IFM Electronic O3D303, Operation Manual

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u i n t 1 6
l i m i t s t h e o ut p u t t o t wo b yt e i n b i n ar y-e nc od i ng , b esi de the bi na ry li m it at i on i t
act s lik e u i nt 32
i n t 1 6
l i m i t s t h e o ut p u t t o t wo b yt e i n b i n ar y-e nc od i ng , b esi de the bi na ry li m it at i on i t
acts like int32
u i n t 8
l i m i t s t h e o ut p u t t o o n e b yt e i n b i n ar y-encoding , beside the binary limitation it
acts like uint 32
i n t 8
l i m i t s t h e o ut p u t t o o n e b yt e i n b i n ar y-encoding , beside the binary limitation it
acts like int32
b l o b
D a t a is wr i t t e n a s a b l o b ( b yt e b y b yt e l ik e it c am e f r o m d a t a - p r o v i d e r ) .
(
B
inary
L
arge
O b
ject )
Depending on the desired data format the user may tune his output data with further “for-
mat” properties
Common format properties
Format-
Properties Allowed values Default
dataencoding "ascii" or "binary"
can be defined in top-level-object and overwritten on element-objects.
"ascii"
scale "float value with decimal separator '.'" to scale the results for output byte
width 1.0
offset "float value with decimal separator '.'" 0.0
Binary format properties
Format-
Properties Allowed values Default
order little,big and network little