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Technology Preview of Project Pandora, a cloud rendering research collaboration from Autodesk & Nvidia. This video demonstrates the workflow to render a 3ds Max project in the iray renderer using the integrated high-performance cloud rendering service. The rendered project can then be shared on the web from the Project Pandora Liveview collaborative design tool, to review and iterate designs with clients and colleagues.

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Autodesk® Cloud rendering allows customers to produce compelling; photorealistic visualizations in the cloud—without tying up the desktop or investing in specialized rendering hardware. Autodesk Subscribers can get started with Autodesk Cloud rendering at rendering.cloud.autodesk.com or learn more at http www.autodesk.com/cloud

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Point Cloud Rendering by OpenCV:Source and comment (in Japanese) opencv.jp

opencv 3D reconstruction Stereo norishigefukushima

For the latest updates on streaming Blue Mars, register for a free account: member.bluemars.com Interview with Jim Sink and W. James Au on Blue Mars as a cloud rendered application. Streaming service provided by OTOY.

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I have made this training video to assist anyone wishing to get a basic understanding of rendering clouds out of Maya and compositing them for a production. We start in Maya then we move to After Effects and Fusion Filefront download HiQ(80mb): files.filefront.com enjoy :)

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How to make a nice simple effect, using Cloud Rendering in Adobe Photoshop CS5.

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For the latest updates on streaming Blue Mars, register for a free account: member.bluemars.com Blue Mars running as a cloud based streaming application on OSX and iOS devices over Wi-Fi.

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clouds rendering using Perlin noise Reference : freespace.virgin.net Jeonggyu Lee Jarek's Magic Lab College of Computing Georgia Institute of Technology www.cc.gatech.edu

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Assembly Summer 2010 Demo competition entry, 2nd place. Download original entry from scene.org: www.scene.org Download original video from scene.org: www.scene.org

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Deep Exploration 6.3 64Bit Cloud rendering. Model of car and building produced in Unigraphics NX2. Models translated into Deep Exploration sufrace texture and light done in Deep Exploration 6.3 Animation rendered with Green Button Windows Azure Platform from Microsoft. Each frame on Local i7 Quad core 3.2Ghz 12 Min Total Job 14400 Minutes. 240 Hours Rendering with Green Button 5 hrs 36Min including upload and download times. Green Button approx 43 times faster than local 3GHz I7 Machine

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Here's my first attempt at procedurally generated cloud rendering in XNA. It's not much, but it's still a work in progress. The frame rate is low because my computer doesn't handle screen recording software very well. The clouds render at about 110 frames per second at 1280x720 resolution on an integrated ATI Radeon HD Mobility 3200 (ie complete crap video card). The cloud texture is generated by layering 7 octaves of noise of varying dimensions, each animated at a slightly different rate. The texture is mapped onto a hemispherical skydome with texture coordinates calculated by finding the x,y coordinates of the intersection between a ray cast from the observation point and an infinite plane positioned at the very top of the hemisphere. The observation point was calculated by determining the viewing angle of the most distantly visible clouds on a planet with radius 6378km and a cloud elevation of 10km. Thus, the most distantly visible clouds on the skydome are approximately the same relative distance as clouds you would see on the horizon on earth. Obviously this is just an approximation since the atmosphere is spherical in real life. However, the most distant visible clouds are approximately 190km away. A 190km slice of the top of the atmosphere is very nearly planar. The clouds look very flat. I know there are ray marching algorithms to simulate cloud scattering and stuff, but I'm rendering this on a very, very slow GPU. I'm looking for ways to improve visual <b>...</b>

clouds procedural generation dynamic XNA The Ghanes

3DS MAX demo of iray cloud image rendering @ GTC 2010

NVIDIA 3DS MAX iray cloud computing CUDA image rendering Hi Tech Legion

...In a crowd of furries. Well, c'mon, what would you expect?

Second Life Web Viewer Cloud Rendering Luskwood Adeon Writer

Technology Preview of the the Project Pandora Liveview design review tool, a cloud rendering research collaboration from Autodesk & Nvidia. This video demonstrates how the Project Pandora Liveview collaborative design tool allows users to share access to renders online, in order to quickly review and iterate projects with clients and colleagues.

Project Pandora 3ds Max iray Autodesk Technology Preview Nvidia Cloud rendering. Autodesk

This fly-through shows the 3D model of a secondary pump station. The model was created to demonstrate the tight space involved for an upcoming fourth pump addition, and this process

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This video shows Felix's typical workflow. Felix Online Rendering is the first commercial cloud computing based rendering solution. For more information visit www.felixrender.com

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This animation shows the 3D model of a highway interchange that was scanned as part of a bridge reconstruction project. The area was laser scanned, creating a point cloud that was used to create the model.

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Read more about NVIDIA Maximus on the blog: bit.ly Sam Itskovitch, an application engineer with Dassault Systèmes, demonstrates how new NVIDIA Maximus technology allows users to interact with their renderings while simultaneously running other applications - without bogging down your system.

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simple unprojection of the depth image that is delivered from the kinect sensor back to metric 3d space. intrinsics of the kinect sensor are just estimated so far so the unprojection is not accurate. i will try a real calibration later.

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FELIX is the first rendering solution based on cloud computing technology. Its performance is 100% hardware independent. Many social network features are now available in FELIX like real-time 2D and 3D data sharing among users worldwide. FELIX is also the only 3D application with an 100% non destructive workflow.

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Just a simple way to create a cloud that renders fast.

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This fly-through shows the 3D model of a gutted factory that was to be converted to modern living spaces. The facility was laser scanned, creating a point cloud that was used to create the model.

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A small part of one of my projects in real-time graphics course at DTU. It shows how multi-texturing and blending using shaders in OpenGL can be used to create cool effects like these, a fast spinning "spiral galaxy" and a beam. It's not pre-rendered, it runs in real-time on an opengl rendering engine i'm working on. Also, since all the geometry needed are 3 quads (not including the skybox), it has a very low impact on frame rate. The engine is a C++/Python hybrid using Boost::Python, more info: www2.imm.dtu.dk Captured with Fraps Skybox texture from EVE-Online Ps don't dis the lousy touchpad-camerawork :)

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xbox 360 kinect running on mac osx using graphic programming language cinder.

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3ds Max Design tips: To add personality and realism to your render, learn how to add a cloud image to the mental ray daylight system.

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RevUp Render has teamed up with NVIDIA, the creators of RealityServer and iray, to bring you RevUp RS. Leveraging the iray rendering engine and NVIDIA's CUDA based GPU hardware systems, RevUp RS is the most advanced rendering and design collaborative review technology available for architects, engineers and designers. With RevUp RS you can take your Revit or 3DS Max 2D and 3D content and seamlessly export and render it in seconds on a graphical supercomputer. Navigate through your scene in real-time and watch it re-render the instant you stop moving the camera. Project demo: Incheon Eighth Wonder - Proposed Environmental Center rendered with RevUp RS 3D model provided by Peter Chermayeff, LLC

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AMD @ CES 2009 - Dirk Meyer & Jules Urbach introduce the Fusion Render Node for Cloud Computing

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Read more about NVIDIA Maximus on the blog: bit.ly Peter de Lappe, software product manager for NVIDIA, demonstrates how new NVIDIA Maximus technology empowers users with the ability to simultaneously design in Inventor and render in Autodesk 3ds Max 2012 — an incredible interactive rendering experience previously not possible that's also up to 9X faster than a single CPU.

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www.makingartstudios.com The sky plays an important role in outdoor scenes. One of the key elements for a more photorealistic sky is clouds. This is a simple demo video (taken from inside our custom cloud editor) which illustrates our cloud rendering implementation. Clouds are true volumetric objects, meaning that you can fly through them. Static formation and dissipation is also supported.

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We met Bruce Dell from Euclideon at GDC Europe in Cologne. The dot-cloud technology for game geometry rendering was highly debated during the last year and recently fired up again due to a new video demo being released. We asked Bruce for an interview which we will publish later during or after gamescom, but also got our hands on the live engine demo and some new stuff you haven't seen yet, including a test case for dynamic lighting.

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Learn the tricks of volumetric clouds, modifications, tips and techniques. David Brennen is an expert in Bryce and does a great job teaching users how to use the volumetric cloud feature found in Bryce 7. Have fun using these tools.

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www.autodesk.com Learning how to use the Particle Volume Cloud and the Density nodes in the Render Tree is a vital component of volumetric particle rendering.

Softimage XSI ICE particles render render tree Autodesk

GRIS is a research group at the TU Darmstadt, working on MultiView Stereo reconstruction of scenes from Internet pictures and the presentation of the results. This is the video accompanying the SIGGRAPH 2010 paper "Ambient Point Clouds for View Interpolation" ( www.gris.informatik.tu-darmstadt.de ). Unfortunately there are some compression artifacts visible, visit our webpage for a better quality video. Abstract: View interpolation and image-based rendering algorithms often produce visual artifacts in regions where the 3D scene geome- try is erroneous, uncertain, or incomplete. In this paper, we in- troduce ambient point clouds constructed from uncertain colored depth pixels, which help reduce these artifacts while providing non- photorealistic background coloring and enhancing the sense of 3D motion. Our point clouds are constructed by randomly sampling colored points along the viewing rays associated with uncertain pix- els. These are combined with more traditional rigid 3D point clouds and colored surface meshes obtained using multi-view stereo. Our real-time rendering system is able to handle larger-range view tran- sitions with fewer visible artifacts than previous approaches.

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lol this is for fun if you don't believe that then. your just stupid

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Pyroclastic cloud rendering in OpenGL using a simple single scattering model

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www.ExtremeTech.com - Video of the demonstration given to me during my interview for Extreme Tech with Sumit Gupta of Nvidia and Randy Ochs of Mental Images. Shows how RealityServer can provide photorealistic images in real time to nearly any computing device with a web connection, even smart phones. Images that used to take hours to render even on powerful workstations are now done in seconds and streamed to a remote client over the Web to be viewed in a browser or other client application. Read the interview on Extreme Tech using the link at the top of this description.

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