EingabeMatrix

EingabeVektor

\alpha: \begin{pmatrix} x_1' \ x_2' \end{pmatrix} =

\cdot \begin{pmatrix} x_1 \ x_2 \end{pmatrix} +

Hallihallohallihallohl

$s \cdot (\vec{q}-\vec{p})$

$t \cdot (\vec{r}-\vec{p})$

$\vec{p}$

A: {{1, 0}, {0, 1}}
v: (0, 0)
Eingabefeld1 = Textfield(A)
Eingabefeld2 = Textfield(v)
gL: -7
gR: 7
gU: -3
gO: 5
P = (-4, 1)
Q = (-1, 1)
R = (-3, 2)
P': (A * P) + v
Q': (A * Q) + v
R': (A * R) + v
vPP' = Vector(P, P')
vQQ' = Vector(Q, Q')
vRR' = Vector(R, R')
Text1: "P(" + (LaTeX[x(P)]) + "|" + (LaTeX[y(P)]) + ") \\
Q(" + (LaTeX[x(Q)]) + "|" + (LaTeX[y(Q)]) + ") \\
R(" + (LaTeX[x(R)]) + "|" + (LaTeX[y(R)]) + ")"
Text2: "P'(" + (LaTeX[x(P')]) + "|" + (LaTeX[y(P')]) + ") \\
Q'(" + (LaTeX[x(Q')]) + "|" + (LaTeX[y(Q')]) + ") \\
R'(" + (LaTeX[x(R')]) + "|" + (LaTeX[y(R')]) + ")"
f = Line(R, P)
s = 1.5 (slider from -5 to 5, step 0.01)
t = 2 (slider from -5 to 5, step 0.01)
X: P + (s * (Q - P)) + (t * (R - P))
vecPX = Vector(P, X)
vecPQ = Vector(P, P + (s * (Q - P)))
vecPR = Vector(P, P + (t * (R - P)))
vecPQ' = Vector(P + (t * (R - P)), X)
vecPR' = Vector(P + (s * (Q - P)), X)
vecP = Vector((0 | 0), P)