Reverse Dependencies of gmpy2

The following projects have a declared dependency on gmpy2:

• alphamed-federated — AlphaMed Federated Learning Module
• animal-classification — classification of animals using machine learning models
• badkeys — Check cryptographic keys for known weaknesses
• bitfount — Machine Learning and Federated Learning Library.
• boilercore — Common functionality of boiler repositories.
• BubbleMath — no summary
• catala-runtime — Runtime libraries needed to execute Catala programs compiled to Python
• complete-shuffle — Complete shuffling of lists with true random or pseudo random sequences.
• cryptonita — Cryptanalysis swiss army knife
• cryptraider — A collection of cryptanalysis utilities for CTF challenges
• curvesim — Simulate Curve pools
• CustomIntents — no summary
• cythonuniquedim — Finds unique dimensions in multi-dimensional arrays, compresses and decompresses arrays ...
• damgard-jurik — Homomorphic encryption using the threshold variant of the Damgard-Jurik cryptosystem.
• Diofant — Computer algebra system (CAS) in Python
• drkp — Deterministic RSA Key Pair generator.
• ecdsa — ECDSA cryptographic signature library (pure python)
• electionguard — ElectionGuard: Support for e2e verified elections.
• eth-prototype — Prototype Ethereum Smart Contracts in Python
• euler-math — Utilities for Project Euler
• fedlearner — no summary
• fedlearner-manylinux — no summary
• flamp — Faster linear algebra with multiple precision
• flintypy — Flexible and Interpretable Non-parametric Tests of Exchangeability
• fractalistic — Terminal based fractal explorer, including Mandelbrot, Burning Ship, and Julia.
• fractalshades — Fractal deep-zoom explorer package for Mandelbrot fractal.
• genutility — A collection of various Python utilities
• gomoku — Gomoku AI
• gosdt — Implementation of General Optimal Sparse Decision Tree
• hall — Hall - Probability theory using pythonic and (almost) mathematical notation.
• hwtypes — Python implementations of fixed size hardware types (Bit, BitVector, UInt, SInt, ...) based on the SMT-LIB2 semantics
• hyperlib — Library that contains implementations of machine learning components in the hyperbolic space
• Hypermath — Math
• iflearner — Federated learning package
• jackpolynomials — Jack polynomials.
• jsonpickle — Serialize any Python object to JSON
• libfhe — Python wrapper for libfhe
• miller-rabin — Fast, deterministic* Miller-Rabin primality test.
• mod-nest-exp — An algorithm that computes modular nested exponentiation efficiently.
• mpmath — Python library for arbitrary-precision floating-point arithmetic
• mpmath-with-autoprec-correction-lirikoknessu-fork — Python library for arbitrary-precision floating-point arithmetic. This fork implements fixes in auto precision setting
• multipie — A python library for crystallographic symmetry operations and Symmetry-Adapted Multipole Basis (SAMB).
• nano-local — A simple way to locally create a network of nano_nodes
• OEISsequences — Python functions to generate OEIS sequences
• osrt — Implementation of Optimal Sparse Regression Trees
• pabutools — Implementation of all the tools necessary to explore and analyse participatory budgeting elections
• pigen — A collection of Pi generators.
• poseidon-python — 海神波塞冬工具对常用的链上交互操作进行了封装，使得开发者能够便捷地与任何以太坊同构链交互，主要用于在 CTF 比赛中攻克 Blockchain 方向的题目。
• pplpy — Python PPL wrapper
• primify — Embed any image into a prime number.
• pure-nrng — Generate multi-precision non-deterministic random Numbers.
• pure-prng — Generate professional pseudo-random number package in python.
• pycocks — A Python implementation of Cocks' identity-based encryption (IBE) scheme.
• pyecf — Elliptic Curve Factorization
• pyecsca — Python Elliptic Curve cryptography Side Channel Analysis toolkit.
• pyhgl — a Python-based Hardware Generation Language
• pyLIQTR — A python package for generating quantum circuits using quantum algorithms.
• pymife — Python Functional Encryption Library
• python-bitcoin — A collection of serialization and utility methods needed to implement the bitcoin protocol.
• quaspy — The Quaspy library for Python3 for simulating and post-processing various quantum algorithms, including Shor's algorithms and Ekerå–Håstad's variations of Shor's algorithms.
• qupulse — A Quantum compUting PULse parametrization and SEquencing framework
• rexpi — A python package for computing rational approximations to the unitary exponential function with a focus on unitary best approximations.
• robot-detect — Detection for ROBOT vulnerability
• rpnChilada — command-line RPN calculator
• RSAattack — A collection of RSA attack codes.
• rsactftool — RSA attack tool (mainly for ctf) - retreive private key from weak public key and/or uncipher data
• rsarmageddon — RSA cryptography and cryptoanalysis toolkit
• rsolver — CTF Solver
• rulelist — Learn rule lists from data for classification, regression or subgroup discovery
• sagemath-objects — Sage: Open Source Mathematics Software: Sage objects, elements, parents, categories, coercion, metaclasses
• shapleypy — Python library for cooperative game theory.
• slater — A module for manipulating Slater determinants.
• sleplet — Slepian Scale-Discretised Wavelets in Python
• strstrdict — lower memory alternative to string-to-string dict
• syracuse — The Syracuse problem (aka Collatz conjecture) library
• tinybgw — Pure-Python implementation of a threshold secure multi-party computation (MPC) network.
• tinysig — Pure-Python implementation of a threshold ecdsa signature scheme based on a secure multi-party computation (MPC) protocol for evaluating arithmetic sum-of-products expressions via a non-interactive computation phase.
• tno.mpc.encryption-schemes.utils — Generic utilities for implementing encryption schemes
• tno.mpc.mpyc.exponentiation — A generic extension to MPyC that allows you to securely compute a^[x], where a is a non-negative, plain-text base (floating point or integer) and x is a secure number (SecFxp or SecInt)
• tno.mpc.mpyc.matrix-inverse — A generic extension to MPyC that allows you to securely compute the inverse of a matrix that may contain SecFxp values
• tno.mpc.mpyc.secure-learning — Machine learning using Secure Multi-Party Computation
• tno.mpc.mpyc.statistics — Secure Data Exploratory Analyses on Vertically Partitioned Data
• treefarms — Implementation of Trees FAst RashoMon Sets
• uxarray — Xarray-styled package for reading and directly operating on unstructured grid datasets following UGRID conventions
• VolFe — VolFe
• vsapy — Vector Symbolic Architecture(VSA) library that allows building VSA apps that use various flavours of VSA vectors.
• WAPS — This library can be used to sample satisfying assignments for a CNF/DNF obeying a given literal-weighted weight function and projected upon a given sampling set.
• zCurve — zCurve maps multidimensional data to one dimension while preserving locality of the data points.