The following possibilities relate only to the iterative adjustments
available by issuing the ITADJUST: command. Suppose that the
base B is to be iteratively adjusted by the quantities 
. Suppose that we define the collection
.
Syntax
where D is the name of a data-carrier.
The first form of the syntax is used to give the name of a data-carrier
which is to be used for storing consecutive resolution transform
traces. Whenever the iterative adjustment is carried out, the
The second form is used to switch off the automatic storing of the
resolution transform traces. Any data-carrier defined beforehand
remains defined together with its contents.
where D is the name of a data-carrier.
The first form of the syntax is used to give the name of a data-carrier
which is to be used for storing consecutive path correlations.
Whenever the iterative adjustment is carried out, the
The second form is used to switch off the automatic storing of the
path correlation Any data-carrier defined beforehand
remains defined together with its contents.
where D is the name of a data-carrier.
The first form of the syntax is used to give the name of a data-carrier
which is to be used for storing consecutive sizes for the adjustments.
Whenever the iterative adjustment is carried out, the
The second form is used to switch off the automatic storing of the
size of the adjustment. Any data-carrier defined beforehand
remains defined together with its contents.
observation on the data-carrier D becomes defined as
. These values are equal to the expected sizes of
the adjustment: 
. The actual adjustment sizes are
available via the itsize argument below, and the consecutive
size ratios may be obtained by dividing the latter by the former.
Syntax
observation on the data-carrier D becomes defined as
. The first observation, for which there is no
path correlation, is defined as zero.
Syntax
observation on the data-carrier D becomes defined as
, where 
is the observed value of
. The expected size of the adjustment can be obtained via
the itesize argument discussed above, and the former divided by
the latter yields the corresponding size ratio for the adjustment.
