  We compute resummed and matched predictions for jet angularities in hadronic
dijet and Z+jet events with and without grooming the candidate jets using the
SoftDrop technique. Our theoretical predictions also account for
non-perturbative corrections from the underlying event and hadronisation
through parton-to-hadron level transfer matrices extracted from dedicated Monte
Carlo simulations with SHERPA. Thanks to this approach we can account for
non-perturbative migration effects in both the angularities and the jet
transverse momentum. We compare our predictions against recent measurements
from the CMS experiment. This allows us to test the description of quark- and
gluon-jet enriched phase-space regions separately. We supplement our study with
SHERPA results based on the matching of NLO QCD matrix elements with the parton
shower. Both theoretical predictions offer a good description of the data,
within the experimental and theoretical uncertainties. The latter are however
sizeable, motivating higher-accuracy calculations.
