Reverse Dependencies of PySCIPOpt

The following projects have a declared dependency on PySCIPOpt:

• autotwin_pnglib — Petri Net Model Generation Library for Auto-Twin
• cvxpy — A domain-specific language for modeling convex optimization problems in Python.
• cvxpy-base — A domain-specific language for modeling convex optimization problems in Python.
• eaopack — A Framework for Optimizing Decentralized Portfolios and Green Supply
• GeCO — Generators for Combinatorial Optimization
• ilp-keyboard-layout-optimization — The QAP variant of keyboard layout optimization, i.e. character to key assignments
• linopy — Linear optimization with N-D labeled arrays in Python
• ltbams — Python software for scheduling modeling and co-simulation with dynamics.
• passagemath-polyhedra — passagemath: Convex polyhedra in arbitrary dimension, mixed integer linear optimization
• primo-optimizer — PRIMO - The P&A Project Optimizer
• PySCIPOpt-ML — automatically formulate and embed ML models into MIPs with SCIP
• quantagonia — This package contains the CLI and API to access Quantagonia's HybridSolver.
• queasars — QUEASARS is an open-source, qiskit-based, python package implementing quantum variational eigensolvers which use evolutionary algorithms to find a good ansatz during the optimization process.
• reframed — metabolic modeling package
• schedulebt — A simple tools to optimize work schedule and estimate finish duration distribution
• scip-routing — An basic VRPTW Branch-and-Price solver
• setFTs — A collection of Discrete Set Fourier Transformation Algorithms
• solverarena — A library to run and compare optimization models
• strangeworks-optimization-models — Pydantic models for strangeworks optimization SDK and application
• treed — 3D Visualization of Branch-and-Cut Trees using PySCIPOpt
• tyba-cvxpy — A domain-specific language for modeling convex optimization problems in Python.
• WFacer — An automated workflow for constructing cluster expansion.
• wmsd — TOPSIS ranking and interpretation using WMSD-space