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bin-pack
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3d bin packing
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bin-pack
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[](https://clojars.org/org.lotuc/bin-pack) # Bin Pack ## eb-afit eb stands for the paper's author Erhan Baltacioglu, and afit stands for Air Force Institude of Technology. `lotuc.binpack.eb-afit` implements the algorithm described in paper [The Distributer's Three-Dimensional Pallet-Packing Problem: A Human Intelligence-Based Heuristic Approach](https://scholar.afit.edu/etd/4563/), some of the implementation detail differences can be found [here](./doc/eb-afit-explain.md). The reference implemention described in the paper can be found here at https://github.com/wknechtel/3d-bin-pack . ```clojure (require '[lotuc.binpack.eb-afit :as eb-afit]) (eb-afit/find-best-pack {:pallet-dims [10 5 5], :boxes [{:dims [5 5 5], :n 3}]}) ;; -> {:pallet-volume 250, :box-volume 375, :packed-volume 250, :packed-number 2, :pallet-variant [10 5 5], :percentage-used 100.0, :first-layer-thickness 5, :pack [{:pack-dims [5 5 5], :pack-coord [0 0 0], :dims [5 5 5], :vol 125, :n 3} {:pack-dims [5 5 5], :pack-coord [5 0 0], :dims [5 5 5], :vol 125, :n 3}], :unpacked {:dims [5 5 5], :vol 125, :n 3, :unpacked-n 1}} ``` ## visualizer The [visualizer](https://github.com/lotuc/bin-pack-visualizer) (which is deployed at https://lotuc.org/bin-pack/) take the input text, find the best packing strategy and visualize the packing result. 
