Closed Jakubanoo closed 1 year ago
Looks like https://github.com/ReactionMechanismGenerator/RMG-database/commit/91f6793bb2eba72ba9804e2ef90d14f9b2cde056 added
entry(
index = 2030,
label = "S6ddd",
group =
"""
1 * S6ddd u0
""",
thermo = u'S6ddd-XdXdXd',
shortDesc = u"""Sulfur/Oxygen Extension, Ryan Gillis""",
longDesc =
u""""
""",
)
which became
entry(
index = 2506,
label = "S6ddd",
group =
"""
1 * S6ddd u0
""",
thermo = 'S6ddd-XdXdXd',
shortDesc = """Sulfur/Oxygen Extension, Ryan Gillis""",
longDesc =
"""
"
""",
)
through some re-writing of the database.
It does indeed refer to a group that doesn't seem to exist.
I don't seem to have the git commit of your RMG-database though (g833577ec
) so yours may be different.
Not sure who's best to take a look now that @rgillis8 has graduated.
Okay, so for now i replaced
entry(
index = 2506,
label = "S6ddd",
group =
"""
1 * S6ddd u0
""",
thermo = 'S6ddd-XdXdXd',
shortDesc = """Sulfur/Oxygen Extension, Ryan Gillis""",
longDesc =
"""
"
""",
)
with
entry(
index = 2506,
label = "S6ddd",
group =
"""
1 * S6ddd u0
""",
thermo = 'S6ddd-OdXdXd',
shortDesc = """Sulfur/Oxygen Extension, Ryan Gillis""",
longDesc =
"""
"
""",
)
S6ddd-OdXdXd has thermo data assigned (opposed to S6ddd-XdXdXd), so the simulation keeps going. Now my question is: obviously S6ddd-XdXdXd thermo differs from S6ddd-OdXdXd thermo, but what is the fix for this? Do i search for thermo data for S6ddd (Sulfur-No lone pairs, up to three double bonds) and then assign it?
Thank you in advance.
@Jakubanoo Jakubanoo Did you figure this issue out? I ran into the same error. Thanks in advance!
I took a look and I think the proposed fix referencing to S6ddd-OdXdXd instead is the right call. It looks like the most reasonable node to use here.
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Context
Im getting an error while trying to simulate pyrolysis of diethyl sulfide:
Initial input.py:
I did some digging, and I know that node
S6ddd-XdXdXd
exists in group.py, but does not exist in radical.py RMG.txtThermo and reaction librares have no influence on the error outcome.
Question
Any ideas on how to deal with this, besides forbiding radical electrons?
Installation Information
OS: Ubuntu 18 Installation method: installation from source, RMG version information: RMG-Py: 3.1.0-59-g74b176a77 RMG-database: 3.0.0-206-g833577ec