LongCalc 0.3.2

.NET Framework 4.5
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See the version list below for details.
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dotnet add package LongCalc --version 0.3.2
NuGet\Install-Package LongCalc -Version 0.3.2
This command is intended to be used within the Package Manager Console in Visual Studio, as it uses the NuGet module's version of Install-Package. 
<PackageReference Include="LongCalc" Version="0.3.2" />
For projects that support PackageReference, copy this XML node into the project file to reference the package. 
paket add LongCalc --version 0.3.2
#r "nuget: LongCalc, 0.3.2"
#r directive can be used in F# Interactive and Polyglot Notebooks. Copy this into the interactive tool or source code of the script to reference the package. 
// Install LongCalc as a Cake Addin
#addin nuget:?package=LongCalc&version=0.3.2

// Install LongCalc as a Cake Tool
#tool nuget:?package=LongCalc&version=0.3.2

LongCalc Arbitrary Precision Float and Complex Number Library

Product Compatible and additional computed target framework versions.
.NET Framework net45 is compatible.  net451 was computed.  net452 was computed.  net46 was computed.  net461 was computed.  net462 was computed.  net463 was computed.  net47 was computed.  net471 was computed.  net472 was computed.  net48 was computed.  net481 was computed. 
Compatible target framework(s)
Included target framework(s) (in package)
Learn more about Target Frameworks and .NET Standard.

NuGet packages

This package is not used by any NuGet packages.

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Version Downloads Last updated
0.5.34 1,072 2/10/2023
0.5.33 1,112 12/28/2021
0.5.32 1,199 10/2/2021
0.5.31 1,047 8/1/2021
0.5.30 1,070 3/25/2021
0.5.29 1,241 10/15/2020
0.5.28 1,170 9/24/2020
0.5.27 1,211 9/18/2020
0.5.26 1,324 9/17/2020
0.5.25 1,221 9/6/2020
0.5.24 1,160 8/25/2020
0.5.23 1,220 8/5/2020
0.5.22 1,593 7/31/2020
0.5.21 1,600 7/30/2020
0.5.20 1,223 7/29/2020
0.5.19 1,220 7/28/2020
0.5.18 1,248 5/22/2020
0.5.17 1,217 5/19/2020
0.5.16 1,264 5/17/2020
0.5.15 1,251 5/17/2020
0.5.14 1,258 5/11/2020
0.5.13 1,339 5/3/2020
0.5.12 1,342 4/4/2020
0.5.11 1,225 3/31/2020
0.5.10 1,268 2/13/2020
0.5.9 1,313 2/8/2020
0.5.8 1,281 2/5/2020
0.5.7 1,390 1/21/2020
0.5.6 1,277 11/27/2019
0.5.5 1,254 11/16/2019
0.5.4 1,247 11/7/2019
0.5.3 1,260 11/2/2019
0.5.2 1,281 10/21/2019
0.5.1 1,493 7/29/2019
0.4.12 1,491 6/15/2019
0.4.11 1,487 6/10/2019
0.4.10 1,508 5/13/2019
0.4.9 1,580 4/15/2019
0.4.8 1,472 4/7/2019
0.4.7 1,485 3/23/2019
0.4.6 1,464 3/4/2019
0.4.5 1,506 3/4/2019
0.4.4 1,584 2/10/2019
0.4.3 1,791 1/30/2019
0.4.2 1,739 1/29/2019
0.4.1 1,764 1/29/2019
0.3.25 1,492 3/25/2019
0.3.24 1,490 3/4/2019
0.3.23 1,750 1/25/2019
0.3.22 1,805 1/23/2019
0.3.21 1,818 1/12/2019
0.3.20 1,797 1/4/2019
0.3.19 1,776 1/3/2019
0.3.18 1,786 12/30/2018
0.1.25 1,509 3/25/2019
0.1.24 1,511 3/4/2019
0.1.23 1,846 1/12/2019
0.1.22 1,758 12/24/2018
0.1.21 2,069 4/20/2018
0.1.16 1,931 9/2/2017
0.1.15 1,894 8/23/2017
0.1.11 1,799 8/4/2017
0.1.10 1,922 8/1/2017
0.1.8 1,801 7/27/2017
0.1.7 1,855 6/14/2017
0.1.6 1,891 6/14/2017
0.1.5 1,913 6/10/2017
0.1.2 2,176 11/22/2016
0.1.1 1,876 11/12/2016

Corrected a problem which occurred in the earlier version in which complex-valued objects 'bcp' were not always normalized to have angle between 0 and two * Pi upon object initialization.

Corrected a problem in which bf x.Power(exponent) sometimes returned a negative value even though the exponent was an integer and even.

Corrected a problem in which results were not always properly rounded in the toString function outputs.

Made some corrections and adjustments to real and complex-valued Zeta function procedures.

The public functions which produced bf, bcr, or bcp objects and require a Precision setting (either explicitly or implicitly) now produce results with outputs truncated to no more than (Precision + 4) significant digits to permit proper rounding to Precision digits in the toString function outputs.

Included compiler-added checks for arithmetic overflow or underflow of int, long, double, etc data types.

With this revision, the twoexp (bf object two's exponent) is a long (Int64) variable. Also, Precisions (which are always represented as number of decimal digits) are specifically limited to no more than 323,000,000 digits. This is not much less than the natural limitation on precisions when multiplying the underlying mpz_t objects.

An effort has been made to check for overflows of the underlying mpz_t object when performing a bf 'Add' function. If an overflow were to occur, the user can set the bf.GlobalAllowAddTruncates flag to 'true' to allow the software objects to behave more like true 'floating-point' variables in which truncation of results of adds occurs on underflow or overflow of mantissa.

Many integers less than the maximum value of a bf object, which is ((2 ^ (int.MaxValue - 1)) - 1) * (2 ^ (long.MaxValue)), are not representable by this software. As a result, the bf Floor() function returns an error when applied to bf objects greater than the maximum mpz_t object, which is (2 ^ (int.MaxValue - 1) - 1).