User blog:DerivedSugar177/Extended Aarex's Graham Generator

Extended Aarex's Graham Generator
This is an an extended version of Aarex's Graham Generator / Forcal Function

Let's start off with something like Forcal_{10}_(1) = gggggggggg1,000,000   ( g = graham's function )

Forcal_{34,509}_(1) = gggggggg.....gggg1,000,000   ( with 34,509 g's )

Forcal_{993}_(36) = gggggg.....ggg1,000,035   ( with 993 g's )

Then Forcal_{1,000,000}_(1) = Forcal_{1,2}_(1)

We can say that Forcal_{1,2}_(1,000,000) = Forcal_{2,2}_(1)

And that Forcal_{10^6,2}_(1) = Forcal_{1,3}_(1)     it increases by insane amounts

With this, we can go to Forcal_{1,10^6}_(1) = Forcal_{1,1,2}_(1)   Tris-Terribocal

We can use this method to reach Forcal_{1,1,1,1....1,2}_(1) ( with 1,000,000 1's ) = Forcal_{1[2]2)_(1)   Superis-Terribocal   that is VERY big

but that still only reaches fωω(999,999)

To make this number a joke, we must extend the Graham Generator starting from here!

We define that Forcal_{1[1,000,000]2}_(1) = Forcal_{1[1,2]2}_(1)   SUPERIS-TERRIBETROCAL

But we don't stop here!!!!

Forcal_{1[1,10^6]2}_(1) = Forcal_{1[1,1,2]2}_(1)   yes, the same way we did with the previous entries   SUPERIS-TETRABYPCAL

We extend this to Forcal_{1[1,1,1,1....1,2]2}_(1) ( with 1,000,000 1's ) = Forcal_{122)_(1)    insane!!   VARNICAL

But with all this, we can extend it to EVEN Forcal_{1[[[....[[[2]]....]]]]]2)_(1)''' ( with 1,000,000 ['s !!!!! )   ZERDICAL'''

IT STILL DOESN'T STOP HERE!!!!!!!
Forcal_{1[[[....[[[2]]....]]]]]2)_(1) = Forcal_{1[1/2]2}_(1)   UTRIPOBYRCAL

Forcal_{2[1/2]2}_(1)   UTRIPUPORCAL

Forcal_{3[1/2]2}_(1)   UTRIPERIPCAL