C# Class SimpleSoccer.Net.SoccerTeam

Defines a Team of SoccerBasePlayers for the Soccer game simulation

Afficher le fichier Open project: soshimozi/SimpleSoccer.Net Class Usage Examples

Méthodes publiques

Méthode	Description
AllPlayersAtHome ( ) : bool	Determines if any of the team are not located within their home region
CalculateClosestOpponentToGoal ( ) : void	Calculates the closest opponent to this teams goal
CalculateClosestPlayerToBall ( ) : void	sets _playerClosestToBall to the player closest to the ball
CanShoot ( Vector2D BallPos, double power ) : bool
CanShoot ( Vector2D BallPos, double power, Vector2D &ShotTarget ) : bool	Given a ball position, a kicking power and a reference to a vector2D this function will sample random positions along the opponent's goal- mouth and check to see if a goal can be scored if the ball was to be kicked in that direction with the given power. If a possible shot is found, the function will immediately return true, with the target position stored in the vector ShotTarget.
DetermineBestSupportingAttacker ( ) : PlayerBase	calculate the closest player to the SupportSpot
DetermineBestSupportingPosition ( ) : void	Calculates the best supporting position
FindPass ( PlayerBase passer, PlayerBase &receiver, Vector2D &PassTarget, double power, double MinPassingDistance ) : bool	The best pass is considered to be the pass that cannot be intercepted by an opponent and that is as far forward of the receiver as possible
FindPlayerById ( int playerId ) : PlayerBase	Finds a player by its id
GetBestPassToReceiver ( PlayerBase passer, PlayerBase receiver, Vector2D &PassTarget, double power ) : bool	Three potential passes are calculated. One directly toward the receiver's current position and two that are the tangents from the ball position to the circle of radius 'range' from the receiver. These passes are then tested to see if they can be intercepted by an opponent and to make sure they terminate within the playing area. If all the passes are invalidated the function returns false. Otherwise the function returns the pass that takes the ball closest to the opponent's goal area.
GetSupportSpot ( ) : Vector2D
IsOpponentWithinRadius ( Vector2D pos, double rad ) : bool	returns true if an opposing player is within the radius of the position given as a parameter
IsPassSafeFromAllOpponents ( Vector2D from, Vector2D target, PlayerBase receiver, double PassingForce ) : bool	Tests a pass from position 'from' to position 'target' against each member of the opposing team. Returns true if the pass can be made without getting intercepted
IsPassSafeFromOpponent ( Vector2D from, Vector2D target, PlayerBase receiver, PlayerBase opp, double PassingForce ) : bool	test if a pass from 'from' to 'to' can be intercepted by an opposing player
Render ( Graphics g ) : void	Render the soccer team
RequestPass ( FieldPlayer requester ) : void	This tests to see if a pass is possible between the requester and the controlling player. If it is possible a message is sent to the controlling player to pass the ball asap.
ReturnAllFieldPlayersToHome ( ) : void	sends a message to all players to return to their home areas forthwith
SetPlayerHomeRegion ( int playerId, int region ) : void	Sets a particular players home region index
SoccerTeam ( SoccerGoal homeGoal, SoccerGoal opponentsGoal, SoccerPitch pitch, SoccerTeamColor color ) : System
Update ( ) : void	Called every tick to update the team state
UpdateTargetsOfWaitingPlayers ( ) : void	Finds targets for waiting players

Private Methods

Méthode	Description
CreatePlayers ( ) : void	Create the players for the team
LostControl ( ) : void

Method Details

AllPlayersAtHome() public méthode

Determines if any of the team are not located within their home region

public AllPlayersAtHome ( ) : bool
Résultat	bool

CalculateClosestOpponentToGoal() public méthode

Calculates the closest opponent to this teams goal

public CalculateClosestOpponentToGoal ( ) : void
Résultat	void

CalculateClosestPlayerToBall() public méthode

sets _playerClosestToBall to the player closest to the ball

public CalculateClosestPlayerToBall ( ) : void
Résultat	void

CanShoot() public méthode

public CanShoot ( Vector2D BallPos, double power ) : bool
BallPos	Vector2D
power	double
Résultat	bool

CanShoot() public méthode

Given a ball position, a kicking power and a reference to a vector2D this function will sample random positions along the opponent's goal- mouth and check to see if a goal can be scored if the ball was to be kicked in that direction with the given power. If a possible shot is found, the function will immediately return true, with the target position stored in the vector ShotTarget.

public CanShoot ( Vector2D BallPos, double power, Vector2D &ShotTarget ) : bool
BallPos	Vector2D
power	double
ShotTarget	Vector2D
Résultat	bool

DetermineBestSupportingAttacker() public méthode

calculate the closest player to the SupportSpot

public DetermineBestSupportingAttacker ( ) : PlayerBase
Résultat	PlayerBase

DetermineBestSupportingPosition() public méthode

Calculates the best supporting position

public DetermineBestSupportingPosition ( ) : void
Résultat	void

FindPass() public méthode

The best pass is considered to be the pass that cannot be intercepted by an opponent and that is as far forward of the receiver as possible

public FindPass ( PlayerBase passer, PlayerBase &receiver, Vector2D &PassTarget, double power, double MinPassingDistance ) : bool
passer	PlayerBase
receiver	PlayerBase
PassTarget	Vector2D
power	double
MinPassingDistance	double
Résultat	bool

FindPlayerById() public méthode

Finds a player by its id

public FindPlayerById ( int playerId ) : PlayerBase
playerId	int
Résultat	PlayerBase

GetBestPassToReceiver() public méthode

Three potential passes are calculated. One directly toward the receiver's current position and two that are the tangents from the ball position to the circle of radius 'range' from the receiver. These passes are then tested to see if they can be intercepted by an opponent and to make sure they terminate within the playing area. If all the passes are invalidated the function returns false. Otherwise the function returns the pass that takes the ball closest to the opponent's goal area.

public GetBestPassToReceiver ( PlayerBase passer, PlayerBase receiver, Vector2D &PassTarget, double power ) : bool
passer	PlayerBase
receiver	PlayerBase
PassTarget	Vector2D
power	double
Résultat	bool

GetSupportSpot() public méthode

public GetSupportSpot ( ) : Vector2D
Résultat	Vector2D

IsOpponentWithinRadius() public méthode

returns true if an opposing player is within the radius of the position given as a parameter

public IsOpponentWithinRadius ( Vector2D pos, double rad ) : bool
pos	Vector2D
rad	double
Résultat	bool

IsPassSafeFromAllOpponents() public méthode

Tests a pass from position 'from' to position 'target' against each member of the opposing team. Returns true if the pass can be made without getting intercepted

public IsPassSafeFromAllOpponents ( Vector2D from, Vector2D target, PlayerBase receiver, double PassingForce ) : bool
from	Vector2D
target	Vector2D
receiver	PlayerBase
PassingForce	double
Résultat	bool

IsPassSafeFromOpponent() public méthode

test if a pass from 'from' to 'to' can be intercepted by an opposing player

public IsPassSafeFromOpponent ( Vector2D from, Vector2D target, PlayerBase receiver, PlayerBase opp, double PassingForce ) : bool
from	Vector2D
target	Vector2D
receiver	PlayerBase
opp	PlayerBase
PassingForce	double
Résultat	bool

Render() public méthode

Render the soccer team

public Render ( Graphics g ) : void
g	System.Drawing.Graphics
Résultat	void

RequestPass() public méthode

This tests to see if a pass is possible between the requester and the controlling player. If it is possible a message is sent to the controlling player to pass the ball asap.

public RequestPass ( FieldPlayer requester ) : void
requester	FieldPlayer
Résultat	void

ReturnAllFieldPlayersToHome() public méthode

sends a message to all players to return to their home areas forthwith

public ReturnAllFieldPlayersToHome ( ) : void
Résultat	void

SetPlayerHomeRegion() public méthode

Sets a particular players home region index

public SetPlayerHomeRegion ( int playerId, int region ) : void
playerId	int
region	int
Résultat	void

SoccerTeam() public méthode

public SoccerTeam ( SoccerGoal homeGoal, SoccerGoal opponentsGoal, SoccerPitch pitch, SoccerTeamColor color ) : System
homeGoal	SoccerGoal
opponentsGoal	SoccerGoal
pitch	SoccerPitch
color	SoccerTeamColor
Résultat	System

Update() public méthode

Called every tick to update the team state

public Update ( ) : void
Résultat	void

UpdateTargetsOfWaitingPlayers() public méthode

Finds targets for waiting players

public UpdateTargetsOfWaitingPlayers ( ) : void
Résultat	void