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Take_full_turn

As explained in Learn AI-Assisted Python Programming, Second Edition

take_full_turn is a book-specific Python function that carries out a current player's dice-rolling turn and returns the updated pot and recent rolls.

take_full_turn is a Python function for carrying out the current player's dice-rolling turn. It receives the pot's current chip count and returns the updated pot together with the final rolls. section 10.4.2 section 10.4.3

A full turn proceeds through these steps:

  • Check whether the turn has ended because a roll is 1 or five dice have been rolled. section 10.4.3

Function contract

take_full_turn(pot_chips) treats pot_chips as the starting pot. Its result is a two-item list: the resulting chip count and the dice rolls from the completed turn. It focuses on managing rolls, leaving player-chip updates and game-over decisions to the surrounding game logic. section 10.4.2

Figure 10.6 Top-down design for the Bogart game
figure

Use the top-down design figure to see how taking a full turn fits among the game's smaller functions and overall play loop. section 10.4.2

How Learn AI-Assisted Python Programming, Second Edition covers it

How deep it goes
Defines the turn algorithm and return contract, while deferring player scoring and game-over decisions to other functions.
Examples
Uses incremental dice rolls, chip-pot updates, continuation prompts, and the Bogart game’s roll list.
What it assumes
Uses Python functions, lists, conditionals, loops, random dice generation, and interactive input.
What you can do after
Build it from scratch as a focused function that processes a complete turn and returns state for the caller.
How it connects
Connects dice rolling, loops, user input, Boolean predicates, function decomposition, and game loops.

This explainer was generated by Manning's knowledge graph from the text of Learn AI-Assisted Python Programming, Second Edition. The section links point to the parts of the book it draws on.