SIMULATION OF GAMBLING. CONSTRUCTION AND STUDY OF THE COMPUTER MODEL OF DOUBLE BET IN THE GAME

Abstract

Aim. We have studied the main mechanisms that control the development of gambling. Methodology. Gambling is simulated with a given pot size, a given bet, and a choice of game strategy. The player, in case of winning, receives a double bet. In case of loss, the entire bet is taken from the player. Various game strategies are considered when manipulating the “size” of the pot, the “size” of the bet, and the number of steps (iterations) to achieve success. The finiteness of the game time (the number of iterations) and the discreteness of the ongoing processes are taken into account. We have studied the dependence of the winning frequency on the bet size and the number of steps (iterations) for a given “size” of the pot required for winning. Results. The ways of possible winning are revealed depending on the size of the bet and the number of steps (iterations) for a given “size” of the pot. Research Implications. The paper considers various strategies of the game, focused on the maximum win.

Keywords

• bet
• pot
• strategy
• win
• simulation
• python language