Students that learn ROBOTC Programming are also learning key components of Industry Standard Programming Languages.ġ6 Industry Standard IDE Students programming in the ROBOTC IDE are also learning how to use features in Industry Standard IDE’s.ġ8 Trainer notes: Feel free to lean heavily on these videos ROBOTC is developed specifically with teachers, classrooms, and competitions in mind Complete programming solution for the VEX Cortex, VEX IQ, VEX PIC, and several other popular robot platforms (with simulations!) Only programming language for the VEX Cortex and VEX IQ with a real-time debugger Quickly see motor and sensor values, troubleshoot issues Very similar to industry-standard C programming Students get real-world programming experience Trainer Notes: The next few slides are meant to highlight features in ROBOTC that will help trainees succeed as they program and answer their own questions. Trainer notes: Feel free to lean heavily on these videos. ![]() They do a decent job of breaking down the code and explaining behaviors, freeing you up to help troubleshoot. It’s highly recommended that you watch these together using your presentation computer and speakers, rather than having each attendee watch them individually – too much noise for anything to be intelligible.ĥ0+ tutorial videos teach step-by-step how to program using ROBOTC and the Cortex 100+ pages of supplementary “helper guides” 40+ programming challenges Freely available atĮveryone learns different things at different paces Everyone MUST move at a different pace Going too fast results in failure and frustration Going too slow results in loss of attention (i.e. Future failure) VCVT can be used as a teaching aid One instructor can’t teach at 20 different paces simultaneously One instructor plus 20 computers canĦ0 tutorial videos teach step-by-step how to program using ROBOTC and the Cortex 100+ pages of supplementary “helper guides” 40+ programming challenges Freely available at Direct link to the video trainer:Ģ3 Platform Type Make sure to configure ROBOTC to work with the Cortex!Ģ4 Compiler Target Make sure your Compiler Target is set to “Physical Robot”. ![]() ![]() Show this in ROBOTC IDE.Īllows you to specify: How programs are downloaded Whether the Cortex looks for a VEXnet connection when it starts up With “VEXnet or USB” the Cortex will look for a VEXnet connection before running code Trainer Notes: You can have attendees switch to “USB Only”, but you will have to remember to have them switch back before doing any wireless programming or remote control programs.
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