Enum SymbolicTransformationStatus

Namespace

Utils.Mathematics.Expressions

Assembly

Utils.Mathematics.dll

Categorizes the outcome of a non-throwing symbolic transformation (see TryDerivate<T>(LambdaExpression, string, bool) and TryIntegrate<T>(LambdaExpression, string)).

public enum SymbolicTransformationStatus

Extension Methods

DataUtils.ToDbValue(object?)

MathEx.Clamp<T>(T, T, T, IComparer<T>)

FluentExtensions.Failure<T>(T)

FluentExtensions.IsEqualTo<T, CT>(T, CT)

FluentExtensions.IsGreaterOrEqualsThan<T, CT>(T, CT)

FluentExtensions.IsGreaterThan<T, CT>(T, CT)

FluentExtensions.IsIn<T>(T, params T[])

FluentExtensions.IsLowerOrEqualsThan<T, CT>(T, CT)

FluentExtensions.IsLowerThan<T, CT>(T, CT)

FluentExtensions.IsNotIn<T>(T, params T[])

FluentExtensions.IsNotNull<T>(T)

FluentExtensions.IsNull<T>(T)

FluentExtensions.Success<T>(T)

FluentExtensions.Test<T>(T, Func<T, bool>)

ObjectUtils.Between<T>(T, IComparer<T>, T, T)

ObjectUtils.Between<T>(T, IComparer<T>, T, T, bool, bool)

ObjectUtils.DoAsync<T, Result>(T, Func<T, Task<Result>>, Func<Task<Result>>)

ObjectUtils.DoAsync<T, Result>(T, Func<T, Task<Result>>, Result)

ObjectUtils.DoAsync<T, Result>(T, Func<T, Result>, Func<Result>)

ObjectUtils.DoAsync<T, Result>(T, Func<T, Result>, Result)

ObjectUtils.Do<T, Result>(T, Func<T, Result>, Func<Result>)

ObjectUtils.Do<T, Result>(T, Func<T, Result>, Result)

ObjectUtils.In<T>(T, params T[])

ObjectUtils.NotIn<T>(T, params T[])

Validations.ArgMustBeBetween<T>(T, T, T, string)

Validations.ArgMustBeEqualsTo<T>(T, T, string)

Validations.ArgMustBeGreaterOrEqualsThan<T>(T, T, string)

Validations.ArgMustBeGreaterThan<T>(T, T, string)

Validations.ArgMustBeIn<T>(T, T[], string)

Validations.ArgMustBeLesserOrEqualsThan<T>(T, T, string)

Validations.ArgMustBeLesserThan<T>(T, T, string)

Validations.ArgMustBe<T>(T, Func<T, bool>, string, string)

Validations.ArgMustNotBe<T>(T, Func<T, bool>, string, string)

Validations.Arg<T>(T, string)

Validations.Variable<T>(T, string)

Fields

ConstructionFailure = 4

An unexpected error occurred while constructing the result expression tree.

InvalidInput = 3

The API was used incorrectly: the differentiation/integration variable is null, ambiguous (two distinct parameters share one name), or foreign (not declared in the lambda).

Success = 0

The transformation produced a valid expression (see IsExact).

UnsupportedExpression = 1

No symbolic rule applied to the expression (e.g. an unknown method with numeric fallback disabled, an unsupported conversion, or an unknown expression node type).

UnsupportedScalarOperation = 2

A required scalar math operation (e.g. Log, Sin, Sqrt) is not available for the scalar type T (for example decimal has no trigonometric functions).