(no commit message)

diff --git a/openpower/sv.mdwn b/openpower/sv.mdwn
index c8156cbe18b69cdc3a6b0b37c0ca1967f79117b6..1039abb5949948709489928d558b54ac820dc55c 100644 (file)
--- a/openpower/sv.mdwn
+++ b/openpower/sv.mdwn
@@ -131,7 +131,7 @@ Pages being developed and examples
 * [[sv/svp64]] contains the packet-format *only*, the [[sv/svp64/appendix]]
   contains explanations and further details
 * [[sv/svp64_quirks]] things in SVP64  that slightly break the rules
-* [[opcode_regs_deduped]] autogenerated table of SVP64 instructions
+* [[opcode_regs_deduped]] autogenerated table of SVP64 decoder augmentation
 * [[sv/vector_comparative_analysis] - a list of Packed SIMD, GPU,
   and other Scalable Vector ISAs
 * [[sv/sprs]] SPRs
@@ -144,6 +144,8 @@ Pages being developed and examples
   - For Branch modes, see [[sv/branches]] - SVP64 Conditional Branch
     behaviour: All/Some Vector CRs
   - For arithmetic and logical, see [[sv/normal]]
+  - [[sv/mv.vec]] pack/unpack move to and from vec2/3/4,
+    actually an RM.EXTRA Mode and a [[sv/remap] mode
 
 Core SVP64 instructions:
 
@@ -151,11 +153,23 @@ Core SVP64 instructions:
 * [[sv/remap]] "Remapping" for Matrix Multiply and RGB "Structure Packing"
 * [[sv/svstep]] Key stepping instruction for Vertical-First Mode
 
+*Please note: there are only five instructions in the whole of SV.
+Beyond this point are additional **Scalar** instructions related to
+specific workloads that have nothing to do with the SV Specification**
+
+**Additional Instructions for specific purposes (not SVP64)**
+
+All of these instructions below have nothing to do with SV.
+They are all entirely designed as Scalar instructions that, as
+Scalar instructions, stand on their own merit. Considerable
+lengths have been made to provide justifications for each of these
+*Scalar* instructions.
+
 Vector-related:
 
 * [[sv/vector_swizzle]]
-* [[sv/mv.vec]] pack/unpack move to and from vec2/3/4
-* [[sv/mv.swizzle]]
+* [[sv/mv.swizzle]] vec2/3/4 Swizzles (RGBA, XYZW) for 3D and CUDA.
+  designed as a Scalar instruction.
 * [[sv/vector_ops]] scalar operations needed for supporting vectors
 
 Scalar Instructions: