User blog:BuddyBearAlex/BBF

The function works like this:

$$(x^2)^{x^{x^{x}}}$$

Heres how to understand: The first number [3] is the digits. The next number [3] is the amount of them. In this function you add then do the power so it would be 9 to the power of 3 to the power of 3 to the power of 3. The answer is 58149737003040059690390169.

Even bigger numbers would be extremely massive. This is a good way to make big numbers. If you put in [4,4], this is what you get.

$$\underbrace{4+4+4+4}^{{{{4}^{4}}^{4}}^{4}}$$ So, if you do the math you get (hold up the calc i know that work wont work can you put in the value.) This function is a very easy way for very big numbers. Even though the things are short, they are high value makers. (not as good as baf)