On Wed, Aug 10, 2022 at 3:56 PM Timo Rothenpieler
wrote:
> On 11.08.2022 00:37, Mark Reid wrote:
> > On Wed, Aug 10, 2022 at 3:28 PM Timo Rothenpieler >
> > wrote:
> >
> >> On 11.08.2022 00:18, James Almer wrote:
> >>> Then maybe the current implementation should be moved back to exr (it
> >>> u
On 11.08.2022 00:37, Mark Reid wrote:
On Wed, Aug 10, 2022 at 3:28 PM Timo Rothenpieler
wrote:
On 11.08.2022 00:18, James Almer wrote:
Then maybe the current implementation should be moved back to exr (it
used to be internal to exr until Paul made it standalone), so this lavu
module can match
On Wed, Aug 10, 2022 at 3:28 PM Timo Rothenpieler
wrote:
> On 11.08.2022 00:18, James Almer wrote:
> > Then maybe the current implementation should be moved back to exr (it
> > used to be internal to exr until Paul made it standalone), so this lavu
> > module can match the existing hardware imple
On 11.08.2022 00:18, James Almer wrote:
Then maybe the current implementation should be moved back to exr (it
used to be internal to exr until Paul made it standalone), so this lavu
module can match the existing hardware implementations of IEEE-734 half
floats for the purpose of relevant pixel
On 8/10/2022 7:14 PM, Mark Reid wrote:
On Wed, Aug 10, 2022 at 2:53 PM Timo Rothenpieler
wrote:
On 10.08.2022 23:43, Andreas Rheinhardt wrote:
Timo Rothenpieler:
On 10.08.2022 23:24, Andreas Rheinhardt wrote:
Timo Rothenpieler:
IEEE-754 differentiates two different kind of NaNs.
Quiet and
On Wed, Aug 10, 2022 at 2:53 PM Timo Rothenpieler
wrote:
> On 10.08.2022 23:43, Andreas Rheinhardt wrote:
> > Timo Rothenpieler:
> >> On 10.08.2022 23:24, Andreas Rheinhardt wrote:
> >>> Timo Rothenpieler:
> IEEE-754 differentiates two different kind of NaNs.
> Quiet and Signaling ones.
On 10.08.2022 23:43, Andreas Rheinhardt wrote:
Timo Rothenpieler:
On 10.08.2022 23:24, Andreas Rheinhardt wrote:
Timo Rothenpieler:
IEEE-754 differentiates two different kind of NaNs.
Quiet and Signaling ones. They are differentiated by the MSB of the
mantissa.
For whatever reason, actual har
Timo Rothenpieler:
> On 10.08.2022 23:24, Andreas Rheinhardt wrote:
>> Timo Rothenpieler:
>>> IEEE-754 differentiates two different kind of NaNs.
>>> Quiet and Signaling ones. They are differentiated by the MSB of the
>>> mantissa.
>>>
>>> For whatever reason, actual hardware conversion of half to
On 10.08.2022 23:24, Andreas Rheinhardt wrote:
Timo Rothenpieler:
IEEE-754 differentiates two different kind of NaNs.
Quiet and Signaling ones. They are differentiated by the MSB of the
mantissa.
For whatever reason, actual hardware conversion of half to single always
sets the signaling bit to
Timo Rothenpieler:
> IEEE-754 differentiates two different kind of NaNs.
> Quiet and Signaling ones. They are differentiated by the MSB of the
> mantissa.
>
> For whatever reason, actual hardware conversion of half to single always
> sets the signaling bit to 1 if the mantissa is != 0, and to 0 if
IEEE-754 differentiates two different kind of NaNs.
Quiet and Signaling ones. They are differentiated by the MSB of the
mantissa.
For whatever reason, actual hardware conversion of half to single always
sets the signaling bit to 1 if the mantissa is != 0, and to 0 if it's 0.
So our code has to fol
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