Primary Area

The primary area of the Scenario section provides commands to define kinematics simulations specifications, including defining excitations and probes, and run kinematics simulations.

This page discusses:

Flyout for Position Excitation
Flyout for Velocity Excitation
Flyout for Compute and Generate Results


	Kinematics Scenario Creates the simulation of a mechanism where only kinematics relations are accounted for. See Creating a Kinematics Scenario
	Dynamics Scenario Creates the simulation of a mechanism where kinematic relations and forces are accounted for. See Creating a Dynamics Scenario
	Law Excitation See Flyout for Position Excitation
	Velocity Law Excitation See Flyout for Velocity Excitation
	Assembly Sequence Excitation Creates an excitation based on a sequence of law or segmented excitations. See Assembly Evaluation User's Guide: Creating an Assembly Sequence
	New Visibility Action Hides or shows a selection of components for a specific amount of time. See Defining Visibility Actions
	Kinematics Excitation Recorder Creates a kinematics scenario and a recorded excitation. See Recording an Excitation
	Gravity Excitation Creates a gravity excitation which will be applied to the whole mechanism. See Creating Gravity Excitations
	Measure Probe Creates a measure probe in the current scenario. See Defining Measure Probes
	Position, Speed and Acceleration Probe Creates a position, speed and acceleration probe in the current scenario. See Defining Speed and Acceleration Probes
	Joint Force Probe Creates a Joint Force probe in the current scenario. See Defining Joint Force Probes
	Section Probe Creates a section probe in the simulation. See Defining Section Probes
	Interference Probe Creates an interference probe in the current scenario. See Defining Interference Probes
	Camera Probe Shows simulation with a different point of view in a new window. See Defining Camera Probes
	Compute and Generate Results See Flyout for Compute and Generate Results

Flyout for Position Excitation


	Law Excitation Creates a law excitation based on knowledge formula, knowledge rule or design table. See Creating a Position Law Excitation
	Segmented Excitation Creates an excitation based on predefined segments. See Creating a Segmented Excitation
	Position Motor Excitation Creates an excitation driving a command from the mechanism by associating a motor to it. See Creating a Position Motor Excitation
	Sketched-Law Excitation Creates a sketched-law excitation to drive a command in a mechanism by associating a curve and a reference axis to a knowledge formula. See Creating a Sketched-Law Excitation

Flyout for Velocity Excitation


	Velocity Law Excitation Creates an excitation by associating a speed value to a command. See Creating a Velocity Law Excitation
	Velocity Motor Excitation Creates an excitation by associating the velocity of a motor to a command. See Creating a Velocity Motor Excitation

Flyout for Compute and Generate Results


	Compute and Generate Results with Local update Executes one or several scenarios and generates results. See Compute and Generate Results with a Local Update
	Compute and Generate Results with Global update Executes one or several scenarios and generates results. See Compute and Generate Results with a Global Update
	Preview scenario Executes a scenario but does not compute any result. See Preview Scenario