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Signature symbols in this unit

Symbol	Specification	Kind	Type
# .	array	f	array → nat
#c .	matrix	f	matrix → nat
#oc	list-as-arrayinstance	f	elem × array → nat
#r .	matrix	f	matrix → nat
. '	list-as-arrayinstance	f	elem → array
. * .	nat-mult	f	nat × nat → nat
. + .	nat-basic	f	nat × nat → nat
. + .	list-as-arrayinstance	f	array × array → array
. + .	list-as-arrayinstance	f	array × elem → array
. + .	array-listops	f	elem × array → array
. ++ .	list-as-arrayinstance	f	array × elem → array
. +1	nat-basic	f	nat → nat
. +2 .	list-as-arrayinstance	f	elem × elem → array
. - .	nat	pf	nat × nat → nat with λ n, m. n ≥ m
. -1	nat-basic	pf	nat → nat with λ n. n ≠ 0
. -1l .	list-as-arrayinstance	f	array × elem → array
. -l .	list-as-arrayinstance	f	array × elem → array
. -p .	list-as-arrayinstance	f	array × nat → array
. .butlast	list-as-arrayinstance	pf	array → array with λ x. x ≠ []
. .first	array-listops	pf	array → elem with λ ar. ar ≠ []
. .last	list-as-arrayinstance	pf	array → elem with λ x. x ≠ []
. .rest	array-listops	pf	array → array with λ ar. ar ≠ []
. .toArc	rowcol-upd	f	matrix → array
. .toArr	rowcol-upd	f	matrix → array
. < .	nat-basic	p	nat × nat
. < .	array-listops	p	array × array
. > .	nat	p	nat × nat
. [ . ]	matrix	pf	matrix × nat × nat → elem with λ mx, r, c. r < #r mx ∧ c < #c mx
. [ . ]	matrix	pf	matrix × nat × nat × elem → matrix with λ mx, r, c, a. r < #r mx ∧ c < #c mx
. [ . ]	array	pf	array × nat → elem with λ ar, n. n < # ar
. [ . ]	array	pf	array × nat × elem → array with λ ar, n, a. n < # ar
. [ . ]c	matrix+array	pf	matrix × nat → array with λ mx, c. c < #c mx
. [ . ]c	rowcol-upd	pf	matrix × nat × array → matrix with λ mx, c, a. c < #c mx ∧ # a = #r mx
. [ . ]r	matrix+array	pf	matrix × nat → array with λ mx, r. r < #r mx
. [ . ]r	rowcol-upd	pf	matrix × nat × array → matrix with λ mx, r, a. r < #r mx ∧ # a = #c mx
. \ .	list-as-arrayinstance	f	array × array → array
. ∈ .	list-as-arrayinstance	p	elem × array
. ∪ .	list-as-arrayinstance	f	array × array → array
. ≤ .	nat	p	nat × nat
. ≥ .	nat	p	nat × nat
. ⊆ .	list-as-arrayinstance	p	array × array
. ⊆m .	list-as-arrayinstance	p	array × array
. ⊑ .	list-as-arrayinstance	p	array × array
. ⊒ .	list-as-arrayinstance	p	array × array
[]	array-listops	c	array
a	rowcol-upd	v	array
array	array	s
butlastn	list-as-arrayinstance	pf	nat × array → array with λ n, x. n ≤ # x
c	rowcol-upd	v	nat
cmp	array-copy	p	array × elem
cmp	array-copy	pp	array × nat × array × nat × nat with λ ar, m, ar0, m0, n. m + n ≤ # ar ∧ m0 + n ≤ # ar0
cmp	array-copy	pp	array × elem × nat × nat with λ ar, a, m, n. m + n ≤ # ar
copy	array-copy	pf	array × nat × array × nat × nat → array with λ ar, m, ar0, m0, n. m + n ≤ # ar ∧ m0 + n ≤ # ar0
disj	list-as-arrayinstance	p	array × array
dups	list-as-arrayinstance	p	array
elem	elem	s
fill	array-copy	f	array × elem → array
fill	array-copy	pf	array × elem × nat × nat → array with λ ar, a, n, m. n + m ≤ # ar
fillfirst	list-as-arrayinstance	f	nat × elem × array → array
filter	list-as-arrayinstance	f	array × array → array
firstn	list-as-arrayinstance	pf	nat × array → array with λ n, x. n ≤ # x
frome	list-as-arrayinstance	f	array × elem → array
i	rowcol-upd	v	elem
id○	array-copy	p	array × array × nat
id○	array-copy	p	array × array × nat × nat
idrange	array-copy	pp	array × nat × nat with λ ar, m, n. m + n ≤ # ar
j	rowcol-upd	v	elem
lastn	list-as-arrayinstance	pf	nat × array → array with λ n, x. n ≤ # x
m	rowcol-upd	v	nat
matrix	matrix	s
mkarray	array	f	nat → array
mklist	list-as-arrayinstance	f	elem × nat → array
mkmatrix	matrix	f	nat × nat × elem → matrix
mx	rowcol-upd	v	matrix
n	rowcol-upd	v	nat
nat	nat-basic	s
perm	list-as-arrayinstance	p	array × array
pos	list-as-arrayinstance	f	elem × array → nat
r	rowcol-upd	v	nat
restn	list-as-arrayinstance	pf	nat × array → array with λ n, x. n ≤ # x
rev	list-as-arrayinstance	f	array → array
rmdup	list-as-arrayinstance	f	array → array
subarray	array-copy	pf	array × nat × nat → array with λ ar, m, n. m + n ≤ # ar
sublist	list-as-arrayinstance	pf	nat × nat × array → array with λ n, m, x. n + m ≤ # x
toArc	rowcol-upd	f	matrix × nat → array
toArr	rowcol-upd	f	matrix × nat → array