SimpleFOClibrary
2.1
pid.h
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#ifndef PID_H
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#define PID_H
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#include "
time_utils.h
"
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#include "
foc_utils.h
"
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class
PIDController
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{
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public
:
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PIDController
(
float
P
,
float
I
,
float
D
,
float
ramp,
float
limit
);
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~PIDController
() =
default
;
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float
operator()
(
float
error);
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float
P
;
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float
I
;
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float
D
;
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float
output_ramp
;
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float
limit
;
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protected
:
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float
integral_prev
;
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float
error_prev
;
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unsigned
long
timestamp_prev
;
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float
output_prev
;
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};
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#endif // PID_H
PIDController::error_prev
float error_prev
last tracking error value
Definition:
pid.h:35
PIDController::I
float I
Integral gain.
Definition:
pid.h:28
PIDController::operator()
float operator()(float error)
Definition:
pid.cpp:17
foc_utils.h
PIDController::~PIDController
~PIDController()=default
PIDController::timestamp_prev
unsigned long timestamp_prev
Last execution timestamp.
Definition:
pid.h:36
PIDController::output_prev
float output_prev
last pid output value
Definition:
pid.h:37
PIDController::limit
float limit
Maximum output value.
Definition:
pid.h:31
PIDController::PIDController
PIDController(float P, float I, float D, float ramp, float limit)
Definition:
pid.cpp:3
PIDController::output_ramp
float output_ramp
Maximum speed of change of the output value.
Definition:
pid.h:30
time_utils.h
PIDController::P
float P
Proportional gain.
Definition:
pid.h:27
PIDController::D
float D
Derivative gain.
Definition:
pid.h:29
PIDController
Definition:
pid.h:12
PIDController::integral_prev
float integral_prev
last integral component value
Definition:
pid.h:34
Arduino
libraries
Arduino-FOC
src
common
pid.h
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