aa

Avanzar

ang1

ang2

+2/11

sesenta: 60
minuto = 0 (slider from 0 to 720, step 2 / 11)
rest = Mod(minuto, sesenta)
α: π / 2 - ((2 * π) * rest / sesenta)
doce: 12
β: π / 2 - ((2 * π) * minuto / ((12 * sesenta)))
P = (199.24159206298575, 497.49263935010487)
rl: 150
rc: 75
Pl: P + (rl * (cos(α), sin(α)))
u = Vector(P, Pl)
Pc: P + (rc * (cos(β), sin(β)))
v = Vector(P, Pc)
γ = Angle(Pl, P, Pc)
c = Circle(P, rl)
δ: abs((360 * rest / 60) - (360 * minuto / 720))
δδ = If(δ < 180, δ, 360 - δ)
Q: (minuto, δδ)
ff(x) = abs(((360 * 60) * fractionalPart(x / 60) / 60) - (360 * x / 720))
gg(x) = If[0 ≤ x ≤ minuto, If[ff(x) < 180, ff(x), 360 - ff(x)]]
a = false
A1: (0 * π)
A2: A1 + π / 6
A3: A2 + π / 6
A4: A3 + π / 6
A5: A4 + π / 6
A6: A5 + π / 6
A7: A6 + π / 6
A8: A7 + π / 6
B1: P + (rl * (cos(A1), sin(A1)))
B2: P + (rl * (cos(A2), sin(A2)))
B3: P + (rl * (cos(A3), sin(A3)))
B4: P + (rl * (cos(A4), sin(A4)))
B5: P + (rl * (cos(A5), sin(A5)))
B6: P + (rl * (cos(A6), sin(A6)))
B7: P + (rl * (cos(A7), sin(A7)))
B8: P + (rl * (cos(A8), sin(A8)))
A9: A8 + π / 6
B9: P + (rl * (cos(A9), sin(A9)))
A10: A9 + π / 6
B10: P + (rl * (cos(A10), sin(A10)))
A11: A10 + π / 6
B11: P + (rl * (cos(A11), sin(A11)))
A12: A11 + π / 6
B12: P + (rl * (cos(A12), sin(A12)))
hora: floor(minuto / 60)
min: floor((60 * fractionalPart(minuto / 60)))
s: (60 * (minuto - floor(minuto)))
texto3: "" + (LaTeX[hora]) + "h\ " + (LaTeX[min]) + "min\ " + (LaTeX[s]) + "s "
texto1: "Ángulo=" + (LaTeX[δδ]) + "⁰"
ε = Angle(Pc, P, Pl)
ζ = Angle(Pl, P, Pc)
b = If(ε < 180°, true, false)
d = If(ζ ≤ 180°, true, false)