Hi JP,
From the Docker log you posted it is obvious that the build starts from the
latest miniconda version which than will use python 3.6 as default, however one
of the python packages still relies python 3.5.
One thing you can try is to tell the conda install command in the docker script
Dear Maciek,
Thanks for the help. This has solved my problem.
Regards,
Abhik
On 2017-11-21 14:49, Maciek Wójcikowski wrote:
Hi,
Wrap the reader into a list() function:
mols = list(SDMolSupplier('in.sdf'))
Pozdrawiam, | Best regards,
Maciek Wójcikowski
mac...@wojcikowski.pl
I've got some dockerfiles that might be worth a look.
https://github.com/InformaticsMatters/docker_jupyter
Not sure if they will help.
Tim
On 21/11/2017 15:25, JP wrote:
Yo RDKitters,
I am running a CADD workshop for a group of MSc students and would
like to show them some some RDKit
Hi,
Wrap the reader into a list() function:
> mols = list(SDMolSupplier('in.sdf'))
Pozdrawiam, | Best regards,
Maciek Wójcikowski
mac...@wojcikowski.pl
2017-11-21 15:39 GMT+01:00 abhik :
> Hi,
>
> I am running a similarity search process using rdkit where my query
>
Yo RDKitters,
I am running a CADD workshop for a group of MSc students and would like to
show them some some RDKit awesomeness.
I thought the best way to do this is to use an rdkit enabled docker image +
jupyter notebooks (they are comfortable with python).
In preparation, I tried building the
Hi,
I am running a similarity search process using rdkit where my query
consists of ~20 templates and my target consists of ~1000 molecules. How
can I create a list (or any container) of molecules that I can iterate
later.
My present algorithm is
read template create molecule > read target
Hi
Oops - typo! The chlorate and perchlorate oxygens should all be [O-].
I was copying by hand from a different computer...
Regards,
Chris
On 21 November 2017 at 09:19, Paolo Tosco wrote:
> Hi Chris,
>
> if the behaviour with chlorate and perchlorate is the one you report
Hi
Sometime between 2014 and now there appears to have been a change in
the way hypervalent halogen structures are handled. The old behaviour
(involving some tweaking of atomic_data.cpp to allow the higher
oxidation states) was to have a neutral halogen with double bonds to
most of the oxygens,
Hi
A quick follow-up to my last message, w.r.t. halogens. The issue is
not that higher oxidation state halogen ions can't be constructed at
all, but they end up with bizarre charges on the halogen which are
frequently not recognised by other software.
Chris
On 21 November 2017 at 08:22, Chris
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