egttools.plotting.simplified¶
Simplified plotting functions
Functions
Transforms barycentric into cartesian coordinates. |
|
Calculates the number of possible states in a discrete simplex. |
|
Calculates the stability of the roots. |
|
Check for pairs of strategies that exhibit random drift based on replicator gradients. |
|
Determine the stability of stationary points for the replicator equation in pairwise games. |
|
Search for the roots (stationary points) of the given gradient function on the unit simplex. |
|
Searches for the roots inside the simplex and returns them in barycentric coordinates. |
|
Plot dynamics of a finite population using the pairwise comparison rule on a 2D simplex. |
|
|
Plot dynamics on the simplex under the pairwise comparison rule, without computing roots. |
Plot the replicator dynamics on a 2D simplex for 2- or N-player matrix games. |
|
Compute the time derivative of the replicator dynamics for 2-player games. |
|
Computes the replicator dynamics gradient for N-player games. |
|
Transform a tensor of barycentric coordinates to cartesian coordinates. |
|
This function provides an easy way to calculate a matrix of gradients in a simplex in one go. |
|
This function provides an easy way to calculate a matrix of gradients in a simplex in one go. |
|
Transforms cartesian into barycentric coordinates. |
Classes
Base class for all game-theoretic models in EGTtools. |
|
Matrix-based 2-Player Game Holder. |
|
Matrix-based N-Player Game Holder. |
|
Analytical pairwise comparison model. |
|
Plots a 2-dimensional simplex in a cartesian plane. |