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		In Chess terminology or game notation, a Move (or full move) implies a piece movement of both sides, white and black, e.g. 1. d4 Nf6. To relax this ambiguity, the term Half-move is used, also donated as one ply, to make sure that it is only the piece movement of one single side. However, in the context of chess programming, if not stated otherwise, the term Move refers the piece movement of one side, thus a half-move. In the context of search, a Move is the edge, connecting two Nodes, which represent two consecutive chess positions inside one path of the search tree.
Irving Amen, Chess Move, 1977 [1]

Type of Moves

Quiet Moves

• Quiet Moves
  Pawn Push
  Castling
  Null Move, even if invalid in Chess

Altering Material

• Tactical moves
  Captures
  En passant capture
  Promotions
  Piece Drop in various Chess variants

Tactical Properties

• Check
• Discovered Attack
• Double Attack
• Double Check
• Sacrifice
• Zwischenzug

Reversibility

• Reversible Moves
• Irreversible Moves

Involved Squares

• Origin Square
• Target Square

Encoding and Generating

• Encoding Moves
  Move Enumeration
• Move Generation
• Pseudo-Legal Move
• Legal Move
• Move List
• Move Ordering

Notation

• Algebraic Chess Notation
• Entering Moves

Adjunct Moves

Those moves are determined by search and are matter of move ordering:

• Best Move
• Hash Move
• Killer Move
• PV-Move
• Refutation Move
• Threat Move from null move refutations

Make and Unmake

• Incremental Updates
• Copy-Make
• Make Move
• Unmake Move
• Bitboard Update By Move

See also

• Butterfly Boards
• Influence Quantity of Pieces
• Tempo
• Transposition

Publications

• Alex Bell, N. Jacobi (1979). How to read, make and store chess moves. The Computer Journal Vol. 22, No. 1, 71-75
• Barak Oshri, Nishith Khandwala (2015). Predicting Moves in Chess using Convolutional Neural Networks. pdf ^[2] » Deep Learning, Neural Networks

External Links

• Betza notation and XBoard » Chess Variants, XBoard
• NHØP & Joe Pass - Move, Jazzhus Slukefter, Tivoli, Copenhagen, 1982, YouTube Video
  

References

1. ^ Lithographs by Irving Amen
2. ^ GitHub - BarakOshri/ConvChess: Predicting Moves in Chess Using Convolutional Neural Networks

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