Uses of Interface
org.apache.druid.math.expr.vector.ExprEvalVector

Packages that use ExprEvalVector

Package	Description
org.apache.druid.math.expr.vector

Uses of ExprEvalVector in org.apache.druid.math.expr.vector

Classes in org.apache.druid.math.expr.vector that implement ExprEvalVector

Modifier and Type	Class	Description
class	BaseExprEvalVector<T>
class	ExprEvalBindingVector<T>	ExprEvalVector backed directly by an underlying Expr.VectorInputBinding
final class	ExprEvalDoubleVector
final class	ExprEvalLongVector
final class	ExprEvalObjectVector

Methods in org.apache.druid.math.expr.vector that return ExprEvalVector

Modifier and Type	Method	Description
abstract ExprEvalVector<TOutput>	BivariateFunctionVectorProcessor.asEval()
final ExprEvalVector<long[]>	LongUnivariateObjectFunctionVectorProcessor.asEval()
abstract ExprEvalVector<TOutput>	UnivariateObjectFunctionVectorProcessor.asEval()
ExprEvalVector<TOutput>	BivariateFunctionVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<TOutput>	BivariateObjectsFunctionVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<T>	CaseSearchedFunctionVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<double[]>	CastToDoubleVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<long[]>	CastToLongVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<Object[]>	CastToObjectVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<double[]>	CoalesceDoubleVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<long[]>	CoalesceLongVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<Object[]>	CoalesceVectorObjectProcessor.evalVector(Expr.VectorInputBinding bindings)
final ExprEvalVector<double[]>	DoubleBivariateFunctionVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
final ExprEvalVector<double[]>	DoubleUnivariateFunctionVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<TOutput>	ExprVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<T>	FunctionErrorReportingExprVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<double[]>	IfDoubleVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<long[]>	IfLongVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<Object[]>	IfObjectVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
final ExprEvalVector<long[]>	LongBivariateFunctionVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
final ExprEvalVector<long[]>	LongUnivariateFunctionVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<Object[]>	ObjectMultivariateObjectsFunctionVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
ExprEvalVector<TOutput>	UnivariateObjectFunctionVectorProcessor.evalVector(Expr.VectorInputBinding bindings)
protected ExprEvalVector<double[]>	CaseSearchedDoubleVectorProcessor.makeResultVector()
protected abstract ExprEvalVector<T>	CaseSearchedFunctionVectorProcessor.makeResultVector()
protected ExprEvalVector<long[]>	CaseSearchedLongVectorProcessor.makeResultVector()
protected ExprEvalVector<Object[]>	CaseSearchedObjectVectorProcessor.makeResultVector()

Methods in org.apache.druid.math.expr.vector with parameters of type ExprEvalVector

Modifier and Type	Method	Description
protected void	CaseSearchedDoubleVectorProcessor.processElseVector(ExprEvalVector<double[]> elseVector, int[] conditionSelection)
protected abstract void	CaseSearchedFunctionVectorProcessor.processElseVector(ExprEvalVector<T> elseVector, int[] conditionSelection)
protected void	CaseSearchedLongVectorProcessor.processElseVector(ExprEvalVector<long[]> elseVector, int[] conditionSelection)
protected void	CaseSearchedObjectVectorProcessor.processElseVector(ExprEvalVector<Object[]> elseVector, int[] conditionSelection)
protected void	CaseSearchedDoubleVectorProcessor.processThenVector(ExprEvalVector<double[]> thenVector, int currentMatches, int[] thenSelection)
protected abstract void	CaseSearchedFunctionVectorProcessor.processThenVector(ExprEvalVector<T> thenVector, int currentMatches, int[] thenSelection)
protected void	CaseSearchedLongVectorProcessor.processThenVector(ExprEvalVector<long[]> thenVector, int currentMatches, int[] thenSelection)
protected void	CaseSearchedObjectVectorProcessor.processThenVector(ExprEvalVector<Object[]> thenVector, int currentMatches, int[] thenSelection)