ReflectionProperty* ReflectionTypeComponent::createProperty( void* object ) const
{
ReflectionProperty* property = instantiateProperty( object );
if( property != NULL )
{
property->setParams( m_memberName, m_label, m_isEditable, m_canBeSaved );
}
return property;
}
void MaterialNode::onPropertyChanged( ReflectionProperty& property )
{
__super::onPropertyChanged( property );
if ( property.getName() == "m_inputs" )
{
notify( GBNO_INPUTS_CHANGED );
}
else if ( property.getName() == "m_outputs" )
{
notify( GBNO_OUTPUTS_CHANGED );
}
}
void RPPostProcessNode::onPropertyChanged( ReflectionProperty& property )
{
__super::onPropertyChanged( property );
if ( property.getName() == "m_renderTargetId" )
{
std::vector< GBNodeOutput< RenderingPipelineNode >* > outputs;
MRTUtil::createOutputs( m_renderTargetId, outputs );
redefineOutputs( outputs );
}
else if ( property.getName() == "m_shader" && m_shader.isNotNull() )
{
m_shaderNode->setShader( *m_shader );
}
}
void StoryActor::onObservedPropertyChanged( ReflectionProperty& property )
{
if ( property.getName() == "m_localMtx" )
{
// item instance was moved - copy its transform
Matrix* itemLocalMtx = (Matrix*)property.edit();
if ( m_transform != *itemLocalMtx )
{
m_transform = *itemLocalMtx;
ReflectionProperty* property = getProperty( "m_transform" );
notifyPropertyChange( *property );
delete property;
}
}
}
void SkeletonAnimationController::onPropertyChanged( ReflectionProperty& property )
{
__super::onPropertyChanged( property );
if ( property.getName() == "m_source" )
{
onDataChanged();
}
}
void MNTexture::onPropertyChanged( ReflectionProperty& property )
{
MaterialNode::onPropertyChanged( property );
if ( property.getName() == "m_texture" )
{
m_renderableTexture->setTexture( m_texture );
}
}
void RPPostProcessNode::onPrePropertyChanged( ReflectionProperty& property )
{
__super::onPropertyChanged( property );
if ( property.getName() == "m_shader" && m_shaderNode )
{
m_shaderNode->resetShader();
}
}
void GraphBlock::onPropertyChanged( ReflectionProperty& property )
{
__super::onPropertyChanged( property );
if ( property.getName() == "m_caption" )
{
// recalculate the block bounds each time the caption changes
calculateBounds();
}
}
void GeometryEntity::onPropertyChanged( ReflectionProperty& property )
{
__super::onPropertyChanged( property );
if ( property.getName() == "m_geometryShader" )
{
initializeGeometryShader();
attachListeners();
}
}
void ReflectionObjectEditor::onPropertyChanged( ReflectionProperty& property )
{
uint changedPropertyId = ReflectionTypeComponent::generateId( property.getName() );
unsigned int count = m_editors.size();
for ( unsigned int i = 0; i < count; ++i )
{
ReflectionPropertyEditor* editor = m_editors[i];
if ( editor->m_propertyId == changedPropertyId )
{
// found the property editor that corresponds to the changed property
editor->onPropertyChanged();
break;
}
}
}
void AnimationEventsEditor::onObservedPropertyChanged( ReflectionProperty& property )
{
if ( property.getName() == "m_animation" )
{
SnapshotAnimation* animation = m_animationNode.getAnimation();
if ( animation )
{
// convert to milliseconds
uint durationInMillisecs = animation->m_duration * 100.0f;
m_slider->setMaximum( durationInMillisecs );
}
else
{
m_slider->setMaximum( 0 );
}
// reset slider's position
m_slider->setSliderPosition( 0 );
// update the source on our custom player
m_customAnimationPlayer->setAnimationSource( animation );
}
}
