Function parseLight

Source/ThirdParty/OpenFBX/ofbx.cpp:2402–2449

}

struct OptionalError<Object*> parseLight(Scene& scene, const Element& element, Allocator& allocator)
{
	LightImpl* light = allocator.allocate<LightImpl>(scene, element);

	light->lightType = static_cast<Light::LightType>(resolveEnumProperty(*light, "LightType", (int)Light::LightType::POINT));

	const Element* prop = findChild(element, "Properties70");
	if (prop) prop = prop->child;

	while (prop)
	{
		if (prop->id == "P" && prop->first_property)
		{
			if (prop->first_property->value == "Color")
			{
				light->color.r = (float)prop->getProperty(4)->getValue().toDouble();
				light->color.g = (float)prop->getProperty(5)->getValue().toDouble();
				light->color.b = (float)prop->getProperty(6)->getValue().toDouble();
			}
			if (prop->first_property->value == "ShadowColor")
			{
				light->shadowColor.r = (float)prop->getProperty(4)->getValue().toDouble();
				light->shadowColor.g = (float)prop->getProperty(5)->getValue().toDouble();
				light->shadowColor.b = (float)prop->getProperty(6)->getValue().toDouble();
			}
			else if (prop->first_property->value == "CastShadows")
			{
				light->castShadows = prop->getProperty(4)->getValue().toBool();
			}
			else if (prop->first_property->value == "InnerAngle")
			{
				light->innerAngle = (float)prop->getProperty(4)->getValue().toDouble();
			}
			else if (prop->first_property->value == "OuterAngle")
			{
				light->outerAngle = (float)prop->getProperty(4)->getValue().toDouble();
			}
			else if (prop->first_property->value == "Intensity")
			{
				light->intensity = (float)prop->getProperty(4)->getValue().toDouble();
			}
		}
		prop = prop->sibling;
	}

	scene.m_lights.push_back(light);
	return light;
}

struct OptionalError<Object*> parseCamera(Scene& scene, const Element& element, Allocator& allocator)
{