ua: 150000000
R_S: 700000
R_T: 6378
M_S: (2 * 10^(30))
M_T: (5.972 * 10^(24))
par_a: 82.58 / 1000
R_a: R_S / 12
P_b: 1.51
a_b: (0.011 * ua)
P_c: 2.42
R_b: (1.11 * R_T)
a_c: (0.015 * ua)
R_c: (1.05 * R_T)
cr_a = Circle((0, 0), R_a)
d_{bc}: a_c - a_b
α_{b/c}: (atan(R_b / d_{bc}) * 180 / π)
α_{c/b}: (atan(R_c / d_{bc}) * 180 / π)
T_a: 2550
C_W: 2.898 / 1000
lmax: (C_W / T_a * 1000000)
tps = 4.402 (slider from 0 to 100, step 0.02)
B: (a_b; ((tps * 360 / P_b))°)
c_b = Circle((0, 0), a_b)
C_b: (a_b / ua)^(3) / (P_b / 365.25)^(2)
C_c: (a_c / ua)^(3) / (P_c / 365.25)^(2)
c_c = Circle((0, 0), a_c)
C: (a_c; ((tps * 360 / P_c))°)
dt_1, dt_2 = Tangent(B, cr_a)
α'_{a/b} = Angle(dt_1, dt_2)
α_{a/b}: (atan(R_a / a_b) * 180 / π)
α_{a/c}: (atan(R_a / a_c) * 180 / π)
cr_b = Circle(B, R_b)
cr_c = Circle(C, R_c)
v_c: ((2 * π) * a_c / (((P_c * 24) * 3600)))
v_b: ((2 * π) * a_b / (((P_b * 24) * 3600)))
M_b: (1.11 * M_T)
M_c: (1.05 * M_T)
M_a: (0.08 * M_S)
a_{a/b}: (a_b * M_b / M_a)
v_{a/b}: ((v_b * M_b / M_a) * 1000)
a_{a/c}: (a_c * M_c / M_a)
v_{a/c}: ((v_c * M_c / M_a) * 1000)
x_c: (d_{bc} * M_b / (M_b + M_c))
a_p: a_c - x_c
P_p: (sqrt((a_p / ua)^(3) / C_b) * 365.25)
v_p: ((2 * π) * a_p / P_p / 24 / 3600)
v_{a/p}: ((v_p * (M_b + M_c) / M_a) * 1000)
P_S: 1 / (1 / P_b - 1 / P_c)
rv_b = Segment((0, 0), C)
rv_c = Segment((0, 0), B)