A spring graph layout algorithm written in C++ using Hooke's Law and Coloumb's Law to
model force interactions, adjust constants in equations for different looking final graphs
Usage: spring test_file
Will output a series of frames which represent
the node configuration at each interval.
Usage: genvis.py test_file
Takes the output files from Spring and converts them into a movie
file to visualise how the graph is moved over time
Usage: gentest.py
Takes user input and randomly generates a test files to be used for spring.cpp
Frames:100
Nodes:100
Edges:2
