GitHub - Zhvhe/jelly: clone of: https://bitbucket.org/sachu/jelly/src/master/

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Name		Name	Last commit message	Last commit date
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README		README
figure_195switches_14degree_686servers_10serverdegree.png		figure_195switches_14degree_686servers_10serverdegree.png
figure_195switches_14degree_686servers_22serverdegree.png		figure_195switches_14degree_686servers_22serverdegree.png
figure_212switches_13degree_686servers_11serverdegree.png		figure_212switches_13degree_686servers_11serverdegree.png
figure_212switches_13degree_686servers_23serverdegree.png		figure_212switches_13degree_686servers_23serverdegree.png
figure_230switches_12degree_686servers_12serverdegree.png		figure_230switches_12degree_686servers_12serverdegree.png
figure_230switches_12degree_686servers_24serverdegree.png		figure_230switches_12degree_686servers_24serverdegree.png
jelly.py		jelly.py
notes.txt		notes.txt
paths.py		paths.py
references.txt		references.txt

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# How to Reproduce

Requirements:
  * Python 2.7+
  * matplotlib library installed

Please execute paths.py on a system with Python2.7+ installed. The
program will print out a counter until around 680 (for the number of
sender-receiver pairs) and plot a replication of Figure 9 from the
Jellyfish paper. Default parameters are 686 servers, 212 switches,
each switch having 13 ports to connect to other switches and 23 ports
to connect to servers. The output is the plot contained in
figure9.png.

>> python paths.py