[elpa] externals/speedrect 7abd0d9337 33/90: Update README.md

[ELPA Syncer]

branch: externals/speedrect
commit 7abd0d9337c6538aedad1effbf08e1a6a174d269
Author: JD Smith <93749+jdtsmith@users.noreply.github.com>
Commit: GitHub <noreply@github.com>

    Update README.md
---
 README.md | 6 ++++--
 1 file changed, 4 insertions(+), 2 deletions(-)

diff --git a/README.md b/README.md
index dad14e1e3d..5cd39ae179 100644
--- a/README.md
+++ b/README.md
@@ -51,9 +51,11 @@ Use calc, it's super-powerful:
 2. Once you have something you're happy with at the top of calc's *stack* (the 
entry numbered `1:`), you can:
     - hit `q` to return to your original buffer (where `rectangle-mark-mode` 
will still be active),
     - adjust the position of your rectangle if needed (`S-left/right` is 
useful for this; a zero-width rectangle is fine), and
-    - hit `m` to copy the top calc matrix over the top of the marked rectangle 
(if the matrix has the right number of rows).
+    - hit `m` to yank the matrix from calc into the buffer (if it has the 
right number of rows), replacing the marked rectangle.
 
-Note: what you see is what you get in calc.  `v [` and `v ,` will remove the 
brackets and commas.  `v >` will right align numbers.  `d f` will let you set 
the number of digits after the decimal.  And many more options.  
+You don't have to be in the same `mark-rectangle-mode` session to yank a 
matrix from calc.  As long as the height of your rectangle matches the number 
of matrix rows, it will just work.  So you can start in one buffer, accumulate 
a matrix, manipulate it, switch to another buffer, and yank it there.
+
+**Note**: what you see is what you get in calc.  The matrix will be yanked 
_exactly_ as it appears.  `v [` and `v ,` will remove the brackets and commas.  
`v >` will right align numbers.  While `v .` is convenient for shortening long 
entries, undo it before yanking.  `d f` will let you set the number of digits 
after the decimal.  And many more options.  
 
 ## Key Listing