III.

Calculated data

A.	Geometry
	1.	Cartesians, bond lengths and angles
		a.	Bond lengths of isoelectronic diatomics
		b.	Bond angles of isoelectronic triatomics
		c.	Compare specific calculated bonds or angles
	2.	Rotation and Moments of Inertia
		a.	Rotational Constants
		b.	Products of moments of inertia
		c.	Calculated moments of inertia
		d.	Calculated inertial defects
		e.	Calculated moments of inertia and eigenvectors
		f.	Calculated second moments
	3.	Point Group
	4.	Bond orders from AIM analysis
	5.	Average value of r squared ( <r2> )
	6.	Number of conformers with calculated results
	7.	Just show me a calculated geometry
B.	Vibrations
	1.	Vibrational frequencies
	2.	Vibrational zero-point energies
	3.	Vibrational scaling factors.
		a.	List vibrational scaling factors.
		b.	List vibrational scaling factors and their uncertainties.
		c.	Calculate a vibrational scaling factor for a given set of molecules.
		d.	Why scale vibrational frequencies?
	4.	Lookup molecules by their calculated vibrational frequencies.
	5.	Compare reduced masses for a given vibrational mode.
	6.	Animated vibrational modes.
	7.	Bad Vibrational Frequency calculations
		a.	By comparing HF and MP2 calculations
		b.	By comparing with experiment
		c.	By anharmonic constants
	8.	Anharmonic Vibrational Frequency calculations
		a.	Compare triatomic anharmonic vibrational constants
C.	Entropies
	1.	Entropies and Integrated Heat Capacities at any temperature using calculated data.
D.	Energetics
	1.	Energies in hartrees
		a.	Energies (equilibrium, no zero-point energy)
		b.	Energies (equilibrium, no zero-point energy) with heat correction to 298.15K
	2.	Orbital Energies
		a.	HOMO-LUMO gap
		b.	HOMO energy
		c.	All Orbital Energies
	3.	Barriers to Internal Rotation and Inversion
		a.	Single species
		b.	Compare two or more species
	4.	Nuclear repulsion Energies
	5.	Correlation Energies
		a.	Partial Correlation Energies
	6.	Ionization Energies
		a.	Electron Affinities
	7.	Conformation Energies
		a.	Minimum Energy conformation
	8.	Basis Set Extrapolation
	9.	Excited Electronic States
	10.	Singlet-Triplet Gap
E.	Electrostatics
	1.	Atomic charges
		a.	Mulliken charges
		b.	chelpg charges
		c.	AIM charges
		d.	Atom pair charge differences
		e.	ESP charges
	2.	Dipole moments
		a.	Dipole Moment angles
	3.	Quadrupole moments
	4.	Polarizabilities
	5.	Spin <S2>
F.	Information about calculations
	1.	List showing how many calculations are done by method/basis set.
		a.	List showing how many calculations are done by molecule.
	2.	Calculations done for a given species.
	3.	Number of basis functions used in a given calculation
	4.	Calculated Diagnostics
	5.	Calculated Electronic State Symmetries
G.	Compare calculations
	1.	Bond lengths
		a.	Bond lengths for one type of bond
		b.	Selected bonds for several molecules
		c.	Bond lengths of isoelectronic diatomics
		d.	Bond angles of isoelectronic triatomics
	2.	Compare calculated vibrational intensities
	3.	Compare energy difference of a single point calculation
	4.	Compare calculated transition state energies
	5.	Compare dipoles calculated from atom charges
	6.	Calculated properties for several species
		a.	Energy in hartrees
	7.	Compare vibrational frequencies for two calculations
	8.	List of molecules sorted by size, as determined by <r2>
	9.	DFT grid fineness comparisons
		a.	Energy differences.
		b.	Bond length differences.
		c.	Point Group differences.
	10.	Core correlation comparisons
		a.	Energy differences.
		b.	Bond length differences.
	11.	Polarizability comparison
	12.	Conformation comparison