Enjoyed offering a Visual3D workshop at the Qualisys User Group Meeting in June of 2022. It was a great way to quickly show how to build a biomechanical model and a pipeline in 20 minutes.
Due to the anatomy of the foot, and the relationship between its coordinate system and that of the shank, the joint angle of the ankle is subject to an offset. There are many ways to solve this discrepancy, and in this video we show you a very simple method to get you started.
Visual3D BasicsUnit 2:Performing biomechanical calculations Please log in or sign up to view this video Chapter 5: Ankle joint angle […]
Visual3D BasicsUnit 2:Performing biomechanical calculations Chapter 4: Inverse Kinematics Motion capture technology is amazing, and cutting edge, however, we do […]
Chapter 4: Defining segmentsA biomechanical model in Visual3D is made up of a series of segments. In this chapter, we […]
To get started in Visual3D, the first step is to load your files. In this chapter, we show you how to open C3D files of your motion trials.
Once the files are loaded into your workspace, we show you how to view the C3D hierarchy and graph data.
Chapter 3: Loading C3D files in Visual3DTo get started in Visual3D, the first step is to load your files. In […]
This video shows how to use commands in Visual3D to set a subject’s height and mass when executing a pipeline. This makes it easy to use the same biomechanical model on multiple subjects.
This tutorial walks you through the Visual3D pipeline commands for automatically applying a model to a static trial and then assigning it to dynamic trials.
This tutorial shows how to define a landmark based on an existing target. This allows you to track an anatomical point from the static trial in dynamic trials as well, even if there is no physical marker at that location.
