PDDL Planning Solvers ML Frameworks
Automated planners and tools using PDDL (Planning Domain Definition Language) and related formalisms like STRIPS for symbolic AI planning. Does NOT include general search algorithms, constraint solvers, or scheduling systems without explicit planning domain support.
There are 38 pddl planning solvers frameworks tracked. 1 score above 50 (established tier). The highest-rated is caelan/pddlstream at 50/100 with 468 stars.
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| # | Framework | Score | Tier |
|---|---|---|---|
| 1 |
caelan/pddlstream
PDDLStream: Integrating Symbolic Planners and Blackbox Samplers |
|
Established |
| 2 |
enlite-ai/maze
Maze Applied Reinforcement Learning Framework |
|
Emerging |
| 3 |
realkushagrakhare/3D_Path_Planning
AI project for 3D Path Planning. Other details and running instructions can... |
|
Emerging |
| 4 |
hyperc-ai/ordered
Entropy-controlled contexts in Python |
|
Emerging |
| 5 |
APLA-Toolbox/PythonPDDL
🧭🔍 A PDDL Planner in Python partially wrapping PDDL.jl using JuliaPy |
|
Emerging |
| 6 |
emadehsan/maze
Generate Mazes of different types and Datasets for Deep Learning (GANs, RL) |
|
Emerging |
| 7 |
DillonZChen/wlplan
Relational Features for Planning |
|
Emerging |
| 8 |
JuliaPlanners/PDDL.jl
Julia parser, interpreter and compiler interface for the Planning Domain... |
|
Emerging |
| 9 |
caelan/LTAMP
Learning for Task and Motion Planning (LTAMP) |
|
Emerging |
| 10 |
LevyvoNet/gym-mapf
Multi Agent Path Finding openAI gym environment |
|
Emerging |
| 11 |
LeonardoVal/inveniemus.js
A search and optimization library, focusing on metaheuristics. |
|
Emerging |
| 12 |
vbrltech/STAN
Stigmergic A* Navigation - Bringing collective intelligence to graph... |
|
Experimental |
| 13 |
aig-upf/2017-planning-with-simulators
Online repository for the IJCAI 2017 paper "Purely Declarative Action... |
|
Experimental |
| 14 |
oelin/darpy
A user-friendly implementation of the DARP algorithm for multi-agent... |
|
Experimental |
| 15 |
guillaume-chevalier/AI-Planning-Solver-Shakeys-World-PDDL
Solving a planning problem (Shakey's World) with the FF and IPP planners,... |
|
Experimental |
| 16 |
kbvatral/pyplanning
Implementation of AI Planning Algorithms in Python |
|
Experimental |
| 17 |
juanlao7/gbjl-strips
A Java library that implements the STRIPS algorithm. In artificial... |
|
Experimental |
| 18 |
moment-of-peace/AI-RRT-Motion-Planning
Using rapidly exploring random tree to solve high-dimension motion planning problems |
|
Experimental |
| 19 |
sdcondon/SCClassicalPlanning
Simple classical planning implementation for .NET. |
|
Experimental |
| 20 |
debbynirwan/tfd_cpp
Total-order Forward Decomposition Algorithm: HTN Planning |
|
Experimental |
| 21 |
primaryobjects/strips-fiddle
An online editor for STRIPS AI planning with PDDL. Created with meteor.js. |
|
Experimental |
| 22 |
ronaldeddings/AIND-Planning
Solutions to problems in classical PDDL (Planning Domain Definition... |
|
Experimental |
| 23 |
elinorwahl/ai-classical-planning
A simple Python demonstration of graph search planning strategies |
|
Experimental |
| 24 |
FilipaRamos/Dynamic-AGVs-Management-Simulation
Dynamic simulation for a factory that works with Automated Guided Vehicles. |
|
Experimental |
| 25 |
cair/deep-warehouse
A Simulator for complex logistic environments |
|
Experimental |
| 26 |
robotic-vision-lab/Agent-Deception-Via-Polynomial-Path-Planning
Polynomial path planner for generating deceptive behaviors. |
|
Experimental |
| 27 |
acforvs/dhc-robust-mapf
Learnable MAPF. “Distributed Heuristic Multi-Agent Path Finding with... |
|
Experimental |
| 28 |
micttyoid/quantized-pathfinding
Quantization before pathfinding |
|
Experimental |
| 29 |
robodhhb/Interactive-D-Star-Lite
Interactive path planning with D*Lite on Raspberry Pi for Lego EV3 robots |
|
Experimental |
| 30 |
oelin/context-free-planning
Finding feasible solutions to planning problems using generative... |
|
Experimental |
| 31 |
alessiocpt/teriyaki
Teriyaki: A Framework to Generate Neurosymbolic PDDL-compliant Planners |
|
Experimental |
| 32 |
doc97/GOAPer
A project for a course at The University of Helsinki |
|
Experimental |
| 33 |
wopai/Pathfinder
The simple test game for Ai |
|
Experimental |
| 34 |
oelin/cbs-5
A large dataset containing optimal actions taken by conflict-based search... |
|
Experimental |
| 35 |
soheylfalahzade/Advanced_Graph_Algorithms
Implementation of complex geometric and graph algorithms focusing on Greedy... |
|
Experimental |
| 36 |
Vol0kin/gvgai-pddl
Implementation of a PDDL-based agent in GVGAI. |
|
Experimental |
| 37 |
mtabernerop/relevant-forbiditerative
Iterative approach to relevant top-k planning |
|
Experimental |
| 38 |
ninesalt/bckwrd
POC implementation of an inference engine that uses A* |
|
Experimental |