Found 29 packages
LongCalc Arbitrary Precision Float and Complex Number Library
MoreComplexDataStructures is a class library containing a collection of data structures (plus related utility classes) more complex than those found in the standard .NET framework. The project currently contains the following data structures and utility classes... WeightBalancedTree<T> - A weight-balanced binary search tree MinHeap<T> - A tree-based min heap MaxHeap<T> - A tree-based max heap PriorityQueue<T> - A tree-based double-ended priority queue Trie<T> - A trie (or prefix tree) CharacterTrie - A trie which stores characters (with some performance enhancements over Trie<Char>) WeightedRandomGenerator<T> - A weighted random number (or item) generator UniqueRandomGenerator - A random number generator guaranteed to always produce unique numbers within a given range FrequencyTable<T> - A frequency table LRUCache<TKey, TValue> - A simple least recently used cache UnflaggedNumberGenerator - Allows the 'flagging' (marking) of numbers in a specified range, and provides methods to identify numbers which were not flagged LongIntegerStatusStorer - Stores a boolean status for a complete set of long integers ListRandomizer - Randomizes the elements of a list using the Fisher/Yates/Knuth algorithm
Class code to manipulate Complex numbers (x+yi).
Arbitrary precision complex (imaginary) numbers.
Library for with functions for ComplexNumbers
LongCalcNetCore Arbitrary Precision Float and Complex Number Library
Math parser evaluator for complex numbers expressions
A library that presents a wrapper structure named 'Numeric' which can contain different types of numbers.
A generic arithmetic library. Allows you to perform arithmetic on any numeric type. All .NET numeric value types are supported, as is any custom numeric type--just implement the numeric operator overloads.
An open-source library for performing basic operations with fuzzy numbers. It supports piecewise linear fuzzy numbers of arbitrarily high degree, which makes it computationally efficient. Piecewise linear fuzzy numbers can also be used to approximate more complex types of fuzzy numbers.
Numerics.NET is a set of libraries for numerical computing and data analysis. This package provides types specialized to single-precision, including complex numbers, as well as optimized implementations of single-precision linear algebra. Supports .NET 8, 9, 10, .NET Framework 4.62+, .NET Standard 2.0 on Windows, Linux and Mac.
A general-purpose mathematics library for C#.
`QuantumSuperposition` is a .NET library that introduces quantum mechanics-like superpositions into C#. Inspired by concepts in quantum computing, it allows developers to work with scalar values as if they are in multiple states simultaneously. This library is useful for advanced logical and mathematical operations, where parallelism and state superposition can simplify complex computations.
Sometimes in automation tests we need to validate work of methods, returning very complex objects as a result. We want to be sure, that these objects have correct structure. Common assertion libraries allow us to check our expectation about simple objects (strings, numbers), and collections of objects of primitive types. But it can happen, that we need more. Verifiers library is created to support such cases. It allows you to combine many expectations in one package, execute them all, and return all results in one place.
This API make a simple add of two numbers
Advanced mathematical expression evaluator including complex numbers, matrices, defining custom variables and functions, API for extensibility, and more.
A collection of mathematical methods and algorithms - complex numbers, matrices, System.Math extension methods (including for the decimal type).
Matrix of complex numbers