Nuprl Definition : es_realizer_ind
0,22
postcript
pdf
case
x1
of
Rnone =>
none
Rplus(
left
,
right
)=>
rec1
,
rec2
.
plus
(
left
;
right
;
rec1
;
rec2
)
Rinit(
loc
,
T
,
x
,
v
)=>
init
(
loc
;
T
;
x
;
v
)
Rframe(
loc
,
T
,
x
,
L
)=>
frame
(
loc
;
T
;
x
;
L
)
Rsframe(
lnk
,
tag
,
L
)=>
sframe
(
lnk
;
tag
;
L
)
Reffect(
loc
,
ds
,
knd
,
T
,
x
,
f
)=>
effect
(
loc
;
ds
;
knd
;
T
;
x
;
f
)
Rsends(
ds
,
knd
,
T
,
l
,
dt
,
g
)=>
sends
(
ds
;
knd
;
T
;
l
;
dt
;
g
)
Rpre(
loc
,
ds
,
a
,
T
,
P
)=>
pre
(
loc
;
ds
;
a
;
T
;
P
)
Raframe(
loc
,
k
,
L
)=>
aframe
(
loc
;
k
;
L
)
Rbframe(
loc
,
k
,
L
)=>
bframe
(
loc
;
k
;
L
)
Rrframe(
loc
,
x
,
L
)=>
rframe
(
loc
;
x
;
L
)
== Case
x1
of
==
inl(
x
)
none
==
inr(
x
)
Case
x
of
== inr(
x
)
inl(
x
)
plus
(1of(
x
)
== inr(
x
)
inl(
x
)
plus
;2of(
x
)
== inr(
x
)
inl(
x
)
plus
;case 1of(
x
) of
== inr(
x
)
inl(
x
)
plus
;
Rnone =>
none
== inr(
x
)
inl(
x
)
plus
;
Rplus(
left
,
right
)=>
rec1
,
rec2
.
plus
(
left
;
right
;
rec1
;
rec2
)
== inr(
x
)
inl(
x
)
plus
;
Rinit(
loc
,
T
,
x
,
v
)=>
init
(
loc
;
T
;
x
;
v
)
== inr(
x
)
inl(
x
)
plus
;
Rframe(
loc
,
T
,
x
,
L
)=>
frame
(
loc
;
T
;
x
;
L
)
== inr(
x
)
inl(
x
)
plus
;
Rsframe(
lnk
,
tag
,
L
)=>
sframe
(
lnk
;
tag
;
L
)
== inr(
x
)
inl(
x
)
plus
;
Reffect(
loc
,
ds
,
knd
,
T
,
x
,
f
)=>
effect
(
loc
;
ds
;
knd
;
T
;
x
;
f
)
== inr(
x
)
inl(
x
)
plus
;
Rsends(
ds
,
knd
,
T
,
l
,
dt
,
g
)=>
sends
(
ds
;
knd
;
T
;
l
;
dt
;
g
)
== inr(
x
)
inl(
x
)
plus
;
Rpre(
loc
,
ds
,
a
,
T
,
P
)=>
pre
(
loc
;
ds
;
a
;
T
;
P
)
== inr(
x
)
inl(
x
)
plus
;
Raframe(
loc
,
k
,
L
)=>
aframe
(
loc
;
k
;
L
)
== inr(
x
)
inl(
x
)
plus
;
Rbframe(
loc
,
k
,
L
)=>
bframe
(
loc
;
k
;
L
)
== inr(
x
)
inl(
x
)
plus
;
Rrframe(
loc
,
x
,
L
)=>
rframe
(
loc
;
x
;
L
)
== inr(
x
)
inl(
x
)
plus
;case 2of(
x
) of
== inr(
x
)
inl(
x
)
plus
;
Rnone =>
none
== inr(
x
)
inl(
x
)
plus
;
Rplus(
left
,
right
)=>
rec1
,
rec2
.
plus
(
left
;
right
;
rec1
;
rec2
)
== inr(
x
)
inl(
x
)
plus
;
Rinit(
loc
,
T
,
x
,
v
)=>
init
(
loc
;
T
;
x
;
v
)
== inr(
x
)
inl(
x
)
plus
;
Rframe(
loc
,
T
,
x
,
L
)=>
frame
(
loc
;
T
;
x
;
L
)
== inr(
x
)
inl(
x
)
plus
;
Rsframe(
lnk
,
tag
,
L
)=>
sframe
(
lnk
;
tag
;
L
)
== inr(
x
)
inl(
x
)
plus
;
Reffect(
loc
,
ds
,
knd
,
T
,
x
,
f
)=>
effect
(
loc
;
ds
;
knd
;
T
;
x
;
f
)
== inr(
x
)
inl(
x
)
plus
;
Rsends(
ds
,
knd
,
T
,
l
,
dt
,
g
)=>
sends
(
ds
;
knd
;
T
;
l
;
dt
;
g
)
== inr(
x
)
inl(
x
)
plus
;
Rpre(
loc
,
ds
,
a
,
T
,
P
)=>
pre
(
loc
;
ds
;
a
;
T
;
P
)
== inr(
x
)
inl(
x
)
plus
;
Raframe(
loc
,
k
,
L
)=>
aframe
(
loc
;
k
;
L
)
== inr(
x
)
inl(
x
)
plus
;
Rbframe(
loc
,
k
,
L
)=>
bframe
(
loc
;
k
;
L
)
== inr(
x
)
inl(
x
)
plus
;
Rrframe(
loc
,
x
,
L
)=>
rframe
(
loc
;
x
;
L
))
== inr(
x
)
inr(
x
)
Case
x
of
== inr(
x
)
inr(
x
)
inl(
x
)
init
(1of(
x
);1of(2of(
x
));1of(2of(2of(
x
)));2of(2of(2of(
x
))))
== inr(
x
)
inr(
x
)
inr(
x
)
Case
x
of
== inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
frame
(1of(
x
);1of(2of(
x
));1of(2of(2of(
x
)));2of(2of(2of(
x
))))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
Case
x
of
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
sframe
(1of(
x
);1of(2of(
x
));2of(2of(
x
)))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
Case
x
of
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
effect
(1of(
x
)
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
effect
;1of(2of(
x
))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
effect
;1of(2of(2of(
x
)))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
effect
;1of(2of(2of(2of(
x
))))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
effect
;1of(2of(2of(2of(2of(
x
)))))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
effect
;2of(2of(2of(2of(2of(
x
))))))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
Case
x
of
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
sends
(1of(
x
)
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
sends
;1of(2of(
x
))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
sends
;1of(2of(2of(
x
)))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
sends
;1of(2of(2of(2of(
x
))))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
sends
;1of(2of(2of(2of(2of(
x
)))))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
sends
;2of(2of(2of(2of(2of(
x
))))))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
Case
x
of
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
pre
(1of(
x
)
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
pre
;1of(2of(
x
))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
pre
;1of(2of(2of(
x
)))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
pre
;1of(2of(2of(2of(
x
))))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
pre
;2of(2of(2of(2of(
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
pre
;
x
)))))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
Case
x
of
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
aframe
(1of(
x
)
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
aframe
;1of(2of(
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
aframe
;1of(
x
))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
aframe
;2of(2of(
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
aframe
;
x
)))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
Case
x
of
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inl(
x
)
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
bframe
(1of(
x
)
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
bframe
;1of(
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
bframe
;
2of(
x
))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
bframe
;2of(
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
bframe
;
2of(
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
bframe
;
x
)))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
rframe
(1of(
x
)
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
rframe
;1of(
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
rframe
;
2of(
x
))
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
rframe
;2of(
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
rframe
;
2of(
== inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
inr(
x
)
rframe
;
x
)))
(recursive)
latex
Definitions
Y
,
x
.
A
(
x
)
,
f
(
a
)
,
Case
b
of inl(
x
)
s
(
x
) ; inr(
y
)
t
(
y
)
,
1of(
t
)
,
2of(
t
)
FDL editor aliases
es_realizer_ind
origin