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Theorem gen
nat freely generated by 0, +1;
Type: An axiom
Validity: The proof is valid.
Features:
Comment:
Used by:
a
,
addex
,
c
,
eq-01
,
even
,
even-01
,
even-02
,
even-04
,
even-06
,
ex-oddeven
,
l
,
l-02
,
l-03
,
l-05
,
lf
,
lrec
,
ls-05
,
lstwo
,
neq-03
,
one
,
one-01
,
one-03
,
one-05
,
pe-01
,
ps
,
q
,
q-add
,
q-add-01
,
rec
,
s-04
,
succ
,
three
,
tot
,
two-01
,
two-02
,
twols
,
z-01
,
z-02
,
zero
,
Used by units in proved state:
list-del
,
list-as-arrayinstance
,
rowcol-upd
,
olist
,
matrixops
,
filter-count
,
array-copy
,
approx-fixpoint
,
mon-lim-filter-count
,
stut-mon
,
rtc-rel
,
nat-div
,
nat-mult
,
stream
,
nat
,
nat-prime
,
list-perm
,
streamseq-mon-lim
,
choice
,
nat-inf
,
inf-app-list
,
path-reachable
,
intnat
,
infinite-append
,
nat-pair
,
nat-pot
,
rtc
,
nat-even
,
list-last
,
array-as-listinstance
,
array-revin
,
list-getput
,
Proof exists?: No