Hello everyone!↵
I have created a tool to create graphs and visualise graph algorithms — Graph Visualiser. It can be used to visualise graph algorithms in a step-by-step fashion. By adding just a few lines in your code of an algorithm, you can create a list of animation events which can then be viewed by the app.↵
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Here I have used the app to demonstrate Tarjan's algorithm to find Strongly Connected Components.↵
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Here I have used the app to demonstrate Kruskal's algorithm to find Minimum Spanning Tree.↵
The animations are created using the GraphAnimator library (available for C++ and Java).↵
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You can also create graphs in the app as shown below.↵
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Download Graph Visualiser:-↵
[Windows](https://goo.gl/yUXZZG)↵
[Linux](https://goo.gl/vhZxW5)↵
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The zip file contains a pdf which has instructions on how to setup the app as well as information on all the features provided by the app. The zip file also contains sample codes.↵
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Demos:-↵
[Demo 1](https://www.youtube.com/watch?v=MrU-Pdg7ikY)↵
[Demo 2](https://www.youtube.com/watch?v=UAmXKYyv48U)↵
[Demo 3](https://www.youtube.com/watch?v=nFtBJz7KSck)↵
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Happy Coding and Happy New Year in advance!
I have created a tool to create graphs and visualise graph algorithms — Graph Visualiser. It can be used to visualise graph algorithms in a step-by-step fashion. By adding just a few lines in your code of an algorithm, you can create a list of animation events which can then be viewed by the app.↵
↵
.↵
↵
You can also create graphs in the app as shown below.↵
↵
[Linux](https://goo.gl/vhZxW5)↵
↵
The zip file contains a pdf which has instructions on how to setup the app as well as information on all the features provided by the app. The zip file also contains sample codes.↵
↵
Demos:-↵
[Demo 1](https://www.youtube.com/watch?v=MrU-Pdg7ikY)↵
[Demo 2](https://www.youtube.com/watch?v=UAmXKYyv48U)↵
[Demo 3](https://www.youtube.com/watch?v=nFtBJz7KSck)↵
↵
Happy Coding and Happy New Year in advance!
