9 Dec
2017
9 Dec
'17
8:14 a.m.
Hi,
We are happy to announce GT Mondrian, a graph visualization engine built on top of Bloc.
It is similar to the original Mondrian and the Mondrian from Roassal, but it is different
in that it is built directly out of Bloc elements. This is interesting because it allows
us to combine typical widgets with visualizations. The other interesting thing about it is
that it validates the design of Bloc: right now, the implementation has 509 lines of code
(excluding graph-specific layouts). The goal is to make visualization a first class
citizen and an integral part of the IDE.
The key ingredient that made this happen is that Bloc can now treat graph layouts, such as
tree or force based, behave under the same rules as typical widget layouts, such as grid
or flow. The challenge comes from the fact that a graph layout depends on the notion of
edges between elements, and we did not want to have elements know about edges in the core
of Bloc.
The solution was to split the typical edge implementation in graph visualization libraries
into two distinct concepts:
• Line is an element that draws the connections.
• Edge defines constraints imposed by connections between elements.
Thus, edges form constraints, and constraints are what layouts deal with. That is one
reason why elements in bloc have the ability of defining layout-specific constraints.
Using this, we can nicely define edges between elements as a plugin to Bloc, but still be
able to connect arbitrary elements. What's more, it turns out that we need constraints
for other layouts as well. For example, an element in a grid layout might specify the
span.
The API of GT Mondrian is similar to the one from Roassal, but there are a few differences
as well. These are described in the Pillar documentation available in the GitHub repo.
The best way to experience GT Mondrian and its documentation is to load the GToolkit as
described here:
https://github.com/feenkcom/gtoolkit
If you download the GT code through Iceberg, the documentation can be experienced live by
inspecting:
'./pharo-local/iceberg/feenkcom/gtoolkit-visualizer/doc/mondrian/index.pillar'
asFileReference
Cheers,
The feenk team
--
www.tudorgirba.com
www.feenk.com
"Quality cannot be an afterthought."
9 Dec
9 Dec
8:43 a.m.
Super super cool.
On 9 Dec 2017, at 08:14, Tudor Girba
<tudor(a)tudorgirba.com> wrote:
Hi,
We are happy to announce GT Mondrian, a graph visualization engine built on top of Bloc.
It is similar to the original Mondrian and the Mondrian from Roassal, but it is different
in that it is built directly out of Bloc elements. This is interesting because it allows
us to combine typical widgets with visualizations. The other interesting thing about it is
that it validates the design of Bloc: right now, the implementation has 509 lines of code
(excluding graph-specific layouts). The goal is to make visualization a first class
citizen and an integral part of the IDE.
The key ingredient that made this happen is that Bloc can now treat graph layouts, such
as tree or force based, behave under the same rules as typical widget layouts, such as
grid or flow. The challenge comes from the fact that a graph layout depends on the notion
of edges between elements, and we did not want to have elements know about edges in the
core of Bloc.
The solution was to split the typical edge implementation in graph visualization
libraries into two distinct concepts:
• Line is an element that draws the connections.
• Edge defines constraints imposed by connections between elements.
Can you give an example?
BTW doru did you think about having a bloc layer on top of telescope model?
Because from that perspective telescope offers a visualisation model while
roassal/mondrian like design are
more a pen-oriented metaphor.
I wanted to do it to learn Bloc but I’m running against time and trying to flush pilling
duties (I want to also release
the book that we wrote with luc and olivier and convert the seaside book and and and…..
:(
Thus, edges form constraints, and constraints are what layouts deal with. That is one
reason why elements in bloc have the ability of defining layout-specific constraints.
Using this, we can nicely define edges between elements as a plugin to Bloc, but still be
able to connect arbitrary elements. What's more, it turns out that we need constraints
for other layouts as well. For example, an element in a grid layout might specify the
span.
The API of GT Mondrian is similar to the one from Roassal, but there are a few
differences as well. These are described in the Pillar documentation available in the
GitHub repo.
The best way to experience GT Mondrian and its documentation is to load the GToolkit as
described here:
https://github.com/feenkcom/gtoolkit <https://github.com/feenkcom/gtoolkit>
If you download the GT code through Iceberg, the documentation can be experienced live by
inspecting:
'./pharo-local/iceberg/feenkcom/gtoolkit-visualizer/doc/mondrian/index.pillar'
asFileReference
<mondrian-doc.png>
Cheers,
The feenk team
--
www.tudorgirba.com <http://www.tudorgirba.com/>
www.feenk.com
"Quality cannot be an afterthought."
_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
--------------------------------------------
Stéphane Ducasse
http://stephane.ducasse.free.fr
http://www.synectique.eu / http://www.pharo.org
03 59 35 87 52
Assistant: Julie Jonas
FAX 03 59 57 78 50
TEL 03 59 35 86 16
S. Ducasse - Inria
40, avenue Halley,
Parc Scientifique de la Haute Borne, Bât.A, Park Plaza
Villeneuve d'Ascq 59650
France
9:25 p.m.
Hi,
Here is an example that shows the distinction between edge and line:
elementToVisualize := BlChicken chicken.
elementToVisualize forceLayout.
root := BlElement new constraintsDo: [:c |
c horizontal matchParent. c vertical matchParent].
elementToVisualize allChildrenBreadthFirstDo: [ :each |
| label |
label := BlTextElement new
text: each gtDisplayString asRopedText;
background: Color white;
effect: (BlDropShadowEffect color: (Color gray alpha: 0.5) width: 10 offset: 0@0).
label userData at: #model put: each.
root children
detect: [ :child |
(child userData at: #model ifAbsent: [ nil ]) = each parent ]
ifFound: [ :parentLabel |
| edge |
edge := GtGraphEdge new from: parentLabel to: label.
parentLabel constraints graph addConnectedEdge: edge.
label constraints graph addConnectedEdge: edge ].
root addChild: label].
root layout: (GtGraphHorizontalTreeLayout new layered; verticalGap: 20).
root
With this we visualize the elements that make the chicken element demo:
- we create a label for each element
- we find the parentLabel corresponding to the parent element
- we create an edge between the parentLabel and the current label
The example gives us this:
The edge is a constraint. It has no visual impact. And the graph layouts take the edge
constraints into account. The cool thing is the GtGraphEdge is defined next to the graph
layout classes, not in the core of Bloc.
To add a visual impact, we have to create a separate line:
Thanks for the question. This email is now a comment in the graph layout examples and can
be viewed like this:
Cheers,
Doru
On Dec 9, 2017, at 8:43 AM, Stéphane Ducasse
<stephane.ducasse(a)inria.fr> wrote:
Super super cool.
--
www.tudorgirba.com
www.feenk.com
"Every successful trip needs a suitable vehicle."
On 9 Dec 2017, at 08:14, Tudor Girba
<tudor(a)tudorgirba.com> wrote:
Hi,
We are happy to announce GT Mondrian, a graph visualization engine built on top of Bloc.
It is similar to the original Mondrian and the Mondrian from Roassal, but it is different
in that it is built directly out of Bloc elements. This is interesting because it allows
us to combine typical widgets with visualizations. The other interesting thing about it is
that it validates the design of Bloc: right now, the implementation has 509 lines of code
(excluding graph-specific layouts). The goal is to make visualization a first class
citizen and an integral part of the IDE.
The key ingredient that made this happen is that Bloc can now treat graph layouts, such
as tree or force based, behave under the same rules as typical widget layouts, such as
grid or flow. The challenge comes from the fact that a graph layout depends on the notion
of edges between elements, and we did not want to have elements know about edges in the
core of Bloc.
The solution was to split the typical edge implementation in graph visualization
libraries into two distinct concepts:
• Line is an element that draws the connections.
• Edge defines constraints imposed by connections between elements.
Can you give an example?
BTW doru did you think about having a bloc layer on top of telescope model?
Because from that perspective telescope offers a visualisation model while
roassal/mondrian like design are
more a pen-oriented metaphor.
I wanted to do it to learn Bloc but I’m running against time and trying to flush pilling
duties (I want to also release
the book that we wrote with luc and olivier and convert the seaside book and and and…..
:(
Thus, edges form constraints, and constraints are what layouts deal with. That is one
reason why elements in bloc have the ability of defining layout-specific constraints.
Using this, we can nicely define edges between elements as a plugin to Bloc, but still be
able to connect arbitrary elements. What's more, it turns out that we need constraints
for other layouts as well. For example, an element in a grid layout might specify the
span.
The API of GT Mondrian is similar to the one from Roassal, but there are a few
differences as well. These are described in the Pillar documentation available in the
GitHub repo.
The best way to experience GT Mondrian and its documentation is to load the GToolkit as
described here:
https://github.com/feenkcom/gtoolkit
If you download the GT code through Iceberg, the documentation can be experienced live by
inspecting:
'./pharo-local/iceberg/feenkcom/gtoolkit-visualizer/doc/mondrian/index.pillar'
asFileReference
<mondrian-doc.png>
Cheers,
The feenk team
--
www.tudorgirba.com
www.feenk.com
"Quality cannot be an afterthought."
_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
--------------------------------------------
Stéphane Ducasse
http://stephane.ducasse.free.fr
http://www.synectique.eu / http://www.pharo.org
03 59 35 87 52
Assistant: Julie Jonas
FAX 03 59 57 78 50
TEL 03 59 35 86 16
S. Ducasse - Inria
40, avenue Halley,
Parc Scientifique de la Haute Borne, Bât.A, Park Plaza
Villeneuve d'Ascq 59650
France
_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev 
12 Dec
12 Dec
2:05 a.m.
Stéphane Ducasse wrote
Super super cool.
Yes!!! One question about terminology. Why edge? Is that a well-known domain
concept? The first word that comes to mind from the example is "connection".
Edge seems like a stretch…
-----
Cheers,
Sean
--
Sent from: http://forum.world.st/Moose-f1310756.html
10 Dec
10 Dec
7:30 a.m.
Hi Tudor,
VM just crashed here after click in Bloc examples -> any item -> Connected
(Bloc)
Attached crash.dmp
Cheers,
Hernán
2017-12-09 4:14 GMT-03:00 Tudor Girba <tudor(a)tudorgirba.com>om>:
Hi,
We are happy to announce GT Mondrian, a graph visualization engine built
on top of Bloc.
It is similar to the original Mondrian and the Mondrian from Roassal, but
it is different in that it is built directly out of Bloc elements. This is
interesting because it allows us to combine typical widgets with
visualizations. The other interesting thing about it is that it validates
the design of Bloc: right now, the implementation has 509 lines of code
(excluding graph-specific layouts). The goal is to make visualization a
first class citizen and an integral part of the IDE.
The key ingredient that made this happen is that Bloc can now treat graph
layouts, such as tree or force based, behave under the same rules as
typical widget layouts, such as grid or flow. The challenge comes from the
fact that a graph layout depends on the notion of edges between elements,
and we did not want to have elements know about edges in the core of Bloc.
The solution was to split the typical edge implementation in graph
visualization libraries into two distinct concepts:
• Line is an element that draws the connections.
• Edge defines constraints imposed by connections between elements.
Thus, edges form constraints, and constraints are what layouts deal with.
That is one reason why elements in bloc have the ability of defining
layout-specific constraints. Using this, we can nicely define edges between
elements as a plugin to Bloc, but still be able to connect
arbitrary elements. What's more, it turns out that we need constraints for
other layouts as well. For example, an element in a grid layout might
specify the span.
The API of GT Mondrian is similar to the one from Roassal, but there are a
few differences as well. These are described in the Pillar documentation
available in the GitHub repo.
The best way to experience GT Mondrian and its documentation is to load
the GToolkit as described here:
https://github.com/feenkcom/gtoolkit
If you download the GT code through Iceberg, the documentation can be
experienced live by inspecting:
'./pharo-local/iceberg/feenkcom/gtoolkit-visualizer/doc/mondrian/index.pillar'
asFileReference
Cheers,
The feenk team
--
www.tudorgirba.com
www.feenk.com
"Quality cannot be an afterthought."
_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
7:34 a.m.
Hi,
Thanks for the report.
I see that you are on Windows 8.1. We only tested on Windows 10.
Can you tell me how you installed the code?
Cheers,
Doru
On Dec 10, 2017, at 7:30 AM, Hernán Morales Durand
<hernan.morales(a)gmail.com> wrote:
Hi Tudor,
VM just crashed here after click in Bloc examples -> any item -> Connected (Bloc)
Attached crash.dmp
Cheers,
Hernán
2017-12-09 4:14 GMT-03:00 Tudor Girba <tudor(a)tudorgirba.com>om>:
Hi,
We are happy to announce GT Mondrian, a graph visualization engine built on top of Bloc.
It is similar to the original Mondrian and the Mondrian from Roassal, but it is different
in that it is built directly out of Bloc elements. This is interesting because it allows
us to combine typical widgets with visualizations. The other interesting thing about it is
that it validates the design of Bloc: right now, the implementation has 509 lines of code
(excluding graph-specific layouts). The goal is to make visualization a first class
citizen and an integral part of the IDE.
The key ingredient that made this happen is that Bloc can now treat graph layouts, such
as tree or force based, behave under the same rules as typical widget layouts, such as
grid or flow. The challenge comes from the fact that a graph layout depends on the notion
of edges between elements, and we did not want to have elements know about edges in the
core of Bloc.
The solution was to split the typical edge implementation in graph visualization
libraries into two distinct concepts:
• Line is an element that draws the connections.
• Edge defines constraints imposed by connections between elements.
Thus, edges form constraints, and constraints are what layouts deal with. That is one
reason why elements in bloc have the ability of defining layout-specific constraints.
Using this, we can nicely define edges between elements as a plugin to Bloc, but still be
able to connect arbitrary elements. What's more, it turns out that we need constraints
for other layouts as well. For example, an element in a grid layout might specify the
span.
The API of GT Mondrian is similar to the one from Roassal, but there are a few
differences as well. These are described in the Pillar documentation available in the
GitHub repo.
The best way to experience GT Mondrian and its documentation is to load the GToolkit as
described here:
https://github.com/feenkcom/gtoolkit
If you download the GT code through Iceberg, the documentation can be experienced live by
inspecting:
'./pharo-local/iceberg/feenkcom/gtoolkit-visualizer/doc/mondrian/index.pillar'
asFileReference
<mondrian-doc.png>
Cheers,
The feenk team
--
www.tudorgirba.com
www.feenk.com
"Quality cannot be an afterthought."
_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
<crash.dmp>_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
--
www.tudorgirba.com
www.feenk.com
"One cannot do more than one can do."
11:55 a.m.
2017-12-10 7:34 GMT+01:00 Tudor Girba <tudor(a)tudorgirba.com>om>:
Hi,
Thanks for the report.
I see that you are on Windows 8.1. We only tested on Windows 10.
How did you install this on windows 10 ?
I tried to load the code in a 6.1 image as described on the github page:
Metacello new
baseline: 'GToolkit';
repository: 'github://feenkcom/gtoolkit/src';
load.
But it now runs since two hours without finishing it.
After I excluded the pharo image from the windows defender antivirus check,
it seems to need less cpu time.
But it is still not finished.
I will restart the installation with the antivirus deactivated from the
start and see how long it will take.
Can you tell me how you installed the code?
Cheers,
Doru
On Dec 10, 2017, at 7:30 AM, Hernán Morales
Durand <
hernan.morales(a)gmail.com> wrote:
Hi Tudor,
VM just crashed here after click in Bloc examples -> any item ->
Connected
(Bloc)
Attached crash.dmp
Cheers,
Hernán
2017-12-09 4:14 GMT-03:00 Tudor Girba <tudor(a)tudorgirba.com>om>:
Hi,
We are happy to announce GT Mondrian, a graph visualization engine built
on top of
Bloc.
It is similar to the original Mondrian and the Mondrian from Roassal,
but it is
different in that it is built directly out of Bloc elements. This
is interesting because it allows us to combine typical widgets with
visualizations. The other interesting thing about it is that it validates
the design of Bloc: right now, the implementation has 509 lines of code
(excluding graph-specific layouts). The goal is to make visualization a
first class citizen and an integral part of the IDE.
The key ingredient that made this happen is that Bloc can now treat
graph layouts,
such as tree or force based, behave under the same rules as
typical widget layouts, such as grid or flow. The challenge comes from the
fact that a graph layout depends on the notion of edges between elements,
and we did not want to have elements know about edges in the core of Bloc.
The solution was to split the typical edge implementation in graph
visualization
libraries into two distinct concepts:
• Line is an element that draws the
connections.
• Edge defines constraints imposed by connections between elements.
Thus, edges form constraints, and constraints are what layouts deal
with. That is
one reason why elements in bloc have the ability of defining
layout-specific constraints. Using this, we can nicely define edges between
elements as a plugin to Bloc, but still be able to connect arbitrary
elements. What's more, it turns out that we need constraints for other
layouts as well. For example, an element in a grid layout might specify the
span.
The API of GT Mondrian is similar to the one from Roassal, but there are
a few
differences as well. These are described in the Pillar documentation
available in the GitHub repo.
The best way to experience GT Mondrian and its documentation is to load
the
GToolkit as described here:
https://github.com/feenkcom/gtoolkit
If you download the GT code through Iceberg, the documentation can be
experienced
live by inspecting:
'./pharo-local/iceberg/feenkcom/gtoolkit-visualizer/doc/mondrian/index.pillar'
asFileReference
<mondrian-doc.png>
Cheers,
The feenk team
--
www.tudorgirba.com
www.feenk.com
"Quality cannot be an afterthought."
_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
<crash.dmp>_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
--
www.tudorgirba.com
www.feenk.com
"One cannot do more than one can do."
_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
3 p.m.
2017-12-10 11:55 GMT+01:00 Nicolai Hess <nicolaihess(a)web.de>de>:
2017-12-10 7:34 GMT+01:00 Tudor Girba <tudor(a)tudorgirba.com>om>:
Ok, without antivirus check, the installation now "only" takes an hour. But
of course we shouldn't depend on disabled antivirus check.
Is there any other way to make this faster?
Hi,
Thanks for the report.
I see that you are on Windows 8.1. We only tested on Windows 10.
How did you install this on windows 10 ?
I tried to load the code in a 6.1 image as described on the github page:
Metacello new
baseline: 'GToolkit';
repository: 'github://feenkcom/gtoolkit/src';
load.
But it now runs since two hours without finishing it.
After I excluded the pharo image from the windows defender antivirus
check, it seems to need less cpu time.
But it is still not finished.
I will restart the installation with the antivirus deactivated from the
start and see how long it will take.
Can you tell me how you installed the code?
Cheers,
Doru
On Dec 10, 2017, at 7:30 AM, Hernán Morales
Durand <
hernan.morales(a)gmail.com> wrote:
Hi Tudor,
VM just crashed here after click in Bloc examples -> any item ->
Connected
(Bloc)
Attached crash.dmp
Cheers,
Hernán
2017-12-09 4:14 GMT-03:00 Tudor Girba <tudor(a)tudorgirba.com>om>:
Hi,
We are happy to announce GT Mondrian, a graph visualization engine
built on top of
Bloc.
It is similar to the original Mondrian and the Mondrian from Roassal,
but it is
different in that it is built directly out of Bloc elements. This
is interesting because it allows us to combine typical widgets with
visualizations. The other interesting thing about it is that it validates
the design of Bloc: right now, the implementation has 509 lines of code
(excluding graph-specific layouts). The goal is to make visualization a
first class citizen and an integral part of the IDE.
The key ingredient that made this happen is that Bloc can now treat
graph layouts,
such as tree or force based, behave under the same rules as
typical widget layouts, such as grid or flow. The challenge comes from the
fact that a graph layout depends on the notion of edges between elements,
and we did not want to have elements know about edges in the core of Bloc.
The solution was to split the typical edge implementation in graph
visualization
libraries into two distinct concepts:
• Line is an element that draws the
connections.
• Edge defines constraints imposed by connections between
elements.
Thus, edges form constraints, and constraints are what layouts deal
with. That is
one reason why elements in bloc have the ability of defining
layout-specific constraints. Using this, we can nicely define edges between
elements as a plugin to Bloc, but still be able to connect arbitrary
elements. What's more, it turns out that we need constraints for other
layouts as well. For example, an element in a grid layout might specify the
span.
The API of GT Mondrian is similar to the one from Roassal, but there
are a few
differences as well. These are described in the Pillar
documentation available in the GitHub repo.
The best way to experience GT Mondrian and its documentation is to load
the
GToolkit as described here:
https://github.com/feenkcom/gtoolkit
If you download the GT code through Iceberg, the documentation can be
experienced
live by inspecting:
'./pharo-local/iceberg/feenkcom/gtoolkit-visualizer/doc/mondrian/index.pillar'
asFileReference
<mondrian-doc.png>
Cheers,
The feenk team
--
www.tudorgirba.com
www.feenk.com
"Quality cannot be an afterthought."
_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
<crash.dmp>_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
--
www.tudorgirba.com
www.feenk.com
"One cannot do more than one can do."
_______________________________________________
Moose-dev mailing list
Moose-dev(a)list.inf.unibe.ch
https://www.list.inf.unibe.ch/listinfo/moose-dev
4:01 p.m.
Hi Tudor,
This is how I installed GToolkit:
IceCredentialsProvider plaintextCredentials: (
IcePlaintextCredentials new
username: 'myusername(a)gmail.com'com';
password: 'mypass' ;
yourself).
Metacello new
baseline: 'GToolkit';
repository: 'github://feenkcom/gtoolkit/src';
load.
Without the IceCredentialsProvider configuration I had LibGIT errors.
This is the output:
"linear load :
explicit load : baseline [BaselineOfGToolkit]
load : BaselineOfGToolkitTranscript-cypress.1
explicit load : baseline [BaselineOfGToolkit]
load : BaselineOfGToolkitConnector-cypress.1
explicit load : baseline [BaselineOfGToolkit]
load : BaselineOfGToolkitMondrian-cypress.1
explicit load : baseline [BaselineOfGToolkit]
load : BaselineOfGToolkitDocumenter-cypress.1
linear load : baseline [BaselineOfGToolkit]
explicit load : baseline [BaselineOfGToolkitDocumenter]
load : BaselineOfBrick-cypress.1
explicit load : baseline [BaselineOfGToolkitDocumenter]
load : BaselineOfGToolkitExamples-cypress.1
explicit load : baseline [BaselineOfGToolkitDocumenter]
load : ConfigurationOfDeepTraverser-AndreiChis.13
explicit load : baseline [BaselineOfGToolkitDocumenter]
load : ConfigurationOfPillar-StephaneDucasse.277
linear load : baseline [BaselineOfGToolkitDocumenter]
explicit load : baseline [BaselineOfBrick]
load : BaselineOfBloc-cypress.1
preload : baseline [BaselineOfBrick] >> preLoadActions:
linear load : baseline [BaselineOfBrick]
preload : baseline [BaselineOfBloc] >> preLoadActions:
linear load : baseline [BaselineOfBloc]
linear load : 1.2.15 [ConfigurationOfOSWindow]
postload : baseline [BaselineOfBloc] >> postLoadBloc:
postload : Bloc >> postLoadBloc:
load : Brick-cypress.1
load : Brick-Style-cypress.1
load : Brick-Theme-GlennCavarle.1
load : Brick-Material-cypress.1
load : Brick-UI-cypress.1
load : Brick-Editor-cypress.1
load : Brick-Editor-Extensions-cypress.1
load : Brick-Sparta-cypress.1
load : Brick-Examples-cypress.1
load : Brick-Experimental-cypress.1
explicit load : baseline [BaselineOfGToolkitExamples]
load : BaselineOfGToolkitExamplesEngine-cypress.1
linear load : baseline [BaselineOfGToolkitExamples]
linear load : baseline [BaselineOfGToolkitExamplesEngine]
load : GToolkit-Examples-cypress.1
load : GToolkit-Examples-UI-cypress.1
load : GToolkit-Examples-Dummies-cypress.1
load : GToolkit-Examples-Roassal2UI-cypress.1
load : GToolkit-Examples-Extensions-cypress.1
load : GToolkit-Tests-Examples-cypress.1
explicit load : 6.0.7 [ConfigurationOfPillar]
load : ConfigurationOfCocoon-StephaneDucasse.51
explicit load : 6.0.7 [ConfigurationOfPillar]
load : ConfigurationOfPetitParser-TudorGirba.80
explicit load : 6.0.7 [ConfigurationOfPillar]
load : ConfigurationOfLightPhaser-GuillermoPolito.9
explicit load : 6.0.7 [ConfigurationOfPillar]
load : ConfigurationOfJSON-StephanEggermont.7
linear load : 6.0.7 [ConfigurationOfPillar]
explicit load : 1.33 [ConfigurationOfCocoon]
load : ConfigurationOfMagritte3-topa.126
linear load : 1.33 [ConfigurationOfCocoon]
explicit load : 3.5.0 [ConfigurationOfMagritte3]
load : ConfigurationOfGrease-StephanEggermont.348
linear load : 3.5.0 [ConfigurationOfMagritte3]
linear load : 1.2.7 [ConfigurationOfGrease]
load : Grease-Core-JohanBrichau.97
load : Grease-Pharo30-Core-PavelKrivanek.22
load : Magritte-Model-SeanDeNigris.465
load : Magritte-Pharo3-Model-JohnCBorden.4
load : Magritte-Morph-SeanDeNigris.95
load : Glamour-Magritte-Presentations-AndreiChis.10
load : Magritte-GT-SeanDeNigris.6
load : Cocoon-Core-ThibaultArloing.57
load : Cocoon-Tests-Core-StephaneDucasse.38
linear load : 1.2 [ConfigurationOfJSON]
load : JSON-PaulDeBruicker.39
linear load : 0.1-baseline [ConfigurationOfLightPhaser]
load : LightPhaser-Model-GuillermoPolito.18
load : LightPhaser-Tests-Model-YannDubois.9
atomic load : 1.14 [ConfigurationOfPetitParser]
load : PetitParser-JanKurs.278
load : PetitTests-JanKurs.73
load : Pillar-Model-StephaneDucasse.296
load : Pillar-ExporterCore-StephaneDucasse.420
load : Pillar-ExporterText-CyrilFerlicot.11
load : Pillar-ExporterHTML-DamienCassou.88
load : Pillar-ExporterMarkdown-PeterUhnak.76
load : Pillar-ExporterDeckJS-DamienCassou.12
load : Pillar-ExporterEPub-DamienCassou.9
load : Pillar-Cli-StephaneDucasse.67
load : Pillar-Cli-PillarVersion-StephaneDucasse.1
load : Pillar-ExporterAsciiDoc-StephaneDucasse.28
load : Pillar-PetitPillar-TudorGirba.143
load : Pillar-GitBook-DamienCassou.2
load : Pillar-ExporterPillar-StephaneDucasse.41
load : Pillar-ExporterLaTeX-DamienCassou.107
load : Pillar-ExporterBeamer-DamienCassou.30
load : Pillar-Pharo-Tools-TudorGirba.18
load : Pillar-Tests-Cli-DamienCassou.1
load : Pillar-Tests-Model-StephaneDucasse.220
load : Pillar-Tests-ExporterCore-StephaneDucasse.217
load : Pillar-Tests-ExporterText-DamienCassou.16
load : Pillar-Tests-ExporterPillar-DamienCassou.18
load : Pillar-Tests-ExporterLaTeX-DamienCassou.113
load : Pillar-Tests-ExporterBeamer-DamienCassou.19
load : Pillar-Tests-ExporterHTML-DamienCassou.46
load : Pillar-Tests-ExporterMarkdown-PeterUhnak.33
load : Pillar-Tests-ExporterDeckJS-DamienCassou.5
load : Pillar-Tests-ExporterEPub-DamienCassou.6
load : Pillar-Tests-ExporterAsciiDoc-DamienCassou.12
load : Pillar-Tests-PetitPillar-YannDubois.25
explicit load : 1.2-baseline [ConfigurationOfDeepTraverser]
load : BaselineOfGToolkitExamplesEngine-cypress.1
atomic load : 1.2-baseline [ConfigurationOfDeepTraverser]
linear load : baseline [BaselineOfGToolkitExamplesEngine]
load : DeepTraverser-CyrilFerlicot.42
load : DeepTraverser-Examples-AndreiChis.3
load : DeepTraverser-Tests-CyrilFerlicot.1
load : GToolkit-Documenter-cypress.1
explicit load : baseline [BaselineOfGToolkitTranscript]
load : BaselineOfBrick-cypress.1
linear load : baseline [BaselineOfGToolkitTranscript]
explicit load : baseline [BaselineOfBrick]
load : BaselineOfBloc-cypress.1
preload : baseline [BaselineOfBrick] >> preLoadActions:
linear load : baseline [BaselineOfBrick]
explicit load : baseline [BaselineOfBloc]
load : BaselineOfGToolkitExamplesEngine-cypress.1
preload : baseline [BaselineOfBloc] >> preLoadActions:
linear load : baseline [BaselineOfBloc]
linear load : baseline [BaselineOfGToolkitExamplesEngine]
postload : baseline [BaselineOfBloc] >> postLoadBloc:
postload : Bloc >> postLoadBloc:
load : GToolkit-Transcript-cypress.1
explicit load : baseline [BaselineOfGToolkitConnector]
load : BaselineOfBrick-cypress.1
explicit load : baseline [BaselineOfGToolkitConnector]
load : BaselineOfGToolkitExamples-cypress.1
linear load : baseline [BaselineOfGToolkitConnector]
explicit load : baseline [BaselineOfBrick]
load : BaselineOfBloc-cypress.1
preload : baseline [BaselineOfBrick] >> preLoadActions:
linear load : baseline [BaselineOfBrick]
explicit load : baseline [BaselineOfBloc]
load : BaselineOfGToolkitExamplesEngine-cypress.1
preload : baseline [BaselineOfBloc] >> preLoadActions:
linear load : baseline [BaselineOfBloc]
linear load : baseline [BaselineOfGToolkitExamplesEngine]
postload : baseline [BaselineOfBloc] >> postLoadBloc:
postload : Bloc >> postLoadBloc:
explicit load : baseline [BaselineOfGToolkitExamples]
load : BaselineOfGToolkitExamplesEngine-cypress.1
linear load : baseline [BaselineOfGToolkitExamples]
linear load : baseline [BaselineOfGToolkitExamplesEngine]
load : GToolkit-Connector-cypress.1
explicit load : baseline [BaselineOfGToolkitMondrian]
load : BaselineOfBloc-cypress.1
linear load : baseline [BaselineOfGToolkitMondrian]
explicit load : baseline [BaselineOfBloc]
load : BaselineOfGToolkitExamplesEngine-cypress.1
explicit load : baseline [BaselineOfBloc]
load : BaselineOfSparta-cypress.1
preload : baseline [BaselineOfBloc] >> preLoadActions:
linear load : baseline [BaselineOfBloc]
postload : Sparta >> postLoadSparta:
linear load : baseline [BaselineOfGToolkitExamplesEngine]
load : Bloc-cypress.1
load : Bloc-Layout-cypress.1
load : Bloc-Layout-Tests-cypress.1
load : Bloc-Geometry-cypress.1
load : Bloc-Animation-cypress.1
load : Bloc-Infinite-cypress.1
load : Bloc-Infinite-Layouts-cypress.1
load : Bloc-Animation-Tests-cypress.1
load : Bloc-Text-cypress.1
load : Bloc-Text-Rope-cypress.1
load : Bloc-Text-Elements-cypress.1
load : Bloc-Sparta-cypress.1
load : Bloc-DevTool-cypress.1
load : Bloc-Examples-cypress.1
load : BlocHost-Mock-cypress.1
load : Bloc-Tests-cypress.1
load : BlocHost-Morphic-cypress.1
load : Bloc-Extensions-cypress.1
postload : baseline [BaselineOfBloc] >> postLoadBloc:
load : GToolkit-Plotter-cypress.1
load : GToolkit-Mondrian-cypress.1
load : GToolkit-Mondrian-Layouts-cypress.1
load : GToolkit-Mondrian-Glamour-cypress.1"
2017-12-10 3:34 GMT-03:00 Tudor Girba <tudor(a)tudorgirba.com>om>:
Hi,
Thanks for the report.
I see that you are on Windows 8.1. We only tested on Windows 10.
Can you tell me how you installed the code?
Cheers,
Doru
On Dec 10, 2017, at 7:30 AM, Hernán Morales
Durand <hernan.morales(a)gmail.com> wrote:
Hi Tudor,
VM just crashed here after click in Bloc examples -> any item -> Connected (Bloc)
Attached crash.dmp
Cheers,
Hernán
2017-12-09 4:14 GMT-03:00 Tudor Girba <tudor(a)tudorgirba.com>om>:
Hi,
We are happy to announce GT Mondrian, a graph visualization engine built on top of Bloc.
It is similar to the original Mondrian and the Mondrian from Roassal, but it is different
in that it is built directly out of Bloc elements. This is interesting because it allows
us to combine typical widgets with visualizations. The other interesting thing about it is
that it validates the design of Bloc: right now, the implementation has 509 lines of code
(excluding graph-specific layouts). The goal is to make visualization a first class
citizen and an integral part of the IDE.
The key ingredient that made this happen is that Bloc can now treat graph layouts, such
as tree or force based, behave under the same rules as typical widget layouts, such as
grid or flow. The challenge comes from the fact that a graph layout depends on the notion
of edges between elements, and we did not want to have elements know about edges in the
core of Bloc.
The solution was to split the typical edge implementation in graph visualization
libraries into two distinct concepts:
• Line is an element that draws the connections.
• Edge defines constraints imposed by connections between elements.
Thus, edges form constraints, and constraints are what layouts deal with. That is one
reason why elements in bloc have the ability of defining layout-specific constraints.
Using this, we can nicely define edges between elements as a plugin to Bloc, but still be
able to connect arbitrary elements. What's more, it turns out that we need constraints
for other layouts as well. For example, an element in a grid layout might specify the
span.
The API of GT Mondrian is similar to the one from Roassal, but there are a few
differences as well. These are described in the Pillar documentation available in the
GitHub repo.
The best way to experience GT Mondrian and its documentation is to load the GToolkit as
described here:
https://github.com/feenkcom/gtoolkit
If you download the GT code through Iceberg, the documentation can be experienced live by
inspecting:
'./pharo-local/iceberg/feenkcom/gtoolkit-visualizer/doc/mondrian/index.pillar'
asFileReference
<mondrian-doc.png>
Cheers,
The feenk team
--
www.tudorgirba.com
www.feenk.com
"Quality cannot be an afterthought."
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<crash.dmp>_______________________________________________
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--
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www.feenk.com
"One cannot do more than one can do."
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2566
days inactive
2569
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8 comments
5 participants
participants (5)
-
Hernán Morales Durand -
Nicolai Hess -
Sean P. DeNigris -
Stéphane Ducasse -
Tudor Girba