not sure what this is about yet, still under development

• Read board status from game
• Calculate moves
• Return recommendation

• Deck representation using modulo
  • 饼=0, 条=1, 万=2
  • Deck ID = 数值*3 + 花色
  • 数值 = Deck ID // 3
  • 花色 = Deck ID % 3
  • Deck ID is a value from 3 to 29, inclusive
• Special Cards
  • 中=-1, 发=-2, 白=-3, 花=1, empty=0
• Board structure
  • 14*8 matrix to represent board\
    • consider the longest column: 5 cards dealt ending with 9, and then 8-1 following behind. Together with the first row for cache the column number is 14.
  • 7 element list to represent top row
  • If a 中 is just put on the top row it is represented by -1. If four 中 is collected on the top row it is represented by -4 (-1*4). This can be quickly checked by value//4==0.
• Other terms
  • A head to tail is a sequence of cards from a larger number to a smaller number in one column, with varying colors. head and tail represents the position of the largest and smallest card in the sequence, respectively.

• Operations
  • New Board = Operation(Board)
  • Operations = valid(Board), returns list of valid operations
• Score(Operation)
  • A function that measures how good an operation is
  • Forming a new head to tail: length of the connection
  • Stacking four 中发白: some constant C1
  • Making an empty column: some constant C2
  • If a board returns to a previous board state in the tree, penalize with some large negative constant C0
  • If a board has no valid operations, penalize with some large negative constant C0
• Algorithm
  • Traverses a tree of boards connected by operations up to a certain depth n, pick board with largest sum of operations

• Each operation includes manual operation and automatic operation
• Manual operation:
  • Moving a set of cards from one column to another
  • Moving one card from board to top row
  • Moving one card from top row to board Collecting all four 中发白
• Automatic operation happens after manual operation:
  • Moving 花 from board to top row
  • Moving cards with small values to the top row
  • Score(Operation) = Score(Manual) + Score (Automatic)