chessBall.ai

Class AI

java.lang.Object

chessBall.ai.AI

public abstract class AI
extends java.lang.Object

Constructor Summary

Constructors

Constructor and Description
AI()

Method Summary

Methods

Modifier and Type	Method and Description
boolean[][]	canGoArea(int[][] level, int x, int y, AtMove eAtMove) returns a 2 dimensional boolean array true = the figure on position x|y can move on that field false = the figure on position x|y can't move on that field
boolean[][]	canGoArea(int[][] level, int x, int y, int turn) returns a 2 dimensional boolean array true = the figure on position x|y can move on that field false = the figure on position x|y can't move on that field
boolean[][]	getCopy(boolean[][] level) returns a copy of the array
abstract java.lang.String	getName() returns the name of the ai
int[][]	getSafeArray(int[][] level, AtMove eAtMove) returns an 2 dimensional int array is the value == 0 then the field isnt safed by another figure is the value > 0 field is safed by another figure value == 30000 safed by bishop or knight value == 90000 safed by queen value == 50000 safed by rook value == 10000 safed by pawn
int[][]	getSafeArray(int[][] level, int turn) returns an 2 dimensional int array is the value == 0 then the field isnt safed by another figure is the value > 0 field is safed by another figure value == 30000 safed by bishop or knight value == 90000 safed by queen value == 50000 safed by rook value == 10000 safed by pawn
java.lang.String	getStatus() returns a string with the current "status" of thinking for the ai
boolean[][]	getWalkable() returns a 2 dimensional boolean Array, true field is walkable, false field is not walkable
boolean	isBreak()
void	reset() will be called before the think method is called
void	setBreak(boolean bBreak) when the time limit is reached that method is called and bBreak is true after that please come to an end, the game will perform the next step
void	setChessBall(chessBall.ChessBall chessBall) please dont touch that method :D
abstract java.util.ArrayList<ChessBallAIMove>	think(int[][] level, AtMove eAtMove) the MAIN method, will be called to start the ai

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

AI

public AI()

Method Detail

setChessBall

public void setChessBall(chessBall.ChessBall chessBall)

please dont touch that method :D

Parameters:

chessBall -

reset

public void reset()

will be called before the think method is called

isBreak

public boolean isBreak()

setBreak

public void setBreak(boolean bBreak)

when the time limit is reached that method is called and bBreak is true after that please come to an end, the game will perform the next step

Parameters:

bBreak -

getName

public abstract java.lang.String getName()

returns the name of the ai

Returns:

returns the name of the ai

think

public abstract java.util.ArrayList<ChessBallAIMove> think(int[][] level,
                                         AtMove eAtMove)

the MAIN method, will be called to start the ai

Parameters:

level - = current level

eAtMove - = which turn

Returns:

returns an ArrayList of ChessBallAIMove

getStatus

public java.lang.String getStatus()

returns a string with the current "status" of thinking for the ai

Returns:

returns a string with the current "status" of thinking for the ai

getWalkable

public boolean[][] getWalkable()

returns a 2 dimensional boolean Array, true field is walkable, false field is not walkable

Returns:

a 2 dimensional boolean Array, true field is walkable, false field is not walkable

getSafeArray

public int[][] getSafeArray(int[][] level,
                   AtMove eAtMove)

returns an 2 dimensional int array
is the value == 0 then the field isnt safed by another figure
is the value > 0 field is safed by another figure
value == 30000 safed by bishop or knight
value == 90000 safed by queen
value == 50000 safed by rook
value == 10000 safed by pawn

Parameters:

level - : current level

eAtMove - : which turn

Returns:

returns an 2 dimensional int array

getSafeArray

public int[][] getSafeArray(int[][] level,
                   int turn)

returns an 2 dimensional int array
is the value == 0 then the field isnt safed by another figure
is the value > 0 field is safed by another figure
value == 30000 safed by bishop or knight
value == 90000 safed by queen
value == 50000 safed by rook
value == 10000 safed by pawn

Parameters:

level - : current level

turn - : which turn, 0 == white, 1 == black

Returns:

returns an 2 dimensional int array

canGoArea

public boolean[][] canGoArea(int[][] level,
                    int x,
                    int y,
                    AtMove eAtMove)

returns a 2 dimensional boolean array
true = the figure on position x|y can move on that field
false = the figure on position x|y can't move on that field

Parameters:

level - = current level/playground

x - = x position

y - = y position

eAtMove - = which turn

Returns:

returns a 2 dimensional boolean array

canGoArea

public boolean[][] canGoArea(int[][] level,
                    int x,
                    int y,
                    int turn)

returns a 2 dimensional boolean array
true = the figure on position x|y can move on that field
false = the figure on position x|y can't move on that field

Parameters:

level - = current level/playground

x - = x position

y - = y position

turn - = which turn, 0 == white, 1 == black

Returns:

returns a 2 dimensional boolean array

getCopy

public boolean[][] getCopy(boolean[][] level)

returns a copy of the array

Parameters:

level -

Returns:

returns a copy of the array