components.simplesoccer.model

Class SimPlayer

java.lang.Object

components.simplesoccer.model.GameObject

components.simplesoccer.model.FieldObject

components.simplesoccer.model.MobileObject

components.simplesoccer.model.SimPlayer

All Implemented Interfaces:

Player

public class SimPlayer
extends MobileObject
implements Player

Field Summary

Fields

Modifier and Type	Field and Description
java.util.List<Intention>	buffer
double	faceDirection
double	neckDirection
int	side
java.lang.String	teamName
int	uniformNumber

Fields inherited from class components.simplesoccer.model.MobileObject

accelerationVector, directionChange, distanceChange, speedVector

Fields inherited from class components.simplesoccer.model.FieldObject

position

Fields inherited from class components.simplesoccer.model.GameObject

distance

Constructor Summary

Constructors

Constructor and Description
SimPlayer(java.lang.String team, int side, int number, Controller controller)

Method Summary

Methods

Modifier and Type	Method and Description
void	addAccVector(java.awt.geom.Point2D.Double accvect) Adds the acceleration vector to the speedvector then normalizes it
void	applydecay()
void	catchBall(double direction)
void	changeViewMode(int quality, int angle)
double	consumeStamina(double power)
void	dash(int power)
void	dashto(int power, double direction)
double	getBodyDirection()
Controller	getController()
double	getEffort()
double	getFaceDirection()
double	getNeckDirection()
int	getNumber()
int	getOppositeSide()
double	getRecovery()
int	getSide() Returns 0 if the player is in the left team, 1 if in the right team
double	getStamina()
java.lang.String	getTeamName()
int	getType() Returns the type of the object
boolean	isTeamEast()
void	isTeamEast(boolean is)
void	kick(int power, double direction)
void	move(int x, int y)
void	say(java.lang.String message)
void	score()
void	senseBody()
void	setBodyDirection(double bodydirection)
void	setController(Controller c)
void	setEffort(double effort)
void	setFaceDirection(double facedirection)
void	setNeckDirection(double neckdirection)
void	setNumber(int number)
void	setRecovery(double recovery)
void	setSide(int side)
void	setStamina(int stamina)
void	setTeam(java.lang.String team)
void	turn(double angle)
void	turnNeck(double angle)

Methods inherited from class components.simplesoccer.model.MobileObject

getAccelerationVector, getDirectionChange, getDistanceChange, getSpeedVector, setaccelerationVector, setSpeedVector

Methods inherited from class components.simplesoccer.model.FieldObject

getPosition, setPosition

Methods inherited from class components.simplesoccer.model.GameObject

getDistance, setDistance

Methods inherited from class java.lang.Object

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

Field Detail

teamName

public java.lang.String teamName

side

public int side

uniformNumber

public int uniformNumber

faceDirection

public double faceDirection

neckDirection

public double neckDirection

buffer

public java.util.List<Intention> buffer

Constructor Detail

SimPlayer

public SimPlayer(java.lang.String team,
         int side,
         int number,
         Controller controller)

Method Detail

getType

public int getType()

Description copied from class: GameObject

Returns the type of the object

Overrides:

getType in class GameObject

Returns:

0 if undefined, 1 if player, 2 if ball, 3 if line, 4 if goal

getOppositeSide

public int getOppositeSide()

Specified by:

getOppositeSide in interface Player

getController

public Controller getController()

setController

public void setController(Controller c)

setTeam

public void setTeam(java.lang.String team)

getSide

public int getSide()

Returns 0 if the player is in the left team, 1 if in the right team

Specified by:

getSide in interface Player

Returns:

setSide

public void setSide(int side)

getNumber

public int getNumber()

Specified by:

getNumber in interface Player

setNumber

public void setNumber(int number)

Specified by:

setNumber in interface Player

getBodyDirection

public double getBodyDirection()

setBodyDirection

public void setBodyDirection(double bodydirection)

getFaceDirection

public double getFaceDirection()

setFaceDirection

public void setFaceDirection(double facedirection)

getNeckDirection

public double getNeckDirection()

setNeckDirection

public void setNeckDirection(double neckdirection)

setStamina

public void setStamina(int stamina)

getStamina

public double getStamina()

consumeStamina

public double consumeStamina(double power)

setEffort

public void setEffort(double effort)

getEffort

public double getEffort()

setRecovery

public void setRecovery(double recovery)

getRecovery

public double getRecovery()

catchBall

public void catchBall(double direction)

Specified by:

catchBall in interface Player

changeViewMode

public void changeViewMode(int quality,
                  int angle)

Specified by:

changeViewMode in interface Player

dash

public void dash(int power)

Specified by:

dash in interface Player

getTeamName

public java.lang.String getTeamName()

Specified by:

getTeamName in interface Player

isTeamEast

public boolean isTeamEast()

Specified by:

isTeamEast in interface Player

isTeamEast

public void isTeamEast(boolean is)

Specified by:

isTeamEast in interface Player

dashto

public void dashto(int power,
          double direction)

Specified by:

dashto in interface Player

kick

public void kick(int power,
        double direction)

Specified by:

kick in interface Player

move

public void move(int x,
        int y)

Specified by:

move in interface Player

say

public void say(java.lang.String message)

Specified by:

say in interface Player

score

public void score()

Specified by:

score in interface Player

senseBody

public void senseBody()

Specified by:

senseBody in interface Player

turn

public void turn(double angle)

Specified by:

turn in interface Player

turnNeck

public void turnNeck(double angle)

Specified by:

turnNeck in interface Player

addAccVector

public void addAccVector(java.awt.geom.Point2D.Double accvect)

Adds the acceleration vector to the speedvector then normalizes it

Parameters:

accvect -

applydecay

public void applydecay()

Overrides:

applydecay in class MobileObject