org.moyoman.util.igo
Class IgoBase

java.lang.Object
  |
  +--org.moyoman.util.igo.IgoBase

All Implemented Interfaces:

Cloneable, Serializable

Direct Known Subclasses:

GoProverbs

public class IgoBase

extends Object

implements Serializable, Cloneable

The base class for different Igo modules. This is used in modules such as IgoFuseki and IgoProverbs.

See Also:

Serialized Form

Field Summary

(package private) int	absLine value of the absolute lines on board.
int	actCnt convinent variables.
static int	AKI Value of the empty point.
int	boardSize Size of the board, the value is always 19 in Moyoman.
int[]	col Color info of the board (AKI/KURO/SIRO/EDGE).
VecInt	comStone a vector to store the positions of all com's stone.
int	d1 variables to access neighbors.
int	d11 variables to access neighbors.
int	d111 variables to access neighbors.
int	d117 variables to access neighbors.
int	d118 variables to access neighbors.
int	d17 variables to access neighbors.
int	d18 variables to access neighbors.
int	d2 variables to access neighbors.
int	d22 variables to access neighbors.
int	d222 variables to access neighbors.
int	d225 variables to access neighbors.
int	d226 variables to access neighbors.
int	d25 variables to access neighbors.
int	d26 variables to access neighbors.
int	d3 variables to access neighbors.
int	d33 variables to access neighbors.
int	d333 variables to access neighbors.
int	d336 variables to access neighbors.
int	d338 variables to access neighbors.
int	d36 variables to access neighbors.
int	d38 variables to access neighbors.
int	d4 variables to access neighbors.
int	d44 variables to access neighbors.
int	d444 variables to access neighbors.
int	d445 variables to access neighbors.
int	d447 variables to access neighbors.
int	d45 variables to access neighbors.
int	d47 variables to access neighbors.
int	d5 variables to access neighbors.
int	d55 variables to access neighbors.
int	d555 variables to access neighbors.
int	d6 variables to access neighbors.
int	d66 variables to access neighbors.
int	d666 variables to access neighbors.
int	d7 variables to access neighbors.
int	d77 variables to access neighbors.
int	d777 variables to access neighbors.
int	d8 variables to access neighbors.
int	d88 variables to access neighbors.
int	d888 variables to access neighbors.
static int	EDGE Value of the boundary line.
static int	EDGE_M Value of the boundary line for group.
static int	IRO_KEI Value of color exchange.
static int	KURO Value of the black stone.
int	posLimit index of the active limit point.
int	posStart index of the first active point.
static int	SIRO Value of the white stone.
int	sizeBlk convinent variables.
int	sizeHan convinent variables.
int	sizeP1 convinent variables.
int	tanMe convinent variables.
int	tanOp convinent variables.
(package private) int	tenCnt Total count of the points.

Constructor Summary

IgoBase()
Constructor

IgoBase(int size)
Constructor

Method Summary

int	absYokoTate(int pos) Get absloute line value.
boolean	aki(int p) Check a point is empty or not.
boolean	aki(int p1, int p2) Check 2 points are all empty or not.
boolean	aki(int p1, int p2, int p3) Check 3 points are all empty or not.
boolean	aki(int p1, int p2, int p3, int p4) Check 4 points are all empty or not.
boolean	aki(int p1, int p2, int p3, int p4, int p5) Check 5 points are all empty or not.
boolean	aki(int p1, int p2, int p3, int p4, int p5, int p6) Check 6 points are all empty or not.
boolean	aki(int p1, int p2, int p3, int p4, int p5, int p6, int p7) Check 7 points are all empty or not.
boolean	aki4Slant4(int val, int m) Check the sum of the 8 neighbors is the asking value or not.
void	arrClone(Object obj) Clone arrays.
int	ccTable(char c1, char c2) Get positon from 2 chars.
int	ccTable(String str) Get positon from a string.
void	clearColor() Clear the color data.
Object	clone() Get clone object.
boolean	empty(int pos) Check a position is empty or not.
boolean	empty4(int pos) Check the 4 neighbors are empty or not.
boolean	empty8(int pos) Check the 8 neighbors are empty or not.
int	igoPos(int moX, int moY) Get the position of Igo from Moyoman's (X,Y) coordinate.
void	info(String msg) Output the info.
boolean	iro(int c, int p1, int p2) Check 2 points are all the asking color or not.
boolean	iro4(int val, int m) Check the sum of the 4 neighbors is the asking value or not.
boolean	iroSlant4(int val, int m) Check the sum of the 4 slant neighbors is the asking value or not.
int	moyoX(int pos) Get the horizontal value of Moyoman from a position of Igo.
int	moyoY(int pos) Get the vertical value of Moyoman from a position of Igo.
void	setBoardSize(int size) Set the size of board and related variables.
void	setData(VecInt kuro, VecInt siro, boolean kuroNext) Set the data of the board.

Methods inherited from class java.lang.Object

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

Field Detail

AKI

public static final int AKI

Value of the empty point.

See Also:

Constant Field Values

KURO

public static final int KURO

Value of the black stone.

See Also:

Constant Field Values

SIRO

public static final int SIRO

Value of the white stone.

See Also:

Constant Field Values

EDGE

public static final int EDGE

Value of the boundary line.

See Also:

Constant Field Values

EDGE_M

public static final int EDGE_M

Value of the boundary line for group.

See Also:

Constant Field Values

IRO_KEI

public static final int IRO_KEI

Value of color exchange. (color^IRO_KEI ==> KURO : SIRO)

See Also:

Constant Field Values

boardSize

public int boardSize

Size of the board, the value is always 19 in Moyoman.

col

public int[] col

Color info of the board (AKI/KURO/SIRO/EDGE).

absLine

int absLine

value of the absolute lines on board.

tenCnt

int tenCnt

Total count of the points.

posStart

public int posStart

index of the first active point.

posLimit

public int posLimit

index of the active limit point.

d1

public int d1

variables to access neighbors.

d2

public int d2

variables to access neighbors.

d3

public int d3

variables to access neighbors.

d4

public int d4

variables to access neighbors.

d5

public int d5

variables to access neighbors.

d6

public int d6

variables to access neighbors.

d7

public int d7

variables to access neighbors.

d8

public int d8

variables to access neighbors.

d11

public int d11

variables to access neighbors.

d22

public int d22

variables to access neighbors.

d33

public int d33

variables to access neighbors.

d44

public int d44

variables to access neighbors.

d17

public int d17

variables to access neighbors.

d18

public int d18

variables to access neighbors.

d25

public int d25

variables to access neighbors.

d26

public int d26

variables to access neighbors.

d36

public int d36

variables to access neighbors.

d38

public int d38

variables to access neighbors.

d45

public int d45

variables to access neighbors.

d47

public int d47

variables to access neighbors.

d55

public int d55

variables to access neighbors.

d66

public int d66

variables to access neighbors.

d77

public int d77

variables to access neighbors.

d88

public int d88

variables to access neighbors.

d111

public int d111

variables to access neighbors.

d222

public int d222

variables to access neighbors.

d333

public int d333

variables to access neighbors.

d444

public int d444

variables to access neighbors.

d117

public int d117

variables to access neighbors.

d118

public int d118

variables to access neighbors.

d225

public int d225

variables to access neighbors.

d226

public int d226

variables to access neighbors.

d336

public int d336

variables to access neighbors.

d338

public int d338

variables to access neighbors.

d445

public int d445

variables to access neighbors.

d447

public int d447

variables to access neighbors.

d555

public int d555

variables to access neighbors.

d666

public int d666

variables to access neighbors.

d777

public int d777

variables to access neighbors.

d888

public int d888

variables to access neighbors.

sizeP1

public int sizeP1

convinent variables.

sizeHan

public int sizeHan

convinent variables.

sizeBlk

public int sizeBlk

convinent variables.

actCnt

public int actCnt

convinent variables.

tanOp

public int tanOp

convinent variables.

tanMe

public int tanMe

convinent variables.

comStone

public VecInt comStone

a vector to store the positions of all com's stone.

Constructor Detail

IgoBase

public IgoBase()

Constructor

IgoBase

public IgoBase(int size)

Constructor

Parameters:

size - Size of the board.

Method Detail

clone

public Object clone()

Get clone object.

Overrides:

clone in class Object

Returns:

a IgoBase object of clone.

arrClone

public void arrClone(Object obj)

Clone arrays.

setBoardSize

public void setBoardSize(int size)

Set the size of board and related variables.

Parameters:

size - The size of the Board.

empty

public boolean empty(int pos)

Check a position is empty or not.

Parameters:

pos - Index of the position.

Returns:

true if the position is empty.

empty4

public boolean empty4(int pos)

Check the 4 neighbors are empty or not.

Parameters:

pos - Index of the position.

Returns:

true if the 4 neighbors are empty.

empty8

public boolean empty8(int pos)

Check the 8 neighbors are empty or not.

Parameters:

pos - Index of the Position.

Returns:

true if the 8 neighbors are empty.

moyoX

public int moyoX(int pos)

Get the horizontal value of Moyoman from a position of Igo.

Parameters:

pos - Index of the position.

Returns:

the horizontal value from a position of Igo.

moyoY

public int moyoY(int pos)

Get the vertical value of Moyoman from a position of Igo.

Parameters:

pos - Position of Igo.

Returns:

the vertical value from a position of Igo.

igoPos

public int igoPos(int moX,
                  int moY)

Get the position of Igo from Moyoman's (X,Y) coordinate.

Parameters:

moX - horizontal value of the Moyoman.

moY - vertical value of the Moyoman.

Returns:

the position of Igo from Moyoman's coordinate.

clearColor

public void clearColor()

Clear the color data.

aki

public boolean aki(int p)

Check a point is empty or not.

Returns:

true if the point is empty.

aki

public boolean aki(int p1,
                   int p2)

Check 2 points are all empty or not.

Parameters:

p1 - Position of the point 1.

p2 - Position of the point 2.

Returns:

true if the 2 points are empty.

aki

public boolean aki(int p1,
                   int p2,
                   int p3)

Check 3 points are all empty or not.

Parameters:

p1 - Position of the point 1.

p2 - Position of the point 2.

p3 - Position of the point 3.

Returns:

true if the 3 points are empty.

aki

public boolean aki(int p1,
                   int p2,
                   int p3,
                   int p4)

Check 4 points are all empty or not.

Parameters:

p1 - Position of the point 1.

p2 - Position of the point 2.

p3 - Position of the point 3.

p4 - Position of the point 4.

Returns:

true if the 4 points are empty.

aki

public boolean aki(int p1,
                   int p2,
                   int p3,
                   int p4,
                   int p5)

Check 5 points are all empty or not.

Parameters:

p1 - Position of the point 1.

p2 - Position of the point 2.

p3 - Position of the point 3.

p4 - Position of the point 4.

p5 - Position of the point 5.

Returns:

true if the 5 points are empty.

aki

public boolean aki(int p1,
                   int p2,
                   int p3,
                   int p4,
                   int p5,
                   int p6)

Check 6 points are all empty or not.

Parameters:

p1 - Position of the point 1.

p2 - Position of the point 2.

p3 - Position of the point 3.

p4 - Position of the point 4.

p5 - Position of the point 5.

p6 - Position of the point 6.

Returns:

true if the 6 points are empty.

aki

public boolean aki(int p1,
                   int p2,
                   int p3,
                   int p4,
                   int p5,
                   int p6,
                   int p7)

Check 7 points are all empty or not.

Parameters:

p1 - Position of the point 1.

p2 - Position of the point 2.

p3 - Position of the point 3.

p4 - Position of the point 4.

p5 - Position of the point 5.

p6 - Position of the point 6.

p7 - Position of the point 7.

Returns:

true if the 7 points are empty.

iro

public boolean iro(int c,
                   int p1,
                   int p2)

Check 2 points are all the asking color or not.

Parameters:

c - The asking Color.

p1 - Position of the point 1.

p2 - Position of the point 2.

Returns:

true if the 2 points are the asking color.

iro4

public boolean iro4(int val,
                    int m)

Check the sum of the 4 neighbors is the asking value or not.

Parameters:

val - The asking value.

m - The target position.

Returns:

true if the sum of the 4 neighbors is the asking value.

iroSlant4

public boolean iroSlant4(int val,
                         int m)

Check the sum of the 4 slant neighbors is the asking value or not.

Parameters:

val - The asking value.

m - The target position.

Returns:

true if the sum of the 4 slant neighbors is the asking value.

aki4Slant4

public boolean aki4Slant4(int val,
                          int m)

Check the sum of the 8 neighbors is the asking value or not.

Parameters:

val - The asking value.

m - The target position.

Returns:

true if the sum of the 8 neighbors is the asking value.

setData

public void setData(VecInt kuro,
                    VecInt siro,
                    boolean kuroNext)

Set the data of the board.

Parameters:

kuro - Array of black stone.

siro - Array of white stone.

kuroNext - True if next turn is for black.

ccTable

public int ccTable(char c1,
                   char c2)

Get positon from 2 chars.

Parameters:

c1 - The char data of horizontal.

c2 - The char data of vertical.

Returns:

a positon from 2 chars.

ccTable

public int ccTable(String str)

Get positon from a string.

Parameters:

str - The string data of the position

Returns:

a positon from a string.

absYokoTate

public int absYokoTate(int pos)

Get absloute line value.

Parameters:

pos - Position of the board.

Returns:

the absloute line value.

info

public void info(String msg)

Output the info.