Create folder and specifies your preferred ROS version and programming language
- ROS version : ROS2 Foxy
- Programming Language : C++
$$\begin{aligned} v_r &= \sqrt{ \dot x_r ^2 + \dot y_r ^2 }\\
w_r &= {(\ddot y_r \dot x_r - \ddot x_r \dot y_r) \over (\dot x_r^2 + \dot y_r ^2)}
\end{aligned}$$
$$\begin{aligned} x_r &= a \cos(bt)\\
\dot x_r &= - a \cdot b \sin (bt)\\
\ddot x_r &= - a \cdot b^2 \cos(bt)
\end{aligned}$$
$$\begin{aligned} y_r &= a \sin(bt)\\
\dot y_r &= a \cdot b \cos (bt)\\
\ddot y_r &= - a \cdot b^2 \sin(bt)
\end{aligned}$$
$$\begin{aligned} x_r &= \bar a \sin(\bar bt)\\
\dot x_r &= \bar a \cdot \bar b \cos (\bar bt)\\
\ddot x_r &= - \bar a \cdot \bar b^2 \sin (\bar bt)\\
\\
y_r &= \bar a \sin(\bar bt) \cos(\bar bt)\\
\dot y_r &= \bar a \bar b \big( \cos ^2 (\bar bt) - \sin^2 (\bar bt) \big)\\
\ddot y_r &= -4 \bar a \bar b^2 \cos(\bar bt) \sin(\bar bt)
\end{aligned}$$