Here we test the quantitative accuracy of L-PDFT vertical excitation energies for a variety of organic chromophores which have been studied previously with MC-PDFT and CASPT2. Our test set includes the lowest-energy spin-conserving valence excitation energies of 13 organic molecules (acetaldehyde, acetone, formaldehyde, pyrazine, pyridine, pyrimidine, stetrazine, ethylene, butadiene, benzene, naphthalene, furan, and hexatriene). We also test one Rydberg state: the lowest singlet excitation of water. In addition, we also include energies for pNA and DMABN intramolecular charge transfer excitations, as well as the B-TCNE intermolecular charge transfer excitation. L-PDFT performs the best of all the methods for valence excitations with a MUE of 0.24 eV.