void DefineComponents()
{
ComponentDefinition skeleton = new ComponentDefinition("skeleton");
skeleton.AddAttribute<List<Vector>>("translations", new List<Vector>());
skeleton.AddAttribute<List<Quat>>("rotations", new List<Quat>());
ComponentRegistry.Instance.Register(skeleton);
}
void DefineComponents()
{
ComponentDefinition location = new ComponentDefinition("location");
location.AddAttribute<Vector>("position", new Vector(0, 0, 0));
location.AddAttribute<Quat>("orientation", new Quat(0, 0, 0, 1));
ComponentRegistry.Instance.Register(location);
}
/// <summary>
/// Register component that carries information about which model is used and what deviation
/// map should be displayed in the synchronized views
/// </summary>
private void RegisterComponent()
{
ComponentDefinition deviationMapComponent = new ComponentDefinition("deviationmap");
deviationMapComponent.AddAttribute<int>("selectedvector", 1);
deviationMapComponent.AddAttribute<float>("threshold", 1.5f);
ComponentRegistry.Instance.Register(deviationMapComponent);
}
void DefineComponents()
{
ComponentDefinition skeleton = new ComponentDefinition("skeleton");
skeleton.AddAttribute <List <Vector> >("translations", new List <Vector>());
skeleton.AddAttribute <List <Quat> >("rotations", new List <Quat>());
ComponentRegistry.Instance.Register(skeleton);
}
internal void DefineComponents()
{
ComponentDefinition motion = new ComponentDefinition("motion");
motion.AddAttribute <Vector>("velocity", new Vector(0, 0, 0));
motion.AddAttribute <AxisAngle>("rotVelocity", new AxisAngle(0, 1, 0, 0));
ComponentRegistry.Instance.Register(motion);
}
/// <summary>
/// Plugin and component dependencies are not resolved when using plugins in Unit tests.
/// Therefore, we need to register the components of Location plugin manually
/// </summary>
private void RegisterLocationComponents()
{
ComponentDefinition locationComponent = new ComponentDefinition("location");
locationComponent.AddAttribute <Vector>("position", new Vector(0, 0, 0));
locationComponent.AddAttribute <Quat>("orientation", new Quat(0, 0, 0, 1));
ComponentRegistry.Instance.Register(locationComponent);
}
private void registerLightComponent()
{
ComponentDefinition lightComponent = new ComponentDefinition("light");
lightComponent.AddAttribute<LightType>("type");
lightComponent.AddAttribute<Vector>("intensity");
lightComponent.AddAttribute<Vector>("attenuation");
ComponentRegistry.Instance.Register(lightComponent);
}
private void DefineComponents()
{
ComponentDefinition mesh = new ComponentDefinition("mesh");
mesh.AddAttribute<string>("uri");
mesh.AddAttribute<bool>("visible", true);
mesh.AddAttribute<Vector>("scale", new Vector(1, 1, 1));
ComponentRegistry.Instance.Register(mesh);
}
private void registerLightComponent()
{
ComponentDefinition lightComponent = new ComponentDefinition("light");
lightComponent.AddAttribute <LightType>("type");
lightComponent.AddAttribute <Vector>("intensity");
lightComponent.AddAttribute <Vector>("attenuation");
ComponentRegistry.Instance.Register(lightComponent);
}
private void DefineComponents()
{
ComponentDefinition mesh = new ComponentDefinition("mesh");
mesh.AddAttribute <string>("uri");
mesh.AddAttribute <bool>("visible", true);
mesh.AddAttribute <Vector>("scale", new Vector(1, 1, 1));
ComponentRegistry.Instance.Register(mesh);
}
/// <summary>
/// Initializes the plugin. This method will be called by the plugin manager when all dependency plugins have
/// been loaded.
/// </summary>
public void Initialize()
{
// Register 'scripting' component.
ComponentDefinition scripting = new ComponentDefinition("scripting");
scripting.AddAttribute<string>("ownerScript");
scripting.AddAttribute<string>("serverScript");
scripting.AddAttribute<string>("clientScript");
ComponentRegistry.Instance.Register(scripting);
Scripting.Instance = new Scripting();
}
/// <summary>
/// Initializes the plugin. This method will be called by the plugin manager when all dependency plugins have
/// been loaded.
/// </summary>
public void Initialize()
{
// Register 'scripting' component.
ComponentDefinition scripting = new ComponentDefinition("scripting");
scripting.AddAttribute <string>("ownerScript");
scripting.AddAttribute <string>("serverScript");
scripting.AddAttribute <string>("clientScript");
ComponentRegistry.Instance.Register(scripting);
Scripting.Instance = new Scripting();
}
public void Init()
{
// Set up definition.
definition = new ComponentDefinition("test-component");
definition.AddAttribute<string>("a", "a_value");
definition.AddAttribute<float>("b", 3.14f);
// Set up containing entity.
containingEntity = new Entity();
// Create component.
component = new Component(definition, containingEntity);
}
private void DefineComponents()
{
ComponentDefinition renderable = new ComponentDefinition("meshResource");
renderable.AddAttribute <string>("uri");
renderable.AddAttribute <bool>("visible", true);
ComponentRegistry.Instance.Register(renderable);
ComponentDefinition scale = new ComponentDefinition("scale");
scale.AddAttribute <float>("x", 1f);
scale.AddAttribute <float>("y", 1f);
scale.AddAttribute <float>("z", 1f);
ComponentRegistry.Instance.Register(scale);
}
public void Init()
{
// TODO: mock ComponentDefinition
ComponentDefinition test = new ComponentDefinition("test");
test.AddAttribute<int>("a", 42);
test.AddAttribute<int?>("n", 5);
mockComponentRegistry = new Mock<IComponentRegistry>();
mockComponentRegistry.Setup(r => r.FindComponentDefinition("test")).Returns(test);
entity = new Entity();
entity.componentRegistry = mockComponentRegistry.Object;
mockHandlers = new Mock<IMockHandlers>();
}
/// <summary>
/// Component Dependencies are not resolved when faced in a test fixture, so we need to manually register the components the plugin needs
/// to access.
/// </summary>
void MockComponentRegistry()
{
ComponentDefinition position = new ComponentDefinition("position");
position.AddAttribute <float>("x");
position.AddAttribute <float>("y");
position.AddAttribute <float>("z");
ComponentDefinition meshResource = new ComponentDefinition("meshResource");
meshResource.AddAttribute <string>("uri");
FIVES.ComponentRegistry.Instance.Register(position);
FIVES.ComponentRegistry.Instance.Register(meshResource);
}
void RegisterComponent()
{
ComponentDefinition avatar = new ComponentDefinition("avatar");
avatar.AddAttribute <string>("userLogin", null);
ComponentRegistry.Instance.Register(avatar);
}
/// <summary>
/// Registers gravity component that carries the attribute for the groundlevel
/// </summary>
internal void RegisterComponents()
{
ComponentDefinition gravityDefinition = new ComponentDefinition("avatarCollision");
gravityDefinition.AddAttribute <float>("groundLevel");
ComponentRegistry.Instance.Register(gravityDefinition);
}
public void Initialize()
{
ComponentDefinition avatar = new ComponentDefinition("avatar");
avatar.AddAttribute <string>("userLogin", null);
ComponentRegistry.Instance.Register(avatar);
ClientManager.Instance.RegisterClientService("avatar", true, new Dictionary <string, Delegate> {
{ "getAvatarEntityGuid", (Func <Connection, string>)GetAvatarEntityGuid },
{ "changeAppearance", (Action <Connection, string, Vector>)ChangeAppearance },
{ "startAvatarMotionInDirection", (Action <Connection, Vector>)StartAvatarMotionInDirection },
{ "setAvatarForwardBackwardMotion", (Action <Connection, float>)SetForwardBackwardMotion },
{ "setAvatarLeftRightMotion", (Action <Connection, float>)SetLeftRightMotion },
{ "setAvatarSpinAroundAxis", (Action <Connection, Vector, float>)SetAvatarSpinAroundAxis }
});
ClientManager.Instance.NotifyWhenAnyClientAuthenticated(delegate(Connection connection) {
Activate(connection);
connection.Closed += (sender, e) => Deactivate(connection);
});
World.Instance.AddedEntity += HandleAddedEntity;
foreach (var entity in World.Instance)
{
CheckAndRegisterAvatarEntity(entity);
}
}
internal void RegisterComponents()
{
ComponentDefinition animationComponent = new ComponentDefinition("animation");
animationComponent.AddAttribute <string>("animationKeyframes");
ComponentRegistry.Instance.Register(animationComponent);
}
/// <summary>
/// Plugin and component dependencies are not resolved when using plugins in Unit tests.
/// Therefore, we need to register the components of Location plugin manually
/// </summary>
private void RegisterLocationComponents()
{
var positionComponent = new ComponentDefinition("position");
positionComponent.AddAttribute <float>("x", 0f);
positionComponent.AddAttribute <float>("y", 0f);
positionComponent.AddAttribute <float>("z", 0f);
ComponentRegistry.Instance.Register(positionComponent);
var orientationComponent = new ComponentDefinition("orientation");
orientationComponent.AddAttribute <float>("x", 0f);
orientationComponent.AddAttribute <float>("y", 0f);
orientationComponent.AddAttribute <float>("z", 0f);
orientationComponent.AddAttribute <float>("w", 1f);
ComponentRegistry.Instance.Register(orientationComponent);
}
void DefineComponents()
{
// Velocity is represented as a vector (x,y,z) in world units per second.
ComponentDefinition velocity = new ComponentDefinition("velocity");
velocity.AddAttribute <float> ("x", 0f);
velocity.AddAttribute <float> ("y", 0f);
velocity.AddAttribute <float> ("z", 0f);
ComponentRegistry.Instance.Register(velocity);
// Rotation velocity is represented as an axis (x, y, z) and angular rotation r in radians per second.
ComponentDefinition rotVelocity = new ComponentDefinition("rotVelocity");
rotVelocity.AddAttribute <float>("x", 0f);
rotVelocity.AddAttribute <float>("y", 1f);
rotVelocity.AddAttribute <float>("z", 0f);
rotVelocity.AddAttribute <float>("r", 0f);
ComponentRegistry.Instance.Register(rotVelocity);
}
internal void RegisterPersistedComponents()
{
foreach (KeyValuePair<string, ReadOnlyComponentDefinition> definitionPair in this.OwnerRegisteredComponents)
{
ReadOnlyComponentDefinition roDefinition = definitionPair.Value;
ComponentDefinition definition = new ComponentDefinition(roDefinition.Name);
foreach (ReadOnlyAttributeDefinition attrDef in definition.AttributeDefinitions)
definition.AddAttribute(attrDef.Name, attrDef.Type, attrDef.DefaultValue);
Registry.Register (definition);
}
}
public void MockGlobalObjects()
{
handlers = new Mock <IHandlers>();
remoteConnectionMock = new Mock <Connection>();
remoteConnectionMock.Setup(rc => rc.GenerateClientFunction("serverSync", "addEntity"))
.Returns((ClientFunction)handlers.Object.AddEntity);
remoteConnectionMock.Setup(rc => rc.GenerateClientFunction("serverSync", "removeEntity"))
.Returns((ClientFunction)handlers.Object.RemoveEntity);
remoteConnectionMock.Setup(rc => rc.GenerateClientFunction("serverSync", "changeAttributes"))
.Returns((ClientFunction)handlers.Object.ChangeAttributes);
doiMock = new Mock <IDomainOfInterest>();
dorMock = new Mock <IDomainOfResponsibility>();
doiMock.Setup(doi => doi.IsInterestedInEntity(It.IsAny <Entity>())).Returns(true);
doiMock.Setup(doi => doi.IsInterestedInAttributeChange(It.IsAny <Entity>(), It.IsAny <string>(),
It.IsAny <string>())).Returns(true);
dorMock.Setup(dor => dor.IsResponsibleFor(It.IsAny <Entity>())).Returns(true);
localServiceMock = new Mock <ServiceImplementation>();
localServerMock = new Mock <ILocalServer>();
localServerMock.SetupGet(ls => ls.Service).Returns(localServiceMock.Object);
localServerMock.SetupGet(ls => ls.DoI).Returns(doiMock.Object);
localServerMock.SetupGet(ls => ls.DoR).Returns(dorMock.Object);
remoteServer = new RemoteServerImpl(remoteConnectionMock.Object, doiMock.Object, dorMock.Object,
Guid.NewGuid());
serverSyncMock = new Mock <IServerSync>();
serverSyncMock.Setup(ss => ss.RemoteServers).Returns(new List <IRemoteServer> {
remoteServer
});
serverSyncMock.Setup(ss => ss.LocalServer).Returns(localServerMock.Object);
var componentDefinition = new ComponentDefinition("test");
componentDefinition.AddAttribute <int>("a", 42);
componentRegistryMock = new Mock <IComponentRegistry>();
componentRegistryMock.SetupGet(cr => cr.RegisteredComponents).Returns(
new ReadOnlyCollection <ReadOnlyComponentDefinition>(new List <ReadOnlyComponentDefinition>()));
componentRegistryMock.Setup(cr => cr.FindComponentDefinition("test"))
.Returns(componentDefinition);
serializationMock = new Mock <IStringSerialization>();
ServerSync.Instance = serverSyncMock.Object;
ComponentRegistry.Instance = componentRegistryMock.Object;
StringSerialization.Instance = serializationMock.Object;
World.Instance = new World();
ServiceBus.Instance = new ServiceBusImplementation();
ServiceBus.Instance.Initialize();
}
private ComponentDefinition RegisterExternalComponent(Connection conn, ExternalComponentDefinition definition)
{
ComponentDefinition c = new ComponentDefinition(definition.Name);
foreach (ExternalAttributeDefinition attribute in definition.Attributes)
{
Type t = conn.SinTD.GetSinTDType(attribute.Type).InstanceType;
c.AddAttribute(attribute.Name, t, attribute.DefaultValue);
}
ComponentRegistry.Instance.Register(c);
return(c);
}
/// <summary>
/// Component Dependencies are not resolved when faced in a test fixture, so we need to manually register the components the plugin needs
/// to access.
/// </summary>
void MockComponentRegistry()
{
ComponentDefinition position = new ComponentDefinition("location");
position.AddAttribute <Vector>("position", new Vector(0, 0, 0));
ComponentDefinition mesh = new ComponentDefinition("mesh");
mesh.AddAttribute <string>("uri");
FIVES.ComponentRegistry.Instance.Register(position);
FIVES.ComponentRegistry.Instance.Register(mesh);
}
internal void RegisterPersistedComponents()
{
foreach (KeyValuePair <string, ReadOnlyComponentDefinition> definitionPair in this.OwnerRegisteredComponents)
{
ReadOnlyComponentDefinition roDefinition = definitionPair.Value;
ComponentDefinition definition = new ComponentDefinition(roDefinition.Name);
foreach (ReadOnlyAttributeDefinition attrDef in definition.AttributeDefinitions)
{
definition.AddAttribute(attrDef.Name, attrDef.Type, attrDef.DefaultValue);
}
Registry.Register(definition);
}
}
void DefineComponents()
{
// Position is represented as a vector (x,y,z) from the default position, which is at (0,0,0).
ComponentDefinition position = new ComponentDefinition("position");
position.AddAttribute <float> ("x", 0f);
position.AddAttribute <float> ("y", 0f);
position.AddAttribute <float> ("z", 0f);
ComponentRegistry.Instance.Register(position);
// Orientation is represented as a quaternion, where (x,y,z) is a vector part, and w is a scalar part. The
// orientation of the object is relative to the default orientation. In the default position and
// orientation, the viewer is on the Z-axis looking down the -Z-axis toward the origin with +X to the right
// and +Y straight up.
ComponentDefinition orientation = new ComponentDefinition("orientation");
orientation.AddAttribute <float>("x", 0f);
orientation.AddAttribute <float>("y", 0f);
orientation.AddAttribute <float>("z", 0f);
orientation.AddAttribute <float>("w", 1f);
ComponentRegistry.Instance.Register(orientation);
}
public void ShouldConvertCompatibleDefaultValues()
{
ComponentDefinition def = new ComponentDefinition("defTypeTest");
def.AddAttribute<double>("c", 42.0);
def.AddAttribute<int?>("e", null);
def.AddAttribute<int?>("f", 34);
Assert.Catch<AttributeDefinitionException>(delegate {
def.AddAttribute<double>("d", 42);
});
Assert.Catch<AttributeDefinitionException>(delegate {
def.AddAttribute<double>("a", 42);
});
Assert.Catch<AttributeDefinitionException>(delegate {
def.AddAttribute<double>("b", 42f);
});
Assert.Catch<AttributeDefinitionException>(delegate {
def.AddAttribute<int>("g", 3.14);
});
}
internal void RegisterComponents()
{
ComponentDefinition animationComponent = new ComponentDefinition("animation");
animationComponent.AddAttribute<string>("animationKeyframes");
ComponentRegistry.Instance.Register(animationComponent);
}
/// <summary>
/// Registers gravity component that carries the attribute for the groundlevel
/// </summary>
internal void RegisterComponents()
{
ComponentDefinition gravityDefinition = new ComponentDefinition("avatarCollision");
gravityDefinition.AddAttribute<float>("groundLevel");
ComponentRegistry.Instance.Register(gravityDefinition);
}
public void MockGlobalObjects()
{
handlers = new Mock<IHandlers>();
remoteConnectionMock = new Mock<Connection>();
remoteConnectionMock.Setup(rc => rc.GenerateClientFunction("serverSync", "addEntity"))
.Returns((ClientFunction)handlers.Object.AddEntity);
remoteConnectionMock.Setup(rc => rc.GenerateClientFunction("serverSync", "removeEntity"))
.Returns((ClientFunction)handlers.Object.RemoveEntity);
remoteConnectionMock.Setup(rc => rc.GenerateClientFunction("serverSync", "changeAttributes"))
.Returns((ClientFunction)handlers.Object.ChangeAttributes);
doiMock = new Mock<IDomainOfInterest>();
dorMock = new Mock<IDomainOfResponsibility>();
doiMock.Setup(doi => doi.IsInterestedInEntity(It.IsAny<Entity>())).Returns(true);
doiMock.Setup(doi => doi.IsInterestedInAttributeChange(It.IsAny<Entity>(), It.IsAny<string>(),
It.IsAny<string>())).Returns(true);
dorMock.Setup(dor => dor.IsResponsibleFor(It.IsAny<Entity>())).Returns(true);
localServiceMock = new Mock<ServiceImplementation>();
localServerMock = new Mock<ILocalServer>();
localServerMock.SetupGet(ls => ls.Service).Returns(localServiceMock.Object);
localServerMock.SetupGet(ls => ls.DoI).Returns(doiMock.Object);
localServerMock.SetupGet(ls => ls.DoR).Returns(dorMock.Object);
remoteServer = new RemoteServerImpl(remoteConnectionMock.Object, doiMock.Object, dorMock.Object,
Guid.NewGuid());
serverSyncMock = new Mock<IServerSync>();
serverSyncMock.Setup(ss => ss.RemoteServers).Returns(new List<IRemoteServer> { remoteServer });
serverSyncMock.Setup(ss => ss.LocalServer).Returns(localServerMock.Object);
var componentDefinition = new ComponentDefinition("test");
componentDefinition.AddAttribute<int>("a", 42);
componentRegistryMock = new Mock<IComponentRegistry>();
componentRegistryMock.SetupGet(cr => cr.RegisteredComponents).Returns(
new ReadOnlyCollection<ReadOnlyComponentDefinition>(new List<ReadOnlyComponentDefinition>()));
componentRegistryMock.Setup(cr => cr.FindComponentDefinition("test"))
.Returns(componentDefinition);
serializationMock = new Mock<IStringSerialization>();
ServerSync.Instance = serverSyncMock.Object;
ComponentRegistry.Instance = componentRegistryMock.Object;
StringSerialization.Instance = serializationMock.Object;
World.Instance = new World();
ServiceBus.Instance = new ServiceBusImplementation();
ServiceBus.Instance.Initialize();
}
internal void DefineComponents()
{
posture.AddAttribute <double>("x", 0.0);
posture.AddAttribute <double>("y", 0.0);
posture.AddAttribute <double>("z", 0.0);
posture.AddAttribute <double>("wx", 0.0);
posture.AddAttribute <double>("wy", 0.0);
posture.AddAttribute <double>("wz", 0.0);
posture.AddAttribute <double>("HeadYaw", 0.0);
posture.AddAttribute <double>("HeadPitch", 0.0);
posture.AddAttribute <double>("RShoulderPitch", 0.0);
posture.AddAttribute <double>("RShoulderRoll", -0.5);
posture.AddAttribute <double>("RElbowRoll", 0.5);
posture.AddAttribute <double>("RElbowYaw", 0.0);
posture.AddAttribute <double>("RWristYaw", 0.0);
posture.AddAttribute <double>("RHand", 0.0);
posture.AddAttribute <double>("LShoulderPitch", 0.0);
posture.AddAttribute <double>("LShoulderRoll", -0.5);
posture.AddAttribute <double>("LElbowRoll", 0.5);
posture.AddAttribute <double>("LElbowYaw", 0.0);
posture.AddAttribute <double>("LWristYaw", 0.0);
posture.AddAttribute <double>("LHand", 0.0);
posture.AddAttribute <double>("RHipYawPitch", 0.0);
posture.AddAttribute <double>("RHipPitch", 0.0);
posture.AddAttribute <double>("RHipRoll", 0.0);
posture.AddAttribute <double>("RKneePitch", 0.0);
posture.AddAttribute <double>("RAnklePitch", 0.0);
posture.AddAttribute <double>("RAnkleRoll", 0.0);
posture.AddAttribute <double>("LHipYawPitch", 0.0);
posture.AddAttribute <double>("LHipPitch", 0.0);
posture.AddAttribute <double>("LHipRoll", 0.0);
posture.AddAttribute <double>("LKneePitch", 0.0);
posture.AddAttribute <double>("LAnklePitch", 0.0);
posture.AddAttribute <double>("LAnkleRoll", 0.0);
ComponentRegistry.Instance.Register(posture);
}
public void Init()
{
registry = new ComponentRegistry();
definition = new ComponentDefinition("test2");
definition.AddAttribute<int>("a", 42);
}
internal void DefineComponents()
{
ComponentDefinition motion = new ComponentDefinition("motion");
motion.AddAttribute<Vector>("velocity", new Vector(0, 0, 0));
motion.AddAttribute<AxisAngle>("rotVelocity", new AxisAngle(0, 1, 0, 0));
ComponentRegistry.Instance.Register(motion);
}
public void MockGlobalObjects()
{
handlers = new Mock<IHandlers>();
remoteConnectionMock = new Mock<Connection>();
remoteConnectionMock.Setup(rc => rc.GenerateClientFunction("serverSync", "registerComponentDefinition"))
.Returns((ClientFunction)handlers.Object.RegisterComponentDefinition);
var remoteServerMock = new Mock<IRemoteServer>();
remoteServerMock.Setup(rs => rs.Connection).Returns(remoteConnectionMock.Object);
localServiceMock = new Mock<ServiceImplementation>();
var localServerMock = new Mock<ILocalServer>();
localServerMock.SetupGet(ls => ls.Service).Returns(localServiceMock.Object);
var serverSyncMock = new Mock<IServerSync>();
serverSyncMock.Setup(ss => ss.RemoteServers).Returns(new List<IRemoteServer> { remoteServerMock.Object });
serverSyncMock.Setup(ss => ss.LocalServer).Returns(localServerMock.Object);
componentRegistryMock = new Mock<IComponentRegistry>();
componentRegistryMock.SetupGet(cr => cr.RegisteredComponents).Returns(
new ReadOnlyCollection<ReadOnlyComponentDefinition>(new List<ReadOnlyComponentDefinition>()));
ServerSync.Instance = serverSyncMock.Object;
ComponentRegistry.Instance = componentRegistryMock.Object;
testComponentDefinition = new ComponentDefinition("test");
testComponentDefinition.AddAttribute<float>("f", 3.14f);
testComponentDefinition.AddAttribute<int>("i", 42);
}
void DefineComponents()
{
ComponentDefinition BVHAnimation = new ComponentDefinition("BVHAnimation");
BVHAnimation.AddAttribute<string>("bvhheader");
BVHAnimation.AddAttribute<string>("bvhframe");
BVHAnimation.AddAttribute<string>("bvhmarker");
BVHAnimation.AddAttribute<string>("bvhaction");
ComponentRegistry.Instance.Register(BVHAnimation);
}
/// <summary>
/// Component Dependencies are not resolved when faced in a test fixture, so we need to manually register the components the plugin needs
/// to access.
/// </summary>
void MockComponentRegistry()
{
ComponentDefinition position = new ComponentDefinition("location");
position.AddAttribute<Vector>("position", new Vector(0, 0, 0));
ComponentDefinition mesh = new ComponentDefinition("mesh");
mesh.AddAttribute<string>("uri");
FIVES.ComponentRegistry.Instance.Register(position);
FIVES.ComponentRegistry.Instance.Register(mesh);
}
void RegisterComponent()
{
ComponentDefinition avatar = new ComponentDefinition("avatar");
avatar.AddAttribute<string>("userLogin", null);
ComponentRegistry.Instance.Register(avatar);
}
