Uses of Class
sjm.examples.sling.SlingFunction

Packages that use SlingFunction

sjm.examples.sling

Uses of SlingFunction in sjm.examples.sling

Subclasses of SlingFunction in sjm.examples.sling

class	Abs This class wraps an absolute value function around another source function.
class	Arithmetic This class wraps an arithmetic function around two source functions.
class	Cartesian This class combines the y component of each of two source functions to form a new two-dimensional function.
class	Ceil This class wraps a ceil function around another source function.
class	Cos This class wraps a cos function around another source function.
class	Floor This class wraps a floor function around another source function.
class	Point Objects of this class store two numbers that effectively determine a point in two-dimensional space.
class	Polar This class represents the location of a sling stone in terms of the length of a sling's strap, and the angle (in radians) around the slinger's head.
class	Random Objects of this class return a random number between 0 and 1 when asked for their value.
class	Scale A scale represents the relationship of two temporal variables that vary linearly with each other.
class	Sin This class wraps a sin function around another source function.
class	Slider This class holds a JSlider component, and returns the the slider's value in its f(t) call.
class	Sling This class represents the location of a sling stone in terms of the length of a sling's strap, and the speed of the stone's rotation around the slinger's head.
class	T This class represents time, which the Sling environment defines to vary from 0 to 1 as a plot unfolds.
class	Tan This class wraps a tan function around another source function.
class	Variable A variable is a named place that can store another function.

Fields in sjm.examples.sling declared as SlingFunction

protected SlingFunction[]	SlingFunction.source
protected SlingFunction	AddFunctionCommand.f
protected SlingFunction	FunctionAssembler.function
protected SlingFunction	AssignFunctionCommand.f
protected SlingFunction	Renderable.function
protected SlingFunction	Renderable.nLine
protected SlingFunction	FunctionComparison.f0
protected SlingFunction	FunctionComparison.f1

Methods in sjm.examples.sling that return SlingFunction

SlingFunction	SlingFunction.eval() Creates a new version of an object, evaluating any variables in the object's subfunctions to non-variable values.
SlingFunction	SlingFunction.fresh() Creates a copy of the object and initializes the source array to an array of the right length, but leaves the elements of the array empty.
SlingFunction	Variable.eval() Return the value of the contents of this variable.

Methods in sjm.examples.sling with parameters of type SlingFunction

protected Parser	SlingParser.noArgs(java.lang.String name, SlingFunction f)
protected Parser	SlingParser.oneArg(java.lang.String name, SlingFunction f)
protected Parser	SlingParser.twoArg(java.lang.String name, SlingFunction f)
void	Variable.setValue(SlingFunction f) Sets the value of the variable to the given function.

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

SlingFunction.SlingFunction(SlingFunction[] source)
Construct a function that wraps the provided functions.

SlingFunction.SlingFunction(SlingFunction source)
Construct a function that wraps the provided function.

SlingFunction.SlingFunction(SlingFunction source0, SlingFunction source1)
Construct a function that wraps the provided functions.

AddFunctionCommand.AddFunctionCommand(RenderableCollection renderables, SlingFunction f, Variable nLine)
Construct a command to add the supplied function to the supplied function collection.

Sin.Sin(SlingFunction source)
Constructs a function object that wraps a sin function around the given source function.

Arithmetic.Arithmetic(char operator, SlingFunction a, SlingFunction b)
Constructs a function object that is the sum, difference, quotient, product or remainder (depending on the operator) of the supplied functions.

FunctionAssembler.FunctionAssembler(SlingFunction function)
Construct a new function assembler, using the provided function as a prototype.

Cartesian.Cartesian(SlingFunction sX, SlingFunction sY)
Constructs a function object that combines the y components of the two sources into the x and y values of a new function.

Scale.Scale(SlingFunction bFrom, SlingFunction bTo)
Constructs scale((0, 0), t, (1, 1), bFrom, bTo) .

Scale.Scale(SlingFunction aFrom, SlingFunction a, SlingFunction aTo, SlingFunction bFrom, SlingFunction bTo)
Constructs scale(aFrom, a, aTo, bFrom, bTo).

Polar.Polar(SlingFunction radius, SlingFunction theta)
Constructs a polar function object from the given sources,using the y component of the first function as a sling's strap length, and the y component of the second function as the sling's angle.

Sling.Sling(SlingFunction radius, SlingFunction speed)
Constructs a sling from the given sources, using the y component of the first function as a sling's strap length, and the y component of the second function as the sling's speed.

AssignFunctionCommand.AssignFunctionCommand(Variable v, SlingFunction f)
Construct a command to assign the supplied function to the supplied variable.

Abs.Abs(SlingFunction source)
Constructs a function object that wraps an abs function around the given source function.

Renderable.Renderable(SlingFunction function, SlingFunction nLine)
Create a function that will be rendered with the given number of lines.

Floor.Floor(SlingFunction source)
Constructs a function object that wraps a floor function around the given source function.

Ceil.Ceil(SlingFunction source)
Constructs a function object that wraps a ceil function around the given source function.

Tan.Tan(SlingFunction source)
Constructs a function object that wraps a tan function around the given source function.

FunctionComparison.FunctionComparison(java.lang.String operator, SlingFunction f0, SlingFunction f1)
Create a comparison with the specified operator and comparison functions.

Cos.Cos(SlingFunction source)
Constructs a function object that wraps a cos function around the given source function.