Hi Francois,
The only partial charge implementations currently available in the RDKit
are the Gasteiger-Marsilli charges and the charges associated with MMFF.
Neither offers a way to decompose the charged into sigma/pi contributions.
Best,
-greg
On Wed, Jul 26, 2017 at 6:58 AM, Francois BERENGE
Hello,
Is it possible to decompose partial charges with rdkit?
I am afraid that Gasteiger-Marsili (PEOE) is mostly about sigma bonds,
but I might be wrong.
Regards,
F.
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Hi Katrina,
welcome to the RDKit community!
On Mon, Jul 24, 2017 at 10:45 PM, Katrina Lexa wrote:
>
> I'm relatively new to RDKit, so I apologize for what may be a silly
> question. I'd like to generate a set of local minimum conformations around
> my input conformation, using a set of defined
On 07/25/2017 05:45 AM, Katrina Lexa wrote:
Hi All,
I'm relatively new to RDKit, so I apologize for what may be a silly
question. I'd like to generate a set of local minimum conformations
around my input conformation, using a set of defined flat bottom
potentials (0.2, 0.6, 1.0, and 1.4), in
Hi Andreas,
That's a really good question, but I'm afraid that there's not good answer
for it: the new drawing code does not currently have an option to support
either black and white rendering or using custom colors for the elements.
I just created the github item for B&W rendering here:
https:/
Hi ,
there was a disscussion about how to draw molecules in black and white in
2015
Today I search for a solution to create black & white SVG with something like
drawer.DrawMolecule(mol, options=???)
Are there any hints where I could find an example, please?
Thanks
Andreas
PS: Sorry, fi
Hi ,
there was a disscussion about how to draw molecules in black and white in 2015
Today I search for a solution to create black & white SVG with something like
drawer.DrawMolecule(mol, options=???)
Are there any hints where I could find an example, please?
Thanks
Andreas
--
Hi All,
I'm relatively new to RDKit, so I apologize for what may be a silly
question. I'd like to generate a set of local minimum conformations around
my input conformation, using a set of defined flat bottom potentials (0.2,
0.6, 1.0, and 1.4), in order to better compare my bound conformation wit
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