This invention discloses an intelligent
interaction method and
system based on programmable gestures and
context awareness. An open, programmable interaction logic management layer is constructed on top of a low-level
system with high-precision spatial pointing and multimodal
gesture recognition capabilities. This method abstracts the gesture events and motion parameters output by the low-level
system into standard programmable interaction elements; through a
visual interface or script interface, users can combine custom interaction logic and map it to the control interface of the target
software or device; the system determines the current interaction
context based on real-time spatial pointing information and dynamically activates the corresponding custom logic; at runtime, it interprets the original interaction signals based on the activated logic, generating and distributing corresponding control commands. This invention transforms fixed-function dedicated interaction devices into freely definable, context-aware general-purpose platforms, improving system flexibility and applicability, and lowering the development and customization threshold.