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Topic: Stanford Bunny

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	The Stanford Bunny
		The Stanford Bunny is one of the most commonly used test models in computer graphics.
		I was a postdoc at Stanford University with Marc Levoy in 1993 and 1994.
		The bunny is so smooth that there is a lot of redundant information in the original collection of triangles, so simplification and compression algorithms give wonderful results.
	www.cc.gatech.edu /~turk/bunny/bunny.html (1222 words)

	The Easter Bunny Biography (Holiday Figure) — Infoplease.com
		The origins of the Easter Bunny aren't clear; the first recorded references to him are generally agreed to have come from Germany in the 1500s.
		Stanford Bunny - Stanford Bunny The successor of the Utah Teapot.
		The Easter Bunny that Overslept by Priscilla & Otto Friedrich
	www.infoplease.com /biography/var/easterbunny.html (305 words)

	Spectral Surface Reconstruction From Noisy Point Clouds
		Left: the eigencrust reconstruction of the Stanford Bunny data (raw, unsmoothed point samples with natural noise but no outliers) patches two unsampled holes in the bottom of the bunny (middle).
		Stanford Bunny reconstructions from raw data, with natural noise plus added random Gaussian noise.
		The amount of random noise is expressed as the variance of the Gaussian noise added to each point coordinate, in terms of the average grid spacing l of the range images in the data set.
	www.cs.berkeley.edu /b-cam/Papers/Kolluri-2004-SSR/index.html (472 words)

	STANFORD Magazine: September/October 2005 > Features > Special
		Stanford’s copy was produced in Ghent, Belgium, probably for a wealthy or royal patron.
		Today, Stanford photography professor Joel Leivick brings his students by at least once a quarter to examine the pictures with a magnifying glass.
		Rabbit administering a dose of chamomile tea to her naughty son: “One table-spoonful to be taken at bed-time.” Peter Rabbit hopped to Stanford in 1981 as part of a collection of children’s books put together by Mary L. Schofield, MA ’30, a longtime Stanford library employee.
	www.stanfordalumni.org /news/magazine/2005/sepoct/features/special.html (1567 words)

	mindfuck :: Rendering the Stanford bunny
		This file contains the data to create the bunny the data originates from the original archives from Stanford and are based on the bunny.ply file from this site.
		Now we translate to the position where the light is,we disable lighting and draw the blue wireframe cube where the light is. (This is not true since the position don't exactly match and the lightsource is in fact a dot etcetera but it gives you a good impression about the origin of the light).
		The bunny sourcecode for each of the three steps and the bunny header file is available here.
	mindfuck.de-brauwer.be /articles/bunny (2862 words)

	The Stanford Bunny (Site not responding. Last check: 2007-10-13)
		A video camera (not shown in diagram) observes the object as it passes through the sheet of light, and this camera is tuned to the particular wavelength of light from the laser.
		I was a postdoc at Stanford University with Marc Levoy in 1993 and 1994.
		The bunny is so smooth that there is a lot of redundant information in the original collection of triangles, so simplification and compression algorithms give wonderful results.
	www.gvu.gatech.edu /people/faculty/greg.turk/bunny/bunny.html (1222 words)

	Level of Detail for 3D Graphics - 3D Models (Site not responding. Last check: 2007-10-13)
		This model from the Stanford 3D Scanning Repository was created by combining ten range scans of a 7.5 inch tall red clay model.
		The model is contained in the Stanford 3D Scanning Repository.
		Contains a number of classic models that were scanned and reconstructed at the Stanford Computer Graphics Laboratory.
	lodbook.com /models (655 words)

	Teem: nrrd: Making a bunny dataset
		The famous polygonal Stanford bunny exists as a volume dataset as well.
		Because I found that without this, the volume is the mirror image of what it should be.
		The physical bunny has a correct handed-nes, and if you want the index space of the volume to be right handed, then the flip is needed.
	teem.sourceforge.net /nrrd/bunny/index.html (442 words)

	demew: cis 441: intro to graphics: final project
		This is the famous "Stanford bunny" being mapped with the Uffizi gallery image.
		You won't find the Stanford Bunny in the program looking this good because this is the "real" Stanford bunny model, which has a massive 67,000+ triangles.
		The Stanford Bunny is a personal favorite, and this page tells about its history and shows some of the fun ways it's been used in graphics research.
	www.cs.uoregon.edu /~demew/cis441/Final_Project (1260 words)

	flipcode IOTD - Stephane Redon (08-08-2003) (Site not responding. Last check: 2007-10-13)
		This image is from an interactive demo of our new discrete collision detection approach for large-scale environments, in which the Stanford dragon (250,000 triangles) breaks when the Stanford bunny (35,000 triangles) falls on it.
		The dragon is organized in triangle strips and a heuristic is used to remove some strips and propagate the fracture when the bunny collides the dragon.
		Since no penetration depth is computed, the velocity of the contact point on the bunny is used as the contact normal.
	www.flipcode.com /cgi-bin/fcarticles.cgi?show=63540 (358 words)

	STANFORD Magazine: September/October 2005 > Home
		Stanford researchers from many disciplines work to learn why global warming is occurring and what can be done about it.
		With tenacity born from a scrappy childhood and with charisma that has endeared him to everybody from college undergraduates to New York's elite, Vartan Gregorian has redefined the notion of public intellectual.
		Scholars and students pry open the past at Stanford's special collections, a trove of the rare and priceless.
	www.stanfordalumni.org /news/magazine/2005/sepoct/home.html (172 words)

	CS108: Object-Oriented Systems Design
		Bunny Grading Signups all Fri day and eve in Sweet hall.
		Nate Janewit -- njanewit [at] stanford [dot] edu
		TA office hours are at Meyer 2nd floor, look for "CS108 TA Bunny" at the laptop area, and Nick's office hours are in Gates 190 (650 725-4727).
	www.stanford.edu /class/cs108 (580 words)

	Model: Stanford Bunny (Site not responding. Last check: 2007-10-13)
		The Stanford Bunny model was originally constructed in 1994 by Greg Turk and Marc Levoy using a technique they developed to create polygonal models from range scans (see their paper).
		The Bunny model they created consisted of exactly 69,451 triangles; we are using this model in our rendering server.
		There are five holes in the Bunny model: three of these were the result of inadequate coverage when scanning, and the two circular holes on the base existed on the physical Bunny, which was hollow.
	graphics.stanford.edu /software/scanview/models/bunny.html (111 words)

	Gallery - MeshCAD for Rhino
		The Stanford Bunny is one of the most commonly used test models in computer graphics.
		It is a mesh containing 69,451 triangular faces (shown below as the left bunny).
		Although the number of faces was greatly reduced, the overall shape of the bunny was maintained.
	www.sycode.com /gallery/meshcad_rh/index.htm (110 words)

	The Mesh Compendium: Multi-Res Modeling Group
		The original mesh in the Stanford 3D Scanning Repository is genus 60.
		The original mesh in the Stanford 3D Scanning Repository is genus 106.
		The Stanford Bunny is the property of the Stanford 3D Scanning Repository.
	www.cs.caltech.edu /~njlitke/meshes/collections/multires (266 words)

	What is Stanford Bunny? - a definition from Whatis.com - see also: range scan
		The Stanford Bunny is a computer graphics test model consisting of a scanned digital image known as a range scan.
		The Stanford Bunny is the oldest and best-known of a collection of models in the Stanford 3D Scanning Repository.
		Greg Turk describes the origin and purpose of the Stanford Bunny and explains how range scans are done.
	whatis.techtarget.com /definition/0,,sid9_gci1231426,00.html (449 words)

	Pictures (Site not responding. Last check: 2007-10-13)
		Stanford Bunny created by Greg Turk and Mark Levoy.
		(Many other people have developed similar codes, such as Konrad Polthier or Vladimir Oliker.) The geodesics all emanate from a point between the ears of the bunny, so any intersection might be a point on the cut locus of that point (if the two geodesics were the same length).
		Tammy Coombs improved the bunny rendering on this poster with her amazing Photoshop skills.
	ada.math.uga.edu /research/pictures/pictures.html (1225 words)

	Ray / Tri-Mesh Intersection Benchmark
		The test is as follows: Randomly generate a ray origin point on the surface of the sphere of radius 0.2 centered on the point (-0.016840, 0.110154, -0.001537), which happens to be the center of the bunny axis-aligned bounding box.
		With sufficiently efficient ray/mesh intersection code, the time spent generating the random points on the unit sphere required by the benchmark becomes a significant fraction of the total time.
		Check that the bunny axis-aligned bounding box has minimum coords (-0.094690,0.032987,-0.061874), maximum coords (0.061009,0.187321,0.058800), and center (-0.016840,0.110154,-0.001537).
	homepages.paradise.net.nz /nickamy/benchmark.html (841 words)

	Triangle Strip Tunneling Algorithm			Experiments on the Stanford Bunny have shown that the depth can be limited to about 75 edges without substantially affecting the quality of the resulting stripification.
		In addition, tunnel searches should be performed starting from some of the other strip ends in the mesh, since a topological change or even the changes caused by tunneling may allow other tunnels to be found where none existed before.
		A sequence of 5,000 topology-changing operations was performed upon a 20,000-face version of the Stanford Bunny.
	www.cs.queensu.ca /home/jstewart/strips/algorithm (966 words)

	Werner Bruckner - Projects - MeshSimp
		The famous Stanford Bunny, consisting of nearly 70000 triangles, rendered w/ flat shading.
		The cow model was reduced to 1000 triangles, and the bunny model was reduced to 2000 triangles.
		The dragon and the Buddha (as well as the bunny seen above) are from the Stanford 3D Scanning Repository and can also be found at the Large Geometric Models Archive at Georgia Tech.
	www.cg.tuwien.ac.at /~bruckx/projects/meshsimp/meshsimp.htm (470 words)

	Paper Bunny
		The research site linked to a free viewer that can be used for printing out 3D paper craft models, which worked with a bunny.zip file they had of the Stanford Bunny converted to their strip-based paper craft method.
		You can click on strips of the 3D bunny on-screen through the viewer and it shows you the corresponding strip on the laid-out sheets of paper, which you see in the right pane of the viewer.
		This is extra cool, because while building it, even though I was using the 3D viewer, and could see exactly what the piece was used for, it still had this feeling of being totally random.
	www.garyfixler.com /paperBunny (912 words)

	Simple tutorial of using Scanalyze and Vrip by Hui Song
		Scanalyze from Stanford Computer Graphics Lab is a system for aligning and merging range data.
		For example, the Stanford bunny data contains two folder, Data and Reconstruct.
		Stanford has detailed mannual (html, pdf) of the software.
	ww2.cs.fsu.edu /~hui/research/scanalyze_tutorial/tutorial.html (1061 words)

	OCaml tutorials and examples
		The Stanford bunny is a 3D mesh of triangles commonly used as a benchmark for computer graphics applications.
		The mesh is represented as a vertex array and an index array.
		Even when compiled to interpreted OCaml bytecode, this program can render a rotating bunny at hundreds of frames per second.
	www.ffconsultancy.com /ocaml/bunny/index.html (1103 words)

	Trivial Net - Computer and Tech Trivia for Geeks » 2006 » March » 11
		Answer: This model is known as the Stanford Bunny.
		It was developed in 1994 at Stanford University.
		It is made of 69,451 triangles, which were determined by range-scanning a ceramic bunny figurine.
	trivial.net /2006/03/11 (90 words)

	Bunny Teams (Site not responding. Last check: 2007-10-13)
		This is an place to help formm up bunny teams -- teams should aim for roughly compatible work and scheduling styles.
		I'm looking for a team, or to be a 4th on a good team.
		If he is made up, then I am in the midst of a severe identity crisis.
	www-cs-faculty.stanford.edu /cgi-bin/nick/wdb.pl?db=team.db (276 words)

	The Digital Michelangelo Project
		I won't go into too much detail, because a wealth of information can be found on Stanford's site.
		The data will help in many areas, such as viewing the statues under different lighting conditions, studying Michelangelo's techniques, planning for restorations, a digital archive for museums, and last but not least, the practice of scanning large objects.
		Since the objects were so large, they had to be scanned form many different viewpoints.
	silicon-valley.siggraph.org /MeetingNotes/DigMich.html (472 words)

	David Julian's Home Page (Site not responding. Last check: 2007-10-13)
		I was born and raised in Albuquerque, New Mexico; perhaps most famous for Bugs Bunny, who “should have turned left in Albuquerque.”
		Currently I am a Ph.D. student in Electrical Engineering at Stanford University.
		Before coming to Stanford I worked as a systems engineer at the Jet Propulsion Laboratory in Pasadena.
	yreka.stanford.edu /~djulian (84 words)

	Project 5
		These meshes are also better behaved than the low-res bunny mesh that many people have been using from the last assignment.
		bunny_500.xml: The Stanford Bunny simplified to 500 triangles
		bunny_1k.xml: The Stanford Bunny simplified to 1,000 triangles
	www.cs.cornell.edu /Courses/cs417/2003sp/Homeworks/Project5 (680 words)

	Perceptually Driven Interactive Rendering (Site not responding. Last check: 2007-10-13)
		Figure 1: Perceptually driven polygonal simplification, illustrated on the Stanford Bunny with 3 different gaze points (point of user's gaze shown in blue).
		At the appropriate field of view, these simplifications are imperceptible from the original.
		Both figures are courtesy the Stanford 3-D Scanning Repository.
	www.cs.virginia.edu /~luebke/perception.html (1068 words)

	Stanford Bunny: Neohookean elastic model (video) - a definition from Whatis.com
		Stanford Bunny: Neohookean Elastic Model was posted to YouTube by captinnod, along with the following notes:
		Stanford bunny meshed using OMG and simulated as a neohookean (nonlinear) elastic material under gravity.
		TechTarget provides enterprise IT professionals with the information they need to perform their jobs - from developing strategy, to making cost-effective IT purchase decisions and managing their organizations' IT projects - with its network of technology-specific Web sites, events and magazines.
	whatis.techtarget.com /definition/0,289893,sid9_gci1239784,00.html (161 words)

	GameTomorrow » PlayStation
		As you can see the G80 is twice as big, which is a good indication it requires twice the power, and produces twice the floating point power on paper.
		However when we ran one of the benchmarks discussed in the paper, the Stanford Bunny, we found that the Cell processor when combined with the iRT produces significantly better performance (we don't have access to the other datasets listed in the paper):
		In fact one Cell processor is four to five times faster at ray-tracing the Stanford Bunny than the G80 and the Cell QS20 blade, which has comparable floating point power on paper, is eight to eleven times faster.
	gametomorrow.com /blog/index.php/category/consoles/playstation (1103 words)

	Stanford Bunny: Linear elastic model (video) - a definition from Whatis.com
		Stanford Bunny: Linear Elastic Model was posted to YouTube by captinnod, along with the following notes:
		Stanford bunny meshed using OMG and simulated as a linear elastic material under gravity.
		Physics modeled using salmon (Neinhyus) and using VTK as a front-end for visualisation.
	whatis.techtarget.com /definition/0,289893,sid9_gci1239782,00.html (142 words)

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