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    • Welcome
    • 101: Modeling A Simple Sorting Machine
      • Intro
      • Add workpieces
      • Activate physics
      • Kinematize actors and add sensor
      • Workpiece generation by sources
    • Graphical Programming Of A Simple Sorting Machine
      • Intro
      • Add and set-up the sequence component
      • Create the sequence
      • Finish the project
    • A Three Axis Gantry Robot
      • Intro
      • Build the 3D model
      • Configure the physical behavior
      • Add actors to the robot
      • Control the robot with a simple script
    • A Gantry Robot controlled by PLC
      • Intro
      • Understand the PLC program
      • Adapt existing twin project
      • Create PLC instance and load project
      • Create file with datapoint definitions
      • Establish connection to the PLC instance
      • Make sensor and actor connections and run the machine

    Activate physics

    In this chapter, we’ll show how to add the workpieces and surrounding elements — such as the conveyor belt, any boxes, or the floor — to the physics simulation.

    Activating physics on the first workpiece

    In the first step, we add the long workpiece to the physics simulation by setting its rigid body behavior to Dynamic. As we can see, it immediately falls straight down — because the rest of the environment hasn’t been made part of the physics simulation yet.

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    Activating physics on the environment

    Next, we add the environment — the conveyor belt, boxes, and floor — to the physics simulation. Since these objects are fixed in space, we define them as Static rigid bodies. By holding down the ALT key, we can lift the dynamic workpiece. As we can see, it now rests properly on the conveyor belt or the floor.

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    Next

    In the next chapter, we will kinematize actuators such as the conveyor and the cylinder, and add the sensors to the physics simulation.

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