pythia | Pythia , for Solar Active Region Data Analysis | Data Visualization library
kandi X-RAY | pythia Summary
kandi X-RAY | pythia Summary
Space weather studies Sun-Earth interaction events. One of these, is the effect of solar flares have on our civilisation. The forecast of solar flares is not a solved problem, and many approaches have been tried. [Sunspotter] is a citizen science project that asked volunteers to classify solar active regions by their complexity - as it’s believed complexity has a direct relationship with their activity. The goal of this project is to develop a model for forecasting the likelihood that an Active Region on the sun would produce a solar flare in the near future. The dataset used in this project is the [Sunspotter dataset] which includes a complexity score for each AR. It is to be explored if the complexity of the AR corresponds to a higher probability of flare production. In the course of this project, a Search Events object capable of querying HEK and HELIO databases will be created.
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Top functions reviewed by kandi - BETA
- Plot the observations for the given observation date
- Download the full disk associated with a given observation date
- Get the observations from a hek
- Return the nearest observation
- Run the game
- Compute the score of two images
- Compute expected score
- Save the rankings table
- Get the MDI map for the given time range
- Returns a list of timestamps in the time series
- Create scheduler
- Configure the optimizer
- Update the state dictionary
- Calculates the rating for a given image
- Download the full disk of the MDI file
pythia Key Features
pythia Examples and Code Snippets
Community Discussions
Trending Discussions on pythia
QUESTION
Iam working on an image captioning tool and came across the apache tika
and would like to now which model does it use internally and how good are the results when compared with the state of the art right now in the market
...ANSWER
Answered 2019-Sep-05 at 08:39QUESTION
I try to export the model for text classification with tf hub modules, and then infer a prediction from it for a single string example using predictor.from_saved_model(). I saw some examples of similar ideas, but still couldn't make it work for the case when using tf hub modules to build features. Here is what I do:
...ANSWER
Answered 2018-Aug-20 at 09:08So, all I need was serialized_example = example.SerializeToString()
Writing the example on a file requires to start a session before reading it back. Simply serialising is enough:
QUESTION
I´m new to Rails. Having an issue after deploying to Heroku. All the assets that are indicated in the controller are not working. Locally all works fine.
...ANSWER
Answered 2017-Apr-09 at 20:03You must avoid using HTML tags and use helpers instead :
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