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The PIPER framework aims to propose some alternative methodologies that can be used along current approaches. Positioning in PIPER typically starts with the Physics-based Interactive Pre-Positioning Module (or pre-positioning). The HBM is automatically transformed into a simplified model with a limited number of degrees of freedom that can be used in physics-based interactive simulation. Despite being simplified and interactive, | The PIPER framework aims to propose some alternative methodologies that can be used along current approaches. Positioning in PIPER typically starts with the Physics-based Interactive Pre-Positioning Module (or pre-positioning). The HBM is automatically transformed into a simplified model with a limited number of degrees of freedom that can be used in physics-based interactive simulation. Despite being simplified and interactive, | ||
- | The pre-positioning process is the place where the user can input its various constraints, | + | The pre-positioning process is the place where the user can input its various constraints, |
Several options are then possible to transform the HBM using this pre-position as the target: | Several options are then possible to transform the HBM using this pre-position as the target: |