JavaScript Tutorial
  • 🍼Introduction
  • 🥛Hello Gamers
  • 🍯Variables
    • Action Game Example
  • 🌰Strings
    • RPG Example
  • 🍪Character Acces
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  • 🍩Plus (+) operator
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    • Adventure Game Example
  • 🍿Template strings
    • Strategy Game Example
  • 🍫Numbers
    • Sports Game Example
  • 🍬Converting Numbers to Strings
    • Fighting Game Example
  • 🍭Operations
    • FPS Game Example
  • 🍮Conditions
    • Platformer Game Example
  • 🎂Arrays
    • Puzzle Game Example
  • 🍰Objects
    • Racing Game Example
  • 🧁Arrow Functions
    • Rhythm Game Example
  • 🔌Shameless Plug
  • 🥧Implicit Return
    • Platform Game Example
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    • GRID Game Example
  • 🍨Object Literals
    • Board Game Example
  • 🍧DynamicProperty
    • Political Game Example
  • 🍡Reading Dynamic Property
    • Hide & Seek Game
  • 🥮Objects Continued
    • Medieval Game Example
  • 🥠Object Shorthands
    • Trivia Game example
  • 🔌Shameless Plug (again)
  • 🍥Destructuring & Concatenation
    • Dig a hole game example
  • 🍏Optional Chaining
    • Action Game Example
  • 🍐Nullish coalescing operator
    • Adventure Game Example
  • 🍊Refactoring If Conditions
    • Arcade Game Example
  • 🍋Implicit Conversion & Falcy Values
    • Strategy Game Example
  • 🍌Arrays of objects
    • Sports Game Example
  • 🍉Transforming Array of Objects
    • Fighters Game Example
  • 🍇Some important array methods
    • FPS Example
  • 🫐Reducing arrays of objects
    • Third Person Shooter Example
  • 🍓Try....catch
    • Platformer Example
  • 🍈Immutability
    • Puzzle game example
  • 🍒Creating new arrays or objects
    • Racing Game Example
  • 🔌Shameless Plug (again)
  • 🍑Immutable object operations
    • Basics
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  • 🥭Classes
    • Basics
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    • Tower Defense Game Example
  • 🥑Use of Super
    • Vehicular Combat Game example
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    • MMORPG Example
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    • Battle Royale Games Example
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    • Collectible Card Game example
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    • Digital Collectible Card Game example
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    • Life Simulation Game example
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  • 🥕Writing a function that returns a promise
    • Party game example
  • 🧄Introduction to JSON
    • Tile based game example
  • 🧅JSON.parse(string) / JSON.stringify(object)
    • Rhythm action game example
  • 🍠JSON Example for a game
    • Fetching JSON game data
  • 🥐Handling fetch errors
    • Fetch and HTTP Requests
  • 🥯ES Modules
    • Tower Defence Game Example
  • 🍞Default Export
    • Strategy Adventure Game Example
  • 🥖Fetch Wrapper
    • Strategy Role-playing game example
  • 🔌Final Shameless Plug
  • 🫓Lexical Scope and Arrow Functions
    • Vehicular Combat Game Example
  • 🥨Passing Functions
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    • Video card game example
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    • Video casino game example
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  1. Arrays of objects

Sports Game Example

Here is an example of how an array of objects can be used in the context of a sports game:

const players = [
  {
    name: 'John',
    position: 'forward',
    goals: 10
  },
  {
    name: 'Jane',
    position: 'midfield',
    goals: 5
  },
  {
    name: 'Bob',
    position: 'defense',
    goals: 2
  }
];

// Calculate the total number of goals scored by the team
let totalGoals = 0;
players.forEach(player => {
  totalGoals += player.goals;
});
console.log(`Total goals scored: ${totalGoals}`); // Output: Total goals scored: 17

// Find the player with the most goals
let topScorer = players[0];
players.forEach(player => {
  if (player.goals > topScorer.goals) {
    topScorer = player;
  }
});
console.log(`Top scorer: ${topScorer.name} (${topScorer.goals} goals)`); // Output: Top scorer: John (10 goals)

// Filter the players by position
const forwards = players.filter(player => player.position === 'forward');
console.log(`Forwards: ${forwards.map(player => player.name).join(', ')}`); // Output: Forwards: John

In this example, the players array contains objects representing the players on a soccer team. Each object has three properties: name, position, and goals.

The script first calculates the total number of goals scored by the team by iterating over the array of players and adding up the number of goals for each player.

Next, the script finds the player with the most goals by iterating over the array and comparing the number of goals for each player.

Finally, the script filters the players by position by using the filter() method and only including players who play the position of 'forward'. The names of the forwards are then extracted using the map() method and joined together into a string using the join() method.

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Last updated 2 years ago

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