![]() ![]() While the Statechart Diagram is usually used to express the behavior of instances of classes, it can also be used to express the behavior of other elements Īn Activity Diagram. The Statechart Diagram expresses the static behavior of a particular object through states and state transitions. While the ordinary Collaboration Diagram is concentrated on the mapping of instances, the Collaboration Role Diagram is focused on the mapping of role classifiers Ī Statechart Diagram. It directly represents the interaction models of classifiers within the collaboration. The Collaboration Role Diagram shows interactions between roles. While the Collaboration Role Diagram is a mapping of role classifiers, the ordinary Collaboration Diagram is a mapping of instances Ī Collaboration Role Diagram. It directly represents the interaction model of the instances included in CollaborationInstanceSet. The Collaboration Diagram depicts the interaction between distances. While the Sequence Diagram is a mapping of instances, the Sequence Role Diagram is a mapping of role classifiers Ī Collaboration Diagram. It is a direct representation of Interactions (the set of mutual messages between role classifiers) within Collaborations. A Sequence Role Diagram shows interactions in the role concepts. While the sequence role diagram focuses on role classifiers, the conventional sequence diagram focuses on examples Ī Sequence Role Diagram. It is a direct representation of the set of reciprocal influences (InteractionInstanceSet) between the elements of the group of instances (CollaborationInstanceSet). A Sequence Diagram shows the interaction of instances. A use case depicts the functions of the system and the way these functions interact with external actors Ī Sequence Diagram. A Use Case Diagram represents the relations between a particular system or objects' use cases (precedents) and external actors. A Class Diagram can contain classes, interfaces, enumerated types, packages, multiple relations, instances, and their relations Ī Use Case Diagram. A Class Diagram is a visual representation of the various static relations between class-like elements. ![]() The functionality of StarUML for Windows includes the ability to work with the following diagrams:Ī Class Diagram. Modeling in this notation allows you to go through system modeling's conceptual, logical, and physical levels. ![]() The UML language is designed for modeling different classes of systems and their software. Unified Modeling Language (UML) is a suitable modeling language. Using StarUML ensures high performance and the quality of software projects. StarUML software is highly customizable according to the user environment and has extensible functionality. StarUML can be used by system analysts, designers, architects, and software engineers. The system is based on UML 2.0 and provides eleven different types of diagrams, thus supporting the Model Driven Architecture (MDA) approach. StarUML for Windows is designed for creating and applying graphical models in the UML notation. StarUML is an open-source visual modeling software tool supporting the standardized UML (Unified Modeling Language) graphical description language for modeling systems and software. ![]()
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