HEVC Partition Mode Bit Encoding via AMP Flag Evaluation

The patent applies local quality by using different codeword lengths for different partition modes. Specifically, symmetric partition modes use 2-bit codewords while asymmetric partition modes use 3-bit codewords. This localized differentiation optimizes the bit representation based on the specific partitioning needs, providing flexibility where required while minimizing bitrate overhead for common cases.

The patent implements dynamics by making the codeword length adaptive rather than fixed. The encoding system dynamically selects between 2-bit and 3-bit codewords based on the partition mode being encoded, allowing the system to adapt its bit representation to the actual content requirements, thereby balancing flexibility and bitrate efficiency.

The patent applies local quality by enabling asymmetric motion partitioning only where needed rather than universally. By using 3-bit codewords specifically for asymmetric modes when required, while using more efficient 2-bit codewords for symmetric modes elsewhere, the system provides enhanced partitioning capability locally without compromising overall compression efficiency.

The patent implements partial action by selectively applying asymmetric motion partitioning only to specific blocks where it provides benefit, rather than applying it to all blocks. This selective approach maintains compression efficiency by avoiding unnecessary complexity in regions where asymmetric partitioning is not needed, while still providing enhanced capability where required.