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viva-munk
A composable framework for simulating populations of growing, dividing cells with realistic 2D physics and shared chemical environments. Cells are capsule-shaped rigid bodies or multi-segment compound bodies that grow, divide, secrete particles, attach to surfaces, and interact physically through collisions and confinement; concentration fields use finite-difference diffusion and are coupled to cells through exchange steps.
Spatio-Flux
Spatio-Flux composes independently developed processes including metabolism, spatial transport, particle dynamics, and structural rewrites into executable simulations through typed interfaces and shared orchestration.
Vivarium-chemotaxis
A Vivarium model integrating receptor activity, flagellar motility, gene expression, transport, metabolism, membrane potential, growth, and division for Escherichia coli chemotaxis.
Vivarium-chemotaxis
The repository implements Vivarium processes and composites for Escherichia coli chemotaxis, including chemoreceptor activity, flagella activity, proton motive force, and integrated metabolism, transport, transcription, translation, complexation, degradation, and division processes.