X-Git-Url: https://git.armaanb.net/?a=blobdiff_plain;f=README.org;h=14653e79b5545bdfc7da441024f11706a17cfc2c;hb=54ba0cec74e50477669104514f649bae443e3414;hp=518a9b419bc8025172afbd2a7ed8ecf1d27c9575;hpb=bbf184162db1b0a9bec20e1c10427b898921071b;p=atreides.git

diff --git a/README.org b/README.org
index 518a9b4..14653e7 100644
--- a/README.org
+++ b/README.org
@@ -42,7 +42,7 @@ numpad-style arrangement under the right hand:
 
  :    !     @     {     }     |       ||     pgup    7     8     9    *
  :    #     $     (     )     `       ||     pgdn    4     5     6    +
- :    %     ^     [     ]     ~       ||       \     1     2     3    ?
+ :    %     ^     [     ]     ~       ||       &     1     2     3    \
  :   L2  insert super shift bksp ctrl || alt space   fn    .     0    =
 
 The =L2= key switches it to the function layer, and tapping =L0= here
@@ -73,7 +73,7 @@ quickly.
 
 For users that need to operate in sound-sensitive environments like
 open offices or libraries, [[http://deskthority.net/wiki/Cherry_MX_Clear][Cherry MX Clear]] switches are a popular
-choice since they still offer tactility withut the noise.
+choice since they still offer tactility without the noise.
 
 *** Diodes
 
@@ -122,38 +122,31 @@ for one-off boards it's usually more sensible to stick with a [[http://atreus.te
 
 ** Case
 
-Layered laser-cut wood or acrylic. The original case (=case-mk-i.svg=)
-is slightly less wide and has a minor asymmetry with the screws on the
-bottom side. The [[http://geekhack.org/index.php?topic%3D54759.msg1304117#msg1304117][mark II case]] (in the =case/dxf= directory) is
-available as a DFX file that you can convert to SVG or EPS for a laser
-cutter using Inkscape. Mark II features 8 screw holes and a kind of "stair
-step" design around the top and bottom of the key clusters; mark I is
+Layered laser-cut wood or acrylic. The [[http://geekhack.org/index.php?topic%3D54759.msg1304117#msg1304117][mark II case]] (EPS files in the
+=case/= directory) features 8 screw holes and a kind of "stair step"
+design around the top and bottom of the key clusters; mark I is
 pictured below.
 
-TODO: the logo is missing from some of the case files and needs to be added back in.
+The =3mm.eps= file contains the top plate, bottom plate, and switch
+plate. These can all be cut on 3mm acrylic or wood. The =spacer.eps=
+file should be cut on something thicker; between 4.5mm and 6mm is
+recommended. The spacer needs to be at least as thick as the connector
+of the USB cable you're using.
 
 There is also a programmatically-implemented version of the case
 written in OpenSCAD; it is more flexible (you can tweak the number of
 rows/cols, etc and recompile) but it doesn't match the canonical case
 exactly; in particular the screw holes are placed differently.
 
-[[./layers.jpg]]
-
-The first two shapes in the case file are the top and bottom covers;
-these should be cut on 3mm acrylic (black in the photo). The third is
-the spacer that goes under the fourth, which is the plate on which the
-switches are mounted. These should be cut in 6mm, especially the
-spacer, which needs to be at least as thick as the mini USB cable you
-connect to the microcontroller. I recommend using a mini USB cable
-with as thin a connector as you can find or sanding the connector
-down to the required thickness. The switch plate could be thinner, but
-not under 3mm.
+The original case (=case-mk-i.svg=) design is also included; it is
+slightly less wide and has a minor asymmetry with the screws on the
+bottom side.
 
 On a 100W Epilog laser, the 3mm layers cut in about a minute and a
 half. I did a run with 6mm acrylic of the other layers which took
 nearly 6 minutes.
 
-Wood cases should be finished with sandpaper and finishding oil/wax.
+Wood cases should be finished with sandpaper and finishing oil/wax.
 
 ** Firmware