Technical Documentation
opti-check
v2.8.2-K11
265/332
ipf electronic GmbH
Lüdenscheid, Germany
15.3.1.4 Composite data type: Integer point
This composite data type is formed of two integer values, the x-coordinate and the y-coordinate.
Available format: Analogue integer
Portrayal: x coordinate <separator> y coordinate
Example: Value: (234, 123), Separator: „;"
Format
Text representation
Transferred value (process interface)
ASCII hex
"EA;7B"
\45 \41 \3B \37 \42
ASCII dec
„234;123"
\32 \33 \34 \3B \31 \32 \33
Binary
cannot be represented
\00 \ 00 \00 \EA \3B \00 \ 00 \00 \7B
15.3.1.5 Composite data type: Float point
This composite data type is formed of two float values, the x-coordinate and y-coordinate.
Available format: Analogue float
Portrayal: x coordinate <separator> y coordinate
Example: Value: (234.02, 123.03), Separator: „;"
Format
Text representation
Transferred value (process interface)
ASCII (2 decimal
places)
„234.02;123.03"
\32 \33 \34 \2E \30 \32 \3B \31 \32 \33 \2E
\30 \33
ASCII (Exponent)
"+2.3402E+02;1.2303E+02" \2B \31 \30 \30 \32 \45 \2B \30 \30 \31
Decimal
„234;123"
\31 \30
Binary (Little Endian)
cannot be represented
\1F \05 \6A \43 \3B \5C \0F \F6 \42
Binary (Big Endian)
cannot be represented
\43 \6A \05 \1F \3B \42 \F6 \0F \5C
