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A graph consists of an organised pattern of activities and their dependencies, as well as separate processes. In other words a graph is a visualisation of a set of numbers and their relation to one another in the form of e.g. curves and lines.

DCR Graphs are created in the DCR tool using the Graph Editor.


An activity is a process or a task in a workflow that describes something that a person must do in order for the activity to be fulfilled. Activities can be linked together by connections to create dependencies. An activity can represent:

  • The invocation of an operation.
  • A step in a business process.
  • An entire business process.

Activities can be decomposed into sub activities if necessary and does not have to be atomic.


The connections available in DCR Graph are:

A condition between two activities ensures that the second activity cannot be executed unless the first is excluded or has been executed at least once.
A response, or goal, ensures that once the first activity has been executed the other activity becomes a goal, that must eventually be executed or excluded
The include relation includes other activities upon execution
The exclude relation excludes other activities upon execution
The milestone relations blocks the second activity if the first is currently a goal (response) and included
The spawn relation spawns a new sub-process


Activities can be nested under other activities.


Every graph can be considered a process, but a graph can contain sub-processes. A sub-process can be either
  • single-instance sub-process - meaning it is just a process embedded inside the parent graph
  • multi-instance sub-process - which can be spawned to run separately of the parent graph

Sub-processes can either be created within the parent graph or created as it's own graph and linked into the parent graph using the import graph capabilities.


DCR graphs can be simulated, either by one person playing all the roles or by several people each playing some of the roles found in the graph. This enables users to obtain a better understanding of how the graph works, simply by playing the graph as a computer game. The portal even offers "friends" that can be used to play certain roles, at the moment two friends are offered.
  • Aggressive user - the aggressive user executes all activities that are enabled
  • Lazy user - the lazy user only executes activities that are enabled and pending