Raptor-VeeCAN-320-Family: Difference between revisions
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'''NOTE''' | '''NOTE''' | ||
The file <usbstick_logoffload.autorun> must be on the USB memory stick to aid the VeeCAN in logging data. | The file <usbstick_logoffload.autorun> must be on the USB memory stick to aid the VeeCAN in logging data. Download the file here: '''[http://www.neweagle.net/support/wiki/downloads/usbstick_logoffload.autorun usbstick_logoffload.autorun]'''. | ||
===Platform Benefits=== | ===Platform Benefits=== | ||
*Model-based programming facilitates ease of use and rapid development of displays | *Model-based programming facilitates ease of use and rapid development of displays | ||
*Read and | *Read and log CAN messages | ||
*Same great benefits of the VeeCAN 320 | *Same great benefits of the VeeCAN 320 | ||
Revision as of 20:25, 17 February 2023
Raptor VeeCAN 320
The Raptor VeeCAN 320 display uses the Raptor Development software tool to create a display interface for your application. New Eagle adapted the VeeCAN SDK to the Raptor platform. The Raptor VeeCAN platform allows model-based designers to engineer both the display logic and control logic for an HMI (Human Machine Interface).
The Raptor VeeCAN has a template starter project. It provides a base project with CAN logging, control logic and custom screens.
A Raptor VeeCAN user can receive messages on the CAN bus and read a VeeCAN's analog inputs (3 modes: 0-2.5V, 0-10V, 0-500Ω). The VeeCAN supports logging to an attached USB memory stick.
NOTE The file <usbstick_logoffload.autorun> must be on the USB memory stick to aid the VeeCAN in logging data. Download the file here: usbstick_logoffload.autorun.
Platform Benefits
- Model-based programming facilitates ease of use and rapid development of displays
- Read and log CAN messages
- Same great benefits of the VeeCAN 320
Downloads
Raptor VeeCAN 320 Lite
The Raptor VeeCAN 320 Lite display uses the Raptor development software tool to create a display interface for your application. New Eagle adapted the VeeCAN SDK to the Raptor platform. The Raptor VeeCAN platform allows model-based designers to engineer both the display logic and control logic for an HMI (Human Machine Interface). The VeeCAN 320 Lite only has a single CAN channel (unlike the VeeCAN320 which has 2 CAN channels and a 13 pins of I/O) and is best suited for applications with CAN sensors.
The Raptor VeeCAN has a template starter project. It provides a base project with CAN logging, control logic, and custom screens.
NOTE
The file <usbstick_logoffload.autorun> must be on the USB memory stick to aid the VeeCAN in logging data. Click here to download usbstick_logoffload.autorun.
Platform Benefits
- Model-based programming facilitates ease of use and rapid development of displays
- Read and Log CAN messages
- Same great benefits of the VeeCAN 320 but with fewer I/O and CAN channels, best suited for applications with CAN-based sensors
Downloads
VeeCAN 320 Display Examples
- A selection of displays created on the Raptor VeeCAN 320
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Example of a fuel gauge, and fuel status screen
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A collection of dials showing engine information
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A custom Raptor screen showing a battery meter, vehicle speed and engine speed
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A very simple Raptor System info screen and menu
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Anything is possible in Raptor, even a log in screen such as this
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Raptor's customization is shown heavily in this custom menu screen
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A custom system menu screen, capable of controlling the whole display
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Raptor's possibilities are endless, with customs displays like this one
