octrec()
;lcmat()
function.htsrec()
;score_index()
;bounds
param when type = "S"
in
htsrec()
, thfrec()
and
octrec()
;v
param in htsrec()
, thfrec()
and
octrec()
- experimental;ut2c()
and srref()
.lccrec()
(now the function
returns the Level Conditional Coherent or the Combined Conditional
Coherent forecasts);keep = "list"
.htsrec()
,
thfrec()
and octrec()
to introduce a list of
h covariance matrices in the parameters W
and
Omega
, where h stands for the forecast horizon
(note that for thfrec()
and octrec()
this is
the forecast horizon of the entire cycle);Sstruc
is no more avaible in
octrec()
and ctf_tools()
. FoReco uses a fast
algorithm to compute Scheck, so no external input is
needed;ctf_tools()
(added
Ccheck
, Htcheck
, Scheck
, removed
Cstruc
, Sstruc
), hts_tools()
(added C
) and thf_tools()
(added
m
);nn_type
) in htsrec()
,
thfrec()
and octrec()
;tdrec()
;levrec()
(cross-sectional, temporal and
cross-temporal).octrec()
it is also possible to introduce the
Ω covariance matrix variant through the
Omega
parameter and not only the W variant
with the W
parameter;tcsrec()
, cstrec()
and
iterec()
. In the iterec()
function the
maxit
parameter has been replaced by itmax
,
however for the moment maxit
is still supported;iterec()
(norm
parameter).bounds
param in htsrec()
,
thfrec()
and octrec()
;oct_bounds()
to organize the bounds on a
specific dimension (i.e. only cross-sectional or only temporal) in a
cross-temporal framework;ut2c()
and srref()
to develop a
cross-sectional structural representation starting from a zero
constraints kernel matrix;score_index()
the calculation of multiple
forecast horizons index (like 1:6) and multiple cross-sectional levels
for a forecasting experiment.Minore release, fixing some bugs and the documentation
iterec()
when calculating the
incoherenceAverage relative accuracy indices
”