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 # Intermediate Artifacts
+
+Currently, there are three kinds of intermediate artifacts.
+First, the input text has an internal representation (cf. [edu/kit/kastel/mcse/ardoco/core/api/text/Text.java](https://github.com/ArDoCo/Core/blob/main/framework/common/src/main/java/edu/kit/kastel/mcse/ardoco/core/api/text/Text.java)) to cover all the annotations from the preprocessing.
+Second, there is the intermediate representation of software architecture models (SAMs) that we cover [below](#software-architecture-models).
+Third, we create a uniform representation for code that we also explain [below](#code).
+
+```mermaid
+classDiagram
+    class ModelElement
+    class Model
+    class Entity
+    class CodeModel
+    class ArchitectureModel
+
+    ModelElement <|-- Entity
+    ModelElement <|-- Model
+    Model <|-- CodeModel
+    Model <|-- ArchitectureModel
+    Model "0..1" o--"*" Entity: elements
+```
+
+## Software Architecture Models
+
+```mermaid
+classDiagram
+    class Entity
+    class ArchitectureItem
+    class Component
+    class Interface
+    class Signature
+
+    Entity <|-- ArchitectureItem
+    ArchitectureItem <|-- Component
+    ArchitectureItem <|-- Interface
+    ArchitectureItem <|-- Signature
+
+    Interface o-- "*" Signature: signatures
+    Interface "*" <-- "*" Component: provided
+    Interface "*" <-- "*" Component: required
+    Component "*" <-- Component: subcomponents
+```
+
+In this software model, each class is categorized as an ArchitectureItem, which inherits properties from Entity, including a name and identifier.
+There are three types of ArchitectureItems: Component, Interface, and Signature.
+
+A Component represents various architectural elements in different modeling languages.
+For instance, it corresponds to a UML Component.
+In the PCM context, it encompasses both BasicComponent and CompositeComponent.
+BasicComponents do not contain sub-components, while CompositeComponents may have sub-components.
+
+Components can either require or provide Interfaces.
+Provided Interfaces are implemented by the Component, while Required Interfaces specify the functionality required by a Component.
+
+An Interface contains multiple method Signatures.
+Signatures are linked to Interfaces in a composite relationship, meaning each Signature is associated with an Interface.
+
+
+## Code
+
+```mermaid
+classDiagram
+    class Entity
+    class CodeItem
+    class Module
+    class Package
+    class CompilationUnit
+    class CodeAssembly
+    class ComputationalObject
+    class ControlElement
+    class Datatype
+    class ClassUnit
+    class InterfaceUnit
+
+    Entity <|-- CodeItem
+    CodeItem <|-- ComputationalObject
+    CodeItem <|-- Module
+    CodeItem <|-- Datatype
+    ComputationalObject <|-- ControlElement
+    Module <|-- Package
+    Module <|-- CompilationUnit
+    Module <|-- CodeAssembly
+    Datatype <|-- ClassUnit
+    Datatype <|-- InterfaceUnit
+
+    Module "0..1" o--> "*" CodeItem: codeElements
+    ClassUnit "0..1" o--> "*" CodeItem: codeElements
+    InterfaceUnit "0..1" o--> "*" CodeItem: codeElements
+    Datatype "*" <-- "*" Datatype: implementedTypes
+    Datatype "*" <-- "*" Datatype: extendedTypes
+```
+
+The intermediate model for code is based on the source code package within the [Knowledge Discover Model (KDM)](https://www.omg.org/spec/KDM/1.3/PDF).
+
+The different classes in the code model inherit from CodeItem, which itself is a specialized Entity.
+Thus, each class has a name and identifier.
+
+There are three kinds of source code elements: Module, Datatype, and ComputationalObject.
+
+Modules are typically logical components of the system with a certain level of abstraction.
+A Module can contain CodeItems, and there are three differentiations of Modules: CompilationUnit, Package, and CodeAssembly.
+
+A CompilationUnit represents a source file where code is stored.
+It includes a relative path to the file's location on disk and its programming language.
+The CompilationUnit is partly based on the InventoryModel from KDM.
+
+A Package is a logical collection of source code elements (i.e., CodeItems).
+Packages can also contain sub-Packages, similar to the structure commonly found in Java.
+
+A CodeAssembly consists of source code artifacts linked together to make them runnable.
+For example, source code files together with their headers are grouped in a CodeAssembly.
+
+There are two kinds of Datatypes: CodeUnit and InterfaceUnit.
+A CodeUnit is akin to a class in Java and can contain other CodeItems like methods and inner classes.
+Similarly, an InterfaceUnit can also contain code elements like methods.
+
+The relationships implementedTypes and extendedTypes from the KDM model are present in the intermediate model.
+A Datatype can implement an arbitrary number of extendedTypes relations, representing inheritance in object-oriented programming languages.
+
+The construction around extendedTypes and implementedTypes also enables interfaces to extend other interfaces, akin to Java.
+Interfaces can also extend classes, a feature present in some programming languages like TypeScript.
+
+The KDM includes several primitive datatypes like boolean, which are not realized within this model as they are not currently needed.
+If future work extends the approaches with a thorough comparison of datatypes, then the intermediate model may need further sub-classing of the KDM.
+
+Currently, there is only one type of ComputationalObject: the ControlElement.
+The ControlElement represents callable parts with specific behaviors, such as functions, procedures, or methods.
+Unlike the KDM, this work does not make a further distinction between CallableUnits and MethodUnits.
+Additionally, it does not utilize parameters, return types, or similar elements of the KDM and therefore does not model them.