On Thu, May 17, 2007 at 03:01:54PM -0400, Jim Fonseca wrote:
> Shutting off the fft optimization produced the same results for
> 3.2.1. Then I tried running two simulations using version 3.3.1 with
> the optimized fft and they differed. Your response seemed to imply
> that the newer version
Jim Fonseca wrote:
Shutting off the fft optimization produced the same results for 3.2.1.
Then I tried running two simulations using version 3.3.1 with the
optimized fft and they differed. Your response seemed to imply that the
newer version should produce identical results. Could you clear
Shutting off the fft optimization produced the same results for
3.2.1. Then I tried running two simulations using version 3.3.1 with
the optimized fft and they differed. Your response seemed to imply
that the newer version should produce identical results. Could you
clear this up for me?
Stéphane Téletchéa wrote:
Jim Fonseca a écrit :
Thanks a lot--that was it.
On May 15, 2007, at 12:42 PM, David van der Spoel wrote:
Furthermore for a real test case, i would use a monoprocessor run since
nic interfaces and smp can introduces little artifacts (roundoffs)
leading to divergen
Jim Fonseca a écrit :
Thanks a lot--that was it.
On May 15, 2007, at 12:42 PM, David van der Spoel wrote:
Furthermore for a real test case, i would use a monoprocessor run since
nic interfaces and smp can introduces little artifacts (roundoffs)
leading to divergence after a few ps, as repor
Thanks a lot--that was it.
On May 15, 2007, at 12:42 PM, David van der Spoel wrote:
Jim Fonseca wrote:
Hi,
Does anyone know what would cause a simulation to change if I run
it a second time? I'm starting with an EM structure and just
doing a quick 10 ps simulation. I've found that (in on
Jim Fonseca wrote:
Hi,
Does anyone know what would cause a simulation to change if I run it a
second time? I'm starting with an EM structure and just doing a quick
10 ps simulation. I've found that (in one case) the energies start to
differ somewhere between step 200 and step 250--the Vir an
Hi,
Does anyone know what would cause a simulation to change if I run it
a second time? I'm starting with an EM structure and just doing a
quick 10 ps simulation. I've found that (in one case) the energies
start to differ somewhere between step 200 and step 250--the Vir and
Pres values d
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