SAMO (Skeletal and Muscular Model Optimization)

SAMO, or Skeletal and Muscular Model Optimization, is a technique used in computer graphics and medical analysis to create highly realistic digital models of human bodies. It works by adjusting and fine-tuning the underlying skeletal and muscle structures in a digital model to better match real-world data or specific performance traits. This process enhances the accuracy of animations, simulations, or medical assessments, enabling more precise movement analysis or customized visualizations. Essentially, SAMO ensures that digital representations of the human body are anatomically believable by optimizing the detailed interplay of bones and muscles.