Re: OpenExr 2.3 - slower write speeds for Uncompressed and Zip1

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another data point.

When I first experimented with adding DWA to Nuke using OpenEXR 2.2.0 I had
to patch the configure so I could enable f16c instructions for gcc 4.1.2,
after doing so vtune pointed to the copyFromFrameBuffer function when going
from half to float for ~30+% of the CPU when reading files from local SSD.
(Aside, there were a number of other namespace related fixes that were
needed too, all of these are in the latest OpenEXR versions). I came to the
conclusion that to make the performance any better it would need a f16c
based half to float conversion function rather than going via the LUT, at
least for those CPUs supporting those instructions. I also have some notes
about testing memory mapped reading, but no conclusions.

This was not the case when f16c were disabled as other functions appeared
higher in the profile - the total performance was lower without f16c (no
surprise), it was only because the other functions got reduced by the f16c
that bubbled copyFromFrameBuffer to the top.

I didn't try RLE compression.
Kevin

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<div dir=3D"ltr"><div>another data point.</div><div><br></div><div>When I f=
irst experimented with adding DWA to Nuke using OpenEXR 2.2.0 I had to patc=
h the configure so I could enable f16c instructions for gcc 4.1.2, after do=
ing so vtune pointed to the copyFromFrameBuffer function when going from ha=
lf to float for ~30+% of the CPU when reading files from local SSD. (Aside,=
 there were a number of other namespace related fixes that were needed too,=
 all of these are in the latest OpenEXR versions). I came to the conclusion=
 that to make the performance any better it would need a f16c based half to=
 float conversion function rather than going via the LUT, at least for thos=
e CPUs supporting those instructions. I also have some notes about testing =
memory mapped reading, but no conclusions.<br></div><div><br></div><div>Thi=
s was not the case when f16c were disabled as other functions appeared high=
er in the profile - the total performance was lower without f16c (no surpri=
se), it was only because the other functions got reduced by the f16c that b=
ubbled copyFromFrameBuffer to the top.</div><div><br></div><div>I didn&#39;=
t try RLE compression.<br></div><div></div><div>Kevin<br></div></div>

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