Drop DSD support for now.

It should be later reintroduces in a less invasive way, e.g. through
lavc.

1 files changed, 0 insertions, 38 deletions

diff --git a/src/dsd2pcm/info.txt b/src/dsd2pcm/info.txt
deleted file mode 100644
index 15ff2924..00000000
--- a/src/dsd2pcm/info.txt
+++ /dev/null
@@ -1,38 +0,0 @@
-You downloaded the source code for "dsd2pcm" which is a simple little
-"filter" program, that takes a DSD data stream on stdin and converts
-it to a PCM stream (352.8 kHz, either 16 or 24 bits) and writes it to
-stdout. The code is split into three modules:
-
-  (1) dsd2pcm
-
-      This is where the 8:1 decimation magic happens. It's an
-      implementation of a symmetric 96-taps FIR lowpass filter
-      optimized for DSD inputs. If you feed this converter with
-      DSD64 you get a PCM stream at 352.8 kHz and floating point
-      samples. This module is independent and can be reused. 
-
-  (2) noiseshape
-
-      A module for applying generic noise shaping filters. It's
-      used for the 16-bit output mode in "main" to preserve the
-      dynamic range. This module is independent and can be reused.
-
-  (3) main.cpp (file contains the main function and handles I/O)
-
-The first two modules are pure C for maximum portability. In addition,
-there are C++ wrapper headers for convenient use of these modules in
-C++. The main application is a C++ application and makes use of the
-C++ headers to access the functionality of the first two modules.
-
-
-Under Linux this program is easily compiled by typing
-
-  g++ *.c *.cpp -O3 -o dsd2pcm
-
-provided you have GCC installed. That's why I didn't bother writing
-any makefiles. :-p
-
-
-Cheers!
-SG
-