%%
%% This is file `mt-msb.cfg',
%% generated with the docstrip utility.
%%
%% The original source files were:
%%
%% microtype.dtx  (with options: `config,cfg-u,msb')
%% 
%% ------------------------------------------------------------------------
%% 
%%                       The `microtype' package
%%         Subliminal refinements towards typographical perfection
%%           Copyright (c) 2004--2013 R Schlicht <w.m.l@gmx.net>
%% 
%% This work may be distributed and/or modified under the conditions of the
%% LaTeX Project Public License, either version 1.3c of this license or (at
%% your option) any later version. The latest version of this license is in:
%% http://www.latex-project.org/lppl.txt, and version 1.3c or later is part
%% of all distributions of LaTeX version 2005/12/01 or later.
%% 
%% This work has the LPPL maintenance status `author-maintained'.
%% 
%% This work consists of the files microtype.dtx and microtype.ins and the
%% derived files microtype.sty, microtype-pdftex.def, microtype-xetex.def,
%% microtype-luatex.def, microtype.lua and letterspace.sty.
%% 
%% ------------------------------------------------------------------------
%%   This is a font-specific configuration file for the `microtype' package.
%%   It may contain settings for font expansion and character protrusion,
%%   tracking, interword spacing and additional kerning, as well as
%%   character inheritance declarations.
%%   Please consult the documentation for details.
%% 
%%   If you think you have found improvements to these settings, please
%%   let me know.
%% 
%%   When modifying this file, also change the identification line below.
%% ------------------------------------------------------------------------ 
%%
\ProvidesFile
  {mt-msb.cfg}[2005/06/01 v1.0 microtype config. file: AMS symbols (b) (RS)]

%%% -----------------------------------------------------------------------
%%% PROTRUSION

\SetProtrusion
   [ name     = AMS-b ]
   { encoding = U,
     family   = msb  }
   {
       A  =  { 50, 50},  % \mathbb
       C  =  { 50, 50},
       G  =  {   , 50},
       L  =  {   , 50},
       P  =  {   , 50},
       R  =  {   , 50},
       T  =  {   , 50},
       V  =  { 50, 50},
       X  =  { 50, 50},
       Y  =  { 50, 50},
     "00  =  { 50, 50},  % \lvertneqq
     "01  =  { 50, 50},  % \gvertneqq
     "02  =  { 50, 50},  % \nleq
     "03  =  { 50, 50},  % \ngeq
     "04  =  {100, 50},  % \nless
     "05  =  { 50,150},  % \ngtr
     "06  =  {100, 50},  % \nprec
     "07  =  { 50,150},  % \nsucc
     "08  =  { 50, 50},  % \lneqq
     "09  =  { 50, 50},  % \gneqq
     "0A  =  {100,100},  % \nleqslant
     "0B  =  {100,100},  % \ngeqslant
     "0C  =  {100, 50},  % \lneq
     "0D  =  { 50,100},  % \gneq
     "0E  =  {100, 50},  % \npreceq
     "0F  =  { 50,100},  % \nsucceq
     "10  =  { 50,   },  % \precnsim
     "11  =  { 50, 50},  % \succnsim
     "12  =  { 50, 50},  % \lnsim
     "13  =  { 50, 50},  % \gnsim
     "14  =  { 50, 50},  % \nleqq
     "15  =  { 50, 50},  % \ngeqq
     "16  =  { 50, 50},  % \precneqq
     "17  =  { 50, 50},  % \succneqq
     "18  =  { 50, 50},  % \precnapprox
     "19  =  { 50, 50},  % \succnapprox
     "1A  =  { 50, 50},  % \lnapprox
     "1B  =  { 50, 50},  % \gnapprox
     "1C  =  {150,200},  % \nsim
     "1D  =  { 50, 50},  % \ncong
     "1E  =  {100,150},  % \diagup
     "1F  =  {100,150},  % \diagdown
     "20  =  {100, 50},  % \varsubsetneq
     "21  =  { 50,100},  % \varsupsetneq
     "22  =  {100, 50},  % \nsubseteqq
     "23  =  { 50,100},  % \nsupseteqq
     "24  =  {100, 50},  % \subsetneqq
     "25  =  { 50,100},  % \supsetneqq
     "26  =  {100, 50},  % \varsubsetneqq
     "27  =  { 50,100},  % \varsupsetneqq
     "28  =  {100, 50},  % \subsetneq
     "29  =  { 50,100},  % \supsetneq
     "2A  =  {100, 50},  % \nsubseteq
     "2B  =  { 50,100},  % \nsupseteq
     "2C  =  { 50,100},  % \nparallel
     "2D  =  {100,150},  % \nmid
     "2E  =  {150,150},  % \nshortmid
     "2F  =  {100,100},  % \nshortparallel
     "30  =  {   ,150},  % \nvdash
     "31  =  {   ,150},  % \nVdash
     "32  =  {   ,100},  % \nvDash
     "33  =  {   ,100},  % \nVDash
     "34  =  {   ,100},  % \ntrianglerighteq
     "35  =  {100,   },  % \ntrianglelefteq
     "36  =  {100,   },  % \ntriangleleft
     "37  =  {   ,100},  % \ntriangleright
     "38  =  {100,200},  % \nleftarrow
     "39  =  {100,200},  % \nrightarrow
     "3A  =  {100,100},  % \nLeftarrow
     "3B  =  { 50,100},  % \nRightarrow
     "3C  =  {100,100},  % \nLeftrightarrow
     "3D  =  {100,200},  % \nleftrightarrow
     "3E  =  { 50, 50},  % \divideontimes
     "3F  =  { 50, 50},  % \varnothing
     "60  =  {200,   },  % \Finv
     "61  =  {   , 50},  % \Game
     "68  =  {100,100},  % \eqsim
     "69  =  { 50,   },  % \beth
     "6A  =  { 50,   },  % \gimel
     "6B  =  {150,   },  % \daleth
     "6C  =  {200,   },  % \lessdot
     "6D  =  {   ,200},  % \gtrdot
     "6E  =  {100,200},  % \ltimes
     "6F  =  {150,100},  % \rtimes
     "70  =  { 50,100},  % \shortmid
     "71  =  { 50, 50},  % \shortparallel
     "72  =  {200,300},  % \smallsetminus
     "73  =  {100,200},  % \thicksim
     "74  =  { 50,100},  % \thickapprox
     "75  =  { 50, 50},  % \approxeq
     "76  =  { 50,100},  % \succapprox
     "77  =  { 50, 50},  % \precapprox
     "78  =  {100,100},  % \curvearrowleft
     "79  =  { 50,150},  % \curvearrowright
     "7A  =  { 50,200},  % \digamma
     "7B  =  {100, 50},  % \varkappa
     "7F  =  {200,   }   % \backepsilon
   }


\endinput
%%
%% End of file `mt-msb.cfg'.
