
  WHAT IS NEW IN REV 1.10

  Profiling
  =========

   There is a separate library for building monitor and scanner
   profiles in littlecms site. NOTE THAT THE PROFILERS LIBRARY IS 
   RELEASED UNDER GPL. You can reach the profiler construction set 
   on http://www.littlecms.com/profilers.htm

 New in ver 1.10
 ===============


  [Added] CIE 2000 DeltaE color difference function
  [Added] named color profiles support. This turns lcms from a "wide subset" 
          into a "full implementation" of ICC 3.4, with some ICC 4.0 support.
  [Added] PostScript CSA, CRD generation
  [Added] Devicelink profile generation.
  [Added] Gray scale virtual profiles
  [Added] Linearization virtual device link profiles
  [Added] New ICCLINK and ICC2PS utilities
  [Added] SWIG wrapper. This enables lcms from Python.
  [Added] Floating-point formats are now accepted as well.
  [Added] More ICC 4.0 compatibility. Some 4.0 profiles are now are fully 
          undestood  (still experimental)
  [Added] Profiles can now be saved to memory (thanks to Steven Greaves for
          providing the code)
  [Added] Char Target data are now handled. Some profiles does store 
          the data profiler has used. This is all information needed 
          to rebuild the profile from scratch.
  [Added] New low-resolution flag cmsFLAGS_LOWRESPRECALC to save memory.
  [Added] User-defined encodings are now supported.
  [Added] cmsChangeBuffersFormat() to change the encoding of buffers on 
          runtime allows reuse of existing transforms.
  [Added] gamma estimation routines cmsEstimateGamma() and cmsEstimateGammaEx()
  [Added] multilocalized unicode is now supported. Language and codepage
          is selected via cmsSetLanguage() (ICC 4.0 only)
  [Added] LUT handling has been enhanced with enumerators. (SAMPLER_INSPECT)

   Improved TIFFICC, JPEGICC and ICCTRANS utilities.   
   cmsOpenProfileFromMem() no longer creates temporary files. 
   Transforms does accept now a maximum of 8 channels on input and
   16 on output. (last version did accept 6 on input)
   8 <-> 16 bits per sample are now always computed accurately.
   Some minor bugs fixed.
  
