DALTON: set molecule/basis print level for moment of inertia tensor

This is the geometry from Gaussian09/irc_point.log, run with and without
symmetry. The original Gaussian calculation was run without symmetry.  With
symmetry, DALTON automatically detects the largest Abelian subgroup as Cs,
same as Gaussian with symmetry.  Gaussian with `symm=loose` detects C3v.

Author: berquist

DALTON/DALTON-2018/irc_point_nosym.dal

@@ -0,0 +1,23 @@
+BASIS
+STO-3G
+---
+---
+Atomtypes=3 Angstrom Charge=0 Nosymmetry
+Charge=6.0 Atoms=1
+ C        0.027792    0.024268   -0.042053
+Charge=1.0 Atoms=3
+ H        0.464553   -0.923210   -0.237637
+ H        0.464653    0.667602    0.680443
+ H       -0.915877    0.267248   -0.462975
+Charge=17.0 Atoms=2
+Cl        1.178751    1.029248   -1.783568
+Cl       -1.188671   -1.037911    1.798579
+
+**DALTON INPUT
+.RUN WAVE FUNCTIONS
+*MOLBAS
+.PRINT
+5
+**WAVE FUNCTIONS
+.HF
+**END OF DALTON INPUT