We will discuss the results that we might obtain under the following three circumstances where we could issue the SCAN: command.
Usage
This returns the potential adjusted expectation for
This returns the potential adjusted covariance between
These results are defined only following the use of the SCAN:
command. Notice that these are overall covariances. Partial adjustment
results can be found by subtracting, for example, current adjusted
covariances. If only adjusted variances are required, the scav
operator can also be used.
This returns the potential adjustment uncertainty for the base
These results are defined only following a SCAN: . Notice that
these are overall uncertainties. Partial adjustment results can be found
by subtracting, for example, current adjusted uncertainties.
This returns the potential partial resolved uncertainty remaining in
the collection
This returns the potential adjusted variance for
These results are defined only following use of a SCAN: command.
Notice that these are overall variances. Partial adjustment results can
be found by subtracting, for example, current adjusted variances.
, an
element contained in the base 
. The
value returned for each scenario is:
These results are defined only following the use of the SCAN:
command. Notice that these are overall expectations. Partial adjustment
results can be found by subtracting, for example, current adjusted
expectations.
Usage and 
in parenthesis
and separated by a comma. and are the names of
elements.
and
, where these are elements contained in the base .
The value returned for each scenario is:
Usage . The value returned for each scenario is:
Usage .
The value returned for each scenario is:
These results are defined only following use of a SCAN: command.
Usage 
,
where N is an element contained in the base .
The value returned for each scenario is:
Usage
Usage
