def produce_all_agents_plots(number_of_games):
"""
Given the number of games, produces all the plots.
"""
print('Plotting market maker plots')
for (demand, supply) in setup.get_grid_demand_impressions():
produce_agents_plots(number_of_games, demand, supply)
def plot_all_soft_expected_agents_pure_nash(number_of_games):
"""
Wrapper to plot all expected number of strategies.
"""
for (demand, supply) in setup.get_grid_demand_impressions():
print('Expected Pure Nash for (demand, supply) = (', demand, ',',
supply, ')')
dir_location = setup.get_agent_dir_location(number_of_games, supply,
demand)
plot_soft_expected_agents_pure_nash(number_of_games, dir_location,
demand, supply)
def plot_all_proportion_pure_nash(number_of_games):
"""
Save all the best response graphs to an image and the
image of the proportion of pure nash
"""
for (demand, supply) in setup.get_grid_demand_impressions():
print('Proportion Graphs Pure Nash for (demand, supply) = (', demand,
',', supply, ')')
dir_location = setup.get_agent_dir_location(number_of_games, supply,
demand)
dict_of_pure_nash = mean_best_response_graphs.get_dict_of_pure_nash(
number_of_games, demand, supply, dir_location)
plot_proportion_pure_nash(number_of_games, demand, supply,
dict_of_pure_nash)
def plot_all_soft_deviation_graph(number_of_games):
"""
Wrapper to plot all soft deviation graphs.
"""
for (demand, supply) in setup.get_grid_demand_impressions():
print('Soft Deviation Graphs for (demand, supply) = (', demand, ',',
supply, ')')
for i in range(2, 20):
print('\t Number of Agents: ', i)
profile_data = produce_profile_data(number_of_games, i, supply,
demand)
DG = produce_soft_deviation_graph(profile_data)
map_steady_dist = compute_steady_state(DG)
plot_soft_deviation_graph(number_of_games, DG, map_steady_dist,
profile_data, demand, supply)
def produce_all_latex_code(number_of_games):
"""
Produces all the latex code to show results.
"""
for (demand, supply) in setup.get_grid_demand_impressions():
image_prefix = 'demand-factor-' + demand.replace(
'.', '_') + '-' + supply + 'impressions-'
latex = """
\\newpage
\subsection*{Demand Factor """ + demand + """, """ + supply + """ impressions}
\hspace*{-1in}
\includegraphics[scale=0.65]{/home/eareyanv/workspace/adxgame/data/plot/""" + image_prefix + """SIvWE}
\includegraphics[scale=0.65]{/home/eareyanv/workspace/adxgame/data/plot/""" + image_prefix + """SIvWF}
\hspace*{-1in}
\includegraphics[scale=0.65]{/home/eareyanv/workspace/adxgame/data/plot/""" + image_prefix + """WEvSI}
\includegraphics[scale=0.65]{/home/eareyanv/workspace/adxgame/data/plot/""" + image_prefix + """WEvWF}
\hspace*{-1in}
\includegraphics[scale=0.65]{/home/eareyanv/workspace/adxgame/data/plot/""" + image_prefix + """WFvSI}
\includegraphics[scale=0.65]{/home/eareyanv/workspace/adxgame/data/plot/""" + image_prefix + """WFvWE}
"""
print(latex)
def produce_all_market_maker_plots(number_of_games):
print('Plotting market maker plots')
for (demand, supply) in setup.get_grid_demand_impressions():
print(demand, supply)
produce_market_maker_plots(number_of_games, demand, supply)