Collaborative Light Show Authoring for Tessellated Animations

The patent segments the light show creation process into discrete components: tessellated geometries are divided into individual tiles, light animations are separated into graphics and motions, and the authoring system is split into multiple independent authors. Each author works on separate discrete elements that can be independently created, modified, and combined, enabling complex light shows through composition of simpler parts rather than requiring a single complex system.

The patent creates universal components that serve multiple functions: tessellated geometries can be reused across different light shows, discrete graphics and motions can be combined in various ways, and the collaborative authoring system allows the same framework to support multiple authors working simultaneously on different aspects of the same light show. This multi-functionality increases adaptability without proportionally increasing system complexity.

The collaborative authoring system is segmented into multiple independent authors, each responsible for creating specific discrete elements (geometries, graphics, or motions). This segmentation allows parallel development without requiring constant coordination, as each author works independently on their assigned components which are then integrated by the system.

The patent introduces an intermediary integration layer that automatically combines the discrete elements created by multiple authors. Rather than requiring direct coordination between authors, the system acts as a mediator that receives contributions from independent authors and synthesizes them into a complete light show, reducing collaboration complexity while maintaining productivity.

The patent implements nested baffles where smaller baffle structures are positioned within larger ones, each baffle guiding light at different angles to create varying apparent sizes. This nesting arrangement achieves multiple optical functions (different apparent sizes) within a compact structure, increasing adaptability while minimizing the space and complexity required compared to separate optical systems.

The patent uses baffles arranged in three-dimensional space at different angles and positions relative to the light source. By utilizing spatial dimensionality rather than simple linear adjustments, the system achieves variable apparent sizes through angular light distribution in multiple dimensions, creating versatile optical effects without requiring complex mechanical adjustment mechanisms.

The patent applies local quality by using baffles to direct light intensity to specific angular regions rather than uniformly increasing light in all directions. The optical display apparatus concentrates light where needed for visibility while maintaining lower overall power consumption, as each baffle guides light to specific angles rather than requiring the entire light source to operate at maximum intensity.

The patent implements periodic dimming and brightening of lights synchronized with the light show animation sequences. Rather than maintaining constant high intensity, the system uses periodic action to provide high visibility only when needed for visual effects, reducing overall power consumption while maintaining visual effectiveness during active display periods.