Finitewave: a lightweight and accessible framework for cardiac electrophysiology simulations - Build v0.9.3

Added: 1. Initial conditions support. Model variables can now be initialized either as scalars (uniform across the tissue) or as arrays (node-wise values). All initial condition fields use the init* prefix. See the changeinitial_conditions.py example. 2. Courant–Friedrichs–Lewy (CFL) condition check to warn about potential instability of the user-defined numerical parameters. 3. Propagation tests for validating model conduction velocity. 4. Reentry and Spiral waves tutorial.

Fixes: 1. Adjusted diffusion coefficients (D_model) in Fenton–Karma and Mitchell–Schaeffer models to ensure physiological conduction velocities. 2. Removed the unnecessary variable irel in the Courtemanche model (now treated as a parameter). 3. Standardized variable and parameter names in the ten-Tusscher–Panfilov 2006 model. 4. Fixed an API issue and a potential deadlock in AnimationBuilder2D/3D.

- Python
Published by TiNezlobinsky 27 days ago

Finitewave: a lightweight and accessible framework for cardiac electrophysiology simulations - Build v0.9.1

Fixed Courtemanche Diffusion value.

- Python
Published by TiNezlobinsky about 2 months ago

Finitewave: a lightweight and accessible framework for cardiac electrophysiology simulations - Build v0.9.0

Main changes

• External model library.
• Kernel generator.
• Parameters as arrays and observer .
• Dimensionless names.
• Installation via pip.

See CHANGELOG for more details.

- Python
Published by TiNezlobinsky about 2 months ago

Finitewave: a lightweight and accessible framework for cardiac electrophysiology simulations - v0.8.6

Fixed Courtemanche Cm problem (missing).

- Python
Published by TiNezlobinsky 3 months ago

Finitewave: a lightweight and accessible framework for cardiac electrophysiology simulations - v0.8.5.1

Fix for v0.8.5: Fenton-Karma Jsi equation - correct w variable.

- Python
Published by TiNezlobinsky 4 months ago

Finitewave: a lightweight and accessible framework for cardiac electrophysiology simulations - v0.8.5

"Release v0.8.5: new models, examples. Updated docstrings and features. Test coverage: 80%"

- Python
Published by TiNezlobinsky 10 months ago