320343559643)
M15 = (-1.3680805733026749, 3.7587704831436337)
Terre = (9, 0)
u2 = Vector(T2, Soleil)
u = Vector(T1, Soleil)
v = Vector(T3, Soleil)
w = Vector(T4, Soleil)
z = Vector(T5, Soleil)
b_2 = Vector(T6, Soleil)
e = Vector(T7, Soleil)
f = Vector(T8, Soleil)
g = Vector(T9, Soleil)
h = Vector(T10, Soleil)
i = Vector(T11, Soleil)
j = Vector(T12, Soleil)
k = Vector(T13, Soleil)
l = Vector(T14, Soleil)
m = Vector(T15, Soleil)
S1 = (8.22, 2.9)
S2 = (7.5, 2.6)
S3 = (6.88, 2.12)
S4 = (6.4, 1.5)
S5 = (6.1, 0.78)
S6 = (6, 0)
S7 = (6.1, -0.78)
S8 = (6.4, -1.5)
S9 = (6.88, -2.12)
S10 = (7.5, -2.6)
S11 = (8.22, -2.88)
S12 = (9, -3)
S13 = (9.78, -2.9)
S14 = (10.5, -2.6)
S15 = (11.12, -2.12)
n = Vector(Terre, S1)
p = Vector(Terre, S2)
q = Vector(Terre, S3)
r = Vector(Terre, S4)
s = Vector(Terre, S5)
t = Vector(Terre, S6)
u_1 = Vector(Terre, S7)
v_1 = Vector(Terre, S8)
w_1 = Vector(Terre, S9)
z_1 = Vector(Terre, S10)
a_1 = Vector(Terre, S11)
b_1 = Vector(Terre, S12)
c_1 = Vector(Terre, S13)
d_1 = Vector(Terre, S14)
e_1 = Vector(Terre, S15)
b = true
f_1 = Vector(T1, M1)
g_1 = Vector(T2, M2)
h_1 = Vector(T3, M3)
i_1 = Vector(T4, M4)
j_1 = Vector(T5, M5)
k_1 = Vector(T6, M6)
l_1 = Vector(T7, M7)
m_1 = Vector(T8, M8)
n_1 = Vector(T9, M9)
p_1 = Vector(T10, M10)
q_1 = Vector(T11, M11)
r_1 = Vector(T12, M12)
s_1 = Vector(T13, M13)
t_1 = Vector(T14, M14)
u_2 = Vector(T15, M15)
N1 = (11.69, 0.9)
v_2 = Vector(Terre, N1)
N2 = (11.26, 1.23)
N3 = (10.82, 1.43)
N4 = (10.4, 1.5)
N5 = (10.04, 1.47)
N6 = (9.76, 1.37)
N7 = (9.56, 1.26)
N8 = (9.47, 1.07)
N9 = (9.45, 0.94)
N10 = (9.5, 0.87)
N11 = (9.59, 0.86)
N12 = (9.69, 0.94)
N13 = (9.78, 1.1)
N14 = (9.866907775768537, 1.3106329113924051)
N15 = (9.75, 1.64)
T16 = (-2.598076211353316, 1.4999999999999998)
M16 = (-1.9999999999999991, 3.464101615137755)
w_2 = Vector(T16, M16)
N16 = (9.6, 1.96)
T17 = (-2.8977774788672046, 0.7764571353075631)
M17 = (-2.5711504387461575, 3.064177772475912)
z_2 = Vector(T17, M17)
N17 = (9.33, 2.29)
a_2 = Vector(T16, Soleil)
c_2 = Vector(T17, Soleil)
S16 = (11.6, -1.5)
S17 = (11.9, -0.78)
d_2 = Vector(Terre, S16)
e_2 = Vector(Terre, S17)
f_2 = Vector(Terre, N2)
g_2 = Vector(Terre, N3)
h_2 = Vector(Terre, N4)
i_2 = Vector(Terre, N5)
j_2 = Vector(Terre, N6)
k_2 = Vector(Terre, N7)
l_2 = Vector(Terre, N8)
m_2 = Vector(Terre, N9)
n_2 = Vector(Terre, N10)
p_2 = Vector(Terre, N11)
q_2 = Vector(Terre, N12)
r_2 = Vector(Terre, N13)
s_2 = Vector(Terre, N14)
t_2 = Vector(Terre, N15)
u_3 = Vector(Terre, N16)
v_3 = Vector(Terre, N17)