--- libgig/trunk/ChangeLog	2007/03/18 19:38:47	1106
+++ libgig/trunk/ChangeLog	2007/05/13 10:34:29	1183
@@ -1,6 +1,36 @@
 Version CVS HEAD (?)
 
   * packaging changes:
+    - added Mac OSX XCode project files (patch by Toshi Nagata)
+
+  * src/DLS.cpp, src/DLS.h:
+    - added Sampler::AddSampleLoop() and Sampler::DeleteSampleLoop() methods
+    - fixed write support for big-endian systems
+    - improved handling of fixed length info strings - separate default
+      lengths can be specified for each INFO chunk
+
+  * src/gig.cpp, src/gig.h:
+    - fixed segmentation fault in the gig::File destructor sequence which
+      happened when gig::Group informations were accessed before
+    - fixed write support for big-endian systems
+    - defined lengths of a fixed set of info strings. These strings
+      are saved when the file is written, even if they are empty.
+    - added missing parameter initalizations in sample, region and
+      instrument constructors
+    - clear unused fields when saving samples and regions
+    - fixed write support bugs: v3 dimension limits and chunksize
+      weren't saved, leverage controller of type controlchange
+      couldn't be saved, group name list chunk was placed wrong
+    - added initialization of some fixed info strings in file and
+      instrument
+
+  * src/RIFF.cpp, src/RIFF.h:
+    - added constructor for File where endianess (RIFF/RIFX) can be
+      specified
+
+Version 3.1.1 (24 Mar 2007)
+
+  * packaging changes:
     - ported to Windows using native Windows functions for file IO
       (provided Dev-C++ + mingw project file)
     - only export relevant files to Doxygen API documentation
@@ -25,6 +55,8 @@
     - when saving, override the gig::Regions sample reference simply by
       the region's first dimension region's sample (avoids an exception
       when trying to save a new instrument)
+    - fixed AddDimension() method which did not fill out all mandatory
+      dimension definition fields
 
   * src/DLS.cpp, src/DLS.h:
     - added Instrument::MoveRegion method