Analysis & Output Section

The primary area of the Analysis & Output section provides commands for Realistic Robot Simulation.

This page discusses:



New Manufacturing Simulation
Create a simulation from product, resource, or PPR context content.
See Creating a Simulation


New Manufacturing Scenario
This command is not available in a PPR Context.
See Creating a Manufacturing Scenario


New Measure Between
This command is not available in a PPR Context.
See Flyout for Verification


Update Scenario
Please see Defining and Visualizing Simulation Scenarios in the Process Flow Simulation guide


Simulate and Generate Results
Please see Defining and Visualizing Simulation Scenarios in the Process Flow Simulation guide


Scenario Incident Diagnosis
Please see About Simulation Scenario Incident Diagnosis in the Process Flow Simulation guide


RRS Connect
Connects to a DELMIA RCS Server running locally or across the network.
See Flyout for Realistic Robot Simulation


Measure Tag
Measures distances between tags, products, ports, tool and object profiles, and robot motions in Teach.
See Measuring Between Objects


Import TagGroup Info
Import tag group data from an Excel or text file.
See Flyout for Tag Import/Export


Least Squares Calibration
Adjusts the position of a resource based on the measurement of multiple points.
See Flyout for Calibrating


Set Signature Status
Compensates for robot motion inaccuracies between the real and simulated robots.
See Flyout for Signature Calibration


Create Robot Program
Creates a robot program from an existing robot task.
See Creating a Robot Program


Import Robot Program
Loads an existing robot program into a workcell so that the program is represented as a robot task.
See Importing a Robot Program

Flyout for Verification



Measure Probe
This command is not available in a PPR Context.
See Creating a Measure Between Probe


Interference Probe
This command is not available in a PPR Context.
See Creating an Interference Probe


Section Probe
This command is not available in a PPR Context.
See Creating a Section Probe


Camera Viewer Probe
Creates a camera probe that focuses on either one particular part or on what happens from the vantage of a particular camera mounting point.
See Creating a Camera Viewer Probe


Motion Trace Probe
Uses a simulation trace to trace the movement of objects in a simulation.
See Creating a Motion Trace Probe


Data Readout Probe
Creates one or more data readout probes to keep track of specific data when running simulations.
See Creating a Data Readout Probe
Fault Monitor Probe
Launches the Fault Monitor Manager panel, used to manage resources that are monitored for faults during simulation.

Flyout for Realistic Robot Simulation

RRS Connections Manager
Connects multiple robots to DELMIA RCS servers, and allows you to view their status and connection parameters.
See Connecting RRS Using RRS Connections Manager


RRS Connect
Connects to a DELMIA RCS Server running locally or across the network.
See Connecting to an RRS Server


RRS Operations
View the robot stamp, load and save RCS data, and display parameters and controller attributes.
See RRS Operations


RRS Status
Saves the model with RRS enabled.
See Saving the Model with RRS Enabled


Define RRS Event
Allows the RCS module to notify the simulation when simulation-defined events occur during RCS motion execution.
See About RRS Events


Display RRS Events
Displays all the currently active RRS events of the selected robot and the attributes.
See About RRS Events

Flyout for Tag Import/Export



Import TagGroup Info
Imports tag group data from an Excel or text file.
See Importing Tag Group Data


Export TagGroup Info
Exports tag group data to an Excel or text file.
See Exporting Tag Group Data

Flyout for Calibrating



Least Squares Calibration
Adjusts the position of a resource based on the measurement of multiple points.
See Calibrating a Workpiece


Tool Point Calibration
Adjusts the tool profile of a robot based on measurements of multiple points.
See Calibrating a Tool Point


6 Point Calibration
Adjusts the position of a product or resource based on the measurement of points on three mutually orthogonal planes.
See Using Six-Point Calibration


Positioner Calibration
Determines the best fit base (x, y, z, yaw, pitch, roll) and tool (x, y, z) parameters for a positioner sub-device (with respect to the parent robot device) based on an experimental procedure using the real robot and positioner.
See Using Positioner Calibration

Flyout for Signature Calibration



Set Signature Status
Compensates for robot motion inaccuracies between the real and simulated robots.
See Set the Signature Status


Joint Offsets
View and edit the joint offset parameters.
See View and Edit Joint Offset Values


Delta Vectors
View and edit the delta vector parameters.
See View and Edit Delta Vectors


Auto ID
See Auto ID