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| Packages that use Function.OneArg | |
| edu.neu.ccs | Provides the Stringable interface and data models that implement the interface. |
| edu.neu.ccs.gui | Provides classes and interfaces for designing and implementing graphical interfaces and for the creation of paintable and mutatable objects.. |
| edu.neu.ccs.parser | Provides classes for translating Strings into
values of various data types using languages with
simple lexical and syntactic structures. |
| Uses of Function.OneArg in edu.neu.ccs |
| Classes in edu.neu.ccs that implement Function.OneArg | |
class |
XFourier
Class XFourier provides an implementation of a
fourier series in one real variable with real coefficients. |
class |
XPolynomial
Class XPolynomial provides an implementation
of a polynomial in one real variable with real coefficients. |
| Fields in edu.neu.ccs declared as Function.OneArg | |
static Function.OneArg |
F.identity
The identity function x --> x. |
static Function.OneArg |
F.abs
The function x --> abs(x). |
static Function.OneArg |
F.ceil
The function x --> ceil(x). |
static Function.OneArg |
F.floor
The function x --> floor(x). |
static Function.OneArg |
F.rint
The function x --> rint(x). |
static Function.OneArg |
F.sin
The function x --> sin(x). |
static Function.OneArg |
F.cos
The function x --> cos(x). |
static Function.OneArg |
F.tan
The function x --> tan(x). |
static Function.OneArg |
F.asin
The function x --> asin(x). |
static Function.OneArg |
F.acos
The function x --> acos(x). |
static Function.OneArg |
F.atan
The function x --> atan(x). |
static Function.OneArg |
F.sindeg
The function x --> sindeg(x). |
static Function.OneArg |
F.cosdeg
The function x --> cosdeg(x). |
static Function.OneArg |
F.tandeg
The function x --> tandeg(x). |
static Function.OneArg |
F.asindeg
The function x --> asindeg(x). |
static Function.OneArg |
F.acosdeg
The function x --> acosdeg(x). |
static Function.OneArg |
F.atandeg
The function x --> atandeg(x). |
static Function.OneArg |
F.toDegrees
The function x --> toDegrees(x). |
static Function.OneArg |
F.toRadians
The function x --> toRadians(x). |
static Function.OneArg |
F.exp
The function x --> exp(x). |
static Function.OneArg |
F.log
The function x --> log(x). |
static Function.OneArg |
F.exp2
The function x --> 2-to-the-power-x = exp(x * log(2)). |
static Function.OneArg |
F.log2
The function x --> log-base-2(x) = log(x) / log(2). |
static Function.OneArg |
F.exp10
The function x --> 10-to-the-power-x = exp(x * log(10)). |
static Function.OneArg |
F.log10
The function x --> log-base-10(x) = log(x) / log(10). |
static Function.OneArg |
F.sqrt
The function x --> sqrt(x). |
static Function.OneArg |
F.random
The function x --> Math.random() * x. |
| Methods in edu.neu.ccs that return Function.OneArg | |
static Function.OneArg |
F.constant(double c)
The constant function x --> c. |
static Function.OneArg |
F.scale(double a)
The scale function x --> a * x. |
static Function.OneArg |
F.translate(double b)
The translate function x --> x + b. |
static Function.OneArg |
F.linear(double a,
double b)
The linear function x --> a * x + b. |
static Function.OneArg |
F.xToPowerN(int n)
The function x --> x-to-the-power-n = MathUtilities.power(x,n). |
static Function.OneArg |
F.xToPowerA(double a)
The function x --> x-to-the-power-a = Math.pow(x, a). |
static Function.OneArg |
F.aToPowerX(double a)
The function x --> a-to-the-power-x = Math.pow(a, x). |
static Function.OneArg |
F.add(Function.OneArg f,
Function.OneArg g)
The function to add functions f,g: f + g. |
static Function.OneArg |
F.subtract(Function.OneArg f,
Function.OneArg g)
The function to subtract functions f,g: f - g. |
static Function.OneArg |
F.multiply(Function.OneArg f,
Function.OneArg g)
The function to multiply functions f,g: f * g. |
static Function.OneArg |
F.divide(Function.OneArg f,
Function.OneArg g)
The function to divide functions f,g: f / g. |
static Function.OneArg |
F.compose(Function.OneArg f,
Function.OneArg g)
The function to compose functions f,g: x --> f(g(x)). |
static Function.OneArg |
F.min(Function.OneArg f,
Function.OneArg g)
The function to compute the function min(f, g). |
static Function.OneArg |
F.max(Function.OneArg f,
Function.OneArg g)
The function to compute the function max(f, g). |
static Function.OneArg |
F.power(Function.OneArg f,
int n)
The function to compute the function f-to-the-power-n = MathUtilities.power(f.evaluate(x),n). |
static Function.OneArg |
F.pow(Function.OneArg f,
double a)
The function to compute the function f-to-the-power-a = Math.pow(f.evaluate(x),a). |
static Function.OneArg |
F.pow(double a,
Function.OneArg f)
The function to compute the function a-to-the-power-f = Math.pow(a,f.evaluate(x)). |
static Function.OneArg |
F.pow(Function.OneArg f,
Function.OneArg g)
The function to compute the function f-to-the-power-g = Math.pow(f.evaluate(x),g.evaluate(x)). |
static Function.OneArg |
F.atan2(Function.OneArg f,
Function.OneArg g)
The function to compute the function atan2(f, g). |
static Function.OneArg |
F.atan2deg(Function.OneArg f,
Function.OneArg g)
The function to compute the function atan2deg(f, g). |
| Methods in edu.neu.ccs with parameters of type Function.OneArg | |
static Function.OneArg |
F.add(Function.OneArg f,
Function.OneArg g)
The function to add functions f,g: f + g. |
static Function.OneArg |
F.subtract(Function.OneArg f,
Function.OneArg g)
The function to subtract functions f,g: f - g. |
static Function.OneArg |
F.multiply(Function.OneArg f,
Function.OneArg g)
The function to multiply functions f,g: f * g. |
static Function.OneArg |
F.divide(Function.OneArg f,
Function.OneArg g)
The function to divide functions f,g: f / g. |
static Function.OneArg |
F.compose(Function.OneArg f,
Function.OneArg g)
The function to compose functions f,g: x --> f(g(x)). |
static Function.OneArg |
F.min(Function.OneArg f,
Function.OneArg g)
The function to compute the function min(f, g). |
static Function.OneArg |
F.max(Function.OneArg f,
Function.OneArg g)
The function to compute the function max(f, g). |
static Function.OneArg |
F.power(Function.OneArg f,
int n)
The function to compute the function f-to-the-power-n = MathUtilities.power(f.evaluate(x),n). |
static Function.OneArg |
F.pow(Function.OneArg f,
double a)
The function to compute the function f-to-the-power-a = Math.pow(f.evaluate(x),a). |
static Function.OneArg |
F.pow(double a,
Function.OneArg f)
The function to compute the function a-to-the-power-f = Math.pow(a,f.evaluate(x)). |
static Function.OneArg |
F.pow(Function.OneArg f,
Function.OneArg g)
The function to compute the function f-to-the-power-g = Math.pow(f.evaluate(x),g.evaluate(x)). |
static Function.OneArg |
F.atan2(Function.OneArg f,
Function.OneArg g)
The function to compute the function atan2(f, g). |
static Function.OneArg |
F.atan2deg(Function.OneArg f,
Function.OneArg g)
The function to compute the function atan2deg(f, g). |
private static void |
F.checkNull(String method,
Function.OneArg f)
Check for null function arguments and throw a
NullPointerException if necessary. |
private static void |
F.checkNull(String method,
Function.OneArg f,
Function.OneArg g)
Check for null function arguments and throw a
NullPointerException if necessary. |
| Uses of Function.OneArg in edu.neu.ccs.gui |
| Methods in edu.neu.ccs.gui with parameters of type Function.OneArg | |
static Point2D[] |
DataTables2D.makeTable(Function.OneArg f,
XInterval limits,
int divisions)
Make a Point2D array of pairs (x,f(x)) where x is sampled on the given interval divided into the given number of divisions. |
static Point2D[] |
DataTables2D.makeTable(Function.OneArg f,
double endpointA,
double endpointB,
int divisions)
Make a Point2D array of pairs (x,f(x)) where x is sampled on the given interval divided into the given number of divisions. |
static Point2D[][] |
DataTables2D.makeTable(Function.OneArg[] f,
XInterval limits,
int divisions)
Make a Point2D array of arrays of pairs (x,f[i](x)) where i ranges over the valid indices for the function array f and where x is sampled on the given interval divided into the number of divisions. |
static Point2D[][] |
DataTables2D.makeTable(Function.OneArg[] f,
double endpointA,
double endpointB,
int divisions)
Make a Point2D array of arrays of pairs (x, f[i](x)) where i ranges over the valid indices for the function array f and where x is sampled on the given interval divided into the number of divisions. |
| Uses of Function.OneArg in edu.neu.ccs.parser |
| Methods in edu.neu.ccs.parser with parameters of type Function.OneArg | |
static AbstractFunction |
AbstractFunction.makeOneArg(String name,
Function.OneArg f)
Constructs an AbstractFunction object
using the given name
and the givenFunction.OneArg
for its implementation. |
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