result, and for CR Ops the CR Field result *is*
the main result.
-*Programmer's note:
-`sv.crxor` with reduction would be particularly useful for parity calculation
-for example, although there are many ways in which the same calculation
-could be carried out after transferring a vector of CR Fields to a GPR
-using crweird operations.*
-
# Format
SVP64 RM `MODE` (includes `ELWIDTH_SRC` bits) for CR-based operations:
for i in VL-1 downto 0 # reverse gear
CR[4+i].ge &= CR[5+i].ge
+`sv.crxor` with reduction would be particularly useful for parity calculation
+for example, although there are many ways in which the same calculation
+could be carried out after transferring a vector of CR Fields to a GPR
+using crweird operations.
+
# LD/ST Pack/Unpack Mode
As described in [[sv/normal]],