Cray CRAY-1 - Page 9

2240004
034i j k
035i j k
036ijk
037i j k
040ijkm
041 i j km
042ijk
043i j k
044i j k
045i j k
046i j k
047i j k
050i j k
051 i j k
052i j k
053i j k
054i j k
055i j k
056ijk
057ijk
060ijk
061 i j k
062ijk
063i j k
064i j k
065ijk
066i j k
067ijk
070ijx
Block transfer (Ai) words from memory starting at
address (Ao) to B registers starting at register jk 4-31
Block transfer (Ai) words from B registers starting
at register jk to memory starting at address (Ao) 4-31
Block transfer (Ai) words from memory starting at
address (Ao) to T registers starting at register jk 4-31
Block transfer (Ai) words from T registers starting
at register jk to memory starting at address (Ao) 4-31
Transmit
jkm to Si
· 4-33
Transmit complement of jkm to Si
· 4-33
Form 64 - jk bits of one's mask in Si from right . 4-34
Form jk bits of one's mask in Si from left .... 4-34
Logical product of
(Sj) to (Sk) to Si ....... 4-35
Logical product of
(Sj) and complement of (Sk) to Si 4-35
Logical
difference of (Sj) and (Sk) to Si . . 4-35
Logical equivalence
of (Sk) and co~plement of (Sk)
to Si . . . . . .. .............. 4-35
Scalar merge ................... 4-35
Logical
sum of (Sj) and (Sk) to Si . 4-35
Shift (Si) left jk places to So 4-38
Shift
(S i )
Shift
(Si )
Shift
(S i )
right 64 - jk places to S
left jk places to Si
right 64 - jk places to Si
4-38
... 4-38
4-38
Shift
(S i )
Shift
(Sj)
and (Sj) left by (Ak) places to Si .
and (Si) right by (Ak) places to Si
.. 4-39
.. 4-39
Integer
sum of (Sj) and (Sk) to Si
Integer difference of (Sj) and (Sk) to Si .
Floating
sum of (Sj) and (Sk) to Si ....
· 4-40
· 4-40
4-41
Floating
difference of (Sj) and (Sk) to Si . 4-41
Floating product of
(Sj) and (Sk) to Si ...... 4-42
Half-precision rounded
floating product of (Sj) and
( S k) to S i .................... 4 -4 2
Rounded floating product of (Sj) and (Sk) to Si .. 4-42
Reciprocal
iteration; 2 - (Sj) * (Sk) to Si .... 4-42
Floating reciprocal approximation of
(Sj) to Si .. 4-44
vii
E