50 lines
2.2 KiB
Lua
50 lines
2.2 KiB
Lua
local env = empty_environment()
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local l = mk_param_univ("l")
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local A = Const("A")
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local U_l = mk_sort(l)
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local U_l1 = mk_sort(mk_level_max(l, mk_level_one()))
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local list_l = Const("list", {l})
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local Nat = Const("Nat")
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local vec_l = Const("vec", {l})
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local zero = Const("zero")
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local succ = Const("succ")
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local forest_l = Const("forest", {l})
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local tree_l = Const("tree", {l})
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local n = Const("n")
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add_inductive(env, "nat", Type, "zero", Nat, "succ", mk_arrow(Nat, Nat))
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add_inductive(env,
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"list", {l}, 1, mk_arrow(U_l, U_l1),
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"nil", Pi({{A, U_l, true}}, list_l(A)),
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"cons", Pi({{A, U_l, true}}, mk_arrow(A, list_l(A), list_l(A))))
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add_inductive(env,
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"vec", {l}, 1,
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mk_arrow(U_l, Nat, U_l1),
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"vnil", Pi({{A, U_l, true}}, vec_l(A, zero)),
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"vcons", Pi({{A, U_l, true}, {n, Nat, true}}, mk_arrow(A, vec_l(A, n), vec_l(A, succ(n)))))
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local And = Const("and")
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local Or = Const("or")
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local B = Const("B")
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add_inductive(env, "false", Bool)
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add_inductive(env, "true", Bool, "trivial", Const("true"))
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add_inductive(env,
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"and", mk_arrow(Bool, Bool, Bool),
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"and_intro", Pi({{A, Bool, true}, {B, Bool, true}}, mk_arrow(A, B, And(A, B))))
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add_inductive(env,
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"or", mk_arrow(Bool, Bool, Bool),
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"or_intro_left", Pi({{A, Bool, true}, {B, Bool, true}}, mk_arrow(A, Or(A, B))),
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"or_intro_right", Pi({{A, Bool, true}, {B, Bool, true}}, mk_arrow(B, Or(A, B))))
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local P = Const("P")
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local a = Const("a")
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local exists_l = Const("exists", {l})
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add_inductive(env,
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"exists", {l}, 2, Pi({{A, U_l}}, mk_arrow(mk_arrow(A, Bool), Bool)),
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"exists_intro", Pi({{A, U_l, true}, {P, mk_arrow(A, Bool), true}, {a, A}}, mk_arrow(P(a), exists_l(A, P))))
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add_inductive(env, {l}, 1,
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{"tree", mk_arrow(U_l, U_l1),
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"node", Pi({{A, U_l, true}}, mk_arrow(A, forest_l(A), tree_l(A)))
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},
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{"forest", mk_arrow(U_l, U_l1),
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"emptyf", Pi({{A, U_l, true}}, forest_l(A)),
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"consf", Pi({{A, U_l, true}}, mk_arrow(tree_l(A), forest_l(A), forest_l(A)))})
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