AnalogDelayObject.h

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#ifndef ANALOGDELAYOBJECT_H_
#define ANALOGDELAYOBJECT_H_

#include <string>
using std::string;

#include "SimObject.h"
#include "CircularQueue.h"

class AnalogDelayObject : public SimObject
{

    SIMOBJECT( AnalogDelayObject, AdvancePhase::Two )

public:
    AnalogDelayObject(delay_t minimumDelay = 1);

    virtual ~AnalogDelayObject();

    virtual void setAnalogInput(double v, analog_port_id_t port = 0);

    virtual double getAnalogOutput(analog_port_id_t port = 0) const;

    void announceDelayedRead(delay_t delay);

    virtual int advance(AdvanceInfo const &);

    virtual int init(InitializeInfo *ii);

    virtual int reset( double dt );

    virtual int getFieldOffset(string fieldname);

/*    virtual double  getLastSpikeTime()
    {
        return -1;
    };

    virtual bool  firedQ()
    {
        return false;
    };
*/
    void advanceCycle();

    double getCycledAnalogOutput(int delay)
    {
        // cerr << "delayer " << this << " : get cycled analog output value = " << delay_queue->getFromMark(delay) <<
        //      " delay = " << delay << endl;
        return delay_queue->getFromMark(delay);
    };

    bool isScheduledForAdvanceCycle()
    {
        return addedForAdvanceCycle;
    }

    void setAddedForAdvanceCycle()
    {
        addedForAdvanceCycle = true;
    }

    void putNewCycleValues(double *val)
    {
        delay_queue->putArray(val, minDelay);
        delay_queue->moveMark(minDelay);
    }

        int initDistributedMode();

protected:
    CircularQueue<double>* delay_queue;

    delay_t minDelay;

    delay_t maxDelay;

        friend class SimObjectTypeTest;
    double input;

    double output;

    bool addedForAdvanceCycle;

};

typedef AnalogDelayObject IncomingAnalogDelayObject;

#endif /*ANALOGDELAYOBJECT_H_*/

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