Exercise logic.propositional.dnf

Description
Proposition to DNF

Derivation

Final term is not finished
((~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ q /\ q /\ T) || (~r /\ T /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q))) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q)
logic.propositional.idempand
((~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ q /\ q /\ T) || (~r /\ T /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q))) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q)
logic.propositional.idempand
((~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ q /\ T) || (~r /\ T /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q))) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q)
logic.propositional.truezeroand
((~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ q) || (~r /\ T /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q))) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q)
logic.propositional.notnot
((p /\ ~q /\ T /\ ~~(p /\ ~q) /\ q) || (~r /\ T /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q))) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q)
logic.propositional.truezeroand
((p /\ ~q /\ ~~(p /\ ~q) /\ q) || (~r /\ T /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q))) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q)
logic.propositional.notnot
((p /\ ~q /\ p /\ ~q /\ q) || (~r /\ T /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q))) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q)
logic.propositional.compland
((p /\ ~q /\ p /\ F) || (~r /\ T /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q))) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q)
logic.propositional.falsezeroand
(F || (~r /\ T /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q))) /\ ~~(p /\ ~q /\ T) /\ ~~(p /\ ~q)