Index

A B C D E F G H I L M N O P R S T U V W Z
All Classes and Interfaces|All Packages|Constant Field Values|Serialized Form

A

AbelianRingTheory<E extends AbelianRingElement<E>> - Interface in org.meeuw.theories.abstractalgebra

abs(E) - Method in interface org.meeuw.theories.abstractalgebra.SizeableTheory

absSignum(S) - Method in interface org.meeuw.theories.numbers.ScalarTheory

additionCommutativity(AdditiveSemiGroup<E>) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveSemiGroupTheory

AdditiveAbelianGroupTheory<E extends AdditiveGroupElement<E>> - Interface in org.meeuw.theories.abstractalgebra

AdditiveAbelianSemiGroupTheory<E extends AdditiveSemiGroupElement<E>> - Interface in org.meeuw.theories.abstractalgebra

additiveAssociativity(E, E, E) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveSemiGroupTheory

additiveCommutativity(E, E) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveAbelianSemiGroupTheory

additiveCommutativityProperty(AdditiveSemiGroup<E>) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveAbelianSemiGroupTheory

additiveGroupOperators(AdditiveGroup<E>) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveGroupTheory

AdditiveGroupTheory<E extends AdditiveGroupElement<E>> - Interface in org.meeuw.theories.abstractalgebra

AdditiveMonoidTheory<E extends AdditiveMonoidElement<E>> - Interface in org.meeuw.theories.abstractalgebra

additiveSemiGroupOperators(AdditiveSemiGroup<E>) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveSemiGroupTheory

AdditiveSemiGroupTheory<E extends AdditiveSemiGroupElement<E>> - Interface in org.meeuw.theories.abstractalgebra

algebraicBinaryOperators(AlgebraicStructure<E>, E, E) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

AlgebraicElementAssert<E extends AlgebraicElement<E>> - Class in org.meeuw.assertj

AlgebraicElementAssert(E) - Constructor for class org.meeuw.assertj.AlgebraicElementAssert

algebraicIntOperations(AlgebraicStructure<?>, AlgebraicElement<?>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

AlgebraicStructureTheory<E extends AlgebraicElement<E>> - Interface in org.meeuw.theories.abstractalgebra

algebraicUnaryOperators(AlgebraicStructure<?>, AlgebraicElement<?>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

Assertions - Class in org.meeuw.assertj

Drop in replacement (and extension of Assertions).

Assertions() - Constructor for class org.meeuw.assertj.Assertions

assertThat(E) - Static method in class org.meeuw.assertj.Assertions

Same as Assertions.assertThatAlgebraically(AlgebraicElement) but with a more generic name.

assertThatAlgebraically(E) - Static method in class org.meeuw.assertj.Assertions

Many AlgebraicElement are also Comparable, so would also match Assertions.assertThat(Comparable).

associativity(V, V, V) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

B

BasicObjectTheory<E> - Interface in org.meeuw.theories

Basic tests on Object.equals(Object), Object.hashCode() and Object.toString(), which must probably be valid for any override of those.

bigDecimalValue(S) - Method in interface org.meeuw.theories.numbers.SizeableScalarTheory

byteValue(N) - Method in interface org.meeuw.theories.numbers.NumberTheory

C

cardinalityAndStreaming(AlgebraicStructure<E>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

cast(E) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

castDirectly(E) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

castingError(E) - Method in interface org.meeuw.theories.abstractalgebra.GroupTheory

cayleyTables(AlgebraicStructure<?>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

charAtIsConsistentWithToStringCharAt(C) - Method in interface org.meeuw.theories.CharSequenceTheory

CharSequenceTheory<C extends CharSequence> - Interface in org.meeuw.theories

commutativity(V, V) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

ComparableTheory<E extends Comparable<E>> - Interface in org.meeuw.theories

Tests basic properties for Comparable objects.

compareTo(S, S) - Method in interface org.meeuw.theories.numbers.SizeableScalarTheory

compareToConsistentWithEquals(S, S) - Method in interface org.meeuw.theories.numbers.SizeableScalarTheory

compareToConsistentWithSignum(E) - Method in interface org.meeuw.theories.abstractalgebra.SignedNumberTheory

compareToEqualsDatapoints3() - Method in interface org.meeuw.theories.ComparableTheory

compareToIsAntiCommutative(E, E) - Method in interface org.meeuw.theories.ComparableTheory

The implementor must ensure sgn(x.compareTo(y)) == -sgn(y.compareTo(x)) for all x and y.

compareToIsTransitiveBigger(E, E, E) - Method in interface org.meeuw.theories.ComparableTheory

The implementor must also ensure that the relation is transitive: (x.compareTo(y)>0 && y.compareTo(z)>0) implies x.compareTo(z)>0.

compareToIsTransitiveEquals(Tuple.Tuple3<E, E, E>) - Method in interface org.meeuw.theories.ComparableTheory

The implementor must also ensure that the relation is transitive: (x.compareTo(y)==0 && y.compareTo(z)==0) implies x.compareTo(z)==0.

compareToIsTransitiveSmaller(E, E, E) - Method in interface org.meeuw.theories.ComparableTheory

The implementor must also ensure that the relation is transitive: (x.compareTo(y)<0 && y.compareTo(z)<0) implies x.compareTo(z)<0.

compareToNull(Object) - Method in interface org.meeuw.theories.ComparableTheory

compatibility(V, S, S) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

CompleteFieldTheory<E extends CompleteFieldElement<E>> - Interface in org.meeuw.theories.abstractalgebra

CompleteScalarFieldTheory<E extends CompleteScalarFieldElement<E>> - Interface in org.meeuw.theories.abstractalgebra

cos(E) - Method in interface org.meeuw.theories.abstractalgebra.CompleteScalarFieldTheory

cosPi(CompleteField<E>) - Method in interface org.meeuw.theories.abstractalgebra.CompleteFieldTheory

COUNTS - Static variable in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

D

datapoints() - Method in interface org.meeuw.theories.abstractalgebra.ElementTheory

datapoints() - Method in interface org.meeuw.theories.BasicObjectTheory

Provide non-null datapoints

DATAPOINTS - Static variable in interface org.meeuw.theories.BasicObjectTheory

DATAPOINTS_OR_NULL - Static variable in interface org.meeuw.theories.BasicObjectTheory

datapointsOrNull() - Method in interface org.meeuw.theories.BasicObjectTheory

dimension(V) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

distancePositive(E, E) - Method in interface org.meeuw.theories.abstractalgebra.MetricSpaceTheory

distanceSymmetry(E, E) - Method in interface org.meeuw.theories.abstractalgebra.MetricSpaceTheory

distributivity(E, E, E) - Method in interface org.meeuw.theories.abstractalgebra.RingTheory

dividedBy(E, S) - Method in interface org.meeuw.theories.abstractalgebra.WithScalarTheory

dividedByLong(E, long) - Method in interface org.meeuw.theories.abstractalgebra.DivisibleGroupTheory

DivisibleGroupTheory<E extends DivisibleGroupElement<E>> - Interface in org.meeuw.theories.abstractalgebra

division(E, E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeGroupTheory

DivisionRingTheory<E extends DivisionRingElement<E>> - Interface in org.meeuw.theories.abstractalgebra

dotCommutative(V, V) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

dotDistributive(V, V, V) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

doubles() - Method in interface org.meeuw.theories.abstractalgebra.UncertainDoubleTheory

doubleValue(N) - Method in interface org.meeuw.theories.numbers.NumberTheory

E

elementClass(AlgebraicStructure<E>, AlgebraicElement<E>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

elements() - Method in interface org.meeuw.theories.abstractalgebra.ElementTheory

ELEMENTS - Static variable in interface org.meeuw.theories.abstractalgebra.ElementTheory

ElementTheory<E> - Interface in org.meeuw.theories.abstractalgebra

The connection between BasicObjectTheory and algebra testing.

ePowZero(CompleteField<E>) - Method in interface org.meeuw.theories.abstractalgebra.CompleteFieldTheory

eqMethod(E) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

EQUAL_DATAPOINTS - Static variable in interface org.meeuw.theories.BasicObjectTheory

equalDatapoints() - Method in interface org.meeuw.theories.BasicObjectTheory

equals(E, E) - Method in interface org.meeuw.theories.BasicObjectTheory

The implementation for equals datapoints (see BasicObjectTheory.equalDatapoints().

equalsConsistentWithComparable(Tuple.Tuple2<E, E>) - Method in interface org.meeuw.theories.ComparableTheory

This test whether compareTo Comparable.compareTo(Object) returns 0 iff if two object are equal.

equalsIsConsistent(E, E) - Method in interface org.meeuw.theories.BasicObjectTheory

For any non-null reference values x and y, multiple invocations of x.equals(y) consistently return true or consistently return false, provided no information used in equals comparisons on the objects is modified.

equalsIsReflexive(E) - Method in interface org.meeuw.theories.BasicObjectTheory

For any non-null reference value x, x.equals(x) should return true

equalsIsSymmetric(E, E) - Method in interface org.meeuw.theories.BasicObjectTheory

For any non-null reference values x and y, x.equals(y) should return true if and only if y.equals(x) returns true.

equalsIsTransitive(Tuple.Tuple2<E, E>, Tuple.Tuple2<E, E>) - Method in interface org.meeuw.theories.BasicObjectTheory

For any non-null reference values x, y, and z, if x.equals(y) returns true and y.equals(z) returns true, then x.equals(z) should return true.

equalsReturnFalseOnNull(E) - Method in interface org.meeuw.theories.BasicObjectTheory

For any non-null reference value x, x.equals(null); should return false.

equalsReturnFalseOnOtherObject(E) - Method in interface org.meeuw.theories.BasicObjectTheory

For any non-null reference value x, x.equals(new Object); should return false.

ERROR_COUNTS - Static variable in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

ERROR_UCOUNTS - Static variable in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

examples(AlgebraicStructure<?>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

F

fieldOperators(DivisionRing<E>) - Method in interface org.meeuw.theories.abstractalgebra.DivisionRingTheory

FieldTheory<E extends FieldElement<E>> - Interface in org.meeuw.theories.abstractalgebra

floatValue(N) - Method in interface org.meeuw.theories.numbers.NumberTheory

floatValues(S) - Method in interface org.meeuw.theories.numbers.SizeableScalarTheory

functions(AlgebraicStructure<?>, AlgebraicElement<?>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

G

getCardinality() - Method in class org.meeuw.theories.abstractalgebra.GroupTheory.UnknownGroup

getComparisonOperators(AlgebraicStructure<?>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

getElementClass() - Method in class org.meeuw.theories.abstractalgebra.GroupTheory.UnknownGroup

getLogger() - Method in interface org.meeuw.theories.abstractalgebra.ElementTheory

getOperators(CompleteField<E>) - Method in interface org.meeuw.theories.abstractalgebra.CompleteFieldTheory

getStructure() - Method in class org.meeuw.theories.abstractalgebra.GroupTheory.UnknownGroupElement

getUnary(CompleteField<E>) - Method in interface org.meeuw.theories.abstractalgebra.CompleteFieldTheory

goldenRatio(CompleteField<E>) - Method in interface org.meeuw.theories.abstractalgebra.CompleteFieldTheory

groupOperators(Group<E>) - Method in interface org.meeuw.theories.abstractalgebra.GroupTheory

GroupTheory<E extends GroupElement<E>> - Interface in org.meeuw.theories.abstractalgebra

GroupTheory.UnknownGroup - Class in org.meeuw.theories.abstractalgebra

GroupTheory.UnknownGroupElement - Class in org.meeuw.theories.abstractalgebra

groupUnitaryOperators(Group<E>) - Method in interface org.meeuw.theories.abstractalgebra.GroupTheory

H

hashCodeIsConsistentWithEquals(Tuple.Tuple2<E, E>) - Method in interface org.meeuw.theories.BasicObjectTheory

If two objects are equal according to the equals(Object) method, then calling the hashCode method on each of the two objects must produce the same integer result.

hashCodeIsSelfConsistent(E) - Method in interface org.meeuw.theories.BasicObjectTheory

Whenever it is invoked on the same object more than once the hashCode() method must consistently return the same integer.

I

identityOfIndiscernibles(E) - Method in interface org.meeuw.theories.abstractalgebra.MetricSpaceTheory

implementsScalar(S) - Method in interface org.meeuw.theories.numbers.ScalarTheory

implementsSizeableScalar(S) - Method in interface org.meeuw.theories.numbers.SizeableScalarTheory

integerValues(S) - Method in interface org.meeuw.theories.numbers.SizeableScalarTheory

intValue(N) - Method in interface org.meeuw.theories.numbers.NumberTheory

inverse() - Method in class org.meeuw.theories.abstractalgebra.GroupTheory.UnknownGroupElement

inverse(E) - Method in interface org.meeuw.theories.abstractalgebra.GroupTheory

isEqTo(E) - Method in class org.meeuw.assertj.AlgebraicElementAssert

isFinite(S) - Method in interface org.meeuw.theories.numbers.SizeableScalarTheory

isNaN(S) - Method in interface org.meeuw.theories.numbers.SizeableScalarTheory

isNegativeConsistentWithSignum(E) - Method in interface org.meeuw.theories.abstractalgebra.SignedNumberTheory

isNotEqTo(E) - Method in class org.meeuw.assertj.AlgebraicElementAssert

isOne(E, E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeMonoidTheory

isPositiveConsistentWithSignum(E) - Method in interface org.meeuw.theories.abstractalgebra.SignedNumberTheory

isZeroConsistentWithSignum(E) - Method in interface org.meeuw.theories.abstractalgebra.SignedNumberTheory

L

lnAndPow(E, E) - Method in interface org.meeuw.theories.abstractalgebra.CompleteFieldTheory

log() - Method in interface org.meeuw.theories.BasicObjectTheory

longValue(N) - Method in interface org.meeuw.theories.numbers.NumberTheory

ltegte(S, S) - Method in interface org.meeuw.theories.numbers.SizeableScalarTheory

ltgt(S, S) - Method in interface org.meeuw.theories.numbers.SizeableScalarTheory

M

magmaOperators(AlgebraicStructure<E>) - Method in interface org.meeuw.theories.abstractalgebra.MagmaTheory

MagmaTheory<E extends MagmaElement<E>> - Interface in org.meeuw.theories.abstractalgebra

metric(E, E) - Method in interface org.meeuw.theories.abstractalgebra.MetricSpaceTheory

MetricSpaceTheory<E extends MetricSpaceElement<E,S>,S extends Scalar<S>> - Interface in org.meeuw.theories.abstractalgebra

minus(E, E) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveGroupTheory

minusIsAnticommutative(E, E) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveAbelianGroupTheory

multiplicationCommutativity(MultiplicativeSemiGroup<E>) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

MultiplicativeAbelianGroupTheory<E extends MultiplicativeGroupElement<E>> - Interface in org.meeuw.theories.abstractalgebra

MultiplicativeAbelianSemiGroupTheory<E extends MultiplicativeSemiGroupElement<E>> - Interface in org.meeuw.theories.abstractalgebra

multiplicativeAssociativity(E, E, E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

multiplicativeCommutativity(E, E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeAbelianSemiGroupTheory

multiplicativeCommutativityProperty(MultiplicativeSemiGroup<E>) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeAbelianSemiGroupTheory

multiplicativeGroupOperators(MultiplicativeGroup<E>) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeGroupTheory

MultiplicativeGroupTheory<E extends MultiplicativeGroupElement<E>> - Interface in org.meeuw.theories.abstractalgebra

MultiplicativeMonoidTheory<E extends MultiplicativeMonoidElement<E>> - Interface in org.meeuw.theories.abstractalgebra

multiplicativeSemiGroupOperators(MultiplicativeSemiGroup<E>) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

MultiplicativeSemiGroupTheory<E extends MultiplicativeSemiGroupElement<E>> - Interface in org.meeuw.theories.abstractalgebra

N

negation(V) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

nextRandom(AlgebraicStructure<E>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

notInstantiatable() - Method in interface org.meeuw.theories.StaticUtilitiesTest

numbers() - Method in interface org.meeuw.theories.numbers.NumberTheory

NumberTheory<N extends Number> - Interface in org.meeuw.theories.numbers

O

OBJECTS - Static variable in interface org.meeuw.theories.CharSequenceTheory

one(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeMonoidTheory

operate(GroupTheory.UnknownGroupElement) - Method in class org.meeuw.theories.abstractalgebra.GroupTheory.UnknownGroupElement

operateAssociativity(E, E, E) - Method in interface org.meeuw.theories.abstractalgebra.GroupTheory

operatorAndCommutativity(E, E) - Method in interface org.meeuw.theories.abstractalgebra.MagmaTheory

operatorEnums(E, E) - Method in interface org.meeuw.theories.abstractalgebra.DivisionRingTheory

orderedAntisymmetric(E, E) - Method in interface org.meeuw.theories.abstractalgebra.StrictlyOrderedTheory

orderedReflexive(E) - Method in interface org.meeuw.theories.abstractalgebra.StrictlyOrderedTheory

orderedStronglyConnected(E, E) - Method in interface org.meeuw.theories.abstractalgebra.StrictlyOrderedTheory

OrderedTheory<E extends StrictlyOrdered<E>> - Interface in org.meeuw.theories.abstractalgebra

orderedTransitive(E, E, E) - Method in interface org.meeuw.theories.abstractalgebra.OrderedTheory

orderedTransitiveImpl(E, E, E) - Method in interface org.meeuw.theories.abstractalgebra.OrderedTheory

org.meeuw.assertj - package org.meeuw.assertj

org.meeuw.math.abstractalgebra.test - module org.meeuw.math.abstractalgebra.test

org.meeuw.theories - package org.meeuw.theories

Some general test interfaces

org.meeuw.theories.abstractalgebra - package org.meeuw.theories.abstractalgebra

org.meeuw.theories.numbers - package org.meeuw.theories.numbers

P

plus(E, E) - Method in interface org.meeuw.theories.abstractalgebra.UncertainDoubleTheory

polyNull(Method) - Method in interface org.meeuw.theories.StaticUtilitiesTest

polyNullMethods() - Method in interface org.meeuw.theories.StaticUtilitiesTest

polyNullMethodsForClass(Class<?>) - Static method in interface org.meeuw.theories.StaticUtilitiesTest

positiveLongs() - Method in interface org.meeuw.theories.abstractalgebra.DivisibleGroupTheory

pow(E, E) - Method in interface org.meeuw.theories.abstractalgebra.CompleteScalarFieldTheory

pow0(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeMonoidTheory

pow0(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

pow1(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

pow2(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

pow3(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

powNegative1(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeGroupTheory

powNegative1(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

powNegative2(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeGroupTheory

powNegative2(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

powNegative3(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeGroupTheory

powNegative3(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

R

randoms() - Method in interface org.meeuw.theories.BasicObjectTheory

RANDOMS - Static variable in interface org.meeuw.theories.BasicObjectTheory

reciprocal(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeGroupTheory

repeatedPlusNegativeTimes(E) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveGroupTheory

repeatedPlusOneTimes(E) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveGroupTheory

repeatedPlusPositiveTimes(E) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveGroupTheory

repeatedPlusZeroTimes(E) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveGroupTheory

ringCommutative(E, E) - Method in interface org.meeuw.theories.abstractalgebra.AbelianRingTheory

RingTheory<E extends RingElement<E>> - Interface in org.meeuw.theories.abstractalgebra

rngOperators(E) - Method in interface org.meeuw.theories.abstractalgebra.RngTheory

RngTheory<E extends RngElement<E>> - Interface in org.meeuw.theories.abstractalgebra

S

scalarDistributivity(V, S, S) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

ScalarFieldTheory<E extends ScalarFieldElement<E>> - Interface in org.meeuw.theories.abstractalgebra

scalarIdentity(V) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

scalars() - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

scalars() - Method in interface org.meeuw.theories.abstractalgebra.WithScalarTheory

SCALARS - Static variable in interface org.meeuw.theories.abstractalgebra.WithScalarTheory

ScalarTheory<S extends Scalar<S>> - Interface in org.meeuw.theories.numbers

setupForAll() - Method in interface org.meeuw.theories.abstractalgebra.ElementTheory

shortValue(N) - Method in interface org.meeuw.theories.numbers.NumberTheory

SignedNumberTheory<E extends SignedNumber<E>> - Interface in org.meeuw.theories.abstractalgebra

signum(E) - Method in interface org.meeuw.theories.abstractalgebra.SignedNumberTheory

signumOfZero(E) - Method in interface org.meeuw.theories.abstractalgebra.SignedNumberTheory

sin(E) - Method in interface org.meeuw.theories.abstractalgebra.CompleteScalarFieldTheory

singleton(AlgebraicStructure<?>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

Checks if the structure is a Singleton, and if so, that it has a private constructor and a public static INSTANCE field was required by that contract.

sinPi(CompleteField<E>) - Method in interface org.meeuw.theories.abstractalgebra.CompleteFieldTheory

SizeableScalarTheory<S extends SizeableScalar<S,SIZE>,SIZE extends Scalar<SIZE>> - Interface in org.meeuw.theories.numbers

SizeableTheory<E extends Sizeable<SIZE>,SIZE extends Scalar<SIZE>> - Interface in org.meeuw.theories.abstractalgebra

space(V, V) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

sqr(E) - Method in interface org.meeuw.theories.abstractalgebra.MultiplicativeSemiGroupTheory

sqrt(E) - Method in interface org.meeuw.theories.abstractalgebra.CompleteScalarFieldTheory

staticOperators(AlgebraicStructure<?>, BasicAlgebraicBinaryOperator) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

staticUnaryOperators(AlgebraicStructure<?>, BasicAlgebraicUnaryOperator) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

StaticUtilitiesTest - Interface in org.meeuw.theories

A test can implement this interface too and test generic property of a utility class

StrictlyOrderedTheory<E extends StrictlyOrdered<E>> - Interface in org.meeuw.theories.abstractalgebra

strictOrderedTransitive(E, E, E) - Method in interface org.meeuw.theories.abstractalgebra.StrictlyOrderedTheory

structure() - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

STRUCTURE - Static variable in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

structureSameInstance(E, E) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

subSequenceIsConsistent(C) - Method in interface org.meeuw.theories.CharSequenceTheory

T

testClass() - Method in interface org.meeuw.theories.StaticUtilitiesTest

times(E, S) - Method in interface org.meeuw.theories.abstractalgebra.WithScalarTheory

timesDouble(E, Double) - Method in interface org.meeuw.theories.abstractalgebra.UncertainDoubleTheory

toString(E) - Method in interface org.meeuw.theories.BasicObjectTheory

toString of an object may be anything, but it may not throw exceptions.

toStringForStructure(AlgebraicStructure<?>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

triangleInequality(E, E, E) - Method in interface org.meeuw.theories.abstractalgebra.MetricSpaceTheory

U

UCOUNTS - Static variable in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

uncertain(AlgebraicElement<?>) - Method in interface org.meeuw.theories.abstractalgebra.AlgebraicStructureTheory

Checks if the element is an instance of Uncertain if the structure sais that AlgebraicStructure.elementsAreUncertain().

UncertainDoubleTheory<E extends UncertainDouble<E>> - Interface in org.meeuw.theories.abstractalgebra

unity() - Method in class org.meeuw.theories.abstractalgebra.GroupTheory.UnknownGroup

unity(E) - Method in interface org.meeuw.theories.abstractalgebra.GroupTheory

UnknownGroup() - Constructor for class org.meeuw.theories.abstractalgebra.GroupTheory.UnknownGroup

UnknownGroupElement() - Constructor for class org.meeuw.theories.abstractalgebra.GroupTheory.UnknownGroupElement

V

vectorDistributivity(V, V, S) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

VectorSpaceTheory<V extends Vector<V,S>,S extends ScalarFieldElement<S>> - Interface in org.meeuw.theories.abstractalgebra

vectorToString(V) - Method in interface org.meeuw.theories.abstractalgebra.VectorSpaceTheory

W

weightedAverage(E, E) - Method in interface org.meeuw.theories.abstractalgebra.UncertainDoubleTheory

WithScalarTheory<E extends WithScalarOperations<E,S>,S> - Interface in org.meeuw.theories.abstractalgebra

Z

zero(E) - Method in interface org.meeuw.theories.abstractalgebra.AdditiveMonoidTheory

A B C D E F G H I L M N O P R S T U V W Z
All Classes and Interfaces|All Packages|Constant Field Values|Serialized Form