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ESRI EMEA Users Conference 2013 - Geographic Communication with Solid Terrain Models
This document discusses the use of solid terrain models and geographic information systems (GIS) to enhance geographic communication and public participation in territorial management. It outlines the benefits of 3D physical models in conveying complex information, improving audience comprehension, and facilitating better decision-making processes. Various projects in Portugal demonstrate the application of these concepts in sustainable tourism, education, and community engagement.
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ESRI EMEA Users Conference 2013 - Geographic Communication with Solid Terrain Models
- 1. 2013 Esri Europe,Middle East and Africa User Conference October 23-25, 2013 | Munich, Germany Geographic Communication with Solid Terrain Models Carlos Coucelo, Pedro Duarte, Rita Crespo CCCGeomática, Portugal Esri EMEAUC13
- 2. The Idea issimple • To tell stories about a given territory, synchronized with the video projection of geographic information on top of a physical model of that same territory Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 3. A glance witha video sample Castro Marim Territory Interpretation Centre Check for this video on You Tube Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 4. The Concept • From realityto a GIS database and back Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 5. Abstraction Geographic Database Reality Esri EMEAUC13 GeographicCommunication with Solid Terrain Models
- 6. Physical Representation Geographic Database Reality Esri EMEAUC13Geographic Communication with Solid Terrain Models 3D Physical Model
- 7. Augmented Reality Geographic Database Reality Esri EMEAUC13Geographic Communication with Solid Terrain Models Geographic Data Projection
- 8. Why do itwith 3D Physical Models? Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 9. Because... • 3D physical modelsare tangible products • Scale, distance, slope, orientation, sight line, etc., are immediately perceived by everyone in an audience in a clear and consensual way • Physical models are democratic tools: people will find it easy to understand others and make themselves understood Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 10. The result is • Beautifulcommunication • Information easier to understand • Improved communication with audiences • Better public participation Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 11. How do wedo it? Geographic Data Projection Geographic Database Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 12. gison3dmap installations inPortugal 1. Lamas de Mouro Gateway to Peneda GerĂŞs National Park – Thematic Workshop 2. Serra da Estrela Interpretation Centre 3. Coimbra Superior Agricultural School 4. Herdade da Contenda Interpretation Centre 5. RAVE – High Speed Train Network 6. Companhia das LezĂrias Visitors Centre 7. Castro Marim County Interpretation Centre 8. Batalha County Community Museum 9. Sintra 3D – Sintra World Heritage Landscape 10. GuimarĂŁes County Information Centre 11. River Lima Information Centre 12. Cascais County Urban Information Centre 13. Costa Lopes Arquitects 14. House of Rock Delivering Stones – Arouca Geopark Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 13. Lamas de MouroGateway to Peneda GerĂŞs National Park Keywords: Sustainable Tourism, Education Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 14. Coimbra Superior AgriculturalSchool Keywords: Territorial Managment, Public Participation Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 15. Serra da EstrelaInterpretation Centre - CISE Keywords: Sustainable Tourism, Education Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 16. Herdade da Contenda Keywords:Sustainable Tourism, Territorial Managment, Touristic Promotion Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 17. Companhia das LezĂriasVisitors Centre Keywords: Education, Sustainable Tourism, Territorial Managment Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 18. RAVE – TTT– Third Tejo River Crossing Exhibition Keywords: Project Development, Public Participation Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 19. Castro Marim TerritoryInterpretation Centre Keywords: Education, Territorial Managment, Tourism Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 20. Batalha County CommunityMuseum Keywords: Education, Tourism Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 21. Sintra World HeritageLandscape Keywords: Education, Sustainable Tourism, Territorial Managment Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 22. GuimarĂŁes County MasterPlan Revision Public Participation Keywords: Territorial Managment, Public Participation Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 23. Cascais County UrbanInformation System Keywords: Education, Territorial Managment, Tourism Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 24. River Lima InformationCentre Keywords: Education, Sustainable Tourism, Territorial Managment Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 25. Costa Lopes Arquitects– Luanda Marina Development Plan Keywords: Project presentation, Real Estate Promotion Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 26. House of RockDelivering Stones – Arouca Geopark (UNESCO Geoparks Network) Keywords: Education, Sustainable Tourism Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 27. From user feedback •Adding GIS data to a 3D physical model (terrain or architectural): - - Has proven to be a very effective way to communicate geographic information to audiences Enhances the perception of reality and facilitates the communication of information, events and development scenarios Contributes to better and faster decisions in public participation processes Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 28. How was thissystem architectured? • GIS Database • Client server application: gison3dmap • Clients: GIS - Multimedia - Presentation (Powerpoint and Android) - Custom develloped - Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 29. System Architecture Esri EMEAUC13Geographic Communication with Solid Terrain Models
- 30. gison3dmap is aGIS • The gison3dmap core is a GIS engine • The GIS Database is central to the system – All projections are database driven and are consequently dynamic • Controler manages projection requests • Map displays are associated with video projectors • Multimedia displays are used to show images and videos synchronized with GIS data projections on the 3D map Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 31. Clients - Each type ofuser interaction requires a specific user interface: - GIS – for GIS users Multimedia – for visitors Presentation – for technicians - - Powerpoint: to geographically illustrate a presentation Android: to control the system (maps, videos, animations, free hand drawing, ...) Custom develloped: - Geographic games, multiple users interaction with tablets and smartphones, natural interfaces, ... Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 32. GIS clients Esri EMEAUC13Geographic Communication with Solid Terrain Models
- 33. GIS Clients • • • • GIS Clients(ArcGIS and VisualSIG) are central to the gison3dmap system All projection requests access GIS data dynamically GIS clients are used to define what to project and how gison3dmap projection requests can be capured using the GIS clients to use within non GIS clients, such as Powerpoint ArcGIS 10 client Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 34. ArcGIS Online Esri EMEAUC13Geographic Communication with Solid Terrain Models
- 35. ArcGIS Online Esri EMEAUC13Geographic Communication with Solid Terrain Models
- 36. Multimedia Clients Esri EMEAUC13Geographic Communication with Solid Terrain Models
- 37. Multimedia Clients • Simple interfaces(menu driven or more flashy) oriented to the general public • Automatic and user controled map projections synchronized with images and videos Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 38. Presentation Clients Esri EMEAUC13Geographic Communication with Solid Terrain Models
- 39. Powerpoint Client • Used togeographically illustrate a Powerpoint presentation • Slides are shown on multimedia displays • Map projections are trigered by slide transitions Powerpoint client schema Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 40. Andoid Client • Used tocontrol map projections and videos, execute command sequences (sun-rise to sun-set shadows, flood simulations, etc.) and draw graphics • Maps available on the client interface are defined using a GIS project Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 41. Android Client –Freehand drawing Check for this video on You Tube Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 42. Other Clients –gison3dmapQuiz • Clients can be developed using the gison3dmap API or sending commands via a TCP/IP socket • gison3dmapQuiz is an example of an application develloped to implement geographic games Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 43. Other Clients –gison3dmap Overview • Navigate on Web map application while using for each user the 3D map as a overview map, and to show locations, lines of sight, etc. • This is the way to go to integrate 3D virtual scenes, 3D animations anf fly throughs with a solid terrain model Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 44. Special interfaces • Natural (gestures) • Laserpointer Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 45. Calibration Esri EMEAUC13 GeographicCommunication with Solid Terrain Models
- 46. Projection calibration • Match calibrationtargets projected on the 3D map surface with previously defined calibration points Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 47. Automatic Calibration • Calibration canbe partially automated, using fiber optics installed at the calibration points locations, and a PCB with light sensors and a Arduino board Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 48. Automatic Calibration Esri EMEAUC13Geographic Communication with Solid Terrain Models
- 49. Geographic Communication with • gison3dmaptransforms a 3D physical model into a 3D physical screen, by projecting GIS data themes on the 3D physical model surface • Adding thematic value to a 3D physical model: - Has proven to be an efficient and effective way to communicate geographic information to audiences Enhances the perception of reality and facilitates the communication of events and development scenarios Contributes to better and faster decisions in public participation processes Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 50. How to getmore info www.gison3dmap.com Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 51. Visit us atOrbits Engineering booth on the GIS Solutions Expo Esri EMEAUC13 Geographic Communication with Solid Terrain Models
- 52. Thanks for listenning CarlosCoucelo CCCGeomática, Portugal carlos@cccgeo.com www.gison3dmap.com Esri EMEAUC13 Geographic Communication with Solid Terrain Models