MathNet.Numerics.Signed
2.5.0
Prefix Reserved
See the version list below for details.
InstallPackage MathNet.Numerics.Signed Version 2.5.0
dotnet add package MathNet.Numerics.Signed version 2.5.0
<PackageReference Include="MathNet.Numerics.Signed" Version="2.5.0" />
paket add MathNet.Numerics.Signed version 2.5.0
#r "nuget: MathNet.Numerics.Signed, 2.5.0"
// Install MathNet.Numerics.Signed as a Cake Addin
#addin nuget:?package=MathNet.Numerics.Signed&version=2.5.0
// Install MathNet.Numerics.Signed as a Cake Tool
#tool nuget:?package=MathNet.Numerics.Signed&version=2.5.0
Math.NET Numerics, signed and thus with a strong name. We strongly discourage using this package and recommend using MathNet.Numerics instead, which is unsigned and weakly named.
This package has no dependencies.
NuGet packages (14)
Showing the top 5 NuGet packages that depend on MathNet.Numerics.Signed:
Package  Downloads 

Spreads
Spreads top level library. 

NCDK
NCDK is C# implementation of the Chemistry Development Kit (CDK), which is an opensource library of algorithms for structural cheminformatics and bioinformatics. 

SNSHelper
Support functions for SNS, LightMapper, Live Electrochem, BioLED controller etc 

MathNet.Spatial.Signed
Math.NET Spatial, providing methods and algorithms for geometry computations in science, engineering and every day use. Supports .Net Framework 4.6.1 or higher and .Net Standard 2.0 or higher on Windows, Linux and Mac. This package contains strongnamed assemblies for legacy use cases (not recommended). 

CRZ
Package Description 
GitHub repositories (4)
Showing the top 4 popular GitHub repositories that depend on MathNet.Numerics.Signed:
Repository  Stars 

Spreads/Spreads
Series and Panels for Realtime and Exploratory Analysis of Data Streams


microsoft/psi
Platform for Situated Intelligence


ros/solidworks_urdf_exporter
SolidWorks to URDF Exporter


Doxense/foundationdbdotnetclient
C#/.NET Binding for FoundationDB Client API

Version  Downloads  Last updated 

5.0.0alpha08  40  12/23/2021 
5.0.0alpha07  36  12/19/2021 
5.0.0alpha06  30  12/19/2021 
5.0.0alpha05  38  12/19/2021 
5.0.0alpha04  34  12/19/2021 
5.0.0alpha03  49  12/5/2021 
5.0.0alpha02  257  7/11/2021 
5.0.0alpha01  213  6/27/2021 
4.15.0  31,965  1/7/2021 
4.14.0  576  1/1/2021 
4.13.0  234  12/30/2020 
4.12.0  29,533  8/2/2020 
4.11.0  6,233  5/24/2020 
4.10.0  363  5/24/2020 
4.9.1  9,595  4/12/2020 
4.9.0  50,148  10/13/2019 
4.8.1  65,916  6/11/2019 
4.8.0  1,346  6/2/2019 
4.8.0beta02  422  5/30/2019 
4.8.0beta01  458  4/28/2019 
4.7.0  207,634  11/11/2018 
4.6.0  8,615  10/19/2018 
4.5.0  74,142  5/22/2018 
4.4.1  3,210  5/6/2018 
3.20.2  13,623  1/22/2018 
3.20.1  1,296  1/13/2018 
3.20.0  15,562  7/15/2017 
3.20.0beta01  730  5/31/2017 
3.19.0  11,907  4/29/2017 
3.18.0  2,279  4/9/2017 
3.17.0  6,006  1/15/2017 
3.16.0  1,004  1/3/2017 
3.15.0  817  12/27/2016 
3.14.0beta03  766  11/20/2016 
3.14.0beta02  756  11/15/2016 
3.14.0beta01  770  10/30/2016 
3.13.1  16,529  9/6/2016 
3.13.0  1,238  8/18/2016 
3.12.0  3,971  7/3/2016 
3.11.1  15,691  4/24/2016 
3.11.0  55,079  2/13/2016 
3.10.0  1,897  12/30/2015 
3.9.0  2,198  11/25/2015 
3.8.0  4,078  9/26/2015 
3.7.1  1,083  9/21/2015 
3.7.0  8,966  5/9/2015 
3.6.0  2,608  3/22/2015 
3.5.0  2,548  1/10/2015 
3.4.0  967  1/4/2015 
3.3.0  1,281  11/26/2014 
3.3.0beta2  894  10/25/2014 
3.3.0beta1  842  9/28/2014 
3.2.3  3,648  9/6/2014 
3.2.2  902  9/5/2014 
3.2.1  1,255  8/5/2014 
3.2.0  4,323  8/5/2014 
3.1.0  3,518  7/20/2014 
3.0.2  1,101  6/26/2014 
3.0.1  952  6/24/2014 
3.0.0  1,348  6/21/2014 
3.0.0beta05  930  6/20/2014 
3.0.0beta04  830  6/15/2014 
3.0.0beta03  894  6/5/2014 
3.0.0beta02  854  5/29/2014 
3.0.0beta01  1,095  4/14/2014 
3.0.0alpha9  983  3/29/2014 
3.0.0alpha8  919  2/26/2014 
3.0.0alpha7  886  12/30/2013 
3.0.0alpha6  943  12/2/2013 
3.0.0alpha5  907  10/2/2013 
2.6.1  2,665  8/13/2013 
2.6.0  1,088  7/26/2013 
2.5.0  1,562  4/14/2013 
2.4.0  1,057  2/3/2013 
2.3.0  1,263  11/25/2012 
2.2.1  1,463  8/29/2012 
### Potentially Breaking Changes:
Despite semver this release contains two changes that may break code but without triggering a major version number change. The changes fix semantic bugs and a major usability issue without changing the formal API itself. Most users are not expected to be affected negatively. Nevertheless, this is an exceptional case and we try hard to avoid such changes in the future.
 Statistics: Empty statistics now return NaN instead of either 0 or throwing an exception. *This may break code in case you relied upon the previous unusual and inconsistent behavior.*
 Linear Algebra: More reasonable ToString behavior for matrices and vectors. *This may break code if you relied upon ToString to export your full data to text form intended to be parsed again later. Note that the classes in the MathNet.Numerics.IO library are more appropriate for storing and loading data.*
### Statistics:
 More consistent behavior for empty and singleelement data sets: Min, Max, Mean, Variance, Standard Deviation etc. no longer throw exceptions if the data set is empty but instead return NaN. Variance and Standard Deviation will also return NaN if the set contains only a single entry. Population Variance and Population Standard Deviation will return 0 in this case.
 Reworked order statistics (Quantile, Quartile, Percentile, IQR, Fivenum, etc.), now much easier to use and supporting compatibility with all 9 Rtypes, Excel and Mathematica. The obsolete Percentile class now leverages the new order statistics, fixing a range check bug as side effect.
 New Hybrid Monte Carlo sampler for multivariate distributions.
 New financial statistics: absolute risk and return measures.
 Explicit statistics for sorted arrays, unsorted arrays and sequences/streams. Faster algorithms on sorted data, also avoids multiple enumerations.
 Some statistics like Quantile or empirical inverse CDF can optionally return a parametric function when multiple evaluations are needed, like for plotting.
### Linear Algebra:
 More reasonable ToString behavior for matrices and vectors: `ToString` methods no longer render the whole structure to a string for large data, among others because they used to wreak havoc in debugging and interactive scenarios like F# FSI. Instead, ToString now only renders an excerpt of the data, together with a line about dimension, type and in case of sparse data a sparseness indicator. The intention is to give a good idea about the data in a visually useful way. How much data is shown can be adjusted in the Control class. See also ToTypeString and ToVector/MatrixString.
 Performance: reworked and tuned common parallelization. Some operations are up to 3 magnitudes faster in some extreme cases. Replaced copy loops with native routines. More algorithms are storageaware (and should thus perform better especially on sparse data).
 Fixed range checks in the ThinQR decomposition.
 Fixed bug in Gram Schmidt for solving tall matrices.
 Vectors now implement the BCL IList interfaces (fixedlength) for better integration with existing .Net code.
 Matrix/Vector parsing has been updated to be able to parse the new visual format as well (see ToMatrixString).
 DebuggerDisplay attributes for matrices and vectors.
 Map/IndexedMap combinators with storageaware and partially parallelized implementations for both dense and sparse data.
 Reworked Matrix/Vector construction from arrays, enumerables, indexed enumerables, nested enumerables or by providing an init function/lambda. Nonobsolete constructors now always use the raw data array directly without copying, while static functions always return a matrix/vector independent of the provided data source.
 F#: Improved extensions for matrix and vector construction: create, zeroCreate, randomCreate, init, ofArray2, ofRows/ofRowsList, ofColumns/ofSolumnsList, ofSeqi/Listi (indexed). Storageaware for performance.
 F#: Updated map/mapi and other combinators to leverage core implementation, added nz variants where zerovalues may be skipped (relevant mostly for sparse matrices).
 F#: Idiomatic slice setters for submatrices and subvectors
 F#: More examples for matrix/vector creation and linear regression in the F# Samplepackage.
### Misc:
 Control: Simpler usage with new static ConfigureAuto and ConfigureSingleThread methods. Resolved misleading configuration logic and naming around disabling parallelization.
 Control: New settings for linear algebra ToString behavior.
 Fixed range check in the Xorshift pseudoRNG.
 Parallelization: Reworked our common logic to avoid expensive lambda calls in inner loops. Tunable.
 F#: Examples (and thus the NuGet Sample package) are now F# scripts prepared for experimenting interactively in FSI, instead of normal F# files. Tries to get the assembly references right for most users, both within the Math.NET Numerics solution and the NuGet package.
 Various minor improvements on consistency, performance, tests, xml docs, obsolete attributes, redundant code, argument checks, resources, cleanup, nuget, etc.