The formula for calculating the respective function indicates how the vari-
ables x
, x
1
2
values, even if they are not used. Otherwise, a multiplication by 0 for exam-
ple might make the preceding variable practically ineffective.
4. Select the channel in which you want the result(s) to be outputted. For digi-
tal signal, eight flags (bits) are provided.
5. Give the result channels informative names. Flags cannot be renamed.
Most calculations have only one or two outputs; the logic function NOT has 2
times 2 outputs; for the 6x6-matrix up to six outputs are possible. If the value is
outside the displayable number range, NaN (not a number) is outputted. If one
of the input values is invalid, the result is also flagged as invalid, though the cal-
culation is normally performed and the result outputted. For more information on
this refer to the relevant calculations.
Click on
calculation a different function type. To avoid accidental deletion, the
button changes to
Sequence of calculations
The sequence of the functions at the top of the window decides when which cal-
culation is made. It does not matter which of the six function blocks you define
the calculation in. Change the sequence using
calculation formula.
7.4.2.1
6x6 Matrix
Calculates six output signals from up to six input signals by means of a matrix.
For x
to x
Select the input channels and for y
1
6
able calculated channels in order to output the relevant result channels.
You can use the calculation to compensate for the crosstalk of a multi-compo-
nent force transducer in the output signal. Enter only the coefficients (a
dialog table. Use 0 for unused coefficients. For example, if you do not need
input x
, set every a
6
ClipX
etc. will be used. Check that all variables have corresponding
DELETE
below the calculation formula to be able to assign a
CONFIRM
(a
to a
) to 0.
x6
16
66
A04643_04_X00_03 HBM: public
DELETE, and you have to click it again.
UP
or
to y
select one of the six avail-
1
6
Starting up the ClipX
DOWN
below the
) in the
xx
87