A solver for geodesic and custom Y games, based on the implementation from OpenSpiel. Requires a C++11 compiler.

make
# by default only prints out the first winning move
./solve --game=geodesic --base=4 --player=black --board="W0 B3 W4 B5 W7"
# use --moves to print out all winning moves
./solve --game=geodesic --base=4 --player=black --board="W0 B3 W4 B5 W7" --moves
# use a custom Y board by specifying a file
./solve --game=custom --board-file=sample-board.txt --player=black --board="W0 B1"

Usage: ./solve [options]
--game={geodesic,custom}  The type of Y game to play (default: geodesic)
--board='B1 W3 B5'        The initial board state (default: empty)
--player={black,white}    The player to go first (default: black)
--moves                   Show all winning moves (default: show only a single winning move, if any)
--base=N                  The size of the base of the board (geodesic Y only, default: 3)
--board-file=<path>       Path to the board file (custom Y only, default: sample-board.txt)

TODO
- recognizing captured cells
- recognizing inferior cells
- adding some vcs to the connectivity engine
- adding mustplay reasoning