Objectives
Introduction of Fast Reverse Engineering (FRE) techniques in a CAD environment enabling real-time acquisition and manipulation of 3D irregular curve networks based on subdivision surface through wireless and interactive input devices.
Tasks
WP2A: Fast Reverse Engineering by pen-like devices
- Task 2.1 Technologies selection and state of the art survey
- Task 2.2 Interactive hand sketch modelling methodology: design of general architecture
- Task 2.3 Implementation of the pen-like wireless device, characterization and testing
- Task 2.4 Design and development of a software library conceived to exploit the pen-like device for the interaction with subdivision surfaces and integration in a CAD system.
WP2B: Advanced Editing with innovative methodologies and technologies
- Task 2.5 Global-local shape deformation algorithms using detail preserving methods.
- Task 2.6 Acquisition and interaction with multi-modal feedback: design of general architecture, implementation of a prototype device
- Task 2.7 Finger tracking and touchless displays.
- Task 2.8 Gesture recognition embedded algorithms
- Task 2.9 Design of a low-cost, haptic device with parallel structure
Deliverables
- DM 2.1 Development of a library of algorithms that will provide a real-time acquisition and manipulation of 3D shapes available alongside the CAD system
- DM 2.2 Development of a low cost, wireless pen-like device able to provide an intuitive and easy 3D input/ editing experience.
- DM 2.3 Integration of advanced editing techniques in the CAD system