Uses of Class
physics.Angle

Packages that use Angle

gizmoball.board
gizmoball.shape
physics

Uses of Angle in gizmoball.board

Methods in gizmoball.board that return Angle

Angle	RotatingGizmo.getCurrentAngle() returns the current angle that the rotating gizmo is at.
Angle	RotatingGizmo.getMaxAngle() returns the max angle that the gizmo can be rotated by.

Methods in gizmoball.board with parameters of type Angle

RotatingGizmo	GizmoBoard.addLeftFlipper(java.lang.String name, java.awt.Color color, Vect topCenter, double distanceBetweenCenters, double radius, Angle currentAngle) adds a left flipper to the board.
RotatingGizmo	GizmoBoard.addRightFlipper(java.lang.String name, java.awt.Color color, Vect topCenter, double distanceBetweenCenters, double radius, Angle currentAngle) adds a right flipper to the board.
boolean	GizmoBoard.canAddLeftFlipper(Vect topCenter, double distanceBetweenCenters, double radius, Angle currentAngle) checks if a left flipper with the given properties can be added to the board.
boolean	GizmoBoard.canAddRightFlipper(Vect topCenter, double distanceBetweenCenters, double radius, Angle currentAngle) checks if a right flipper with the given properties can be added to the board.
boolean	GizmoBoard.canRotateGizmo(Gizmo g, Angle angle, Vect centerOfRotation) checks if the given gizmo can rotate by the given angle and around the given center of rotation.
void	GizmoBoard.RotateGizmo(Gizmo g, Angle angle, Vect centerOfRotation)

Constructors in gizmoball.board with parameters of type Angle

RotatingGizmo(java.lang.String name, java.awt.Color color, Shape shape, double rotatingVel, double currentRotVel, Polygon enclosingPoly, Vect centerOfRotation, Angle maxAngle, Angle currentAngle)
Constructs a RotatingGizmo object

Uses of Angle in gizmoball.shape

Methods in gizmoball.shape with parameters of type Angle

UnionShape	UnionShape.rotate(Angle theta, Vect centerOfRotation) returns a new UnionShape rotated by specified angle around center of rotation
Shape	Shape.rotate(Angle theta, Vect centerOfRotation) This method rotates a shape around an arbitrary point and returns the new shape
Polygon	Polygon.rotate(Angle theta, Vect centerOfRotation) Rotates the polygon by an Angle theta around an arbitrary point centerOfRotation and returns the new Polygon object
FlipperShape	FlipperShape.rotate(Angle theta, Vect centerOfRotation) Rotates shape around Angle theta and center of rotation and returns the new shape
Circle09	Circle09.rotate(Angle theta, Vect centerOfRotation) rotates the circle by angle theta about a point and returns the new circle

Uses of Angle in physics

Fields in physics declared as Angle

static Angle	Angle.DEG_135 A 135-degree angle
static Angle	Angle.DEG_180 A 180-degree angle
static Angle	Angle.DEG_225 A 225-degree angle
static Angle	Angle.DEG_270 A 270-degree angle
static Angle	Angle.DEG_315 A 315-degree angle
static Angle	Angle.DEG_45 A 45-degree angle
static Angle	Angle.DEG_90 A 90-degree angle
static Angle	Angle.RAD_PI An angle of pi radians
static Angle	Angle.RAD_PI_OVER_FOUR An angle of pi/4 radians
static Angle	Angle.RAD_PI_OVER_TWO An angle of pi/2 radians
static Angle	Angle.ZERO A zero-degree or zero-radian angle

Methods in physics that return Angle

Angle	Vect.angle()
Angle	LineSegment.angle()
Angle	Angle.minus(Angle a)
Angle	Angle.plus(Angle a)

Methods in physics with parameters of type Angle

int	Angle.compareTo(Angle c) Compares this object with the specified object for order.
boolean	Angle.equals(Angle a)
Angle	Angle.minus(Angle a)
Angle	Angle.plus(Angle a)
Circle	GeometryInterface.rotateAround(Circle circle, Vect cor, Angle a) Specified by Geometry.rotateAround
Circle	GeometryImpl.rotateAround(Circle circle, Vect cor, Angle a)
Circle	GeometryCompare.rotateAround(Circle circle, Vect cor, Angle a)
static Circle	Geometry.rotateAround(Circle circle, Vect cor, Angle a) Rotates the circle represented by circle by a around the center of rotation, cor, and returns the result.
LineSegment	GeometryInterface.rotateAround(LineSegment line, Vect cor, Angle a) Specified by Geometry.rotateAround
LineSegment	GeometryImpl.rotateAround(LineSegment line, Vect cor, Angle a)
LineSegment	GeometryCompare.rotateAround(LineSegment line, Vect cor, Angle a)
static LineSegment	Geometry.rotateAround(LineSegment line, Vect cor, Angle a) Rotates the line segment represented by line by a around the center of rotation, cor, and returns the result.
Vect	GeometryInterface.rotateAround(Vect point, Vect cor, Angle a) Specified by Geometry.rotateAround
Vect	GeometryImpl.rotateAround(Vect point, Vect cor, Angle a)
Vect	GeometryCompare.rotateAround(Vect point, Vect cor, Angle a)
static Vect	Geometry.rotateAround(Vect point, Vect cor, Angle a) Rotates the point represented by p by a around the center of rotation, cor, and returns the result.
Vect	Vect.rotateBy(Angle a)

Constructors in physics with parameters of type Angle

Vect(Angle angle)

Vect(Angle angle, double length)