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LabView Control Design and Simulation Module Documentation
Additional Important Information
LabView Control Design and Simulation Module
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Additional Important Information (Control Design and Simulation Module)
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Control Design and Simulation Module
Version 8.6 Features
Related Documentation
Ordinary Differential Equation Solvers
Tutorial: Getting Started with Simulation
Considerations for Embedded Targets
Glossary
Building and Configuring Simulations
Concepts
Understanding Dynamic System Models
Configuring Simulation Parameters
Using Simulation Functions and VIs
Configuring Discrete Simulation Functions
Generating, Collecting, and Displaying Simulation Data
Changing Function Icon Styles
Determining Feedthrough Behavior and Defining Feedback Cycles
Placing LabVIEW VIs, Functions, and Structures on the Simulation Diagram
How-To
Automatically Calculating the Discrete Step Size of a Simulation
Stopping a Simulation Programmatically
Reversing Function Icons
Displaying Additional Inputs on the Simulation Loop
Removing and Rearranging Simulation Loop Inputs
Defining Linear Models Interactively
Transferring Linear Model Definitions between Functions
Defining Linear Models Programmatically
Stopping a Simulation Programmatically
Specifying and Configuring an ODE Solver
Modularizing the Simulation Diagram
Types of Simulation Subsystems
Creating a Simulation Subsystem
Defining the Feedthrough Behavior of Subsystems
Trimming and Linearizing Nonlinear Models
Trimming and Linearizing a Subsystem Interactively
Trimming a Subsystem Programmatically
Linearizing a Subsystem Programmatically
Executing Simulations in Real Time
Offline, RCP, and HIL Configurations
Deterministic ODE Solvers
Considerations for ETS Targets
LabVIEW Projects and Shared Variables
Configuring the Timing of the Simulation Loop
Optimizing Design Parameters
Constructing the Dynamic System Model
Defining a Cost Function
Defining Inequality Constraints
Defining Parameter Bounds
Defining Initial Parameter Values and a Mesh
Executing the SQP Algorithm
Case Study: Designing a PID Controller for a Second-Order System
Using the Simulation Model Converter
Common Warnings
Converting Models into LabVIEW Code
Unsupported Blocks
Additional Important Information
Trademarks
Patents
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