  We perform global fits of the Higgs boson couplings to the full Higgs
datasets collected at the LHC with the integrated luminosities per experiment
of approximately 5/fb at 7 TeV, 20/fb at 8 TeV, and up to 139/fb at 13 TeV. Our
combined analysis based on the experimental signal strengths used in this work
and the theoretical ones elaborated for our analysis reliably reproduce the
results in the literature. We reveal that the LHC Higgs precision data are no
longer best described by the SM Higgs boson taking account of extensive and
comprehensive CP-conserving and CP-violating scenarios found in several
well-motivated models beyond the SM. Especially, in most of the fits considered
in this work, we observe that the best-fitted values of the normalized Yukawa
couplings are about $2\sigma$ below the corresponding SM ones with the
$1\sigma$ errors of 3%-5%. On the other hand, the gauge-Higgs couplings are
consistent with the SM with the $1\sigma$ errors of 2%-3%. Incidentally, the
reduced Yukawa couplings help to explain the excess of the $H\to Z\gamma$
signal strength of $2.2\pm 0.7$ recently reported by the ATLAS and CMS
collaborations.
