CANape 18.0 SP4

Updates existing installations of version 18.0 to 18.0.40 SP4. The following changes become effective with version 18.0.40:

DLT: Analysis of the extended header has been improved.
When creating CAN FD devices, the CAN FD ISO standard is used by default.
CAN monitor: Improved analysis in case of inconsistent header information.
ETH monitor: Support of AUTOSAR PDUs that are sent via dynamic ports has been added.
Support of ETAS ES8xx devices has been expanded.

ETH monitor: Time synchronization for the new network-based Ethernet devices has been improved.
ETH monitor: A network reset during measurement is treated correctly.
CSM devices are supported by Vector sockets.
RIF-devices: Improved time synchronization in case of PTP
Problems with the DHPR "WorkingDirectory" were fixed.
IbeoxLux objects are saved correctly serialized.
Support of Vector time synchronization with PTP as master clock has been added.

The settings for the IEEE MAP reader are available in the device list again.
Values from parameter files in PAR format describing value blocks, maps or curves with database type SINT, are read correctly.
ASAP2Studio 2.0.40 is included.

The possibility to configure bus logging over the COM/API has been added.
COM/API: An error of the "Add" function that corrupted the working directory information was fixed.

An error that occurred when editing an array with variable axis points was fixed.
Software Component Check (SWC) and Advanced Code Check) ACC for xETK/FETK devices have been integrated.

When using multiple recorders, resolving macros in file names of multimedia signals can no longer result in sporadically lost video recording files.
Fixed an error where stopping a measurement after a stop trigger and while the next Trigger Block is being prepared could cause the application to freeze.

The Algorithm Designer caused an error when the number of parameters changed in a newly compiled function.
eMotorPowerAnalysis for offline use cases has been improved.
New function to calculate the efficiency of an inverter has been added.
New function to analyze PWM signals: Automatically determine the cycle time, calculate reactive, apparent and active power, integrated total work, charge flow, etc.

Discarding deleted signal-based objects could cause crashes and has been adapted.
Image artifacts on Axis cameras are no longer displayed in the Camera Calibration Tool.
A data object with a list of subobjects can be used as a source for a list of GFX objects.
Structures can be used as data source of GFX objects.

An appearance issue in display windows that occurred with CAN monitors was fixed.

The CASL function ConvertFile() supports adding of bus signals.
The deanonymization of measurement files now supports signal names with more than 255 characters.
During import of BLF files, the progress bar handles missing file size information in the file header.
Measurement export converter will use the source information defined in the LAB if the option to use the source is enabled.
The Vector Logging converter now supports multiple Ethernet channels.
Floating point signals of PDUs are supported by the import of bus logging files, even when they are not byte-aligned.
Database references of the bus logging import converter will be handled correctly inside container projects.
The selected converter template will be used for the import of measurement data of an ASCII file.
Fixed an error that occurred when reading conversion rules from ARXML files when importing bus logging files.

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