Virtual Foot
Visual3D Expert BuilderModel Unit 3 Chapter 1: Virtual Foot The ankle angle offset has a significant role in biomechanical modeling […]
Model building
Tracking Joint Landmarks
Chapter 3: Tracking Joint LandmarksJoint landmarks can be very useful references to be used in a variety of ways, regardless […]
Projection Landmarks
Visual3D Expert BuilderModel Unit 2 Chapter 2: Projection Landmarks Creating landmarks for any project you are working on should be […]
Dynamic Virtual Lab
Chapter 1: Dynamic Virtual LabAccurate biomechanical calculations are essential for quality research, clinical analyses, and sports performance evaluations. Through Visual3D, […]
Foot Landmarks
Chapter 2: Foot LandmarksTracking anatomical landmarks on the foot is critical to successful biomechanical modeling. However, not all scientific reference […]
Joint Landmarks
Visual3D Expert BuilderModel Unit 1 Chapter 1: Joint Landmarks Joint landmarks can be used in a variety of ways, including […]
Part III – Processing data in Visual3D
Part III: Processing data in Visual3DAs a final part to this introductory workshop, we focus on using Visual3D to process […]
Visual3D Basics Unit 6 – Chapter 3 – Coordinate systems
Many types of calculations in biomechanics involve kinematics in some respect. The motion between two segments is the foundation for many calculations such as joint angles and joint moments. For this reason, it is essential to understand how coordinate systems are defined and how to tweak them to describe exactly what you are trying to measure.
Visual3D Basics Unit 6 – Chapter 2 – Opening and organizing files
As workspaces become more complex, to properly perform biomechanical calculations, users need to keep organized. In this chapter, we focus on how to open the various motion and static/calibration files and ways to keep them organized using tags as we process the data in them.
Visual3D Basics Unit 6 – Chapter 1 – Right-hand rule
As an introduction to more advanced calculations in Visual3D, we focus this video on the right-hand rule. In order to understand segment coordinate systems and how they contribute to joint rotation calculations, we need to make sure that the axis defitions are clear. The right-hand rule is an easy tool to use to help users navigate this complex topic.
