Document the change of --10-bit flags in 2.2.0.

[nageru-docs] / hdmisdi.rst

diff --git a/hdmisdi.rst b/hdmisdi.rst
index a0a83b21f7873363ac8652594932fc2dddf3a2b7..e04b8b720bcb96c51dd2fe2e2befbd606b98705b 100644 (file)
--- a/hdmisdi.rst
+++ b/hdmisdi.rst
@@ -8,14 +8,14 @@ the stream on another PC, but for many uses, the end-to-end latency is
 too high, and you might not want to involve a full extra PC just for this
 anyway.
 
-Thus, since 1.5.0, Nageru supports using a spare output card for HDMI/SDI
+Thus, Nageru supports using a spare output card for HDMI/SDI
 output, turning it into a simple, reasonably low-latency audio/video switcher.
 
 
 Setting up HDMI/SDI output
 --------------------------
 
-Turning on HDMI/SDI output is simple; just right-click on the live view and
+To turn on HDMI/SDI output, right-click on the live view and
 select the output card. (Equivalently, you can access the same functionality
 from the *Video* menu in the regular menu bar, or you can give the
 *--output-card=* parameter on the command line.) Currently, this is supported
@@ -171,7 +171,7 @@ Measuring latency
 
 In order to optimize latency, it can be useful to measure it, but for most
 people, it's hard to measure delays precisely enough to distinguish reliably
-between e.g. 70 and 80 milliseconds by eye alone. Nageru gives you some simple
+between e.g. 70 and 80 milliseconds by eye alone. Nageru gives you some
 tools that will help.
 
 The most direct is the flag *--print-video-latency*. This samples, for every
@@ -209,7 +209,7 @@ delays in the input driver, etc.. (It can also act as a sanity check to make
 sure your A/V chain passes the signal through without quality degradation,
 if you first set up a static picture as a signal and then switch to the loop
 input to verify that the signal stays stable without color e.g. shifts [#]_.
-See the section on :ref:`the frame analyzer <analyzer>` for other ways of
+See the section on :doc:`the frame analyzer <analyzer>` for other ways of
 debugging signal integrity.)
 
 For this, the *timecode output* is useful; you can turn it on from the Video