henosis | Python framework for deploying recommendation models | Machine Learning library
kandi X-RAY | henosis Summary
kandi X-RAY | henosis Summary
Henosis is a cloud-native, lightweight Python-based recommender framework that facilitates providing recommendations to users of applications, like this:. Henosis is in active development and is released as alpha software. Henosis is being developed at the NASA Jet Propulsion Laboratory (JPL) using user-driven development (UDD) with generous support from the Office of Safety and Mission Success (5X). Henosis brings together model training and testing, storage and deployment, and querying under a single framework. Henosis provides Data Scientists with a straight-forward and generalizable environment in which to train, test, store, and deploy categorical machine learning models for making form field recommendations, while also providing software engineers and web developers with a REST API that can be easily queried for recommendations and integrated across different enterprise applications.
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Top functions reviewed by kandi - BETA
- Get recommendations
- Return a list of models
- Load an object from S3
- Process the form data
- Compute the accuracy of the classification
- Predict the model
- Make a prediction for a given field
- Predict the probabilities for the given model
- Decorator for methods that require authentication
- Validate authentication
- Authenticates the user
- Store a model in S3
- Check if the given path exists in S3 bucket
- Generate a unique identifier
- Get the configuration
- Get Elasticsearch connection
- Train the model
henosis Key Features
henosis Examples and Code Snippets
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Answered 2020-Sep-29 at 21:03In order to do it I reversed the path id="circle" by changing the d attribute from d="M80,300a70,70 0 1,0 140,0a70,70 0 1,0 -140,0"
to d="M80,300a70,70 0 1 1 140,0 a70,70 0 1 1 -140,0"
In order to reverse the path I've changed the 5th parameter (sweep-flag) of the arcs a
from 0 to 1
a rx ry x-axis-rotation large-arc-flag sweep-flag dx dy
The sweep-flag determines the direction to draw the arc.
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