The purpose of the Owl plug-in is to constitute a new data type named Tensor, thanks to which the Grasshopper users will be able to work with so-called "big-data". This will further open up new possibilities to use more sophisticated machine-learning tools, which require big data sets to be effective.
The core library of the Owl plug-in is open sourced, and provides the developers with methods to read/write and use the Tensor data within the GH (and outside of it).
Additionally the Owl.Accord.GH.gha plug-in is the first extension based on the Owl core, utilizing few of the machine-learning methods sourced from the Accord framework.
Download at: http://www.food4rhino.com/app/owl
Core libraries, open-sourced: https://github.com/mateuszzwierzycki/Owl
NuGet packages:
Some parts of the plug-in depend on the Accord framework: https://github.com/accord-net/framework
While Owl contains some small-scale methods for machine learning, you might want to use more recent deep-learning methods like the ones available in TensorFlow.
The solution is:
IDX is a file format used by the MNIST dataset and majority of machine learning libraries have IDX readers/writers implemented.
You can also read the IDX as numpy arrays via the idx2numpy package.
Winsion Liang
Hello , I feel interest on Owl ,
I hope to get some example to research what can it do , :-) Thanks
Apr 14, 2017
Sam Gregson
I would be interested to learn more about implementing TensorFlow as it appears to give more options. For step 4 that you describe above couldn't this feasibly be done within GH with the python scripting component?
Sam
Jun 6, 2018