//-----------------------------------------------------------------------
//-----------------------------------------------------------------------
//-----------------------------------------------------------------------
void VortexAffectorWriter::write(ParticleScriptSerializer* serializer, const IElement* element)
{
// Cast the element to a VortexAffector
const VortexAffector* affector = static_cast<const VortexAffector*>(element);
// Write the header of the VortexAffector
serializer->writeLine(token[TOKEN_AFFECTOR], affector->getAffectorType(), affector->getName(), 8);
serializer->writeLine("{", 8);
// Write base attributes
ParticleAffectorWriter::write(serializer, element);
// Write own attributes
if (affector->getRotationVector() != VortexAffector::DEFAULT_ROTATION_VECTOR) serializer->writeLine(
token[TOKEN_ROTATION_AXIS], StringConverter::toString(affector->getRotationVector()), 12);
DynamicAttributeFactory dynamicAttributeFactory;
if (dynamicAttributeFactory._getDefaultValue(affector->getRotationSpeed()) != VortexAffector::DEFAULT_ROTATION_SPEED)
{
serializer->setKeyword(token[TOKEN_ROTATION_SPEED]);
serializer->setIndentation(12);
dynamicAttributeFactory.write(serializer, affector->getRotationSpeed());
}
// Write the close bracket
serializer->writeLine("}", 8);
}
//-----------------------------------------------------------------------
//-----------------------------------------------------------------------
//-----------------------------------------------------------------------
void VortexExternWriter::write(ParticleScriptSerializer* serializer, const IElement* element)
{
// Cast the element to a VortexExtern
const Extern* externObject = static_cast<const Extern*>(element);
const VortexExtern* vortexExtern = static_cast<const VortexExtern*>(externObject);
serializer->writeLine(token[TOKEN_EXTERN], externObject->getExternType(), externObject->getName(), 8);
serializer->writeLine("{", 8);
// Write base attributes
ExternWriter::write(serializer, element);
AttachableWriter::write(serializer, element);
// Write own attributes
if (vortexExtern->getRotationVector() != VortexAffector::DEFAULT_ROTATION_VECTOR) serializer->writeLine(
token[TOKEN_ROTATION_AXIS], StringConverter::toString(vortexExtern->getRotationVector()), 12);
DynamicAttributeFactory dynamicAttributeFactory;
if (dynamicAttributeFactory._getDefaultValue(vortexExtern->getRotationSpeed()) != VortexAffector::DEFAULT_ROTATION_SPEED)
{
serializer->setKeyword(token[TOKEN_ROTATION_SPEED]);
serializer->setIndentation(12);
dynamicAttributeFactory.write(serializer, vortexExtern->getRotationSpeed());
}
// Write the close bracket
serializer->writeLine("}", 8);
}
//-----------------------------------------------------------------------
//-----------------------------------------------------------------------
//-----------------------------------------------------------------------
void JetAffectorWriter::write(ParticleScriptSerializer* serializer, const IElement* element)
{
// Cast the element to a JetAffector
const JetAffector* affector = static_cast<const JetAffector*>(element);
// Write the header of the JetAffector
serializer->writeLine(token[TOKEN_AFFECTOR], affector->getAffectorType(), affector->getName(), 8);
serializer->writeLine("{", 8);
// Write base attributes
ParticleAffectorWriter::write(serializer, element);
// Write own attributes
DynamicAttributeFactory dynamicAttributeFactory;
if (dynamicAttributeFactory._getDefaultValue(affector->getDynAcceleration()) != JetAffector::DEFAULT_ACCELERATION)
{
serializer->setKeyword(token[TOKEN_ACCELERATION]);
serializer->setIndentation(12);
dynamicAttributeFactory.write(serializer, affector->getDynAcceleration());
}
// Write the close bracket
serializer->writeLine("}", 8);
}
