As we start the biomechanics side part of the automation, our focus is to reduce the number of clicks necessary. From opening a static trial to applying a biomechanical model and customizing it to a subject’s height and mass before assigning it to the dynamic motion trials, in this chapter, we show you some ways to design an efficient pipeline.
Opening files can be a tedious task, and has little to no scientific significance. However, automating the loading of data not only saves time, but it can also prevent user error. In this chapter, we show you how to start designing your pipeline by explaining how to use commands to open the various files in a folder.
Chapter 2: Opening and organizing filesAs workspaces become more complex, to properly perform biomechanical calculations, users need to keep organized. […]
Chapter 5: Cervical joint definitionThe final segment to discuss is the head. Adding the head to the thorax model, we […]
Chapter 4: Shoulder joint definitionHaving already defined the arms in chapter 2 and the thorax in chapter 3 of this […]
Chapter 3: Thorax segment definitionThe peculiarity of defining a thorax earned this segment it’s own chapter. Due to the technical […]
Visual3D BasicsUnit 5:Introduction to upper body modeling Chapter 2: Elbow joint definition The first joint we expand our modeling skills […]
Workshop 21 maggio, 2022Unità 14: Uso del Gait Module in QTMPer seguire meglio il corso, apri QTM sul tuo computer […]
Visual3D BasicsUnit 4:Designing your first pipeline Chapter 3: Applying a biomechanical model from the pipeline As we start the biomechanics […]
Visual3D BasicsUnit 4:Designing your first pipeline Chapter 2: Loading files from the pipeline Opening files can be a tedious task, […]
