v1.22: full documentation, completed validation and run-time dynamic …

…linking
mzuther · Apr 10, 2011 · 7bdace3 · 7bdace3
1 parent b7ec020
commit 7bdace3
Show file tree

Hide file tree

Showing 4 changed files with 33 additions and 1 deletion.
diff --git a/bin/package_releases.sh b/bin/package_releases.sh
@@ -156,3 +156,29 @@ fill_archive "LICENSE_FFTW" "$KMETER_ARCHIVE_DIR"
 fill_archive "libfftw3f-3.dll" "$KMETER_ARCHIVE_DIR"
 
 compress_new_archive "$KMETER_RELEASE_DIR/w32/kmeter-vst.zip" "$KMETER_ARCHIVE_DIR" "zip"
+
+
+# ----- Windows Standalone (32 bit) -----
+
+echo "  === Windows Standalone (32 bit) ==="
+echo
+
+move_new_executable "K-Meter (Stereo).exe"
+move_new_executable "K-Meter (Surround).exe"
+
+delete_old_archive "$KMETER_RELEASE_DIR/w32/kmeter-standalone.zip"
+
+KMETER_ARCHIVE_DIR="kmeter-standalone"
+
+create_new_archive "$KMETER_ARCHIVE_DIR"
+
+fill_archive "$KMETER_EXECUTABLE_DIR/K-Meter (Stereo).exe" "$KMETER_ARCHIVE_DIR"
+fill_archive "$KMETER_EXECUTABLE_DIR/K-Meter (Surround).exe" "$KMETER_ARCHIVE_DIR"
+fill_archive "$KMETER_DOCUMENTATION_DIR/LICENSE" "$KMETER_ARCHIVE_DIR"
+fill_archive "$KMETER_DOCUMENTATION_DIR/kmeter.pdf" "$KMETER_ARCHIVE_DIR"
+
+fill_archive "COPYRIGHT_FFTW" "$KMETER_ARCHIVE_DIR"
+fill_archive "LICENSE_FFTW" "$KMETER_ARCHIVE_DIR"
+fill_archive "libfftw3f-3.dll" "$KMETER_ARCHIVE_DIR"
+
+compress_new_archive "$KMETER_RELEASE_DIR/w32/kmeter-standalone.tar.bz2" "$KMETER_ARCHIVE_DIR" "bzip2"
diff --git a/doc/HISTORY b/doc/HISTORY
@@ -1,6 +1,12 @@
 Git HEAD
 ========
 
+* empty
+
+
+v1.22 (2011-04-10)
+==================
+
 * Windows: run-time dynamic linking to FFTW, releases include FFTW DLL
 
 * Windows: stand-alone application (ASIO, DirectX)

diff --git a/doc/kmeter.pdf b/doc/kmeter.pdf
diff --git a/doc/kmeter.tex b/doc/kmeter.tex
@@ -74,7 +74,7 @@ \chapter{The K-System}
 \end{compactitem}
 
 Using the K-System is easy.  Just calibrate your monitor system so
-that pink noise (\SI{-20}{\dBFS} RMS, \SI{20}{\hertz} to
+that pink noise (\SI{-23.01}{\dBFS}\,RMS, \SI{20}{\hertz} to
 \SI{20}{\kilo\hertz}; \ref{chap:validation} will tell you where to
 find a suitable audio file) on one channel yields \SI{83}{\dB}\,SPL on
 a loudness meter placed at your listening position and set to