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Exoplanet Encyclopedia

by Jaro Camphuijsen

Summary

The goal of the Interactive Exoplanet Visualization (IEE) is to give users the possibility to view all currently known exoplanets in a pleasant environment and discover correlations or connections between their different properties. It would be nice to have a visualization which is more attractive to the public. This means less, or better explained information, all functionality on one screen and an attractive look with smooth animations. The interface should be intuitive, clear and easy to use.

  1. Features
  2. Screenshots
  3. Data
  4. Tasks
  5. Platform

Features

The user can choose to display all known exoplanets in any scatterplot with combination of available axes. This enables the user to explore the collection of all discovered exoplanets and look for correlations between different values like planetary mass and time of discovery. In the sky coordinate system or scatterplot, exoplanets can be selected to give the user detailed information about its values. A model of the planetary system will be displayed and perhaps the original data of discovery or additional measurements.

Screenshots

Introduction tour An introduction tour through the visualization with scatterplot showing Keplers third law.
Interactivity All use of interactivity activated.
Scalable The visualization is also usable on portrait oriented devices.

Data

I use the exoplanet archive from NASA to display all exoplanets in the scatterplot and for additional exoplanet or host star information. For a description of the dimensions of the data one of the documentation pages of the NASA archive had to be scraped.

##Tasks
The user is introduced to the visualization by a short tour which can be stopped at any moment. By clicking one of the datapoints in the multiplanet view the user can select a single planet which will light up. A model of the selected planetary system will be shown and some additional information about the planet.
This can also be extended later with calculation of the habitable zone of the host star and showing this zone in the model. Raw observational data is displayed in the infobar. Any dimension in the infobar can be selected to light up all the planets in the scatterplot with the same value for the corresponding dimension.

##Platform
The visualization was built in javascript using the D3 library. There is an API for accessing the NASA exoplanet database, but it was easier to download a selection of the full database and paste it in the js script using the D3 csv paster.
The scraper for the documentation page was written in python using the patter.web library.

##Sources
The background picture of the surface of mars was taken from the mavenmission.