CANoe DENoe - KEMT FEI TUKE

Display type: Decimal
The raw data are extracted from the CAN message and displayed as decimal
numbers.
Example: Signal T consists of 5 bits and is unsigned. Consequently, the possible
raw value range is 0-31, and the necessary output width is 2 characters.
Display type: Hexadecimal
The raw data are extracted from the CAN message and are displayed as hexadecimal
numbers.
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Example: Signal T consists of 8 bits. The possible raw value range is then 0-
255, or in hexadecimal representation 0-FF. The necessary output width is
therefore 2 characters.
Display type: Bit
The raw data are extracted from the CAN message and displayed as binary
numbers.
Example: Signal T consists of 8 bits. The necessary output width is also 8, since
all bits are shown individually.
Display type: Bars
The physical signal value is displayed in the form of an analog bar. The following
parameters must be configured for the display:
Min, Max: Minimum and maximum signal values to be displayed by the bars.
Width: Size of the bar that is displayed. The unit corresponds to the width of one
character in the Data window.
Center: This defines the zero position of the bar.
With the help of parameters Min, Max and Center, it is possible to display just a
section of the signal's value range. For example, this could be the working point
of a signal to be monitored.
Display type: C-Style
You should only select this option if you are familiar with the programming language
C or C++. In the dialog's format input box you would enter a format string
that is used to display signal values in the Data window.
The signal's raw data (without conversion formula) are extracted from the CAN
message, converted to a 32 bit value, and output with the help of the
sprintf() C function:
sprintf(buffer, FORMATSTRING, (unsigned long)SIGNALVALUE)
The format string is compatible with the printf() format string of C. Due to
the transformation to unsigned long an L-modifier must always be entered.
Legal interpretations are "lx", "lX", "ld", "f" and "F". You can also use width and
precision modifiers.
© Vector Informatik GmbH CANoe/DENoe Manual Version 4.1.1