The main feature of Follow Diagram is, all connectors in the diagrams can be changed simultaneously instead of setting one by one. In addition to the 4 options mentioned above, Follow Diagram is another choice for altering the connectors. Note: The line jumps options are available only when two connectors are overlapped. To change the jumps option of a connector, right click on the connector, select Style and Formatting > Connector Style and then select an option under Line Jumps. Furthermore, the enhanced feature of line jumps in Visual Paradigm enables you to set different size of line jumps. Visual Paradigm provides four line jumps options to help you to distinguish connectors. The advantage of Line Jumps is making one of the two connectors different to another to indicate that which connector links with which diagram element clearly. It is impossible to explicate on those intersections which connector you indicate. To change the style of all lines on diagram, right click on the diagram background, select Connectors and one of five line style options from the pop-up menu.Īs a result, all lines on the diagram are changed into the selected line style.Īs more diagram elements on your diagram, more miscellaneous connectors are overlapped with each other. To change the line style, right click on the target connector and select Style and Formatting > Connector Style and one of five line style options from the pop-up menu.Īs a result, the connector is changed into the selected line style.īeside the five styles mentioned above, there also have Follow Diagram feature, you don’t need to set the connector one by one if you want to change all connectors in the diagrams which defined as Follow Diagram. To overcome this problem, Visual Paradigm provides five connector styles to help you handle the connectors, namely Rectilinear, Oblique, Curve, Round Oblique and Round Rectilinear. When more shapes are created and more connectors appear, you may find that it is difficult to handle the straight spaghetti-like connectors. Defining model element property through gridĬonnectors are the lines that connect two shapes.Understanding master view and auxiliary view.Re-using model elements in different diagrams.Adding references (File, URL, etc) to model elements.Using Instant Freeze for effective shape selection.Showing elements’ description in diagram.Creating and connecting shapes with Resource Catalog.Used to connect relationships of the same type. Models an unspecified relationship, or one that is not represented by another ArchiMate relationship. Indicates that an element is a particular kind of another element. Models that an element affects the implementation or achievement of some motivation element.ĪrchiMate 3 – Dependency Relationships Summaryĭescribes a temporal or causal relationship between elements.ĪrchiMate 3 – Dynamic Relationships Summary Models the ability of behavior and active structure elements to observe or act upon passive structure elements. Models that an element provides its functionality to another element. Indicates that an entity plays a critical role in the creation, achievement, sustenance, or operation of a more abstract entity.ĪrchiMate 3 – Structural Relationships Summary Indicates that an element consists of one or more other concepts.Įxpresses the allocation of responsibility, performance of behavior, or execution. ArchiMate Relationships Summary Structural Relationships Name
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