Merge branch 'readme-and-logo' into 'master'

convert README.txt to README.md and add a Logo

See merge request !21

README.md

+![CoMISo](Logo.png)
+
+# CoMISo -- Constrained Mixed-Integer Solver
+A handy solver for optimizing discrete quadratic energies subject to linear and integer constraints, performing proper elimination of the constraints, while relieving the user of cumbersome re-indexing. The solver has been successfully deployed in high-end geometry processing tasks such as the *Mixed-Integer Quadrangulation* project.
+
+## Requirements
+Here is an example of what packages were needed to compile CoMISo on a freshly installed Ubuntu 9.04 system
+
+    sudo apt-get install g++
+    sudo apt-get install cmake
+    sudo apt-get install libgmm-dev
+    sudo apt-get install libboost-dev
+    sudo apt-get install libblas-dev
+    sudo apt-get install libsuitesparse-dev 
+(some other needed libraries such as lapack, are installed as dependencies of the above)
+
+For Windows and Macintosh systems the corresponding packages need to be downloaded and installed.
+
+The cmake build system should enable building the CoMISo library under Windows and Macintosh systems, please let me know if this is (not) the case!
+
+## OpenFlipper requirements
+To build OpenFlipper you additionally need to install all the Qt4 packages libqt4-{dev-dbg, dev, network, gui, opengl, opengl-dev, script, scripttools, ...} and also
+
+    sudo apt-get install libglew1.5-dev
+    sudo apt-get install glutg3-dev
+
+## Building (standalone)
+Assuming CoMISo was unpacked to the directory `SOME_DIRECTORY/CoMISo` (where `SOME_DIRECTORY` should be `/PATH_TO_OPENFLIPPER/libs/CoMISo` for integration with the OpenFlipper framework) the package is built by creating a build directory, using cmake to create the Makefiles and using make to actually build:
+
+    cd /SOME_DIRECTORY/CoMISo/
+    mkdir build
+    cd build
+    cmake ..
+
+(assuming all needed packages are installed and cmake threw no errors...)
+
+    make
+
+The binaries (examples) and the shared library are found under `/SOME_DIRECTORY/CoMISO/build/Build/bin/` and `/SOME_DIRECTORY/CoMISO/build/Build/lib/CoMISo/`.
+
+
+## Building (for use with OpenFlipper)
+Simply extract / checkout the CoMISo directory to the `/PATH_TO_OPENFLIPPER/libs/` directory. The library will be automatically built and you will find the shared library `libCoMISo.so` under the OpenFlipper build directory.
+To use the solver in your plugin, add CoMISo to the `CMakeLists.txt` of the plugin and you are set, see *Plugin-HarmonicExample* for an example.
+
+## Using
+To use the solver library in your applications have a look at the `/SOME_DIRECTORY/CoMISo/Examples/` and the sample OpenFlipper plugin (*Plugin-HarmonicExample*) downloadable from the CoMISo project homepage.
+
+## Feedback
+We appreciate your feedback! Bugs, comments, questions or patches send them to <zimmer@informatik.rwth-aachen.de> or <bommes@informatik.rwth-aachen.de>!
\ No newline at end of file

README.txt

-CoMISo Version 1.0 rc1
-www.rwth-graphics.de
-zimmer@informatik.rwth-aachen.de
-bommes@informatik.rwth-aachen.de
-
-Update! Version 1.1
--------------------
-For the CoMISo to work only Eigen3 and GMM++ are needed.
-
-What is
--------
-This is a short readme file to get you started with the Constrained Mixed-Integer Solver (CoMISo). It shortly overviews the system prerequisites and explains how to build the package. See the examples and the HarmonicExample OpenFlipper plugin for usage examples and ideas.
-
-Requirements
-------------
-Here is an example of what packages were needed to compile CoMISo on a freshly installed Ubuntu 9.04 system
-# sudo apt-get install g++
-# sudo apt-get install cmake
-# sudo apt-get install libgmm-dev
-# sudo apt-get install libboost-dev
-# sudo apt-get install libblas-dev
-# sudo apt-get install libsuitesparse-dev 
-(some other needed libraries such as lapack, are installed as dependencies of the above)
-
-For Windows and Macintosh systems the corresponding packages need to be downloaded and installed.
-
-The cmake build system should enable building the CoMISo library under Windows and Macintosh systems, please let me know if this is (not) the case!
-
-OpenFlipper requirements:
--------------------------
-To build OpenFlipper you additionally need to install all the Qt4 packages libqt4-{dev-dbg, dev, network, gui, opengl, opengl-dev, script, scripttools, ...} and also 
-# sudo apt-get install libglew1.5-dev
-# sudo apt-get install glutg3-dev
-
-Building (Stand alone)
-----------------------
-Assuming CoMISo was unpacked to the directory SOME_DIRECTORY/CoMISo (where SOME_DIRECTORY should be /PATH_TO_OPENFLIPPER/libs/CoMISo for integration with the OpenFlipper framework) the package is built by creating a build directory, using cmake to create the Makefiles and using make to actually build:
-
-# cd /SOME_DIRECTORY/CoMISo/
-# mkdir build
-# cd build
-# cmake ..
-(assuming all needed packages are installed and cmake threw no errors...)
-# make
-
-The binaries (examples) and the shared library are found under
-/SOME_DIRECTORY/CoMISO/build/Build/bin/
-and 
-/SOME_DIRECTORY/CoMISO/build/Build/lib/CoMISo/
-
-
-Building (For use with OpenFlipper)
------------------------------------
-Simply extract/checkout the CoMISo directory to the /PATH_TO_OPENFLIPPER/libs/ directory. The library will be automatically built and you will find the shared library libCoMISo.so under the OpenFlipper build directory.
-To use the solver in your Plugin add CoMISo to the CMakeLists.txt of the plugin and you are set, see Plugin-HarmonicExample for an example.
-
-Using
------
-To use the solver library in your applications have a look at the /SOME_DIRECTORY/CoMISo/Examples/ and the sample OpenFlipper plugin (Plugin-HarmonicExample) downloadable from the CoMISo project homepage.
-
-Feedback
---------
-We appreciate your feedback! Bugs, comments, questions or patches send them to zimmer@informatik.rwth-aachen.de or bommes@informatik.rwth-aachen.de !