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thoralf-plugin-uom-quantity.smt2
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thoralf-plugin-uom-quantity.smt2
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; Compiling Defs
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(echo "solver-start-cycle-1")
(echo "solver-finish-cycle-1")
(echo "solver-start-cycle-2")
; GIVENS (GHC style)
; []
; WANTEDS (GHC style)
; [WD] hole{co_a5Vu} {1}:: One
; ~ (Base "s" /: Base "s") (CNonCanonical)
; GIVENS (Thoralf style)
; []
; WANTEDS (Thoralf style)
; (One [],/: [Base ["s"],Base ["s"]])
(echo "givens-start-cycle-2")
; GIVENS (conversions)
; [WD] hole{co_a5Vu} {1}:: One
; ~ (Base "s" /: Base "s") (CNonCanonical)
; => (=
; (
; (as
; const
; (Array String Int))
; 0)
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "s" one)
; (store base "s" one)))
; GIVENS (names)
(push 1)
; DECS1 (seen)
; DECS1 (unseen)
(check-sat)
; sat
(echo "givens-finish-cycle-2")
(echo "wanteds-start-cycle-2")
; WANTEDS (conversions)
; [WD] hole{co_a5Vu} {1}:: One
; ~ (Base "s" /: Base "s") (CNonCanonical)
; => (=
; (
; (as
; const
; (Array String Int))
; 0)
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "s" one)
; (store base "s" one)))
; WANTEDS (names)
; DECS2 (seen)
; DECS2 (unseen)
(assert
(!
(not
(=
(
(as
const
(Array String Int))
0)
(
(_
map
(-
(Int Int)
Int))
(store base "s" one)
(store base "s" one))))
:named
wanted-2))
(check-sat)
; unsat
(echo "wanteds-finish-cycle-2")
(get-assertions)
; (
; (= one 1)
; (= enc base)
; (!
; (not
; (=
; (
; (as
; const
; (Array String Int))
; 0)
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "s" one)
; (store base "s" one))))
; :named
; wanted-2))
(get-unsat-core)
; (wanted-2)
(pop 1)
(echo "solver-finish-cycle-2")
(echo "solver-start-cycle-3")
(echo "solver-finish-cycle-3")
(echo "solver-start-cycle-4")
; GIVENS (GHC style)
; []
; WANTEDS (GHC style)
; [WD] hole{co_a5VW} {1}:: One
; ~ (Base "m" /: Base "m") (CNonCanonical)
; GIVENS (Thoralf style)
; []
; WANTEDS (Thoralf style)
; (One [],/: [Base ["m"],Base ["m"]])
(echo "givens-start-cycle-4")
; GIVENS (conversions)
; [WD] hole{co_a5VW} {1}:: One
; ~ (Base "m" /: Base "m") (CNonCanonical)
; => (=
; (
; (as
; const
; (Array String Int))
; 0)
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "m" one)
; (store base "m" one)))
; GIVENS (names)
(push 1)
; DECS1 (seen)
; DECS1 (unseen)
(check-sat)
; sat
(echo "givens-finish-cycle-4")
(echo "wanteds-start-cycle-4")
; WANTEDS (conversions)
; [WD] hole{co_a5VW} {1}:: One
; ~ (Base "m" /: Base "m") (CNonCanonical)
; => (=
; (
; (as
; const
; (Array String Int))
; 0)
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "m" one)
; (store base "m" one)))
; WANTEDS (names)
; DECS2 (seen)
; DECS2 (unseen)
(assert
(!
(not
(=
(
(as
const
(Array String Int))
0)
(
(_
map
(-
(Int Int)
Int))
(store base "m" one)
(store base "m" one))))
:named
wanted-4))
(check-sat)
; unsat
(echo "wanteds-finish-cycle-4")
(get-assertions)
; (
; (= one 1)
; (= enc base)
; (!
; (not
; (=
; (
; (as
; const
; (Array String Int))
; 0)
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "m" one)
; (store base "m" one))))
; :named
; wanted-4))
(get-unsat-core)
; (wanted-4)
(pop 1)
(echo "solver-finish-cycle-4")
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
; Compiling UoM
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(echo "solver-start-cycle-1")
(echo "solver-finish-cycle-1")
(echo "solver-start-cycle-2")
(echo "solver-finish-cycle-2")
(echo "solver-start-cycle-3")
(echo "solver-finish-cycle-3")
(echo "solver-start-cycle-4")
; GIVENS (GHC style)
; []
; WANTEDS (GHC style)
; [W] hole{co_a65E} {2}:: Base "m"
; ~ ((Base "m" /: Base "s") *: Base "s") (CNonCanonical)
; [D] _ {2}:: Base "m"
; ~ ((Base "m" /: Base "s") *: Base "s") (CNonCanonical)
; GIVENS (Thoralf style)
; []
; WANTEDS (Thoralf style)
; (Base ["m"],*: [/: [Base ["m"],Base ["s"]],Base ["s"]])
; (Base ["m"],*: [/: [Base ["m"],Base ["s"]],Base ["s"]])
(echo "givens-start-cycle-4")
; GIVENS (conversions)
; [W] hole{co_a65E} {2}:: Base "m"
; ~ ((Base "m" /: Base "s") *: Base "s") (CNonCanonical)
; => (=
; (store base "m" one)
; (
; (_
; map
; (+
; (Int Int)
; Int))
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "m" one)
; (store base "s" one))
; (store base "s" one)))
; [D] _ {2}:: Base "m"
; ~ ((Base "m" /: Base "s") *: Base "s") (CNonCanonical)
; => (=
; (store base "m" one)
; (
; (_
; map
; (+
; (Int Int)
; Int))
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "m" one)
; (store base "s" one))
; (store base "s" one)))
; GIVENS (names)
(push 1)
; DECS1 (seen)
; DECS1 (unseen)
(check-sat)
; sat
(echo "givens-finish-cycle-4")
(echo "wanteds-start-cycle-4")
; WANTEDS (conversions)
; [W] hole{co_a65E} {2}:: Base "m"
; ~ ((Base "m" /: Base "s") *: Base "s") (CNonCanonical)
; => (=
; (store base "m" one)
; (
; (_
; map
; (+
; (Int Int)
; Int))
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "m" one)
; (store base "s" one))
; (store base "s" one)))
; [D] _ {2}:: Base "m"
; ~ ((Base "m" /: Base "s") *: Base "s") (CNonCanonical)
; => (=
; (store base "m" one)
; (
; (_
; map
; (+
; (Int Int)
; Int))
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "m" one)
; (store base "s" one))
; (store base "s" one)))
; WANTEDS (names)
; DECS2 (seen)
; DECS2 (unseen)
(assert
(!
(or
(not
(=
(store base "m" one)
(
(_
map
(+
(Int Int)
Int))
(
(_
map
(-
(Int Int)
Int))
(store base "m" one)
(store base "s" one))
(store base "s" one))))
(not
(=
(store base "m" one)
(
(_
map
(+
(Int Int)
Int))
(
(_
map
(-
(Int Int)
Int))
(store base "m" one)
(store base "s" one))
(store base "s" one)))))
:named
wanted-4))
(check-sat)
; unsat
(echo "wanteds-finish-cycle-4")
(get-assertions)
; (
; (= one 1)
; (= enc base)
; (!
; (or
; (not
; (=
; (store base "m" one)
; (
; (_
; map
; (+
; (Int Int)
; Int))
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "m" one)
; (store base "s" one))
; (store base "s" one))))
; (not
; (=
; (store base "m" one)
; (
; (_
; map
; (+
; (Int Int)
; Int))
; (
; (_
; map
; (-
; (Int Int)
; Int))
; (store base "m" one)
; (store base "s" one))
; (store base "s" one)))))
; :named
; wanted-4))
(get-unsat-core)
; (wanted-4)
(pop 1)
(echo "solver-finish-cycle-4")
(echo "solver-start-cycle-5")
(echo "solver-finish-cycle-5")
(echo "solver-start-cycle-6")
(echo "solver-finish-cycle-6")
(echo "solver-start-cycle-7")
(echo "solver-finish-cycle-7")
(echo "solver-start-cycle-8")
; GIVENS (GHC style)
; [G] co_a665 {3}:: Base "m" ~ fsk0 (CFunEqCan)
; [G] co_a667 {3}:: Base "s" ~ fsk0 (CFunEqCan)
; [G] co_a669 {2}:: (fsk0 /: fsk1) ~ fsk2 (CFunEqCan)
; [G] co_a66c {1}:: fsk0 ~ mps (CTyEqCan)
; WANTEDS (GHC style)
; [WD] hole{co_a66l} {2}:: (mps *: fsk0) ~ fsk1 (CNonCanonical)
; GIVENS (Thoralf style)
; (Base ["m"],a664)
; (Base ["s"],a666)
; (/: [a664,a666],a668)
; (a668,a64W)
; WANTEDS (Thoralf style)
; (*: [a64W,a666],a664)
(echo "givens-start-cycle-8")
; GIVENS (conversions)
; [WD] hole{co_a66l} {2}:: (mps *: fsk0) ~ fsk1 (CNonCanonical)
; => (=
; (
; (_
; map
; (+
; (Int Int)
; Int))
; a64W
; a666)
; a664)
; GIVENS (names)
; a64W <= mps
; a664 <= fsk_a664
; a666 <= fsk_a666
; a668 <= fsk_a668
(push 1)
; DECS1 (seen)
; DECS1 (unseen)
; (declare-const a64W (Array String Int))
; (declare-const a664 (Array String Int))
; (declare-const a666 (Array String Int))
; (declare-const a668 (Array String Int))
(declare-const
a64W
(Array String Int))
(declare-const
a664
(Array String Int))
(declare-const
a666
(Array String Int))
(declare-const
a668
(Array String Int))
(assert
(!
(=
(store base "m" one)
a664)
:named
given-8.1))
(assert
(!
(=
(store base "s" one)
a666)
:named
given-8.2))
(assert
(!
(=
(
(_
map
(-
(Int Int)
Int))
a664
a666)
a668)
:named
given-8.3))
(assert
(!
(= a668 a64W)
:named
given-8.4))
(check-sat)
; sat
(echo "givens-finish-cycle-8")
(echo "wanteds-start-cycle-8")
; WANTEDS (conversions)
; [WD] hole{co_a66l} {2}:: (mps *: fsk0) ~ fsk1 (CNonCanonical)
; => (=
; (
; (_
; map
; (+
; (Int Int)
; Int))
; a64W
; a666)
; a664)
; WANTEDS (names)
; a64W <= mps
; a664 <= fsk_a664
; a666 <= fsk_a666
; DECS2 (seen)
; DECS2 (unseen)
(assert
(!
(not
(=
(
(_
map
(+
(Int Int)
Int))
a64W
a666)
a664))
:named
wanted-8))
(check-sat)
; unsat
(echo "wanteds-finish-cycle-8")
(get-assertions)
; (
; (= one 1)
; (= enc base)
; (!
; (=
; (store base "m" one)
; a664)
; :named
; given-8.1)
; (!
; (=
; (store base "s" one)
; a666)
; :named
; given-8.2)
; (!
; (=
; (
; (_
; map
; (-
; (Int Int)
; Int))
; a664
; a666)
; a668)
; :named
; given-8.3)
; (!
; (= a668 a64W)
; :named
; given-8.4)
; (!
; (not
; (=
; (
; (_
; map
; (+
; (Int Int)
; Int))
; a64W
; a666)
; a664))
; :named
; wanted-8))
(get-unsat-core)
; (given-8.1 given-8.3 given-8.4 wanted-8)
(pop 1)
(echo "solver-finish-cycle-8")
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const
base
(Array String Int))
(declare-const
enc
(Array String Int))
(declare-const
exp
(Array String Int))
(assert
(= enc base))
(exit)
(set-option :print-success true)
(set-option :produce-models true)
(set-option :interactive-mode true)
(set-option :produce-assertions true)
(set-option :produce-models true)
(set-option :produce-assignments true)
(set-option :produce-proofs true)
(set-option :produce-unsat-assumptions true)
(set-option :produce-unsat-cores true)
(declare-const one Int)
(assert
(= one 1))
(declare-const