[PATCH 4/6] drm: Add Y2xx and Y4xx (xx:10/12/16) format definitions and fourcc

The following pixel formats are packed format that follows 4:2:2 chroma sampling. For memory represenation each component is allocated 16 bits each. Thus each pixel occupies 32bit. Y210: For each component, valid data occupies MSB 10 bits. LSB 6 bits are filled with zeroes. Y212: For e

Re: [PATCH 4/6] drm: Add Y2xx and Y4xx (xx:10/12/16) format definitions and fourcc

On 15-Feb-19 2:12 AM, Juha-Pekka Heikkilä wrote: Swati Sharma kirjoitti 13.2.2019 klo 15.25: The following pixel formats are packed format that follows 4:2:2 chroma sampling. For memory represenation each component is allocated 16 bits each. Thus each pixel occupies 32bit. Y210:    For each

[PATCH 4/6] drm: Add Y2xx and Y4xx (xx:10/12/16) format definitions and fourcc

From: Swati Sharma The following pixel formats are packed format that follows 4:2:2 chroma sampling. For memory represenation each component is allocated 16 bits each. Thus each pixel occupies 32bit. Y210: For each component, valid data occupies MSB 10 bits. LSB 6 bits are filled with

Re: [PATCH 4/6] drm: Add Y2xx and Y4xx (xx:10/12/16) format definitions and fourcc

Swati Sharma kirjoitti 13.2.2019 klo 15.25: The following pixel formats are packed format that follows 4:2:2 chroma sampling. For memory represenation each component is allocated 16 bits each. Thus each pixel occupies 32bit. Y210: For each component, valid data occupies MSB 10 bits.

[PATCH 4/6] drm: Add Y2xx and Y4xx (xx:10/12/16) format definitions and fourcc

The following pixel formats are packed format that follows 4:2:2 chroma sampling. For memory represenation each component is allocated 16 bits each. Thus each pixel occupies 32bit. Y210: For each component, valid data occupies MSB 10 bits. LSB 6 bits are filled with zeroes. Y212: For e