twiddle

AC temperature PID controller simulation with Twiddle-based auto-tuning

PID Controller (project 8 of 9 from Udacity Self-Driving Car Engineer Nanodegree)

Initialize a single-precision floating-point workspace array for performing a quarter-wave cosine transform.

Initialize a workspace array for performing a quarter-wave sine transform on a one-dimensional ndarray.

Initialize a double-precision floating-point workspace array for performing a real-valued Fourier transform.

Initialize a double-precision floating-point workspace array for performing a quarter-wave sine transform.

PID controller for a self-driving car

C++ PID Control Project of Udacity Self-Driving Car Nanodegree Program

Initialize a workspace array for performing a cosine transform.

Initialize a workspace array for performing a quarter-wave cosine transform.

Initialize a workspace array for performing a quarter-wave sine transform.

Initialize a workspace array for performing a cosine transform.

Initialize a workspace array for performing a sine transform.

Initialize a workspace array for performing a real-valued Fourier transform on a one-dimensional ndarray.

Initialize a workspace array for performing a complex-valued Fourier transform.

Initialize a workspace array for performing a complex-valued Fourier transform.

Initialize a single-precision floating-point workspace array for performing a real-valued Fourier transform.

Initialize a workspace array for performing a quarter-wave cosine transform on a one-dimensional double-precision floating-point ndarray.