Richtung nach Stoß

Zentraler und 
nichtzentraler Stoß

Hilfslinien

Version Stand
28.05.2020
Andreas Jäger

Stand

zentral

schräg

peripher

passierend

yy1 = 0.949918291626737
xx1 = -9.911681271949297
v_1 = 1
P_0 = (0, 0)
c = Circle(P_0, 2)
P_1: (xx1, yy1)
a = OrthogonalLine(P_1, yAxis)
A, B = Intersect(c, a)
f = Segment(B, P_1)
b = Ray(P_0, B)
d = Circle(B, 2)
C = Intersect(d, a, 2)
C' = Mirror(C, b)
e = Ray(B, C')
α = Angle(e, f)
t: 0
y12: y(B) + ((v_1 * (t - f / v_1)) * sin(α))
x11: x(P_1) + (v_1 * t)
m_1 = 1
y11: y(P_1)
x12: x(B) - ((v_1 * (t - f / v_1)) * cos(α))
x1 = If(t < f / v_1, x11, x12)
y1 = If(t < f / v_1, y11, y12)
P: (x1, y1)
g = false
h = false
i = false
j: yy1 > 1.999999999
k: yy1 > 1.999999999
l: yy1 > 1.999999999
xv1: xx1 + (t * v_1)
P_v: (xv1, yy1)
bv: y(P_1) > 2
m = Ray(P_1, (0, yy1))
n = Segment(P_1, (0, yy1))