PCM solver doesn't allow CP correction?

I have not been able to use PCMsolver with calculations involving ghost atoms. Segmentation fault. Is there an easy fix?

Input:

molecule mol {
0 1
O -1.500384972212 -0.043806579296 0.004812880470
H -1.820382142212 0.859029460704 -0.016618089530
H -0.540667862212 0.054375180704 0.000089620470
- -
0 1
O 1.422682147788 0.038970470704 -0.004508899530
H 1.799303757788 -0.399409589296 0.761615480470
H 1.794946457788 -0.437242499296 -0.749911409530
symmetry c1
}

set {
basis aug-cc-pVTZ
guess sad
freeze_core true
pcm true
pcm_scf_type total
}

pcm = {
Units = Angstrom
Medium {
SolverType = IEFPCM
Solvent = water
}

Cavity {
RadiiSet = UFF
Type = GePol
Scaling = False
Area = 0.3
Mode = Implicit
}
}
energy(‘mp2’, bsse_type=‘cp’)

Hi! Thanks for your interest in Psi4 and PCMSolver. When and where does the execution segfault? Could you post the output too?

h2odimer.txt (4.7 KB)

Attached output. It fails once the PCM solver starts… If I run without automatic BSSE correction (putting Ghost atoms in the geometry) it also segfaults at the same part of the output.

Is this a problem experienced by others or just me?

I’ve had this problem previously on the binary Psi4Conda as well as the v1.2 I compiled.