void IndexTextureController::updateCoords(const std::string& _value)
{
MyGUI::IntCoord coord;
if (MyGUI::utility::parseComplex(_value, coord.left, coord.top, coord.width, coord.height))
mSize = coord.size();
else
mSize.clear();
updateFrames();
}
void TFDisplay::update( float dt )
{
update_timer_ += dt;
if ( update_timer_ > update_rate_ )
{
updateFrames();
update_timer_ = 0.0f;
}
}
void ComponentLayoutEditor::bindWithTarget ()
{
if (target != NULL)
{
Component* t = (Component*) target.getComponent ();
Component* p = t->getParentComponent ();
p->addAndMakeVisible (this);
setBounds (t->getBounds ());
updateFrames ();
}
}
void ComponentLayoutManager::bindWithTarget ()
{
if (target && !target->hasBeenDeleted ())
{
Component* t = (Component*) target->getComponent ();
Component* p = t->getParentComponent ();
p->addAndMakeVisible (this);
setBounds (t->getBounds ());
updateFrames ();
}
}
void IndexTextureController::notifyChangeProperty(PropertyPtr _sender)
{
if (!mActivated || !PropertyUtility::isDataSelected(_sender->getOwner()))
return;
if (_sender->getOwner()->getType()->getName() == "Group")
{
if (_sender->getType()->getName() == "Texture")
mControl->setTextureValue(_sender->getValue());
else if (_sender->getType()->getName() == "Size")
updateCoords(_sender->getValue());
}
else if (_sender->getOwner()->getType()->getName() == "Frame")
{
if (_sender->getType()->getName() == "Point")
updateFrames();
}
}
bool Call::mixData(float *buf, int len, float balance)
{
#ifdef REN_DEBUG
qWarning(QString("Call::mixData() - Balance: %1").arg(balance, 2, 'f', 1 ));
#endif
bool ret = false;
// renyang - 目前準備好的音訊檔的frames個數大於len
if (readyFrames >= len)
{
if (!mutePlay)
{
for (int i=0; i<len; i++)
buf[i] = (buf[i]*(1.f-balance)) + (soundBuffer[i]*balance);
ret = true;
}
updateFrames(len);
}
return ret;
}
//THIS MAKES THREAD DATA INCONSISTENT! Careful when using
void ThreadPiece::offset_and_update_locally(const Vector3d& offset)
{
//offset this vertex (call it vertex i)
_vertex += offset;
#ifdef ISOTROPIC
updateFrames();
#else
//calculate the locally changed edges and bishop frames (from i-1 to i+1)
if (_prev_piece != NULL)
{
_prev_piece->update_edge();
if (_prev_piece->_prev_piece != NULL) {
_prev_piece->update_bishop_frame();
_prev_piece->update_material_frame();
}
}
if (_next_piece != NULL)
{
update_edge();
if (_prev_piece != NULL)
{
update_bishop_frame();
}
if (_next_piece->_next_piece != NULL)
{
_next_piece->update_bishop_frame();
//find how the change in bishop frame affects the angle change
update_material_frame();
double angle_twist_diff = _next_piece->twist_angle_error();
// std::cout << "angle twist diff: " << angle_twist_diff << std::endl;
_next_piece->_angle_twist += angle_twist_diff;
//_next_piece->update_material_frame();
}
}
#endif
}
// renyang - 播放響鈴或是對方的語音
bool Call::playData(float *buf, int len)
{
#ifdef REN_DEBUG
// qWarning(QString("Call::playData() - readyFrames: %1 len %2").arg(readyFrames).arg(len));;
qWarning(QString("Call::playData(float %1, int %2)").arg(*buf).arg(len));
#endif
bool ret = false;
// renyang - 只有當真的有資料可以撥放時, 回傳才會是true
if (readyFrames >= len)
{
if (!mutePlay)
{
for (int i=0; i<len; i++)
{
// renyang - 撥放是由Phone去撥放的
buf[i] = soundBuffer[i];
}
ret = true;
}
// renyang - 由readyBuffer扣掉len長度
updateFrames(len);
}
return ret;
}
void VisualizationManager::onUpdate()
{
ros::WallDuration wall_diff = ros::WallTime::now() - last_update_wall_time_;
ros::Duration ros_diff = ros::Time::now() - last_update_ros_time_;
float wall_dt = wall_diff.toSec();
float ros_dt = ros_diff.toSec();
last_update_ros_time_ = ros::Time::now();
last_update_wall_time_ = ros::WallTime::now();
//ROS_INFO("time since last update: %fs", wall_dt);
if(ros_dt < 0.0)
{
resetTime();
}
ros::spinOnce();
Q_EMIT preUpdate();
frame_manager_->update();
root_display_group_->update( wall_dt, ros_dt );
view_manager_->update(wall_dt, ros_dt);
time_update_timer_ += wall_dt;
if( time_update_timer_ > 0.1f )
{
time_update_timer_ = 0.0f;
updateTime();
}
frame_update_timer_ += wall_dt;
if(frame_update_timer_ > 1.0f)
{
frame_update_timer_ = 0.0f;
updateFrames();
}
selection_manager_->update();
if( tool_manager_->getCurrentTool() )
{
tool_manager_->getCurrentTool()->update(wall_dt, ros_dt);
}
if ( view_manager_ &&
view_manager_->getCurrent() &&
view_manager_->getCurrent()->getCamera() )
{
directional_light_->setDirection(view_manager_->getCurrent()->getCamera()->getDerivedDirection());
}
frame_count_++;
//ROS_INFO("rviz/scenegraph update completed");
if ( render_requested_ || wall_dt > 0.01 )
{
render_requested_ = 0;
boost::mutex::scoped_lock lock(private_->render_mutex_);
if ( render_panel_list_.size() == 0 )
ogre_root_->renderOneFrame();
for ( int i = 0; i < render_panel_list_.size(); i++ )
{
if( render_panel_render_mask_[i] )
{
active_view_id_ = i;
render_panel_list_[i]->getRenderWindow()->update(true);
}
}
}
//ROS_INFO("finished rendering one frame");
}
void ParticlesGame::controlEvent(Control* control, EventType evt)
{
std::string id = control->getId();
// Handle UI events.
ParticleEmitter* emitter = _particleEmitterNode->getParticleEmitter();
switch(evt)
{
case Listener::VALUE_CHANGED:
if (control == _startRed)
{
Vector4 startColor = emitter->getColorStart();
startColor.x = _startRed->getValue();
emitter->setColor(startColor, emitter->getColorStartVariance(), emitter->getColorEnd(), emitter->getColorEndVariance());
}
else if (control == _startGreen)
{
Vector4 startColor = emitter->getColorStart();
startColor.y = _startGreen->getValue();
emitter->setColor(startColor, emitter->getColorStartVariance(), emitter->getColorEnd(), emitter->getColorEndVariance());
}
else if (control == _startBlue)
{
Vector4 startColor = emitter->getColorStart();
startColor.z = _startBlue->getValue();
emitter->setColor(startColor, emitter->getColorStartVariance(), emitter->getColorEnd(), emitter->getColorEndVariance());
}
else if (control == _startAlpha)
{
Vector4 startColor = emitter->getColorStart();
startColor.w = _startAlpha->getValue();
emitter->setColor(startColor, emitter->getColorStartVariance(), emitter->getColorEnd(), emitter->getColorEndVariance());
}
else if (control == _endRed)
{
Vector4 endColor = emitter->getColorEnd();
endColor.x = _endRed->getValue();
emitter->setColor(emitter->getColorStart(), emitter->getColorStartVariance(), endColor, emitter->getColorEndVariance());
}
else if (control == _endGreen)
{
Vector4 endColor = emitter->getColorEnd();
endColor.y = _endGreen->getValue();
emitter->setColor(emitter->getColorStart(), emitter->getColorStartVariance(), endColor, emitter->getColorEndVariance());
}
else if (control == _endBlue)
{
Vector4 endColor = emitter->getColorEnd();
endColor.z = _endBlue->getValue();
emitter->setColor(emitter->getColorStart(), emitter->getColorStartVariance(), endColor, emitter->getColorEndVariance());
}
else if (control == _endAlpha)
{
Vector4 endColor = emitter->getColorEnd();
endColor.w = _endAlpha->getValue();
emitter->setColor(emitter->getColorStart(), emitter->getColorStartVariance(), endColor, emitter->getColorEndVariance());
}
else if (control == _startMin)
{
emitter->setSize(_startMin->getValue(), emitter->getSizeStartMax(), emitter->getSizeEndMin(), emitter->getSizeEndMax());
}
else if (control == _startMax)
{
emitter->setSize(emitter->getSizeStartMin(), _startMax->getValue(), emitter->getSizeEndMin(), emitter->getSizeEndMax());
}
else if (control == _endMin)
{
emitter->setSize(emitter->getSizeStartMin(), emitter->getSizeStartMax(), _endMin->getValue(), emitter->getSizeEndMax());
}
else if (control == _endMax)
{
emitter->setSize(emitter->getSizeStartMin(), emitter->getSizeStartMax(), emitter->getSizeEndMin(), _endMax->getValue());
}
else if (control == _energyMin)
{
emitter->setEnergy(_energyMin->getValue(), emitter->getEnergyMax());
}
else if (control == _energyMax)
{
emitter->setEnergy(emitter->getEnergyMin(), _energyMax->getValue());
}
else if (control == _emissionRate)
{
emitter->setEmissionRate(_emissionRate->getValue());
}
else if (id == "posX")
{
Vector3 pos(emitter->getPosition());
pos.x = ((Slider*)control)->getValue();
emitter->setPosition(pos, emitter->getPositionVariance());
}
else if (id == "posY")
{
Vector3 pos(emitter->getPosition());
pos.y = ((Slider*)control)->getValue();
emitter->setPosition(pos, emitter->getPositionVariance());
}
else if (id == "posZ")
{
Vector3 pos(emitter->getPosition());
pos.z = ((Slider*)control)->getValue();
emitter->setPosition(pos, emitter->getPositionVariance());
}
else if (control == _posVarX)
{
Vector3 posVar = emitter->getPositionVariance();
posVar.x = _posVarX->getValue();
emitter->setPosition(emitter->getPosition(), posVar);
}
else if (control == _posVarY)
{
Vector3 posVar = emitter->getPositionVariance();
posVar.y = _posVarY->getValue();
emitter->setPosition(emitter->getPosition(), posVar);
}
else if (control == _posVarZ)
{
Vector3 posVar = emitter->getPositionVariance();
posVar.z = _posVarZ->getValue();
emitter->setPosition(emitter->getPosition(), posVar);
}
else if (control == _velX)
{
Vector3 vel = emitter->getVelocity();
vel.x = _velX->getValue();
emitter->setVelocity(vel, emitter->getVelocityVariance());
}
else if (control == _velY)
{
Vector3 vel = emitter->getVelocity();
vel.y = _velY->getValue();
emitter->setVelocity(vel, emitter->getVelocityVariance());
}
else if (control == _velZ)
{
Vector3 vel = emitter->getVelocity();
vel.z = _velZ->getValue();
emitter->setVelocity(vel, emitter->getVelocityVariance());
}
else if (control == _velVarX)
{
Vector3 velVar = emitter->getVelocityVariance();
velVar.x = _velVarX->getValue();
emitter->setVelocity(emitter->getVelocity(), velVar);
}
else if (control == _velVarY)
{
Vector3 velVar = emitter->getVelocityVariance();
velVar.y = _velVarY->getValue();
emitter->setVelocity(emitter->getVelocity(), velVar);
}
else if (control == _velVarZ)
{
Vector3 velVar = emitter->getVelocityVariance();
velVar.z = _velVarZ->getValue();
emitter->setVelocity(emitter->getVelocity(), velVar);
}
else if (control == _accelX)
{
Vector3 accel = emitter->getAcceleration();
accel.x = _accelX->getValue();
emitter->setAcceleration(accel, emitter->getAccelerationVariance());
}
else if (control == _accelY)
{
Vector3 accel = emitter->getAcceleration();
accel.y = _accelY->getValue();
emitter->setAcceleration(accel, emitter->getAccelerationVariance());
}
else if (control == _accelZ)
{
Vector3 accel = emitter->getAcceleration();
accel.z = _accelZ->getValue();
emitter->setAcceleration(accel, emitter->getAccelerationVariance());
}
else if (control == _accelVarX)
{
Vector3 accelVar = emitter->getAccelerationVariance();
accelVar.x = _accelVarX->getValue();
emitter->setAcceleration(emitter->getAcceleration(), accelVar);
}
else if (control == _accelVarY)
{
Vector3 accelVar = emitter->getAccelerationVariance();
accelVar.y = _accelVarY->getValue();
emitter->setAcceleration(emitter->getAcceleration(), accelVar);
}
else if (control == _accelVarZ)
{
Vector3 accelVar = emitter->getAccelerationVariance();
accelVar.z = _accelVarZ->getValue();
emitter->setAcceleration(emitter->getAcceleration(), accelVar);
}
else if (control == _spinSpeedMin)
{
emitter->setRotationPerParticle(_spinSpeedMin->getValue(), emitter->getRotationPerParticleSpeedMax());
}
else if (control == _spinSpeedMax)
{
emitter->setRotationPerParticle(emitter->getRotationPerParticleSpeedMin(), _spinSpeedMax->getValue());
}
else if (control == _axisX)
{
Vector3 axis = emitter->getRotationAxis();
axis.x = _axisX->getValue();
emitter->setRotation(emitter->getRotationSpeedMin(), emitter->getRotationSpeedMax(), axis, emitter->getRotationAxisVariance());
}
else if (control == _axisY)
{
Vector3 axis = emitter->getRotationAxis();
axis.y = _axisY->getValue();
emitter->setRotation(emitter->getRotationSpeedMin(), emitter->getRotationSpeedMax(), axis, emitter->getRotationAxisVariance());
}
else if (control == _axisZ)
{
Vector3 axis = emitter->getRotationAxis();
axis.z = _axisZ->getValue();
emitter->setRotation(emitter->getRotationSpeedMin(), emitter->getRotationSpeedMax(), axis, emitter->getRotationAxisVariance());
}
else if (control == _axisVarX)
{
Vector3 axisVar = emitter->getRotationAxisVariance();
axisVar.x = _axisVarX->getValue();
emitter->setRotation(emitter->getRotationSpeedMin(), emitter->getRotationSpeedMax(), emitter->getRotationAxis(), axisVar);
}
else if (control == _axisVarY)
{
Vector3 axisVar = emitter->getRotationAxisVariance();
axisVar.y = _axisVarY->getValue();
emitter->setRotation(emitter->getRotationSpeedMin(), emitter->getRotationSpeedMax(), emitter->getRotationAxis(), axisVar);
}
else if (control == _axisVarZ)
{
Vector3 axisVar = emitter->getRotationAxisVariance();
axisVar.z = _axisVarZ->getValue();
emitter->setRotation(emitter->getRotationSpeedMin(), emitter->getRotationSpeedMax(), emitter->getRotationAxis(), axisVar);
}
else if (control == _rotationSpeedMin)
{
emitter->setRotation(_rotationSpeedMin->getValue(), emitter->getRotationSpeedMax(), emitter->getRotationAxis(), emitter->getRotationAxisVariance());
}
else if (control == _rotationSpeedMax)
{
emitter->setRotation(emitter->getRotationSpeedMin(), _rotationSpeedMax->getValue(), emitter->getRotationAxis(), emitter->getRotationAxisVariance());
}
else if (control == _started)
{
if (_started->isChecked())
{
emitter->start();
}
else
{
emitter->stop();
}
}
else if (control == _vsync)
{
Game::getInstance()->setVsync(_vsync->isChecked());
}
else if (id == "additive")
{
if (((RadioButton*)control)->isSelected())
emitter->setTextureBlending(ParticleEmitter::BLEND_ADDITIVE);
}
else if (id == "transparent")
{
if (((RadioButton*)control)->isSelected())
emitter->setTextureBlending(ParticleEmitter::BLEND_TRANSPARENT);
}
else if (id == "multiply")
{
if (((RadioButton*)control)->isSelected())
emitter->setTextureBlending(ParticleEmitter::BLEND_MULTIPLIED);
}
else if (id == "opaque")
{
if (((RadioButton*)control)->isSelected())
emitter->setTextureBlending(ParticleEmitter::BLEND_OPAQUE);
}
break;
case Listener::CLICK:
if (control == _reset)
{
// Re-load the current emitter and reset the view
_particleEmitter = ParticleEmitter::create(_url.c_str());
emitterChanged();
}
else if (control == _emit)
{
// Emit a burst of particles.
unsigned int burstSize = (unsigned int)_burstSize->getValue();
emitter->emitOnce(burstSize);
}
else if (id == "sprite")
{
updateTexture();
}
else if (id == "updateFrames")
{
updateFrames();
}
break;
case Listener::PRESS:
if (control == _zoomIn)
{
_wDown = true;
}
else if (control == _zoomOut)
{
_sDown = true;
}
break;
case Listener::RELEASE:
if (control == _zoomIn)
{
_wDown = false;
}
else if (control == _zoomOut)
{
_sDown = false;
}
else if (control == _save)
{
Game::getInstance()->pause();
saveFile();
Game::getInstance()->resume();
}
else if (control == _load)
{
Game::getInstance()->pause();
std::string filename = FileSystem::displayFileDialog(FileSystem::OPEN, "Select Particle File", "Particle Files", "particle", "res");
if (filename.length() > 0)
{
_url = filename;
_particleEmitter = ParticleEmitter::create(_url.c_str());
emitterChanged();
}
Game::getInstance()->resume();
}
break;
}
}
void ThreadPiece::offset_and_update(const Vector3d& offset)
{
//offset this vertex
_vertex += offset;
updateFrames();
}
