Selective.h

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// Copyright 2025 Julien Lamy, ICube, Université de Strasbourg-CNRS.
// Part of msl, distributed under the terms of the MIT license.
 
#ifndef _c9329e06_87c5_414b_9794_1aa4bf381bf6
#define _c9329e06_87c5_414b_9794_1aa4bf381bf6
 
#include <MrProtSrv/Domain/CoreNative/SeqLim.h>
#include <MrProtSrv/Domain/MrProtData/MrProt/MrProt.h>
#include <MrProtSrv/Domain/MrProtData/MrProt/SeqIF/SeqExpo.h>
 
#include "msl/GradientPulse.h"
#include "msl/RFPulse.h"
 
namespace msl
{
 
namespace rf_pulses
{

template<typename TPulse>
class Selective: public RFPulse
{
public:
    Selective() = default;
    Selective(Selective<TPulse> const &) = default;
    Selective(Selective<TPulse> &&) = default;
    Selective<TPulse> & operator=(Selective<TPulse> const &) = default;
    Selective<TPulse> & operator=(Selective<TPulse> &&) = default;
    ~Selective() override = default;
    
    Type type() const override;
    
    Selective<TPulse> & setType(Type type) override;
    
    double flipAngle() const override;
    
    Selective<TPulse> & setFlipAngle(double flipAngle) override;
    
    double initialPhase() const override;
    
    Selective<TPulse> & setInitialPhase(double initialPhase) override;
    
    double additionalPhase() const override;
    
    Selective<TPulse> & setAdditionalPhase(double additionalPhase) override;
    
    long startTime() const override;
    
    Selective<TPulse> & setStartTime(long startTime) override;
    
    long duration() const override;
    
    Selective<TPulse> & setDuration(long duration) override;
    
    Selective<TPulse> & setRFDuration(long duration);
    
    long samples() const override;
    
    Selective<TPulse> & setSamples(long samples) override;
    
    std::string ident() const override;
    
    Selective<TPulse> & setIdent(std::string const & ident) override;
    
    double gamma() const override;
    
    long peakTime() const override;
    
    MrProtocolData::SeqExpoRFInfo rfInfo() const override;
    
    double thickness() const;
    
    Selective<TPulse> & setThickness(double thickness);
    
    TPulse const & rf() const;
    
    TPulse & rf();
    
    GradientPulse const & gradient() const;
    
    Selective<TPulse> & setSlice(sSLICE_POS const & slice) override;
    
    NLSStatus prepare(
        MrProt & protocol, SeqLim & limits, SeqExpo & exports) override;
    
    NLSStatus run(
        MrProt & protocol, SeqLim & limits, SeqExpo & exports) override;
    
private:
    long _startTime;
    TPulse _rf;
    GradientPulse _gradient;
};
 
}
 
}
 
#include "Selective.txx"
 
#endif // _c9329e06_87c5_414b_9794_1aa4bf381bf6