Cray CRAY-1 - Page 11

156i j k
157ijk
160i j k
161 ijk
162ijk
163ijk
164i j k
165ijk
166i j k
167ijk
170i j k
171 ijk
172i j k
173ijk
174ijO
I
174ij1
174ij2
175xj k
176ixk
177xj k
2240004
Integer differences of (Sj) and (Vk elements) to
Vi elements . . . . . . . . . . . . . . . .. . 4-61
Integer
differences of (Vj elements) and (Vk
elements) to Vi elements . . . . . . 4-61
Floating products of (Sj)
and (Vk elements) to
Vi elements . . . . . . . . . . . . . . . . . 4-63
Floating products of
(Vj elements) and (Vk
elements) to Vi elements ............. 4-63
Half-precision rounded
floating products of (Sj)
and (Vk elements) to Vi elements .. . . . . 4-63
Half-precision rounded
floating products of (Vj
elements) and (Vk elements) to Vi elements . 4-63
Rounded floating products of(Sj) and (Vk elements
to
Vi elements . . . . . . . . . . . . . . 4-63
Rounded floating products 0 f (V j elements) and
(Vk elements) to Vi elements . . .. . 4-63
Reciprocal
iterations; 2 - (Sj) * (Vk elements) to
Vi el ements .................... 4-63
Reciprocal
iterations; 2 - (Vj elements) * (Vk
elements) to Vi elements . . . . . 4-63
Floating
sums of (Sj) and (Vk elements) to Vi
elements .. . . . . . . . . . . . . . . . . . . . 4-66
Floating
sums of (Vj elements) and (Vk elements)
to
Vi elements .................. 4-66
Floating
differences of (Sj) and (Vk elements) to
Vi elements . . . . .. ..... . 4-66
Floating
differences of (Vj elements) and (Vk
elements) to Vi elements ... . . . . .. .. 4-66
Floating point reciprocal approximations of
(Vj elements) to Vi elements ........... 4-68
Population counts of (Vj elements) to Vi elements
Population count parities of (Vj elements) to Vi
elements . . . . . . . . . . . . . . . . . . . . . 4-70
Test (Vj elements) and enter test results into VM;
the type of test made is defined by k ....... 4-71
Transmit
(VL) words from memory to Vi elements
starting at memory address (Ao) and incrementing
by (Ak) for successive addresses ......... 4-73
Transmit
(VL) words from Vj elements to memory
starting at memory address (Ao) and incrementing
by (Ak) for successive addresses ......... 4-73
i x E