inline the plots

diff --git a/bdale/blog/posts/TeleMetrum_v0.2_First_Test_Flight.mdwn b/bdale/blog/posts/TeleMetrum_v0.2_First_Test_Flight.mdwn
index 4d659f8489b88f851117a5daf93008900fdbbc2b..145be9b7aa354aef868039761a77eb2c4c0a9f0d 100644 (file)
--- a/bdale/blog/posts/TeleMetrum_v0.2_First_Test_Flight.mdwn
+++ b/bdale/blog/posts/TeleMetrum_v0.2_First_Test_Flight.mdwn
@@ -38,13 +38,13 @@ And found the rocket within about 20 feet!  That was well within the window of
 position uncertainty my hand-held GPS was reporting at the time.  Things just
 don't get much better than that!  We picked up the rocket, and returned to the
 flight line only a few minutes after leaving it.  After dumping the data from 
-the board's on-board memory, I quickly generated 
-[the usual plots](/bdale/blog/images/gspot-ars.png).  The rocket reached 1881 meters apogee,
-or around 6173 feet, and the maximum acceleration was 19.5 g.  It touched 
-down nearly 1.3 miles down range from the launch rail, in a sage-brush
-desert.
+the board's on-board memory, I quickly generated the usual plots.
+[[!img /bdale/blog/images/gspot-ars.png]]
 
-I honestly don't think I would have found the rocket without at least the
+The rocket reached 1881 meters apogee, or around 6173 feet, and the maximum 
+acceleration was 19.5 g.  It touched down nearly 1.3 miles down range from 
+the launch rail, in sage-brush desert.  I honestly don't think I would 
+have found the rocket without at least the
 radio beacon.  It was hugely gratifying that the GPS worked and let me walk 
 right up to the rocket!  I could not have asked for a better test of the
 new electronics!