Hi Thomas,
On Thu, Aug 31, 2023 at 10:01 AM Thomas Zimmermann wrote:
> Am 24.08.23 um 17:08 schrieb Geert Uytterhoeven:
> > The native display format is monochrome light-on-dark (R1).
> > Hence add support for R1, so monochrome applications not only look
> > better, but also avoid the overhead
Hi
Am 24.08.23 um 17:08 schrieb Geert Uytterhoeven:
The native display format is monochrome light-on-dark (R1).
Hence add support for R1, so monochrome applications not only look
better, but also avoid the overhead of back-and-forth conversions
between R1 and XR24.
Do not allocate the
Javier Martinez Canillas writes:
> Geert Uytterhoeven writes:
>
>> The native display format is monochrome light-on-dark (R1).
>> Hence add support for R1, so monochrome applications not only look
>> better, but also avoid the overhead of back-and-forth conversions
>> between R1 and XR24.
>>
>>
Geert Uytterhoeven writes:
> The native display format is monochrome light-on-dark (R1).
> Hence add support for R1, so monochrome applications not only look
> better, but also avoid the overhead of back-and-forth conversions
> between R1 and XR24.
>
> Do not allocate the intermediate conversion
The native display format is monochrome light-on-dark (R1).
Hence add support for R1, so monochrome applications not only look
better, but also avoid the overhead of back-and-forth conversions
between R1 and XR24.
Do not allocate the intermediate conversion buffer when it is not
needed, and
