CAN Bus logger: Difference between revisions
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After writing the script, you can observe the output in the log monitor window in the RaceCapture app. | After writing the script, you can observe the output in the log monitor window in the RaceCapture app. | ||
==Using a Terminal Program== | |||
However, to gather large amounts of data, we recommend connecting directly to RaceCapture/Pro's serial console using a terminal program like Hyperterminal, RealTerm, minicom or similar. | However, to gather large amounts of data, we recommend connecting directly to RaceCapture/Pro's serial console using a terminal program like Hyperterminal, RealTerm, minicom or similar. | ||
* | * Close the RaceCapture app | ||
* Connect to the RaceCapture device using HyperTermianl, RealTerm or Minicom using the COM port assigned by the operating system. | |||
* Press <Enter> to see a list of commands | |||
* View the log by issuing the command 'viewLog' at the serial console. | |||
* You will see a dump of the CAN bus data to the screen. | |||
Revision as of 20:30, 9 March 2015
The following script will output all CAN bus messages received on CAN channel 1 to the RaceCapture/Pro log window.
After writing the script, you can observe the output in the log monitor window in the RaceCapture app.
Using a Terminal Program
However, to gather large amounts of data, we recommend connecting directly to RaceCapture/Pro's serial console using a terminal program like Hyperterminal, RealTerm, minicom or similar.
- Close the RaceCapture app
- Connect to the RaceCapture device using HyperTermianl, RealTerm or Minicom using the COM port assigned by the operating system.
- Press <Enter> to see a list of commands
- View the log by issuing the command 'viewLog' at the serial console.
- You will see a dump of the CAN bus data to the screen.
--500K baud. set your baud rate here. initCAN(0, 500000) setTickRate(30) --onTick() will be called at 30Hz. --this function drains all pending CAN messages --and outputs messages to the log function outputCAN() repeat id, ext, data = rxCAN(0, 100) if id ~= nil then print(id ..', ') for i = 1,#data do print(data[i] ..', ') end println('') end until id == nil end function onTick() outputCAN() end