Options: Compatibility Tab

To go to this tab, click the Options toolbar button and select the Compatibility tab.

You can make the following settings for compatibility:

Ignore protocol version from IDENTIFY command (allows usage of protocol version 2.1 commands with protocol version 2.0 and INIT while connection is established)
Defines that the test bench computer can use commands of protocol version 2.1 although it logged on with protocol version 2.0.
Start generated LUN numbers with 0
Defines that the LUN numbers in the commands SELECT DESCRIPTION FILE AND BINARY FILE and DEFINE DESCRIPTION FILE AND BINARY FILE are to be generated beginning with zero and incremented by one.
If this option is not enabled, the LUN numbers are generated beginning with 59 and incremented by 19.
If available, always use FULI device
Defines whether INCA shall attempt to automatically configure all measurements and calibrations used by the MCD3 client automatically for INCA-MCE usage, thus maximising the reuse of existing test bench automation scripts. Using this mode the FULI LUNs are not available.
If the device assigned to the workspace does not support INCA-MCE (FULI), then the actual (non-FULI) device will be used.
Generate 'Invalid Measurement' for current value if timestamp of current and last measure value are equal
Defines that if measure values are sent repeatedly (because no new measure value is available), INVALID MEASUREMENT is reported.
Generate 'Invalid Measurement' during the device reinitialization
Defines that INVALID MEASUREMENT is reported during initialization of the electronic control unit.
If this option is not enabled, the last measure value is sent (again) during initialization.

Generate 'Invalid Measurement' if one of the following is true:

Specifies that INVALID MEASUREMENT is sent, depending on the relationship between the timestamp for current measure values and the raster used.

The calculation of the actual timeout values for the two different raster types (equidistant rasters and event synchronous rasters) is given below. The timeout is calculated from the following inputs:

n: the settings in this option
lat: OS system latency correction; this is a computer-specific setting of the operating system on your computer. You can not modify it.
poll: value in the INCA user option Cycle time for measurement data polling.

Equidistant rasters: Delta of current and last timestamp > n times raster size.

The timestamp for current measure values is older than n times the raster size as defined in the A2L file (*.a2l).

This setting applies to fixed (equidistant) rasters.

Calculation of the actual timeout value:

timeout = n * ASAP2 raster time + lat + poll

Event synchronous rasters: Delta of current and last timestamp

> n ms.

The timestamp for current measure values is older than n ms.

This setting applies to dynamic (event synchronous) rasters.

Calculation of the actual timeout value:

timeout = n + lat + poll

Generate Timeout instead of 'Invalid Measurement'
Defines that no response is sent. This results in a timeout in the test bench.
Use old measurement mode (100ms update rate)
Defines that the test bench continuously queries the INCA measure values, but sends new values only every 100 ms. This corresponds to the old measurement mode.
If this option is not enabled, the new measure values are sent continuously (with a delay of 150 ms).
Limit number of variables/online window to
Defines whether the number of measure variables per measure window is to be restricted, and specifies the maximum number.
If this option is enabled, a new measure window is automatically created when the maximum number is exceeded.