RshChannel.h

См. документацию.

#ifndef RSH_CHANNEL_H
#define RSH_CHANNEL_H
 
#include "RshBaseType.h"
#include "RshBufferType.h"

#include <ostream>
 
#pragma pack(push, 8)

struct RshChannel : public RshBaseType
{
    U32 gain;

    U32 control;

    double adjustment;


    enum Control
    {
        NotUsed = 0x0,

        NoSynchro = 0x0,

        Resist1MOhm = 0x0,

        DC = 0x0,

        ICPPowerOff = 0x0,

        Used = 0x1,

        Synchro = 0x2,

        AC = 0x4,

        Resist50Ohm = 0x8,

        ICPPowerOn = 0x10,

        FirstChannel = 0x10000,
    };

    RshChannel(U32 Gain = 1, U32 Control = 0, double Adjustment = 0.0);

    RshChannel(const RshChannel& obj);

    RshChannel& operator=(const RshChannel& obj);

    bool operator==(RshChannel& obj) const;

    bool operator!=(RshChannel& obj) const;

    bool operator< (const RshChannel& obj) const;

    bool operator> (const RshChannel& obj) const;

    friend std::ostream& operator<< (std::ostream &out, const RshChannel& obj);
    
    void SetDefaultPatameters();
    
    void SetUsed(bool on = true);
    
    void SetFirstChannel(bool on = true);
    
    void SetSynchro(bool on = true);
    
    void SetICPPower(bool on = true);
    
    void SetInputAC(bool on = true);
    
    void SetInputDC(bool on = true);
    
    void SetResist50Ohm(bool on = true);
    
    void SetResist1MOhm(bool on = true);
    
    bool IsUsed() const;
    
    bool IsFirstChannel() const;
    
    bool IsSynchroSource() const;
    
    bool IsICPPowerOn() const;
    
    bool IsInputACActive() const;
    
    bool IsInputDCActive() const;
    
    bool IsResist50OhmActive() const;
    
    bool IsResist1MOhmActive() const;
};

typedef RshBufferType< RshChannel, rshBufferTypeChannel > RSH_BUFFER_CHANNEL;

#pragma pack(pop)
#endif// RSH_CHANNEL_H