Although the win rate is consistently less than 50%, the Theįigure above also plots the win rate (in number of hands) as a function of Is 9, we can expect to get $8.25 per every $100 in the long run. Means that if we consistently bet $100 only on hands where the true count Player gains a significant advantage over the house (about 8.25%). However, as the true count increases, we see that the Strategy), the player has a -0.35% advantage. When no card counting system is used (ie: basic The figure above shows a strong relationship between the true count and Data courtesy of the Blackjack Data Repository. Blackjack rules were: 2 decks, 75% penetration, no cover bets, andĭealer hits on soft 17. The data was computed from a simulation running over 500 million The effectiveness of the Hi-Low counting system compared to basic strategyīy plotting the player's advantage over the house at various true counts. How rich the remaining cards are in A,10,Q,J,K cards. Hi-Low keeps track of a true count which quantitatively describes The effectiveness of the High-Low card counting systemĬard counting is a mental technique used in Blackjack that provides anĪdvantage to the player over the house. The goal of this assignment is not to develop a new visualization tool, but to understand better the process of creating the visualization. You should maintain a web notebook that documents all the steps you performed, from start to finish, while creating the visualization.

The task in this assignment is to use an existing visualization tool to answer a specific question using data. Assignment 2: Using a visualization tool to answer a

Blackjack card counting simulator