Transition paths on a Sierpinski Gasket...
Written with S.M. Ali Tabei for studies on random-walks. A quick program to:
- Generate a triangular lattice graph
- Layout the graph in Cartesian space
- Execute a random walk on the graph
In principle, some of these components can be generalized to other kinds of lattices.
t2ahc $ make
t2ahc $ ./randomwalk [options]
t2ahc $ ./randomwalk -h
Program for executing random walk on a lattice. Options:
-h Prints the help menu to stdout and exits.
-s Number of steps in random walk time series (dflt: 100)
-n Number of time series to generate. (dflt: 4)
-o Directory for writing output files. (dflt: "output")
-d Recursion depth for lattice generation. (dflt: 3)
How you use it is up to you!
Package by default outputs to the output subdirectory. This can be changed by using the -o option. The default output directory includes a matplotlib script for printing a .png of a given random walk.
To plot, simply:
t2ahc $ python plot.py <some-graph.output> <some-random-walk.output>
Or for more information:
t2ahc $ python plot.py -h
- Andy Chiang (The University of Chicago)
- S.M. Ali Tabei (The University of Chicago)
Copyright © 2013, Andy Chiang. All rights reserved.
This software is distributed under the MIT License.