Architekturvisualisierung für das Diestelmeyer-Projekt in Berlin. Modelliert und animiert von Kai Kostack. Architecture visualization for the Diestelmeyer project in Berlin. Modeled and animated by Kai Kostack. www.diestelmeyer.de http
architecture visualization Architektur visualisierung Blender
Architekturvisualisierung für das Diestelmeyer-Projekt in Berlin. Modelliert und animiert von Kai Kostack. Architecture visualization for the Diestelmeyer project in Berlin. Modeled and animated by Kai Kostack. www.diestelmeyer.de http
architecture visualization Architektur visualisierung Blender
Demo video of the development of the Demolition feature for Blender 2.6. kostackstudio.de For more informations see blenderartists.org Please consider making a donation for this project: pledgie.com
Destruction Fracturing Shattering Tearing LS-DYNA ANSYS Pamcrash Digital Molecular Matter Rayfire Demolition Animation Game Demonstration Tech Computer Technology Demo simulation Apex
Demo video of the development of the Demolition feature for Blender 2.5x/2.6. kostackstudio.de For more informations see blenderartists.org Please consider making a donation for this project: pledgie.com
Destruction Fracturing Shattering Tearing LS-DYNA ANSYS Pamcrash Digital Molecular Matter Rayfire Demolition Animation Game Demonstration Tech Steel Computer Technology Simulation Demo Apex
This is a test where I tried to use Blender's smoke simulator for simulating fluids like water. First experiments seemed promising, on greater domain resolutions however the "fluid" seems to lose density and thus volume for no apparent reason, rendering it pretty hard to use as alternative to the regular fluid simulator. I don't know if the reason for this lies in the nature of the smoke sim algorithms or if it's caused by some bug in its implementation. kostackstudio.de
Blender Fluid Simulation Propeller Water Turbine Properties Of Water Cavitation Fluid Sim Smoke Sim Animation Animated
Demonstration of a bug in Blender's particle system in combination with SPH-Fluids.
Demo video of the development of the Demolition feature for Blender 2.6. kostackstudio.de For more informations see blenderartists.org Please consider making a donation for this project: pledgie.com
Destruction Fracturing Shattering Tearing LS-DYNA ANSYS Pamcrash Digital Molecular Matter Rayfire Demolition Animation Game Demonstration Tech Computer Technology Demo simulation Apex
In this demonstration you are about to see a little tour through a real female human body (age 59) from the Visual Human Project. The shown "block" consists of 1746 x 570 x 666 cells in resolution. It is rendered by a basic GeForce 8600 GT with 512 MB of video memory on top of a 2,4 GHz Quad-Core system with 4 GB of memory. This video runs in real-time.
Blender Visible Human Project Medicine Medical Death Dead Cadaver Nude Woman Female Application Apple App Ipad Ipod
Test done with an in-development Blender 2.5 Cycles build. I rendered 5 times the frames needed to do some kind of sampled motion blur to test if noise is reduced and how it will look. To exaggerate the noise test, I added also some "dust" to the camera lens. As you can see, the noise doesn't change very much in between frames which renders this method as not as effective as it could be. 2500 frames each with 200 samples, needed around 24 hours to render. kostackstudio.de
What you see here is the complete and unmodified geometry content of the LS-DYNA dataset released by NIST. Vertices (points) represent missing surface data. Source of the larger (19114 files) release from January 2010: code.google.com Corresponding letter: s3.amazonaws.com
Blender Computer Simulation 7 World Trade Center steel building wtc collapse Demolition wtc simulation NIST FEMA FEM conspiracy tower World Trade Center 11th September Animation Towers footprint skyscrapers 9/11 cryptome
Demonstration how the Demolition script works. Plenty resources and a highres version of the tutorial can be found here: blenderartists.org
Because of the great interest in my very first fire test, I updated the old file for a longer re-render and for a release to the Blender community. It's quite simple and therefore a good start for users new to Blender's smoke and voxel system. There are no external forces used, the turbulences are resulting from the smoke dynamics themselves. The earlier lava-like effect wasn't intended behavior, I explained it in more detail in the description to the old video: www.youtube.com Here is the .blend file: www.pasteall.org Have fun. www.kostackstudio.de
Animation Fire Blender Animated Burn Flame Andrew Price Software Testing Burning Testing Smoke Simulation
Yeah, it's Blender! The extended version of the video for extended fun. This is my own implementation for shattering physics, mainly inspired by the persons below. Thanks go out to: scorpion81 - ideas TomWalks - ideas darczol - first person template kostackstudio.de The source code plus demo file will be released under the GPL when the Pledgie milestone of one thousand € is reached, see pledgie.com
Simulation Demolition Destruction Method Physics Fracturing Shattering geomod DMM Digital Molecular Matter Rayfire Computer Technology Math Tower Building
The YouTube quality is pretty bad. You can try the Vimeo version for some more visual details and the source video download: www.vimeo.com This was rendered with Blender 2.5 Beta in FullHD. 10 gigabyte of floating point displacement data and textures, generated with Blender's original Ocean Simulator, were needed for this 40 seconds sequence. I used OpenEXR and Pixar's lossy compression method to store the data, since PNG or JPG hadn't the necessary precision. The render time per frame was around 1m:30s on a 12 core system. www.KostackStudio.de
Blender Wild Ocean Sea CG Water Fluids Fluidsim Oceansim Simulation Fluid Dynamics VFX Wireframe Realflow Flowline Alternative
Demo video of the development of the Demolition feature for Blender 2.5x/2.6. kostackstudio.de For more informations see blenderartists.org Please consider making a donation for this project: pledgie.com
Destruction Fracturing Shattering Tearing LS-DYNA ANSYS Pamcrash Digital Molecular Matter Rayfire Animation Game Demonstration Tech Simulation Demo Apex
Testing fire settings for smoke simulation in blender 2.5 alpha 0. Resolution: 48, Wavelet Resolution: 4. That it looks like it would turn into "lava" has a strange reason. If I remember right, it had to do with an interruption of the calculation process and deleting the velocity data caching file at frame 150 or so. It wasn't an intended effect, I just searched a way to continue rendering from that frame without restart from frame 1, because the cache was quite buggy back then. I'm pretty sure that's why all movement is stopping and just falling down. www.kostackstudio.de
Blender Fire Testing Smoke Simulation 2.5 Software Testing Animated Burn Quality Animation Burning Flame
Demo video of the development of the Demolition feature for Blender 2.6. kostackstudio.de For more informations see blenderartists.org Please consider making a donation for this project: pledgie.com
Jet Engine exploding jet engine Destruction Fracturing Shattering Tearing LS-DYNA ANSYS Pamcrash Digital Molecular Matter Rayfire Demolition Animation Game Demonstration Tech Computer Technology Demo simulation Apex
Showreel of the good old Demolition Script for the Blender 2.4x series, with all demos I have done back then. Uploaded in better quality now. Other interesting user made demos: www.vimeo.com www.youtube.com www.myvideo.de www.youtube.com
Python Scripting Demos Destruction Fracturing Tearing Digital Molecular Matter Rayfire
Demo video of the development of the Demolition feature for Blender 2.5x/2.6. The main purpose of this video is to prove the capabilities of my physics system development, if any. It is not intended to prove or disprove 9/11 conspiracy theories. I'm deleting comments that include hate speech, so you better think twice before starting an argument about the reasons of 9/11 here. This test case scenario needed 10 minutes per frame to calculate geometry deformations and additional 5 minutes to render the image. The test system was an Intel Core i7-980X Extreme Edition with 3,33 GHz, 12 virtual cores and 12 GB of RAM. Check here for a slowed down version: www.youtube.com kostackstudio.de For more information see blenderartists.org Please consider making a donation for this project: pledgie.com
WTC WTC1 WTC2 911 9/11 World Trade Center Purdue University New York NIST FEMA FEM Computer Simulation wtc simulation Jet Impact conspiracy thermite truth Demolition Finite Element Method
Test done with Blender 2.5. This feature is in a pretty early stage of development, no shadows for example. Don't expect to much at this point.
Short clip of my full case study regarding WTC 1 that can be found here: www.youtube.com
WTC Purdue University NIST FEMA FEM Computer Simulation wtc simulation World Trade Center Tower Building September Twin Towers Inside Animation
Test done with Blender 2.5. Render time around 20 minutes per frame on a 12 core system.
Mini tutorial for the Demolition feature of Blender 2.6.
Blender Demolition software tutorial Destruction Fracturing Shattering Tearing LS-DYNA ANSYS Pamcrash Digital Molecular Matter Rayfire Animation Game Demonstration Tech Simulation Demo Apex
Trailer for the upcoming short movie "Sintel" produced by the Blender Foundation using the open source software Blender, of course. I did some strong color grading and post production effects, quick and dirty...just as exaggerated example contrary to the look of the original trailer. durian.blender.org http
Blender Animation Sintel Durian Digital Color Grading Correction Post Production
A modern remake of the famous boulder chase scene from Indiana Jones and the Raiders of the Lost Ark. This one is pretty old (2004), not made in Blender but in 3DS Max. I uploaded it just for your entertainment. :) I used the 3DS internal camera tracking system, but I don't know if it still exists in todays Max. I'm using Blender since a few years now, so don't ask me. ;) www.KaiKostack.com
Made entirely with Blender. kostackstudio.de
Universe big bang theory Big Bang The Big Bang Theory Urknall Big Freeze heat eath Big Rip Big Crunch Big Bounce Multiverse False vacuum Cosmic uncertainty Cosmos Space Einstein Albert Einstein Stephen Hawking's Universe
Showreel of the Demolition script for Blender. Visit www.KaiKostack.com or http
This is an advanced demo of my earlier Real-time Shattering Demolition video. It visualizes the forces within the base grid to show that the simulation is now sensitive to gravity as well. It's still Blender in case I haven't mentioned it. Before you complain about the lagging, it's caused ONLY by the visualization mesh. It takes a moment to recreate and update it every time. If it's disabled it runs as fast as in the last demo, there is no noticeable performance loss. This is my own implementation for shattering physics, mainly inspired by the persons below. Thanks go out to: scorpion81 - ideas TomWalks - ideas darczol - first person template kostackstudio.de The source code plus demo file will be released under the GPL when the Pledgie milestone of one thousand € is reached, see pledgie.com
Simulation Demolition Destruction Physics Fracturing Shattering Visualization geomod DMM Digital Molecular Matter Rayfire
Yeah, it's Blender! This is my own implementation for shattering physics, mainly inspired by the persons below. Thanks go out to: scorpion81 - ideas TomWalks - ideas darczol - first person template kostackstudio.de The source code plus demo file will be released under the GPL when the Pledgie milestone of one thousand € is reached, see pledgie.com
Simulation Demolition Destruction Method Physics Fracturing Shattering geomod DMM Digital Molecular Matter Rayfire Computer Technology Math Tower Building
Actual graphing calculator footage. This movie shows the peak gaming capacity of Texas Instruments calculators. The games were made for free by students between 1997 and 2007; mostly in assembly languages. This film is dedicated to ticalc.org and the students and working Joe's who download our projects. Welcome to the show! APPEARANCES: 00:05 NBA Live 97--Robert Gardner (TI-82,1997) 00:08 Arena 3D--Malcolm Smith (TI-92+,2004) 00:09 Calc Rogue--Jim Babcock (TI-92+,2004) 00:11 Metroid--Fred Sparks, Kevin Ouellet (TI-83+, 2006) 00:13 Donkey Kong ASM v4.0--Fred Loinetti (TI-82,2000) 00:14 Pokemon Purple--Daniel Thorneycroft (TI-83+, ON-GOING) 00:16 Joltima v1.9--Justin Karneges & Hideaki Omuro (TI-82, 2001) 00:17 Catch 22--Adam Spickard (TI-83+, 2004) 00:18 Baseball '99--Sam Heald (TI-82, 1999) 00:21 Alpha-10 v1.00--Jeremy Wazny (TI-82, 1999) 00:25 Hawk v1.00--Oilvier GIVAUDAN (TI-89, 2005) 00:27 Alien Invasion EC ed.--Jason Ho & Louis Tovar (TI-89, 2001) 00:30 V2-Engine Demo--Kai Kostack (TI-92+, 2004) 00:34 Fallup--Joey Adams (TI-89, 2005) 00:37 Desolate--Patrick Prendergast (TI-83+, 2004) 00:40 Kirby Demo Project--Patrick Prendergast, Vincent Jünemann (TI-83+, unknown) 00:43 International Karate--David Randall (TI-92+, 2005) 00:46 Super Mario v1.1--Sam Heald (TI-82, 2001) 00:49 Baballe--julien RF (TI-89, 2003) 00:54 Robot War Project D--Brady Mayes (TI-82, 2005) 00:56 Dodger--Cullen Sauls (TI-86, 2005) 00:57 Lotus Turbo Challenge--Badja & Sam Heald (TI-82, 1999) 00:59 <b>...</b>
ti texas instruments graphing calculator tribute saliva ladies and gentlemen
2011-04-29 Press the 3D button next to the resolution settings to see further 3D options. kostackstudio.de
3d yt3d:metadata=user Germany Berlin Mitte Berlin City daimlerchrysler Mercedes Mercedes-Benz HYATT Potsdamer Straße Potsdamer Platz Deutsche Bank red-blue stereoscopic stereoscopy stereoskopisch light field camera steadicam
The original render output is flat. :) For similar technique see the node setups here: www.blendpolis.de www.kaikostack.com
UPDATE: Source code available from github.com DIY 3D scanning is here to stay - you can very easily scan just about anything. Here's an sample of small Java/Processing program to a) scan the items in 3D and b) to export point-cloud of about 300k points to Blender. From Blender, it could be exported to other formats and softwares as well. More info from www.openkinect.org
