def football_menu(league_data, fixtures, predictions):
data_source = "Soccer Stats"
football_options = [
["(1) Select a league", "1",
choose_leagues], # The selectLeague function from football.py
["(2) Generate predictions on currently loaded fixtures", "2"],
[
"(3) Single game analysis from fixture list*", "3",
single_game_analysis
],
["(4) Manual single game analysis", "4", fb.manual_game_analysis],
["(5) Reports", "5", reports],
["(6) Import data from JSON file", "6"],
["(7) Clear currently loaded league data", "7"],
["(8) Clear currently stored prediction data", "8"],
["(9) Change data source (CLEARS ALL DATA)", "9"],
["(Q) Quit", "q", leave]
]
# ["(M) Previous menu", "m", leave] - removed as prev menu currently bypassed
selected_leagues = []
exit_menu = False
available_options = []
selection = ""
# Gather a list of availableOption numbers for input recognition
for option in football_options:
available_options.append(option[1])
while not exit_menu:
if league_data == {}:
football_options[0][0] = "(1) Select a league"
else:
football_options[0][0] = "(1) Select another league"
selected_leagues = []
# If there are leagues selected in LeagueData, add them to the selectedLeagues
# list and display the list.
if league_data != {}:
for league in league_data:
selected_leagues.append(league)
print("\n Selected league(s):\n")
for league in selected_leagues:
print(league)
print()
else:
print(
"\nNo league currently selected. Please start by selecting a league.\n"
)
print("Currently selected data source: " + data_source + "\n")
# Display the available options
for option in football_options:
print(option[0])
# Display any additional information
print("\nItems marked with a * are not available in this version.")
# Keep asking for a selection while the selection provided is not in the availableOptions list.
while selection not in available_options:
selection = input().lower()
# If the selection is in the list, run it's function passing
# the leagueData dictionary by default.
for option in football_options:
"""if selection == "m":
exit_menu = True
break
continue """ #Commented out as previous menu bypassed.
if selection == "q":
quit()
if selection == "1": # Select league
choose_leagues(league_data, fixtures, data_source)
selection = ""
continue
if selection == "2": # Run analysis on currently loaded fixtures
predictions = fb.upcoming_fixture_predictions(
fixtures, predictions, league_data)
selection = ""
continue
if selection == "4": # Manual single game analysis
exit_manual_analysis_menu = False
while not exit_manual_analysis_menu:
selection = ""
another_game = ""
# Manual_predictions holds an error message if something goes wrong.
manual_predictions = fb.manual_game_analysis(
league_data, predictions)
while another_game.lower() != "y" and another_game.lower(
) != "n":
# If something went wrong, don't ask to run another game analysis.
print(manual_predictions)
if manual_predictions == "No leagues loaded":
exit_manual_analysis_menu = True
break
else:
print("\nAnalyse another game? (Y/N)")
another_game = input()
if another_game.lower() == "n":
exit_manual_analysis_menu = True
break
if another_game.lower() == "y":
break
if selection == "5": # Reports
reports(league_data, fixtures, predictions)
selection = ""
continue
if selection == "6": # Import data from JSON file
new_data = cf.import_json_file()
if new_data == None: # If load fails
del new_data
else:
league_data = new_data.copy()
del new_data
selection = ""
continue
if selection == "7": # Clear currently loaded league data.
league_data = {}
fixtures = []
selection = ""
continue
if selection == "8": # Clear currently loaded predictions data.
predictions.clear()
selection = ""
continue
if selection == "9": # Switch data source.
if data_source == "Soccer Stats":
data_source = "Bet Study"
else:
data_source = "Soccer Stats"
league_data = {}
fixtures = []
predictions.clear()
selection = ""
continue
# General action for other menu items
if selection == option[1]:
option[2](league_data)
selection = ""
continue
def football_menu(football_data):
"""
The main football menu.
Takes all football_data.
"""
data_source, next_data_source = "Soccer Stats", "Bet Study"
selected_leagues = []
exit_menu = False
available_options = []
selection = ""
while not exit_menu:
football_options = [
["(1) Select a league", "1",
fb.select_league], # The selectLeague function from football.py
["(2) Generate predictions on currently loaded fixtures", "2"],
[
"(3) Single game visual analysis from fixture list", "3",
select_fixture
],
["(4) Single game benchmark result analysis", "4", benchmark],
["(5) Manual single game analysis", "5", fb.manual_game_analysis],
["(6) Reports", "6", reports],
["(7) Import data from JSON file", "7"],
["(8) Clear current prediction data", "8"],
["(9) Clear all data", "9"],
[
"(10) Change data source to " + next_data_source +
" (CLEARS ALL DATA)", "10"
],
["(Q) Quit", "q", leave]
]
# ["(M) Previous menu", "m", leave] - removed as prev menu currently bypassed.
# Gather a list of availableOption numbers for input recognition
for option in football_options:
available_options.append(option[1])
if football_data["league_data"] == {}:
football_options[0][0] = "(1) Select a league"
else:
football_options[0][0] = "(1) Select another league"
selected_leagues = []
# If there are leagues selected in LeagueData, add them to the selectedLeagues
# list and display the list.
if football_data["league_data"] != {}:
for league in football_data["league_data"]:
selected_leagues.append(league)
print("\n Selected league(s):\n")
for league in selected_leagues:
print(league)
print()
else:
print(
"\nNo league currently selected. Please start by selecting a league.\n"
)
print("Currently selected data source: " + data_source + "\n")
# For clarity of switching data source
if data_source == "Soccer Stats":
next_data_source = "Bet Study"
else:
next_data_source = "Soccer Stats"
# Display the available options
for option in football_options:
print(option[0])
# Display any additional information
#print("\nItems marked with a * are not available in this version.")
# Keep asking for a selection while the selection provided is not in the availableOptions list.
while selection not in available_options:
selection = input().lower()
# If the selection is in the list, run it's function passing
# the leagueData dictionary by default.
for option in football_options:
"""if selection == "m":
exit_menu = True
break
continue """ #Commented out as previous menu bypassed.
if selection == "q":
quit()
if selection == "1": # Select league
fb.select_league(football_data["league_data"],
football_data["fixtures"],
football_data["results"], data_source)
# Set fixtures in range
football_data["fixtures_in_range"] = filter_fixtures_by_range(
football_data["fixtures"], football_data["future_range"])
# Set results in range
football_data["results_in_range"] = fb.get_results_in_range(
football_data["results"], football_data["past_range"])
selection = ""
continue
if selection == "2": # Run analysis on currently loaded fixtures
if football_data["fixtures"] == []:
print(
"\nNo fixtures currently loaded. Select a league first."
)
selection = ""
continue
choice = ""
while choice not in ["1", "2"]:
print("\nSelect a method of prediciton:")
print("\n1) Classic home goals vs away goals")
print("2) Benchmark games home goals vs away goals")
choice = input()
if choice == "1":
football_data[
"predictions"] = p.upcoming_fixture_predictions(
football_data["fixtures"],
football_data["predictions"],
football_data["league_data"])
football_data[
"predictions_in_range"] = fb.get_predictions_in_range(
football_data["predictions"],
football_data["future_range"])
print(
"\nPredictions have been processed and can be viewed via the \"Reports\" menu.\nPress enter to continue."
)
input()
selection = ""
continue
if choice == "2":
p.upcoming_fixture_predictions_benchmarks(football_data)
football_data[
"predictions_in_range"] = fb.get_predictions_in_range(
football_data["predictions"],
football_data["future_range"])
print(
"\nPredictions have been processed and can be viewed via the \"Reports\" menu.\nPress enter to continue."
)
input()
selection = ""
continue
if selection == "3": # Visually compare selected fixture
# Get fixtures in range
#football_data["fixtures_in_range"] = filter_fixtures_by_range(football_data["fixtures"], football_data["future_range"])
# If no fixtures yet, return to menu.
if football_data["league_data"] == {}:
print(
"No league data loaded. Select a league to download first."
)
print("\nPress enter to return to the previous menu.")
input()
selection = ""
continue
# Select fixture.
fixture_to_view = select_fixture(
football_data["fixtures_in_range"])
# Perform visual comparison
v.visual_comparison(fixture_to_view,
football_data["league_data"])
# Return to menu
selection = ""
continue
if selection == "4": # Benchmark results analysis
if football_data["league_data"] == {}:
print(
"No league data loaded. Select a league to download first."
)
print("\nPress enter to return to the previous menu.")
input()
selection = ""
continue
exit_option = False
while exit_option == False:
# Select fixture.
fixture_to_view = select_fixture(
football_data["fixtures_in_range"])
benchmark(fixture_to_view, football_data)
while True:
print(
"\nWould you like to benchmark analyse another game? (Y/N)\n"
)
answer = input()
if answer.lower() == "y":
break
elif answer.lower() == "n":
exit_option = True
break
selection = ""
continue
if selection == "5": # Manual single game analysis
exit_manual_analysis_menu = False
while not exit_manual_analysis_menu:
selection = ""
another_game = ""
# Manual_predictions holds an error message if something goes wrong in the prediction process.
manual_predictions = p.manual_game_analysis(
football_data["league_data"],
football_data["predictions"])
# Add new predictions to the fixtures in range.
football_data[
"predictions_in_range"] = fb.get_predictions_in_range(
football_data["predictions"],
football_data["future_range"])
while another_game.lower() != "y" and another_game.lower(
) != "n":
# If something went wrong, don't ask to run another game analysis.
if manual_predictions == "No leagues loaded":
exit_manual_analysis_menu = True
break
else:
print("\nAnalyse another game? (Y/N)")
another_game = input()
if another_game.lower() == "n":
exit_manual_analysis_menu = True
break
if another_game.lower() == "y":
break
if selection == "6": # Reports
reports(football_data)
selection = ""
continue
if selection == "7": # Import data from JSON file
new_data = cf.import_json_file()
if new_data == None: # If load fails
del new_data
else:
football_data["league_data"] = new_data.copy()
del new_data
selection = ""
continue
if selection == "8": # Clear currently loaded predictions data.
football_data["predictions"] = []
football_data["predictions_in_range"] = []
football_data["filtered_predictions"] = []
football_data["applied_filters"] = []
selection = ""
continue
if selection == "9": # Clear currently loaded data.
football_data["league_data"] = {}
football_data["fixtures"] = []
football_data["results"] = []
football_data["predictions"] = []
football_data["predictions_in_range"] = []
football_data["filtered_predictions"] = []
football_data["applied_filters"] = []
selection = ""
continue
if selection == "10": # Switch data source.
data_source, next_data_source = next_data_source, data_source
# Clear all data
football_data["league_data"] = {}
football_data["fixtures"] = []
football_data["predictions"] = []
football_data["predictions_in_range"] = []
football_data["filtered_predictions"] = []
football_data["applied_filters"] = []
football_data["results"] = []
selection = ""
continue
# General action for other menu items
if selection == option[1]:
option[2](football_data["league_data"])
selection = ""
continue
gather_data = inform_and_scrape(selection, league_data, fixtures)
else:
print("No leagues added.")
# If gather_data is blank (user entered 0 without selecting leagues or scraping failed) just exit.
# Otherwise, confirm data has been downloaded before exiting.
if not gather_data:
return league_data, fixtures
else:
print("\nLeague data has been downloaded. Press enter to continue.")
input()
return league_data, fixtures
# The availableLeagues dictionary: "League name": "League link from betstudy.com"
# Created from the leagues.json file.
available_leagues = cf.import_json_file("leagues", False)
def inform_and_scrape(selection, league_data, fixtures):
"""
Takes in the key value of a selected league.
Advised that downloading of that league is taking place.
Passes the league key to the get_league_data function for scraping.
"""
# Debug code: display the URL that will be used to obtain the league data
# print("This will use the following url: " + availableLeagues[selection][1] + "\n")
league_data_and_fixtures = get_league_data(selection, league_data, fixtures)
if league_data_and_fixtures == "Scrape error":
return
else:
def select_league(league_data, fixtures, data_source):
"""Takes in the leagueData dictionary.
Prompts the user to select a league.
Returns the key value of the selected league.
"""
# Create the appropriate availableLeagues dictionary: "League name": "League link from data source"
if data_source == "Bet Study":
# Imported from the bet-study-leagues.json file.
available_leagues = cf.import_json_file("bet-study-leagues", False)
else:
# Imported from the soccer-stats-leagues.json file.
available_leagues = cf.import_json_file("soccer-stats-leagues", False)
while True:
available_options = []
new_leagues = {
} # Used for input validation and tidy display of available leagues.
option = "" # Number entered by user
gather_data = "" # Will store gathered data if user chooses a league.
# Create the available_options list of availble option numbers for input validation later on.
option_number = 0
for league in available_leagues:
option_number += 1
new_leagues[str(option_number) + " " + league] = [
str(option_number), league
] # Add option numbers to a new leagues dictionary for display.
available_options.append(
str(option_number)
) # Add the option number string to the list of selectable options.
# Display the new leagues keys with the newly added option numbers.
cf.custom_pretty_print(new_leagues, 3)
# Add extra options to available options.
extra_options = ["0", "all"]
for extra_option in extra_options:
available_options.append(extra_option)
# Create a list to store the selected leagues.
selected_leagues = []
# Print instructions outside of the loop to avoid repetition.
print("\nSelected data source: " + data_source)
print(
"\nEnter leagues to add (one at a time). Enter all to select all leagues. Enter 0 when done."
)
# True loop to add multiple leagues
while True:
while option not in available_options:
option = input().lower()
# If all entered, add all leagues to the list of selections and commence scrape.
if option == "all":
for league in available_leagues:
selected_leagues.append(league)
option = "0"
else:
# Check which league belongs to the selected option and add it to the selection list.
for league in new_leagues:
if option == new_leagues[league][0]:
selected_leagues.append(new_leagues[league][1])
# Debug code: Display selected_leagues list.
# print("Selected leagues: " + selected_leagues)
# If user enters 0, exit the loop.
if option == "0":
del new_leagues # Remove the copy of the leagues dictionary.
break
# Reset the input to blank ready for the next selection.
option = ""
# If there are leagues in the selected_leagues list, scrape them.
if selected_leagues:
selected_leagues = cf.remove_duplicates(selected_leagues)
print("\nDownloading the requested data, please wait...")
gather_data = inform_and_scrape(selected_leagues, league_data,
fixtures, available_leagues,
data_source)
else:
print("No leagues added.")
# If gather_data is blank (user entered 0 without selecting leagues or scraping failed) just exit.
# Otherwise, confirm data has been downloaded before exiting.
if gather_data == "Success":
print(
"\nLeague data has been downloaded. Press enter to continue.")
input()
return
else:
return
def football_menu(league_data, fixtures, predictions):
football_options = [
["(1) Select a league", "1",
choose_leagues], # The selectLeague function from football.py
["(2) Generate predictions on currently loaded fixtures", "2"],
[
"(3) Single game analysis from fixture list*", "3",
single_game_analysis
],
["(4) Manual single game analysis", "4", fb.manual_game_analysis],
["(5) Reports", "5", reports],
["(6) Import data from JSON file", "6"],
["(7) Clear currently loaded league data", "7"],
["(8) Clear currently stored prediction data", "8"],
["(M) Previous menu", "m", leave]
]
selected_leagues = []
exit_menu = False
available_options = []
selection = ""
# Gather a list of availableOption numbers for input recognition
for option in football_options:
available_options.append(option[1])
while not exit_menu:
if league_data == {}:
football_options[0][0] = "(1) Select a league"
else:
football_options[0][0] = "(1) Select another league"
selected_leagues = []
# If there are leagues selected in LeagueData, add them to the selectedLeagues
# list and display the list.
if league_data != {}:
for league in league_data:
selected_leagues.append(league)
print("\n Selected league(s):\n")
for league in selected_leagues:
print(league)
print()
else:
print(
"\nNo league currently selected. Please start by selecting a league.\n"
)
# Display the available options
for option in football_options:
print(option[0])
# Display any additional information
print("\nItems marked with a * are not available in this version.")
# Keep asking for a selection while the selection provided is not in the availableOptions list.
while selection not in available_options:
selection = input().lower()
# If the selection is in the list, run it's function passing
# the leagueData dictionary by default.
for option in football_options:
if selection == "m":
exit_menu = True
break
continue
if selection == "1": # Select league
choose_leagues(league_data, fixtures)
selection = ""
continue
if selection == "2": # Run analysis on currently loaded fixtures
predictions = fb.upcoming_fixture_predictions(
fixtures, predictions, league_data)
selection = ""
continue
if selection == "4": # Manual single game analysis
exit_manual_analysis_menu = False
while not exit_manual_analysis_menu:
selection = ""
another_game = ""
fb.manual_game_analysis(league_data, predictions)
while another_game.lower() != "y" and another_game.lower(
) != "n":
print("\nAnalyse another game? (Y/N)")
another_game = input()
if another_game.lower() == "n":
exit_manual_analysis_menu = True
break
if another_game.lower() == "y":
break
if selection == "5": # Reports
reports(league_data, fixtures, predictions)
selection = ""
continue
if selection == "6": # Import data from JSON file
league_data = cf.import_json_file()
selection = ""
continue
if selection == "7": # Clear currently loaded league data.
league_data = {}
fixtures = []
selection = ""
continue
if selection == "8": # Clear currently loaded predictions data.
predictions.clear()
selection = ""
continue
# General action for other menu items
if selection == option[1]:
option[2](league_data)
selection = ""
continue