Running on Docker

Instructions for IridescenceViewer

Dockerfile.iridescense can be used for easy installation. This chapter provides instructions on building and running examples with IridescenceViewer support using Docker.

The instructions are tested on Ubuntu 20.04.

Building Docker Image

Execute the following commands:

git clone --recursive https://github.com/stella-cv/stella_vslam.git
cd stella_vslam
docker build -t stella_vslam-iridescense -f Dockerfile.iridescense .

You can accelerate the build of the docker image with --build-arg NUM_THREADS=<number of parallel builds> option. For example:

# building the docker image with four threads
docker build -t stella_vslam-iridescense -f Dockerfile.iridescense . --build-arg NUM_THREADS=`expr $(nproc) - 1`

Starting Docker Container

In order to enable X11 forwarding, supplemental options (-e DISPLAY=$DISPLAY and -v /tmp/.X11-unix/:/tmp/.X11-unix:ro) are needed for docker run.

# before launching the container, allow display access from local users
xhost +local:
# launch the container
docker run -it --rm --privileged -e DISPLAY=$DISPLAY -v /tmp/.X11-unix/:/tmp/.X11-unix:ro stella_vslam-iridescense

Note

Additional option --gpus all is needed if you use NVIDIA graphics card(s).

After launching the container, the shell interface will be launched in the docker container. See Tutorial to run SLAM examples in the container.

If you need to access to any files and directories on a host machine from the container, bind directories between the host and the container.

Instructions for PangolinViewer

Dockerfile.desktop can be used for easy installation. This chapter provides instructions on building and running examples with PangolinViewer support using Docker.

The instructions are tested on Ubuntu 20.04. Docker for Mac are NOT supported due to OpenGL forwarding. Please install the dependencies manually or use the docker images for SocketViewer.

Note

If you plan on using a machine with NVIDIA graphics card(s), install nvidia-docker2 and the version 390 or later of NVIDIA driver.

Building Docker Image

Execute the following commands:

git clone --recursive https://github.com/stella-cv/stella_vslam.git
cd stella_vslam
docker build -t stella_vslam-desktop -f Dockerfile.desktop .

You can accelerate the build of the docker image with --build-arg NUM_THREADS=<number of parallel builds> option. For example:

# building the docker image with four threads
docker build -t stella_vslam-desktop -f Dockerfile.desktop . --build-arg NUM_THREADS=`expr $(nproc) - 1`

Starting Docker Container

In order to enable X11 forwarding, supplemental options (-e DISPLAY=$DISPLAY and -v /tmp/.X11-unix/:/tmp/.X11-unix:ro) are needed for docker run.

# before launching the container, allow display access from local users
xhost +local:
# launch the container
docker run -it --rm --privileged -e DISPLAY=$DISPLAY -v /tmp/.X11-unix/:/tmp/.X11-unix:ro stella_vslam-desktop

Note

Additional option --gpus all is needed if you use NVIDIA graphics card(s).

After launching the container, the shell interface will be launched in the docker container. See Tutorial to run SLAM examples in the container.

Note

If the viewer does not work, see Trouble Shooting

If you need to access to any files and directories on a host machine from the container, bind directories between the host and the container.

Instructions for SocketViewer

Dockerfile.socket and Dockerfile in socket_viewer can be used for easy installation. This chapter provides instructions on building and running examples with SocketViewer support using Docker.

Building Docker Images

Docker Image of stella_vslam

Execute the following commands:

cd /path/to/stella_vslam
docker build -t stella_vslam-socket -f Dockerfile.socket .

You can accelerate the build of the docker image with --build-arg NUM_THREADS=<number of parallel builds> option. For example:

# building the docker image with four threads
docker build -t stella_vslam-socket -f Dockerfile.socket . --build-arg NUM_THREADS=`expr $(nproc) - 1`

Docker Image of Server

Execute the following commands:

git clone --recursive https://github.com/stella-cv/socket_viewer.git
cd socket_viewer
docker build -t stella_vslam-viewer .

Starting Docker Containers

On Linux

Launch the server container and access to it with the web browser in advance. Please specify --net=host in order to share the network with the host machine.

$ docker run --rm -it --name stella_vslam-viewer --net=host stella_vslam-viewer
WebSocket: listening on *:3000
HTTP server: listening on *:3001

After launching, access to http://localhost:3001/ with the web browser.

Next, launch the container of stella_vslam. The shell interface will be launched in the docker container.

$ docker run --rm -it --name stella_vslam-socket --net=host stella_vslam-socket
root@hostname:/stella_vslam_examples/build#

See Tutorial to run SLAM examples in the container.

If you need to access to any files and directories on a host machine from the container, bind directories between the host and the container.

On macOS

Launch the server container and access to it with the web browser in advance. Please specify -p 3001:3001 for port-forwarding.

$ docker run --rm -it --name stella_vslam-viewer -p 3001:3001 stella_vslam-viewer
WebSocket: listening on *:3000
HTTP server: listening on *:3001

After launching, access to http://localhost:3001/ with the web browser.

Then, inspect the container’s IP address and append the SocketPublisher.server_uri entry to the YAML config file of stella_vslam.

# inspect the server's IP address
$ docker inspect stella_vslam-viewer | grep -m 1 \"IPAddress\" | sed 's/ //g' | sed 's/,//g'
"IPAddress": "172.17.0.2"

# config file of stella_vslam

...

#============================#
# SocketPublisher Parameters #
#============================#

# append this entry
SocketPublisher.server_uri: "http://172.17.0.2:3000"

Next, launch the container of stella_vslam. The shell interface will be launched in the docker container.

$ docker run --rm -it --name stella_vslam-socket stella_vslam-socket
root@hostname:/stella_vslam_examples/build#

See Tutorial to run SLAM examples in the container.

Please don’t forget to append SocketPublisher.server_uri entry to the config.yaml if you use the downloaded datasets in the tutorial.

If you need to access to any files and directories on a host machine from the container, bind directories between the host and the container.

Bind of Directories

If you need to access to any files and directories on a host machine from the container, bind directories between the host and the container using --volume or --mount option. (See the docker documentataion.)

For example:

# launch a container of stella_vslam-desktop with --volume option
$ docker run -it --rm --runtime=nvidia -e DISPLAY=$DISPLAY -v /tmp/.X11-unix/:/tmp/.X11-unix:ro \
    --volume /path/to/dataset/dir/:/dataset:ro \
    --volume /path/to/vocab/dir:/vocab:ro \
    stella_vslam-desktop
# dataset/ and vocab/ are found at the root directory in the container
root@0c0c9f115d74:/# ls /
...   dataset/   vocab/   ...

# launch a container of stella_vslam-socket with --volume option
$ docker run --rm -it --name stella_vslam-socket --net=host \
    --volume /path/to/dataset/dir/:/dataset:ro \
    --volume /path/to/vocab/dir:/vocab:ro \
    stella_vslam-socket
# dataset/ and vocab/ are found at the root directory in the container
root@0c0c9f115d74:/# ls /
...   dataset/   vocab/   ...