Difference between revisions of "RadiMationInterface.can"
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− | The [[RadiMationInterface.can]] | + | The [[RadiMationInterface.can]] file a [[CANoe]] [[wikipedia:Communication Access Programming Language|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 file inside your CANoe | + | 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 [[media:RadiMationInterface.zip|RadiMationInterface.can file here]] | You can download the [[media:RadiMationInterface.zip|RadiMationInterface.can file here]] | ||
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'''Unit parameter:''' V/m | '''Unit parameter:''' V/m | ||
+ | |||
==Test_Calculated_Field== | ==Test_Calculated_Field== | ||
The calculated value of the field based on the calibration file. | The calculated value of the field based on the calibration file. | ||
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'''Unit parameter:''' dBm | '''Unit parameter:''' dBm | ||
+ | |||
==Test_Amplitude_Modulation_Internal== | ==Test_Amplitude_Modulation_Internal== | ||
The modulation in the signal generator is configured as internal amplitude modulation. | The modulation in the signal generator is configured as internal amplitude modulation. | ||
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The modulation in the signal generator is configured as external amplitude modulation. | 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|Test_Modulation_On]] is the event called when the modulation is turned on.}} | {{note|The modulation may not be active at this moment, [[#Test_Modulation_On|Test_Modulation_On]] is the event called when the modulation is turned on.}} | ||
+ | |||
==Test_Frequency_Modulation_Internal== | ==Test_Frequency_Modulation_Internal== | ||
The modulation in the signal generator is configured as internal frequency modulation. | The modulation in the signal generator is configured as internal frequency modulation. | ||
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==Test_Modulation_On== | ==Test_Modulation_On== | ||
The currently configured modulation is turned on. | The currently configured modulation is turned on. | ||
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==Test_Modulation_Off== | ==Test_Modulation_Off== | ||
The current configured modulation is turned off. | The current configured modulation is turned off. | ||
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==Test_DwellTime_Start== | ==Test_DwellTime_Start== | ||
The currently dwelltime has started. | The currently dwelltime has started. | ||
+ | |||
==Test_DwellTime_Stop== | ==Test_DwellTime_Stop== | ||
The currently dwelltime has stopped. | The currently dwelltime has stopped. | ||
− | |||
− | |||
==Antenna_Movement_Started== | ==Antenna_Movement_Started== | ||
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'''Unit parameter:''' Degrees | '''Unit parameter:''' Degrees | ||
+ | |||
==TurnTable_Movement_Stopped== | ==TurnTable_Movement_Stopped== | ||
The stop position of the turn table. | The stop position of the turn table. | ||
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'''Unit parameter:''' Degrees | '''Unit parameter:''' Degrees | ||
+ | |||
==TurnTable_Movement_Turning_Percentage== | ==TurnTable_Movement_Turning_Percentage== | ||
The current percentage of the turn table movement from the start position to the end position | The current percentage of the turn table movement from the start position to the end position |
Revision as of 12:28, 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 this file, please review then CANoe page.
Contents
- 1 Explanation of available events/functions
- 1.1 Test_Frequency
- 1.2 Test_Carrier_Level
- 1.3 Test_Forward_Power
- 1.4 Test_Reflected_Power
- 1.5 Test_Net_Power
- 1.6 Test_Average_Field
- 1.7 Test_Calculated_Field
- 1.8 Test_Measured_Current
- 1.9 Test_Calculated_Current
- 1.10 Test_Sensor_Power
- 1.11 Test_Amplitude_Modulation_Internal
- 1.12 Test_Amplitude_Modulation_External
- 1.13 Test_Frequency_Modulation_Internal
- 1.14 Test_Frequency_Modulation_External
- 1.15 Test_Pulse_Modulation_Internal
- 1.16 Test_Pulse_Modulation_External
- 1.17 Test_Modulation_On
- 1.18 Test_Modulation_Off
- 1.19 Test_DwellTime_Start
- 1.20 Test_DwellTime_Stop
- 1.21 Antenna_Movement_Started
- 1.22 Antenna_Movement_Stopped
- 1.23 Antenna_Movement_Percentage
- 1.24 Antenna_Movement_Changing_Polarisation
- 1.25 Antenna_Polarisation_Changed
- 1.26 TurnTable_Movement_Started
- 1.27 TurnTable_Movement_Stopped
- 1.28 TurnTable_Movement_Turning_Percentage
Explanation of available events/functions
Test_Frequency
The current frequency of the test, in other words the frequency of the signal generator.
Parameter: mdFreqMHz
Unit parameter: MHz
Test_Carrier_Level
The carrier level of the signal generator
Parameter: mdPowerIndBm
Unit parameter: dBm
Test_Forward_Power
The measured value of the forward power.
Parameter: mdPowerIndBm
Unit parameter: dBm
Test_Reflected_Power
The measured value of the reflected power.
Parameter: mdPowerIndBm
Unit parameter: dBm
Test_Net_Power
The measured value of the netto power.
Parameter: mdPowerIndBm
Unit parameter: dBm
Test_Average_Field
The measured value of the average field.
Parameter: mdFieldVm
Unit parameter: V/m
Test_Calculated_Field
The calculated value of the field based on the calibration file.
Parameter: mdFieldVm
Unit parameter: V/m
Test_Measured_Current
The measured value of the current.
Parameter: mdCurrentInmA
Unit parameter: mA
Test_Calculated_Current
The calculated value of the current.
Parameter: mdCurrentInmA
Unit parameter: mA
Test_Sensor_Power
The measured power of by the current sensor power meter.
Parameter: mdPowerIndBm
Unit parameter: dBm
Test_Amplitude_Modulation_Internal
The modulation in the signal generator is configured as internal amplitude modulation.
Parameter1: mdFreqency
Unit parameter1: Hz
Parameter2: mdDepth
Unit parameter2: %
|
Test_Amplitude_Modulation_External
The modulation in the signal generator is configured as external amplitude modulation.
|
Test_Frequency_Modulation_Internal
The modulation in the signal generator is configured as internal frequency modulation.
Parameter1: mdFreqency
Unit parameter1: kHz
Parameter2: dmShift
Unit parameter2: kHz
|
Test_Frequency_Modulation_External
The modulation in the signal generator is configured as external frequency modulation.
|
Test_Pulse_Modulation_Internal
The modulation in the signal generator is configured as internal pulse modulation.
Parameter1: mdFreqency
Unit parameter1: kHz
Parameter2: mdWidth
Unit parameter2: %
|
Test_Pulse_Modulation_External
The modulation in the signal generator is configured as external pulse modulation.
|
Test_Modulation_On
The currently configured modulation is turned on.
Test_Modulation_Off
The current configured modulation is turned off.
Test_DwellTime_Start
The currently dwelltime has started.
Test_DwellTime_Stop
The currently dwelltime has stopped.
Antenna_Movement_Started
Starting of the movement of the antenna tower with the target position of the antenna tower.
Parameter: position
Unit parameter: Meter
Antenna_Movement_Stopped
The stop position of the antenna tower.
Parameter: position
Unit parameter: Meter
Antenna_Movement_Percentage
The current percentage of the antenna tower movement from the start position to the end position
Parameter: percentage
Unit parameter: %
Antenna_Movement_Changing_Polarisation
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
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
Starting of the movement of the turn table with the target position of the turn table.
Parameter: position
Unit parameter: Degrees
TurnTable_Movement_Stopped
The stop position of the turn table.
Parameter: position
Unit parameter: Degrees
TurnTable_Movement_Turning_Percentage
The current percentage of the turn table movement from the start position to the end position
Parameter: percentage
Unit parameter: %