//Just like Tony Stark's suit, a JavaScript class should have a single responsibility. 
//Separating concerns allows for better maintainability and extensibility. 
//Avoid "god classes" that try to do everything.

class IronManSuit {
  constructor() {
    // Initialization
  }

  handleRepulsorBeams() {
    // Code logic for handling repulsor beams
  }

  handleFlightSystem() {
    // Code logic for controlling flight system
  }

  // More methods...
}

//Captain America's shield is both solid and adaptable. 
//Similarly, JavaScript code should be open for extension 
//but closed for modification. 
//Use abstraction and interfaces to allow new features 
//without modifying existing code.

class CaptainAmericaShield {
  constructor() {
    // Initialization
  }

  defendAgainstAttacks() {
    // Code logic for defending against attacks
  }

  deflectProjectiles() {
    // Code logic for deflecting projectiles
  }

  // More methods...
}

//Spider-Man's agility enables him to adapt to various situations effortlessly. 
//Likewise, JavaScript code should be substitutable, 
//allowing derived classes to be used interchangeably with base classes. 
//Ensuring that subclasses conform to the expected behavior prevents unexpected issues.

class SpiderMan {
  constructor(webSlinger) {
    this.webSlinger = webSlinger;
  }

  swingFromBuildings() {
    this.webSlinger.shootWeb();
    // Code logic for swinging from buildings
  }

  fightVillains() {
    // Code logic for fighting villains
  }

  // More methods...
}

class WebSlinger {
  shootWeb() {
    // Code logic for shooting web
  }
}

//Black Widow's Stealth and Versatility
//Black Widow's versatility shines through her diverse skill set. //Similarly, JavaScript interfaces should be tailored to specific client needs. 
//Avoid bloated interfaces and create smaller, specialized //interfaces that cater to individual requirements.

// Bad approach
class BlackWidow {
  constructor() {
    // Initialization
  }

  fightVillains() {
    // Code logic for fighting villains
  }

  hackComputers() {
    // Code logic for hacking computers
  }

  // More methods...
}

// Good approach
class BlackWidowFighter {
  constructor() {
    // Initialization
  }

  fightVillains() {
    // Code logic for fighting villains
  }
}

class BlackWidowHacker {
  constructor() {
    // Initialization
  }

  hackComputers() {
    // Code logic for hacking computers
  }
}

//Thor's trusty weapons, Mjolnir and Stormbreaker, can be wielded by worthy individuals. 
//In JavaScript, depend upon abstractions, not concrete implementations. 
//This allows for loose coupling and flexibility in swapping out dependencies.

class Thor {
  constructor(weapon) {
    this.weapon = weapon;
  }

  unleashPower() {
    this.weapon.use();
    // Code logic for unleashing power
  }

  // More methods...
}

class Mjolnir {
  use() {
    // Code logic for using Mjolnir
  }
}

class Stormbreaker {
  use() {
    // Code logic for using Stormbreaker
  }
}