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@@ -1,6 +1,14 @@
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import sqlite3
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from datetime import datetime, timedelta
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def process_record(record):
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if record == "N/A":
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return "N/A"
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else:
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parts = record.split("-")
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formatted_parts = [part.zfill(2) for part in parts]
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return "-".join(formatted_parts)
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def extract_game_info(scoreboard_data):
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if not scoreboard_data:
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return []
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@@ -22,8 +30,8 @@ def extract_game_info(scoreboard_data):
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"Intermission": game["clock"]["inIntermission"] if game_state == "LIVE" else "N/A",
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"Priority": calculate_game_priority(game),
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"Start Time": process_start_time(game),
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"Home Record": game["homeTeam"]["record"] if game["gameState"] in ["PRE", "FUT"] else "N/A",
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"Away Record": game["awayTeam"]["record"] if game["gameState"] in ["PRE", "FUT"] else "N/A",
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"Home Record": process_record(game["homeTeam"]["record"]) if game["gameState"] in ["PRE", "FUT"] else "N/A",
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"Away Record": process_record(game["awayTeam"]["record"]) if game["gameState"] in ["PRE", "FUT"] else "N/A",
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"Home Shots": game["homeTeam"]["sog"] if game["gameState"] not in ["PRE", "FUT"] else 0,
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"Away Shots": game["awayTeam"]["sog"] if game["gameState"] not in ["PRE", "FUT"] else 0,
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"Home Power Play": get_power_play_info(game, game["homeTeam"]["name"]["default"]),
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@@ -58,7 +66,11 @@ def process_time_remaining(game):
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def process_start_time(game):
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if game["gameState"] in ["PRE", "FUT"]:
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utc_time = game["startTimeUTC"]
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return utc_to_est_time(utc_time)
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est_time = utc_to_est_time(utc_time)
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# Check if the hour starts with a zero
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if est_time.startswith("0"):
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est_time = est_time[1:] # Drop the leading zero
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return est_time
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else:
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return "N/A"
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@@ -85,7 +97,7 @@ def calculate_game_priority(game):
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home_score = game["homeTeam"]["score"]
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away_score = game["awayTeam"]["score"]
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score_difference = abs(home_score - away_score)
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score_total = (home_score + away_score) * 25
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score_total = (home_score + away_score) * 20
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# Get standings for home and away teams
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home_team_standings = get_team_standings(game["homeTeam"]["name"]["default"])
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@@ -96,35 +108,57 @@ def calculate_game_priority(game):
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away_total = away_team_standings["league_sequence"] + away_team_standings["league_l10_sequence"]
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# Calculate the matchup adjustment factor
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matchup_multiplier = {5: 1, 4: 1, 3: 1.25, 2: 1.50, 1: 2}.get(period)
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matchup_multiplier = {5: 1, 4: 1, 3: 1.50, 2: 1.65, 1: 2}.get(period)
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matchup_adjustment = (home_total + away_total) * matchup_multiplier
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# Calculate the base priority based on period
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base_priority = {5: 650, 4: 600, 3: 300, 2: 200}.get(period, 100)
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base_priority = {5: 650, 4: 600, 3: 300, 2: 200}.get(period, 150)
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# Adjust base priority based on score difference
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score_differential_adjustment = 0
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if score_difference > 3:
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base_priority -= 500
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score_differential_adjustment += 500
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elif score_difference > 2:
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base_priority -= 350
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score_differential_adjustment += 350
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elif score_difference > 1:
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base_priority -= 100
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score_differential_adjustment += 100
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if period == 3 and time_remaining <= 300:
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score_differential_adjustment = score_differential_adjustment * 2
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base_priority -= score_differential_adjustment
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# Adjust base priority based on certain conditions
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if score_difference == 0 and period == 3 and time_remaining <= 600:
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if period == 3 and time_remaining <= 720:
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if score_difference == 0:
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base_priority += 100
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elif score_difference == 1:
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base_priority += 60
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if period == 3 and time_remaining <= 360:
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if score_difference == 0:
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base_priority += 50
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elif score_difference == 1:
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base_priority += 30
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# Calculate time priority
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time_multiplier = {4: 2, 3: 2, 2: 1.5}.get(period, 0.75)
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time_priority = ((1200 - time_remaining) / 20) * time_multiplier
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print(base_priority)
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print(time_priority)
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print(matchup_adjustment)
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print(score_total)
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# Calculate the final priority
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final_priority = int(base_priority + time_priority - matchup_adjustment + score_total)
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# Pushes the games that are in intermission to the bottom, but retains their sort
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if game["clock"]["inIntermission"]:
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return (final_priority - 2000)
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return (-2000 - time_remaining)
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return final_priority
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@@ -142,6 +176,6 @@ def get_team_standings(team_name):
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def utc_to_est_time(utc_time):
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utc_datetime = datetime.strptime(utc_time, "%Y-%m-%dT%H:%M:%SZ")
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est_offset = timedelta(hours=-5)
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est_offset = timedelta(hours=-4)
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est_datetime = utc_datetime + est_offset
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return est_datetime.strftime("%#I:%M %p")
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