Hi Ling,
Having done something similar (but not in RDKit), I would suggest a different
algorithm. I think that fragmenting the molecule first and then stitching the
bits together is always going to be very complicated. Instead, just fragment
the molecule in the ways that you want:
- Find the
I believe it's not possible to represent the chirality of the attached
molecule's ring fusion carbons without using an explicit H.
Regards,
Mark
--
Mark Mackey
Chief Scientific Officer
Cresset
New Cambridge House, Bassingbourn Road, Litlington, Cambridgeshire, SG8 0SS, UK
tel: +44 (0)1223
lps,
-greg
On Tue, Sep 14, 2021 at 12:33 AM Mark Mackey via Rdkit-discuss
mailto:rdkit-discuss@lists.sourceforge.net>>
wrote:
Hi all,
I’m trying to run some chemical reactions using the C++ API. Doing something
like
text = “
[cH1:1]1:[c:2](-[CH2:7]-[CH2:8]-[NH2:9]):[c:3]:[c:4]:[c:5]:[c
Hi all,
I'm trying to run some chemical reactions using the C++ API. Doing something
like
text = "
[cH1:1]1:[c:2](-[CH2:7]-[CH2:8]-[NH2:9]):[c:3]:[c:4]:[c:5]:[c:6]:1.[#6:11]-[CH1;R0:10]=[OD1]>>[c:1]12:[c:2](-[CH2:7]-[CH2:8]-[NH1:9]-[C:10]-2(-[#6:11])):[c:3]:[c:4]:[c:5]:[c:6]:1c1cc(CCN)ccc1";
Hi all,
I'm trying to generate an SVG from reaction SMARTS. The code looks like this:
QByteArray ChemicalReactionsCalculation::toSvg(const QString , int
width, int height)
{
try
{
std::string text = reaction.toStdString();
std::unique_ptr
tQuery(const Atom *a) {
Cheers,
p.
On Tue, Feb 8, 2022 at 8:29 PM Mark Mackey via Rdkit-discuss
mailto:rdkit-discuss@lists.sourceforge.net>>
wrote:
Hi all,
I’m trying to generate an SVG from reaction SMARTS. The code looks like this:
QByteArray ChemicalReactionsCalculation::toSvg(c
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