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Can a program calculate the best card move accurately?

Can a Program Calculate the Best Move in Card Games? | Users Skeptical of Value

By

Emily Johnson

Apr 17, 2025, 08:16 AM

Edited By

John Doe

Updated

Apr 18, 2025, 12:29 AM

2 minutes reading time

A graphic showing a hand of cards with statistical data overlays

A debate is heating up over whether a program can determine the best move in card games, particularly when the contents of the deck are known. Recent discussions on forums highlight mixed opinions on the practicality and value of such analysis.

Context of the Discussion

In a thought-provoking post, a user questioned whether a model exists to calculate optimal moves while considering previously played cards. They speculated on the potential advantage of players with eidetic memory, who could recall all cards played. Would this enhance decision-making and alter the odds in critical situations?

Emerging Themes from Comments

  1. Card Counting: Many contributors stress card counting as the essential strategy for increasing winning chances. One commenter noted, "it's called card counting, and it tells you the relative richness of tens and aces." This approach focuses on maximizing bet efficiency.

  2. Practical Limitations: Some users pointed out the challenges that come with eidetic memory. One noted, "Your eidetic memory friend also needs to have an eidetic solution for every remaining composition of cards against every upcard, which isnโ€™t trivial." This insight raises concerns about the complexity of calculations needed.

  3. Skepticism on Value: A few comments dismissed the exercise as futile, with one bluntly stating, "Why would you want to waste your time? Itโ€™s useless information, and worthless." This reflects a segment of the community questioning the real-world application of such theories.

"Thereโ€™s a reason the existing counting systems focus on betting efficiency โ€” it matters a lot more to the bottom line."

Sentiment Overview

The conversation has been a mix of hopeful strategies and skepticism about the practicality of high-level memory and analytical skills in blackjack and other card games.

Key Insights

  • ๐Ÿ” Card counting is still the primary strategy, according to many contributors, aligning with established mathematical approaches.

  • โš–๏ธ Utilizing eidetic memory for advantage looks complex, requiring detailed calculations that may not be practical.

  • โ“ Value of analytical discussions questioned, as some deem the topics worthless.

As analytical tools and discussions progress, only time will reveal if they revolutionize strategies in card gaming.