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dan mackinlay  committed d81259e

move TODOs

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+#!/usr/bin/env python
+# encoding: utf-8
+"""
+bubble_economy
+
+Scripts to do some statistics on a trivial flocking simulation.
+
+Drastically refaactored from an earlier version by Dan MacKinlay on 2012-09-12.
+
+TODO:
+* Consider calculating MI between *relative* axial positions or velocities of pairs of particles over time,
+  rather than branching histories, which also might work in the infinite-time limit.
+* Parallelise in something natural, such as redis or 0MQ, or ruffus.
+* store data in sqlite for ease of processing
+* store intermediate trials in sqlite too
+* calibrate pyentropy to work out why i get large positive information between deterministic variables.
+* refactor into topic-based modules
+"""
 """
 flock.py
 
+workhorse functions for doing flocking simulations
+
 Created by dan mackinlay on 2012-09-12.
-
-TODO:
-* Consider calculating MI between *relative* axial positions or velocities of pairs of particles over time,
-  rather than branching histories, which also might work in the infinite-time limit.
-* Parallelise in something natural, such as redis or 0MQ, or ruffus.
-* store data in sqlite for ease of processing
-* store intermediate trials in sqlite too
-* calibrate pyentropy to work out why i get large positive information between deterministic variables.
 """
 from __future__ import division