Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

Repo symbol

robotont_gazebo repository

robotont_gazebo

Repository Summary

Checkout URI https://github.com/robotont/robotont_gazebo.git
VCS Type git
VCS Version melodic-devel
Last Updated 2021-02-02
Dev Status UNMAINTAINED
Released RELEASED
Tags No category tags.
Contributing Help Wanted (0)
Good First Issues (0)
Pull Requests to Review (0)

Packages

Name Version
robotont_gazebo 0.0.2

README

robotont_gazebo

Build Status License

Dependencies

Running the simulator

To run the simulator:

roslaunch robotont_gazebo gazebo.launch

The launch file has four arguments:

  • model - chooses between a model with NUC and realsense and a model without them
    • default: robotont_gazebo_nuc
    • options: robotont_gazebo_nuc, robotont_gazebo_basic, robotont_gazebo_lidar
  • world - chooses which world to use
    • default: empty.world
    • options: empty.world, minimaze.world, bangbang.world, between.world, colors.world
  • x_pos - chooses x coordinate of the world, controls where the robot will spawn, default: 0

For example, the following command will spawn the robot to a map called bangbang.world in position x=2 and the model that will be used is robotont_gazebo_nuc.

roslaunch robotont_gazebo gazebo.launch world:=$(rospack find robotont_gazebo)/worlds/bangbang.world model:=robotont_gazebo_nuc x_pos:=2 

To simply run the worlds without using the arguments:

  • ```bash roslaunch robotont_gazebo world_minimaze.launch
*   
```bash
    roslaunch robotont_gazebo world_bangbang.launch
    
  • ```bash roslaunch robotont_gazebo world_between.launch
*   
```bash
    roslaunch robotont_gazebo world_colors.launch
    
Repo symbol

robotont_gazebo repository

robotont_gazebo

Repository Summary

Checkout URI https://github.com/robotont/robotont_gazebo.git
VCS Type git
VCS Version noetic-devel
Last Updated 2022-11-01
Dev Status UNMAINTAINED
Released RELEASED
Tags No category tags.
Contributing Help Wanted (0)
Good First Issues (0)
Pull Requests to Review (0)

Packages

Name Version
robotont_gazebo 0.0.2

README

robotont_gazebo

Build Status License

Dependencies

Running the simulator

To run the simulator:

roslaunch robotont_gazebo gazebo.launch

The launch file has four arguments:

  • model - chooses between a model with NUC and realsense and a model without them
    • default: robotont_gazebo_nuc
    • options: robotont_gazebo_nuc, robotont_gazebo_basic, robotont_gazebo_lidar
  • world - chooses which world to use
    • default: empty.world
    • options: empty.world, minimaze.world, bangbang.world, between.world, colors.world
  • x_pos - chooses x coordinate of the world, controls where the robot will spawn, default: 0

For example, the following command will spawn the robot to a map called bangbang.world in position x=2 and the model that will be used is robotont_gazebo_nuc.

roslaunch robotont_gazebo gazebo.launch world:=$(rospack find robotont_gazebo)/worlds/bangbang.world model:=robotont_gazebo_nuc x_pos:=2 

To simply run the worlds without using the arguments:

  • ```bash roslaunch robotont_gazebo world_minimaze.launch
*   
```bash
    roslaunch robotont_gazebo world_bangbang.launch
    
  • ```bash roslaunch robotont_gazebo world_between.launch
*   
```bash
    roslaunch robotont_gazebo world_colors.launch