Variable- Operator
array- attributes
- isObserved
- loopRange
- operatorFactorRegistry
Variable()
ArrayVariable- Definition
- IsArrayElement
- IsDefined
- IsLoopIndex
- IsObserved
- IsReadOnly
- Name
- NameInGeneratedCode
- AddAttribute(ICompilerAttribute)
- AddAttribute(QueryType)
- AddAttributes(ICompilerAttribute[])
- AddAttributes(IEnumerable<ICompilerAttribute>)
- AddDefinitionAttribute(ICompilerAttribute)
- AllTrue(Variable<Boolean[]>)
- AllTrue(Variable<IList<Boolean>>)
- Array<T>(IList<Range>)
- Array<T>(Range)
- Array<T>(Range, Range)
- Array<T>(VariableArray<T>, Range)
- Array<T>(VariableArray2D<T>, Range)
- Array<T>(Range, Range, Range)
- Array<T>(VariableArray<T>, Range, Range)
- Array<T>(VariableArray<T>, Range, Range, Range)
- Array<TItem, TArray>(TItem, Range)
- Array<TItem, TArray>(VariableArray<TItem, TArray>, Range)
- ArrayFromVector(Variable<Vector>, Range)
- Attrib(ICompilerAttribute)
- Bernoulli(Double)
- Bernoulli(Variable<Double>)
- BernoulliFromLogOdds(Double)
- BernoulliFromLogOdds(Variable<Double>)
- BernoulliIntegerSubset(ISparseList<Double>)
- BernoulliIntegerSubset(Variable<ISparseList<Double>>)
- BernoulliIntegerSubset(VariableArray<Variable<Double>, ISparseList<Double>>)
- BernoulliList(ISparseList<Double>)
- BernoulliList(Variable<ISparseList<Double>>)
- BernoulliList(VariableArray<Variable<Boolean>, ISparseList<Double>>)
- Beta(Double, Double)
- Beta(Variable<Double>, Variable<Double>)
- BetaFromMeanAndVariance(Double, Double)
- BetaFromMeanAndVariance(Variable<Double>, Variable<Double>)
- Binomial(Int32, Variable<Double>)
- Binomial(Variable<Int32>, Variable<Double>)
- Case(Variable<Int32>, Int32)
- Char(Variable<Vector>)
- CharDigit()
- CharLetter()
- CharLetterOrDigit()
- CharLower()
- CharNonWord()
- CharUniform()
- CharUpper()
- CharWhitespace()
- CharWord()
- CloseAllBlocks()
- Concat(Variable<Vector>, Variable<Vector>)
- Constant<T>(IList<T>)
- Constant<T>(IReadOnlyList<T>)
- Constant<T>(T)
- Constant<T>(T[])
- Constant<T>(IList<T>, Range)
- Constant<T>(IReadOnlyList<T>, Range)
- Constant<T>(T[,])
- Constant<T>(T[], Range)
- Constant<T>(IList<IList<T>>, Range, Range)
- Constant<T>(IReadOnlyList<IReadOnlyList<T>>, Range, Range)
- Constant<T>(T[][], Range, Range)
- Constant<T>(T[,], Range, Range)
- Constant<T>(T[][][], Range, Range, Range)
- Constant<T>(T[][,], Range, Range, Range)
- Constrain<T>(Action<T>, Variable<T>)
- Constrain<T1, T2>(Action<T1, T2>, Variable<T1>, Variable<T2>)
- Constrain<T1, T2, T3>(Action<T1, T2, T3>, Variable<T1>, Variable<T2>, Variable<T3>)
- Constrain<T1, T2, T3, T4>(Action<T1, T2, T3, T4>, Variable<T1>, Variable<T2>, Variable<T3>, Variable<T4>)
- ConstrainBetween(Variable<Double>, Variable<Double>, Variable<Double>)
- ConstrainEqual<T>(T, Variable<T>)
- ConstrainEqual<T>(Variable<T>, T)
- ConstrainEqual<T>(Variable<T>, Variable<T>)
- ConstrainEqualRandom<T, TDist>(T, Variable<TDist>)
- ConstrainEqualRandom<T, TDist>(Variable<T>, TDist)
- ConstrainEqualRandom<T, TDist>(Variable<T>, Variable<TDist>)
- ConstrainFalse(Variable<Boolean>)
- ConstrainInternal(MethodInfo, Variable[])
- ConstrainPositive(Variable<Double>)
- ConstrainTrue(Variable<Boolean>)
- Copy<T>(Variable<T>)
- Copy<T>(VariableArray<T>)
- Copy<T>(VariableArray<VariableArray<T>, T[][]>)
- Copy<TItem, T>(VariableArray<VariableArray<TItem, T>, T[]>)
- CountTrue(Variable<Boolean[]>)
- Cut<T>(Variable<T>)
- Cut<T>(VariableArray<T>)
- Cut<T>(VariableArray<VariableArray<T>, T[][]>)
- CutForwardWhen<T>(Variable<T>, Variable<Boolean>)
- Dirichlet(Double[])
- Dirichlet(Vector)
- Dirichlet(Range, Double[])
- Dirichlet(Range, Vector)
- Dirichlet(Variable<Vector>)
- Dirichlet(Range, Variable<Vector>)
- DirichletSymmetric(Int32, Double)
- DirichletSymmetric(Int32, Variable<Double>)
- DirichletSymmetric(Range, Variable<Double>)
- DirichletUniform(Int32)
- DirichletUniform(Range)
- DirichletUniform(Variable<Int32>)
- Discrete(Double[])
- Discrete(Vector)
- Discrete(Range, Double[])
- Discrete(Range, Vector)
- Discrete(Variable<Vector>)
- Discrete(Range, Variable<Vector>)
- DiscreteFromLogProbs(VariableArray<Double>)
- DiscreteUniform(Int32)
- DiscreteUniform(Range)
- DiscreteUniform(Variable<Int32>)
- DiscreteUniform(Range, Variable<Int32>)
- Double(IModelExpression<Int32>)
- Double(Variable<Boolean>)
- Double(Variable<Int32>)
- EnumDiscrete<TEnum>(Double[])
- EnumDiscrete<TEnum>(Variable<Vector>)
- EnumDiscrete<TEnum>(Vector)
- EnumDiscrete<TEnum>(Range, Double[])
- EnumDiscrete<TEnum>(Range, Vector)
- EnumToInt<TEnum>(Variable<TEnum>)
- EnumUniform<TEnum>()
- EnumUniform<TEnum>(Range)
- Exp(Variable<Double>)
- ForEach(Range)
- FunctionEvaluate(Variable<IFunction>, Variable<Vector>)
- GammaFromMeanAndVariance(Double, Double)
- GammaFromMeanAndVariance(Variable<Double>, Variable<Double>)
- GammaFromShapeAndRate(Double, Double)
- GammaFromShapeAndRate(Variable<Double>, Variable<Double>)
- GammaFromShapeAndScale(Double, Double)
- GammaFromShapeAndScale(Variable<Double>, Variable<Double>)
- GaussianFromMeanAndPrecision(Double, Double)
- GaussianFromMeanAndPrecision(Variable<Double>, Variable<Double>)
- GaussianFromMeanAndVariance(Double, Double)
- GaussianFromMeanAndVariance(Variable<Double>, Double)
- GaussianFromMeanAndVariance(Variable<Double>, Variable<Double>)
- GaussianListFromMeanAndPrecision(ISparseList<Double>, ISparseList<Double>)
- GaussianListFromMeanAndPrecision(ISparseList<Double>, Variable<ISparseList<Double>>)
- GaussianListFromMeanAndPrecision(Variable<ISparseList<Double>>, ISparseList<Double>)
- GaussianListFromMeanAndPrecision(Variable<ISparseList<Double>>, Variable<ISparseList<Double>>)
- GetAttributes<AttributeType>()
- GetContainers<T>()
- GetDomainType()
- GetExpression()
- GetFirstAttribute<AttributeType>()
- GetItem(Variable<String>, Variable<Int32>)
- GetItem(Variable<Vector>, Variable<Int32>)
- GetItemExpression()
- GetItems<T>(Variable<IReadOnlyList<T>>, VariableArray<Int32>)
- GetItems<T>(Variable<T[]>, VariableArray<Int32>)
- GetItems<T>(VariableArray<T>, VariableArray<Int32>)
- GetItems<TItem, T>(VariableArray<TItem, T[]>, VariableArray<Int32>)
- GetValueRange()
- GetValueRange(Boolean)
- HasAnyItemDefined(IReadOnlyList<ConditionBlock>)
- HasAttribute<AttributeType>()
- HasDefinedItem(IReadOnlyList<ConditionBlock>, List<List<IModelExpression>>, Int32)
- IArray<T>(Range)
- IArray<T>(Range, Range)
- IArray<T>(VariableArray<T>, Range)
- IArray<T>(VariableArray2D<T>, Range)
- IArray<T>(VariableArray<T>, Range, Range)
- IArray<TItem, TArray>(VariableArray<TItem, TArray>, Range)
- If(Variable<Boolean>)
- IfNot(Variable<Boolean>)
- IList<T>(Range)
- IList<T>(VariableArray<T>, Range)
- IList<TItem, TArray>(VariableArray<TItem, TArray>, Range)
- InnerProduct(Variable<DenseVector>, Variable<Vector>)
- InnerProduct(Variable<Vector>, Variable<DenseVector>)
- InnerProduct(Variable<Vector>, Variable<Vector>)
- InnerProduct(VariableArray<Double>, Variable<Vector>)
- InnerProduct(VariableArray<Double>, VariableArray<Double>)
- IsBetween(Variable<Double>, Variable<Double>, Variable<Double>)
- IsConstantScalar(IModelExpression)
- IsDefinedInContext(List<ConditionBlock>)
- ISparseList<T>(Range)
- IsPositive(Variable<Double>)
- IsPrefixOf<T>(IReadOnlyList<T>, IReadOnlyList<T>)
- JaggedSubarray<T>(VariableArray<T>, VariableArray<VariableArray<Int32>, Int32[][]>)
- Linear(Variable<Int32>, Variable<Int32>, Variable<Double>)
- LinearTrunc(Variable<Int32>, Variable<Int32>, Variable<Double>, Variable<Double>)
- Log(Variable<Double>)
- Logistic(Variable<Double>)
- LookupOperatorFactor(Operator, Type[])
- Matrix(Variable<Double[,]>)
- MatrixMultiply(VariableArray2D<Double>, VariableArray2D<Double>)
- MatrixTimesScalar(Variable<PositiveDefiniteMatrix>, Variable<Double>)
- MatrixTimesVector(Variable<Matrix>, Variable<Vector>)
- MatrixTimesVector(Variable<Double[,]>, Variable<Vector>)
- Max(Variable<Double>, Variable<Double>)
- Max(Variable<Int32>, Variable<Int32>)
- MayOverlap(IReadOnlyList<IModelExpression>, IReadOnlyList<IModelExpression>)
- Min(Variable<Double>, Variable<Double>)
- Min(Variable<Int32>, Variable<Int32>)
- Multinomial(Range, Variable<Vector>)
- Multinomial(Variable<Int32>, Variable<Vector>)
- Multinomial(Variable<Int32>, Vector)
- MultinomialList(Variable<Int32>, Variable<Vector>)
- New<T>()
- Observed<T>(IReadOnlyList<T>)
- Observed<T>(T)
- Observed<T>(T[])
- Observed<T>(IReadOnlyList<T>, Range)
- Observed<T>(T[,])
- Observed<T>(T[], Range)
- Observed<T>(IReadOnlyList<IReadOnlyList<T>>, Range, Range)
- Observed<T>(T[][], Range, Range)
- Observed<T>(T[,], Range, Range)
- Observed<T>(T[][][], Range, Range, Range)
- Observed<T>(T[][][][], Range, Range, Range, Range)
- ParallelCopy<T>(VariableArray<T>, VariableArray<T>)
- Poisson(Double)
- Poisson(Variable<Double>)
- Potts(Variable<Boolean>, Variable<Boolean>, Variable<Double>)
- Potts(Variable<Int32>, Variable<Int32>, Variable<Double>)
- ProductExp(Variable<Double>, Variable<Double>)
- Random<T>(IDistribution<T>)
- Random<T, TDist>(Variable<TDist>)
- RegisterOperatorFactor(Operator, Delegate)
- RemoveAllAttributes<AttributeType>()
- Repeat(Variable<Double>)
- Replicate<T>(Variable<T>, Range)
- Replicate<T>(VariableArray<T>, Range)
- Replicate<T>(VariableArray<VariableArray<T>, T[][]>, Range)
- Replicate<TItem, T>(VariableArray<VariableArray<TItem, T>, T[]>, Range)
- Rotate(Variable<Double>, Variable<Double>, Variable<Double>)
- SequentialCopy<T>(Variable<T>, Variable<T>)
- SequentialCopy<T>(VariableArray<T>, VariableArray<T>)
- SequentialCopy<T>(VariableArray<VariableArray<T>, T[][]>, VariableArray<VariableArray<T>, T[][]>)
- SetSparsity(Sparsity)
- SetValueRange(Range)
- ShorterIsPrefixOfLonger<T>(IReadOnlyList<T>, IReadOnlyList<T>)
- Softmax(Variable<IList<Double>>)
- Softmax(Variable<ISparseList<Double>>)
- Softmax(Variable<Vector>)
- Softmax(VariableArray<Double>)
- Split<T>(VariableArray<T>, Range, Range, VariableArray<T>)
- Split<TItem, T>(VariableArray<TItem, T[]>, Range, Range, VariableArray<TItem, T[]>)
- SplitSubarray<T>(VariableArray<T>, VariableArray<VariableArray<Int32>, Int32[][]>)
- SplitSubarray<TItem, T>(VariableArray<TItem, T[]>, VariableArray<VariableArray<Int32>, Int32[][]>)
- String(Variable<Int32>, Variable<Int32>)
- String(Variable<Int32>, Variable<Int32>, Variable<DiscreteChar>)
- StringCapitalized()
- StringCapitalized(Variable<Int32>, Variable<Int32>)
- StringDigits()
- StringDigits(Variable<Int32>, Variable<Int32>)
- StringFormat(Variable<String>, Variable<String>[])
- StringFormat(Variable<String>, VariableArray<String>)
- StringFromArray(VariableArray<Char>)
- StringLetters()
- StringLetters(Variable<Int32>, Variable<Int32>)
- StringLettersOrDigits()
- StringLettersOrDigits(Variable<Int32>, Variable<Int32>)
- StringLower()
- StringLower(Variable<Int32>, Variable<Int32>)
- StringNonWord()
- StringNonWord(Variable<Int32>, Variable<Int32>)
- StringOfLength(Variable<Int32>)
- StringOfLength(Variable<Int32>, Variable<DiscreteChar>)
- StringUniform()
- StringUpper()
- StringUpper(Variable<Int32>, Variable<Int32>)
- StringWhitespace()
- StringWhitespace(Variable<Int32>, Variable<Int32>)
- StringWord()
- StringWord(Variable<Int32>, Variable<Int32>)
- Subarray<T>(Variable<IReadOnlyList<T>>, VariableArray<Int32>)
- Subarray<T>(Variable<T[]>, VariableArray<Int32>)
- Subarray<T>(VariableArray<T>, VariableArray<Int32>)
- Subarray<T>(VariableArray<T>, VariableArray<Variable<Int32>, IReadOnlyList<Int32>>)
- Subarray<TItem, T>(VariableArray<TItem, T[]>, VariableArray<Int32>)
- Subarray2<T>(VariableArray<T>, VariableArray<Int32>, VariableArray<T>)
- Substring(Variable<String>, Variable<Int32>, Variable<Int32>)
- Subvector(Variable<Vector>, Variable<Int32>, Variable<Int32>)
- Sum_Expanded(VariableArray<Double>)
- Sum(Variable<Double[]>)
- Sum(Variable<IList<Double>>)
- Sum(Variable<IList<Vector>>)
- Sum(Variable<Int32[]>)
- Sum(Variable<Vector[]>)
- SumWhere(VariableArray<Boolean>, Variable<Vector>)
- SumWhere(VariableArray<Boolean>, VariableArray<Double>)
- Switch(Variable<Int32>)
- ToString()
- TruncatedGammaFromShapeAndRate(Variable<Double>, Variable<Double>, Variable<Double>, Variable<Double>)
- TruncatedGaussian(Double, Double, Double, Double)
- Vector(Variable<Double[]>)
- VectorGaussianFromMeanAndPrecision(Vector, PositiveDefiniteMatrix)
- VectorGaussianFromMeanAndPrecision(Variable<Vector>, Variable<PositiveDefiniteMatrix>)
- VectorGaussianFromMeanAndVariance(Vector, PositiveDefiniteMatrix)
- VectorGaussianFromMeanAndVariance(Variable<Vector>, PositiveDefiniteMatrix)
- VectorGaussianFromMeanAndVariance(Variable<Vector>, Variable<PositiveDefiniteMatrix>)
- VectorTimesScalar(Variable<Vector>, Variable<Double>)
- WishartFromShapeAndRate(Variable<Double>, Variable<PositiveDefiniteMatrix>)
- WishartFromShapeAndScale(Double, PositiveDefiniteMatrix)
- WishartFromShapeAndScale(Variable<Double>, Variable<PositiveDefiniteMatrix>)
netcoreapp2.1
namespace Microsoft.ML.Probabilistic.Models
{
public abstract class Variable : Object, CanGetContainers, HasObservedValue, IModelExpression, IVariable
{
public static VariableArray<VariableArray<TItem, T>, T[]> Copy<TItem, T>(VariableArray<VariableArray<TItem, T>, T[]> array)
where TItem, SettableTo<TItem>, Variable, ICloneable;
}
}
| .NET | 5.06.07.08.09.0 |
|---|---|
| .NET Core | 2.02.12.23.03.1 |
| .NET Framework | 4.6.14.6.24.74.7.14.7.24.84.8.1 |
| .NET Standard | 2.02.1 |
Information specific to netcoreapp2.1 | |
| Assembly | Microsoft.ML.Probabilistic.Compiler , Version=0.4.2403.801, PublicKeyToken=e4813102a62778da |
| Referencing | Your project needs a package reference to |
| Package | Microsoft.ML.Probabilistic.Compiler netstandard2.0 |
| Platform Restrictions | This framework does not have platform annotations. |
- Built-in API
- Package-provided API