Using ATI Vision with Raptor: Difference between revisions

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** Choose a location and save the file with a .hex extension.
** Choose a location and save the file with a .hex extension.
** Click finish
** Click finish
* Open the converter utlity: 'BinaryConverter.exe'
* Open New Eagle's 'Raptor-Cal'
** Click 'Browse...' and navigate to your hex file
** See [[Raptor-Cal]] for more information
** Click 'Convert'
* Click 'Program' > 'Create Raptor Package'
[[file:RaptorCalibrationTools_BinaryConverter.jpg|400px]]
[[file:RaptorPackager6.png|400px]]
* Your new VSF file can be programmed using the Vansco Flashloader and will contain the changes from your calibration file
* Click on 'Program File (.Hex) and navigate to your new .hex file with offline calibration
** Click 'start'
* Save the .rpg file created
** Close the Raptor Package program
* Navigate to the 'Raptor-Cal' homepage and click 'Flash'
[[file:RaptorFlash11.png|400px]]
* Once the module (ECU) has been detected, click 'Select'
* Navigate to C:\ECU\RPG and open the .rpg file saved from using the Raptor Package program
[[file:RaptorECU13.png|400px]]
* Once the file is opened, it will automatically flash the ECU with offline calibrated changes

Revision as of 15:14, 5 July 2016

While New Eagle's Raptor-Cal offers the most integrated support of typical calibration methodology workflows, we understand that you may already be familiar with a particular third-party calibration tool. As a result, Raptor-Controllers and Raptor-Displays support the industry standard XCP protocol, available in common calibration tools.

  • Open ATI Vision and select 'File->New...->Project File'
    • Name the project file
  • Right click on 'Computer', then click 'Add Device...'
    • Select 'USB Port' and click 'OK'

  • Right click on 'USB', then click 'Add Device...'
    • Select 'USBCan II/Memorator/Leaf CAN Channel' or your CAN adaptor
    • Enter a name and press 'OK'
  • Select the 'Settings' tab and enter the appropriate baud rate

  • Right click on your adaptor (USBcan), then click 'Add Device...'
    • Select 'XCP Controller Device' and then the name of the device in the subsequent dialog and press 'OK'
    • Press 'OK'
  • Right click on your XCP device (PCM) and click 'Add Strategy...'
    • Navigate to 'C:\Vision Projects\<ModelName' and select the strategy file you want to use

  • Right click on '[Base Calibration]', then 'Save As...' and save a copy
    • You must create a copy in order to edit calibrations
  • Select 'File->New...' then 'Screen File'
  • When the new screen file opens, right click in the background and select 'Add Data Item Controls...'
    • Select and add the items you would like to display
  • Press the '!' button near the bottom left to go online
    • Press 'Upload the strategy and calibration currently in the device' to pull the values from the ECU
    • Proceed to upload by pressing 'Start'

  • When the upload is complete, press 'Close'. You are now online
Merging offline Calibration Changes
  • Once you have made offline changes or opened your calibraion file, right click on the ECU device in the tree (PCM), then 'Export Memory Image'.
    • Select 'Intel Hex-Record File'.

    • Choose a location and save the file with a .hex extension.
    • Click finish
  • Open New Eagle's 'Raptor-Cal'
  • Click 'Program' > 'Create Raptor Package'

  • Click on 'Program File (.Hex) and navigate to your new .hex file with offline calibration
    • Click 'start'
  • Save the .rpg file created
    • Close the Raptor Package program
  • Navigate to the 'Raptor-Cal' homepage and click 'Flash'

  • Once the module (ECU) has been detected, click 'Select'
  • Navigate to C:\ECU\RPG and open the .rpg file saved from using the Raptor Package program

  • Once the file is opened, it will automatically flash the ECU with offline calibrated changes
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