Reverse Dependencies of sympy
The following projects have a declared dependency on sympy:
- switch-mexico — SWITCH Power System Planning Model
- switch-model — Switch Power System Planning Model
- SWMM-xsections-shape-generator — US-EPA SWMM Cross-Section curve shape generator
- sxs — Interface to data produced by the Simulating eXtreme Spacetimes collaboration
- symao — A collection of Sympy expressions used in Adaptive Optics
- symbeam — A pedagogical package for bending diagrams
- symbolic-equation — A class for multiline symbolic equations in the Jupyter Notebook
- symbolic-pursuit — Learning outside the black-box: at the pursuit of interpretable models
- symbolicai — A Neuro-Symbolic Framework for Python
- SymboliQ — SymboliQ is a python framework for Symbolic Quantum computation
- symbtools — Symbolic calculations related to dynamical systems.
- symcirc — A python package for symbolic electronic circuit analysis
- SymCircuit — Symbolic electronic circuit analysis
- symcollab-algebra — no summary
- symcollab-unification — no summary
- symdim — An algebraic manipulation and dimensional analysis tool using SymPy and Astropy.units
- SymEnergy — Lagrange multiplier based energy market toy modeling framework
- symfeat — Ruled based feature engineering for regression
- symfem — a symbolic finite element definition library
- symfit — Symbolic Fitting; fitting as it should be.
- SymFlow — Library for using SymPy expressions as Keras layers.
- symforce — Fast symbolic computation, code generation, and nonlinear optimization for robotics
- symmeplot — SymPy Mechanics Plotter
- symmetr — Package for determining symmetry properties of crystals.
- symnum — Symbolically construct NumPy functions and their derivatives.
- symopt — A support library to calculate optimization using sympy
- sympad — Graphical symbolic math calculator / scratchpad using SymPy
- sympde — Symbolic calculus for partial differential equations (and variational forms)
- symphysics — The symphysics library for creating physics simulations using python and sympy
- sympy-addons — Useful tools for working with SymPy
- sympy-latex-parser — Convert latex to sympy with ANTLR and support Matrix, Linear Algebra and CAS functions.
- sympy-plot-backends — Backends for plotting with SymPy
- sympy-slider — Make slider from sympy expression and params
- sympy2jax — Turn SymPy expressions into trainable JAX expressions.
- sympycalc — Simple commandline calculator
- sympytensor — Compile sympy expressions to pytensor graphs
- sympytools — Tools for using SymPy
- sympytorch — Turning SymPy expressions into PyTorch modules.
- symqc — Symbolic Quantum Computing Simulator
- symtorch — Symbolic Expressions in PyTorch
- syngular — An Object-Oriented Python Interface to Singular
- synmod — Temporal model synthesis
- synumses-pkg-pabele — Numerical solver for semiconductor devices in Python
- System-to-Matlab — With this package you can create Symbolic descriptions of Systems (Sympy / Symengine) and output them in Matlab files
- tablpy — A package that makes importing and handeling data
- tamos — Thermal Architectures Modelling and Optimization Software
- tanx-connector — The official Python connector for Tanx's API
- TASMANIAN-DEVIL — TASMANIAN DEVIL: a software package for classifying gene activity from omics data sets, simplifying metabolic networks, and visualizing the estimated phenotypic fluxes of nutrients
- taupy — A Python package to study the theory of dialectical structures
- TayloredTiles — no summary
- TControl — 用于自动控制系统分析的Python库。
- tdasampling — Compute dense samples of real algebraic varieties for use with topological data analysis tools.
- tealang — Tea: A High-level Language and Runtime System to Automate Statistical Analysis
- teaspoon — A Topological Signal Processing Package
- teex — A Toolbox for the Evaluation of Explanations
- teili — This toolbox was developed to provide computational neuroscientists and neuromorphic engineers with a playground for implementing neural algorithms which are simulated using Brian 2.
- tekinstr — Communication with Tektronix oscilloscopes
- tensor-algebra-dont-use — bla
- tensor-evolution — Evolutionary algorithm for neural network structure
- tensor2tensor — Tensor2Tensor
- tensor2tensor-dev — Tensor2Tensor
- tensor2tensor-test — Tensor2Tensor
- tensor2tensorManuel — Tensor2TensorManuel
- tensorflow-quantum — TensorFlow Quantum is a library for hybrid quantum-classical machine learning.
- tensorwaves — Python fitter package for multiple computational back-ends
- tequila-basic — A High-Level Abstraction Framework for Quantum Algorithms
- Test-11-MarkoDjukanovic — A small example package
- Test-27-11 — A small example package
- Test-27-11a — A small example package
- testgailbot002 — GailBot API
- testgailbotapi — GailBot Test API
- testgailbotapi001 — GailBot Test API
- TestMarko — A small example package
- texext — Sphinx extensions for working with LaTeX math
- tf-pde — Deep learning library for solving partial differential equations
- tfc — Theory of Functional Connections (TFC): A functional interpolation framework with applications in differential equations.
- tfields — Tensors, tensor fields, graphs, mesh manipulation, CAD and more on the basis of numpy.ndarrays. All objects keep track of their coordinate system. Symbolic math operations work for object manipulation.
- TFPWA — Partial Wave Analysis program using Tensorflow
- Thales — Thales Graphing Library
- thermoextrap — Thermodynamic extrapolation
- thermosteam — BioSTEAM's Premier Thermodynamic Engine
- thewalrus — Open source library for hafnian calculation
- Thor-Hammer — Defeating causal dragons with interpretable machine learning informed by causal assumptions.
- thornpy — Miscellaneous Python Tools
- timesynth — Library for creating synthetic time series
- 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.
- tme — Taylor moment expansion in Python.
- tmflow — Taylor map flow is a package for a 'flowly' construction and learning of polynomial neural networks (PNN) for time-evolving process prediction
- tmlt.analytics — Tumult's differential privacy analytics API
- tmlt.core — Tumult's differential privacy primitives
- TN-code — Code gebruikt bij de opleiding TN van de Haagse Hogeschool
- tno.mpc.encryption-schemes.dgk — Implementation of the Damgard, Geisler and Kroigard (DGK) cryptosystem
- tno.mpc.encryption-schemes.shamir — Implementation of Shamir secret sharing
- tno.mpc.encryption-schemes.utils — Generic utilities for implementing encryption schemes
- tno.mpc.protocols.distributed-keygen — Distributed key generation using Paillier homomorphic encryption
- tno.zkp.templates — ZKP templates module
- tofea — Simple Finite Element Analysis for Topology Optimization
- torch-explain — PyTorch Explain: Explainable Deep Learning in Python.
- torch-geometric — Graph Neural Network Library for PyTorch