RadiMationInterface.can: Difference between revisions
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For more details on how to use and attach this file in your CANoe project, please see then [[CANoe]] page. | For more details on how to use and attach this file in your CANoe project, please see then [[CANoe]] page. | ||
{{Note|The [[CANoe Switch Matrix]] device driver is not able to determine if a specifically named CAPL function is existing in the running CANoe environment. | |||
When one or more of the specifically named CAPL functions from the [[RadiMationInterface.can]] file, is not implemented, the function call is being forwarded to the CANoe software itself, and there will be no error message or return value. The [[CANoe Switch Matrix]] is thus not able to warn or raise an error when one or more of the specifically called CAPL functions is not implemented.}} | |||
= Explanation of available events/functions = | = Explanation of available events/functions = | ||
Revision as of 13:20, 15 February 2019
The RadiMationInterface.can file a CANoe CAPL file that provides specifically named CAPL functions that are called from the RadiMation® software. Those CAPL functions are used to generate an interface to provide measurement values from the RadiMation® software to the CANoe software.
By including this RadiMationInterface.can file inside your CANoe project, it will be possible to get updates of the RadiMation® measurement values.
You can download the RadiMationInterface.can file here
For more details on how to use and attach this file in your CANoe project, please see then CANoe page.
 |
Note: | The CANoe Switch Matrix device driver is not able to determine if a specifically named CAPL function is existing in the running CANoe environment.
When one or more of the specifically named CAPL functions from the RadiMationInterface.can file, is not implemented, the function call is being forwarded to the CANoe software itself, and there will be no error message or return value. The CANoe Switch Matrix is thus not able to warn or raise an error when one or more of the specifically called CAPL functions is not implemented. |
Explanation of available events/functions[edit]
Test_Frequency[edit]
The current frequency of the test, in other words the frequency of the signal generator.
Parameter: mdFreqMHz
Unit parameter: MHz
Test_Carrier_Level[edit]
The carrier level of the signal generator
Parameter: mdPowerIndBm
Unit parameter: dBm
Test_Forward_Power[edit]
The measured value of the forward power.
Parameter: mdPowerIndBm
Unit parameter: dBm
Test_Reflected_Power[edit]
The measured value of the reflected power.
Parameter: mdPowerIndBm
Unit parameter: dBm
Test_Net_Power[edit]
The measured value of the netto power.
Parameter: mdPowerIndBm
Unit parameter: dBm
Test_Average_Field[edit]
The measured value of the average field.
Parameter: mdFieldVm
Unit parameter: V/m
Test_Calculated_Field[edit]
The calculated value of the field based on the calibration file.
Parameter: mdFieldVm
Unit parameter: V/m
Test_Measured_Current[edit]
The measured value of the current.
Parameter: mdCurrentInmA
Unit parameter: mA
Test_Calculated_Current[edit]
The calculated value of the current.
Parameter: mdCurrentInmA
Unit parameter: mA
Test_Sensor_Power[edit]
The measured power of by the current sensor power meter.
Parameter: mdPowerIndBm
Unit parameter: dBm
Test_Amplitude_Modulation_Internal[edit]
The modulation in the signal generator is configured as internal amplitude modulation.
Parameter1: mdFreqency
Unit parameter1: Hz
Parameter2: mdDepth
Unit parameter2: %
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Note: | The modulation may not be active at this moment, Test_Modulation_On is the event called when the modulation is turned on. |
Test_Amplitude_Modulation_External[edit]
The modulation in the signal generator is configured as external amplitude modulation.
|
Note: | The modulation may not be active at this moment, Test_Modulation_On is the event called when the modulation is turned on. |
Test_Frequency_Modulation_Internal[edit]
The modulation in the signal generator is configured as internal frequency modulation.
Parameter1: mdFreqency
Unit parameter1: kHz
Parameter2: dmShift
Unit parameter2: kHz
|
Note: | The modulation may not be active at this moment, Test_Modulation_On is the event called when the modulation is turned on. |
Test_Frequency_Modulation_External[edit]
The modulation in the signal generator is configured as external frequency modulation.
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Note: | The modulation may not be active at this moment, Test_Modulation_On is the event called when the modulation is turned on. |
Test_Pulse_Modulation_Internal[edit]
The modulation in the signal generator is configured as internal pulse modulation.
Parameter1: mdFreqency
Unit parameter1: kHz
Parameter2: mdWidth
Unit parameter2: %
|
Note: | The modulation may not be active at this moment, Test_Modulation_On is the event called when the modulation is turned on. |
Test_Pulse_Modulation_External[edit]
The modulation in the signal generator is configured as external pulse modulation.
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Note: | The modulation may not be active at this moment, Test_Modulation_On is the event called when the modulation is turned on. |
Test_Modulation_On[edit]
The currently configured modulation is turned on.
Test_Modulation_Off[edit]
The current configured modulation is turned off.
Test_DwellTime_Start[edit]
The currently dwelltime has started.
Test_DwellTime_Stop[edit]
The currently dwelltime has stopped.
Antenna_Movement_Started[edit]
Starting of the movement of the antenna tower with the target position of the antenna tower.
Parameter: position
Unit parameter: Meter
Antenna_Movement_Stopped[edit]
The stop position of the antenna tower.
Parameter: position
Unit parameter: Meter
Antenna_Movement_Percentage[edit]
The current percentage of the antenna tower movement from the start position to the end position
Parameter: percentage
Unit parameter: %
Antenna_Movement_Changing_Polarisation[edit]
Changing the antenna polarisation.
Parameter: target
Unit parameter: unitless
When the target is 1 the antenna is changed to horizontal.
When the target is 2 the antenna is changed to vertical.
Antenna_Polarisation_Changed[edit]
Notification that the changing of the antenna polarisation has finished.
Parameter: target
Unit parameter: unitless
When the target is 1 the antenna is changed to horizontal.
When the target is 2 the antenna is changed to vertical.
TurnTable_Movement_Started[edit]
Starting of the movement of the turn table with the target position of the turn table.
Parameter: position
Unit parameter: Degrees
TurnTable_Movement_Stopped[edit]
The stop position of the turn table.
Parameter: position
Unit parameter: Degrees
TurnTable_Movement_Turning_Percentage[edit]
The current percentage of the turn table movement from the start position to the end position
Parameter: percentage
Unit parameter: %