//--------------------------------------------------------------
void AnimationParticlesMega2::VM_update(float dt)
{
if (hasPitch())
{
// if (mp_volumeAccum)
// m_particlesSize = ofMap(mp_volumeAccum->m_valueMean,0.0f,1.0f,m_properties.getFloat("particles size")->m_min, m_properties.getFloat("particles size")->m_max);
m_ampAttraction = ofMap(m_pitchLast, 0.0f,1.0f, 5, 50);
m_ampRepulsion = ofMap(m_pitchLast, 0.0f,1.0f, 40, 100);
m_repulsionRadius = ofMap(m_pitchLast, 0.0f,1.0f, 140, 300);
}
updateUIVolume();
updateUI();
map<string,ParticleForce*>::iterator it = m_mapParticleForce.begin();
ParticleForce* pParticleForce=0;
for ( ; it != m_mapParticleForce.end() ; ++it)
{
pParticleForce = it->second;
pParticleForce->update(dt);
}
//SoundManager::instance()->setVolumeSoundMainNormalized(m_volume);
}
//--------------------------------------------------------------
void AnimationLinesFF::VM_update(float dt)
{
updateUIVolume();
vector<LineFFElement*>::iterator it = m_lines.begin();
for (; it != m_lines.end();)
{
(*it)->update(dt);
if ( (*it)->m_pos.z >= 1000.0f){
m_lines.erase(it);
}
else
++it;
}
}
//--------------------------------------------------------------
void AnimationParticlesMega2::VM_update(float dt)
{
updateUIVolume();
particleSystem.setParticleSize(m_particlesSize);
m_volume += (m_volumeTarget-m_volume)*0.4f;
map<string,ParticleForce*>::iterator it = m_mapParticleForce.begin();
ParticleForce* pParticleForce=0;
for ( ; it != m_mapParticleForce.end() ; ++it)
{
pParticleForce = it->second;
pParticleForce->update(dt);
}
//SoundManager::instance()->setVolumeSoundMainNormalized(m_volume);
}
//--------------------------------------------------------------
void AnimationWaves::VM_update(float dt)
{
updateUIVolume();
if (hasPitch())
{
// m_nbWavePoints = (int)ofMap(m_pitchLast,0.0f,1.0f,15,3);
// updateNbPointsForWaves();
if (mp_sliderNbWavePoints) mp_sliderNbWavePoints->setValue( m_nbWavePoints );
}
m_wavesDeviceIt = m_wavesDevice.begin();
for ( ; m_wavesDeviceIt != m_wavesDevice.end(); ++m_wavesDeviceIt)
{
WaveManager* pWaveManager = m_wavesDeviceIt->second;
pWaveManager->update(dt);
}
}