percentage for the corresponding game state with optimum play will be calculated.
Here, optimum play refers to the assumption that everbody knows their cards, but not the draw pile.
For example, if the output of the program is 1, then this means that even if an evil adversary is allowed to pick the next card in the deck each time a card is drawn, there is still a strategy that guarantees a win.
- Unfortunately, on many Debian-derivatives, only boost 1.71 is available with your system repositories. To compile this project, you need boost>=1.75.
- As an alternative, you can compile boost from source, refer to the [Boost Unix installation guide][boost-installation]. You will need to link against boost binary libraries as well (see section 5), specifically the 'Program Options' (and optionally 'Unit Test' if you want to compile them). For this, you can use `./bootstrap.sh --with-libraries=program_options` (or `--with-libraries=program_options,test`) to limit compilation of the boost libraries to only those you need. To install boost globally, run `sudo ./b2 install`, otherwise you will need to point CMake to your local installation and edit `CMakeLists.txt` acoordingly.
-`readline` should be installed already, otherwise try your package manager as well. On some systems, you will need to additionally install `libreadline-dev` (or similar), since this includes the development headers needed for linking during compilation.
-`cpr` should be fetched as a submodule from its GitHub repository automatically by CMake.
- Alternatively, install cpr globally via your package manager (and edit `CMakeList.txt` accordingly to use `find_package`). For example, this is possible for Arch via [AUR](https://aur.archlinux.org/packages/cpr) and Fedora via [rpm](https://src.fedoraproject.org/rpms/cpr)