Hi,

I am a little confused there.

You need to have a well equilibrated system before you CG. My way is to run 
NPT, but make sure that the system is equilibrated and V is also constant.

When you start CG, I would use NVT, check what is the P (normally completely 
off), then do a P-correction.

Good luck, V


On 13 Aug 2013, at 10:37, <[email protected]>
 wrote:

> I think I know where is the reason... I set the wrong unit cell in my CG 
> model. However, I run full atomistic in NPT and the cubic unit cell was 
> changing between 94A and 114A. Which shall I set up in my CG run then which 
> is in NVT? 
> 
> W dniu poniedziałek, 12 sierpnia 2013 17:02:36 UTC+1 użytkownik Valentina 
> Erastova napisał:
> Hi, have you used scaling by by 1 /4 \pi r^2for bond  and  by 1/ sin (\theta) 
> for angle distribution?
> 
> I assume those are angles & bonds.
> 
> Best,
> V
> 
> 
> 
> On 12 Aug 2013, at 16:39, [email protected] wrote:
> 
>> Dear Users,
>> 
>> I run 7500 iterations of the protein with 5 different bead types so 15 
>> distributions. Please, see attached 4 examples - black atomistic, red 
>> coarse-grained.
>> 14 of them have exactly the same shapes as atomistic but have higher values 
>> and they stopped converging after 6000 steps. Only one (attached) perfectly 
>> converged.
>> May that be the reason of the one converged so its a wrong distribution so 
>> the other cannot? Or everything is ok and I just to normalize them?
>> 
>> Thank you,
>> 
>> Steven
>> 
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