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If you are a developer wanting to create the ultimate FGH calculator, or a user hoping to locate one, here is the blueprint.
Represent ordinals not as integers or strings but as an algebraic data type:
The FGH is a family of functions indexed by (numbers used to describe the order type of well-ordered sets). As the index increases, the function grows at a rate that quickly dwarfs the previous level. : Basic incrementing (Successor). : Doubling (Addition). : Exponential-like growth (Multiplication). : Tetration (Power towers).
def fundamental_sequence(self, limit_ordinal, n): # Logic for Wainer Hierarchy if limit_ordinal == 'w': return n # Finite ordinal n if limit_ordinal == 'w*2': return f"w+n" # ... advanced logic for epsilon_0 etc.