[EMAIL PROTECTED] wrote:
Dear users,
There is an option in .mdp named comm_mode, which deals with the transition
and rotation of the molecule being simulated. I want to know why the transition
and rotation happens during the simulation. Can any one suggest me any
reading material where in I ca
Chenyue Xing wrote:
Hi all,
I'm trying to install gromacs-3.3.1. I first installed fftw-3.0.1 with
--enable-float and setenv CPPFLAGS and LDFLAGS to my fftw include/ and
lib/ directories. ./configure successfully passed all checking (seems
so) but it stopped at ' config.status: executing dep
xi zhao wrote:
Dear sir:
I am sorry. Can I understand" 2D projection = Probability Distributions
P(v1,v2) in Proteins 2005; 60:485. How to produce 3D
Don't know the paper, but such a projection can give you a probability
distribution if you histogram it.
plot of P(v1,v2)? how can I look
Dear users,
There is an option in .mdp named comm_mode, which deals with the translation
and rotation of the molecule being simulated. I want to know how and why
the translation and rotation happens during the simulation and their
significance.
Can any one suggest me any reading material where
Dear users,
There is an option in .mdp named comm_mode, which deals with the transition
and rotation of the molecule being simulated. I want to know why the transition
and rotation happens during the simulation. Can any one suggest me any
reading material where in I can find how the dynamics is
Hi all,
I'm trying to install gromacs-3.3.1. I first installed fftw-3.0.1 with --enable-float and setenv CPPFLAGS and LDFLAGS to my fftw include/ and lib/ directories. ./configure successfully passed all checking (seems so) but it stopped at '
config.status: executing depfiles commands' and didn'
Dear sir: I am sorry. Can I understand" 2D projection = Probability Distributions P(v1,v2) in Proteins 2005; 60:485. How to produce 3D plot of P(v1,v2)? how can I look for transit paths from P(v1,v2)? How can I calculate free enery in gromacs using P(v1,v2)? Thank you in advance! David van der
Dear GMX users,
I am studying adsorption of polymers on a surface. I want to enforce all
polymers to be adsorbed, so I increase 10 times of the LJ interaction
between polymers and the surface, then I got segmentation fault. Without
increasing, the program ran fine (some polymers are not adsorbed)
xi zhao wrote:
Dear sir : Can I understand" 2D projection = Component (PC) Probability
Distributions P(v1,v2)"? If this is a true, and how to define the Pmax
in detail?
Thank you in advance!
you can specify the vectors you want with -v1 -v2
*/Nguyen Hoang Phuong <[EMAIL PROTECTED]>/* 写道:
Dear sir : Can I understand" 2D projection = Component (PC) Probability Distributions P(v1,v2)"? If this is a true, and how to define the Pmax in detail? Thank you in advance! Nguyen Hoang Phuong <[EMAIL PROTECTED]> 写道: > Dear gmx users,>> Does the 2D projection plot has something to do with conv
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