void Entity::init
(const std::string& name,
Scene* scene,
AnyTableReader& propertyTable) {
// Track may need this to have a name
m_name = name;
m_sourceAny = propertyTable.any();
shared_ptr<Track> track;
Any c;
if (propertyTable.getIfPresent("track", c)) {
track = Track::create(this, scene, c);
}
bool canChange = true, shouldBeSaved = true;
propertyTable.getIfPresent("canChange", canChange);
propertyTable.getIfPresent("shouldBeSaved", shouldBeSaved);
CFrame frame;
propertyTable.getIfPresent("frame", frame);
init(name, scene, frame, track, canChange, shouldBeSaved);
}
void PlayerEntity::init(AnyTableReader& propertyTable) {
Vector3 v;
propertyTable.getIfPresent("velocity", v);
Sphere s(1.0f);
propertyTable.getIfPresent("collisionSphere", s);
init(v, s);
}
void Camera::init
(AnyTableReader& reader) {
reader.getIfPresent("projection", m_projection);
reader.getIfPresent("depthOfFieldSettings", m_depthOfFieldSettings);
reader.getIfPresent("motionBlurSettings", m_motionBlurSettings);
reader.getIfPresent("filmSettings", m_filmSettings);
reader.getIfPresent("visualizationScale", m_visualizationScale);
}
void MarkerEntity::init(AnyTableReader& propertyTable) {
Array<Box> boxArray;
propertyTable.getIfPresent("osBoxArray", boxArray);
Color3 color = Color3::white();
propertyTable.getIfPresent("color", color);
init(boxArray, color);
}
shared_ptr<Entity> VisibleEntity::create
(const String& name,
Scene* scene,
AnyTableReader& propertyTable,
const ModelTable& modelTable,
const Scene::LoadOptions& options) {
bool canChange = false;
propertyTable.getIfPresent("canChange", canChange);
// Pretend that we haven't peeked at this value
propertyTable.setReadStatus("canChange", false);
if ((canChange && ! options.stripDynamicVisibleEntitys) ||
(! canChange && ! options.stripStaticVisibleEntitys)) {
shared_ptr<VisibleEntity> visibleEntity(new VisibleEntity());
visibleEntity->Entity::init(name, scene, propertyTable);
visibleEntity->VisibleEntity::init(propertyTable, modelTable);
propertyTable.verifyDone();
return visibleEntity;
} else {
return nullptr;
}
}
void VisibleEntity::init
(AnyTableReader& propertyTable,
const ModelTable& modelTable) {
bool visible = true;
propertyTable.getIfPresent("visible", visible);
ArticulatedModel::Pose artPose;
propertyTable.getIfPresent("articulatedModelPose", artPose);
ArticulatedModel::PoseSpline artPoseSpline;
propertyTable.getIfPresent("poseSpline", artPoseSpline);
MD3Model::PoseSequence md3PoseSequence;
propertyTable.getIfPresent("md3Pose", md3PoseSequence);
Surface::ExpressiveLightScatteringProperties expressiveLightScatteringProperties;
propertyTable.getIfPresent("expressiveLightScatteringProperties", expressiveLightScatteringProperties);
if (propertyTable.getIfPresent("castsShadows", expressiveLightScatteringProperties.castsShadows)) {
debugPrintf("Warning: castsShadows field is deprecated. Use expressiveLightScatteringProperties");
}
const lazy_ptr<Model>* model = NULL;
Any modelNameAny;
if (propertyTable.getIfPresent("model", modelNameAny)) {
const String& modelName = modelNameAny.string();
modelNameAny.verify(modelTable.containsKey(modelName),
"Can't instantiate undefined model named " + modelName + ".");
model = modelTable.getPointer(modelName);
}
Any ignore;
if (propertyTable.getIfPresent("materialTable", ignore)) {
ignore.verify(false, "'materialTable' is deprecated. Specify materials on the articulatedModelPose field of VisibleEntity.");
}
init(notNull(model) ? model->resolve() : shared_ptr<Model>(), visible, expressiveLightScatteringProperties, artPoseSpline, md3PoseSequence, artPose);
}
void PlayerEntity::init(AnyTableReader& propertyTable) {
Vector3 v;
propertyTable.getIfPresent("velocity", v);
init(v);
}