CoSApp documentation¶
- Release:
0.16.0
- Date:
Apr 25, 2024
CoSApp - Collaborative System Approach¶
The primary goal of CoSApp is to help technical departments in the design of complex systems. To do so, the framework allows the simulation of various systems representing the different parts of the final product in a common environment. The benefit is the ability for each subsystem team to carry out design study with a direct feedback at product level.
The main features are:
Butterfly effect¶
Couple your simulation models with CoSApp to get immediate impact on main product variables and iterate to converge on a better design.
Design guidance¶
All systems can share design parameters associated with an acceptable range. You can take advantage of those limited degrees of freedom without fear of breaking your collaborators’ work.
Flexible simulation workflows¶
CoSApp solvers can be combined into versatile, customized workflows that fit specific simulation intents.
Have a look at the introduction, containing many tutorials!
This code is the property of Safran SA. It uses code coming from various open-source projects (see LICENSE file).
Citing¶
If you use CoSApp, please cite us!
Lac et al. (2024), CoSApp: a Python library to create, simulate and design complex systems, Journal of Open Source Software 9(94), 6292.
BibTeX entry:
@article{Lac.etal:joss2024, author={Étienne Lac and Guy {De Spiegeleer} and Adrien Delsalle and Frédéric Collonval and Duc-Trung Lê and Mathias Malandain}, title={CoSApp: a Python library to create, simulate and design complex systems}, journal={Journal of Open Source Software}, year={2024}, volume={9}, number={94}, pages={6292}, doi={10.21105/joss.06292}, publisher={The Open Journal}}
Try it now!¶
Run a Jupyter Lab instance with binder to try out CoSApp features through examples.
Getting started
CoSApp developer guide