| decoratorDeclarations | public | Map<string,Decorator> | The decorators declared in the namespace. Order is implementation-defined and may change. | - | - | 
| decorators | public | DecoratorApplication[] | - | - | DecoratedType.decorators | 
| entityKind | readonly | "Type" | - | - | BaseType.entityKind | 
| enums | public | Map<string,Enum> | The enums in the namespace. Order is implementation-defined and may change. | - | - | 
| instantiationParameters? | public | Type[] | - | - | BaseType.instantiationParameters | 
| interfaces | public | Map<string,Interface> | The interfaces in the namespace. Order is implementation-defined and may change. | - | - | 
| isFinished | public | boolean | Reflect if a type has been finished(Decorators have been called). There is multiple reasons a type might not be finished: - a template declaration will not - a template instance that argument that are still template parameters - a template instance that is only partially instantiated(like a templated operation inside a templated interface) | - | BaseType.isFinished | 
| kind | public | "Namespace" | - | BaseType.kind | - | 
| models | public | Map<string,Model> | The models in the namespace. Order is implementation-defined and may change. | - | - | 
| name | public | string | - | - | - | 
| namespace? | public | Namespace | - | - | - | 
| namespaces | public | Map<string,Namespace> | The sub-namespaces in the namespace. Order is implementation-defined and may change. | - | - | 
| node? | public | JsNamespaceDeclarationNode|NamespaceStatementNode | Node used to construct this type. If the node is undefined it means the type was dynamically built. With typekit for example. | BaseType.node | - | 
| operations | public | Map<string,Operation> | The operations in the namespace. Order is implementation-defined and may change. | - | - | 
| scalars | public | Map<string,Scalar> | The scalars in the namespace. Order is implementation-defined and may change. | - | - | 
| unions | public | Map<string,Union> | The unions in the namespace. Order is implementation-defined and may change. | - | - |