Reverse Dependencies of casadi

The following projects have a declared dependency on casadi:

• adam-robotics — Automatic Differentiation for rigid-body-dynamics AlgorithMs
• AeroSandbox — A Python 3 package for playing around with aerodynamics ideas related to vortex lattice methods, coupled viscous/inviscid methods, automatic differentiation for gradient computation, aircraft design optimization, and the like. Work in progress!
• alpaqa — Augmented Lagrangian and PANOC solvers for nonconvex numerical optimization
• birm-nm-foo — Neural Modules with Adaptive Nonlinear Constraints and Efficient Regularization
• cadquery — CadQuery is a parametric scripting language for creating and traversing CAD models
• cadquery-server — A web server used to render 3d models from CadQuery code, and eventually build a static website as a showcase for your projects.
• casadi-horizon — Library for Trajectory Optimization based on CasADi
• casiopeia — Casadi Interface for Optimum experimental design and Parameter Estimation and Identification Applications
• commonroad-crime — criticality measures of automated vehicles
• cq-electronics — Pure CadQuery models of various electronic boards and components.
• csnlp — Nonlinear Progamming with CasADi
• csnn — Neural Networks with CasADi
• deepctools — A wrapped package for Data-enabled predictive control (DeePC) implementation. Including DeePC and Robust DeePC design with multiple objective functions.
• dmpcpwa — Distributed Model Predictive Control for Piecewise Affine Systems
• dmpcrl — Distributed Reinforcement Learning with Distributed Model Predictive Control
• do-mpc — no summary
• dssex — Means for experimental State Estimation of electric Distribution Networks
• fabrics — Optimization fabrics in python.
• forwardkinematics — "Light-weight implementation of forward kinematics using casadi."
• gradgen — Gradient computation with AD for optimal control
• grasp-planning — "Grasp and Motion Planning Python Package."
• helixtrajectory — Triple Helix Trajectory Generation Utility
• HILO-MPC — HILO-MPC is a toolbox for easy, flexible and fast development of machine-learning-supported optimal control and estimation problems
• liecasadi — Rigid transform using Lie groups, written in CasADi!
• m2p — Library for creating polymer structures from monomers using SMILES strings
• matadi — Material Definition with Automatic Differentiation
• mesido — Multi Energy System Optimization
• modlinear — A wrapped package to linearize the nonlinear continuous/discrete model. Including **numerical** and **symbolic** calculations.
• mopeds — Simulate and Optimize (Parameter Estimation, Optimal Experimental Design) NLE, ODE and DAE
• mpopt — A Multi-phase nonlinear Optimal control problem solver using Pseudo-spectral collocation
• mpopt-lulav — Optimal control lib modified by Lulav Space
• neuromancer — Neural Modules with Adaptive Nonlinear Constraints and Efficient Regularization
• nloed — A package for nonlinear optimal experimental design
• ocp-modules — A library to assemble OCPs from modules
• omg-tools — Optimal Motion Generation tools: a user-friendly tool for modeling, simulating and embedding of (spline-based) motion planning problems
• openap-top — OpenAP Trajectory OPtimizer
• opengen — Optimization Engine Code Generator
• optool — Optimization tools
• pcgym — Reinforcement learning suite of process control problems.
• phasor — Scientific modeling of linearized optics, electronics, mechanics, and signal flow in the frequency domain
• phlearn — A package for simulating and learning pseudo-Hamiltonian systems. For further details, see https://arxiv.org/pdf/2206.02660.pdf and https://arxiv.org/abs/2304.14374
• porthamiltonians — A package for simulating and learning port-Hamiltonian systems. For further details, see https://arxiv.org/pdf/2206.02660.pdf
• prometeo-dsl — Python-to-C transpiler and domain specific language for embedded high-performance computing
• pybamm — Python Battery Mathematical Modelling.
• pycollo — General-purpose optimal control, trajectory optimisation and parameter optimisation using direct collocation
• pymoca — A python/modelica based simulation environment.
• pyNLControl — Package for non-linear control and estimation.
• pyomo — Pyomo: Python Optimization Modeling Objects
• pyoptas — An optimization-based task specification library for task and motion planning (TAMP), trajectory optimization, and model predictive control.
• regelum-control — Regelum is a flexibly configurable framework for agent-environment simulation with a menu of predictive and reinforcement learning pipelines.
• robotmpcs — MPC generation for robots using ForcesPro.
• rtc-tools — Toolbox for control and optimization of water systems.
• rtc-tools-diagnostics — Toolbox for diagnostics for RTC-Tools
• rtc-tools-heat-network — Heat network models for RTC-Tools 2.
• rtc-tools-hydraulic-structures — Hydraulic structures models for RTC-Tools 2.
• rtc-tools-simulation — Extension for building models used for simulation in rtc-tools.
• rtc-tools-water-allocation — Water allocation models for RTC-Tools 2.
• senasopt — Simple Energy Asset Optimisation (aka. senasopt) - A small example package trying out optimisation of energy-related assets
• spatial-casadi — Spatial transformation library for CasADi Python.
• sym-metanet — Symbolic Modelling of Highway Traffic Networks with METANET
• symbtools — Symbolic calculations related to dynamical systems.
• sysopt — Component-based systems modelling library.
• trip-kinematics — ...
• twodlearn — Easy development of machine learning models
• urdf2casadi — Module for tuning a chain in a URDF to a casadi function.