UC provides fast 3D modeling and visualization through several techniques: 1) Modelers are hired based on their ability to quickly create 3D geometry from 2D plans or survey data. 2) Conversion tools automatically transform 3D data from design programs into real-time formats within minutes. 3) Scenes are "published" not rendered, allowing for constant updates in seconds as designs evolve. 4) Custom tools and artificial intelligence enable rapid animation of traffic, pedestrians, and other movements within virtual environments.

2. A transparent visual process is enjoyed by all

3. Everyone ‘gets on the same page’ sooner

4. There is more time to optimise and integrate

5. Decisions are made quicker

6. Certainty is achieved sooner

7. The requirement is delivered quicker

8. People and processes are implemented quicker

9. Investments can earn a return quicker

10. Losses are minimised or avoided

11. Financial stakeholders see returns quicker

12. Political stakeholders see results soonerWith our bespoke toolset, UC is the D&C industry leader in producing fast, fit-for-purpose 3D real-time models. UC Fast www.urbancircus.com.au

13. Fast Geometry Fast 3D UC is fastest at creating geometry because: Auto-Conversion of 3D geometry with textures-materials to real-time (12DA FBX). UC modellers hired via an 8-hour speed test All geometry standard formats, geo-referenced, quality models. Geometry is accurate per vertex Imported from survey/design 3D Built from design drawings Integrated QA service (clash highlights) Measurable in real-time Accurate real-time shadows Wireframes of Adelaide and M5 East www.urbancircus.com.au

14. 2D to 3D - Fast Fast 3D If you provide 2D plans and drawings: UC converts 2D into 3D fast. Modellers employed on an 8-hr speed test. A QA clash/conflict service with model construction to find errors. 3D meshes standard formats and interchangeable to other programs. If the model is wrong and our fault, no cost to fix. Over 10,000 hours experience.  Your project in 3D real-time is delivered fast, to high quality. Station built from a 2D pdf in < 40 hours www.urbancircus.com.au

15. Method: Built in 2 days from limited data. Output: 10 HD images, video. Delivered remotely. Uses: Evidencing concept. Funding submissions. Media communications. Stakeholder engagement. 23/06/2011 4 Westlink Tunnel - Melbourne Fast 3D The Process The Result Concept Development www.urbancircus.com.au

16. Auto-Geometry Fast 3D 12D program Converters move 3D data from technical modelling programs to real-time software in < 1 minute. Examples: 12DA converter: takes civil design geometry (TINs) and pushes them straight to real-time 3D. Textures, materials, shadows and effects are applied automatically. SketchUp FBX converter: brings the sketchup models into real-time 3D, with textures mapped. 3DS Max: exports or ‘publishes’ to real-time 3D.  Efficient to communicate and review the project in real-time 3D. UC Converter Urban Engine www.urbancircus.com.au

17. Publish, not Render Fast 3D UC ‘publishes’ scenes to real-time. This takes only seconds to achieve living 3D models. Projects are updated dozens of times per day. This gives: : Flexibility and efficiency Constant visibility Opportunities to include late changes A disciplined data structure means we can overwrite any scene component quickly. Traditional, pre-rendered visualisation requires minutes and hours to render every frame.  You get fast and continuous updates of your 3D real-time project. No need to wait. A live visual model is updated thousands of times as thinking changes, with updates taking minutes. www.urbancircus.com.au

18. Auto-Animation Fast 3D Navigation mesh for self-pathing characters throughout station UC has a bespoke Artificial Intelligence system to approximate traffic and human movement. UC software auto-animates Road Traffic: merging, queuing, give way, blinkers, drivers etc Pedestrians: walk, idle, talk, ride escalators. Rail: boarding, drivers, passengers, speeds etc Traffic and movement simulation data (VISSIM, Paramicsetc) can be imported. Traditional visualisation hand-animates objects.  UC provides more realism, movement, scale and interactivity faster. AI directs lane-change with brakes & indicators www.urbancircus.com.au

19. Instant Images + Mark-Up Fast 3D Capture any image instantly second. Press camera icon or “PrtScn” Screen resolution image (png) saved to “My Documents”. Orthographics and perspectives. Change field of view. Change ‘options’ or scenarios. Mark-up tool: Draw over the 3D scene with pen. Type over 3D scene. PrtScn to save image to My Docs. Then print / email to colleagues. www.urbancircus.com.au

21. Real-Time Tools Fast 3D Tools for adding, validating, and demonstrating directly in real-time 3D. Examples: 2D/3D tape measure, relative level sightline measure add characters (static, walking, sitting) add objects (any 3D object in library) transform (rotate, scale, move)  Tools built in-house to make project analysis efficient. Transform & save library objects Linear measure. RL markers. Add / edit animated characters www.urbancircus.com.au

22. Big Scenes Fast 3D The largest and most complex visualisations in real-time 3D, video and imagery. Our capability in scene scale and complexity means you work faster in bigger projects. Enjoy more: geometry; detail; integrated optioneering; shadows; animations; textures, shaders and effects. We specialise in the human to urban scale. Examples: Sydney CBD including sub-surface rail stations; Melbourne City, CBD and surrounds, Gold Coast Rapid Transit, AirPort Link and Northern Busway, Brisbane CBD & surrounds. Airport Link & North Busway winning bid. Victoria Square masterplan Melbourne CBD www.urbancircus.com.au

23. Smart Shaders Fast 3D Shaders on our HD drivable vehicle Shadercode is processed directly on the GPU, giving efficient processing. We build custom shaders as required to optimise workflow. Example: Auto-Generated Painted Aerial Terrain Texture (using repetition reduction optimisation) with distance based blending. Benefits: Workflow (speed): no manual creation of quality terrain texture – use shader values Performance: reduces RAM footprint and load times with fewer texture inputs Visual Quality: improved visual clarity and effects from helicopter to ped views A Pixar fur shader 1m N-S aligned grid to aerial photo shader under cadastral splines in Melbourne CBD www.urbancircus.com.au