This directory contains scripts and libraries for the generation of data.
$ python players.py # Lists the number of players for which data was generated
175
Also contains a function generate_players
which returns a list of axelrod
player instances.
The abbreviations.py
file contains a dictionary with some abbreviations for
player names.
The file theoretic.py
contains a number of functions used for the calculation
of analytic results for Moran processes.
$ python generate_cache.py
This generates two data files in ../data
:
outcomes.csv
outcomes_noise.csv
These files are of the format:
player1_name, player2_name, player1_score, player2_score, count
where count
is the number of times that particular score pair occurs.
Also contains a function read_csv
which reads in the file to give nested
dictionaries of match outcomes.
The file moran.py
is used to generate data files for the Moran process.
$ python moran.py 4 2 ../data/outcomes.csv ../data/sims_n_over_2/ sims_4.csv
This will run the Moran process for all pairs of players in a population of size
4 and 2 players of the first type. A cached outcome of match results if read
from ../data/outcomes.csv
and the output is ..data/sims_4.csv
.
The file clean_raw_moran.py
is used to clean all the data generated from
moran.py
. Creates one data file ..data/sims_summary.csv
of the form:
Noise, P1, P2, N, repetitions, P1_fixation, P2_fixation
The file preproces.py
is used to write the fixation probabilities and
relative fitness for each strategy pair to ..data/main.csv
:
player, opponent, N, noise, p_1, p_{N/2}, p_{N-1}
Where:
p_1
: is relative fitness of 1 player with N - 1 opponentsp_{N/2}
: is relative fitness of N/2 players with N/2 opponentsp_{N-1}
: is relative fitness of N-1 players with 1 opponent.
This is automatically re written when running clean_raw_moran.py
.
main.csv
is the main file used for all the analysis.