Uses of Class
physics.Vect

Packages that use Vect

gizmoball.board
gizmoball.shape
physics

Uses of Vect in gizmoball.board

Methods in gizmoball.board that return Vect

Vect	RotatingGizmo.getCenterOfRotation() returns the center of rotation of the gizmo.
Vect	ExtenderGizmo.getUpperLeft() returns the location of the upper left corner of the square (the upper-left point of the extender's shape at its smallest size).
Vect	Ball.getVelocity() returns the velocity of the ball.
Vect	ExtenderGizmo.getVelocity(Circle c) returns the velocity of one of the vertices of the extender.
Vect	ExtenderGizmo.getVelocity(LineSegment ls) returns the velocity of one of the sides of the extender.

Methods in gizmoball.board with parameters of type Vect

Absorber	GizmoBoard.addAbsorber(java.lang.String name, java.awt.Color color, Vect upperLeftCorner, double height, double width, Vect launchVelocity) adds an absorber to the board.
Ball	GizmoBoard.addBall(java.lang.String name, java.awt.Color color, Vect center, Vect velocity, double radius) adds a ball to the board
ExtenderGizmo	GizmoBoard.addExtender(java.lang.String name, java.awt.Color color, Vect upperLeft, double squareLength, double xSpanOfMotion, double ySpanOfMotion, double velocity, double pausingTime)
Ball	GizmoBoard.addGhostBall(java.lang.String name, java.awt.Color color, Vect center, Vect velocity, double radius) adds a ghost ball to the board.
RotatingGizmo	GizmoBoard.addLeftFlipper(java.lang.String name, java.awt.Color color, Vect topCenter, double distanceBetweenCenters, double radius) adds a left flipper to the board.
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 distanceBetweenCenter, double radius) adds a right 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.
java.lang.Boolean	GizmoBoard.canAddAbsorber(Vect upperLeftCorner, double height, double width) checks if an absorber with the given properties can be added to the board.
boolean	GizmoBoard.canAddBall(double radius, Vect center) checks if a ball with the given center and radius can be added to the board.
java.lang.Boolean	GizmoBoard.canAddExtender(Vect upperLeft, double squareLength, double xSpanOfMotion, double ySpanOfMotion) checks if an extender with the given properties can be added to the baord.
boolean	GizmoBoard.canAddGhostBall(double radius, Vect center) checks if a ghost ball with the given center and radius can be added to the board.
boolean	GizmoBoard.canAddLeftFlipper(Vect topCenter, double distanceBetweenCenters, double radius) checks if a left flipper with the given properties can be added 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) checks if a right 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.canMoveGizmo(Gizmo g, Vect vector)
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	Ball.changeCenter(Vect loc) moves the center of the ball to a new location.
java.util.List<Gizmo>	GizmoBoard.getGizmoAt(Vect pt) returns a list of gizmos that are at the location specified.
boolean	GizmoBoard.moveGizmo(Gizmo g, Vect vector)
void	GizmoBoard.RotateGizmo(Gizmo g, Angle angle, Vect centerOfRotation)
void	Ball.setVelocity(Vect v) sets the velocity of the ball.

Constructors in gizmoball.board with parameters of type Vect

Absorber(java.lang.String name, java.awt.Color color, Polygon poly, Vect launchVelocity, GizmoBoard board)
Constructs a new Absorber gizmo.

Ball(java.lang.String name, java.awt.Color color, double radius, Vect initialLocation, Vect velocity, boolean inAbsorber, boolean ghostBall)
constructs a Ball object.

ExtenderGizmo(java.lang.String name, java.awt.Color color, Vect upperLeft, double squareLength, double xSpanOfMotion, double ySpanOfMotion, double velocity, double pausingTime, java.lang.Boolean isStationary)
constructs a new ExtenderGizmo object.

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 Vect in gizmoball.shape

Methods in gizmoball.shape that return Vect

Vect	Circle09.getCenter()
Vect	FlipperShape.getCenter1()
Vect	FlipperShape.getCenter2()
Vect	UnionShape.maxXY() Returns the maximum coordinates of a bounding rectangle of the shape
Vect	Shape.maxXY()
Vect	Polygon.maxXY() Returns the maximum coordinates for a bounding rectangle of the polygon.
Vect	Circle09.maxXY() Returns the maximum coordinates for a bounding rectangle around the circle
static Vect	ShapeGeometry.midPoint(LineSegment s)
Vect	UnionShape.minXY() Returns the minimum coordinates for a bounding rectangle of the shape
Vect	Shape.minXY()
Vect	Polygon.minXY() Returns the minimum coordinates for a bounding rectangle of the polygon.
Vect	Circle09.minXY() Returns the minimum coordinates for a bounding rectangle around the circle

Methods in gizmoball.shape that return types with arguments of type Vect

java.util.List<Vect>	FlipperShape.getRectVertices()
java.util.List<Vect>	Polygon.getVertices()

Methods in gizmoball.shape with parameters of type Vect

boolean	UnionShape.containsPoint(Vect pt) returns true iff shape contains specified point
boolean	Shape.containsPoint(Vect pt)
boolean	Polygon.containsPoint(Vect pt) Returns true iff the specified point is in the interior of the polygon.
boolean	Circle09.containsPoint(Vect pt)
static boolean	ShapeGeometry.lineSegmentContainsPoint(LineSegment s, Vect v)
static Polygon	Polygon.makeRectangle(Vect upperLeft, double width, double height) makes a rectangle at the specified location with the specified length and width
static Polygon	Polygon.makeRightTriangle45(Vect upperLeft, double length) Constructs a 45-45-90 triangle with the right angle in the bottom left
static Polygon	Polygon.makeSquare(Vect upperLeft, double length) Returns a polygon that is a square whose upperleft corner is specified by upperLeft and whose side lengths are specified by length
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
UnionShape	UnionShape.translate(Vect v) returns a new UnionShape translated by specified vector.
Shape	Shape.translate(Vect v) This method translates a shape by an arbitrary vector and returns the new shape
Polygon	Polygon.translate(Vect v) Translates the polygon by a Vect v and returns the new polygon object
FlipperShape	FlipperShape.translate(Vect v) Translates shape by vector v and returns new shape
Circle09	Circle09.translate(Vect v) translates the circle by vector v and returns the new circle

Method parameters in gizmoball.shape with type arguments of type Vect

static boolean

Polygon.canCreatePoly(java.util.List<Vect> vertexList)

Constructors in gizmoball.shape with parameters of type Vect

Circle09(Vect center, double r)
Constructs a circle given center vector and positive radius

FlipperShape(Vect center1, Vect center2, double radius)
Constructer for FlipperShape

Constructor parameters in gizmoball.shape with type arguments of type Vect

Polygon(java.util.List<Vect> vertexList)
Constructor for polygon taking a list of vertices as input.

Uses of Vect in physics

Fields in physics declared as Vect

Vect	Geometry.VectPair.v1
Vect	Geometry.VectPair.v2
static Vect	Vect.X_HAT A unit vector in the positive x direction
static Vect	Vect.Y_HAT A unit vector in the positive y direction
static Vect	Vect.ZERO A Vect with zero length

Methods in physics that return Vect

Vect	GeometryInterface.applyReflectionCoeff(Vect incidentVect, Vect reflectedVect, double rCoeff) Specified by Geometry.applyReflectionCoeff
Vect	GeometryImpl.applyReflectionCoeff(Vect incidentVect, Vect reflectedVect, double rCoeff)
Vect	GeometryCompare.applyReflectionCoeff(Vect incidentVect, Vect reflectedVect, double rCoeff)
static Vect	Geometry.applyReflectionCoeff(Vect incidentVect, Vect reflectedVect, double rCoeff) Accounts for the effects of inelastic collisions given the intial and resulting velocities of the collision assuming elasticity.
Vect	Circle.getCenter()
Vect	Vect.minus(Vect b)
Vect	Vect.neg()
Vect	LineSegment.p1()
Vect	LineSegment.p2()
Vect	GeometryInterface.perpendicularPoint(LineSegment line, Vect point) Specified by Geometry.perpendicularPoint
Vect	GeometryImpl.perpendicularPoint(LineSegment line, Vect point)
Vect	GeometryCompare.perpendicularPoint(LineSegment line, Vect point)
static Vect	Geometry.perpendicularPoint(LineSegment line, Vect point) Returns the point on line which forms a line with point that is perpendicular to line.
Vect	GeometryInterface.perpendicularPointWholeLine(LineSegment line, Vect point) Specified by Geometry.perpendicularPointWholeLine
Vect	GeometryImpl.perpendicularPointWholeLine(LineSegment line, Vect point)
Vect	GeometryCompare.perpendicularPointWholeLine(LineSegment line, Vect point)
static Vect	Geometry.perpendicularPointWholeLine(LineSegment line, Vect point) Returns the point on the infinitly long line represented by line which forms a line with point that is perpendicular to line.
Vect	Vect.plus(Vect b)
Vect	Vect.projectOn(Vect b) Returns the projection of this onto b
Vect	GeometryInterface.reflectCircle(Vect circle, Vect ball, Vect velocity) Specified by Geometry.reflectCircle
Vect	GeometryImpl.reflectCircle(Vect circle, Vect ball, Vect velocity)
Vect	GeometryCompare.reflectCircle(Vect circle, Vect ball, Vect velocity)
static Vect	Geometry.reflectCircle(Vect circle, Vect ball, Vect velocity) Computes the new velocity of a ball reflecting off of a circle.
Vect	GeometryInterface.reflectCircle(Vect circle, Vect ball, Vect velocity, double reflectionCoeff) Specified by Geometry.reflectCircle
Vect	GeometryImpl.reflectCircle(Vect circle, Vect ball, Vect velocity, double reflectionCoeff)
Vect	GeometryCompare.reflectCircle(Vect circle, Vect ball, Vect velocity, double reflectionCoeff)
static Vect	Geometry.reflectCircle(Vect circle, Vect ball, Vect velocity, double reflectionCoeff) Computes the new velocity of a ball reflecting off of a circle.
Vect	GeometryInterface.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity) Specified by Geometry.reflectRotatingCircle
Vect	GeometryImpl.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity)
Vect	GeometryCompare.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity)
static Vect	Geometry.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity) Computes the new velocity of a ball reflected off of a rotating circle.
Vect	GeometryInterface.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff) Specified by Geometry.reflectRotatingCircle
Vect	GeometryImpl.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff)
Vect	GeometryCompare.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff)
static Vect	Geometry.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff) Computes the new velocity of a ball reflected off of a rotating circle.
Vect	GeometryInterface.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity) Specified by Geometry.reflectRotatingWall
Vect	GeometryImpl.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity)
Vect	GeometryCompare.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity)
static Vect	Geometry.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity) Computes the new velocity of a ball reflecting off of a wall which is rotating about a point with constant angular velocity.
Vect	GeometryInterface.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff) Specified by Geometry.reflectRotatingWall
Vect	GeometryImpl.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff)
Vect	GeometryCompare.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff)
static Vect	Geometry.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff) Computes the new velocity of a ball reflecting off of a wall which is rotating about a point with constant angular velocity.
Vect	GeometryInterface.reflectWall(LineSegment line, Vect velocity) Specified by Geometry.reflectWall
Vect	GeometryImpl.reflectWall(LineSegment line, Vect velocity)
Vect	GeometryCompare.reflectWall(LineSegment line, Vect velocity)
static Vect	Geometry.reflectWall(LineSegment line, Vect velocity) Computes the new velocity of a ball after bouncing (reflecting) off a wall.
Vect	GeometryInterface.reflectWall(LineSegment line, Vect velocity, double reflectionCoeff) Specified by Geometry.reflectWall
Vect	GeometryImpl.reflectWall(LineSegment line, Vect velocity, double reflectionCoeff)
Vect	GeometryCompare.reflectWall(LineSegment line, Vect velocity, double reflectionCoeff)
static Vect	Geometry.reflectWall(LineSegment line, Vect velocity, double reflectionCoeff) Computes the new velocity of a ball after bouncing (reflecting) off a wall.
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)
Vect	Vect.times(double amt)
Vect	Vect.unitSize()

Methods in physics with parameters of type Vect

Vect	GeometryInterface.applyReflectionCoeff(Vect incidentVect, Vect reflectedVect, double rCoeff) Specified by Geometry.applyReflectionCoeff
Vect	GeometryImpl.applyReflectionCoeff(Vect incidentVect, Vect reflectedVect, double rCoeff)
Vect	GeometryCompare.applyReflectionCoeff(Vect incidentVect, Vect reflectedVect, double rCoeff)
static Vect	Geometry.applyReflectionCoeff(Vect incidentVect, Vect reflectedVect, double rCoeff) Accounts for the effects of inelastic collisions given the intial and resulting velocities of the collision assuming elasticity.
double	Vect.distanceSquared(Vect b)
double	GeometryInterface.distanceSquared(Vect v1, Vect v2) Specified by Geometry.distanceSquared
double	GeometryImpl.distanceSquared(Vect v1, Vect v2)
double	GeometryCompare.distanceSquared(Vect v1, Vect v2)
static double	Geometry.distanceSquared(Vect v1, Vect v2)
double	Vect.dot(Vect b)
boolean	Vect.equals(Vect v)
Vect	Vect.minus(Vect b)
Vect	GeometryInterface.perpendicularPoint(LineSegment line, Vect point) Specified by Geometry.perpendicularPoint
Vect	GeometryImpl.perpendicularPoint(LineSegment line, Vect point)
Vect	GeometryCompare.perpendicularPoint(LineSegment line, Vect point)
static Vect	Geometry.perpendicularPoint(LineSegment line, Vect point) Returns the point on line which forms a line with point that is perpendicular to line.
Vect	GeometryInterface.perpendicularPointWholeLine(LineSegment line, Vect point) Specified by Geometry.perpendicularPointWholeLine
Vect	GeometryImpl.perpendicularPointWholeLine(LineSegment line, Vect point)
Vect	GeometryCompare.perpendicularPointWholeLine(LineSegment line, Vect point)
static Vect	Geometry.perpendicularPointWholeLine(LineSegment line, Vect point) Returns the point on the infinitly long line represented by line which forms a line with point that is perpendicular to line.
Vect	Vect.plus(Vect b)
Vect	Vect.projectOn(Vect b) Returns the projection of this onto b
Geometry.VectPair	GeometryInterface.reflectBalls(Vect center1, double mass1, Vect velocity1, Vect center2, double mass2, Vect velocity2) Specified by Geometry.reflectBalls
Geometry.VectPair	GeometryImpl.reflectBalls(Vect center1, double mass1, Vect velocity1, Vect center2, double mass2, Vect velocity2)
Geometry.VectPair	GeometryCompare.reflectBalls(Vect center1, double mass1, Vect velocity1, Vect center2, double mass2, Vect velocity2)
static Geometry.VectPair	Geometry.reflectBalls(Vect center1, double mass1, Vect velocity1, Vect center2, double mass2, Vect velocity2) Computes the resulting velocities of two balls which collide.
Vect	GeometryInterface.reflectCircle(Vect circle, Vect ball, Vect velocity) Specified by Geometry.reflectCircle
Vect	GeometryImpl.reflectCircle(Vect circle, Vect ball, Vect velocity)
Vect	GeometryCompare.reflectCircle(Vect circle, Vect ball, Vect velocity)
static Vect	Geometry.reflectCircle(Vect circle, Vect ball, Vect velocity) Computes the new velocity of a ball reflecting off of a circle.
Vect	GeometryInterface.reflectCircle(Vect circle, Vect ball, Vect velocity, double reflectionCoeff) Specified by Geometry.reflectCircle
Vect	GeometryImpl.reflectCircle(Vect circle, Vect ball, Vect velocity, double reflectionCoeff)
Vect	GeometryCompare.reflectCircle(Vect circle, Vect ball, Vect velocity, double reflectionCoeff)
static Vect	Geometry.reflectCircle(Vect circle, Vect ball, Vect velocity, double reflectionCoeff) Computes the new velocity of a ball reflecting off of a circle.
Vect	GeometryInterface.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity) Specified by Geometry.reflectRotatingCircle
Vect	GeometryImpl.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity)
Vect	GeometryCompare.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity)
static Vect	Geometry.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity) Computes the new velocity of a ball reflected off of a rotating circle.
Vect	GeometryInterface.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff) Specified by Geometry.reflectRotatingCircle
Vect	GeometryImpl.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff)
Vect	GeometryCompare.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff)
static Vect	Geometry.reflectRotatingCircle(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff) Computes the new velocity of a ball reflected off of a rotating circle.
Vect	GeometryInterface.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity) Specified by Geometry.reflectRotatingWall
Vect	GeometryImpl.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity)
Vect	GeometryCompare.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity)
static Vect	Geometry.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity) Computes the new velocity of a ball reflecting off of a wall which is rotating about a point with constant angular velocity.
Vect	GeometryInterface.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff) Specified by Geometry.reflectRotatingWall
Vect	GeometryImpl.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff)
Vect	GeometryCompare.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff)
static Vect	Geometry.reflectRotatingWall(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity, double reflectionCoeff) Computes the new velocity of a ball reflecting off of a wall which is rotating about a point with constant angular velocity.
Vect	GeometryInterface.reflectWall(LineSegment line, Vect velocity) Specified by Geometry.reflectWall
Vect	GeometryImpl.reflectWall(LineSegment line, Vect velocity)
Vect	GeometryCompare.reflectWall(LineSegment line, Vect velocity)
static Vect	Geometry.reflectWall(LineSegment line, Vect velocity) Computes the new velocity of a ball after bouncing (reflecting) off a wall.
Vect	GeometryInterface.reflectWall(LineSegment line, Vect velocity, double reflectionCoeff) Specified by Geometry.reflectWall
Vect	GeometryImpl.reflectWall(LineSegment line, Vect velocity, double reflectionCoeff)
Vect	GeometryCompare.reflectWall(LineSegment line, Vect velocity, double reflectionCoeff)
static Vect	Geometry.reflectWall(LineSegment line, Vect velocity, double reflectionCoeff) Computes the new velocity of a ball after bouncing (reflecting) off a wall.
protected IntervalList	SimpleGeometry.restrictSearchInterval(IntervalList intervals, double inner_radius, double outer_radius, double phi_1, double phi_2, double omega, Vect center, Circle ball, Vect velocity)
protected IntervalList	GeometryImpl.restrictSearchInterval(IntervalList intervals, double inner_radius, double outer_radius, double phi_1, double phi_2, double omega, Vect center, Circle ball, Vect velocity) Given the path of a ball and the path of something rotating in a circle, restricts the possible time periods during which they might collide by doing some crazy confusing analysis originally concocted by Professor Ernst.
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.
double	GeometryInterface.timeUntilBallBallCollision(Circle ball1, Vect vel1, Circle ball2, Vect vel2) Specified by Geometry.timeUntilBallBallCollision
double	GeometryImpl.timeUntilBallBallCollision(Circle ball1, Vect vel1, Circle ball2, Vect vel2)
double	GeometryCompare.timeUntilBallBallCollision(Circle ball1, Vect vel1, Circle ball2, Vect vel2)
static double	Geometry.timeUntilBallBallCollision(Circle ball1, Vect vel1, Circle ball2, Vect vel2) Computes the time until two balls collide.
double	GeometryInterface.timeUntilCircleCollision(Circle circle, Circle ball, Vect velocity) Specified by Geometry.timeUntilCircleCollision
double	GeometryImpl.timeUntilCircleCollision(Circle circle, Circle ball, Vect velocity)
double	GeometryCompare.timeUntilCircleCollision(Circle circle, Circle ball, Vect velocity)
static double	Geometry.timeUntilCircleCollision(Circle circle, Circle ball, Vect velocity) Computes the time until a ball represented by a circle, travelling at a specified velocity collides with a specified circle.
Geometry.DoublePair	GeometryInterface.timeUntilCircleCollision(Circle circle, Vect point, Vect velocity) Specified by Geometry.timeUntilCircleCollision
Geometry.DoublePair	GeometryImpl.timeUntilCircleCollision(Circle circle, Vect point, Vect velocity)
Geometry.DoublePair	GeometryCompare.timeUntilCircleCollision(Circle circle, Vect point, Vect velocity)
static Geometry.DoublePair	Geometry.timeUntilCircleCollision(Circle circle, Vect point, Vect velocity) Computes the times when the point moving along the given trajectory will intersect the given circle
double	GeometryInterface.timeUntilRotatingCircleCollision(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity) Specified by Geometry.timeUntilRotatingCircleCollision
double	GeometryImpl.timeUntilRotatingCircleCollision(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity)
double	GeometryCompare.timeUntilRotatingCircleCollision(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity)
static double	Geometry.timeUntilRotatingCircleCollision(Circle circle, Vect center, double angularVelocity, Circle ball, Vect velocity) Computes the time until a ball travelling at a specified velocity collides with a rotating circle.
double	GeometryInterface.timeUntilRotatingWallCollision(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity) Specified by Geometry.timeUntilRotatingWallCollision
double	GeometryImpl.timeUntilRotatingWallCollision(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity)
double	GeometryCompare.timeUntilRotatingWallCollision(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity)
static double	Geometry.timeUntilRotatingWallCollision(LineSegment line, Vect center, double angularVelocity, Circle ball, Vect velocity) Computes the time until a ball travelling at a specified velocity collides with a rotating line segment.
double	GeometryInterface.timeUntilWallCollision(LineSegment line, Circle ball, Vect velocity) Specified by Geometry.timeUntilWallCollision
double	GeometryImpl.timeUntilWallCollision(LineSegment line, Circle ball, Vect velocity)
double	GeometryCompare.timeUntilWallCollision(LineSegment line, Circle ball, Vect velocity)
static double	Geometry.timeUntilWallCollision(LineSegment line, Circle ball, Vect velocity) Computes the time until a ball, represented by a circle, travelling at a specified velocity collides with a specified line segment.

Constructors in physics with parameters of type Vect

Circle(Vect center, double r)

Geometry.VectPair(Vect v1, Vect v2)
Creates a VectPair with v1 and v2 as given

LineSegment(Vect p1, Vect p2)