SequentialAIThinker Class Reference

Implementation of an AI that will always play in sequence, from the first to the last column. It will start by using pieces with its winning shape, and when these are over, it continues by playing pieces with the losing shape. More...

Inheritance diagram for SequentialAIThinker:

Collaboration diagram for SequentialAIThinker:

Public Member Functions
override FutureMove	Think (Board board, CancellationToken ct)
	Perform a move. More...
Public Member Functions inherited from AbstractThinker
virtual void	Setup (string str)
	Setup thinker. More...
override string	ToString ()
	Returns a short string description of the AI. More...

Additional Inherited Members
Protected Member Functions inherited from AbstractThinker
void	OnThinkingInfo (string info)
	Outputs thinking information. More...
Properties inherited from AbstractThinker
int	Rows [get]
	Number of board rows. More...
int	Cols [get]
	Number of board columns. More...
int	WinSequence [get]
	How many pieces in sequence to find a winner. More...
int	RoundsPerPlayer [get]
	Number of initial round pieces per player. More...
int	SquaresPerPlayer [get]
	Number of initial square round pieces per player More...
int	TimeLimitMillis [get]
	Time limit for the AI to play. More...
Events inherited from AbstractThinker
Action< string >	ThinkingInfo
	Event raised when thinkers produce information while thinking. More...
Events inherited from IThinker
Action< string >	ThinkingInfo
	Event raised when thinkers produce information while thinking. More...

Detailed Description

Implementation of an AI that will always play in sequence, from the first to the last column. It will start by using pieces with its winning shape, and when these are over, it continues by playing pieces with the losing shape.

Member Function Documentation

Think()

override FutureMove Think ( Board  board, CancellationToken  ct  )

inlinevirtual

Perform a move.

Parameters

board	The game board.
ct	A cancellation token.

Returns

The move to be performed.

The main thread may ask the thinker to stop thinking. As such, this method should frequently test if a cancellation request was made to the cancellation token (ct ). If so, it should return immediately with no move performed, as exemplified in the following code:

if (ct.IsCancellationRequested) return FutureMove.NoMove;

See also

IThinker.Think

Implements AbstractThinker.

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The documentation for this class was generated from the following file:

• SequentialAIThinker.cs