Date: 28 Září 2013

čas

Start - Stop

$φ_0$

$φ_0$

stopa - křivka

t = 0

zobrazit posunutí

φ_0\text{ záporné → posun grafu doprava}

φ_0\text{ kladné → posun grafu doleva}

ym = 3
φ_0 = 30 (slider from -180 to 180, step 15)
f = Function(ym * sin(x + φ_0 * π / 180), 0, 12.566370614359172)
text1: "φ_0=" + (LaTeX[φ_0]) + "°"
S = Point(xAxis)
c = Circle(S, ym)
t = 0 (slider from 0 to 12.56637061, step 0.001)
on = 0
A: (ym * cos(t + φ_0 * π / 180) + x(S), ym * sin(t + φ_0 * π / 180))
u = Vector(S, A)
B_1: (0, y(A))
E: (t, y(A))
B_2: E
a = Segment(A, B_1)
b = Segment(B_1, E)
g = Function(f, -φ_0 * π / 180, 0)
h = Function(f, -φ_0 * π / 180 - π, 0)
A_0: (ym * cos(φ_0 * π / 180) + x(S), ym * sin(φ_0 * π / 180))
d: ym * sin(t)
C: (π / 2, ym)
D: (π / 2 - φ_0 * π / 180, ym)
w = Vector(C, D)
F: (x(S) + ym, 0)
α = Angle(F, S, A_0)
β = Angle(A_0, S, F)
e = Segment(S, A_0)
stopa = 1 (slider from 1 to 2, step 1)
p = Function(ym * sin(x), 0, 12.566370614359172)
kk = 0
i = false
j = Segment((-15, 0), (0, 0))
rychlost = 1 (slider from 0.5 to 2, step 0.1)
text2: "y=y_m ·sin(\omega t+" + (LaTeX[φ_0]) + "°)"
text3: "y=y_m ·sin(\omega t" + (LaTeX[φ_0]) + " °)"