Inertial Sensor and Premade Drivetrain

[ForsenCD]

Hello guys, I need help with some concepts regarding the inertial sensor.
I wanted to use some commands to make the drivetrain turn 90 degrees with the inertial sensor; however, my drive train is in a smart Drive group more specifically the drivetrain was created at the devices section (ex… Drivetrain. spinFor), and the line of code requires the drivetrain to have two separate motors. So, the question is. Does my drivetrain work with the lines of code?
I’ll leave the code below and any help will be appreciated. Thank you for your time.

I’m using (vex text pro)

[weilin]

Yes, the concept is correct in general.

However you cannot mix and match controlling motors individually and with drivetrain class.

See this topic for explanation of the differences between drivetrain and smartdrive classes:

VEXcode, motor groups and drivetrain example

There have been quite a few requests for instructions on how to use motor groups and creating a drivetrain with more than 2 motors in VEXcode. I’m going to discuss these classes a little and provide a simple example. What is a motor group ? A motor group collects two or more motors together and allows control as if they were a single entity. Just about all motor class member functions (by that I mean spin, spinTo, setVelocity etc.) are available on the motor group class. We introduced motor…

Also, here is the API fir the smartdrive class:

https://api.vexcode.cloud/v5/html/classvex_1_1smartdrive.html

Finally, if you choose not to use smartdrive with its built-in PID, here is a PID tutorial:

VEXCode PID Tutorial

I will be allocating this thread to answering any questions in regards to the tutorial Fair Warning: I am unsure if I have the positive and negative motor values correct, as this is all done on the top of my head. So If the robot is continuing to go even after the lateral position is reached, change error = averagePosition - desiredValue; to error = desiredValue - averagePosition; If the robot continues to go even after the turning desired is reached, change turnError = turnDifference - d…