Using the ternary conditional operator has some advantages over the traditional if statement approach in certain situations:

private void DEBUG(){
  //.......................................................................
  Debug.WriteLine($"DEBUG");
  // EXAMPLE OF TRADITIONAL IF 
  if (GG_GURU.Visibility == Visibility.Visible)    {
    GG_GURU.Visibility = Visibility.Collapsed;
  }    else    {
    GG_GURU.Visibility = Visibility.Visible;
  }
  //.......................................................................
  // VS TERNARY
  GG_GURU.Visibility = (GG_GURU.Visibility == Visibility.Visible) ? Visibility.Collapsed : Visibility.Visible;
}
  1. Conciseness: Ternary operators are more concise and can fit into a single line of code. This can make your code more readable and reduce unnecessary clutter.

  2. Readability: For simple conditions, ternary operators can enhance the readability of your code. They express the intent directly and can be easier to understand at a glance.

  3. Functional Style: Ternary operators align well with functional programming concepts, where expressions are used to define behavior rather than sequences of statements.

However, it’s important to note that the choice between the ternary operator and traditional if statements depends on the complexity of the condition and the surrounding context:

  • Simplicity: If the condition involves more complex logic or requires multiple lines of code to execute, a traditional if statement might be more readable.
  • Clarity: Sometimes, using a simple if statement can make your code clearer, especially when it involves multiple branches or complex conditions.
  • Maintainability: If you anticipate needing to add more logic to each branch of the condition in the future, an if statement can be easier to extend and maintain.

In the end, the choice between the ternary operator and the traditional if statement depends on finding the right balance between conciseness and readability while considering the potential for future modifications to your code.