All Packages  Class Hierarchy
A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Index of all Fields and Methods

A

addComparable(Comparable). Method in class com.micronova.util.SortedVector
Adds a Comparable sorted in ascending order.

C

compareTo(Object). Method in class com.micronova.math.CurvePoint
Defines the sorting ordering; for two CurvePoints p and q, p is 'smaller' than q if and only if p.x < q.x
CumulativeNormal(). Constructor for class com.micronova.math.CumulativeNormal
CurvePoint(). Constructor for class com.micronova.math.CurvePoint
Constructs a new CurvePoint (0, 0).
CurvePoint(double, double). Constructor for class com.micronova.math.CurvePoint
Construcs a new CurvePoint (x, y).
CurveSolver(). Constructor for class com.micronova.math.CurveSolver

D

decode(Decoder). Method in class com.micronova.math.CurvePoint
Decodes the instance.
describeClassInfo(ClassInfo). Method in class com.micronova.math.CurvePoint
Describes the class information.

E

encode(Encoder). Method in class com.micronova.math.CurvePoint
Encodes the instance.
equals(Object). Method in class com.micronova.math.CurvePoint
Returns true if object is an instance of CurvePoint and this.x is equal to object.x.

F

finishDecoding(). Method in class com.micronova.math.CurvePoint
Finishes decoding.

G

getDeltaOf(double). Method in class com.micronova.math.CumulativeNormal
getDeltaOf(double). Method in interface com.micronova.math.DeltaCurve
Returns the 'delta' (differential) of this Curve at x.
getSegmentIndex(Comparable). Method in class com.micronova.util.SortedVector
Returns the segment index to which a given Comparable p belongs.
getSegmentIndex(double). Method in class com.micronova.math.SegmentedCurve
Returns the index of the segment to which a given value x belongs.
getValueInSegment(double, int). Method in class com.micronova.math.LinearSegmentedCurve
Defines the value for a given point x in index-th segment.
getValueInSegment(double, int). Method in class com.micronova.math.SegmentedCurve
Defines the value for a given point x in index-th segment.
getValueInSegment(double, int). Method in class com.micronova.math.StepSegmentedCurve
Defines the value for a given point x in index-th segment.
getValueOf(double). Method in class com.micronova.math.CumulativeNormal
getValueOf(double). Method in interface com.micronova.math.Curve
Returns the value of this Curve at given x.
getValueOf(double). Method in class com.micronova.math.SegmentedCurve
The value of this Curve.

L

LinearSegmentedCurve(). Constructor for class com.micronova.math.LinearSegmentedCurve

N

NoSolution(). Constructor for class com.micronova.math.NoSolution

S

SegmentedCurve(). Constructor for class com.micronova.math.SegmentedCurve
SortedVector(). Constructor for class com.micronova.util.SortedVector
StepSegmentedCurve(). Constructor for class com.micronova.math.StepSegmentedCurve

T

toString(). Method in class com.micronova.math.CurvePoint
Returns a string serialization.

U

useBisection(Curve, double, double, double, double, double, double, int). Static method in class com.micronova.math.CurveSolver
Solves an equation using Bisection method.
useBisection(Curve, double, double, double, double, int). Static method in class com.micronova.math.CurveSolver
Solves an equation using Bisection method.
useLinear(LinearSegmentedCurve, double, double, double). Static method in class com.micronova.math.CurveSolver
Specialized Solver for LinearSegmentedCurve.
useNewtonRaphson(DeltaCurve, double, double, double, int). Static method in class com.micronova.math.CurveSolver
Solves an equation using Newton-Raphson method.

X

x. Variable in class com.micronova.math.CurvePoint
x value of this CurvePoint.

Y

y. Variable in class com.micronova.math.CurvePoint
y value of this CurvePoint.