C# Class BrickPi.Movement.Vehicule

Afficher le fichier Open project: Ellerbach/BrickPi Class Usage Examples

Méthodes publiques

Méthode	Description
Backward ( int speed ) : void	Run backward at the specified speed
Backward ( int speed, int timeout ) : void	Run backward for the specified number of milliseconds
Foreward ( int speed, int timeout ) : void	Run forward for the specified number of milliseconds
Forward ( int speed ) : void	Run forward at the specified speed
IsRunning ( ) : bool	Return true if the vehicule is moving
Stop ( ) : void	Stop the vehicule
TrunLeftTime ( int speed, int timeout ) : void	Turn the vehicule left for a number of milliseconds
TrunRightTime ( int speed, int timeout ) : void	Turn the vehicule right for a number of milliseconds
TurnLeft ( int speed, int degrees ) : void	Turn the vehicule left by the specified number of degrees for each motor. So 360 will do 1 motor turn. You need to do some math to have the actual vehicule turning fully at 360. It depends of the reduction used.
TurnRight ( int speed, int degrees ) : void	Turn the vehicule right by the specified number of degrees for each motor. So 360 will do 1 motor turn. You need to do some math to have the actual vehicule turning fully at 360. It depends of the reduction used.
Vehicule ( BrickPortMotor left, BrickPortMotor right ) : System	Create a vehicule with 2 motors, one left and one right

Private Methods

Méthode	Description
IsRunning ( BrickPortMotor port ) : bool
RunMotorSyncDegrees ( BrickPortMotor ports, int speeds, int degrees ) : Task
RunMotorSyncTime ( BrickPortMotor ports, int speeds, int timeout ) : Task
RunUntil ( object state ) : void
StartMotor ( int port, int speed ) : void
StopMotor ( int port ) : void

Method Details

Backward() public méthode

Run backward at the specified speed

public Backward ( int speed ) : void
speed	int	speed is between -255 and +255
Résultat	void

Backward() public méthode

Run backward for the specified number of milliseconds

public Backward ( int speed, int timeout ) : void
speed	int	speed is between -255 and +255
timeout	int	>number of milliseconds to run the motors
Résultat	void

Foreward() public méthode

Run forward for the specified number of milliseconds

public Foreward ( int speed, int timeout ) : void
speed	int	speed is between -255 and +255
timeout	int	>number of milliseconds to run the motors
Résultat	void

Forward() public méthode

Run forward at the specified speed

public Forward ( int speed ) : void
speed	int	speed is between -255 and +255
Résultat	void

IsRunning() public méthode

Return true if the vehicule is moving

public IsRunning ( ) : bool
Résultat	bool

Stop() public méthode

Stop the vehicule

public Stop ( ) : void
Résultat	void

TrunLeftTime() public méthode

Turn the vehicule left for a number of milliseconds

public TrunLeftTime ( int speed, int timeout ) : void
speed	int	speed is between -255 and +255
timeout	int	number of milliseconds to run the motors
Résultat	void

TrunRightTime() public méthode

Turn the vehicule right for a number of milliseconds

public TrunRightTime ( int speed, int timeout ) : void
speed	int	speed is between -255 and +255
timeout	int	number of milliseconds to run the motors
Résultat	void

TurnLeft() public méthode

Turn the vehicule left by the specified number of degrees for each motor. So 360 will do 1 motor turn. You need to do some math to have the actual vehicule turning fully at 360. It depends of the reduction used.

public TurnLeft ( int speed, int degrees ) : void
speed	int	speed is between -255 and +255
degrees	int	degrees to turn each motor
Résultat	void

TurnRight() public méthode

Turn the vehicule right by the specified number of degrees for each motor. So 360 will do 1 motor turn. You need to do some math to have the actual vehicule turning fully at 360. It depends of the reduction used.

public TurnRight ( int speed, int degrees ) : void
speed	int	speed is between -255 and +255
degrees	int	degrees to turn each motor
Résultat	void

Vehicule() public méthode

Create a vehicule with 2 motors, one left and one right

public Vehicule ( BrickPortMotor left, BrickPortMotor right ) : System
left	BrickPortMotor	Motor port for left motor
right	BrickPortMotor	Motor port for right motor
Résultat	System