Device for decoding video data, device for encoding video data, and method for decoding video data
This invention relates to a method of coding video data. The method comprising: determining a largest coding unit size for a picture; determining whether a largest coding unit within a picture is an intra type largest coding unit; and applying a partitioning to the largest coding unit based on whether the largest coding unit is an intra type largest coding unit.
1. A device for decoding video data, the device comprising one or more processors configured to:
derive a largest coding unit size by using a syntax element indicating a size of a largest coding unit for a luminance component;
derive size variables by using syntax elements in a slice header;
derive possible partitionings for largest coding units included in an I slice by using the size variables;
determine whether the largest coding unit is included in the I slice; and
split the largest coding unit in the I slice based on (i) a determination of whether the largest coding unit is included in the I slice and (ii) a split flag syntax element specified by using one of the possible partitionings.
2. A device for encoding video data, the device comprising one or more processors configured to:
derive a largest coding unit size by using a syntax element indicating a size of a largest coding unit for a luminance component;
derive size variables by using syntax elements in a slice header;
derive possible partitionings for largest coding units included in an I slice by using the size variables;
determine whether the largest coding unit is included in the I slice; and
split the largest coding unit in the I slice based on (i) a determination of whether the largest coding unit is included in the I slice and (ii) a split flag syntax element specified by using one of the possible partitionings.
3. A method for decoding video data, the method including:
deriving a largest coding unit size by using a syntax element indicating a size of a largest coding unit for a luminance component;
deriving size variables by using syntax elements in a slice header;
deriving possible partitionings for largest coding units included in an I slice by using the size variables;
determining whether the largest coding unit is included in the I slice type; and
splitting the largest coding unit in the I slice based on (i) a determination of whether the largest coding unit is included in the I slice and (ii) a split flag syntax element specified by using one of the possible partitionings.