Operation:
T:
VCC 0
for i in 0...7
endfor
VCO 0
VCE 0
256
if (e
= 0000) then /* vector operand */
3...0
j i
elseif ((e
& 1110) = 0010) then /* scalar quarter of vector */
3...0
j (e
& 0001) + (i & 1110)
3...0
elseif ((e
& 1100) = 0100) then /* scalar half of vector */
3...0
j (e
& 0011) + (i & 1100)
3...0
elseif ((e
& 1000) = 1000) then /* scalar whole of vector */
3...0
j (e
& 0111)
3...0
endif
if (VR[vs][i*2]
< VR[vt][j*2]
15...0
1
VCC
i
elseif ((VR[vs][i*2]
15...0
1
VCC
i
else
0
VCC
i
endif
if (VCC
) then
i
VR[vs][i*2]
result
15...0
else
VR[vt][j*2]
result
15...0
endif
result
ACC[i]
15...0
15...0
result
VR[vd][i*2]
15...0
) then
15...0
= VR[vt][j*2]
) and VCO
15...0
15...0
15...0
15...0
and ~VCE
) then
i
i