const QPixmap&
Environment::getPixmap( const QString& _objectName, const QString& _skinId ) const
{
QString animationName(
generateAnimationName(
_skinId
, _objectName
, Core::LandscapeModel::ObjectState::Standing
, Core::LandscapeModel::Direction::South ) );
if ( m_pluginInstance.getAnimationsCache()->hasAnimation( animationName ) )
{
const Framework::GUI::AnimationManager::AnimationInfo& animationInfo
= m_pluginInstance.getAnimationsCache()->getAnimation( animationName );
Framework::GUI::ImagesManager::IImagesManager::TransformationData transformationData( animationInfo.m_frames[ 0 ].m_frame );
return m_pluginInstance.getImagesManager()->getPixmap( animationInfo.m_atlasName, transformationData );
}
else
{
return getPixmap( _objectName, IGraphicsInfo::ms_anySkinIdentifier );
}
} // Environment::getPixmap
void EyeGazeGenerator::execute(CharacterDataPackage* pkg) {
std::cout << getGeneratorName() << ".execute() +++++++++++++++++++++++++++++++++++++++++++++++++++++" << std::endl;
std::string animationName = generateAnimationName();
std::cout << "generating animation " << animationName << " " << pkg->getStartTime() << "-" << pkg->getEndTime() << std::endl;
FKPerformance* fkPerformance = new FKPerformance(animationName, getCharacterName(), pkg->getLength());
FKTrack* leftEyeTrack = new FKTrack(leyeBoneName);
FKTrack* rightEyeTrack = new FKTrack(reyeBoneName);
leftEyeTrack->addKeyFrame(new FKKeyFrame(0, lastQuaternion));
rightEyeTrack->addKeyFrame(new FKKeyFrame(0, lastQuaternion));
std::cout << "ADDING KEY FRAME " << getCharacterName() << " -- " << 0 << " " << *lastQuaternion << std::endl;
Ogre::Real pkgLength = pkg->getLength();
Ogre::Real currentTime = 0;
while (pkgLength - currentTime > 2) {
currentTime += 0.5 + getDataManager()->randomAlpha(); // 0.5 bis 1.5 Sekunden weiter
//Ogre::Quaternion* q = new Ogre::Quaternion(0.8+0.2*getDataManager()->randomAlpha(), 0.5-getDataManager()->randomAlpha(), 0.5-getDataManager()->randomAlpha(), 0.5-getDataManager()->randomAlpha());
Ogre::Quaternion* q = new Ogre::Quaternion(Ogre::Degree(60*getDataManager()->randomAlpha()), Ogre::Vector3(0.5-getDataManager()->randomAlpha(), 0.5-getDataManager()->randomAlpha(), 0.5-getDataManager()->randomAlpha()));
leftEyeTrack->addKeyFrame(new FKKeyFrame(currentTime, q));
rightEyeTrack->addKeyFrame(new FKKeyFrame(currentTime, q));
std::cout << "ADDING KEY FRAME " << getCharacterName() << " -- " << currentTime << " " << *q << std::endl;
}
//Ogre::Real randomTime = (0.25 + 0.5*getDataManager()->randomAlpha() ) * pkgLength;
Ogre::Real randomTime = currentTime + 0.5 + getDataManager()->randomAlpha();
Ogre::Quaternion* q = new Ogre::Quaternion(Ogre::Degree(60*getDataManager()->randomAlpha()), Ogre::Vector3(0.5-getDataManager()->randomAlpha(), 0.5-getDataManager()->randomAlpha(), 0.5-getDataManager()->randomAlpha()));
leftEyeTrack->addKeyFrame(new FKKeyFrame(randomTime, q));
rightEyeTrack->addKeyFrame(new FKKeyFrame(randomTime, q));
std::cout << "ADDING KEY FRAME " << getCharacterName() << " -- " << randomTime << " " << *q << std::endl;
lastQuaternion = new Ogre::Quaternion(Ogre::Degree(60*getDataManager()->randomAlpha()), Ogre::Vector3(0.5-getDataManager()->randomAlpha(), 0.5-getDataManager()->randomAlpha(), 0.5-getDataManager()->randomAlpha()));
leftEyeTrack->addKeyFrame(new FKKeyFrame(pkgLength, new Ogre::Quaternion(*lastQuaternion)));
rightEyeTrack->addKeyFrame(new FKKeyFrame(pkgLength, new Ogre::Quaternion(*lastQuaternion)));
fkPerformance->addTrack(leftEyeTrack);
fkPerformance->addTrack(rightEyeTrack);
std::cout << "ADDING KEY FRAME " << getCharacterName() << " -- " << pkgLength << " " << *lastQuaternion << std::endl;
CharacterPerformance* cp = new CharacterPerformance(getCharacterName(), animationName, pkg->getStartTime(), 0, 0, pkg->getEndTime(), 0);
cp->setManualPerformance(true);
fkPerformance->setCharacterPerformance(cp);
pkg->addFKPerformance(fkPerformance);
}
