Class | Description | |
---|---|---|
![]() | ArrayExpression | Represents an expression with an array of constant values as the expression. |
![]() | BinaryOperatorExpression | Represents an expression with a binary operator applied to a pair of operands as the expression. |
![]() | BinaryOperatorInfo | Represents the abstract base class for defining binary operators. This class is abstract (MustInherit in Visual Basic) and so cannot be instantiated. |
![]() | BooleanExpression | Represents an expression type with a boolean constant value as the expression. |
![]() | CalcArray | Represents an array of constants during the evaluation of a formula. This class is abstract (MustInherit in Visual Basic) and so cannot be instantiated. |
![]() | CalcConvert | Represents the converting of a value to a specified data type. This is a %[LangWord]static class% and so cannot be inherited or instantiated. |
![]() | CalcError | Represents calculation errors. |
![]() | CalcMissingArgument | Represents a missing argument during the evaluation of a formula. |
![]() | CalcReference | Represents a cell or range reference during the evaluation of a formula. This class is abstract (MustInherit in Visual Basic) and so cannot be instantiated. |
![]() | CellExpression | Represents an expression with a cell reference as the expression. |
![]() | ConstantExpression | Represents the abstract class from which all constant value expression types derive. This class is abstract (MustInherit in Visual Basic) and so cannot be instantiated. |
![]() | DoubleExpression | Represents an expression with a double constant value as the expression. |
![]() | ErrorExpression | Represents an expression with an error constant value as the expression. |
![]() | Expression | Represents the abstract class from which all expression types derive. This class is abstract (MustInherit in Visual Basic) and so cannot be instantiated. |
![]() | ExternalCellExpression | Represents an expression with an external cell reference as the expression. |
![]() | ExternalNameExpression | Represents an expression with an external named variable as the expression. |
![]() | ExternalRangeExpression | Represents an expression with an external range reference as the expression. |
![]() | ExternalReferenceExpression | Represents the abstract class from which all external reference expression types derive. This class is abstract (MustInherit in Visual Basic) and so cannot be instantiated. |
![]() | FunctionExpression | Represents an expression with a function applied to a list of parameters as the expression. |
![]() | FunctionInfo | Represents an abstract base class for defining functions. This class is abstract (MustInherit in Visual Basic) and so cannot be instantiated. |
![]() | IntersectOperatorInfo | Represents the intersect operator. |
![]() | MissingArgumentExpression | Represents an expression with a missing argument constant value as the expression. |
![]() | MultiRangeExpression | Represents an expression with the two values as the reference expression. |
![]() | NameExpression | Represents an expression with a named variable as the expression. |
![]() | OperatorInfo | Represents the abstract base class for defining operators. This class is abstract (MustInherit in Visual Basic) and so cannot be instantiated. |
![]() | ParenthesesExpression | Represents an expression type for parentheses surrounding a specified expression. |
![]() | RangeExpression | Represents an expression with a range reference as the expression. |
![]() | ReferenceExpression | Represents the abstract class from which all reference expression types derive. This class is abstract (MustInherit in Visual Basic) and so cannot be instantiated. |
![]() | TableReferenceExpression | Represents an expression with a table reference as the expression. |
![]() | UnaryOperatorExpression | Represents an expression with a unary operator applied to a single operand as the expression. |
![]() | UnaryOperatorInfo | Represents the abstract base class for defining unary operators. This class is abstract (MustInherit in Visual Basic) and so cannot be instantiated. |