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...	...	@@ -19,15 +19,61 @@
19	19	1. Add a dependency of the newly introduced plug-in project to the project defining your turing modeling language.
20	20	1. Let your diagram synthesis create a node for each state declared in your state machine.
21	21	1*. Let those node be depicted by ellipses or rounded rectangles containing a text field showing the corresponding state's name
	22	+1*. Add some space around the text by trying out all of
	23	+1**. {{code language="none"}}setSurroundingSpace(...){{/code}}
	24	+1**. {{code language="none"}}setAreaPlacementData().from(LEFT, ..., ..., TOP, ..., ...).to(RIGHT, ..., ..., BOTTOM, ..., ...){{/code}}, as well as
	25	+1**. (((
	26	+(% class="p1" %)
	27	+(% class="s2" %)setPointPlacementData(% class="s3" %)LEFT(% class="s4" %)00.5f(% class="s3" %)TOP(% class="s4" %)00.5f(% class="s3" %)H_CENTRALV_CENTRAL(% class="s4" %)0000{{code language="none"}}(, , , , , , , , 1, 1, , ){{/code}}
	28	+)))
	29	+1*. Make yourself familiar with all of that opportunities, play around with the parameters to figure out their effects!
	30	+\\
22	22	1. Let your diagram synthesis create an edge for each transition being depicted by a polyline
23	23	1*. Attach arrow decorators to those polylines.
24	24
25	25	= Augment your diagram synthesis =
26	26
	36	+1. Highlight the initial state of your turing diagrams by setting some different color, line width, line style, or what ever
27	27	1. The actor nodes in {{code language="none"}}UML2UseCaseDiagramSynthesis{{/code}} are equipped with (node) labels. This is done by means of a convenience method provided {{code language="none"}}KLabelExtensions{{/code}}.
28	28	1*. Equip the edges of your turing diagrams with labels exhibiting the guard, new symbol, etc; use a fitting method for edge labels from {{code language="none"}}KLabelExtensions{{/code}}.
29	29	1. Improve the layout of your diagrams
30		-11. switch the layout algorithm to Graphviz {{code language="none"}}dot{{/code}} by setting the layout option //LayoutOptions//{{code language="none"}}.ALGORITHM{{/code}} on the root node to {{code language="none"}}de.cau.cs.kieler.graphviz.dot{{/code}}.
31		-11. change the edge figures from polylines to splines.
	40	+1*. switch the layout algorithm to Graphviz {{code language="none"}}dot{{/code}} by setting the layout option //LayoutOptions//{{code language="none"}}.ALGORITHM{{/code}} on the root node to {{code language="none"}}de.cau.cs.kieler.graphviz.dot{{/code}}.
	41	+1*. change the edge figures from polylines to splines.
32	32
	43	+= Introduce synthesis and layout options =
	44	+
	45	+1. Try out the {{code language="none"}}EcoreDiagramSynthesis{{/code}} as shown in the meeting, make yourself familiar with the implementation
	46	+1*. Focus on the declaration of {{code language="none"}}SynthesisOption{{/code}}s and their usages, have also a look {{code language="none"}}SynthesisOption{{/code}}'s class documentation.
	47	+1. Add a synthesis option to your diagram synthesis implementation for turning edge labels on & off.
	48	+1. Feel free to add further options, e.g. for changing the coloring of the nodes and edges
	49	+1. Provide some reasonable layout options in the side bar, allowing the tool user to tailor the diagrams' layout
	50	+
	51	+= Add hierarchy =
	52	+
	53	+1. Add a further KNode representing the TuringMachine, move all nodes representing states into that machine node
	54	+1. Choose a reasonable basis figure for that node
	55	+11. add a text field showing the machine's name (or some fixed title text)
	56	+11. add a text field showing the machine's tape alphabet, extend your turing machine language (meta model) respectively, if necessary
	57	+11. add a {{code language="none"}}KChildArea{{/code}}, e.g. by calling {{code language="none"}}addChildArea{{/code}}()
	58	+11. define a grid-based children placement of the root figure by calling (% style="line-height: 1.4285715;" %)setGridPlacement(% class="s1" %)((% class="s2" %)1(% class="s1" %)){{code language="none"}}{{/code}}
	59	+11*. What is the effect of the {{code language="none"}}1{{/code}}?
	60	+11. add polylines acting as separators of the above figure elements
	61	+
	62	+= Manipulate displayed diagrams =
	63	+
	64	+KLighD diagrams provide interactivity by allowing to link action to KRenderings
	65	+
	66	+1. add a {{code language="none"}}KAction{{/code}} to the title text of node representing the turing machine by calling
	67	+{{code language="none"}}text.addAction({{/code}}{{code language="none"}}Trigger::DOUBLECLICK, KlighdConstants::ACTION_COLLAPSE_EXPAND){{/code}}
	68	+1*. observe the effect and enjoy
	69	+1. Implement your own action
	70	+1*. have a look at {{code language="none"}}de.cau.cs.kieler.klighd.actions.CollapseExpandAction{{/code}} and its registration in the corresponding {{code language="none"}}plugin.xml{{/code}}
	71	+1*. implement an own {{code language="none"}}IAction{{/code}} that manipulates the current diagram by changing colors, adding or removing elements, hiding and showing single nodes or edges, ... , and register it
	72	+1*. associate it with a diagram part of your choice and test it
	73	+1. Run your action via a menu contribution
	74	+1*. open the {{code language="none"}}xml{{/code}} view of {{code language="none"}}de.cau.cs.kieler.klighd.ui{{/code}}'s {{code language="none"}}plugin.xml{{/code}}
	75	+1*. find the deactivated entry at the and of the file, copy it to a {{code language="none"}}plugin.xml{{/code}} of your projects and activate it
	76	+1*. change the label, enter your action's id (see the action's registration), feel free to put it at a different location, e.g. the context menu
	77	+1*. test it by selecting a diagram node or edge and hitting your menu entry
	78	+
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Confluence.Code.ConfluencePageClass[0]

Id

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1		-8651137
	1	+10751229

URL

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1		-https://rtsys.informatik.uni-kiel.de/confluence//wiki/spaces/KIELER/pages/8651137/Student Tutorial on KIELER Lightweight Diagrams
	1	+https://rtsys.informatik.uni-kiel.de/confluence//wiki/spaces/KIELER/pages/10751229/Student Tutorial on KIELER Lightweight Diagrams