Improve the Controller (e.g., PD Controller): Unterschied zwischen den Versionen

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Evrard.leuteu-feukeu@stud.hshl.de (Diskussion | Beiträge)
Keine Bearbeitungszusammenfassung
Evrard.leuteu-feukeu@stud.hshl.de (Diskussion | Beiträge)
Keine Bearbeitungszusammenfassung
Zeile 7: Zeile 7:
#Create a python file that will import pygame, import NvidiaRacecar, read and write steering values.
#Create a python file that will import pygame, import NvidiaRacecar, read and write steering values.
{| class="wikitable"
{| class="wikitable"
|+ Tabelle 4:  Python Library Setup  
|+ Tabelle 5:  Python Library Setup  
|-
|-
! # !! Name !! Description !! Pictures
! # !! Name !! Description !! Pictures

Version vom 12. Juni 2025, 18:31 Uhr

Improve the Controller

As mentioned in the previous chapter, instead of recreating the Python library with MATLAB script, we create a Python library that will run all necessary libraries needed to operate the JetRacer, then run it with MATLAB in the background.

Jetracer

  • Requirements:
  1. Jupyter libraries containing jetracer.nvidia_racecar must be working
  2. Install pygame library on jetson nano with sudo pip install pygame
  3. Create a python file that will import pygame, import NvidiaRacecar, read and write steering values.
Tabelle 5: Python Library Setup
# Name Description Pictures
1 Main python libraries These libraries are the root libraries of the JetRacer and must be available because other libraries will depend on them.


2 Library for Control and steering Since we can not use MATLAB directly on the Jetracer, we can, however, call a python code to run in the background on Matlab
3 Python script This script details how the inputs from the Gamepad is recorded and transmitted to Matlab thought steering_values.txt


Matlab

After the above requirements are satisfied, we then proceed to call the library in the background as shown below: Image.png

Results

zeigmess jtest etc