An open-source project dedicated to creating a virtual C. elegans nematode in a computer.
An overview of the core repositories in the project, along with the current status of automated testing, can be found here.
Code and data for manuscript submitted to eLife. The model provides a theoretical demonstration that multiple network oscillators in the ventral nerve cord are sufficient to generate and coordinate rhythmic patterns to drive forward locomotion in C. elegans.
Neuromechanical model of locomotion in C. elegans, originally developed by Eduardo Izquerdo, Erick Olivares and Randall Beer
This is a repository dedicated to my OW studentship project
Repository for the main Dockerfile with the OpenWorm software stack and project-wide issues
This is a C++/OpenCL implementation of the PCISPH algorithm supplemented with a set of biomechanics related features applied to C. elegans locomotion
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