Drohne startklar machen

Drohe fliegen lassen

neue Drohnenposition anzeigen

Drohne zurücksetzen

Weg anzeigen

\rightarrow

Hilfs-Dreieck

Lineal

v' = (0, 1)
v = (0, 0)
P: (2 | 3)
t = 0 (slider from 0 to 1)
P': P + (t * v)
P'' = Rotate(P', 90°, P)
u: ((-y(v')), x(v'))
v2: u / abs(u)
EingabefeldVektor = Textfield(v)
Text1: "P" + P + ""
Text2: "P'" + P' + ""
C_{1} = Point(xAxis)
D_{1} = Point(xAxis)
v1: v' / abs(v')
A_{1}: P' - (0.7 * v1) + (0.6 * v2)
B_{1}: P' - (0.7 * v1) - (0.6 * v2)
spurt: true
b = Vector(P, P')
Weg: {(2 | 3)}
p = PolyLine(Weg)
a = true
E: P' - (0.5 * v1) + v2
F: P' - (0.5 * v1) - v2
TextVektor: "\left(\begin{array}{c}" + (LaTeX[x(v)]) + " \\ " + (LaTeX[y(v)]) + "   \end{array}\right)"
C = (6, 0)
v'_{1} = (0, 1)
u_{1}: ((-y(v'_{1})), x(v'_{1}))
v2_{1}: u_{1} / abs(u_{1})
a1 = Vector((1 | 0))
B = (2, -1)
v'_{2} = (0, 1)
u_{2}: ((-y(v'_{2})), x(v'_{2}))
v2_{2}: u_{2} / abs(u_{2})
a2 = Vector((0 | 1))
A = (-3, 2)
v'_{3} = (0, 1)
u_{3}: ((-y(v'_{3})), x(v'_{3}))
v2_{3}: u_{3} / abs(u_{3})
v1_{3}: v'_{3} / abs(v'_{3})
D = (9, 4)
G_{3}: D - (0.45 * a1) - (0.5 * a2)
H_{3}: D + (0.45 * a1) - (0.5 * a2)
G: C - (0.45 * a1) - (0.5 * a2)
H: C + (0.45 * a1) - (0.5 * a2)
G_{1}: B - (0.45 * a1) - (0.5 * a2)
H_{1}: B + (0.45 * a1) - (0.5 * a2)
G_{2}: A - (0.45 * a1) - (0.5 * a2)
H_{2}: A + (0.45 * a1) - (0.5 * a2)
J = (5, 2)
K = (7, 3)
f = Segment(J, K)
L: (x(K) | y(J))
d1, k, j, l = Polygon(J, L, K)
c = false
d = false
M = (1.5, 2.4)
N = (2.5, 2.4)