We are researchers from the University of Florida in the Institute of Food and Agricultural Science (IFAS) and the College of Engineering (computer science), and we're studying how to design interactive touchscreen exhibits for public science learning. After replacing the router, the computer began communicating with the projector, as we saw a blue sphere with the Pufferfish logo (Figure 4). Celebrating the very best within museums, galleries and heritage visitor attractions for over 10 years. The external touch screen facilitated deeper level information, a structured narrative and interactive controls.. Learn how your comment data is processed. As with Bundeskunsthalle, the content was designed to be viewed in conjunction with an interactive touch screen. The company says the museum landscape has been changing dramatically in recent years and will continue to do so and will have to compete with the entertainment sector, rather than the education sector, for the ever-diminishing attention of their audiences and an innovative use of technology is key to it being successful. Barco is always thrilled to be involved in any innovative technologies Pufferfish produce and look forward to doing so in the future.. I am a 2nd year Ph.D. student in the Human-Centered Computing Ph.D. program at the University of Florida. How does that work? The PufferSphere at Lapworth Museum provided the canvas for the creation of an interactive globe through which visitors could browse data visualisations and animations pertaining to the evolution of the earth, says Ben Allan, Sales and Marketing Manager who has led the projects. You can leave a response, or trackback from your own site. We can provide training and equip them with all the tools and templates they should need for developing dynamic content for the PufferSphere, says Allan. Affording Embodied Cognition Through Touchscreen and Above-the-Surface Gestures During Collaborative Tabletop Science Learning. An obvious fit for museums and visitor attractions looking to tell stories on a global scale. on Thursday, August 10th, 2017 at 9:26 am. GISCafe Voice: Do you have different levels of products and if so, what are they? Pingback: TIDESS Museum Learning Project Update: Interactive Spherical Display has Arrived! This site is protected by reCAPTCHA and the Google, Barco and Pufferfish team up for product launch at ISE 2019. SwiftStack Hybrid Cloud Storage for the Enterprise Recognized by the Geospatial Intelligence Industry. The PufferSphere UHD is an Ultra-High Definition internally projected spherical display system, incorporating cutting-edge laser projection technology and a robust 900mm acrylic screen. Museums + Heritage Advisor We offer a full range of software to support users building their own integrations with our displays and there is a common toolset of features for graphic workflows that can be accessed and used across all displays. document.getElementById( "ak_js_1" ).setAttribute( "value", ( new Date() ).getTime() ); University of Florida: NSF AISL Project: Touch Interaction for Data Engagement with Science on Spheres. In addition to this, we connected the computer to a LED ring driver by USB, and further connected the LED cable and camera cable from the LED ring driver to the LED ring attached to the Sphere. Do customers buy a globe and then subscribe to a data service? Receive the latest news about our services & products, we will not share your e-mail address with 3rd parties. Peter Pauwels, VP Sales Proav Events EMEA at Barco, is especially enthusiastic about the collaboration: The PufferTouch 2 and PufferTouch 2+ demonstrate how the partnership between Barco and Pufferfish has gone from strength to strength. Should your preferred language not be available, contents will be displayed in English. In many instances, we use geo-data to showcase a clients global reach e.g. This site uses cookies to improve your experience. Sight lines in the installation space meant that external projection would not be possible, users would need to get close to the projection and as such an internally projected solution was required.. But we were still not able to access the controller application. Beyond the initial exhibition, the system needed to have the ability to be repurposed for long-term functionality, and as such ease of use, set-up/down and movement were key functional parameters with the system moving to the Deutsches Museum in Munich in March. Our unique understanding of our own display technology, and experience in visual storytelling meant that we were perfectly placed to undertake turn-key content development and work collaboratively with external organisations.. Allan says the PufferSphere is a valuable tool in the exploration of global topics and can offer a new perspective in geosciences, along with offering new ways for users to interact with data best viewed on a spherical display. For this they sought the expertise of Edinburgh-based firm, Pufferfish, which over the past ten years has been working with a number of museums and visitor attractions to bring digital content to life for visitors. (2020). We also connected the projector to the App machine (computer) using the DVI cable. Barco didnt disappoint. Setting up the hardware: Installation manuals provided necessary information for setting up the connections and organizing various system components. Pufferfish are also taking advantage of the latest developments such as the advent of 360 video as well as AR and VR, which are opening up exciting new possibilities for integrations with Pufferfish products for a more immersive experience. their locations, customer demographics etc. To sharpen the focus of the projector, we projected the test pattern on a white sheet of paper (around 30 cm away from the lens) and adjusted the focus until the image was crisp. At the Bundeskunsthalle the PufferSphere was incorporated to open the exhibit, introducing and disseminating the complex weather data and give it universal comprehension, while its magnetic appeal was utilised to inspire visitors on the geological impact of weather systems and leave them with a yearning to find out more. In practice we often work closely with our clients to provide a range of spherical content and application development services, using our unique understanding of the spherical space to bring stories to life using data, motion, video and code. This worked out well for us as well as for our audience.. (LogOut/ Your email address will not be published. A desire to create an innovative digital display that could give a physical presence to digital content led the team at Pufferfish to create the PufferSphere, a unique spherical display system. About weather culture and climate science, we were looking for an impressive tool to visualise the principles of the global weather system for our audience, said Ralph Burmester, curator and research associate, Deutsches Museum. When the worlds largest science and technology centre, the Deutches Museum, teamed up with one of Germanys most visited museums, Bundeskunsthalle, in Bonn for a unique interdisciplinary exhibition on weather and climate change, they were looking for a unique way to tell their story through technology. It was suggested in the installation manual to remove the top and the bottom cap of the lens to prevent any damage to the projector. We have a very talented team creating motion graphics and incorporating more GIS data filtering on globe interfaces using a new intuitive interface we call the mandala. The PufferSphere is a native 360 monitor, complimenting VR experiences by transforming content for a new perspective on an already mind bending technology, says Allan. For initial hardware and software set-up, we followed the installation manuals delivered with the system. After consulting with Pufferfish about these issues, the main problem seemed to be that the router was not working. At Pufferfish, they challenge flat technology by opening up a world of possibilities for better communication, engagement and interaction with the captivating PufferSphere and PufferTouch. The PufferSphere met most of the requirements for the exhibition, but the company took opportunity to harness the latest innovation in projection technology to incorporate an enhanced 4K UHD resolution source. This application helped us to understand better how well our existing prototype (which was designed originally for a flat-screen tabletop display) fits on the PufferSphere and what modifications are required in our existing OpenExhibits prototype to get it to work on the PufferSphere. As the sphere would form the opening attraction into the exhibit, the curators needed a means by which they could combine high impact, guide-led narration and interactive user-led content. Using the unique technology alongside the knowledge, skill and creative talent of their team, they realise your vision. Also, any kind of dragging or swiping gestures on the sphere are interpreted only as rotation of the whole sphere, and for our purposes, we need the sphere to recognize and respond to more complex gestures (such as long-tap, drag of a finger, drag of two fingers and so on). To achieve this Pufferfish worked closely with German Weather Service and the team at Meteogroup to identify and select a core set of data visualisation across a common range so that isobars showing pressure could fade to wind speeds, through to cloud cover and in turn precipitation within those same cloud formations. The live content focused on Small Island Developing States (SIDS), Air Quality Indexes and Intended Nationally Determined Contributions (INDCs) with additional content reflecting the momentum for change following the Paris Climate Agreement, as well as an additional section on Climate Refugees showing the human costs of the climate change phenomena being seen around the world. The Puffersphere has a 360-degree viewing window with audio integration, and supports multi-touch interaction that allows the user to explore and manipulate content on the display. A PufferSphere will be on display at this yearsMuseums + Heritage Show on stand K3. GISCafe Voice: What new developments have you added in the past year and will you add more in the fall? TIDESS Museum Learning Project Update: CHI 2020 PaperAccepted! We are in the process of trying out this new API feature. Allan says the project needed a spherical display with a small footprint that would accurately represent complex meteorological data for groups and individual visitors. Our main goal is to build a touch and gesture-interactive prototype to promote science learning through data visualization. Our approach starts with concept development, through to realisation, installation and beyond, and is designed to ensure solutions deliver functionality and value long term. The content provided its own challenges. Fill in your details below or click an icon to log in: You are commenting using your WordPress.com account. The installation process began with securing the base plate to the projector frame (Figure 1). A cutting-edge development in projection technology, the F80-4K was exactly what Pufferfish needed. Barco will be teaming up with Pufferfish to launch two new Pufferfish products at the ISE (Integrated Systems Europe) Expo due to take place this week in Amsterdam. After attaching the base plate, we tightened the back enclosure panel using wingnuts and washers (Figure 2) and connected the projector to the router using an Ethernet cable. The display needed to offer the best possible resolution to ensure the image quality was unparalleled, whilst the north pole of the display had to be carefully mapped and projected to show critical data accurately, he says. We plan to continue investigating the ways is which GIS data can be uniquely presented and understood by virtue of being rendered on an interactive spherical display. Part of the fun and the challenge in using GIS data in the creation of content for our clients, is that while we need the output to be visually striking, we also need the GIS data to help us in telling a story. Science communicators and GIS professionals also use our technology worldwide, working in both research and commercial fields. Innovations over the past year have been related to spherical applications and content, ease of use, user setup, monitoring and maintenance. The PufferSphere products feature both inflatable screens (like its namesake pufferfish, which puffs itself up when in danger) or hardball screens and range in size from 600mm to 3.5m. I am excited to continue learning about the nuances of designing applications for spherical displays and looking forward to using the sphere for my dissertation research. We had to both assemble the hardware and get the software up and running. PufferSphere also provide a range of content and application development services bringing stories to life using data, motion, video and code. Following the redevelopment of the Lapworth, the museum was shortlisted for the Art Fund Museum of the Year 2017. In order to launch their latest products, the PufferTouch 2 and PufferTouch 2+, they turned to Barco in search of a projector that would meet their demands. We use GIS to extract and prepare geographic data with spatial attributes, translate formats and to carry out complex colouring and raw data editing. Their unique spherical displays challenge traditional flat technology by opening up new possibilities for communication, engagement and interaction with their trademark PufferSphere. document.getElementById( "ak_js_1" ).setAttribute( "value", ( new Date() ).getTime() ); This site uses Akismet to reduce spam. Soni, N. et al. GISCafe Voice: Do you use Esri ArcGIS or other GIS for the globe and what types of data can you use for it? However, we still faced issues accessing the controller application via the web browser (IP address: 192.168.1.40). This case study is part of an In Focus feature on Technology in Museums. Meteorological datasets tend to focus on visualisations of historical weather data in one aspect, such as temperature, pressure, wind, cloud formation, precipitation etc. We can also use the sphere to zoom from global to localized information or do comparative analysis on local vs. global information. To facilitate our investigation, we need the sphere software to recognize and log users gestures. INIT Lab, Pingback: Understanding Embodied Cognition | UF TIDESS Project, Pingback: Understanding the IRB: How Does It Affect Us? We tried using the Lens Shift control via the projectors remote control but we were unsuccessful. (2021). We will be exploring how users interact with the prototype on the PufferSphere to understand what gestures feel more natural to them in order to design better interactive exhibits. New visualisations had to be created using data samples chosen for their clarity in showing classic processes, all while at an appropriate resolution and with a view to creating attractive content.. Pufferfish worked closely with the team to design a system that would allow both things to happen. Change), You are commenting using your Facebook account. Following the demonstration, Pufferfish gave an overview of the PufferSphere system including what gestures it currently supports and how to create interactive applications for the PufferSphere, using PufferPrime software development kit. The team at Pufferfish believe technology has become key to creating a more engaging journey for audiences, before, during and after their visit. Currently, the default behavior of the PufferSphere is only to interpret the tap gesture and it does not log every single touch that is detected. Main Image: The PufferSphere at the Bundeskunsthalle, Lapworth Museum of Technology installed a PufferSphere in 2016 as part of a redevelopment, Sign up to our fortnightly newsletter and stay up to date with all the latest news, opinions and features from the cultural sector. The collaborative effort also involved the German Weather Service and was part of a wider climate change initiative by the United Nations Framework Convention on Climate Change to raise awareness in the run up to the UN Climate Change Conference (COP23), which took place in Bonn last November. Most GIS models can be visualized spherically. (LogOut/ Weve had a focus this past year on creating even more visually stimulating maps. We are constantly developing our core product, as well as building custom content for customers.
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