plot.trajectory_simulation

A comprehensive toolkit for discovering differential and difference
equations from empirical time series data using symbolic regression. The package
implements a complete workflow from data preprocessing (including Total Variation
Regularized differentiation for noisy economic data), visual exploration of
dynamical structure, and symbolic equation discovery via genetic algorithms.
It leverages a high-performance 'Julia' backend ('SymbolicRegression.jl') to provide
industrial-grade robustness, physics-informed constraints, and rigorous
out-of-sample validation. Designed for economists, physicists, and researchers
studying dynamical systems from observational data.

José Mauricio Gómez Julián

EmpiricalDynamics

Empirical Discovery of Differential Equations from Time Series
Data

plot.trajectory_simulation function

<dl><dt>x</dt>
<dd>Object of class trajectory_simulation.</dd>
<dt>observed_data</dt>
<dd>Optional observed data to overlay.</dd>
<dt>show_trajectories</dt>
<dd>Show individual trajectories?</dd>
<dt>n_show</dt>
<dd>Number of trajectories to show.</dd>
<dt>alpha_traj</dt>
<dd>Transparency for trajectories.</dd>
<dt>...</dt>
<dd>Additional arguments (ignored).</dd></dl>

Arguments

Plot Simulated Trajectories — plot.trajectory_simulation

<dl>

<dt>x</dt>
<dd>Object of class trajectory_simulation.</dd>


<dt>observed_data</dt>
<dd>Optional observed data to overlay.</dd>


<dt>show_trajectories</dt>
<dd>Show individual trajectories?</dd>


<dt>n_show</dt>
<dd>Number of trajectories to show.</dd>


<dt>alpha_traj</dt>
<dd>Transparency for trajectories.</dd>


<dt>...</dt>
<dd>Additional arguments (ignored).</dd>

</dl>

plot.trajectory_simulation: Plot Simulated Trajectories

Description

Usage

Value

Arguments