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Just for your interest, here's the result of the Povray 3.7.0 benchmark on a
tiny ARM device:
CPU: Freescale i.MX6 Quad Cortex-A9 1.2GHz, 1MB L2-Cache, 2 GB RAM
(http://www.wandboard.org)
----------------------------------------------------------------------------
Render Time:
Photon Time: 0 hours 0 minutes 21 seconds (21.670 seconds)
using 7 thread(s) with 24.824 CPU-seconds total
Radiosity Time: No radiosity
Trace Time: 0 hours 43 minutes 32 seconds (2612.173 seconds)
using 4 thread(s) with 10411.503 CPU-seconds total
CPU vs. elapsed time ratio: 3.986 !!!
It takes forever, but at a steady power consumption of about 5 Watts ;)
Btw. compilation of Povray took about 10 minutes with make -j4
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Am 07.12.2013 13:46, schrieb def.gsus- <berke <bei> cymatrix:
> Just for your interest, here's the result of the Povray 3.7.0 benchmark on a
> tiny ARM device:
>
> CPU: Freescale i.MX6 Quad Cortex-A9 1.2GHz, 1MB L2-Cache, 2 GB RAM
> (http://www.wandboard.org)
>
> ----------------------------------------------------------------------------
> Render Time:
> Photon Time: 0 hours 0 minutes 21 seconds (21.670 seconds)
> using 7 thread(s) with 24.824 CPU-seconds total
> Radiosity Time: No radiosity
> Trace Time: 0 hours 43 minutes 32 seconds (2612.173 seconds)
> using 4 thread(s) with 10411.503 CPU-seconds total
> CPU vs. elapsed time ratio: 3.986 !!!
>
> It takes forever, but at a steady power consumption of about 5 Watts ;)
> Btw. compilation of Povray took about 10 minutes with make -j4
Sounds neat :-)
Did you check that there are no rendering artifacts? On the Raspberry
Pi, last time I checked the single-precision floating point math was
buggy there, leading to obvious artifacts in the biscuits.pov sample
scene (and most probably any other scene, for that matter).
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> Did you check that there are no rendering artifacts? On the Raspberry
> Pi, last time I checked the single-precision floating point math was
> buggy there, leading to obvious artifacts in the biscuits.pov sample
> scene (and most probably any other scene, for that matter).
Checked your subsurface.pov sample scene.
Looks completely the same on the ARM and an i7.
No problem :)
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Nice.
Is there a link where I can download a version compliled for a Kindle
Fire or a Microsodt Surface running 8.1 RT?
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