Transformer: LAS to Height

Calculated canopy height from the contents of a LAS file.

Sample Docker Command Line

Below is a sample command line that shows how this canopy height Docker image could be run. An explanation of the command line options used follows. Be sure to read up on the docker run command line for more information.

docker run --rm --mount "src=/home/test,target=/mnt,type=bind" agpipeline/canopy_height:2.0 --working_space "/mnt" --metadata "/mnt/08f445ef-b8f9-421a-acf1-8b8c206c1bb8_metadata_cleaned.json" "/mnt/08f445ef-b8f9-421a-acf1-8b8c206c1bb8__Top-heading-east_0_merged.las"

This example command line assumes the source files are located in the /home/test folder of the local machine. The name of the image to run is agpipeline/canopy_height:2.0.

We are using the same folder for the source files and the output files. By using multiple --mount options, the source and output files can be separated.

Docker commands
Everything between 'docker' and the name of the image are docker commands.

• run indicates we want to run an image
• --rm automatically delete the image instance after it's run
• --mount "src=/home/test,target=/mnt,type=bind" mounts the /home/test folder to the /mnt folder of the running image

We mount the /home/test folder to the running image to make files available to the software in the image.

Image's commands
The command line parameters after the image name are passed to the software inside the image. Note that the paths provided are relative to the running image (see the --mount option specified above).

• --working_space "/mnt" specifies the folder to use as a workspace
• --metadata "/mnt/08f445ef-b8f9-421a-acf1-8b8c206c1bb8_metadata.cleaned.json" is the name of the source metadata to be cleaned
• "/mnt/08f445ef-b8f9-421a-acf1-8b8c206c1bb8__Top-heading-east_0_merged.las" the las file to calculate canopy cover for