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THE CLOCK

STOP

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α = 2.78554548618295 rad (slider from 0 to 6.283185307179586, step 0.1*°)
A = (10.33495334494696, -1.116022707168227)
B: A + (0, 2.7)
β = 2.012364627549462 rad (slider from 0*° to 6.283185307179586, step 0.1*°)
D: A + (0, 4)
γ = 1.3613568165555772 rad (slider from 0 to 6.283185307179586, step 6*°)
r6 = Circle(A, 0.05)
C: A + (0, 3.2)
C' = Rotate(C, -γ, A)
t7, t1 = Tangent(C', r6)
Z = Intersect(r6, t7)
F = Dilate(Z, 1.15, C')
X = Intersect(r6, t1)
E = Dilate(X, 1.15, C')
r7 = Circle(A, 0.15)
D' = Rotate(D, -β, A)
t3, t6 = Tangent(D', r7)
J = Intersect(r7, t3)
M = Dilate(J, 1.1, D')
H = Intersect(r7, t6)
N = Dilate(H, 1.1, D')
r1 = Circle(A, 5)
r2 = Circle(A, 4.3)
Li2 = Sequence(Rotate[D, 6° * i, A], i, 1, 59)
tg1, d10, d11, d13 = Polygon(F, E, C')
tg2, d4, d6, d3 = Polygon(D', N, M)
r8 = Circle(A, 0.2)
B' = Rotate(B, -α, A)
t8, t2 = Tangent(B', r8)
K = Intersect(r8, t8)
L = Intersect(r8, t2)
G = Dilate(K, 1.12, B')
I = Dilate(L, 1.12, B')
tg3, d7, d2, d1 = Polygon(I, G, B')
DA = Rotate(D, 30*°, A)
DB = Rotate(DA, 30*°, A)
DC = Rotate(DB, 30*°, A)
DD = Rotate(DC, 30*°, A)
DE = Rotate(DD, 30*°, A)
DF = Rotate(DE, 30*°, A)
DG = Rotate(DF, 30*°, A)
DH = Rotate(DG, 30*°, A)
DI = Rotate(DH, 30*°, A)
DJ = Rotate(DI, 30*°, A)
DK = Rotate(DJ, 30*°, A)
r3 = Circle(A, 5.1)
C2: γ
C1: C2 / (6°)
B2: β
B1: floor(B2 / (6°))
A2: α
z1 = Semicircle(I, G)
z2 = Semicircle(I, G)
A8 = 12
B8 = 47
C8 = 16
A1: floor(A2 / (30°))
c1 = true
c2 = true
B9: (B8 * 6 + C8 / 10)°
A9: (A8 * 30 + B8 / 2 + C8 / 60)°
C9: (C8 / 60 * 360)°
A3 = If(A1 < 10, "0" + A1, "" + A1)
B3 = If(B1 < 10, "0" + B1, "" + B1)
C3 = If(C1 < 10, "0" + C1, "" + C1)
m = 3 (slider from 1 to 9, step 1)
vbc: "$\doublebox{" + (LaTeX[A3]) + " :" + (LaTeX[B3]) + " :" + (LaTeX[C3]) + "} $"
O = Intersect(r3, r2)
t4 = Line(D, DF)
P, Q = Intersect(r3, t4)
t5 = OrthogonalLine(Q, t4)
R: Q + (-3, 0)
S: Q + (3, 0)
T: Q + (-3, -1.5)
U: Q + (3, -1.5)
V = Midpoint(T, R)
W = Midpoint(U, S)
r4 = Circle(V, R)
r5 = Circle(W, S)
tg4, d9, d5, d8, d12 = Polygon(T, R, S, U)
z3 = Semicircle(T, R)
z4 = Semicircle(S, U)