esmini is a basic OpenSCENARIO player

It contains the following main libraries:

• RoadManager (esminiRMLib). A library providing an interface to road networks described in the OpenDRIVE format.
• ScenarioEngine (esminiLib). The main library providing a viewer and API interface to traffic scenarios described in the OpenSCENARIO format. This library includes RoadManager.

and a few applications that can be used as is or provide ideas for customized solutions:

• esmini. A scenario player application linking esmini modules statically.
• esmini-dyn. A minimalistic example using the esminiLib to play OpenSCENARIO files.
• odrplot. Produces a data file from OpenDRIVE for plotting the road network in Python.
• odrviewer. Visualize OpenDRIVE road network with populated dummy traffic.
• replayer. Re-play previously executed scenarios.
• osireceiver. A simple application receiving OSI messages from esmini over UDP.

Repository: https://github.com/esmini/esmini

Pre-built demo packages are available here. Unzip, navigate to "esmini\run\esmini" and run any of the example scripts. See more info below under Binaries and demos.

esmini supports OpenSCENARIO v1.1 (from esmini v2.7) and v1.0 (from esmini v1.5). In order to run older versions (i.e. v0.9.1) ASAM provides a transformation scheme (migration0_9_1to1_0.xslt, part of the OpenSCENARIO release bundle) that can be used with tools for automatic migration of XML files.

Please note that the OpenSCENARIO coverage is limited, which means that not all features of OpenSCENARIO are supported. The functionalty grows slow but steady, based on need and contributions.

The code was initially a result from the Swedish collaborative research project Simulation Scenarios, and is now further developed based on users need and OpenSCENARIO development.

User guide: https://esmini.github.io

Brief roadmap is published here.

For more information about the esmini software parts, see Inner Workings of esmini.

The purpose of this implementation (started 2018) was initially to explore and get familiar with the emerging OpenSCENARIO data format. The development aimed at supporting various platforms such as Windows, Mac, Linux, and Android. Tool integration and portability were high priorities. It should be easy to use for native C++ applications as well as other frameworks like Unity3D (C#) and MATLAB/Simulink, among many others. Initially, focus was more on features than quality.

Since then the purpose has grown, contributing to the spread and harmonization of OpenSCENARIO. esmini is also being used in other applications and test platforms. It grows slowly but steady, both in terms of functionality and quality, e.g. documentation, code refactorizations, continuous integration including static code analysis, and test coverage on both unit and application levels.

Windows, Linux and Mac supported

Latest release including source, binaries and demo packages is found here: https://github.com/esmini/esmini/releases/latest

3D models used by the example scenarios are included in the demo packages. They are also available here. Unpack into esmini/resources. These assets works on all platforms. Environment models (roads, landscape, buildings...) have been created using VIRES Road Network Editor.

See User Guide for more information.

The easiest way of integrating esmini in your custom application is to link the all inclusive shared library ScenarioEngineDLL. In spite of the name it's available also on Linux and Mac. See User Guide "Hello World" tutorial on how to create a minimalistic application based on it.

In addition to internal API (example) for getting information about the ongoing simulation, e.g. road width and road user position, esmini collects everything into an OSI :: groundtruth structure. This structure can be 1. stored in an OSI trace-file, 2. retrieved via UDP and/or 3. retrieved directly via API (see esminiLib.hpp).

Note: Only parts of OSI groundthruth is populated.

Hello World tutorial includes an example of how to fetch OSI groundtruth.

Current versions used by esmini:

• OSI version: v3.5.0
• Google Protobuf version: v3.15.2

Script that compiles OSI for Win/Linux/Mac available here. Run in bash, also on Windows, e.g. GIT bash.

esmini shared library works fine also in Unity (Win, Linux, Mac). A simple example can be downloaded from here. The package contains everything needed to get going:

• esmini library C# wrapper
• a generic scenario player script
• a few example scenarios (OpenSCENARIO + OpenDRIVE) including 3D models
• plugins for all platforms (can be updated of course)
• and finally a scene connecting the player script to a game object

Run:

1. Import package (Import Package -> Custom Package).
2. Load the scene (Assets/Scenes/esmini-scene).
3. Then just press play-button.

Select (click on) esmini-player in Hierarchy to show up in Inspector, where you can specify scenario file and a few parameters. Note that scenario file and dependent OpenDRIVE and optional 3D scenegraph file must be present in StreamingAssets folder.

Plugins can be updated, but NOTE that you need to restart Unity to (re)load shared library plugins. And, of course, scenario files and other content can be added or replaced.

see User Guide Hello-World tutorial.

scenariogeneration is a Python based scenario creation framework. The idea is to write scenarios in a high-level script format and automatically generate and run linked OpenDRIVE and OpenSCENARIO XML counterparts. It supports parameter sweeps to create multiple variants of a parameterized scenario.

OSC-ALKS-scenarios is a collection of scenarios for Automated Lane Keeping System testing. "BMW has taken on the task of implementing the test scenarios from the ALKS regulation using OpenSCENARIO and OpenDRIVE resulting in a bundle of XML files executable with standard compliant simulators."

OSC-NCAP-scenarios is a collection of scenarios based on Euro NCAP Test Protocols. "As the Euro NCAP scenarios are widely used, Vector decided to contribute the implementation of these scenarios using the ASAM standards."

odrviewer.io is an excellent interactive online OpenDRIVE viewer. Move around, zoom and inspect elements of the road network like roadID, laneID, successor and predecessor.

brifsttar/OpenDRIVE plugin allows you to manipulate OpenDRIVE road networks in Unreal Engine. It's based on esmini RoadManager (esminiRMLib).

Blender Driving Scenario Creator add-on lets you create OpenDRIVE and OpenSCENARIO based scenarios.

Carla is an Unreal based open source simulator worth to check out.

Open Source Model & Simulation Library is a central hub for simulation entities for virtual ADAS testing. It runs a co-simulation with esmini in a GitHub action for sensor model testing and therefore demonstrates its application with other simulation models.

OpenDRIVE describes the road network, the static part of a scenario.

OpenSCENARIO describes the dynamic content on top of a road network, e.g. traffic maneuvers and weather conditions.