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REQUIREMENT: You've run CODE/Makefile to generate the CODE/model_single_3D executable.
Makefiles are finnicky...this is the kind of thing Claude Code is good at figuring out.
Change directory to root of repo, then:
using CellSims
# All settings used to generate different Ca_NSR inputs
sims =all_simulations()
Generating Runs
# Generating simulations for a single setting of BCL/ISO:
julia --project=. src/generate.jl BCL ISO [N]
# Example: 10 runs with BCL=300 and ISO=1
julia --project=. src/generate.jl 300 1 10
# Generating simulations across multiple settings
julia --project=. src/generate_all.jl N
# Example: 5 runs of every setting in all_simulations()
julia --project=. src/generate_all.jl 5
Analyzing Simulation Results
include("src/analyze.jl")
This script will populate data/results/sr_$BCL_$ISO with plots of the results.
Summary plots in data/results/summary
A DataFrame df is also created with all the grouped results: P(SCR) and starting Ca_NSR (final amount from prepace)
About
The full package for the "multi-scale cardiac simulation framework" in C/C++