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Update README.md
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@ -68,15 +68,14 @@ Once the drive base is fully functional, the next step is to create subsystems f
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RobotParams.SLIDE_STALL_ERR_RATE_THRESHOLD);
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//
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// Stall protection will detect motor stall and cut power to protect it. This is also required if
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// you want to enable zero calibration by motor stall.
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// you want to enable zero calibration by motor stall (e.g. don't have lower limit switch).
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// A motor is considered stalled if:
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// - the power applied to the motor is above or equal to stallMinPower.
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// - the motor has not moved or movement stayed within stallTolerance for at least stallTimeout.
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// Note: By definition, holding target position doing software PID control is stalling. If you decide to enable
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// stall protection while holding target, please make sure to set a stallMinPower much greater than the
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// power necessary to hold position against gravity, for example. However, if you want to zero calibrate
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// on motor stall (e.g. don't have lower limit switch), you want to make sure calPower is at least
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// stallMinPower.
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// on motor stall, you want to make sure calPower is at least stallMinPower.
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//
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slideMotor.setStallProtection(
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RobotParams.SLIDE_STALL_MIN_POWER, RobotParams.SLIDE_STALL_TOLERANCE,
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