What is openCARP?
openCARP is an open cardiac electrophysiology simulator for in-silico experiments. Its source code is public and the software is freely available for academic purposes. openCARP is easy to use and offers single cell as well as multiscale simulations from ion channel to organ level. Additionally, openCARP includes a wide variety of functions for pre- and post-processing of data as well as visualization. The python-based CARPutils framework enables the user to develop and share simulation pipelines, i.e. automating in-silico experiments including all modeling/simulation steps.
Getting started
New to cardiac electrophysiological modeling or openCARP? This is the place to go first!
About
General information about the software as well as the people and processes behind openCARP
Download
Find the software, installation guides and the license here as well as the proper work to cite when you use openCARP results in a publication
Documentation
Need an openCARP introduction, training or documentation? Find it here along with our question & answer system
Community
Everything you need to interact with the openCARP community
News
User meeting now partly planned as webinar
We are currently designing a concept of having some input that we have planned for our first user meeting (cancelled because of the CoViD-19 restrictions) as webinars. We will inform you in more detail via the newsletter and on this news page when we have more detailed plans
openCARP released
We have just released openCARP. Come and join our community!
Start of beta testing
We have just launched our beta testing phase with invited groups to road-test openCARP.
Newsletter
Do you want to stay up to date on our activities? Just subscribe to our newsletter!
User Meeting
Corona Virus Update: No openCARP user meeting in May
We will shift the openCARP user meeting (originally 13-15 May 2020 in Freiburg, Germany). Currenty, our planning is to shift the Summer School to late summer. We will inform you, when the Corona crisis allows to prepare meetings again. Stay informed and subsribe to our newsletter!
Quick facts
To ensure input compatibility with CARP/CARPentry allowing to reproduce a larger number of published studies, the user interface of openCARP has been designed to be backwards compatible, thus facilitating the re-use and replication of a large number of previous studies and carefully crafted in silico experiments. The underlying code basis has been redeveloped from scratch. As this software is a community project, you are welcome to contribute.
Our aim is to increase the productivity in our research field. We believe that you should invest your time in actually solving a scientific problem (rather than spending your precious time developing yet another simulator). With openCARP, you can import CellML-based EP models to avoid error-prone and time-demanding manual implementation. Additionally, we will offer the service to upload in silico experiments (based on CARPutils) of your published studies to share it with your colleagues for a more transparent and better reproducable cardiac modeling research.
The openCARP collaboration
The implementation of openCARP builds on two decades of experience gained from the proprietary predecessors, the Cardiac Arrhythmia Research Package (CARP) developed by Ed Vigmond and Gernot Plank and acCELLerate developed by Gunnar Seemann and Axel Loewe. Both simulators have been used in 100+ scientific studies. Gunnar Seemann (Freiburg, Germany) and Axel Loewe (Karlsruhe, Germany) received funding from the German Research Foundation (DFG) to develop a sustainable cardiac simulator. They asked Ed Vigmond (Bordeaux, France) and Gernot Plank (Graz, Austria) to join forces which they agreed to in March 2018. Since then, we have been developing openCARP and have released the first version in March 2020. Beside the four group leaders, the core developer Aurel Neic from NumeriCor joined the openCARP steering committee in November 2019.
Attribution
If you use this software, please cite it as follows:
Vigmond, E.J., Hughes, M., Plank, G., Leon L.J. (2003). Computational tools for modeling electrical activity in cardiac tissue. J Electrocardiol. 2003;36 Suppl:69-74.
@article{carp,
author = {Vigmond, E. J. and Hughes, M. and Plank, G. and Leon, L. J.},
title = {Computational tools for modeling electrical activity in cardiac tissue},
journal = {J Electrocardiol},
year = {2003},
volume = {36 Suppl},
pages = {69--74},
doi = {10.1016/j.jelectrocard.2003.09.017},
}Please check this information regularly, the relevant citation will be updated soon with an openCARP specific publication.
