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UML Class Diagram Generalization Example UML Diagrams

This sample was created in ConceptDraw DIAGRAM diagramming and vector drawing software using the UML Class Diagram library of the Rapid UML Solution from the Software Development area of ConceptDraw Solution Park. This sample describes the use of the classes, the generalization associations between them, the multiplicity of associations and constraints. Provided UML diagram is one of the examples set that are part of Rapid UML solution.
This vector stencils library contains 54 BDD symbols.
Use it to design your block definition diagrams using ConceptDraw PRO diagramming and vector drawing software.
"Block Definition Diagram
A block definition diagram is based on the UML class diagram, with restrictions and extensions as defined by SysML. ...
Block and ValueType Definitions
A SysML Block defines a collection of features to describe a system or other element of interest. A SysML ValueType
defines values that may be used within a model. SysML blocks are based on UML classes, as extended by UML composite structures. SysML value types are based on UML data types. Diagram extensions for SysML blocks and value types are described by other subheadings of this sub clause." [www.omg.org/ spec/ SysML/ 1.3/ PDF]
The vector stencils library "Block definition diagram" is included in the SysML solution from the Software Development area of ConceptDraw Solution Park.
Block definition diagram
Block definition diagram, object node, control operator frame, block definition diagram,
Block
Block, block,
Actor
Actor, actor,
Actor 2
Actor 2, actor,
Value type
Value type, value type,
Enumeration
Enumeration, enumeration,
Abstract definition
Abstract definition, abstract definition,
Abstract definition 2
Abstract definition 2, abstract definition,
Abstract definition 3
Abstract definition 3, abstract definition,
Stereotype property compartment
Stereotype property compartment, stereotype property compartment,
Namespace compartment
Namespace compartment, object node, namespace compartment,
Structure compartment
Structure compartment, structure compartment, object node,
Unit
Unit, unit,
Unit 2
Unit 2, unit,
Quantity kind
Quantity kind, quantity kind,
Instance specification
Instance specification, object node, instance specification,
Instance specification 2
Instance specification 2, instance specification,
Instance specification 3
Instance specification 3, instance specification,
Instance specification 4
Instance specification 4, structure compartment, instance specification,
Dependency
Dependency, dependency,
Reference association
Reference association, reference association,
Reference association 2
Reference association 2, reference association,
Part association
Part association, part association,
Part association 2
Part association 2, part association,
Shared association
Shared association, shared association,
Shared association 2
Shared association 2, shared association,
Multibranch part association
Multibranch part association, multibranch part association,
Multibranch shared association
Multibranch shared association, multibranch shared association,
Generalization
Generalization, generalization,
Multibranch generalization
Multibranch generalization, multibranch generalization,
Generalization set, disjoint
Generalization set, disjoint, disjoint generalization set,
Generalization set, overlapping
Generalization set, overlapping, overlapping generalization set,
Block namespace containment
Block namespace containment, block namespace containment,
Participant property
Participant property, reference association, participant property, object node, connector property,
Participant property 2
Participant property 2, structure compartment, reference association, participant property, object node, actor,
Participant property 3
Participant property 3, reference association, participant property, object node,
Connector property
Connector property, object node, connector property,
Conjugated ports
Conjugated ports, port, object node, conjugated port,
Conjugated ports 2
Conjugated ports 2, port, object node, conjugated port,
Ports with flow properties
Ports with flow properties, port, object node,
Port (compartment notation)
Port (compartment notation), port,
Port (nested)
Port (nested), port, object node, nested port,
Proxy port
Proxy port, proxy port, port, object node,
Full port
Full port, port, object node, full port,
Flow property
Flow property, flow property,
Required and provided features
Required and provided features, required and provided features,
Interface block
Interface block, interface block, interface,
Item flow
Item flow, port, object node, item flow,
Item flow 2
Item flow 2, port, object node, item flow, item property,
Item flow 3
Item flow 3, port, object node, item flow, connector property,
Interface
Interface, interface,
Required and provided interfaces
Required and provided interfaces, required interface, required and provided interfaces, port, object node, interface,
Required and provided interfaces 2
Required and provided interfaces 2, required interface, required and provided interfaces, port, object node, interface,
Constraint block
Constraint block, constraint block,
Used Solutions

UML Class Diagram Notation

When it comes to system construction, a class diagram is the most widely used diagram. UML Class Diagrams is a type of static structure diagram that is used for general conceptual modeling of the systematics of the application. Such a diagram would illustrate the object-oriented view of a system. The object orientation of a system is indicated by a class diagram. It describes the structure of a system by showing the general issues,classes of a system, attributes, operations, interfaces, inheritance, and the relationships between them.

UML Use Case Diagrams

ConceptDraw has several examples that help you to start using software for designing UML Use Case Diagrams.

UML Class Diagram

UML Class Diagram can be created using ConceptDraw DIAGRAM diagramming software contains rich examples and template. ConceptDraw is perfect for software designers and software developers who need to draw UML Class Diagrams.

draw divided bar diagram, draw divided bar chart, draw divided bar graph Divided Bar Diagrams

draw divided bar diagram, draw divided bar chart, draw divided bar graph
The Divided Bar Diagrams Solution extends the capabilities of ConceptDraw DIAGRAM with templates, samples, and a library of vector stencils for drawing high impact and professional Divided Bar Diagrams and Graphs, Bar Diagram Math, and Stacked Graph.
This vector stencils library contains 54 BDD symbols.
Use it to design your block definition diagrams using ConceptDraw PRO diagramming and vector drawing software.
"Block Definition Diagram
A block definition diagram is based on the UML class diagram, with restrictions and extensions as defined by SysML. ...
Block and ValueType Definitions
A SysML Block defines a collection of features to describe a system or other element of interest. A SysML ValueType
defines values that may be used within a model. SysML blocks are based on UML classes, as extended by UML composite structures. SysML value types are based on UML data types. Diagram extensions for SysML blocks and value types are described by other subheadings of this sub clause." [www.omg.org/ spec/ SysML/ 1.3/ PDF]
The vector stencils library "Block definition diagram" is included in the SysML solution from the Software Development area of ConceptDraw Solution Park.
Block definition diagram
Block definition diagram, object node, control operator frame, block definition diagram,
Block
Block, block,
Actor
Actor, actor,
Actor 2
Actor 2, actor,
Value type
Value type, value type,
Enumeration
Enumeration, enumeration,
Abstract definition
Abstract definition, abstract definition,
Abstract definition 2
Abstract definition 2, abstract definition,
Abstract definition 3
Abstract definition 3, abstract definition,
Stereotype property compartment
Stereotype property compartment, stereotype property compartment,
Namespace compartment
Namespace compartment, object node, namespace compartment,
Structure compartment
Structure compartment, structure compartment, object node,
Unit
Unit, unit,
Unit 2
Unit 2, unit,
Quantity kind
Quantity kind, quantity kind,
Instance specification
Instance specification, object node, instance specification,
Instance specification 2
Instance specification 2, instance specification,
Instance specification 3
Instance specification 3, instance specification,
Instance specification 4
Instance specification 4, structure compartment, instance specification,
Dependency
Dependency, dependency,
Reference association
Reference association, reference association,
Reference association 2
Reference association 2, reference association,
Part association
Part association, part association,
Part association 2
Part association 2, part association,
Shared association
Shared association, shared association,
Shared association 2
Shared association 2, shared association,
Multibranch part association
Multibranch part association, multibranch part association,
Multibranch shared association
Multibranch shared association, multibranch shared association,
Generalization
Generalization, generalization,
Multibranch generalization
Multibranch generalization, multibranch generalization,
Generalization set, disjoint
Generalization set, disjoint, disjoint generalization set,
Generalization set, overlapping
Generalization set, overlapping, overlapping generalization set,
Block namespace containment
Block namespace containment, block namespace containment,
Participant property
Participant property, reference association, participant property, object node, connector property,
Participant property 2
Participant property 2, structure compartment, reference association, participant property, object node, actor,
Participant property 3
Participant property 3, reference association, participant property, object node,
Connector property
Connector property, object node, connector property,
Conjugated ports
Conjugated ports, port, object node, conjugated port,
Conjugated ports 2
Conjugated ports 2, port, object node, conjugated port,
Ports with flow properties
Ports with flow properties, port, object node,
Port (compartment notation)
Port (compartment notation), port,
Port (nested)
Port (nested), port, object node, nested port,
Proxy port
Proxy port, proxy port, port, object node,
Full port
Full port, port, object node, full port,
Flow property
Flow property, flow property,
Required and provided features
Required and provided features, required and provided features,
Interface block
Interface block, interface block, interface,
Item flow
Item flow, port, object node, item flow,
Item flow 2
Item flow 2, port, object node, item flow, item property,
Item flow 3
Item flow 3, port, object node, item flow, connector property,
Interface
Interface, interface,
Required and provided interfaces
Required and provided interfaces, required interface, required and provided interfaces, port, object node, interface,
Required and provided interfaces 2
Required and provided interfaces 2, required interface, required and provided interfaces, port, object node, interface,
Constraint block
Constraint block, constraint block,
Used Solutions

UML Use Case Diagram. Design Elements

UML Use Case Diagrams are used to illustrate the structure of arbitrarily complex systems and illustrates the service consumer - service provider relationship between components.

Systems Engineering

Systems engineering is an interdisciplinary field of engineering that focuses on how to design and manage complex engineering systems over their life cycles. ConceptDraw DIAGRAM supplied with SysML Solution from the Software Development Area of ConceptDraw Solution Park is a powerful and effective systems engineering software.
HelpDesk

How to Create a Timeline Diagram

How to Create a Timeline Diagram
A Timeline is a chart which displays a project plan schedule in chronological order. A Timeline is used in project management to depict project milestones and visualize project phases and show project progress. The graphic form of a timeline makes it easy to understand critical project milestones, such as the progress of a project schedule. Timelines are particularly useful for project scheduling or project management when accompanied with a Gantt chart. It captures the main of what the project will accomplish and how it will be done. making a project timeline is one of the most important skills a project manager needs have. Making comprehensive, accurate timelines allows you getting every project off in the best way. ConceptDraw DIAGRAM allows you to draw a timeline chart using a special library.