Facade

java.lang.Object
- asteroids.facade.Facade

All Implemented Interfaces:: asteroids.part1.facade.IFacade

public class Facade
extends java.lang.Object
implements asteroids.part3.facade.IFacade

Constructor Summary

Constructors
Constructor and Description

Facade()

Constructors
Constructor and Description
`Facade()`

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`void`	`addAsteroidToWorld(World world, Asteroid asteroid)` Add `asteroid` to `world`.
`void`	`addBulletToWorld(World world, Bullet bullet)` Add `bullet` to `world`.
`void`	`addPlanetoidToWorld(World world, Planetoid planetoid)` Add `planetoid` to `world`.
`void`	`addShipToWorld(World world, Ship ship)` Add `ship` to `world`.
`Asteroid`	`createAsteroid(double x, double y, double xVelocity, double yVelocity, double radius)` ASTEROID: Basic methods
`Bullet`	`createBullet(double x, double y, double velocityX, double velocityY, double radius)` BULLET: Basic methods
`Planetoid`	`createPlanetoid(double x, double y, double xVelocity, double yVelocity, double radius, double totalTraveledDistance)` PLANETOID: Basic methods
`asteroids.part3.programs.IProgramFactory<?,?,?,? extends Program>`	`createProgramFactory()` Creates a new program factory.
`Ship`	`createShip()` SHIP: Basic methods
`Ship`	`createShip(double positionX, double positionY, double velocityX, double velocityY, double radius, double angle)` This method is deprecated; you should not implement nor use it.
`Ship`	`createShip(double x, double y, double xVelocity, double yVelocity, double radius, double direction, double mass)` Create a new non-null ship with the given position, velocity, radius, direction and mass.
`World`	`createWorld(double width, double height)` WORLD: Basic methods
`void`	`evolve(World world, double dt, asteroids.part2.CollisionListener collisionListener)` Advance `world` by `dt seconds.`
`java.util.List<java.lang.Object>`	`executeProgram(Ship ship, double dt)` Execute the program loaded on the given ship during the given period of time.
`void`	`fireBullet(Ship ship)` `ship` fires a bullet.
`double`	`getAsteroidMass(Asteroid asteroid)` Return the mass of `asteroid`.
`double[]`	`getAsteroidPosition(Asteroid asteroid)` Return the position of `asteroid` as an array containing the x-coordinate, followed by the y-coordinate.
`double`	`getAsteroidRadius(Asteroid asteroid)` Return the radius of `asteroid`.
`double[]`	`getAsteroidVelocity(Asteroid asteroid)` Return the velocity of `asteroid` as an array containing the velocity along the X-axis, followed by the velocity along the Y-axis.
`World`	`getAsteroidWorld(Asteroid asteroid)` Return the world in which `asteroid` is positioned.
`double`	`getBulletMass(Bullet bullet)` Return the mass of `bullet`.
`double[]`	`getBulletPosition(Bullet bullet)` Return the position of `ship` as an array containing the x-coordinate, followed by the y-coordinate.
`double`	`getBulletRadius(Bullet bullet)` Return the radius of `bullet`.
`Ship`	`getBulletShip(Bullet bullet)` Return the ship in which `bullet` is positioned.
`java.util.Set<? extends Bullet>`	`getBulletsOnShip(Ship ship)` SHIP: Methods related to loaded bullets
`Ship`	`getBulletSource(Bullet bullet)` Return the ship that fired `bullet`.
`double[]`	`getBulletVelocity(Bullet bullet)` Return the velocity of `ship` as an array containing the velocity along the X-axis, followed by the velocity along the Y-axis.
`World`	`getBulletWorld(Bullet bullet)` Return the world in which `bullet` is positioned.
`double[]`	`getCollisionPosition(Ship ship1, Ship ship2)` Return the first position where `ship1` and `ship2` collide, or `null` if they never collide.
`double`	`getDistanceBetween(Ship ship1, Ship ship2)` Return the distance between `ship1` and `ship2`.
`java.util.Set<? extends java.lang.Object>`	`getEntities(World world)` Return a set of all the entities in the given world.
`java.lang.Object`	`getEntityAt(World world, double x, double y)` Return the entity at the given `position` in the given `world`.
`int`	`getNbBulletsOnShip(Ship ship)` Return the number of bullets loaded on `ship`.
`int`	`getNbStudentsInTeam()` ADMINISTRATIVE STUFF
`double`	`getPlanetoidMass(Planetoid planetoid)` Return the mass of `planetoid`.
`double[]`	`getPlanetoidPosition(Planetoid planetoid)` Return the position of `planetoid` as an array containing the x-coordinate, followed by the y-coordinate.
`double`	`getPlanetoidRadius(Planetoid planetoid)` Return the radius of `planetoid`.
`double`	`getPlanetoidTotalTraveledDistance(Planetoid planetoid)` Return the total traveled distance of `planetoid`.
`double[]`	`getPlanetoidVelocity(Planetoid planetoid)` Return the velocity of `planetoid` as an array containing the velocity along the X-axis, followed by the velocity along the Y-axis.
`World`	`getPlanetoidWorld(Planetoid planetoid)` Return the world in which `planetoid` is positioned.
`double[]`	`getPositionCollisionBoundary(java.lang.Object object)` Return the first position at which the given entity will collide with the boundaries of its world.
`double[]`	`getPositionCollisionEntity(java.lang.Object entity1, java.lang.Object entity2)` Return the first position at which the first entity will collide with the second entity.
`double[]`	`getPositionNextCollision(World world)` Return the position of the first boundary collision or entity collision that will take place in the given world.
`double`	`getShipAcceleration(Ship ship)` Return the acceleration of `ship`.
`double`	`getShipMass(Ship ship)` Return the total mass of `ship` (i.e., including bullets loaded onto the ship).
`double`	`getShipOrientation(Ship ship)` Return the orientation of `ship` (in radians).
`double[]`	`getShipPosition(Ship ship)` Return the position of `ship` as an array of length 2, with the x-coordinate at index 0 and the y-coordinate at index 1.
`Program`	`getShipProgram(Ship ship)` PROGRAMS
`double`	`getShipRadius(Ship ship)` Return the radius of `ship`.
`double[]`	`getShipVelocity(Ship ship)` METHODS PART 1
`World`	`getShipWorld(Ship ship)` Return the world of `ship`.
`double`	`getTimeCollisionBoundary(java.lang.Object object)` COLLISIONS
`double`	`getTimeCollisionEntity(java.lang.Object entity1, java.lang.Object entity2)` Return the shortest time in which the first entity will collide with the second entity.
`double`	`getTimeNextCollision(World world)` Return the time that must pass before a boundary collision or an entity collision will take place in the given world.
`double`	`getTimeToCollision(Ship ship1, Ship ship2)` Return the number of seconds until the first collision between `ship1` and `ship2`, or Double.POSITIVE_INFINITY if they never collide.
`java.util.Set<? extends Asteroid>`	`getWorldAsteroids(World world)` WORLD: Asteroids and planetoids
`java.util.Set<? extends Bullet>`	`getWorldBullets(World world)` Return all bullets located in `world`.
`java.util.Set<? extends Planetoid>`	`getWorldPlanetoids(World world)` Return all planetoids located in `world`.
`java.util.Set<? extends Ship>`	`getWorldShips(World world)` Return all ships located within `world`.
`double[]`	`getWorldSize(World world)` Return the size of `world` as an array containing the width, followed by the height.
`boolean`	`isShipThrusterActive(Ship ship)` Return whether `ship`'s thruster is active.
`boolean`	`isTerminatedAsteroid(Asteroid asteroid)` Check whether `asteroid` is terminated.
`boolean`	`isTerminatedBullet(Bullet bullet)` Check whether `bullet` is terminated.
`boolean`	`isTerminatedPlanetoid(Planetoid planetoid)` Check whether `planetoid` is terminated.
`boolean`	`isTerminatedShip(Ship ship)` Check whether `ship` is terminated.
`boolean`	`isTerminatedWorld(World world)` Check whether `world` is terminated.
`void`	`loadBulletOnShip(Ship ship, Bullet bullet)` Load `bullet` on `ship`.
`void`	`loadBulletsOnShip(Ship ship, java.util.Collection<Bullet> bullets)` Load `bullet` on `ship`.
`void`	`loadProgramOnShip(Ship ship, Program program)` Load the given program on the given ship.
`void`	`move(Ship ship, double dt)` This method is deprecated; you should not implement nor use it.
`boolean`	`overlap(Ship ship1, Ship ship2)` Check whether `ship1` and `ship2` overlap.
`void`	`removeAsteroidFromWorld(World world, Asteroid asteroid)` Remove `asteroid` from `world`.
`void`	`removeBulletFromShip(Ship ship, Bullet bullet)` Remove `ship` from `ship`.
`void`	`removeBulletFromWorld(World world, Bullet bullet)` Remove `ship` from `world`.
`void`	`removePlanetoidFromWorld(World world, Planetoid planetoid)` Remove `planetoid` from `world`.
`void`	`removeShipFromWorld(World world, Ship ship)` Remove `ship` from `world`.
`void`	`setThrusterActive(Ship ship, boolean active)` Enables or disables `ship`'s thruster depending on the value of the parameter `active`.
`void`	`terminateAsteroid(Asteroid asteroid)` Terminate `asteroid`.
`void`	`terminateBullet(Bullet bullet)` Terminate `bullet`.
`void`	`terminatePlanetoid(Planetoid planetoid)` Terminate `planetoid`.
`void`	`terminateShip(Ship ship)` Terminate `ship`.
`void`	`terminateWorld(World world)` Terminate `world`.
`void`	`thrust(Ship ship, double amount)` This method is deprecated; you should not implement nor use it.
`void`	`turn(Ship ship, double angle)` Update the direction of `ship` by adding `angle` (in radians) to its current direction.

Methods inherited from class java.lang.Object
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Constructor Detail
  - Facade
```
public Facade()
```
- Method Detail
  - createShip
```
public Ship createShip()
                throws asteroids.util.ModelException
```
    SHIP: Basic methods
    
    Specified by:
    
    createShip in interface asteroids.part1.facade.IFacade
    
    Throws:
    
    asteroids.util.ModelException
  - createShip
```
public Ship createShip(double positionX,
                       double positionY,
                       double velocityX,
                       double velocityY,
                       double radius,
                       double angle)
                throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    This method is deprecated; you should not implement nor use it.
    
    Specified by:
    
    createShip in interface asteroids.part1.facade.IFacade
    
    Throws:
    
    asteroids.util.ModelException
  - createShip
```
public Ship createShip(double x,
                       double y,
                       double xVelocity,
                       double yVelocity,
                       double radius,
                       double direction,
                       double mass)
                throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Create a new non-null ship with the given position, velocity, radius, direction and mass. The thruster of the new ship is initially inactive. The ship is not located in a world.
    
    Throws:
    
    asteroids.util.ModelException
  - terminateShip
```
public void terminateShip(Ship ship)
                   throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Terminate ship.
    
    Throws:
    
    asteroids.util.ModelException
  - isTerminatedShip
```
public boolean isTerminatedShip(Ship ship)
                         throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Check whether ship is terminated.
    
    Throws:
    
    asteroids.util.ModelException
  - getShipMass
```
public double getShipMass(Ship ship)
                   throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the total mass of ship (i.e., including bullets loaded onto the ship).
    
    Throws:
    
    asteroids.util.ModelException
  - getShipWorld
```
public World getShipWorld(Ship ship)
                   throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the world of ship.
    
    Throws:
    
    asteroids.util.ModelException
  - isShipThrusterActive
```
public boolean isShipThrusterActive(Ship ship)
                             throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return whether ship's thruster is active.
    
    Throws:
    
    asteroids.util.ModelException
  - setThrusterActive
```
public void setThrusterActive(Ship ship,
                              boolean active)
                       throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Enables or disables ship's thruster depending on the value of the parameter active.
    
    Throws:
    
    asteroids.util.ModelException
  - getShipAcceleration
```
public double getShipAcceleration(Ship ship)
                           throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the acceleration of ship.
    
    Throws:
    
    asteroids.util.ModelException
  - move
```
public void move(Ship ship,
                 double dt)
          throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    This method is deprecated; you should not implement nor use it.
    
    Specified by:
    
    move in interface asteroids.part1.facade.IFacade
    
    Throws:
    
    asteroids.util.ModelException
  - createBullet
```
public Bullet createBullet(double x,
                           double y,
                           double velocityX,
                           double velocityY,
                           double radius)
                    throws asteroids.util.ModelException
```
    BULLET: Basic methods
    
    Throws:
    
    asteroids.util.ModelException
  - terminateBullet
```
public void terminateBullet(Bullet bullet)
                     throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Terminate bullet.
    
    Throws:
    
    asteroids.util.ModelException
  - isTerminatedBullet
```
public boolean isTerminatedBullet(Bullet bullet)
                           throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Check whether bullet is terminated.
    
    Throws:
    
    asteroids.util.ModelException
  - getBulletPosition
```
public double[] getBulletPosition(Bullet bullet)
                           throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the position of ship as an array containing the x-coordinate, followed by the y-coordinate.
    
    Throws:
    
    asteroids.util.ModelException
  - getBulletVelocity
```
public double[] getBulletVelocity(Bullet bullet)
                           throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the velocity of ship as an array containing the velocity along the X-axis, followed by the velocity along the Y-axis.
    
    Throws:
    
    asteroids.util.ModelException
  - getBulletRadius
```
public double getBulletRadius(Bullet bullet)
                       throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the radius of bullet.
    
    Throws:
    
    asteroids.util.ModelException
  - getBulletMass
```
public double getBulletMass(Bullet bullet)
                     throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the mass of bullet.
    
    Throws:
    
    asteroids.util.ModelException
  - getBulletWorld
```
public World getBulletWorld(Bullet bullet)
                     throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the world in which bullet is positioned. This method must return null if a bullet is not positioned in a world, or if it is positioned on a ship.
    
    Throws:
    
    asteroids.util.ModelException
  - getBulletShip
```
public Ship getBulletShip(Bullet bullet)
                   throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the ship in which bullet is positioned. This method must return null if a bullet is not positioned on a ship.
    
    Throws:
    
    asteroids.util.ModelException
  - getBulletSource
```
public Ship getBulletSource(Bullet bullet)
                     throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the ship that fired bullet.
    
    Throws:
    
    asteroids.util.ModelException
  - createWorld
```
public World createWorld(double width,
                         double height)
                  throws asteroids.util.ModelException
```
    WORLD: Basic methods
    
    Throws:
    
    asteroids.util.ModelException
  - terminateWorld
```
public void terminateWorld(World world)
                    throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Terminate world.
    
    Throws:
    
    asteroids.util.ModelException
  - isTerminatedWorld
```
public boolean isTerminatedWorld(World world)
                          throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Check whether world is terminated.
    
    Throws:
    
    asteroids.util.ModelException
  - getWorldSize
```
public double[] getWorldSize(World world)
                      throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the size of world as an array containing the width, followed by the height.
    
    Throws:
    
    asteroids.util.ModelException
  - getWorldShips
```
public java.util.Set<? extends Ship> getWorldShips(World world)
                                            throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return all ships located within world.
    
    Throws:
    
    asteroids.util.ModelException
  - getWorldBullets
```
public java.util.Set<? extends Bullet> getWorldBullets(World world)
                                                throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return all bullets located in world.
    
    Throws:
    
    asteroids.util.ModelException
  - addShipToWorld
```
public void addShipToWorld(World world,
                           Ship ship)
                    throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Add ship to world.
    
    Throws:
    
    asteroids.util.ModelException
  - removeShipFromWorld
```
public void removeShipFromWorld(World world,
                                Ship ship)
                         throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Remove ship from world.
    
    Throws:
    
    asteroids.util.ModelException
  - addBulletToWorld
```
public void addBulletToWorld(World world,
                             Bullet bullet)
                      throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Add bullet to world.
    
    Throws:
    
    asteroids.util.ModelException
  - removeBulletFromWorld
```
public void removeBulletFromWorld(World world,
                                  Bullet bullet)
                           throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Remove ship from world.
    
    Throws:
    
    asteroids.util.ModelException
  - getBulletsOnShip
```
public java.util.Set<? extends Bullet> getBulletsOnShip(Ship ship)
                                                 throws asteroids.util.ModelException
```
    SHIP: Methods related to loaded bullets
    
    Throws:
    
    asteroids.util.ModelException
  - getNbBulletsOnShip
```
public int getNbBulletsOnShip(Ship ship)
                       throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the number of bullets loaded on ship.
    
    Throws:
    
    asteroids.util.ModelException
  - loadBulletOnShip
```
public void loadBulletOnShip(Ship ship,
                             Bullet bullet)
                      throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Load bullet on ship.
    
    Throws:
    
    asteroids.util.ModelException
  - loadBulletsOnShip
```
public void loadBulletsOnShip(Ship ship,
                              java.util.Collection<Bullet> bullets)
                       throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Load bullet on ship. For students working alone, this method must not do anything.
    
    Throws:
    
    asteroids.util.ModelException
  - removeBulletFromShip
```
public void removeBulletFromShip(Ship ship,
                                 Bullet bullet)
                          throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Remove ship from ship.
    
    Throws:
    
    asteroids.util.ModelException
  - fireBullet
```
public void fireBullet(Ship ship)
                throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    ship fires a bullet.
    
    Throws:
    
    asteroids.util.ModelException
  - getShipPosition
```
public double[] getShipPosition(Ship ship)
                         throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part1.facade.IFacade
    
    Return the position of ship as an array of length 2, with the x-coordinate at index 0 and the y-coordinate at index 1.
    
    Specified by:
    
    getShipPosition in interface asteroids.part1.facade.IFacade
    
    Throws:
    
    asteroids.util.ModelException
  - getTimeCollisionBoundary
```
public double getTimeCollisionBoundary(java.lang.Object object)
                                throws asteroids.util.ModelException
```
    COLLISIONS
    
    Throws:
    
    asteroids.util.ModelException
  - getPositionCollisionBoundary
```
public double[] getPositionCollisionBoundary(java.lang.Object object)
                                      throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the first position at which the given entity will collide with the boundaries of its world.
    
    Throws:
    
    asteroids.util.ModelException
  - getTimeCollisionEntity
```
public double getTimeCollisionEntity(java.lang.Object entity1,
                                     java.lang.Object entity2)
                              throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the shortest time in which the first entity will collide with the second entity.
    
    Throws:
    
    asteroids.util.ModelException
  - getPositionCollisionEntity
```
public double[] getPositionCollisionEntity(java.lang.Object entity1,
                                           java.lang.Object entity2)
                                    throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the first position at which the first entity will collide with the second entity.
    
    Throws:
    
    asteroids.util.ModelException
  - getTimeNextCollision
```
public double getTimeNextCollision(World world)
                            throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the time that must pass before a boundary collision or an entity collision will take place in the given world. Positive Infinity is returned if no collision will occur.
    
    Throws:
    
    asteroids.util.ModelException
  - getPositionNextCollision
```
public double[] getPositionNextCollision(World world)
                                  throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Return the position of the first boundary collision or entity collision that will take place in the given world. Null is returned if no collision will occur.
    
    Throws:
    
    asteroids.util.ModelException
  - evolve
```
public void evolve(World world,
                   double dt,
                   asteroids.part2.CollisionListener collisionListener)
            throws asteroids.util.ModelException
```
    Description copied from interface: asteroids.part2.facade.IFacade
    
    Advance world by dt seconds. To enable explosions within the UI, notify collisionListener whenever an entity collides with a boundary or another entity during this method. collisionListener may be null. If collisionListener is null, do not call its notify methods.
    Throws: asteroids.util.ModelException
  getEntityAt public java.lang.Object getEntityAt(World world, double x, double y) throws asteroids.util.ModelException Description copied from interface: asteroids.part2.facade.IFacade Return the entity at the given position in the given world. Throws: asteroids.util.ModelException getEntities public java.util.Set<? extends java.lang.Object> getEntities(World world) throws asteroids.util.ModelException Description copied from interface: asteroids.part2.facade.IFacade Return a set of all the entities in the given world. Throws: asteroids.util.ModelException thrust public void thrust(Ship ship, double amount) throws asteroids.util.ModelException Description copied from interface: asteroids.part2.facade.IFacade This method is deprecated; you should not implement nor use it. Specified by: thrust in interface asteroids.part1.facade.IFacade Throws: asteroids.util.ModelException getShipVelocity public double[] getShipVelocity(Ship ship) throws asteroids.util.ModelException METHODS PART 1 Specified by: getShipVelocity in interface asteroids.part1.facade.IFacade Throws: asteroids.util.ModelException getShipRadius public double getShipRadius(Ship ship) throws asteroids.util.ModelException Description copied from interface: asteroids.part1.facade.IFacade Return the radius of ship. Specified by: getShipRadius in interface asteroids.part1.facade.IFacade Throws: asteroids.util.ModelException getShipOrientation public double getShipOrientation(Ship ship) throws asteroids.util.ModelException Description copied from interface: asteroids.part1.facade.IFacade Return the orientation of ship (in radians). Specified by: getShipOrientation in interface asteroids.part1.facade.IFacade Throws: asteroids.util.ModelException turn public void turn(Ship ship, double angle) throws asteroids.util.ModelException Description copied from interface: asteroids.part1.facade.IFacade Update the direction of ship by adding angle (in radians) to its current direction. angle may be negative. Specified by: turn in interface asteroids.part1.facade.IFacade Throws: asteroids.util.ModelException getDistanceBetween public double getDistanceBetween(Ship ship1, Ship ship2) throws asteroids.util.ModelException Description copied from interface: asteroids.part1.facade.IFacade Return the distance between ship1 and ship2. The absolute value of the result of this method is the minimum distance either ship should move such that both ships are adjacent. Note that the result must be negative if the ships overlap. The distance between a ship and itself is 0. Specified by: getDistanceBetween in interface asteroids.part1.facade.IFacade Throws: asteroids.util.ModelException overlap public boolean overlap(Ship ship1, Ship ship2) throws asteroids.util.ModelException Description copied from interface: asteroids.part1.facade.IFacade Check whether ship1 and ship2 overlap. A ship always overlaps with itself. Specified by: overlap in interface asteroids.part1.facade.IFacade Throws: asteroids.util.ModelException getTimeToCollision public double getTimeToCollision(Ship ship1, Ship ship2) throws asteroids.util.ModelException Description copied from interface: asteroids.part1.facade.IFacade Return the number of seconds until the first collision between ship1 and ship2, or Double.POSITIVE_INFINITY if they never collide. A ship never collides with itself. Specified by: getTimeToCollision in interface asteroids.part1.facade.IFacade Throws: asteroids.util.ModelException getCollisionPosition public double[] getCollisionPosition(Ship ship1, Ship ship2) throws asteroids.util.ModelException Description copied from interface: asteroids.part1.facade.IFacade Return the first position where ship1 and ship2 collide, or null if they never collide. A ship never collides with itself. The result of this method is either null or an array of length 2, where the element at index 0 represents the x-coordinate and the element at index 1 represents the y-coordinate. Specified by: getCollisionPosition in interface asteroids.part1.facade.IFacade Throws: asteroids.util.ModelException getNbStudentsInTeam public int getNbStudentsInTeam() ADMINISTRATIVE STUFF Returns: 1 or 2 getWorldAsteroids public java.util.Set<? extends Asteroid> getWorldAsteroids(World world) throws asteroids.util.ModelException WORLD: Asteroids and planetoids Throws: asteroids.util.ModelException addAsteroidToWorld public void addAsteroidToWorld(World world, Asteroid asteroid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Add asteroid to world. Throws: asteroids.util.ModelException removeAsteroidFromWorld public void removeAsteroidFromWorld(World world, Asteroid asteroid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Remove asteroid from world. Throws: asteroids.util.ModelException getWorldPlanetoids public java.util.Set<? extends Planetoid> getWorldPlanetoids(World world) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return all planetoids located in world. Throws: asteroids.util.ModelException addPlanetoidToWorld public void addPlanetoidToWorld(World world, Planetoid planetoid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Add planetoid to world. Throws: asteroids.util.ModelException removePlanetoidFromWorld public void removePlanetoidFromWorld(World world, Planetoid planetoid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Remove planetoid from world. Throws: asteroids.util.ModelException createAsteroid public Asteroid createAsteroid(double x, double y, double xVelocity, double yVelocity, double radius) throws asteroids.util.ModelException ASTEROID: Basic methods Throws: asteroids.util.ModelException terminateAsteroid public void terminateAsteroid(Asteroid asteroid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Terminate asteroid. Throws: asteroids.util.ModelException isTerminatedAsteroid public boolean isTerminatedAsteroid(Asteroid asteroid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Check whether asteroid is terminated. Throws: asteroids.util.ModelException getAsteroidPosition public double[] getAsteroidPosition(Asteroid asteroid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the position of asteroid as an array containing the x-coordinate, followed by the y-coordinate. Throws: asteroids.util.ModelException getAsteroidVelocity public double[] getAsteroidVelocity(Asteroid asteroid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the velocity of asteroid as an array containing the velocity along the X-axis, followed by the velocity along the Y-axis. Throws: asteroids.util.ModelException getAsteroidRadius public double getAsteroidRadius(Asteroid asteroid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the radius of asteroid. Throws: asteroids.util.ModelException getAsteroidMass public double getAsteroidMass(Asteroid asteroid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the mass of asteroid. Throws: asteroids.util.ModelException getAsteroidWorld public World getAsteroidWorld(Asteroid asteroid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the world in which asteroid is positioned. Throws: asteroids.util.ModelException createPlanetoid public Planetoid createPlanetoid(double x, double y, double xVelocity, double yVelocity, double radius, double totalTraveledDistance) throws asteroids.util.ModelException PLANETOID: Basic methods Throws: asteroids.util.ModelException terminatePlanetoid public void terminatePlanetoid(Planetoid planetoid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Terminate planetoid. Throws: asteroids.util.ModelException isTerminatedPlanetoid public boolean isTerminatedPlanetoid(Planetoid planetoid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Check whether planetoid is terminated. Throws: asteroids.util.ModelException getPlanetoidPosition public double[] getPlanetoidPosition(Planetoid planetoid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the position of planetoid as an array containing the x-coordinate, followed by the y-coordinate. Throws: asteroids.util.ModelException getPlanetoidVelocity public double[] getPlanetoidVelocity(Planetoid planetoid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the velocity of planetoid as an array containing the velocity along the X-axis, followed by the velocity along the Y-axis. Throws: asteroids.util.ModelException getPlanetoidRadius public double getPlanetoidRadius(Planetoid planetoid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the radius of planetoid. Throws: asteroids.util.ModelException getPlanetoidMass public double getPlanetoidMass(Planetoid planetoid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the mass of planetoid. Throws: asteroids.util.ModelException getPlanetoidTotalTraveledDistance public double getPlanetoidTotalTraveledDistance(Planetoid planetoid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the total traveled distance of planetoid. Throws: asteroids.util.ModelException getPlanetoidWorld public World getPlanetoidWorld(Planetoid planetoid) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Return the world in which planetoid is positioned. Throws: asteroids.util.ModelException getShipProgram public Program getShipProgram(Ship ship) throws asteroids.util.ModelException PROGRAMS Throws: asteroids.util.ModelException loadProgramOnShip public void loadProgramOnShip(Ship ship, Program program) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Load the given program on the given ship. Throws: asteroids.util.ModelException executeProgram public java.util.List<java.lang.Object> executeProgram(Ship ship, double dt) throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Execute the program loaded on the given ship during the given period of time. The ship is positioned in some world. Returns null if the program is not completely executed. Otherwise, returns the objects that have been printed. This method is only used in the tests. The GUI never calls this method, only the IFacade.evolve(World, double, asteroids.part2.CollisionListener) method. Throws: asteroids.util.ModelException createProgramFactory public asteroids.part3.programs.IProgramFactory<?,?,?,? extends Program> createProgramFactory() throws asteroids.util.ModelException Description copied from interface: asteroids.part3.facade.IFacade Creates a new program factory. Throws: asteroids.util.ModelException

Class Facade

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

Facade

Method Detail

createShip

createShip

createShip

terminateShip

isTerminatedShip

getShipMass

getShipWorld

isShipThrusterActive

setThrusterActive

getShipAcceleration

move

createBullet

terminateBullet

isTerminatedBullet

getBulletPosition

getBulletVelocity

getBulletRadius

getBulletMass

getBulletWorld

getBulletShip

getBulletSource

createWorld

terminateWorld

isTerminatedWorld

getWorldSize

getWorldShips

getWorldBullets

addShipToWorld

removeShipFromWorld

addBulletToWorld

removeBulletFromWorld

getBulletsOnShip

getNbBulletsOnShip

loadBulletOnShip

loadBulletsOnShip

removeBulletFromShip

fireBullet

getShipPosition

getTimeCollisionBoundary

getPositionCollisionBoundary

getTimeCollisionEntity

getPositionCollisionEntity

getTimeNextCollision

getPositionNextCollision

evolve

getEntityAt

getEntities

thrust

getShipVelocity

getShipRadius

getShipOrientation

turn

getDistanceBetween

overlap

getTimeToCollision

getCollisionPosition

getNbStudentsInTeam

getWorldAsteroids

addAsteroidToWorld

removeAsteroidFromWorld

getWorldPlanetoids

addPlanetoidToWorld

removePlanetoidFromWorld

createAsteroid

terminateAsteroid

isTerminatedAsteroid

getAsteroidPosition

getAsteroidVelocity

getAsteroidRadius

getAsteroidMass

getAsteroidWorld

createPlanetoid

terminatePlanetoid