public abstract class Domain extends Object
The actual choice of product spaces was guided by the following principles:
Modifier and Type | Class and Description |
---|---|
static interface |
Domain.DoublyPeriodicOnIndexCrossIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of a fine set of indices with the integer plane
and which are periodic in the last two arguments.
|
static interface |
Domain.DoublyPeriodicOnIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of integers with itself and which are
periodic in the both variables.
|
static interface |
Domain.DoublyPeriodicOnIntegersCrossIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of the non-negative integers with the integer
plane and which are periodic in the last two arguments.
|
static interface |
Domain.DoublyPeriodicOnIntervalCrossRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of a closed interval with the real plane
and which are periodic in the last two arguments.
|
static interface |
Domain.DoublyPeriodicOnNonNegativeIntegersCrossIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of the non-negative integers with the integer
plane and which are periodic in the last two arguments.
|
static interface |
Domain.DoublyPeriodicOnNonNegativeRealsCrossRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of the non-negative real numbers with the real
plane and which are periodic in the last two arguments.
|
static interface |
Domain.DoublyPeriodicOnRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the real plane and which are periodic in both variables.
|
static interface |
Domain.DoublyPeriodicOnRealsCrossRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of three copies of the real line and which are
periodic in the last two arguments.
|
static interface |
Domain.OnIndex
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the set of integers between zero and n-1 (elements of which are
referered to as "indices).
|
static interface |
Domain.OnIndexCrossIndex
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of two finite sets of indices.
|
static interface |
Domain.OnIndexCrossIndexCrossIndex
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of three fine sets of indices.
|
static interface |
Domain.OnIndexCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a finite set of indices with the set of
integers.
|
static interface |
Domain.OnIndexCrossIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of a fine set of indices with the integer plane.
|
static interface |
Domain.OnIndexCrossInterval
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a finite set of indices
with a closed interval on the real line.
|
static interface |
Domain.OnIndexCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a finite set of indices with the real line.
|
static interface |
Domain.OnIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have the integers as their domain of
definition.
|
static interface |
Domain.OnIntegersCrossIndex
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
integers with a finite set of indices.
|
static interface |
Domain.OnIntegersCrossIndexCrossIndex
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of the non-negative integers with two finite sets
of indices.
|
static interface |
Domain.OnIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
integers with itself.
|
static interface |
Domain.OnIntegersCrossIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of the non-negative integers with the
integer plane.
|
static interface |
Domain.OnIntegersCrossInterval
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
integers with a closed interval on the real line.
|
static interface |
Domain.OnIntegersCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
integers with the real line.
|
static interface |
Domain.OnInterval
This interface models mathematical objects (like maps into some other
set or differential equations) that have a closed interval of real
numbers as their domain of definition.
|
static interface |
Domain.OnIntervalCrossIndex
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a closed interval with a finite sets of
indices.
|
static interface |
Domain.OnIntervalCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a closed interval with the set of
integers.
|
static interface |
Domain.OnIntervalCrossInterval
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a closed interval on the real line
with another closed interval.
|
static interface |
Domain.OnIntervalCrossIntervalCrossInterval
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of three closed intervals.
|
static interface |
Domain.OnIntervalCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a closed interval with the real line.
|
static interface |
Domain.OnIntervalCrossRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of a closed interval with the real plane.
|
static interface |
Domain.OnNonNegativeIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the set of non-negative integers.
|
static interface |
Domain.OnNonNegativeIntegersCrossIndex
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
non-negative integers with a finite set of indices.
|
static interface |
Domain.OnNonNegativeIntegersCrossIndexCrossIndex
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of the non-negative integers with two finite sets
of indices.
|
static interface |
Domain.OnNonNegativeIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
non-negative integers with the set of integers.
|
static interface |
Domain.OnNonNegativeIntegersCrossIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of the non-negative integers with the
integer plane.
|
static interface |
Domain.OnNonNegativeIntegersCrossInterval
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
non-negative integers with a closed interval on the real line.
|
static interface |
Domain.OnNonNegativeIntegersCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
non-negative integers with the real line.
|
static interface |
Domain.OnNonNegativeReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have the non-negative real numbers
as their domain of definition.
|
static interface |
Domain.OnNonNegativeRealsCrossIndex
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
non-negative real numbers with a finite set of indices.
|
static interface |
Domain.OnNonNegativeRealsCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
non-negative real numbers with the set of integers.
|
static interface |
Domain.OnNonNegativeRealsCrossInterval
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
non-negative real numbers with a closed interval on the real line.
|
static interface |
Domain.OnNonNegativeRealsCrossIntervalCrossInterval
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of the non-negative real numbers with two closed
intervals.
|
static interface |
Domain.OnNonNegativeRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of
non-negative real numbers with the real line.
|
static interface |
Domain.OnNonNegativeRealsCrossRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of the non-negative real numbers with the
real plane.
|
static interface |
Domain.OnReals
This interface models mathematical objects (like maps into some other
set or differential equations) that have the real line as their domain of
definition.
|
static interface |
Domain.OnRealsCrossIndex
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the real line with a finite set of indices.
|
static interface |
Domain.OnRealsCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the real line with the set of integers.
|
static interface |
Domain.OnRealsCrossInterval
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the real line with a closed interval.
|
static interface |
Domain.OnRealsCrossIntervalCrossInterval
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of the non-negative real numbers with two closed
intervals.
|
static interface |
Domain.OnRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the real plane.
|
static interface |
Domain.OnRealsCrossRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of three copies of the real line.
|
static interface |
Domain.PeriodicOnIndexCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a finite set of indices with the set of
integers and which are periodic in the second variable.
|
static interface |
Domain.PeriodicOnIndexCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a finite set of indices with the real line
and which are periodic in the second variable.
|
static interface |
Domain.PeriodicOnIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have the integers as their domain of
definition and which are periodic.
|
static interface |
Domain.PeriodicOnIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of integers with itself and which are
periodic in the second variable.
|
static interface |
Domain.PeriodicOnIntegersCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of non-negative integers with the real
line and which are periodic in the second variable.
|
static interface |
Domain.PeriodicOnIntervalCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a closed interval with the set of
integers and which are periodic in the second variable.
|
static interface |
Domain.PeriodicOnIntervalCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of a closed interval with the real line
and which are periodic in the second variable.
|
static interface |
Domain.PeriodicOnNonNegativeIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of non-negative integers with the
integers and which are periodic in the second variable.
|
static interface |
Domain.PeriodicOnNonNegativeIntegersCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of non-negative integers with the real
line and which are periodic in the second variable.
|
static interface |
Domain.PeriodicOnNonNegativeRealsCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of non-negative real numbers with the
integers which are periodic in the second variable.
|
static interface |
Domain.PeriodicOnNonNegativeRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the set of non-negative real numbers with the
real line and which are periodic in the second variable.
|
static interface |
Domain.PeriodicOnReals
This interface models mathematical objects (like maps into some other
set or differential equations) that have the real line as their domain of
definition and which are periodic.
|
static interface |
Domain.PeriodicOnRealsCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of the real line with the set of integers and which
are periodic in the second variable.
|
static interface |
Domain.PeriodicOnRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the real plane and which are periodic in the second variable.
|
static interface |
Domain.TriplyPeriodicOnIntegersCrossIntegersCrossIntegers
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the cartesian product of three copies of the integers and which are
periodic in all three variables.
|
static interface |
Domain.TriplyPeriodicOnRealsCrossRealsCrossReals
This interface models mathematical objects (like maps into some other
set or difference equations) that have as their domain of definition
the Cartesian product of three copies of the real line and which are
periodic in the all three arguments.
|
Constructor and Description |
---|
Domain() |