Definition at line 101 of file psi4io.py.
◆ __init__()
def src.psi4io.THCDF_Psi4.__init__ |
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options, |
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forcefield |
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◆ driver()
def src.psi4io.THCDF_Psi4.driver |
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◆ indicate()
def src.psi4io.THCDF_Psi4.indicate |
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◆ prepare_temp_directory()
def src.psi4io.THCDF_Psi4.prepare_temp_directory |
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options, |
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◆ write_nested_destroy()
def src.psi4io.THCDF_Psi4.write_nested_destroy |
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fnm, |
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linedestroy |
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◆ DATfnm
src.psi4io.THCDF_Psi4.DATfnm |
Psi4 input file for calculation of linear dependencies This is actually a file in 'forcefield' until we can figure out a better system.
Definition at line 144 of file psi4io.py.
◆ DF_Energy
src.psi4io.THCDF_Psi4.DF_Energy |
◆ Elements
src.psi4io.THCDF_Psi4.Elements |
◆ GBSfnm
src.psi4io.THCDF_Psi4.GBSfnm |
Psi4 basis set file.
Definition at line 137 of file psi4io.py.
◆ Molecules
src.psi4io.THCDF_Psi4.Molecules |
◆ MP2_Energy
src.psi4io.THCDF_Psi4.MP2_Energy |
Actually run PSI4.
Read in the commented linindep.gbs file and ensure that these same lines are commented in the new .gbs file Now build a "Frankenstein" .gbs file composed of the original .gbs file but with data from the linindep.gbs file!
Definition at line 243 of file psi4io.py.
◆ throw_outs
src.psi4io.THCDF_Psi4.throw_outs |
The documentation for this class was generated from the following file: