A Transition represents a relationship between two States, indicating that an object in the first State will enter the second State and perform specified actions when a specified event occurs.

A Transition has most of the common attributes.

In addition to the common associations.

Relationship to Comments that are applied to the Transition.

Multiplicity is 0+, access is read/write.

Relationship to Constraints that are applied to the Transition.

Multiplicity is 0+, access is read/write.

Relationship to the Connection Point Connection that is the end item for the Transition.

Multiplicity is 0-1, access is read/write.

Relationship to the state (Atomic State, Concurrent State, Entry State, Exit State, Final State, Fork State, History State, Initial State, Join State, Junction State, Sequential State or Submachine State) that is the end item for the Transition.

Multiplicity is 0-1, access is read/write.

Relationship to Event Action Blocks that are owned by the Transition.

Multiplicity is 0+, access is read/write.

Relationship to Comments that are owned by the Transition.

Multiplicity is 0+, access is read/write.

Relationship to Constraints that are owned by the Transition.

Multiplicity is 0+, access is read/write.

Relationship to the Connection Point Connection that is the start item for the Transition.

Multiplicity is 0-1, access is read/write.

Relationship to the state (Atomic State, Concurrent State, Entry State, Exit State, Final State, Fork State, History State, Initial State, Join State, Junction State, Sequential State or Submachine State) that is the start item for the Transition.

Multiplicity is 0-1, access is read/write.