: The paper concludes that Tinkercad accurately mirrors the behavior of real-world PID loops, specifically regarding overshoot and settling time , making it an effective tool for rapid prototyping without the risk of damaging electronics. Why It Is "Interesting"
void loop() float position = readEncoder(); float speedCmd = posPID.compute(position); speedPID.setpoint = speedCmd; float torque = speedPID.compute(readSpeed()); analogWrite(motorPin, constrain(torque + feedforward, 0, 255)); tinkercad pid control
:
In an ideal world, you would calculate these gains mathematically. In reality, you simulate, tune, and iterate. : The paper concludes that Tinkercad accurately mirrors