analyzing HWs

From the syllabus
Preliminary steps with: (i) NetLogo and the NW extension and (ii) with Python and the NetworkX library.

Before moving to network analysis:

SLAPP 6, the different schedules

The 'oligopoly' scheme, file oligopolyOutline.png

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NetLogo and the NW extension.

Preliminary steps with NetLogo and aSimpleLinkCase1.nlogo, aSimpleLinkCase2.nlogo

Preliminary steps with the NW library:

a) ourFirst_NW_Example.nlogo

b) following the Usage section in 
   https://github.com/NetLogo/NW-Extension
   [in our local copy of NetLogo we have also (…)NetLogo 6.0.4/docs/nw.html]

   with: 

- context (our file contexts.logo)

- Special agentsets vs. normal agentsets

c) the Network Extension General Demo. You can find it at
   https://github.com/NetLogo/NW-Extension/tree/5.x (*), downloading the 
   whole zipped content
   or here as 
   Network Extension General Demo.nlogo

   Look at the Info sheet and to its links.


(*) in the same Git repository, in doc/cheat-sheet/ we have 
    nw-ext-cheat-sheet.pdf,
    also reported here


Python

NetworkX use: 

aFirstStepWithNetworkX.py
aFirstStepWithNetworkX_&_agents.py

aFirstStepWithNetworkX_&_agents(turtles).py
http://stackoverflow.com/questions/32019556/matplotlib-crashing-tkinter-application
(if we use pyplot we need matplotlib.use("TkAgg") before importing piplot)

aSimpleExamleUsingNetworkX_withNodePos.py
aSimpleExampleUsingNetworkX_withAgents_andPos.py
with
aSimpleExampleUsingNetworkX_withAgents_andPos.ipynb

playingWithAgents&Nodes.py

-

Look at 

http://networkx.github.io/documentation/latest/index.html