In Figure we present the MDs and mean absolute deviations (MADs) of the 29 DFAs tested with TD-and TDA-DFT for the entire set of 45 excitations. Immediately notable is that doublet-doublet excitations are not subject to instability issues. ωB2PLYP's MD is the only one not affected by the TDA. For all other functionals, there is an increase in MD from TD-DFT to TDA, ranging from 0.02 eV to 0.11 eV. The smallest MD increase is from TD-SOS-ωB2PLYP to TDA-SOS-ωB2PLYP (from 0.07 eV to 0.09 eV) and from TD-ωB2GP-PLYP to TDA-ωB2GP-PLYP (from 0.20 to 0.22 eV). At the other end, the MD of BHLYP increases from 0.12 eV to 0.23 eV for the TDA. The increased MDs indicate that the TDA causes a systematic blueshift in excitation energies across the entire radical set, which is a known trend for other excitation types. While this is unfavorable for most functionals, this blueshift improves some MDs; for instance, the blueshift results in an MD of -0.06 eV for TDA-B3LYP, which is more favourable than the -0.12 eV obtained with TD-B3LYP. Despite this, the MAD of TDA-B3LYP is by 0.02 eV higher than TD-B3LYP. This indicates that the set contains examples of already blueshifted excitation energies at the TD-DFT level, whose deviations are exacerbated due to the additional blueshift from the TDA.