[Evogrid-dev] New milestones, new visualization utility
Peter Newman
peter.newman at digitalspace.com
Thu Mar 4 02:33:40 UTC 2010
We can, and currently there is 1000 GROMACS internal loops to each saved
state. But at the moment I'm working with previously simulated
histories, just to get the visualiser working. Once we have data that
shows what we want, in this rough view, we can redo the run with finer
state logging, I figure.
I agree, keeping human interest is important.
Peter N
On 4/03/2010 1:24 PM, Tom Barbalet wrote:
> Hi Peter,
>
> Can you reduce the time simulation delta to get better movement? These
> kind of things need to be tuned heavily once you have visualization.
>
> The implicit rule of alife is the human observers are the selection
> pressure.
>
> When you have a visualized simulation, you need to tune the aesthetic to
> maintain the human users.
>
> Best regards,
>
> Tom Barbalet.
>
> On Mar 3, 2010, at 3:28 PM, Peter Newman wrote:
>
>> Yup, it still needs work. Both the simulation and the visualization.
>> Bonded atom separation distances are MUCH larger then appropriate. I'm
>> working on that aspect currently.
>>
>> Brownian motion is basically shown, since that's a particle level
>> concept. If the visualizer didn't do the interpolation it does, the
>> atoms do look to be moving completely randomly. In fact, they appear to
>> jump about so randomly I added interpolation because they were
>> impossible to follow. But the particle physics is established
>> mathematics, it's the bonds (vectors) that are self-rolled. And only
>> still in use due to man power constrains.
>>
>> On 4/03/2010 10:11 AM, tom at nobleape.com <mailto:tom at nobleape.com> wrote:
>>> I must confess I found it really confusing too. The line vectors look
>>> like pins in the simulation.
>>>
>>> Also having simulated Brownian motion, it's a basic litmus test for
>>> these kind of simulations to show that kind of movement.
>>>
>>> http://en.wikipedia.org/wiki/Brownian_motion
>>>
>>> If it doesn't show Brownian motion, you'll identify the self-rolled
>>> physics instantly for those casting a critical eye.
>>>
>>> Best regards,
>>>
>>> Tom Barbalet.
>>>
>>>
>>>
>>> Quoting Bruce Damer<bdamer at digitalspace.com
>>> <mailto:bdamer at digitalspace.com>>:
>>>
>>>> Took a look and its hard to make out the colored spheres, I expect the
>>>> vectors shown are bonds?
>>>>
>>>> bruce
>>>>
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> --- --- --- --- --- --- --- --- --- ---
> Tom Barbalet http://nobleape.com/tom/
> Noble Ape http://nobleape.com/sim/
> Community http://biota.org/podcast/
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