#ifndef SRAMRX_H
#define SRAMRX_H

#include <QObject>

struct SramRx_t {
	QVector<quint32> rxR0CenterActiveElementNumber;
	QVector<quint32> rxR0ActiveElementNumber;
	QVector<float> rxActiveElementStep;
	QVector<quint32> interceptPointFiringTime;
	QVector<float> r0Position;
	QVector<quint32> rxFocusPointNumber;
	QVector<float> thetaCos;
	QVector<float> thetaSin;
	QVector<float> phiCos;
	QVector<float> phiSin;
	QVector<float> interceptXPos;
	QVector<float> interceptYPos;
	QVector<float> interceptZPos;
	QVector<float> txR0MinDelay;
	QVector<float> rxR0MinDelay;
	QVector<float> rxR0MaxDelay;
	QVector<quint32> txR0MinDelayQ;
	QVector<quint32> rxR0MinDelayQ;
	QVector<quint32> rxR0MaxDelayQ;
	QVector<quint32> rxR0StartActiveElementNumber;
	QVector<float> r0XPosition;
	QVector<float> r0YPosition;
	QVector<float> r0ZPosition;

	void clear()
	{
		rxR0CenterActiveElementNumber.clear();
		rxR0ActiveElementNumber.clear();
		rxActiveElementStep.clear();
		interceptPointFiringTime.clear();
		r0Position.clear();
		rxFocusPointNumber.clear();
		thetaCos.clear();
		thetaSin.clear();
		phiCos.clear();
		phiSin.clear();
		interceptXPos.clear();
		interceptYPos.clear();
		interceptZPos.clear();
		txR0MinDelay.clear();
		rxR0MinDelay.clear();
		rxR0MaxDelay.clear();
		txR0MinDelayQ.clear();
		rxR0MinDelayQ.clear();
		rxR0MaxDelayQ.clear();
		rxR0StartActiveElementNumber.clear();
		r0XPosition.clear();
		r0YPosition.clear();
		r0ZPosition.clear();
	}
};

#endif //SRAMRX_H