A display apparatus includes an image processor which processes an image to display an image content; a display unit which displays thereon an image content that is processed by the image processor; and a controller which displays a user interface (UI) menu including a plurality of UI items to search the image content, as one of a two-dimensional (2D) layout by which the plurality of UI items are arranged in a 2D manner, and a three-dimensional (3D) layout by which the plurality of UI items are arranged in a 3D manner , and changes displaying the one of the layouts to display the other of the layouts according to a user's command while maintaining a continuity of the arrangement of the plurality of UI items. Accordingly, search for an image content can be efficiently performed by using a UI menu.

Display apparatus and control method thereof

A tile-based graphics processing pipeline that uses primitive lists that can encompass plural rendering tiles includes a primitive list reading unit that reads primitive lists for a tile being rendered to determine primitives to be processed for the tile and a rasteriser that rasterises input primitives to generate graphics fragments to be processed. The pipeline further comprises a comparison unit between the primitive list reading unit and the rasteriser that for primitives that have been read from primitive lists that include plural rendering tiles, compares the location of the primitive in the render target to the location of the tile being rendered, and then either sends the primitive onwards to the rasteriser if the comparison determines that the primitive could lie at least partially within the tile, or does not send the primitive to the rasteriser if the comparison determines that the primitive definitely does not lie within the tile.

Method of and apparatus for processing graphics

When rendering a scene that includes a complex object made up of many individual primitives, rather than processing each primitive making up the object in turn, a bounding volume which surrounds the complex object is generated and the scene is then processed using the bounding volume in place of the actual primitives making up the complex object. If it is determined that the bounding volume representation of the object will be completely occluded in the scene (e.g. by a foreground object), then the individual primitives making up the complex object are not processed. This can save significantly on processing time and resources for the scene.

Graphics processing system

A data processing system includes one or more processors 4, 5, 6, 7 operable to initiate atomic memory requests for execution threads and plural data caches 8, 9, 10, 1 1 that are used to store data needed to perform an atomic memory operation when an atomic memory operation is to be performed. When atomic operations are to be performed against a data cache, the results of atomic operations that are to access the same memory location are accumulated in a temporary cache line in the data cache pending the arrival in the cache of the "true" cache line from memory. The accumulated results of the atomic operations stored in the temporary cache line are then combined with the cache line from memory when the cache line arrives in the cache. Individual atomic values can also be reconstructed once the cache line arrives at the cache.

Data processing systems

A system, method, and computer program product are provided for multi-sample processing. The multi-sample pixel data is received and an encoding state associated with the multi-sample pixel data is determined. Data for one sample of a multi-sample pixel and the encoding state are provided to a processing unit. The one sample of the multi-sample pixel is processed by the processing unit to generate processed data for the one sample that represents processed multi-sample pixel data for all samples of the multi-sample pixel or two or more samples of the multi-sample pixel.

Multi-sample surface processing using one sample

A graphics processing system includes a graphics processor and a memory for storing data to be used by and generated by the graphics processor. In a first rendering pass, the graphics processor generates an array of graphics data and stores the generated array of graphics data in the memory. The array of graphics data generated in the first rendering pass is used in a subsequent rendering pass. In the first rendering pass, the graphics processor determines one or more regions of the array of graphics data that have a particular characteristic, and generates information indicative of the one or more regions. In the subsequent rendering pass, the graphics processor uses the information indicative of the one or more regions to control the reading of the array of graphics data when it is to be used in the subsequent rendering pass.

Graphics processing systems

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Graphics processing systems