Script for converting RMG-Java individual kinetics libraries to Py format.
Added Cl2, Cl, and HCl to primaryThermoLibrary from Burcat Thermo Database.
New Entry: R_Recombination/training/1

Rate rule for CO[O] = [CH3] + O2

Submitted through the RMG website.
New Entry: R_Recombination/training/1

Rate rule for CO[O] = [CH3] + O2

Submitted through the RMG website.
New Entry: R_Recombination/training/2

Rate rule for CCO[O] = C[CH2] + O2

Submitted through the RMG website.
New Entry: R_Recombination/training/3

Rate rule for CCCO[O] = C[CH2] + O2

Submitted through the RMG website.
Use RMG-Py's native addition of training reactions to export rate rules.
Fix bug of added training reactions not using correct atomLabels.

atomLabels must obey original family template recipe.  Even though
these reactions are in the reverse direction of the reaction family,
the * tags must still be used for the reaction in its forward form.
New Entry: R_Recombination/training/4

Updated rate rule for CCC[C]O + O2 = CCCC(O[O])O

Submitted through the RMG website.
New Entry: HO2_Elimination_from_PeroxyRadical/training/2

Updated rate rule for CCCC(O[O])O = CCCC=O + HO2

Submitted through the RMG website.
New Entry: HO2_Elimination_from_PeroxyRadical/training/3

Updated rate rule for CCCC(O[O])O = CCC=CO + HO2

Submitted through the RMG website.
New Entry: intra_H_migration/training/2

Updated rule for CCC(O[O])CO = CCC(OO)C[O] (waddington reaction)

Submitted through the RMG website.
R_Recombination/training:4 Updated rate with atom starring in forward direction for CCC[C]O + O2 = CCCC(O[O])O

Change to kinetics/families/R_Recombination/training entry 4 submitted through RMG website:
Updated rate with atom starring in forward direction for CCC[C]O + O2 = CCCC(O[O])O
Connie Gao <connieg@mit.edu>
Remove training reaction 2 from intra_h_migration due to lack of atom labels.