2017-09-16 0:03 GMT+02:00 Mark Thompson :
> On 15/09/17 22:49, Carl Eugen Hoyos wrote:
>> 2017-09-15 23:44 GMT+02:00 Mark Thompson :
>>> On 15/09/17 22:40, Carl Eugen Hoyos wrote:
2017-09-15 22:51 GMT+02:00 Mark Thompson :
> The 32-bit DRM formats are defined in terms of little-endian word
On 15/09/17 22:49, Carl Eugen Hoyos wrote:
> 2017-09-15 23:44 GMT+02:00 Mark Thompson :
>> On 15/09/17 22:40, Carl Eugen Hoyos wrote:
>>> 2017-09-15 22:51 GMT+02:00 Mark Thompson :
The 32-bit DRM formats are defined in terms of little-endian words, so
32-bit RGB formats like XRGB actually
2017-09-15 23:44 GMT+02:00 Mark Thompson :
> On 15/09/17 22:40, Carl Eugen Hoyos wrote:
>> 2017-09-15 22:51 GMT+02:00 Mark Thompson :
>>> The 32-bit DRM formats are defined in terms of little-endian words, so
>>> 32-bit RGB formats like XRGB actually have the elements in the opposite
>>> order in m
On 15/09/17 22:40, Carl Eugen Hoyos wrote:
> 2017-09-15 22:51 GMT+02:00 Mark Thompson :
>> The 32-bit DRM formats are defined in terms of little-endian words, so
>> 32-bit RGB formats like XRGB actually have the elements in the opposite
>> order in memory to the order they are in the name.
>>
>> Th
2017-09-15 22:51 GMT+02:00 Mark Thompson :
> The 32-bit DRM formats are defined in terms of little-endian words, so
> 32-bit RGB formats like XRGB actually have the elements in the opposite
> order in memory to the order they are in the name.
>
> This does not affect YUYV and similar YUV 4:2:2 form
