| ArrayMath |
Contains methods that perform operations on arrays.
|
| BigFloat |
Represents a floating-point number with arbitrary precision.
|
| CategoricalVector<T> |
Represents a vector whose elements can take on a limited set of values.
|
| Compare |
Provides methods for comparing values with specified tolerances.
|
| Constants |
Contains various mathematical constants.
|
| CoreImplementations<T> |
Encapsulates the currently active core algorithms.
|
| DecimalMath | |
| DimensionMismatchException |
Represents an exception that is thrown when the dimensions
of a matrix or vector are not compatible for the requested operation.
|
| DoubleComparer |
Represents a comparer for double-precision
floating-point numbers with specified tolerance.
|
| Elementary |
Contains methods for evaluating various elementary functions.
|
| ElementType<T> |
Contains defaults for the specified element type of an array.
Obsolete |
| Fortran |
Contains methods that provide the equivalent of
some FORTRAN functions.
|
| FunctionMath |
Contains methods that perform operations on mathematical functions.
|
| GenericCoreProvider<T> |
Represents a managed provider for the core linear algebra and FFT functionality
for an element type.
|
| GenericImplementations |
Provides access to the generic provider.
|
| InsufficientDataException |
Represents an exception that may be thrown when a variable or variable collection
contains insufficient data to perform a calculation.
|
| IntegerMath |
Contains methods that perform operations on integers.
|
| Interpolation |
Provides static methods for quick interpolation of tabulated data.
|
| InterpolationTensorExtensions |
Contains extension methods for the Interpolation class
that take tensors as input.
|
| InterpolationTensorExtensions.<G>$D3B2B89EB1B59CFA4DEDBCAC13AAE466 | |
| InterpolationTensorExtensions.<G>$D3B2B89EB1B59CFA4DEDBCAC13AAE466.<M>$BFD8120C09F2E1B7E0748FF4147C0ABD | |
| Iterators |
Contains methods for generating combinatorial sequences over collections.
|
| License |
Used to verify that this copy of Numerics.NET is properly licensed.
|
| MachineConstants |
Contains constants related to the specific implementation
of floating-point arithmetic in the .NET framework and
the Common Language Runtime.
|
| Math<T> |
Contains methods for evaluating various elementary functions.
|
| Matrix |
Contains static methods that operate on matrices.
|
| Matrix<T> |
Represents a matrix, a two-dimensional array of real numbers.
|
| MatrixExtensions |
Contains methods for operations that are different for real and complex vectors and matrices.
|
| NumericsConfiguration |
Provides access to global configuration settings.
|
| Operations<T> |
Represents the arithmetic and other operations for an operand type.
|
| Permutation |
Represents a permutation, a rearrangement of the elements of a set or collection.
|
| RandomExtensions |
Constains extension methods for random number generators.
|
| SignalMath |
Provides static methods for 1D signal processing operations including Fourier transforms,
convolution, correlation, windowing, and spectral analysis.
|
| SingleConstants |
Contains various mathematical constants in single precision.
|
| SinglePrecisionImplementations |
Provides access to the single-precision providers.
|
| SolutionReport<T> |
Represents the result of running a ManagedIterativeAlgorithm<T, TError, TReport>.
|
| SolutionReport<T, TError> |
Represents the result of running a ManagedIterativeAlgorithm<T, TError, TReport>.
|
| Special |
Contains static methods for the evaluation of special functions.
|
| SummaryOptions |
Represents options available when creating summary strings for objects.
|
| SymbolicMath |
Contains methods that perform operations on mathematical functions.
|
| TotalLossOfPrecisionException |
Represents an exception that is thrown when roundoff errors
in a calculation make it impossible to produce a meaningful
result.
|
| Vector |
Contains static methods that operate on vectors.
|
| Vector<T> |
Represents a vector, a one-dimensional array of
real numbers.
|
| VectorExtensions |
Contains methods for operations that are different for real and complex vectors and matrices.
|