v-pid-regler
hio/nwt-gus-hi/v-pid-regler
A proportional–integral–derivative controller. Computes fuzzy output value based on an actual current input value and the desired value.
v-pid-regler
@/v-pid-regler
A proportional–integral–derivative controller. Computes fuzzy output value based on an actual current input value and the desired value.
Regelgröße y'(t)number
Current actual value. Usually provided by a feedback mechanism such as encoder, thermometer, or another sensor.
Führungsgröße w(t)number
Target, desired value. The final effect of `OUT` would make `IN` converge to `TARG` if coefficients set up correctly.
Kpnumber
P (proportional) factor. Set to 0 to disable, positive value to increase `OUT` if `IN` is less than `TARG`, negative value to inverse. Start with tweaking this coefficient first. Values in range (0.0, 2.0) usually give a decent result.
Kinumber
I (integral) factor. Set to 0 to disable. Non-zero value control a reaction to the accumulated error value.
Kdnumber
D (derivative) factor. Set to 0 to disable. Non-zero value control a reaction to the rate of error change.
Updatepulse
Triggers new computation, i.e. `OUT` update.
Neustartpulse
Resets computed errors and rates. Leads to starting computation from scratch.
Stellgröße u(t)number
Computed effect value. Usually sent to an actuator like motor, cooler, etc.