I have a Github account. My user name is mogofalo. I have attached an organizational account to my Github account. The name of my organizational account is Finnish27GamesLLC.
I added a set of new repositories to the organizational account. The set consists of a repository entitled Finnis27GamesLLC/Finnish27-1roidocs, a repository entitled Finnish27GamesLLC/Finnish27-1simdocs, and a repository entitled Finnish27GamesLCC/Finnish27-5cphdocs.
Inside of these repositories, I have added documents saved by a set of software application. The set of software applications consists of the 1roi.BAS software application, the 1sim.BAS software application, and the 5cph.BAS software application.
I compiled the set of software applications from a set of computer programs. I wrote the set of computer programs in the Basic Programming Language. I used the QB64 compiler to compile the set of computer programs. I added the set of computer programs to the Finnish27GamesLLC/Finnish27 repository.
The set of computer programs enables a user to define a set of game rules for a poker-like card game belonging to the Finnish 27 family. Given the user-defined set of game rules, the set of computer programs does all of the following. Performs a recursive-combinatorial analysis of the poker-like card game. Finds the best strategy for the play of the player’s hand. Saves documents that display the best strategy for the play of the player’s hand. Calculates the house edge. Saves documents that display the house edge.
The set of computer programs also includes a game simulator. The game simulator enables the user to conduct high-speed game simulations wherein; all of the following is true. A computer-controlled dealer deals the poker-like card games in accord with the user-defined set of game rules. A computer-controlled player uses the best strategy for the play of the player’s hand to make decisions on how to play the player’s hand. The user has the option of programming the computer-controlled player to count cards in accordance with a user-defined card-counting strategy or program the simulator to converge upon the best decimal-card-counting strategy “the E-Z count”. The user has the option of programming the computer-controlled player to vary the size of the player’s bet in response to the card count. The user has the option of programming the simulator to conduct up to 2.1 billion rounds of play. Various statistics are tracked during game simulations. The game simulator saves documents that display these various statistics.