Basketball's game score is a composite statistic that gives a comprehensive view of a player's overall performance in a single game. It combines all the core stats to produce a single number that measures the player's productivity. In this tutorial, we will explain the discipline behind the game score, discuss some fascinating facts about it, expound the formula, and highlight its real-life application.

 🖹 Normal View 🗖 Full Page View Points Field Goals Field Goal Attempts Free Throws Free Throw Attempts Offensive Rebounds Defensive Rebounds Steals Assists Blocks Personal Fouls Turnovers
 Game Score =

The concept of Game Score was developed by John Hollinger, an esteemed basketball analyst known for creating several widely-used basketball metrics. The goal of Game Score is to provide a quick snapshot of a player's performance in a single game.

An intriguing fact is that the highest NBA game score on record belongs to Wilt Chamberlain for his 100-point game in 1962, resulting in a game score of 100.2.

## The Formula for Calculating Game Score

The game score is calculated using a player's stats from a single game, including points, field goals made, field goals attempted, free throws made, free throws attempted, offensive rebounds, defensive rebounds, assists, steals, blocks, personal fouls, and turnovers.

Game Score = Points + 0.4 × Field Goals Made - 0.7 × Field Goals Attempted - 0.4 × (Free Throws Attempted - Free Throws Made) + 0.7 × Offensive Rebounds + 0.3 × Defensive Rebounds + Steals + 0.7 × Assists + 0.7 × Blocks - 0.4 × Personal Fouls - Turnovers

## Applying the Game Score Formula in Real Life

Let's illustrate this with an example. Suppose Player D has a game with the following stats: 25 points, 10 field goals made, 20 field goals attempted, 5 free throws made, 7 free throws attempted, 3 offensive rebounds, 7 defensive rebounds, 5 assists, 2 steals, 1 block, 3 personal fouls, and 2 turnovers. The game score calculation would be:

Game Score = 25 + 0.4 × 10 - 0.7 × 20 - 0.4 × (7 - 5) + 0.7 × 3 + 0.3 × 7 + 2 + 0.7 × 5 + 0.7 × 1 - 0.4 × 3 - 2 = 16.9

Thus, Player D has a game score of 16.9 for this game, indicating a solid performance. If Player D consistently posts high game scores, they could be in line for a substantial contract, perhaps in the range of \$10 million, reflecting their significant contribution to the team.

Understanding the game score and its calculation is critical for basketball analysts, players, and coaches as it provides a quick measure of a player's overall productivity in a single game, taking into account both the positive and negative aspects of their performance.