Uses of Class
com.threerings.math.Rect

Packages that use Rect
com.threerings.math Model and animation configurations. 
com.threerings.tudey.data Tudey data. 
com.threerings.tudey.server   
com.threerings.tudey.shape   
com.threerings.tudey.space   
com.threerings.tudey.util   
 

Uses of Rect in com.threerings.math
 

Fields in com.threerings.math declared as Rect
static Rect Rect.EMPTY
          The empty rect.
static Rect Rect.MAX_VALUE
          A rect that's as large as rects can get.
static Rect Rect.ZERO
          The zero rect.
 

Methods in com.threerings.math that return Rect
 Rect Rect.add(Rect other)
          Expands this rectangle to include the bounds of another rectangle.
 Rect Rect.add(Rect other, Rect result)
          Expands this rectangle to include the bounds of another rectangle, placing the result in the object provided.
 Rect Rect.add(Vector2f point)
          Expands this rectangle to include the specified point.
 Rect Rect.add(Vector2f point, Rect result)
          Expands this rectangle to include the specified point, placing the result in the object provided.
 Rect Rect.addLocal(Rect other)
          Expands this rectangle to include the bounds of another rectangle.
 Rect Rect.addLocal(Vector2f point)
          Expands this rectangle in-place to include the specified point.
 Rect Rect.expand(float x, float y)
          Expands the rectangle by the specified amounts.
 Rect Rect.expand(float x, float y, Rect result)
          Expands the rectangle by the specified amounts, placing the result in the object provided.
 Rect Rect.expandLocal(float x, float y)
          Expands the rectangle in-place by the specified amounts.
 Rect Rect.fromPoints(Vector2f... points)
          Initializes this rectangle with the extents of an array of points.
 Rect Rect.intersect(Rect other)
          Finds the intersection between this rectangle and another rectangle.
 Rect Rect.intersect(Rect other, Rect result)
          Finds the intersection between this rectangle and another rectangle and places the result in the provided object.
 Rect Rect.intersectLocal(Rect other)
          Finds the intersection between this rectangle and another rectangle and places the result in this rectangle.
 Rect Rect.set(Rect other)
          Copies the parameters of another rectangle.
 Rect Rect.set(Vector2f minExtent, Vector2f maxExtent)
          Sets the rectangle parameters to the values contained in the supplied vectors.
 Rect Rect.setToEmpty()
          Sets the parameters of the rectangle to the empty values (Vector2f.MAX_VALUE and Vector2f.MIN_VALUE for the minimum and maximum, respectively).
 Rect Rect.transform(Transform2D transform)
          Transforms this rectangle.
 Rect Rect.transform(Transform2D transform, Rect result)
          Transforms this rectangle, placing the result in the provided object.
 Rect Rect.transformLocal(Transform2D transform)
          Transforms this rectangle in-place.
 

Methods in com.threerings.math with parameters of type Rect
 Rect Rect.add(Rect other)
          Expands this rectangle to include the bounds of another rectangle.
 Rect Rect.add(Rect other, Rect result)
          Expands this rectangle to include the bounds of another rectangle, placing the result in the object provided.
 Rect Rect.add(Vector2f point, Rect result)
          Expands this rectangle to include the specified point, placing the result in the object provided.
 Rect Rect.addLocal(Rect other)
          Expands this rectangle to include the bounds of another rectangle.
 boolean Rect.contains(Rect other)
          Determines whether this rectangle completely contains the specified rectangle.
 Rect Rect.expand(float x, float y, Rect result)
          Expands the rectangle by the specified amounts, placing the result in the object provided.
 Rect Rect.intersect(Rect other)
          Finds the intersection between this rectangle and another rectangle.
 Rect Rect.intersect(Rect other, Rect result)
          Finds the intersection between this rectangle and another rectangle and places the result in the provided object.
 Rect Rect.intersectLocal(Rect other)
          Finds the intersection between this rectangle and another rectangle and places the result in this rectangle.
 boolean Rect.intersects(Rect other)
          Determines whether this rectangle intersects the specified other rectangle.
 Rect Rect.set(Rect other)
          Copies the parameters of another rectangle.
 Rect Rect.transform(Transform2D transform, Rect result)
          Transforms this rectangle, placing the result in the provided object.
 

Constructors in com.threerings.math with parameters of type Rect
Rect(Rect other)
          Copy constructor.
 

Uses of Rect in com.threerings.tudey.data
 

Methods in com.threerings.tudey.data with parameters of type Rect
 void TudeySceneModel.Entry.getBounds(ConfigManager cfgmgr, Rect result)
          Finds the bounds of the entry.
 void TudeySceneModel.TileEntry.getBounds(ConfigManager cfgmgr, Rect result)
           
 void TudeySceneModel.PlaceableEntry.getBounds(ConfigManager cfgmgr, Rect result)
           
 void TudeySceneModel.PathEntry.getBounds(ConfigManager cfgmgr, Rect result)
           
 void TudeySceneModel.AreaEntry.getBounds(ConfigManager cfgmgr, Rect result)
           
 

Uses of Rect in com.threerings.tudey.server
 

Methods in com.threerings.tudey.server that return Rect
 Rect TudeySceneManager.getDefaultLocalInterest()
          Returns the default untransformed area of interest region for clients.
 

Methods in com.threerings.tudey.server with parameters of type Rect
 Effect[] TudeySceneManager.getEffectsFired(PawnLogic target, Rect bounds)
          Returns an array containing all effects fired on the current tick whose influence regions intersect the provided bounds.
 void TudeySceneManager.getVisibleActors(PawnLogic target, Rect bounds, Collection<ActorLogic> results)
          Populates the supplied collection with references to all non-static actors visible to the specified target whose influence regions intersect the provided bounds.
 void TudeySceneManager.setDefaultLocalInterest(Rect interest)
          Sets the default untransformed area of interest region for clients.
 

Uses of Rect in com.threerings.tudey.shape
 

Methods in com.threerings.tudey.shape that return Rect
 Rect Shape.getBounds()
          Returns a reference to the bounds of the shape.
 

Methods in com.threerings.tudey.shape with parameters of type Rect
abstract  Shape.IntersectionType Shape.getIntersectionType(Rect rect)
          Checks whether the intersector intersects the specified rect.
 Shape.IntersectionType Segment.getIntersectionType(Rect rect)
           
 Shape.IntersectionType Polygon.getIntersectionType(Rect rect)
           
 Shape.IntersectionType Point.getIntersectionType(Rect rect)
           
 Shape.IntersectionType None.getIntersectionType(Rect rect)
           
 Shape.IntersectionType Global.getIntersectionType(Rect rect)
           
 Shape.IntersectionType Compound.getIntersectionType(Rect rect)
           
 Shape.IntersectionType Circle.getIntersectionType(Rect rect)
           
 Shape.IntersectionType Capsule.getIntersectionType(Rect rect)
           
 

Uses of Rect in com.threerings.tudey.space
 

Methods in com.threerings.tudey.space that return Rect
 Rect SpaceObject.getBounds()
          Returns a reference to the bounds of the object.
 Rect SimpleSpaceElement.getBounds()
           
 

Methods in com.threerings.tudey.space with parameters of type Rect
abstract  void Space.getElements(Rect bounds, Collection<SpaceElement> results)
          Retrieves all space elements whose bounds intersect the provided region.
 void SimpleSpace.getElements(Rect bounds, Collection<SpaceElement> results)
           
 void HashSpace.getElements(Rect bounds, Collection<SpaceElement> results)
           
 

Uses of Rect in com.threerings.tudey.util
 

Methods in com.threerings.tudey.util that return Rect
static Rect TudeySceneMetrics.getDefaultLocalInterest()
          Returns the default local interest region (as derived from the camera parameters).
static Rect TudeySceneMetrics.getLocalInterest(CameraConfig config, float aspect)
          Returns the local area of interest corresponding to the given camera parameters.
 



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