3D Video Metadata Offset Control for Graphics Alignment

The patent applies preliminary action by pre-organizing offset information into metadata structures that are synchronized with graphics stream timestamps. Offset information is prepared and associated with corresponding graphics data before playback, ensuring that when graphics planes are generated, the alignment data is already ready and properly timed. This resolves the contradiction by maintaining processing flexibility through asynchronous file structures while achieving alignment precision through pre-synchronized metadata.

The patent merges graphics stream data and offset information into a unified metadata structure that associates both types of data through synchronized timestamps and sequence numbers. Instead of loading separate files into memory, the system combines them into a single coordinated data structure that can be processed together. This reduces memory requirements by eliminating redundant file structures while maintaining the organizational flexibility of having distinct data types properly associated through the metadata linkage.

The patent introduces metadata as an intermediary structure that bridges graphics stream data and offset information. The metadata contains synchronized timestamps, sequence numbers, and association identifiers that link offset information to the corresponding graphics frames. This intermediary layer maintains data structure simplicity by using standardized metadata containers while achieving high correspondence accuracy through precise temporal and sequential linking mechanisms that ensure each offset value is correctly associated with its corresponding graphics data.