dual_cascade_motor.hpp

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#pragma once
 
#include "wrap/rail/motor/ioutput_motor.hpp"
#include "wrap/rail/telemetry/itelemetry.hpp"
#include "wrap/rail/system/isystem.hpp"
 
#include "wrap/trap/algorithms/dual_cascade_pid.hpp"
 
#include "wrap/units/units_alias.hpp"
 
#include <memory>
 
namespace fang::motor
{
    template
        <
        typename Output,
        typename Control,
        typename Intermediate,
        typename Time = Seconds,
        typename MainError = Control,
        typename IntermediateError = Intermediate 
        >
    class DualCascadeMotor : virtual public system::ISystem
    {
    public:
        using ControlledMotor = IOutputMotor<Output>;
        using ControlTelemetry = telemetry::ITelemetry<Control>;
        using IntermediateTelemetry = telemetry::ITelemetry<Intermediate>;
        using Pid = trap::algorithms::DualCascadePid
            <
            Control,
            Intermediate,
            Output,
            Time,
            MainError,
            IntermediateError
            >;
        using Config = Pid::Config;
 
        DualCascadeMotor(
            const Config& config,
            std::unique_ptr<ControlledMotor> motor,
            std::unique_ptr<ControlTelemetry> controlTelemetry,
            std::unique_ptr<IntermediateTelemetry> intermediateTelemetry
        ):
            pid_{config},
            motor_{std::move(motor)},
            controlTelemetry_{std::move(controlTelemetry)},
            intermediateTelemetry_{std::move(intermediateTelemetry)}
        {
        }
 
        void initialize() override
        {
            motor_->initialize();
        }
 
        void update() override
        {
            syncMotorToPid();
            motor_->update();
        }
 
        void update(const Time& delta)
        {
            const Output kOutput
            {
                pid_.runController(
                    controlTelemetry_->getData(),
                    intermediateTelemetry_->getData(),
                    delta
                )
            };
            motor_->setTargetOutput(kOutput);
            motor_->update();
        }
 
        void setTarget(const Control& control)
        {
            pid_.setTarget(control);
        }
 
    private:
        Pid pid_;
        std::unique_ptr<ControlledMotor> motor_;
        std::unique_ptr<ControlTelemetry> controlTelemetry_;
        std::unique_ptr<IntermediateTelemetry> intermediateTelemetry_;
 
        void syncMotorToPid()
        {
            const Output kOutput
            {
                pid_.runController(
                    controlTelemetry_->getData(),
                    intermediateTelemetry_->getData()
                )
            };
            motor_->setTargetOutput(kOutput);
        }
    };
}