Uses of Class
sjm.examples.sling.Point

Packages that use Point

sjm.examples.sling

Uses of Point in sjm.examples.sling

Fields in sjm.examples.sling declared as Point

Point	Extrema.min
Point	Extrema.max
protected Point	SlingPanel.lowerLeft
protected Point	SlingPanel.upperRight

Methods in sjm.examples.sling that return Point

abstract Point	SlingFunction.f(double t) This is the function that all subclasses implement, so that each function class provides a two-dimensional function of time.
Point	Random.f(double t) Generate a random number r between 0 and 1, and return the point (t, r).
Point	Sin.f(double t) Returns, essentially, sin(source.f(t)).
Point	Arithmetic.f(double t) Returns the sum, difference, quotient, product or remainder (depending on the operator) of this object's source functions.
Point	Slider.f(double t) Returns, essentially, a slider's value, which should be a number between 0 and 1.
Point	Cartesian.f(double t) Combine the y components of the sources into a new point.
Point	T.f(double t) Returns the given time
Point	Scale.f(double t) Given the source functions aFrom, a, aTo, bFrom and bTo, this function varies from bFrom to bTo as "a" varies from aFrom to aTo.
Point	Polar.f(double t) Combine the y components of the sources into a new point, using the first source for the sling's strap length, and the second source for the stone's angle.
Point	Sling.f(double t) Combine the y components of the sources into a new point, using the first source for the sling's strap length, and the second source for the stone's speed.
Point	Abs.f(double t) Returns, essentially, abs(source.f(t)).
Point	Floor.f(double t) Returns, essentially, floor(source.f(t)).
Point	Variable.f(double t) Throws an InternalError.
Point	Ceil.f(double t) Returns, essentially, ceil(source.f(t)).
Point	Tan.f(double t) Returns, essentially, tan(source.f(t)).
Point	Point.f(double t) Points are not really functions at all, but the Point class subclasses SlingFunction so that they may serve in compositions of other functions.
Point	Cos.f(double t) Returns, essentially, cos(source.f(t)).

Constructors in sjm.examples.sling with parameters of type Point

Extrema.Extrema(Point min, Point max)
Creates a pair of points as a single value.