Cray CRAY-1 - Page 211

I
CRAY-1
057ijk
t057 ij 0
to 5 7 i Ok
060ij k
061ijk
t061 i Ok
062ijk
t062 iOk
063ijk
t063 i Ok
064ijk
065ijk
066ijk
067ijk
070ijx
07liOk
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
071ilk Si
071i2k Si
071i3x Si
071i4x Si
07li5x Si
071i6x Si
071i7x Si
072ixx Si
073ixx Si
074ijk Si
075ijk Tjk
076ijk Si
077ijk Vi,Ak
t077iOk Vi,Ak
10hijkm Ai
tlOO ij km Ai
tlOOijkm Ai
t10hiOOO Ai
llhijkm exp,Ah
t110ijkm exp,O
t110ijkm
tllhiOOO
12hijkm
exp,
,Ah
Si
tl2 0 ij km Si
tl20ij km Si
tl2hiOOO Si
13hijkm exp,Ah
t130ijkm exp,O
t130ijkm
t13hiOOO
l40ijk
141ijk
14 ~ i j J...
tl42iOk
exp,
,Ah
Vi
Vi
Vi
Vi
Sj,Si>Ak
Sj,Si>l
Si>Ak
Sj+Sk
Sj-Sk
-Sk
Sj+FSk
+FSk
Sj-FSk
-FSk
Sj"FSk
Sj"HSk
Sj"RSk
Sj"ISk
/HSj
Ak
+Ak
+FAk
0.6
0.4
1.
2.
4.
RT
VN
Tjk
Si
Vj,Ak
Sj
o
exp,Ah
exp,O
exp,
,Ah
Ai
Ai
Ai
Ai
exp,Ah
exp,O
exp,
,Ah
Si
Si
Si
Si
Sj&Vk
Vj&Vk
Sj!Vk
Vk
t Special syntax form
2240004
!:ill
4-39
4-39
4-39
4-40
4-40
4-40
4-41
4-41
4-41
4-41
4-42
4-42
4-42
4-42
4-44
4-45
4-45
4-45
4-45
4-45
4-45
4-45
4-45
4-47
4-47
4-47
4-47
4-48
4-48
4-48
4-49
4-49
4-49
4-49
4-49
4-49
4-49
4-49
4-49
4-49
4-49
4-49
4-49
4-49
4-49
4-49
4-51
4-51
4 - 51
4-51
!llilI
S Shift
5 Shift
S Shift
S Int Add
S Int Add
S Int Add
F.P. Add
F.P. Add
F.P. Add
F.P. Add
F.P. Mult
F. P. Mult
F.P. Mult
F. P. Mult
F.P. Rcpl
Memory
Memory
Memory
Memory
Memory
Memory
Memory
Memory
Memory
Memory
Nemory
Memory
Memory
Memory
Memory
Memory
V Logical
V Logical
V Logical
V Logical
0-3
DESCRIPTION
Shift (Sj and 5i) right (Ak) places to Si
Shift (Sj and 5i) right one place to Si
Shift (Si) right (Ak) places to Si
Integer sum of (Sj) and (Sk) to Si
Integer difference of (Sj) and (Sk) to Si
Transmit negative of (Sk) to Si
Floating sum of (Sj) and (Sk) to Si
Normalize (Sk) to Si
Floating difference of (Sj) and (Sk) to Si
Transmit normalized negative of (Sk) to Si
Floating product of (Sj) and (Sk) to Si
Half precision rounded floating product
of (Sj) and (Sk) to Si
Full precision rounded floating product
of (Sj) and (Sk) to Si
2 - Floating product of (Sj) and (Sk) to Si
Floating reciprocal approximation of
(Sj) to Si
Transmit (Ak) to Si with no sign extension
Transmit (Ak) to Si with sign extension
Transmit (Ak) to Si as unnormalized
floating point number
Transmit constant 0.75"2""48 to Si
Transmit constant 0.5 to Si
Transmit constant 1.0 to Si
Transmit constant 2.0 to Si
Transmit constant 4.0 to Si
Transmit (RTC) to Si
Transmit (VM) to Si
Transmit (Tjk) to Si
Transmit (Si) to Tjk
Transmit (Vj, element (Ak)) to Si
Transmit (Sj) to Vi element (Ak)
Clear Vi element (Ak)
Read from ((Ah) +
exp) to Ai (AO=O)
Read from (exp) to Ai
Read from (exp) to Ai
Read from (Ah)
to Ai
Store (Ai) to (Ah) + exp (AO=O)
Store (Ai) to exp
Store (Ai) to exp
Store (Ai) to (Ah)
Read from ((Ah) +
exp) to Si (AO=O)
Read from (e.x:p) to Si
Read from (exp) to Si
Read from (Ah) to Si
Store (Si) to (Ah) + exp (AO=O)
Store (Si) to exp
Store (Si) to exp
Store (Si) to (Ah)
Logical products of (Sj) and (Vk) to Vi
Logical products of (Vj) and (Vk) to Vi
Logical sums of (Sj) and (Vk) to Vi
Transmit (Vk) to Vi
E-01