Uses of Class
physics.LineSegment

Packages that use LineSegment

gizmoball.board
gizmoball.shape
physics

Uses of LineSegment in gizmoball.board

Methods in gizmoball.board with parameters of type LineSegment

double	ExtenderGizmo.getExpansionSpeed(LineSegment ls) returns the speed in which the side is expanding, ie the speed at which it changes its length.
Vect	ExtenderGizmo.getVelocity(LineSegment ls) returns the velocity of one of the sides of the extender.

Uses of LineSegment in gizmoball.shape

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

java.util.List<LineSegment>	UnionShape.getLineSegments() returns list of LineSegments constituting UnionShape
java.util.List<LineSegment>	Shape.getLineSegments() This method should return a list of LineSegment objects used to compose this shape.
java.util.List<LineSegment>	Polygon.getLineSegments() Returns a list of LineSegment objects present in polygon, consisting of edges in polygon
java.util.List<LineSegment>	Circle09.getLineSegments() returns a list of edges in the object, consisting of the empty list

Methods in gizmoball.shape with parameters of type LineSegment

static boolean	ShapeGeometry.lineSegmentContainsPoint(LineSegment s, Vect v)
static boolean	ShapeGeometry.lineSegmentsIntersect(LineSegment s1, LineSegment s2) This method tests whether the two line segments intersect
static boolean	ShapeGeometry.lineSegmentsIntersectProper(LineSegment s1, LineSegment s2)
static Vect	ShapeGeometry.midPoint(LineSegment s)

Uses of LineSegment in physics

Methods in physics that return LineSegment

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.

Methods in physics with parameters of type LineSegment

boolean	LineSegment.equals(LineSegment ls)
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	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.
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.
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.