From: shriya <shriya@web>
Date: Wed, 6 Dec 2023 14:39:43 +0000 (+0000)
Subject: (no commit message)
X-Git-Url: https://git.libre-soc.org/?a=commitdiff_plain;h=51de093934bd4157b264fba97e7bc8ae937517c7;p=libreriscv.git

---

diff --git a/openpower/sv/cookbook/pospopcnt.mdwn b/openpower/sv/cookbook/pospopcnt.mdwn
index 9451f90b7..8421897f8 100644
--- a/openpower/sv/cookbook/pospopcnt.mdwn
+++ b/openpower/sv/cookbook/pospopcnt.mdwn
@@ -46,31 +46,32 @@ Array popcount is just standard popcount function
 ([[!wikipedia Hamming weight]]) on an array of values, horizontally,
 however positional popcount is different (vertical)
 
-<img src="/openpower/sv/cookbook/1_popcount.svg" alt="pospopcnt" width="70%" />
+
 
 Positional popcount adds up the totals of each bit set to 1 in each
 bit-position, of an array of input values.
 
-<img src="/openpower/sv/cookbook/2_popcount.svg" alt="pospopcnt" width="70%" />
-
 
 <img src="/openpower/sv/cookbook/ArrayPopcnt.drawio.svg"
      alt="pospopcnt" width="70%" />
-<img src="/openpower/sv/cookbook/ArrayPopcount.svg"
-     alt="pospopcnt" width="70%" />
-<img src="/openpower/sv/cookbook/BlockDivision.drawio.svg"
-     alt="pospopcnt" width="70%" />
-<img src="/openpower/sv/cookbook/ParallelAccumulate.drawio.svg"
-     alt="pospopcnt" width="70%" />
-<img src="/openpower/sv/cookbook/PopcountBlocks.drawio.svg"
-     alt="pospopcnt" width="70%" />
+
 <img src="/openpower/sv/cookbook/PositionalPopcnt.drawio.svg"
+     alt="pospopcnt" width="60%" />
+
+<img src="/openpower/sv/cookbook/BlockDivision.drawio.svg"
      alt="pospopcnt" width="70%" />
-<img src="/openpower/sv/cookbook/PositionalPopcount.svg"
-     alt="pospopcnt" width="70%" />
+
 <img src="/openpower/sv/cookbook/Transpose.drawio.svg"
+     alt="pospopcnt" width="60%" />
+
+
+<img src="/openpower/sv/cookbook/PopcountBlocks.drawio.svg"
      alt="pospopcnt" width="70%" />
 
+<img src="/openpower/sv/cookbook/ParallelAccumulate.drawio.svg"
+     alt="pospopcnt" width="100%" />
+
+
 # Visual representation of the pospopcount algorithm
 
 # Walkthrough of the assembler