fsfadventures/shuffle-algorithmyvagina.md

A. Simple Shuffle (Most Common & Effective for Simple Games):

• This is the easiest and most effective approach for most cases. It involves re-generating the sequence of function calls.

• How it works: It uses the rand.Shuffle(n) function to randomly reorder the generated sequence of function calls. n is the number of functions to shuffle.

• Code Example:

  package main
  
  import (
      "fmt"
      "math/rand"
      "time"
  )
  
  func main() {
      // Example: Create a list of 5 functions.
      functions := []func(){
          func1(1) { /* Function 1 logic */ },
          func2(2) { /* Function 2 logic */ },
          func3(3) { /* Function 3 logic */ },
          func4(4) { /* Function 4 logic */ },
          func5(5) { /* Function 5 logic */ },
      }
  
      // Seed the random number generator for more variability.  Important!
      rand.Seed(time.Now().UnixNano())  //Use a unique seed value
  
      // Shuffle the functions.
      for i := 0; i < len(functions); i++ {
          indices := rand.Perm(len(functions)) //Generate random indices
          functions[indices]() //Call the function at the randomly chosen index
      }
  
      fmt.Println("Randomized Functions:")
      for _, func := range functions {
          fmt.Println(func())
      }
  }