[Quality(QualityBand.Experimental)]
[Serializable]
public struct DiscreteChar : IDistribution<char>, IDistribution, ICloneable, Diffable, SettableToUniform, HasPoint<char>, CanGetLogProb<char>, SettableTo<DiscreteChar>, SettableTo<ImmutableDiscreteChar>, SettableToProduct<DiscreteChar>, SettableToProduct<DiscreteChar, DiscreteChar>, SettableToProduct<ImmutableDiscreteChar>, SettableToProduct<ImmutableDiscreteChar, ImmutableDiscreteChar>, SettableToProduct<ImmutableDiscreteChar, DiscreteChar>, SettableToProduct<DiscreteChar, ImmutableDiscreteChar>, SettableToRatio<DiscreteChar>, SettableToRatio<DiscreteChar, DiscreteChar>, SettableToRatio<ImmutableDiscreteChar>, SettableToRatio<ImmutableDiscreteChar, ImmutableDiscreteChar>, SettableToRatio<ImmutableDiscreteChar, DiscreteChar>, SettableToRatio<DiscreteChar, ImmutableDiscreteChar>, SettableToPower<DiscreteChar>, SettableToPower<ImmutableDiscreteChar>, SettableToWeightedSumExact<DiscreteChar>, SettableToWeightedSum<DiscreteChar>, SettableToWeightedSumExact<ImmutableDiscreteChar>, SettableToWeightedSum<ImmutableDiscreteChar>, SettableToPartialUniform<DiscreteChar>, SettableToPartialUniform<ImmutableDiscreteChar>, CanGetLogAverageOf<DiscreteChar>, CanGetLogAverageOf<ImmutableDiscreteChar>, CanGetLogAverageOfPower<DiscreteChar>, CanGetLogAverageOfPower<ImmutableDiscreteChar>, CanGetAverageLog<DiscreteChar>, CanGetAverageLog<ImmutableDiscreteChar>, CanGetMode<char>, Sampleable<char>, CanEnumerateSupport<char>, IEquatable<DiscreteChar>

Constructors

DiscreteChar(ImmutableDiscreteChar)

Declaration

public DiscreteChar(ImmutableDiscreteChar wrappedDistribution)

Parameters

Type	Name	Description
ImmutableDiscreteChar	wrappedDistribution

Fields

CharRangeEndExclusive

The (exclusive) end of the character range.

Declaration

public const int CharRangeEndExclusive = 65536

Field Value

Type	Description
Int32

LetterCharacterRanges

Ranges of letters (for Letter()).

Declaration

public const string LetterCharacterRanges = "AZÀÖØÞazßöøÿ"

Field Value

Type	Description
String

LowerCaseCharacterRanges

Ranges of lowercase characters (for Lower()).

Declaration

public const string LowerCaseCharacterRanges = "azßöøÿ"

Field Value

Type	Description
String

MixedCaseCharacterRanges

Ranges of mixed upper and lower case characters, which are merged for computational efficiency reasons.

Declaration

public const string MixedCaseCharacterRanges = ""

Field Value

Type	Description
String

Remarks

In some Unicode ranges, upper and lower characters alternate which makes it very expensive to represent just lower or just upper characters using ranges. Instead, we use a loose approximation and allow characters in such ranges to be considered either lower or upper case.

This approximation means that upper and lower case character ranges are no longer mutually exclusive.

OnlyLowerCaseCharacterRanges

Ranges of only lowercase characters, excluding the mixed range.

Declaration

public const string OnlyLowerCaseCharacterRanges = "azßöøÿ"

Field Value

Type	Description
String

OnlyUpperCaseCharacterRanges

Ranges of only uppercase characters, excluding the mixed range

Declaration

public const string OnlyUpperCaseCharacterRanges = "AZÀÖØÞ"

Field Value

Type	Description
String

UpperCaseCharacterRanges

Ranges of uppercase characters (for Upper()).

Declaration

public const string UpperCaseCharacterRanges = "AZÀÖØÞ"

Field Value

Type	Description
String

Properties

IsDigit

Gets a value indicating whether this distribution equals the distribution created by Digit().

Declaration

public readonly bool IsDigit { get; }

Property Value

Type	Description
Boolean

IsInitialized

Declaration

public readonly bool IsInitialized { get; }

Property Value

Type	Description
Boolean

IsLetter

Gets a value indicating whether this distribution equals the distribution created by Letter().

Declaration

public readonly bool IsLetter { get; }

Property Value

Type	Description
Boolean

IsLetterOrDigit

Gets a value indicating whether this distribution equals the distribution created by LetterOrDigit().

Declaration

public readonly bool IsLetterOrDigit { get; }

Property Value

Type	Description
Boolean

IsLower

Gets a value indicating whether this distribution equals the distribution created by Lower().

Declaration

public readonly bool IsLower { get; }

Property Value

Type	Description
Boolean

IsPointMass

Gets whether the distribution parameters represent a point mass.

Declaration

public readonly bool IsPointMass { get; }

Property Value

Type	Description
Boolean

IsUpper

Gets a value indicating whether this distribution equals the distribution created by Upper().

Declaration

public readonly bool IsUpper { get; }

Property Value

Type	Description
Boolean

IsWordChar

Gets a value indicating whether this distribution equals the distribution created by WordChar().

Declaration

public readonly bool IsWordChar { get; }

Property Value

Type	Description
Boolean

Item[Char]

Gets the probability of a given character under this distribution.

Declaration

public readonly double this[char value] { get; }

Parameters

Type	Name	Description
Char	value	The character.

Property Value

Type	Description
Double	The probability of the character under this distribution.

Point

Gets or sets the point mass represented by the distribution.

Declaration

public char Point { get; set; }

Property Value

Type	Description
Char

Ranges

Gets an array of character ranges with associated probabilities.

Declaration

public readonly ReadOnlyArray<ImmutableDiscreteChar.CharRange> Ranges { get; }

Property Value

Type	Description
ReadOnlyArray<ImmutableDiscreteChar.CharRange>	An array of character ranges with associated probabilities.

WrappedDistribution

Immutable snapshot of the current distribution.

Declaration

[DataMember]
public ImmutableDiscreteChar WrappedDistribution { get; }

Property Value

Type	Description
ImmutableDiscreteChar

Methods

Any()

Creates a uniform distribution over all characters.

Declaration

public static DiscreteChar Any()

Returns

Type	Description
DiscreteChar	The created distribution.

AppendRegex(StringBuilder, Boolean)

Appends a regex expression that represents this character to the supplied string builder.

Declaration

public void AppendRegex(StringBuilder stringBuilder, bool useFriendlySymbols = false)

Parameters

Type	Name	Description
StringBuilder	stringBuilder	The string builder to append to
Boolean	useFriendlySymbols	Whether to use friendly symbols."

AppendToString(StringBuilder)

Declaration

public void AppendToString(StringBuilder stringBuilder)

Parameters

Type	Name	Description
StringBuilder	stringBuilder

Clone()

Creates a copy of this distribution.

Declaration

public DiscreteChar Clone()

Returns

Type	Description
DiscreteChar	The created copy.

Complement()

Creates a distribution which is uniform over all characters that have zero probability under this distribution i.e. that are not 'in' this distribution.

Declaration

public DiscreteChar Complement()

Returns

Type	Description
DiscreteChar	The created distribution.

Remarks

This is useful for defining characters that are not in a particular distribution e.g. not a letter or not a word character.

Create(IEnumerable<ImmutableDiscreteChar.CharRange>)

Creates a distribution given a list of constant probability character ranges.

Declaration

[Construction(new string[]{"Ranges"})]
public static DiscreteChar Create(IEnumerable<ImmutableDiscreteChar.CharRange> ranges)

Parameters

Type	Name	Description
IEnumerable<ImmutableDiscreteChar.CharRange>	ranges	The constant-probability character ranges.

Returns

Type	Description
DiscreteChar	The created distribution.

Remarks

The probabilities do not need to be normalized. The character ranges do not need to be sorted.

Digit()

Creates a uniform distribution over digits '0'..'9'.

Declaration

[Construction(UseWhen = "IsDigit")]
public static DiscreteChar Digit()

Returns

Type	Description
DiscreteChar	The created distribution.

EnumerateSupport()

Enumerates over the support of the distribution instance.

Declaration

public IEnumerable<char> EnumerateSupport()

Returns

Type	Description
IEnumerable<Char>	The domain values with non-zero mass.

Equals(DiscreteChar)

Checks if that equals to this distribution (i.e. represents the same distribution over characters).

Declaration

public bool Equals(DiscreteChar that)

Parameters

Type	Name	Description
DiscreteChar	that	The object to compare this distribution with.

Returns

Type	Description
Boolean	true if this distribution is equal to `that`, false otherwise.

Equals(Object)

Declaration

public override bool Equals(object obj)

Parameters

Type	Name	Description
Object	obj

Returns

Type	Description
Boolean

Overrides

ValueType.Equals(Object)

FromVector(PiecewiseVector)

Creates a point character from a vector of (unnormalized) character probabilities.

Declaration

public static DiscreteChar FromVector(PiecewiseVector vector)

Parameters

Type	Name	Description
PiecewiseVector	vector	The vector of unnormalized probabilities.

Returns

Type	Description
DiscreteChar	The created distribution.

FromVector(Vector)

Creates a point character from a vector of (unnormalized) character probabilities.

Declaration

public static DiscreteChar FromVector(Vector vector)

Parameters

Type	Name	Description
Vector	vector	The vector of unnormalized probabilities.

Returns

Type	Description
DiscreteChar	The created distribution.

GetAverageLog(DiscreteChar)

The expected logarithm of that distribution under this distribution.

Declaration

public double GetAverageLog(DiscreteChar that)

Parameters

Type	Name	Description
DiscreteChar	that

Returns

Type	Description
Double	`sum_x this.Evaluate(x)*Math.Log(that.Evaluate(x))`

Remarks

This is also known as the cross entropy.

GetAverageLog(ImmutableDiscreteChar)

The expected logarithm of that distribution under this distribution.

Declaration

public double GetAverageLog(ImmutableDiscreteChar that)

Parameters

Type	Name	Description
ImmutableDiscreteChar	that

Returns

Type	Description
Double	`sum_x this.Evaluate(x)*Math.Log(that.Evaluate(x))`

Remarks

This is also known as the cross entropy.

GetHashCode()

Declaration

public override int GetHashCode()

Returns

Type	Description
Int32

Overrides

ValueType.GetHashCode()

GetLogAverageOf(DiscreteChar)

The log-probability that two distributions would draw the same sample.

Declaration

public double GetLogAverageOf(DiscreteChar that)

Parameters

Type	Name	Description
DiscreteChar	that

Returns

Type	Description
Double	`Math.Log(sum_x this.Evaluate(x)*that.Evaluate(x))`

Remarks

This can be considered a type of inner product between distributions.

GetLogAverageOf(ImmutableDiscreteChar)

The log-probability that two distributions would draw the same sample.

Declaration

public double GetLogAverageOf(ImmutableDiscreteChar that)

Parameters

Type	Name	Description
ImmutableDiscreteChar	that

Returns

Type	Description
Double	`Math.Log(sum_x this.Evaluate(x)*that.Evaluate(x))`

Remarks

This can be considered a type of inner product between distributions.

GetLogAverageOfPower(DiscreteChar, Double)

The log-integral of one distribution times another raised to a power.

Declaration

public double GetLogAverageOfPower(DiscreteChar that, double power)

Parameters

Type	Name	Description
DiscreteChar	that
Double	power	The exponent

Returns

Type	Description
Double	`Math.Log(sum_x this.Evaluate(x)*Math.Pow(that.Evaluate(x),power))`

Remarks

This is not the same as GetLogAverageOf(that^power) because it includes the normalization constant of that.

GetLogAverageOfPower(ImmutableDiscreteChar, Double)

The log-integral of one distribution times another raised to a power.

Declaration

public double GetLogAverageOfPower(ImmutableDiscreteChar that, double power)

Parameters

Type	Name	Description
ImmutableDiscreteChar	that
Double	power	The exponent

Returns

Type	Description
Double	`Math.Log(sum_x this.Evaluate(x)*Math.Pow(that.Evaluate(x),power))`

Remarks

This is not the same as GetLogAverageOf(that^power) because it includes the normalization constant of that.

GetLogProb(Char)

Evaluate the log of the density function at the specified domain value

Declaration

public double GetLogProb(char value)

Parameters

Type	Name	Description
Char	value

Returns

Type	Description
Double	The log density

GetMode()

Gets the mode of this distribution.

Declaration

public char GetMode()

Returns

Type	Description
Char	The mode.

Remarks

This is not a property because it is not reasonable to expect that distributions would generally have their mode as a data member. Computing the mode could take a long time for some distributions.

GetProbs()

Gets a vector of character probabilities under this distribution.

Declaration

public PiecewiseVector GetProbs()

Returns

Type	Description
PiecewiseVector	A vector of character probabilities.

InRange(Char, Char)

Creates a uniform distribution over characters in a given range.

Declaration

public static DiscreteChar InRange(char start, char end)

Parameters

Type	Name	Description
Char	start	The start of the range (inclusive).
Char	end	The end of the range (inclusive).

Returns

Type	Description
DiscreteChar	The created distribution.

InRanges(Char[])

Creates a distribution which is uniform over values in multiple ranges specified by pairs of start and end values. These pairs are specified as adjacent values in an array whose length must therefore be even.

Declaration

public static DiscreteChar InRanges(params char[] startEndPairs)

Parameters

Type	Name	Description
Char[]	startEndPairs	The array of range starts and ends.

Returns

Type	Description
DiscreteChar	The created distribution.

InRanges(IEnumerable<Char>)

Creates a distribution which is uniform over values in multiple ranges specified by pairs of start and end values. These pairs are specified as adjacent values in a sequence whose length must therefore be even.

Declaration

public static DiscreteChar InRanges(IEnumerable<char> startEndPairs)

Parameters

Type	Name	Description
IEnumerable<Char>	startEndPairs	The sequence of range starts and ends.

Returns

Type	Description
DiscreteChar	The created distribution.

IsPartialUniform()

Checks whether the distribution is uniform over its support.

Declaration

public bool IsPartialUniform()

Returns

Type	Description
Boolean	True if the distribution is uniform over its support, false otherwise.

IsUniform()

Ask whether the distribution instance is uniform

Declaration

public bool IsUniform()

Returns

Type	Description
Boolean	True if uniform

Letter()

Creates a uniform distribution over letters.

Declaration

[Construction(UseWhen = "IsLetter")]
public static DiscreteChar Letter()

Returns

Type	Description
DiscreteChar	The created distribution.

LetterOrDigit()

Creates a uniform distribution over letters and '0'..'9'.

Declaration

[Construction(UseWhen = "IsLetterOrDigit")]
public static DiscreteChar LetterOrDigit()

Returns

Type	Description
DiscreteChar	The created distribution.

Lower()

Creates a uniform distribution over lowercase letters.

Declaration

[Construction(UseWhen = "IsLower")]
public static DiscreteChar Lower()

Returns

Type	Description
DiscreteChar	The created distribution.

MaxDiff(Object)

Gets the maximum difference between the character probabilities under this distribution and a given one.

Declaration

public double MaxDiff(object that)

Parameters

Type	Name	Description
Object	that

Returns

Type	Description
Double	The computed maximum probability difference.

NonWordChar()

Creates a uniform distribution over all characters except (letter, digit and '_').

Declaration

public static DiscreteChar NonWordChar()

Returns

Type	Description
DiscreteChar	The created distribution.

OneOf(Char[])

Creates a distribution which is uniform over the specified set of characters.

Declaration

public static DiscreteChar OneOf(params char[] chars)

Parameters

Type	Name	Description
Char[]	chars	The characters.

Returns

Type	Description
DiscreteChar	The created distribution.

OneOf(IEnumerable<Char>)

Creates a distribution which is uniform over the specified set of characters.

Declaration

public static DiscreteChar OneOf(IEnumerable<char> chars)

Parameters

Type	Name	Description
IEnumerable<Char>	chars	The characters.

Returns

Type	Description
DiscreteChar	The created distribution.

PointMass(Char)

Creates a point mass character distribution.

Declaration

public static DiscreteChar PointMass(char point)

Parameters

Type	Name	Description
Char	point	The point.

Returns

Type	Description
DiscreteChar	The created distribution.

Read(Func<Int32>, Func<Double>)

Reads a discrete character.

Declaration

public static DiscreteChar Read(Func<int> readInt32, Func<double> readDouble)

Parameters

Type	Name	Description
Func<Int32>	readInt32
Func<Double>	readDouble

Returns

Type	Description
DiscreteChar

Sample()

Sample the distribution

Declaration

public char Sample()

Returns

Type	Description
Char	The sample value

Sample(Char)

Sample the distribution and provide a place to put the result.

Declaration

public char Sample(char result)

Parameters

Type	Name	Description
Char	result

Returns

Type	Description
Char

SetTo(DiscreteChar)

Set the instance to have the same value as given

Declaration

public void SetTo(DiscreteChar value)

Parameters

Type	Name	Description
DiscreteChar	value

SetTo(ImmutableDiscreteChar)

Set the instance to have the same value as given

Declaration

public void SetTo(ImmutableDiscreteChar value)

Parameters

Type	Name	Description
ImmutableDiscreteChar	value

SetToPartialUniform()

Sets the distribution to be uniform over its support.

Declaration

public void SetToPartialUniform()

SetToPartialUniformOf(DiscreteChar)

Sets the distribution to be uniform over the support of a given distribution.

Declaration

public void SetToPartialUniformOf(DiscreteChar dist)

Parameters

Type	Name	Description
DiscreteChar	dist

SetToPartialUniformOf(ImmutableDiscreteChar)

Sets the distribution to be uniform over the support of a given distribution.

Declaration

public void SetToPartialUniformOf(ImmutableDiscreteChar dist)

Parameters

Type	Name	Description
ImmutableDiscreteChar	dist

SetToPower(DiscreteChar, Double)

Set this to the given value raised to the given power

Declaration

public void SetToPower(DiscreteChar value, double exponent)

Parameters

Type	Name	Description
DiscreteChar	value
Double	exponent

SetToPower(ImmutableDiscreteChar, Double)

Set this to the given value raised to the given power

Declaration

public void SetToPower(ImmutableDiscreteChar value, double exponent)

Parameters

Type	Name	Description
ImmutableDiscreteChar	value
Double	exponent

SetToProduct(DiscreteChar, DiscreteChar)

Set this to the product of a and b

Declaration

public void SetToProduct(DiscreteChar a, DiscreteChar b)

Parameters

Type	Name	Description
DiscreteChar	a
DiscreteChar	b

SetToProduct(DiscreteChar, ImmutableDiscreteChar)

Set this to the product of a and b

Declaration

public void SetToProduct(DiscreteChar a, ImmutableDiscreteChar b)

Parameters

Type	Name	Description
DiscreteChar	a
ImmutableDiscreteChar	b

SetToProduct(ImmutableDiscreteChar, DiscreteChar)

Set this to the product of a and b

Declaration

public void SetToProduct(ImmutableDiscreteChar a, DiscreteChar b)

Parameters

Type	Name	Description
ImmutableDiscreteChar	a
DiscreteChar	b

SetToProduct(ImmutableDiscreteChar, ImmutableDiscreteChar)

Set this to the product of a and b

Declaration

public void SetToProduct(ImmutableDiscreteChar a, ImmutableDiscreteChar b)

Parameters

Type	Name	Description
ImmutableDiscreteChar	a
ImmutableDiscreteChar	b

SetToRatio(DiscreteChar, DiscreteChar, Boolean)

Set this to the ratio of a and b

Declaration

public void SetToRatio(DiscreteChar a, DiscreteChar b, bool forceProper = false)

Parameters

Type	Name	Description
DiscreteChar	a
DiscreteChar	b
Boolean	forceProper	If true, the result is modified to have parameters in a safe range

SetToRatio(DiscreteChar, ImmutableDiscreteChar, Boolean)

Set this to the ratio of a and b

Declaration

public void SetToRatio(DiscreteChar a, ImmutableDiscreteChar b, bool forceProper = false)

Parameters

Type	Name	Description
DiscreteChar	a
ImmutableDiscreteChar	b
Boolean	forceProper	If true, the result is modified to have parameters in a safe range

SetToRatio(ImmutableDiscreteChar, DiscreteChar, Boolean)

Set this to the ratio of a and b

Declaration

public void SetToRatio(ImmutableDiscreteChar a, DiscreteChar b, bool forceProper = false)

Parameters

Type	Name	Description
ImmutableDiscreteChar	a
DiscreteChar	b
Boolean	forceProper	If true, the result is modified to have parameters in a safe range

SetToRatio(ImmutableDiscreteChar, ImmutableDiscreteChar, Boolean)

Set this to the ratio of a and b

Declaration

public void SetToRatio(ImmutableDiscreteChar a, ImmutableDiscreteChar b, bool forceProper = false)

Parameters

Type	Name	Description
ImmutableDiscreteChar	a
ImmutableDiscreteChar	b
Boolean	forceProper	If true, the result is modified to have parameters in a safe range

SetToSum(Double, DiscreteChar, Double, DiscreteChar)

Replaces the current distribution with a mixture of a given pair of distributions.

Declaration

public void SetToSum(double weight1, DiscreteChar value1, double weight2, DiscreteChar value2)

Parameters

Type	Name	Description
Double	weight1	The weight of the first distribution.
DiscreteChar	value1	The first distribution.
Double	weight2	The weight of the second distribution.
DiscreteChar	value2	The second distribution.

SetToSum(Double, ImmutableDiscreteChar, Double, ImmutableDiscreteChar)

Replaces the current distribution with a mixture of a given pair of distributions.

Declaration

public void SetToSum(double weight1, ImmutableDiscreteChar value1, double weight2, ImmutableDiscreteChar value2)

Parameters

Type	Name	Description
Double	weight1	The weight of the first distribution.
ImmutableDiscreteChar	value1	The first distribution.
Double	weight2	The weight of the second distribution.
ImmutableDiscreteChar	value2	The second distribution.

SetToUniform()

Set the distribution to be uniform

Declaration

public void SetToUniform()

ToLower(DiscreteChar)

Declaration

public static DiscreteChar ToLower(DiscreteChar unnormalizedCharDist)

Parameters

Type	Name	Description
DiscreteChar	unnormalizedCharDist

Returns

Type	Description
DiscreteChar

ToString()

Declaration

public override string ToString()

Returns

Type	Description
String

Overrides

ValueType.ToString()

Uniform()

Creates a uniform distribution over characters.

Declaration

[Construction(UseWhen = "IsUniform")]
public static DiscreteChar Uniform()

Returns

Type	Description
DiscreteChar	The created distribution.

UniformInRange(Char, Char)

Creates a uniform distribution over characters in a given range.

Declaration

public static DiscreteChar UniformInRange(char start, char end)

Parameters

Type	Name	Description
Char	start	The start of the range (inclusive).
Char	end	The end of the range (inclusive).

Returns

Type	Description
DiscreteChar	The created distribution.

UniformInRanges(Char[])

Declaration

public static DiscreteChar UniformInRanges(params char[] startEndPairs)

Parameters

Type	Name	Description
Char[]	startEndPairs	The array of range starts and ends.

Returns

Type	Description
DiscreteChar	The created distribution.

UniformInRanges(IEnumerable<Char>)

Declaration

public static DiscreteChar UniformInRanges(IEnumerable<char> startEndPairs)

Parameters

Type	Name	Description
IEnumerable<Char>	startEndPairs	The sequence of range starts and ends.

Returns

Type	Description
DiscreteChar	The created distribution.

UniformOver(Char[])

Creates a distribution which is uniform over the specified set of characters.

Declaration

public static DiscreteChar UniformOver(params char[] chars)

Parameters

Type	Name	Description
Char[]	chars	The characters.

Returns

Type	Description
DiscreteChar	The created distribution.

UniformOver(IEnumerable<Char>)

Creates a distribution which is uniform over the specified set of characters.

Declaration

public static DiscreteChar UniformOver(IEnumerable<char> chars)

Parameters

Type	Name	Description
IEnumerable<Char>	chars	The characters.

Returns

Type	Description
DiscreteChar	The created distribution.

Upper()

Creates a uniform distribution over uppercase letters.

Declaration

[Construction(UseWhen = "IsUpper")]
public static DiscreteChar Upper()

Returns

Type	Description
DiscreteChar	The created distribution.

Whitespace()

Creates a uniform distribution over whitespace characters ('\t'..'\r', ' ').

Declaration

public static DiscreteChar Whitespace()

Returns

Type	Description
DiscreteChar	The created distribution.

WordChar()

Creates a uniform distribution over word characters (letter, digit and '_').

Declaration

[Construction(UseWhen = "IsWordChar")]
public static DiscreteChar WordChar()

Returns

Type	Description
DiscreteChar	The created distribution.

Write(Action<Int32>, Action<Double>)

Writes a discrete character.

Declaration

public void Write(Action<int> writeInt32, Action<double> writeDouble)

Parameters

Type	Name	Description
Action<Int32>	writeInt32
Action<Double>	writeDouble

Explicit Interface Implementations

ICloneable.Clone()

Creates a copy of this distribution.

Declaration

object ICloneable.Clone()

Returns

Type	Description
Object	The created copy.

Implements

IDistribution<T>

IDistribution

System.ICloneable

Diffable

SettableToUniform

HasPoint<T>

CanGetLogProb<T>

SettableTo<T>

SettableToProduct<T>

SettableToProduct<T, U>

SettableToProduct<T>

SettableToProduct<T, U>

SettableToRatio<T>

SettableToRatio<T, U>

SettableToRatio<T>

SettableToRatio<T, U>

SettableToPower<T>

SettableToWeightedSumExact<T>

SettableToWeightedSum<T>

SettableToWeightedSumExact<T>

SettableToWeightedSum<T>

SettableToPartialUniform<TDist>

CanGetLogAverageOf<T>

CanGetLogAverageOfPower<T>

CanGetAverageLog<T>

CanGetMode<ModeType>

Sampleable<T>

CanEnumerateSupport<T>

System.IEquatable<T>