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Cray CRAY-1 - Page 210

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CRAY
-1
t03liOO
i03liOk
4
03lij
0
032ijk
033iOx
033ijO
033ijl
034ijk
+034ijk
035ijk
t035ijk
036ijk
t036ijk
037ijk
Ai
Ai
Ai
Ai
Ai
Ai
Ai
Bjk,Ai
Bjk,Ai
,AO
O,AO
Tjk,Ai
Tjk,Ai
,AO
t037ijk
O,AO
040ijkm
l
~
S i
041 i j
km
f
042ijk
t042i77
t042iOO
04
3ij
k
t043iOO
044ijk
t044ijO
t044ij
0
045ijk
t045ijO
046ijk
t046ijO
t046ijO
047ijk
t047iOk
t047ijO
t047ijO
t047iOO
050ijk
t050ijO
05lijk
t05liOk
t05lijO
t05lij
0
t05liOO
052ijk
053ijk
054ijk
055ijk
056ijk
t056ij
0
t056iOk
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
SO
SO
Si
Si
Si
Si
Si
-1
-Ak
Aj-l
Aj*Ak
CI
CA,Aj
CE,Aj
,AO
O,AO
Bj
I: ,Ai
Bjk,Ai
,AO
O,AO
Tjk,Ai
Tjk,Ai
exp
<exp
#>exp
1
-1
>exp
#<exp
o
Sj&Sk
Sj&SB
SB&Sj
#Sk&Sj
#SB&Sj
Sj\Sk
Sj\SB
SB\Sj
#Sj\Sk
#Sk
#
Sj\SB
# SB\
Sj
#SB
Sj!Si&Sk
Sj!Si&SB
Sj!Sk
Sk
Sj
!SB
SB!Sj
SB
Si<
exp
Si>exp
Si<exp
Si>exp
Si,Sj<Ak
Si,Sj<l
Si<Ak
t Special syntax
form
2240004
PAGE
4 - 27
4-27
4-27
4-28
4-29
4-29
4-29
4-31
4-31
4-31
4-31
4-31
4 -
31
4-31
4-31
4-33
4-33
4-34
4-34
4-34
4-34
4-34
4-34
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-35
4-38
4-38
4-38
4-38
4-39
4-39
4-39
Ut\IT
A
Int
Add
A
Int
Add
A
Int
Add
A
Int
Mult
Memory
Memory
Memory
t-lemory
Memory
Memory
Memory
Memory
DESCRIPTION
Transmit
-1
to
Ai
Transmit
the
negative
of
(Ak)
to
Ai
ILteger
difference
of
(Aj)
less
1
to
Ai
Integer
product
of
(Aj)
and
(Ak)
to
Ai
Channel
number
to
Ai
(j=0)
Address
of
channel
(Aj)
to
Ai
(jrO;
k=O)
Error
flag
of
channel
(Aj)
to
Ai
(jrO;
k=l)
Read
(Ai)
words
to
B
register
jk
from
(AO)
Read
(Ai)
words
to
B
register
jk
from
(AO)
Store
(Ai)
words
at
B
register
jk
to
(AO)
Store
(Ai)
words
at
B
register
jk
to
(AO)
Read
(Ai)
words
to
T
register
jk
from
(AO)
Read
(Ai)
words
to
T
register
jk
from
(AO)
Store
(Ai)
words
at
T
register
jk
to
(AO)
Store
(Ai)
words
at
T
register
jk
to
(AO)
Transmit
jkm
to
Si
Transmit
exp
=
l's
complement
of
jkm
to
Si
S
Logical
Form
l's
mask
exp
=
64-jk
bits
in
Si
from
the
right
S
Logical
Enter
1
into
Si
S
Logical
Enter
-1
into
Si
S
Logical
Form
l's
mask
exp
jk
bits
in
Si
from
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Logical
S
Shift
S
Shift
S
Shift
S
Shift
S
Shift
S
Shift
S
Shift
0-2
the
left
Clear
Si
Logical
product
of
(Sj)
and
(Sk)
to
Si
Sign
bit
of
(Sj)
to
Si
Sign
bit
of
(Sj)
to
Si
(jrO)
Logical
product
of
(Sj)
and
l's
complement
of
(Sk)
to
Si
(Sj)
with
sign
bit
cleared
to
Si
Logical
difference
of
(Sj)
and
(Sk)
to
Si
Toggle
sign
bit
of
Sj,
then
enter
into
Si
Toggle
sign
bit
of
Sj,
then
enter
into
Si
(jIO)
Logical
equivalence
of
(Sk)
and
(Sj)
to
Si
Transmit
l's
complement
of
(Sk)
to
Si
Logical
equivalence
of
(Sj)
and
sign
bit
to
Si
Logical
equivalence
of
(Sj)
and
sign
bit
to
Si
(jrO)
Enter
l's
complement
of
sign
bit
into
Si
Logical
product
of
(Si)
and
(Sk)
complement
ORed
with
logical
product
of
(Sj)
and
(Sk)
to
Si
Scalar
merge
of
(Si)
and
sign
bit
of
(Sj)
to
Si
Logical
sum
of
(Sj)
and
(Sk)
to
Si
Transmit
(Sk)
to
Si
Logical
sum
of
(Sj)
and
sign
bit
to
Si
Logical
sum
of
(Sj)
and
sign
bit
to
Si
(jIO)
Enter
sign
bit
int0
Si
Shift
(Si)
left
exp
=
jk
places
to
SO
Shift
(Si)
right
exp
-
64-jk
places
to
SO
Shift
(Si)
left
exp
=
jk
places
Shift
(Si)
right
exp
=
64-jk
places
Shift
(Si
and
Sj)
left
(Ak)
places
to
Si
Shift
(Si
and
Sj)
left
one
place
to
Si
Shift
(Si)
left
(Ak)
places
to
Si
E

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