What's New

This page describes recent changes in Behavior Experience.

This page discusses:

R2022x FD01 (FP.2205)

Storing Watchlists Results in CSV File

You can store watchlists results in the database, as Engineering Documents, containing CSV files.
  • One document per scenario is created.
  • Each new simulation updates the existing documents.
  • The feature works both when you work interactively in Behavior Experience and when you use the batch utility.
Benefits: The exchange of simulation results with other apps, for example, Process Composer, is simplified.
For more information, see Generating File from Results by Simulation Setup

Merging Watchlists and Life Plots

Instead of creating separate watchlists and live plots, you can now create watchlists with or without live plots.
A live plot is now an option of a new watchlist. You can select to create a new watchlist with or without this option, but you can also add or remove the live plot option of a present watchlist afterward.
Notes:
  • A new live plot can only be created as an option to a watchlist.
  • Live plot probes may still be present in your scenario if you created the scenario before R2022x FD01 (FP.2205). You can still use the live plot probes, but you cannot create any new ones.
  • Watchlists created before R2022x FD01 (FP.2205) are now watchlists without the live plot option activated. You can activate this option.
  • Live plot probes cannot be updated watchlists.
Benefits: It is easier to work with watchlists and live plots since they are effectively the same.
For more information, see Creating Watchlists with or without Live Plots

New Signal Operators

A number of new signal operator probes are added.
The new signal operator probes are:
  • Discrete difference
  • First harmonic
  • Total harmonic distortion (THD)
  • Fast Fourier transformation (FFT)
Benefits: You have more tools to analyze plots.
For more information, see Creating and Handling Signal Operator Probes On Signals in Watchlists

R2022x GA

Maximum Run Time for Simulation

You can stop any running simulation after a given time.
Benefits: You can stop any running simulation after a given time.
For more information, see Simulation Setup Dialog Box

Stopping the Simulation when Steady State Is Reached

You can select to stop the simulation when steady state is reached.
Benefits: You can simulate the time that is required but not longer.
For more information, see Simulation Setup Dialog Box

Detailed Logging of Failed Nonlinear Solutions Selected from the GUI

You can select to log detailed information about failed nonlinear solutions from the GUI.
Benefits: You can log information more easily.
For more information, see Simulation Setup Dialog Box

Equation Incidence Analysis

You can display equation incidence graphs for systems of equations in the simulated model.
Benefits: You can display the equation incidence graph for systems of equations in the simulated model. You can use the incidence graph to explore the structure of the translated model.
For more information, see About Analyzing Variable Dependencies and Equation Incidence