readme fixed (big thanks to asympro)

README.md

@@ -1,40 +1,40 @@
 # stdex
-C++ 11 standart library implementation with extra features using C++98 only and POSIX threads. Minimum ugly preprocessor macro and no configuration files. The library itself is builded on top of C++ standart library distributed with your compiler and just extends it with C++11 features.
+C++ 11 standard library implementation with extra features using C++98 only and POSIX threads. Minimum ugly preprocessor macro and no configuration files. The library itself is built on top of C++ standard library distributed with your compiler and just extends it with C++11 features.
 
 Q: Why not boost?
 
 A: 
 1. Because I can.
-2. Because I need something not so overheaded and ugly (ugly and beautiful actually, I really amazed by boost handling some features of C++).
-3. Because I want all of basic little helpfull classes and tricks (as countof f.e.) be in one place with power of C++ 11 threads handling and template-programming.
+2. Because I need something without such overhead and ugliness (ugliness and beauty actually, I am really amazed by how Boost handles some features of C++).
+3. Because I want all of basic little helpful classes and tricks (as countof f.e.) be in one place with power of C++ 11 threads handling and template-programming.
 
-Not all features of C++ 11 could be implemented without compiler support so I have no plans to include such features in the library.
+Not all features of C++ 11 can be implemented without compiler support so I have no plans to include such features in the library.
 
-The library is portable for any compiler that supports C++98 but as we all know there are lots of different implementations of std library in even major compilers so this library is tested on: 
+The library is portable for any compiler that supports C++98 but as we all know there are lots of different implementations of std library in even major compilers so this library is tested with:
 
 * Borland C++ Builder 6.0 Updt4; 
 * g++ 4.4.2;
 * g++ 4.9, 4.8, 5.0 with c++98 option;
 * clang 3.5, 5.0 with c++98 option;
 * Visual Studio 2008, 2010, 2013, 2015;
 
-...and thats it. If you use other compiler and decide to include my library in your project there is no guarantee that it will compile without errors. In case you will be able to fix the errors without breaking existing code for already supported compilers I would really appreciate your pull requests.
+...and thats it. If you use other compilers and decide to include this library in your project there is no guarantee that it will compile without errors. In case you will be able to fix the errors without breaking existing code for already supported compilers I would really appreciate your pull requests.
 
 For the C++ threads (mutexes, threads) I'm using POSIX threads implementation. There is [one](https://github.com/GerHobbelt/pthread-win32 "I'm using this implementation") for Windows platform and definetely should be one for every POSIX-friendly platform.
 
-The library is in development so no backward compability guaranteed with previous stdex. But one thing for sure: it will be more and more standart in the way of std library for C++ 11. 
+The library is in development so no backward compability guaranteed with previous versions of stdex. But one thing for sure: it will be more and more standard in the way of std library for C++ 11.
 
 # how to build
 Build process is simple: 
 * In Unix - either run a 'build_lib.sh' script (works with g++ and clang if enviromental variable $COMPILER is set to compiler name, f.e. to 'clang++-3.5') or build by yourself static library from 'stdex/src' directory sources.
-* In Windows - either run a 'build_lib.bat' script (works with Visual Studio if enviromental variables are set by 'vsvars32.bat' script that is shipping with your Visual Studio distributive) or build by yourself the static library from 'stdex/src' and 'pthreads-win32' directories sources.
+* In Windows - either run a 'build_lib.bat' script (works with Visual Studio if enviromental variables are set by 'vsvars32.bat' script that is being shipped with your Visual Studio distributive) or build by yourself the static library from 'stdex/src' and 'pthreads-win32' directories sources.
 
 # how to include in your project
 In your project: 
 1. include sources of the library or link with prebuilded static library ('.a'/'.lib' file, f.e. 'libstdex.a'/'stdex.lib')
 2. link with system libraries for POSIX-threads and realtime clocks: 
 * 'librt.lib' and 'libpthread.lib' in UNIX; 
-* 'ntdll.lib' and [POSIX-threads lib](https://github.com/GerHobbelt/pthread-win32 "I'm using this implementation") in Windows (if you have build stdex static library with 'pthreads-win32' sources then you do not need to link with pthreads anymore - it's already in 'stdex.lib');
+* 'ntdll.lib' and [POSIX-threads lib](https://github.com/GerHobbelt/pthread-win32 "I'm using this implementation") in Windows (if you have built stdex static library with 'pthreads-win32' sources then you have no need to link with pthreads anymore - it's already in 'stdex.lib');
 3. enjoy
 
 example script build for Ubuntu (with g++ installed):