Awesome code, what are the accurate turns used. Especially the part where it goes back and turns left near the two red blocks, it’s hard to find the accurate angle. Thanks, hats off!
Hello, after looking at your machine, I feel like my life has suddenly brightened up. I really admire you. If possible, could you show me the drawings? Thank you very much
spin the intake forward or back forever before adding the drivetrain blocks. there should be a motion block not designating a motor group or motor to spin for a certain amt of times or revolutions. thats the block u need before the drivetrain motions. hope dis helpful :)
Can i get your email Eric I'm not sure if it was the right email that i sent it to and if it was the right email can you check you email just in case. Thank you for the videos and help.
How do you make your robot turn in an Arc while still driving forward or backwards. My team is also using C++ and this is something I couldn't figure out.
@@ThatOneGuy19467 I did that. I found out after trying C++. Though for some reason after my teams robot aligns with the goal zone, the elevator doesn't go up. It doesn't get stuck or anything but it just stays still.
basically, for an arc movement, you will need your drivetrain motors as separate motors like “left drive” and “right drive”. after that, u need to make a pair of the two for motion with “and dont wait” between the two. lastly, depending on the direction of arc desired, set that motor to a higher value than the other, making one side move more and making an arc of the robot. hope this helps :)
hey eric, i need some help with programming. i notice that your programs always look very smooth without many pauses between turns and driving. how do you achieve this? im dont know how to combine turning and driving into a single movement without pauses, and i dont know how to make it precise. can you help?
if you take the left purple instead of yellow, and push the yellow discs off while you are shooting in the middle, you will get at least 4 points more, right?
