adsabs.harvard.edu/abs/2015ASPC..495..101B

Preview meta tags from the adsabs.harvard.edu website.

Linked Hostnames

5

Thumbnail

Search Engine Appearance

Google

https://adsabs.harvard.edu/abs/2015ASPC..495..101B

Hackable User Interfaces In Astronomy with Glue

Astronomers typically choose between Graphical User Interfaces and custom-written computer code when exploring and analyzing data. Few tools are designed to encourage both of these workflows, despite their complementary strengths. We believe that such hybrid hackable user interfaces could enable more agile data exploration, combining the fluidity that comes from a GUI with the precision and reproducibility that comes from writing code. In this article we articulate the different strengths and weaknesses of both workflows and discuss how to enable both in a single tool. We focus on Glue (http://glue-viz.org) as a case study and examine how the goal of creating a hackable user interface has influenced the design of Glue.



Bing

Hackable User Interfaces In Astronomy with Glue

https://adsabs.harvard.edu/abs/2015ASPC..495..101B

Astronomers typically choose between Graphical User Interfaces and custom-written computer code when exploring and analyzing data. Few tools are designed to encourage both of these workflows, despite their complementary strengths. We believe that such hybrid hackable user interfaces could enable more agile data exploration, combining the fluidity that comes from a GUI with the precision and reproducibility that comes from writing code. In this article we articulate the different strengths and weaknesses of both workflows and discuss how to enable both in a single tool. We focus on Glue (http://glue-viz.org) as a case study and examine how the goal of creating a hackable user interface has influenced the design of Glue.



DuckDuckGo

https://adsabs.harvard.edu/abs/2015ASPC..495..101B

Hackable User Interfaces In Astronomy with Glue

Astronomers typically choose between Graphical User Interfaces and custom-written computer code when exploring and analyzing data. Few tools are designed to encourage both of these workflows, despite their complementary strengths. We believe that such hybrid hackable user interfaces could enable more agile data exploration, combining the fluidity that comes from a GUI with the precision and reproducibility that comes from writing code. In this article we articulate the different strengths and weaknesses of both workflows and discuss how to enable both in a single tool. We focus on Glue (http://glue-viz.org) as a case study and examine how the goal of creating a hackable user interface has influenced the design of Glue.

  • General Meta Tags

    34
    • title
      Hackable User Interfaces In Astronomy with Glue - ADS
    • apple-mobile-web-app-title
      ADS
    • application-name
      ADS
    • msapplication-TileColor
      #ffc40d
    • theme-color
      #ffffff
  • Open Graph Meta Tags

    6
    • og:type
      inproceedings
    • og:title
      Hackable User Interfaces In Astronomy with Glue
    • og:site_name
      ADS
    • og:description
      Astronomers typically choose between Graphical User Interfaces and custom-written computer code when exploring and analyzing data. Few tools are designed to encourage both of these workflows, despite their complementary strengths. We believe that such hybrid hackable user interfaces could enable more agile data exploration, combining the fluidity that comes from a GUI with the precision and reproducibility that comes from writing code. In this article we articulate the different strengths and weaknesses of both workflows and discuss how to enable both in a single tool. We focus on Glue (http://glue-viz.org) as a case study and examine how the goal of creating a hackable user interface has influenced the design of Glue.
    • og:url
      https://ui.adsabs.harvard.edu/abs/2015ASPC..495..101B/abstract
  • Twitter Meta Tags

    7
    • twitter:card
      summary_large_image
    • twitter:description
      Astronomers typically choose between Graphical User Interfaces and custom-written computer code when exploring and analyzing data. Few tools are designed to encourage both of these workflows, despite their complementary strengths. We believe that such hybrid hackable user interfaces could enable more agile data exploration, combining the fluidity that comes from a GUI with the precision and reproducibility that comes from writing code. In this article we articulate the different strengths and weaknesses of both workflows and discuss how to enable both in a single tool. We focus on Glue (http://glue-viz.org) as a case study and examine how the goal of creating a hackable user interface has influenced the design of Glue.
    • twitter:title
      Hackable User Interfaces In Astronomy with Glue
    • twitter:site
      @adsabs
    • twitter:domain
      ADS
  • Link Tags

    9
    • apple-touch-icon
      /styles/favicon/apple-touch-icon.png
    • canonical
      http://ui.adsabs.harvard.edu/abs/2015ASPC..495..101B/abstract
    • icon
      /styles/favicon/favicon-32x32.png
    • icon
      /styles/favicon/favicon-16x16.png
    • manifest
      /styles/favicon/site.webmanifest

Links

30