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#include "qtapsensor.h"

#include "qtapsensor_p.h"

QTM_BEGIN_NAMESPACE

IMPLEMENT_READING(QTapReading)

/*!

    \class QTapReading

    \ingroup sensors_reading

    \preliminary

    \brief The QTapReading class represents one reading from the

           tap sensor.

    \section2 QTapReading Units

    The tap sensor registers tap and double tap events in one of the six directions.

    There are 3 axes that originate from the phone. They are arranged as follows.

\code

             +z

              |

              |      +y

              |     /

              |----/----

             /| NOKIA  /|

            //|--/--- / |

           // | /   //  /

          //  |/   //  /

         //   '--------------- +x

        //       //  /

       //       //  /

      /---------/  /

     /    O    /  /

    /         /  /

    ----------  /

    |_________!/

\endcode

*/

/*!

    \enum QTapReading::TapDirection

    The tap direction is reported as one of the six directions (X, Y, Z, positive and negative).

    There are 3 flags that you can use if you only care about the axis in use.

    \value Undefined This value means that the direction is unknown.

    \value X     This flag is set if the tap was along the X axis.

    \value Y     This flag is set if the tap was along the Y axis.

    \value Z     This flag is set if the tap was along the Z axis.

    \value X_Pos This value is returned if the tap was towards the positive X direction.

    \value Y_Pos This value is returned if the tap was towards the positive Y direction.

    \value Z_Pos This value is returned if the tap was towards the positive Z direction.

    \value X_Neg This value is returned if the tap was towards the negative X direction.

    \value Y_Neg This value is returned if the tap was towards the negative Y direction.

    \value Z_Neg This value is returned if the tap was towards the negative Z direction.

*/

/*!

    \property QTapReading::tapDirection

    \brief the direction of the tap.

    \sa {QTapReading Units}

*/

QTapReading::TapDirection QTapReading::tapDirection() const

{

    return static_cast<QTapReading::TapDirection>(d->tapDirection);

}

/*!

    Sets the tap direction to \a tapDirection.

*/

void QTapReading::setTapDirection(QTapReading::TapDirection tapDirection)

{

    d->tapDirection = tapDirection;

}

/*!

    \property QTapReading::doubleTap

    \brief a value indicating if there was a single or double tap.

    \list

    \o true - double tap

    \o false - single tap

    \endlist

    \sa {QTapReading Units}

*/

bool QTapReading::isDoubleTap() const

{

    return d->doubleTap;

}

/*!

    Sets the double tap status of the reading to \a doubleTap.

*/

void QTapReading::setDoubleTap(bool doubleTap)

{

    d->doubleTap = doubleTap;

}

// =====================================================================

// begin generated code

/*!

    \class QTapFilter

    \ingroup sensors_filter

    \preliminary

    \brief The QTapFilter class is a convenience wrapper around QSensorFilter.

    The only difference is that the filter() method features a pointer to QTapReading

    instead of QSensorReading.

*/

/*!

    \fn QTapFilter::filter(QTapReading *reading)

    Called when \a reading changes. Returns false to prevent the reading from propagating.

    \sa QSensorFilter::filter()

*/

const char *QTapSensor::type("QTapSensor");

/*!

    \class QTapSensor

    \ingroup sensors_type

    \preliminary

    \brief The QTapSensor class is a convenience wrapper around QSensor.

    The only behavioural difference is that this class sets the type properly.

    This class also features a reading() function that returns a QTapReading instead of a QSensorReading.

    For details about how the sensor works, see \l QTapReading.

    \sa QTapReading

*/

/*!

    \fn QTapSensor::QTapSensor(QObject *parent)

    Construct the sensor as a child of \a parent.

*/

/*!

    \fn QTapSensor::~QTapSensor()

    Destroy the sensor. Stops the sensor if it has not already been stopped.

*/

/*!

    \fn QTapSensor::reading() const

    Returns the reading class for this sensor.

    \sa QSensor::reading()

*/

// end generated code

#include "moc_qtapsensor.cpp"

QTM_END_NAMESPACE