Le 12/12/2014 18:44, Alexandre Bergel a écrit :
First, I need to incorporate your OpenStreetMap bidding into Roassal.
This is on my todo list and I will work on this. This is highly
important for Roassal.
Regarding this integration, I have no idea about how RTOSM would work
with layouts... But I'd really like it to.
Maybe we can talk a bit about it. I'm not very good with the layout
engine in Roassal (otherwise I'll have fixed a few things with the
sugiyama layout ;))
Second, I have the impression that we will need a kind of JavaScript
template for this OSM integration. We will have a look at this.
If we keep the ability to zoom in and out, I'd say yes.
Thierry
Cheers,
Alexandre
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Alexandre Bergel http://www.bergel.eu
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On Dec 12, 2014, at 12:38 PM, Thierry Goubier
<thierry.goub...@gmail.com <mailto:thierry.goub...@gmail.com>> wrote:
Hi Alexandre,
this is great. There is a bit of javascript magic going in there,
isn't it?
(<script type="text/javascript" src="RODraggingAndUtil.js"></script>)
When adding some specific support such as the OpenStreetMap data,
there is a bit of work to do to extend it? Or would it consider it as
a bitmap?
Thanks,
Thierry
2014-12-12 0:20 GMT+01:00 Alexandre Bergel <alexandre.ber...@me.com
<mailto:alexandre.ber...@me.com>>:
Hi!
We have worked very hard on a Roassal exporter for the Web.
Milton has produced the class RTHTML5Exporter, which may be simply
invoked as: RTHTML5Exporter new export: aRoassalView.
Check this out:
https://dl.dropboxusercontent.com/u/31543901/RoassalHTML/index.html
Try moving the mouse above the circle or dots in the curve.
The html file you see from your web browser is the result of
do-iting the following expression:
-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
| c b c2 |
c := RTComposer new.
"======"
b := RTGraphBuilder new.
b view: c view.
b edges
connectFrom: #superclass;
useInLayout.
b edges
if: [ :fromClass :toClass | toClass name beginsWith: 'TR' ];
connectTo: #dependentClasses;
color: (Color blue alpha: 0.3).
b nodes
if: [ :cls | cls name beginsWith: 'RT' ];
color: Color blue.
b nodes
color: Color red.
b layout cluster.
b global
normalizeSize: #numberOfMethods min: 5 max: 40 using: #sqrt;
alphaColor: 0.4.
b addAll: TRShape withAllSubclasses, RTShape withAllSubclasses.
b build.
c group.
"======"
c2 := RTCharterBuilder new.
c2 view: c view.
c2 interaction popup.
c2 extent: 300 @ 200.
c2 points: (RTShape withAllSubclasses sortedAs: #numberOfMethods).
c2 connectDotColor: Color blue.
c2 points: (TRShape withAllSubclasses sortedAs: #numberOfMethods).
c2 stackX.
c2 allY: #numberOfMethods.
c2 connectDotColor: Color red.
c2 axisX.
c2 axisY.
c2 build.
c group.
"======"
c layout: RTVerticalLineLayout new.
c propagateHighlightToAll.
"======"
legend := RTLegendBuilder new.
legend view: c view.
legend addText: 'This is a demonsration of a combination of builders'.
legend addText: 'The above visualization shows the dependencies
between Roassal and Trachel shapes.'.
legend addText: 'Curves indicate the distribution of the number of
methods'.
legend build.
"======"
RTHTML5Exporter new export: c view.
c view
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--
_,.;:~^~:;._,.;:~^~:;._,.;:~^~:;._,.;:~^~:;._,.;:
Alexandre Bergel http://www.bergel.eu <http://www.bergel.eu/>
^~:;._,.;:~^~:;._,.;:~^~:;._,.;:~^~:;._,.;:~^~:;.
