odtp-org / odtp-eqasim-matsim

This is the matsim implementation in eqasim

ODTP Eqasim Matsim Component

ODTP component for running Eqasim Matsim Pipeline.

Tool Info	Links
Original Tool (IDF & Corsica)	https://github.com/eqasim-org/ile-de-france
Current Tool Version (IDF & Corsica)	fb1112d2a7d1817746be84413da584c391059ad1
Original Tool (CH Scenario)	https://gitlab.ethz.ch/ivt-vpl/populations/ch-zh-synpop
Current Tool Version (CH Scenario)	4658daa2e441dcda132622e7fcb47da1df8c47d6

ODTP command

odtp new odtp-component-entry \
--name odtp-eqasim-matsim \
--component-version 0.1.2 \
--repository https://github.com/odtp-org/odtp-eqasim-matsim

Tutorial

Prepare dataset

1. IDF

   • Download the switchdrive zip file provided.

2. CH

   • Download the data provided by Milos. Copy and paste all folders located in hafas/2018 in hafas.

3. Corsica

   • Download the switchdrive zip file provided.

How to run this component in docker.

1. Prepare manually a folder called odtp-input containing the following datafolders of our selected scenario.

• data: Original eqasim input.
• cache: Eqasim cache folder.
• eqasim-output: Eqasim output

2. Create your .env file based on the following examples.

Add the selected scenario CORSICA, IDF, or CH.

For Corsica:

SCENARIO=CORSICA
processes=4
hts=entd
sampling_rate=0.001
random_seed=1234
java_memory=8G
output_id=output

For IDF

SCENARIO=IDF
processes=8
sampling_rate=0.001
random_seed=1234
java_memory=24G
hts=entd
output_id=output

For CH

SCENARIO=CH
threads=4
random_seed=0
hot_deck_matching_runnners=2
java_memory=100G
input_downsampling=0.01
enable_scaling=true
scaling_year=2020
use_freight=true
hafas_date=01.10.2018
output_id=output

3. Build the dockerfile

docker build -t odtp-eqasim-matsim .

4. Run the following command. Mount the correct volumes for input/output folders.

docker run -it --rm \
-v {PATH_TO_YOUR_INPUT_VOLUME}:/odtp/odtp-input \
-v {PATH_TO_YOUR_OUTPUT_VOLUME}:/odtp/odtp-output \
--env-file .env odtp-eqasim-matsim

Example of tmux session

In order to run this container in a remote server and detach from the task you can use tmux. In this example you will run the isolated container with the CORSICA scenario.

tmux new -s odtp-test
docker run -it --rm \
-v {PATH_TO_YOUR_INPUT_VOLUME}:/odtp/odtp-input \
-v {PATH_TO_YOUR_INPUT_VOLUME}:/odtp/odtp-output \ 
-e SCENARIO=CORSICA \
-e processes=4 \
-e hts=entd \
-e sampling_rate=0.001 \
-e random_seed=1234 \
-e java_memory=8GB \
--name odtp-matsim-eqasim odtp-matsim-eqasim

Now you can push Control + B, and then D to dettach from the tmux session. In order to come back to the session you can do:

tmux attach-session -t odtp-test

If you want to kill the session just write exit. Also use tmux ls to list all available tmux sessions.

Changelog

• v0.1.3:

  • Ubuntu fixed at 22.04
  • Python fixed at 3.10

• v0.1.2:

  • Corrected bug related to installation of dependencies for odtp-component-client
  • Corrected typo in odtp.yml
  • Added java simulation command to templates to trigger matsim
  • Added output_id as a parameter
  • Updating odtp-component-client

• v0.1.1: Updated odtp.yml to version v0.3.4 (https://github.com/odtp-org/odtp-component-template/commit/c4732294bb57bd5dfdc9630f4676f69462a3c07e)

• v0.1.0: Version compatible with Corisca, Ile de France, and Swiss scenarios.

Development.

Developed by SDSC/CSFM.