  During the 2014 Summer Conferences, both ATLAS and CMS Collaborations of the
LHC experiments have demonstrated tremendous efforts in treatment of data and
processing more data such that most data on signal strengths have improved;
especially the diphoton and fermionic modes of both experiments. Here in this
note we perform an update to our previous model-independent Higgs precision
analysis -- Higgcision. We found the followings: (i) the uncertainties on most
couplings shrink about 10--20%, (ii) the nonstandard (e.g. invisible) decay
branching ratio of the Higgs boson is constrained to be less than 19% if only
the width is allowed to vary, (iii) the gauge-Higgs coupling C_v is constrained
to be 0.94 +0.11 -0.12, in which the uncertainty is reduced by about 10%, and
(iv) the standard model (SM) Higgs boson still provides the best fit to all the
Higgs boson data, and compared to the previous results the SM Higgs boson now
enjoys a higher p value than the last year.
