Erdkugel

Längengrade

Pole

Äquator

München - Moskau

Stadtkreis

Stadt

Nullmeridian

Breitengrade

bg0

Sonne

ω =

α =

Rotierende Erdkugel

Standard-Ansicht

Start

Pause

Neu

Version Stand
24.10.2021
Andreas Jäger

Stand

Erde = Sphere((0, 0, 0), 10)
MP = (0, 0, 0)
kk = Circle(MP, 10, xOyPlane)
α: 0°
ω = 0 (slider from -1 to 1, step 1)
t: 0
P: (10 * ((cos((ω * t)) * cos(α)), (sin((ω * t)) * cos(α)), sin(α)))
a = Segment(MP, P)
k2 = Circle((0, 0, (10 * sin(α))), (10 * cos(α)), xOyPlane)
NP = (0, 0, 10)
SP = (0, 0, -10)
P_{05}: (10 * (cos((ω * t) + ((5 * 2) * π / 12)), sin((ω * t) + ((5 * 2) * π / 12)), 0))
P_{00}: (10 * (cos((ω * t) + ((0 * 2) * π / 12)), sin((ω * t) + ((0 * 2) * π / 12)), 0))
P_{01}: (10 * (cos((ω * t) + (2 * π / 12)), sin((ω * t) + (2 * π / 12)), 0))
P_{02}: (10 * (cos((ω * t) + ((2 * 2) * π / 12)), sin((ω * t) + ((2 * 2) * π / 12)), 0))
P_{03}: (10 * (cos((ω * t) + ((3 * 2) * π / 12)), sin((ω * t) + ((3 * 2) * π / 12)), 0))
P_{04}: (10 * (cos((ω * t) + ((4 * 2) * π / 12)), sin((ω * t) + ((4 * 2) * π / 12)), 0))
c = Circle(NP, SP, P_{00})
d = Circle(NP, SP, P_{01})
e = Circle(NP, SP, P_{02})
f = Circle(NP, SP, P_{03})
g = Circle(NP, SP, P_{04})
h = Circle(NP, SP, P_{05})
b = false
i = false
j = false
k = Line(NP, SP)
P_P: (0, 0, (10 * sin(α)))
Text1 = LaTeX(P_P, true, true)
l = Segment(P_P, P)
m = false
Erde_2 = Sphere((0, 0, 0), 10)
P_{Mo}: (10 * ((cos((ω * t) + 1) * cos(45°)), (sin((ω * t) + 1) * cos(45°)), sin(45°)))
o = false
n: false
p = false
q = CircumcircleArc(NP, P_{00}, SP)
r = false
P_{Mu}: (10 * ((cos((ω * t) + 0.2) * cos(45°)), (sin((ω * t) + 0.2) * cos(45°)), sin(45°)))
BG_{-30,2} = (-4.330127018922192, 7.500000000000001, -4.999999999999999)
BG_{-30,3} = (-4.330127018922197, -7.499999999999999, -4.999999999999999)
BG_{-30} = (8.660254037844387, 0, -4.999999999999999)
bg_4 = Circle(BG_{-30}, BG_{-30,2}, BG_{-30,3})
BG_{-60,2} = (-2.4999999999999996, 4.3301270189221945, -8.660254037844386)
BG_{-60,3} = (-2.5000000000000027, -4.330127018922194, -8.660254037844386)
BG_{-60} = (5.000000000000001, 0, -8.660254037844386)
bg_3 = Circle(BG_{-60}, BG_{-60,2}, BG_{-60,3})
BG_{30,2} = (-4.330127018922192, 7.500000000000001, 4.999999999999999)
BG_{30,3} = (-4.330127018922197, -7.499999999999999, 4.999999999999999)
BG_{30} = (8.660254037844387, 0, 4.999999999999999)
bg_2 = Circle(BG_{30}, BG_{30,2}, BG_{30,3})
BG_{60,2} = (-2.4999999999999996, 4.3301270189221945, 8.660254037844386)
BG_{60,3} = (-2.5000000000000027, -4.330127018922194, 8.660254037844386)
BG_{60} = (5.000000000000001, 0, 8.660254037844386)
bg_1 = Circle(BG_{60}, BG_{60,2}, BG_{60,3})
s = false
bg_0: kk
u: s
v = false
sonne = Sphere((15, 10, 10), 1)
Textfeld1 = Textfield(ω)
Textfeld2 = Textfield(α)
w = false
Text4: "t = " + ((24 * t / ((2 * π)))) + " h"