Save the QM generated thermo to a library automatically.

Makes it easier to run simulations later without having to keep
all MOPAC output files.  Perhaps we want to compile a giant qm thermo library
and add it to the RMG-database to save computation time in the future.
Merge branch 'master' of github.com:GreenGroup/RMG-Py
Attempt to overcome case sensitivities for bath gas collider efficiencies.

Retain case when loading kinetics libraries.
Make logic node conversion more stringent when reading database.

Bugfix for misconversion of 'OR' group in updated cyclic ether formation family.
Allow Gaussian logs of rigid scans for cantherm
Merge branch 'master' of github.com:nyee/RMG-Py
Fixes for point group calculation.

These should prevent the crash at the first attempt.
Should now make a few attempts to calculate the point
group, then if that fails, it should go to the next qm
calculation option. If all else fails, it will go back to
group additivity.
Tweak to symmetry logging. See issue #130
More informative logging for InChI mismatch after running QM.
Changing what ZPE is read for compound methods

This commit changes what ZPE is read in for compound
methods like CBS-QB3 and G3.

Cantherm now reads in
E (0 K) which is E_elec + scaled ZPE
It then calculates E_elec = E (0 K) - E(ZPE)

Later it calculates the ground state energy as
E0 = E_elec + unscaled ZPE * scaling factor from input file.

This is done so to be consistent when we use different method/basis
for energy and frequency calculations (ex F12 jobs). It also
puts the onus on the user to suply the correct scaling factor for
the method.

Note: The loadZeroPointEnergy() still reads in the unscaled ZPE

closes issue #132
Merge branch 'master' of github.com:GreenGroup/RMG-Py