//--------------------------------------------------------------
void AnimationLinesFF::onNewPacket(DevicePacket* pDevicePacket, string deviceId, float x, float y)
{
accumulateVolume(pDevicePacket->m_volume, deviceId);
m_lastPacketColor = pDevicePacket->m_color;
if (pDevicePacket->m_volume >= m_volValuesMeanTh)
{
emitLine(deviceId);
}
}
//--------------------------------------------------------------
void AnimationParticlesMega2::onNewPacket(DevicePacket* pDevicePacket, string deviceId, float x, float y)
{
if (pDevicePacket)
accumulateVolume(pDevicePacket->m_volume, deviceId);
map<string,ParticleForce*>::iterator it = m_mapParticleForce.find(deviceId);
ParticleForce* pParticleForce=0;
if ( it == m_mapParticleForce.end())
{
pParticleForce = new ParticleForce(x,y);
m_mapParticleForce[deviceId] = pParticleForce;
}
else
{
pParticleForce = it->second;
}
if (pParticleForce && pDevicePacket)
{
pParticleForce->m_anchor.set(x,y);
pParticleForce->m_volumeTarget = pDevicePacket->m_volume;
Device* pDevice = GLOBALS->mp_deviceManager->getDeviceById( deviceId );
pParticleForce->m_color = pDevice->m_color;
// printf("pDevicePacket->m_volume = %.5f\n", pDevicePacket->m_volume);
}
/*
m_anchor.set(x, y);
if (pDevicePacket)
{
m_volumeTarget = pDevicePacket->m_volume;
}
*/
}
