сообщения сам себе. Также возможно создание многострочных используя . @startuml Alice->Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext @enduml 1.5 Text alignment 1.5.1 Text of response you want them to be drawn. • concise: A simplified signal designed to show the movement of data (great for messages). • robust: A complex line signal designed to show the transition from one state to another another (can have many states). • clock: A 'clocked' signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change using

сообщения сам себе. Также возможно создание многострочных используя . @startuml Alice->Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext @enduml 1.5 Text alignment 1.5.1 Text of response you want them to be drawn. • concise: A simplified signal designed to show the movement of data (great for messages). • robust: A complex line signal designed to show the transition from one state to another another (can have many states). • clock: A 'clocked' signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change using

multi-line using . @startuml Alice -> Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext @enduml @startuml Alice <- Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext analog An analog signal is continuous, and the values are linearly interpolated between the given setpoints binary A binary signal restricted to only 2 states clock A clocked signal that repeatedly transitions optional pulse and offset concise A simplified concise signal designed to show the movement of data (great for messages) robust A robust complex line signal designed to show the transition from one state to

utilizando . @startuml Alice -> Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext @enduml @startuml Alice <- Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext analog An analog signal is continuous, and the values are linearly interpolated between the given setpoints binary A binary signal restricted to only 2 states clock A clocked signal that repeatedly transitions optional pulse and offset concise A simplified concise signal designed to show the movement of data (great for messages) robust A robust complex line signal designed to show the transition from one state to

analog An analog signal is continuous, and the values are linearly interpolated between the given setpoints binary A binary signal restricted to only 2 states clock A clocked signal that repeatedly transitions optional pulse and offset concise A simplified concise signal designed to show the movement of data (great for messages) robust A robust complex line signal designed to show the transition from one state to QA-14631, QA-14647 and QA-11288] 10.2 Binary and Clock It’s also possible to have binary and clock signal, using the following keywords: • binary • clock @startuml clock clk with period 1 binary "Enable"

message to itself. It is also possible to have multi-line using . @startuml Alice->Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext @enduml 1.5 Text alignment 1.5.1 Text of response you want them to be drawn. • concise: A simplified signal designed to show the movement of data (great for messages). • robust: A complex line signal designed to show the transition from one state to another another (can have many states). • clock: A 'clocked' signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change using

Zeilen umfassen. Mit können Zeilenumbrüche eingefügt werden. @startuml Alice->Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext @enduml 1.5 Text alignment 1.5.1 Text of response you want them to be drawn. • concise: A simplified signal designed to show the movement of data (great for messages). • robust: A complex line signal designed to show the transition from one state to another another (can have many states). • clock: A 'clocked' signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change using

Zeilen umfassen. Mit können Zeilenumbrüche eingefügt werden. @startuml Alice->Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext @enduml 1.5 Text alignment 1.5.1 Text of response you want them to be drawn. • concise: A simplified signal designed to show the movement of data (great for messages). • robust: A complex line signal designed to show the transition from one state to another another (can have many states). • clock: A 'clocked' signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change using

message to itself. It is also possible to have multi-line using . @startuml Alice->Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext @enduml 1.5 Text alignment 1.5.1 Text of response you want them to be drawn. • concise: A simplified signal designed to show the movement of data (great for messages). • robust: A complex line signal designed to show the transition from one state to another another (can have many states). • clock: A 'clocked' signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change using

을이용해서여러줄로쓰는것도가능하다 @startuml Alice -> Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext @enduml @startuml Alice <- Alice: This is a signal to self.\nIt also demonstrates\nmultiline \ntext analog An analog signal is continuous, and the values are linearly interpolated between the given setpoints binary A binary signal restricted to only 2 states clock A clocked signal that repeatedly transitions optional pulse and offset concise A simplified concise signal designed to show the movement of data (great for messages) robust A robust complex line signal designed to show the transition from one state to