Uses of Class
com.github.gbenroscience.parser.Function

Packages that use Function

Package	Description
com.github.gbenroscience.math.differentialcalculus
com.github.gbenroscience.math.numericalmethods
com.github.gbenroscience.parser	Classes designed to parse a mathematical expression.
com.github.gbenroscience.parser.turbo.tools
com.github.gbenroscience.util
com.github.gbenroscience.util.io

Uses of Function in com.github.gbenroscience.math.differentialcalculus

Methods in com.github.gbenroscience.math.differentialcalculus that return Function

Modifier and Type	Method	Description
Function	Parser.getFunction()

Methods in com.github.gbenroscience.math.differentialcalculus with parameters of type Function

Modifier and Type	Method	Description
static double	Derivative.eval(Function f, double xVal, int orderOfDiff)
static MathExpression.EvalResult	Derivative.eval(Function f, int orderOfDiff)
static MathExpression.EvalResult	Derivative.eval(Function f, String returnHandle, int orderOfDiff)

Uses of Function in com.github.gbenroscience.math.numericalmethods

Methods in com.github.gbenroscience.math.numericalmethods that return Function

Modifier and Type	Method	Description
Function	NumericalDerivative.getFunction()
Function	NumericalIntegral.getFunction()
Function	RootFinder.getFunction()
Function	NumericalDerivative.Parser.parseDerivativeCommand(String expression)

Methods in com.github.gbenroscience.math.numericalmethods with parameters of type Function

Modifier and Type	Method	Description
MappedExpander.DomainMap	MappedExpander.autoSelectMap(Function f, double a, double b)	Detection heuristic
static double	Integration.backward(Function intFunc, double lowerLimit, double upperLimit, int nIntervals)
void	FunctionExpander.ChebyshevForest.build(Function function, double a, double b)
void	FunctionExpander.ChebyshevForest1.build(Function function, double a, double b)
static double	Integration.foreward(Function integralFunc, double lowerLimit, double upperLimit, int nIntervals)
static double	Integration.forward(Function integralFunc, double lowerLimit, double upperLimit, int nIntervals)
static double	Integration.gaussQuad(Function intFunc, double lowerLimit, double upperLimit, int glPoints)
static double	Integration.gaussQuad(MethodHandle targetHandle, int varIndex, Function intFunc, double lowerLimit, double upperLimit, int glPoints)
double	NumericalIntegral.integrate(Function f)
double	NumericalIntegrator.integrate(Function f)	Compute definite integral of f from a to b.
double	MappedExpander.integrateAdaptive(Function f, MappedExpander.DomainMap map, double tol, int depth)
void	Integration.setFunction(Function intFunc)
void	NumericalDerivative.setFunction(Function function)
void	NumericalIntegral.setFunction(Function function)
final void	RootFinder.setFunction(Function function)
static double	Integration.trapezium(Function intFunc, double lowerLimit, double upperLimit, double accuracy, int maxIntervals)
static double	Integration.trapezium(Function intFunc, double lowerLimit, double upperLimit, int nIntervals)

Constructors in com.github.gbenroscience.math.numericalmethods with parameters of type Function

Modifier	Constructor	Description
	FunctionExpander(Function function, double lower, double upper, double tolerance)
	FunctionExpander(Function function, double lower, double upper, int degree)
	Integration(Function intFunc)
	Integration(Function intFunc, double lowerLimit, double upperLimit)
	MappedExpander(Function function, MappedExpander.DomainMap map, int N)	Uses Chebyshev Extrema nodes: u_k = cos(k * PI / N) for k = 0...N.
	NumericalDerivative(Function function, double xPoint)
	NumericalIntegral(Function f, double lower, double upper, int iterations, MethodHandle targetHandle, String[] vars, int[] slots)
	NumericalIntegral(Function f, MethodHandle methodHandle, String[] vars, int[] slots)
	NumericalIntegrator(Function function, MethodHandle gaussianHandle, double xLower, double xUpper, String[] vars, int[] slots)
	RootFinder(Function function)
	RootFinder(Function function, double x1)
	RootFinder(Function function, double x1, double x2)
	RootFinder(Function function, double x1, double x2, int iterations)

Uses of Function in com.github.gbenroscience.parser

Methods in com.github.gbenroscience.parser that return Function

Modifier and Type	Method	Description
Function	Function.copy()	Creates a deep copy of this Function instance.
static Function	Function.parse(String enc)
static Function	Function.storeAnonymousFunction(String expression)

Methods in com.github.gbenroscience.parser with parameters of type Function

Modifier and Type	Method	Description
MathExpression.EvalResult	MathExpression.EvalResult.absorb(Function f)
static boolean	Function.isAnonymous(Function f)

Uses of Function in com.github.gbenroscience.parser.turbo.tools

Methods in com.github.gbenroscience.parser.turbo.tools with parameters of type Function

Modifier and Type	Method	Description
static double	ScalarTurboEvaluator1.executeTurboIntegral(Function f, MethodHandle handle, double lower, double upper, int iterations, String[] vars, int[] slots)
static double	ScalarTurboEvaluator2.executeTurboIntegral(Function f, MethodHandle handle, double lower, double upper, int iterations, String[] vars, int[] slots)

Uses of Function in com.github.gbenroscience.util

Fields in com.github.gbenroscience.util with type parameters of type Function

Modifier and Type	Field	Description
static final Map<String,Function>	FunctionManager.FUNCTIONS

Methods in com.github.gbenroscience.util that return Function

Modifier and Type	Method	Description
static Function	FunctionManager.add(Function f)
static Function	FunctionManager.add(String expression)	Adds a Function object to this FunctionManager.
static Function	FunctionManager.getFunction(String fName)
static Function	FunctionManager.lockDown(String fName, String... independentVars)	Some actions require a handle being gotten on a function name.
static Function	FunctionManager.lockDownAnon(Function f)	Creates the anonymous copy of a Function
static Function	FunctionManager.lockDownAnon(String... independentVars)	Create a dummy function to be populated with its true values later.
static Function	FunctionManager.lookUp(String functionName)	Attempts to retrieve a Function object from a FunctionManager based on its name.

Methods in com.github.gbenroscience.util that return types with arguments of type Function

Modifier and Type	Method	Description
static final ArrayList<Function>	FunctionManager.getDefinedFunctions()

Methods in com.github.gbenroscience.util with parameters of type Function

Modifier and Type	Method	Description
static Function	FunctionManager.add(Function f)
static Function	FunctionManager.lockDownAnon(Function f)	Creates the anonymous copy of a Function
static void	FunctionManager.update(Function f)	Updates the Map with the most recent version of this Function.

Method parameters in com.github.gbenroscience.util with type arguments of type Function

Modifier and Type	Method	Description
static void	FunctionManager.load(Map<String,Function> functions)	Loads the Function objects in this Map into the FunctionManager.FUNCTIONS Map.
static void	FunctionManager.load(Map<String,Function> functions, boolean clearFirst)	Loads the Function objects in this Map into the FunctionManager.FUNCTIONS Map.

Uses of Function in com.github.gbenroscience.util.io

Method parameters in com.github.gbenroscience.util.io with type arguments of type Function

Modifier and Type	Method	Description
static void	FunctionsBackup.readFileLinesToMap(Map<String,Function> map, File fileToRead)	This reads the lines of text in a file into a Map.
static void	FunctionsBackup.writeMapItemsToFileLineByLine(Map<String,Function> map, File file)	This writes items on a queue to a file.