axmol/cocos2dx/platform/bada/CCAccelerometer_bada.cpp

/****************************************************************************
Copyright (c) 2010 cocos2d-x.org

http://www.cocos2d-x.org

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****************************************************************************/

#include "CCAccelerometer_bada.h"
#include "ccMacros.h"

using namespace Osp::Uix;

NS_CC_BEGIN;

CCAccelerometer* CCAccelerometer::m_spCCAccelerometer = NULL;

CCAccelerometer::CCAccelerometer() : m_pAccelDelegate(NULL)
{
}

CCAccelerometer::~CCAccelerometer() 
{
	m_spCCAccelerometer = NULL;
}

CCAccelerometer* CCAccelerometer::sharedAccelerometer() 
{

  	if (m_spCCAccelerometer == NULL)
  	{
  		m_spCCAccelerometer = new CCAccelerometer();
  	}
  	
  	return m_spCCAccelerometer;
}

  void CCAccelerometer::setDelegate(CCAccelerometerDelegate* pDelegate) 
{
	m_pAccelDelegate = pDelegate;

	if (pDelegate)
	{		
	//	enableAccelerometerJNI();
	}
	else
	{
	//	disableAccelerometerJNI();
	}
  }
void CCAccelerometer::update(float x, float y, float z, long sensorTimeStamp)
{
	
}
/*
void CCAccelerometer::addDelegate(CCAccelerometerDelegate* pDelegate)
{
    CCAccelerometerHandler* pHandler = CCAccelerometerHandler::handlerWithDelegate(pDelegate);

    if (pHandler)
    {
        m_pDelegates->addObject(pHandler);

        if (!m_pSensor)
        {
        	long	interval = 10;
        	bool	available = false;
        	result	r = E_INVALID_STATE;
        	m_pSensor = new SensorManager();
        	m_pSensor->Construct();

        	available = m_pSensor->IsAvailable(SENSOR_TYPE_ACCELERATION);

        	if (true == available)
        	{
        		long	intervalTemp = 0;
        		m_pSensor->GetMaxInterval(SENSOR_TYPE_ACCELERATION, intervalTemp);
        		if (interval > intervalTemp)
        			interval = intervalTemp;
        		m_pSensor->GetMinInterval(SENSOR_TYPE_ACCELERATION, intervalTemp);
        		if (interval < intervalTemp)
        			interval = intervalTemp;

        	    r = m_pSensor->AddSensorListener(*this, SENSOR_TYPE_ACCELERATION, interval, false);
        	}
        }
    }
}

void CCAccelerometer::didAccelerate(CCAcceleration* pAccelerationValue)
{
    CCAccelerometerHandler  *pHandler;
    CCAccelerometerDelegate *pDelegate;
    CCMutableArray<CCAccelerometerHandler*>::CCMutableArrayIterator  iter;

    if (m_pDelegates->count() > 0)
    {
        for (iter = m_pDelegates->begin(); iter != m_pDelegates->end(); ++iter)
        {
            pHandler = *iter;
            pDelegate = pHandler->getDelegate();
            pDelegate->didAccelerate(pAccelerationValue);
        }
    }
}
*/
void CCAccelerometer::OnDataReceived(SensorType sensorType, SensorData& sensorData, result r)
{
	long timeStamp = 0;
	float x = 0.0, y = 0.0, z = 0.0;

	sensorData.GetValue((SensorDataKey)ACCELERATION_DATA_KEY_TIMESTAMP, timeStamp);
	sensorData.GetValue((SensorDataKey)ACCELERATION_DATA_KEY_X, x);
	sensorData.GetValue((SensorDataKey)ACCELERATION_DATA_KEY_Y, y);
	sensorData.GetValue((SensorDataKey)ACCELERATION_DATA_KEY_Z, z);

	CCAcceleration AccValue;
	AccValue.x = -x;
	AccValue.y = -y;
	AccValue.z = -z;
	AccValue.timestamp = timeStamp;
//	AppLog("x = %d, y = %d, z = %d, timestamp = %d", AccValue.x, AccValue.y, AccValue.z, AccValue.timestamp);
	// call delegates' didAccelerate function
//cjh	didAccelerate(&AccValue);
//	bHandled = TRUE;

	AppLog("####################TimeStamp:[%d], Accel.x,y,z:[%f,%f,%f]",
		timeStamp,
		x, y, z);

}

NS_CC_END;