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#include "sensorfwgyroscope.h"

char const * const SensorfwGyroscope::id("sensorfw.gyroscope");
const float SensorfwGyroscope::MILLI = 0.001;

SensorfwGyroscope::SensorfwGyroscope(QSensor *sensor)
    : SensorfwSensorBase(sensor)
    , m_initDone(false)
{
    init();
    setDescription(QLatin1String("angular velocities around x, y, and z axis in degrees per second"));
    setRanges(MILLI);
    setReading<QGyroscopeReading>(&m_reading);
    addDataRate(10, 10);
    addDataRate(50, 50);
    sensor->setDataRate(50);//set a default rate
}

void SensorfwGyroscope::slotDataAvailable(const XYZ& data)
{
    m_reading.setX((qreal)(data.x()*MILLI));
    m_reading.setY((qreal)(data.y()*MILLI));
    m_reading.setZ((qreal)(data.z()*MILLI));
    m_reading.setTimestamp(data.XYZData().timestamp_);
    newReadingAvailable();
}

void SensorfwGyroscope::slotFrameAvailable(const QVector<XYZ>&  frame)
{
    for (int i=0, l=frame.size(); i<l; i++) {
        slotDataAvailable(frame.at(i));
    }
}

bool SensorfwGyroscope::doConnect()
{
    if (m_bufferSize==1)
        return QObject::connect(m_sensorInterface, SIGNAL(dataAvailable(const XYZ&)), this, SLOT(slotDataAvailable(const XYZ&)));
    return QObject::connect(m_sensorInterface, SIGNAL(frameAvailable(const QVector<XYZ>& )),this, SLOT(slotFrameAvailable(const QVector<XYZ>& )));
}

QString SensorfwGyroscope::sensorName() const
{
    return "gyroscopesensor";
}

qreal SensorfwGyroscope::correctionFactor() const
{
    return MILLI;
}

void SensorfwGyroscope::init()
{
    m_initDone = false;
    initSensor<GyroscopeSensorChannelInterface>(m_initDone);
}
