2. Static Modeling is used to represent the static constituents of a
Software such as :
1.Classes,
2.Objects,
3.Interfaces and
4.Their relationship with each other.

3. Static Modeling include two diagrams
1.Class Diagram – these diagrams are used to represent the static
elements such as :
a. Classes,
b. Attributes and
c. Relationship between classes
2.Object Diagram – these diagrams are used to represent the
instance of the static elements and it also represent the properties
of particular instance of a class.

4. The class Diagram has three compartment
1. First compartment represents the name of the class.
2. Second compartment represents the attributes of the class.
3. Third compartment represents operation of the class.
Class Name
Attributes of the class
Functions/Methods of
the class

5. These diagram are used to represent the properties of a particular
instance of a class, these diagrams are in rectangular shape include
two compartments.
1. First compartment represents the name of the Object and the
class.
2. Second compartment represents the attributes and the values
of the object.
Object Name : Class Name
Attribute Name=Current Value

6. All the elements in any software system are connected to each
other either physically or logically. So the relationship among
classes and object are divided into six forms :
• Association,
• Dependency,
• Generalization,
• Realization,
• Recursive aggregation and
• Qualified association

7. Dynamic Modeling is used to represent the behavior of the
static constituents of a software , here static constituents
includes, classes , objects, their relationships and interfaces
Dynamic Modeling also used to represents the interaction,
workflow, and different states of the static constituents in a
software.

8. Dynamic Modeling include three diagrams
1.Interaction Diagram
2.Object Diagram
3.Activity Diagram
Dynamic Modeling
Interaction Diagram Object Diagram Activity Diagram
Sequence
Diagram
Communication
Diagram

9. Interaction Diagram –The interaction diagrams are used to
visualize the interactive behaviour of the system.
So to visualize the interactive behaviour of the dynamic system
there's a need to use :
• Sequence diagram- The sequence diagram captures the time
sequence of message flow from one object to another
• Collaborative/Communication diagram- Collaboration diagram
describes the organization of objects in a system taking part in
the message flow.

10. Sequence Diagram –The sequence diagram captures the time
sequence of message flow from one object to another

11. Collaborative/Communication diagram- Collaboration diagram
describes the organization of objects in a system taking part in the
message flow.

12. State machine diagram- State machine represents the various states
of an object that change in response to events during its lifetime.
Here, a state refers to the condition of an object during its existence
in memory.
• The state of the object would not change until there’s no relative
event occurs.
• The object have only two state
a) Initial state (starting state)-Represented by a black circle
b) Final state (completion of execution)- Represented by a
black circle surrounded by a ring.

13. Activity diagram- Activity diagrams are not only used for visualizing
dynamic nature of a system but they are also used to construct the
executable system by using forward and reverse engineering
techniques.
Activity diagram also considered as flow chart just because of visual
style but it is not an Flow-Chart.