This is a static webpage which will view JSON files in a format which I use (and will build into GridFire) and let users investigate the contributions each reaction at each timestep makes to the overall abundance of each species. This is invaluable when debugging a newtowk BREAKING CHANGE:
638 B
638 B
Reaction Contribution Web App
This small static web app allows you to load up a reactions contributions JSON file and visualize the contributions of different reactions to different species. This is useful for debugging.
The JSON file must have the schema
{
i: {
t: float,
dt: float,
reaction_contribution: {
Species: {
reaction: float
}
}
}
}
where i counts from 0 -> the number of timesteps, Species is the species name (so if at one timestep there are 10 species tracked there will be 10 species entries), and reaction is the projectile-ejectile name of a reaction.