I can run a geometry optimization on a Ru complex using Gaussian16 in Linux, but when using Gaussian16 via MetalDock, I get segmentation fault errors.
Here is the the Gaussian output from MetalDock:
=====
%mem=3000MB
%chk=geom_opt.chk
%nprocshared=16
Will use up to 16 processors via shared memory.
P WB97XD/Def2TZVP pop(Hirshfeld) SCRF(PCM, solvent=Water) EmpiricalDi
spersion(GRIMME3 -BJDAMP) integral(dkh) opt(tight)
QPErr --- A syntax error was detected in the input line.
) SCRF(PCM, solvent=Water) EmpiricalDisp
'
One thing I noticed is that not all of the input from the gaussian_input.ini file is being recognized by MetalDock. For example, no matter what I enter for "mem", it always defaults to 3000MB. In addition, no matter what I enter (or do not enter) for the QM inputs, MetalDock always adds the following terms: "pop(Hirshfeld) SCRF(PCM, solvent=Water) EmpiricalDi
spersion(GRIMME3 -BJDAMP) integral(dkh) opt(tight)"
I can run a geometry optimization on a Ru complex using Gaussian16 in Linux, but when using Gaussian16 via MetalDock, I get segmentation fault errors.
Here is the the Gaussian output from MetalDock:
===== %mem=3000MB %chk=geom_opt.chk %nprocshared=16 Will use up to 16 processors via shared memory.
P WB97XD/Def2TZVP pop(Hirshfeld) SCRF(PCM, solvent=Water) EmpiricalDi
spersion(GRIMME3 -BJDAMP) integral(dkh) opt(tight) QPErr --- A syntax error was detected in the input line. ) SCRF(PCM, solvent=Water) EmpiricalDisp '
One thing I noticed is that not all of the input from the gaussian_input.ini file is being recognized by MetalDock. For example, no matter what I enter for "mem", it always defaults to 3000MB. In addition, no matter what I enter (or do not enter) for the QM inputs, MetalDock always adds the following terms: "pop(Hirshfeld) SCRF(PCM, solvent=Water) EmpiricalDi spersion(GRIMME3 -BJDAMP) integral(dkh) opt(tight)"
Thanks.
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