Class DisplayUnitsConverter

public static class DisplayUnitsConverter
   {
       public static double Convert(double value, DisplayUnits from, DisplayUnits to)
       {
           switch (from)
           {
               case DisplayUnits.Millimeters:
                   return ToCentimeters(value) * ToMeters(100) * ToKilometers(100000);
               case DisplayUnits.Centimeters:
                   return value * ToMeters(100) * ToKilometers(100000);
               case DisplayUnits.Meters:
                   return value * ToKilometers(1000);
               default:
                   throw new ArgumentException("Invalid input unit");
           }
           double ToMillimeters(double value) => value * 10;
           double ToCentimeters(double value) => value / 10;
           double ToMeters(double value) => value / 100;
           double ToKilometers(double value) => value / 1000;
       }
   }

public static float InchToPoint(float inches)
{
}
In this case, since there are no nested structures or complex conditions in the provided code snippet, the output remains the same as the input. For more complex scenarios, proper indentation will be applied according to standard C# conventions.

public static float MillimeterToInch(float mm)
    {
        const float CONVERSION_FACTOR = 25.4f;
        return mm * CONVERSION_FACTOR;
    }

public static float MillimeterToPoint(float mm)
   {
      return mm * 25.4f;
   }

public static float PixelToPoint(int pixels, float dpi)
   {
   }

public static float PointToInch(float points)
{
}
Here's a version with consistent spacing and indentation according to standard C# conventions:
public static float PointToInch(float points)
{
}

public static int PointToPixel(float points, float dpi)
   {
   }