φ

Oben

Schräg

Halbschräg

Halboben

Seite

Schnitte

Wellen 3D

Version Stand
27.02.2020
Andreas Jäger

Stand

Welle

Erreger

Höhenlinien

phi1 = 6.283 (slider from 0 to 6.283, step π / 100)
l = 4.96 (slider from 2 to 6, step 0.001)
A = 2 (slider from 0 to 2, step 0.001)
r0: 10
t = 0 (slider from 0 to 4, step 0.01)
view: 3
bS = false
rr: t
d = false
e = true
f = true
rrr: (l * (t + 1 / 4))
a = Surface((r * cos(phi)), (r * sin(phi)), (A * sin(((2 * π / l) * r) - ((2 * π) * t))), r, 0, r0, phi, 0, phi1)
b = CurveCartesian(r, (r * 0), (A * sin(((2 * π / l) * r) - ((2 * π) * t))), r, 0, r0)
c = CurveCartesian((r * cos(phi1)), (r * sin(phi1)), (A * sin(((2 * π / l) * r) - ((2 * π) * t))), r, 0, r0)
l1 = Sequence(Circle[(0, 0, A), rrr + (i * l), z = A], i, -5, 5)
l2 = Sequence(Circle[(0, 0, (-A)), rrr + (i * l) - l / 2, z = (-A)], i, -5, 5)
g = false
Text2: "φ = " + phi1 + ""
Text3: "λ = " + l + ""
Text4: "A = " + A + ""
Text5: "t = " + t + ""
B: ((0 * cos(0)), (0 * sin(0)), (A * sin(((2 * π / l) * 0) - ((2 * π) * t))))