The VEX Cortex Software Inspection screen will open, and display information about your VEXnet Joystick configuration. Select Software Inspection from the Robot menu in ROBOTC Carnegie Mellon Robotics Academy / For use with VEX Robotics Systems Cortex Firmware Inspection - Using ROBOTC 4Ħ VEX ROBOTICS COMPETITION Firmware Inspection Using ROBOTC (cont.) 9. Plug the other end of the USB A-to-A cable into a USB port on the computer. Plug one end of the USB A-to-A cable into the VEXnet Joysticks. Be sure to check the screen for any issues before your competition! 2011 Carnegie Mellon Robotics Academy / For use with VEX Robotics Systems Cortex Firmware Inspection - Using ROBOTC 3ĥ VEX ROBOTICS COMPETITION Cortex Firmware Inspection Using ROBOTC (cont.) 7. Note: The VEX Cortex Software Inspection screen contains many other pieces of useful information for making your robot competition-ready.
#ROBOTC SOFTWARE DOWNLOAD#
Note that if you download the ROBOTC Firmware you will also have to redownload your program to the robot. If it is not up to date, you can download the ROBOTC Firmware by going to Robot > Download Firmware > ROBOTC Firmware > Standard File. The Cortex User CPU Integrity section displays the Firmware version of the ROBOTC User Firmware, and whether it is up to date. Note that if you download the Master CPU Firmware, you will have to re-sync the Cortex with the VEXnet Joysticks.
If it is not up to date, you can download the Master Firmware by going to Robot > Download Firmware > Master CPU Firmware > Standard File. The Cortex Master CPU Integrity section displays the Firmware Version of the Master CPU Firmware, and whether it is up to date. The VEX Cortex Software Inspection screen will open, and display information about your VEX Cortex configuration. Select Software Inspection from the Robot menu in ROBOTC Carnegie Mellon Robotics Academy / For use with VEX Robotics Systems Cortex Firmware Inspection - Using ROBOTC 2Ĥ VEX ROBOTICS COMPETITION Cortex Firmware Inspection Using ROBOTC (cont.) 6. Verify that the Platform Type in ROBOTC is set to VEX 2.0 Cortex. Open ROBOTC for Cortex and PIC Open ROBOTC for Cortex and PIC from your Desktop or Start Menu Carnegie Mellon Robotics Academy / For use with VEX Robotics Systems Cortex Firmware Inspection - Using ROBOTC 1ģ VEX ROBOTICS COMPETITION Cortex Firmware Inspection Using ROBOTC (cont.) 3. ROBOTC will automatically recognize which USB port your robot is connected to. Plug one end of the USB A-to-A cable into the Cortex. For the most up-to-date firmware files download the latest version of ROBOTC for Cortex and PIC at You will need: Your VEX Cortex Microcontroller with Battery Your VEXnet Joysticks with Batteries A computer with ROBOTC for Cortex and PIC 2.32 or later installed (available at A USB A-to-A Programming Cable 1. Use this document to determine what versions of the Master firmware and ROBOTC user firmware are loaded on a robot. The ROBOTC Debugger 2010 Carnegie Mellon Robotics Academy / For use with VEX Robotics Systems ROBOTC Software Inspection Guide: Ģ VEX ROBOTICS COMPETITION Cortex Firmware Inspection Using ROBOTC This document is part of a software inspection guide for VEX Cortex based robots.
Using the ROBOTC Competition Templates 2.
#ROBOTC SOFTWARE UPGRADE#
Testing PIC Robots using the VEXnet Upgrade Additional Help Documents: 1. Testing PIC Robots using the 75MHz Crystals 2B. PIC Firmware Inspection using the IFI Loader 2A. PIC Firmware Inspection using ROBOTC (Recommended Method) 1B. Testing Cortex Robots using VEXnet VEX PIC Software Inspection Steps: 1A. Cortex Firmware Inspection using ROBOTC 2. 1 VEX ROBOTICS COMPETITION ROBOTC Software Inspection Guide with Additional Help Documentation VEX Cortex Software Inspection Steps: 1.
0 kommentar(er)
