@@ -99,15 +99,15 @@ This results in a workflow containing two isolated nodes:
9999
100100**5. Connecting nodes to each other **
101101
102- We want to connect the output produced by realignment to the input of
103- smoothing. This is done as follows.
102+ We want to connect the output produced by the node realignment to the input of
103+ the node smoothing. This is done as follows.
104104
105105.. testcode ::
106106
107107 workflow.connect(realigner, 'realigned_files', smoother, 'in_files')
108108
109- or alternatively, a more flexible notation can be used. Although not shown here,
110- the following notation can be used to connect multiple outputs from one node to
109+
110+ Although not shown here, the following notation can be used to connect multiple outputs from one node to
111111multiple inputs (see step 7 below).
112112
113113.. testcode ::
@@ -189,3 +189,22 @@ inside which are three folders: realign, smooth and artdetect (the names
189189of the nodes). The outputs of these routines are in these folders.
190190
191191.. include :: ../links_names.txt
192+
193+ .. glossary ::
194+
195+ pipeline
196+ Connected series of processes (processes can be run parallel and or sequential)
197+
198+ workflow
199+ (kind of synonymous to pipeline) = hosting the nodes
200+
201+ node
202+ = switching-point within a pipeline, you can give it a name (in the above example e.g. realigner),
203+ a node usually requires an or several inputs and will produce an or several outputs
204+
205+ interface
206+ = specific software (e.g. FSL, SPM ...) are wrapped in interfaces, within a node instances of an
207+ interface can be run
208+
209+ modules
210+ for each interface the according modules have to be imported in the usual pythonic manner
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