/** A shadow volume only uses a material when it is to be visible during development. */
void CC3ShadowVolumeMeshNode::checkShadowMaterial()
{
if ( !_shouldDrawTerminator && isVisible() )
{
setColor( CCColorRefFromCCC4F(ccc4f(kCC3OneThird, kCC3OneThird, kCC3OneThird, 1.0)) ); // Will lazily init material if needed
setOpacity( (CCOpacity)(kCCOpacityFull * kCC3OneThird) );
} else
setMaterial( NULL );
}
void CC3Billboard::initWithTag( GLuint aTag, const std::string& aName )
{
super::initWithTag( aTag, aName );
{
setColor( CCColorRefFromCCC4F(kCCC4FWhite) );
setBillboard( NULL );
m_billboardBoundingRect = CCRectZero;
m_offsetPosition = CCPointZero;
m_minimumBillboardScale = CCPointZero;
m_maximumBillboardScale = CCPointZero;
m_fUnityScaleDistance = 0.0;
m_shouldNormalizeScaleToDevice = true;
m_shouldDrawAs2DOverlay = false;
m_shouldAlwaysMeasureBillboardBoundingRect = false;
m_shouldMaximizeBillboardBoundingRect = false;
m_textureUnitIndex = 0;
m_shouldUpdateUnseenBillboard = true;
m_billboardIsPaused = false;
}
}
CCColorRef CC3BillboardBoundingBoxArea::getDisplayNodeColor()
{
return CCColorRefFromCCC4F(kCCC4FCyan);
} // Cyan
/** Returns diffuse color. */
CCColorRef CC3Light::getColor()
{
return CCColorRefFromCCC4F(m_diffuseColor);
}
/** Overridden to return local content box color */
CCColorRef CC3LocalContentNode::getInitialDescriptorColor()
{
return CCColorRefFromCCC4F(getInitialLocalContentWireframeBoxColor());
}
