81. Talks, Tutorials, And Workshops Given By Yi Ma MultipleView geometry for Image-Based Modeling, ICIP 05 tutorial, Genova, Italy, September 11, 2005. * Dynamical Models for Computer Vision, ICCV 05 http://decision.csl.uiuc.edu/~yima/talks.html

Talks, Tutorials, and Workshops Given by Yi Ma Year 2005: "Multiple-View Geometry for Image-Based Modeling," ICIP'05 tutorial, Genova, Italy, September 11, 2005. "Dynamical Models for Computer Vision," ICCV'05 workshop, Beijing, China, October 21, 2005. "Multi-Scale Hybrid Linear Models for Lossy Image Representation," Robotics Lab Seminar, EECS Department, University of California at Berkeley, June 14, 2005. "Vision, Geometry, and Symmetry" , Institute of Computer Science, SiChuan University, China, May 30, 2005. "Multi-Scale Hybrid Linear Models for Lossy Image Representation," Automation Department Seminar, Tsinghua University, Beijing, China, May 19, 2005. "Motion-Based Image Segmentation," Microsoft Research in Asia, Beijing, China, May 19, 2005. "Multi-Scale Hybrid Linear Models for Lossy Image Representation," Microsoft Research in Asia, Beijing, China, May 18, 2005. "Generalized Principal Component Analysis and its Applications," Computer Science Department, Tsinghua University, Beijing, China, May 17, 2005. "Motion-Based Image Segmentation,"

82. Caligari | Help | Tutorials | Save That Geometry By Tom Marlin If you consider the detail, it could be quite large, maybe in the 100000poly range. The trick here is to use low-poly geometry with high-quality textures. http://www.caligari.com/Help/Tutorials/Tom_Marlin/save_that_geometry.asp?Cate=HT

83. IPAM - MGA Program Tutorials: Two Sessions Multiscale geometry and Analysis in High Dimensions. MGA Program tutorials Two Sessions. September 8 15, 2004. Schedule and Presentations Pictures http://www.ipam.ucla.edu/programs/mgatut/

Multiscale Geometry and Analysis in High Dimensions MGA Program Tutorials: Two Sessions September 8 - 15, 2004 Schedule and Presentations Pictures Organizing Committee: Emmanuel Candes (California Institute of Technology) David Donoho (Stanford University) Peter Jones (Yale University) Francois Meyer (University of Colorado) Stanley Osher (IPAM) Naoki Saito (University of California at Davis) Jean-Luc Starck (CEA Saclay, France) Schedule September 8 Wavelet Constructions Continuous and discrete wavelet transforms Tilings, wave packets, wavelet packets Mathematical inspirations Recent developments Jan-Olov Stromberg (2 lectures) David Donoho (2 lectures) September 9 Wavelet Applications Francois Meyer: Image Compression Naoki Saito: Feature extraction, noise removal Multiscale Analysis Christoph Thiele: Problems in multiscale analysis I , II September 10 Geometric multiscale constructions David Donoho: Beamlets, wedgelets, etc. Emmanuel Candes (2 lectures): Curvelets etc.

84. Symplectic Geometry And Physics Tutorials Symplectic geometry and Physics tutorials. March 18 21, 2003. IPAM Building (Across from Moore Hall) Main Lecture Room Rm 1200. Tuesday, March 18, 2003 http://www.ipam.ucla.edu/schedule.aspx?pc=sgptut

85. Introductory Tutorials This tutorial introduces students to the geometry of 3 Dimensions. TUTORIAL IV The geometry of Molecules. This tutorial introduces the student to several http://www.nyu.edu/pages/mathmol/modules/tutorials/tutorials.html

MathMol Tutorials Clicking on the image will cause MAGE to appear on your terminal providing you have properly configured your system. If you are unaware of MIME types for Chemistry which are required of MAGE click here About these activities: MAGE and PREKIN are software packages used by scientists to assist them in understanding molecular structure and function. PREKIN allows the user, starting with a set of Cartesian coordinates, to create a database that can then be displayed as an image using MAGE . The images (referred to as Kinemages) can be manipulated in 3 Dimensions. In addition, it is possible to perform distance and angle measurements on the objects as well as draw new lines that can be incorporated into the image. These capabilities make MAGE and PREKIN an excellent tool for use in K-12 mathematics and science. We have used PREKIN and MAGE to create five introductory databases that contain images found in the K-12 mathematics and science curricula. We are presently developing and testing activities to be used with these databases. We feel the use of these software packages, in addition to other public domain software found over the Internet, have several interesting features for use in K-12 education, amoung them:

86. HaloMods - HEK Video Tutorials Tutorial02 3DSMax Navigation, creating the basic level geometry and Tutorial-06 Integrating the base geometry with the rest of the level with 3DSMax http://www.halomods.com/site2/geeklog-1.3.9/public_html/staticpages/index.php?pa

87. Flipcode - Geometry Skinning / Blending And Vertex Lighting geometry skinning. Generate texture coordinates on the fly. Download the demo and corresponding tutorial source code packages here http://www.flipcode.com/tutorials/tut_dx8shaders.shtml

88. Flipcode - Featured Articles Featured Articles and tutorials 3D geometry Primer Chapter 2 Issue 04 - Cartesian Equations and Normal Vectors http://www.flipcode.com/articles/

news articles forums resources search misc Be sure to view our , as well as the You'll also find a wealth of information and source code in our Developer's Toolbox feature. Featured Articles and Tutorials: Reflections and Refraction in Raytracing Bram de Greve Creating a Scalable Console System with STL Facundo Matias Carreiro Accelerated Stencil Shadow Extrusion via Vertex Blending Christian Schüler Light Mapping - Theory and Implementation Keshav Channa Fast Approximate Distance Functions Rafael Baptista Managing Unit Actions Marcin Citowicki Frustum Culling Dion Picco An Exceptional Model Patrick Kooman SkinnedMesh DPlay Maze Phil Taylor Modular D3D SkinnedMesh Phil Taylor Pixel Shader 2.0 Example Ben Landon C++ Coding Style Albert Sandberg Simple Terrain Occlusion Culling Dion Picco CVS Quick Start Guide Albert Sandberg Adding Plug-ins To Your Application Garret Foster Five Ways I Improved My Coding Workflow Morgan McGuire ATI Mojo Day 2002: San Francisco Max McGuire Billboarding Tomas Akenine-Möller and Eric Haines Building A Game On Your Own Nate Miller Object Outlining Max McGuire Win32 Window Skinning Vander Nunes Interfacing Visual Basic And C++ Nicholas Skapura Strayfire: Writing A "Simple" Game Kurt Miller Game Institute Review Alex Tchernychov Modeling a Simple Spaceship Max Shelekhov Geometry Skinning / Blending and Vertex Lighting Keshav B. Channa

89. VRUNIVERSE - VRML Tutorials Shape { appearance Appearance { material Material { } } geometry Box { } } Finally to make this file usable for future tutorials, we give names to the http://www.vruniverse.com/tutorials/helloworld.html

Hello World tested with There is not much in the digital world which doesn't start with the 'Hello World' program. This will be no exception for me but instead of projecting these famous words onto your screen, you will be greeted by what has become a landmark in VRML: Cube, Cone, and Sphere. The file starts with the obligatory header #VRML V2.0 utf8 This is a must for all VRML2.0 compliant files. The pound sign ( ) indicates a comment, indicates the version (as opposed to ) and is a encoding scheme to enable international character display. Next we insert a Group node: Everything in between the parenthesis will be treated as one entity. Grouping is useful for logical ordering of your model or objects. It is not really necessary in this case but you will definitely need it later. After the Group node the children field embraces all the objects for the Group node (think of group as a parent). children [ We continue with a Shape node which creates rendered objects in our world. Shape nodes contain a geometry, in our case a

90. POV-Ray Descriptions, Tutorials And Samples For The POV-Ray Raytracing Program F descriptions, tutorials and samples for the POVRay raytracing program. CSG - Constructive Solid geometry - Boolean Algebra with Solids last update http://www.f-lohmueller.de/pov_tut/pov__eng.htm

Descriptions and Samples for the POV-Ray Raytracer by Friedrich A. Lohmueller Raytracing Gallery Homepage Italiano Deutsch Descriptions and Samples for the Raytracer POV-Ray DOWNLOAD and How We Start This is the download page for of some of my descriptions (zipped up HTML) and also for the modified "Insert Menu" which is in use by the Computer Graphics Workshop and in the Computer Graphics Project at my school. I. The Scenery Description Langage of the POV-Ray Raytracer Version 3.6 update 18-Aug-2005 An introduction for beginners - to get a fast overview about POV-Ray. II. Insert Menu Add-on for POV-Ray for Windows Version 3.6 last update 03-Aug-2005 An add-on for beginners for an easier start and for comfortable use by advanced users - with file download. Ready_made scenes, shapes with textures, shapes from my "shapes_lo.inc", Isosurfaces, loops, animation, math functions. III. Basic Geometric Objects update 05-Oct-2004 Fundamentals about "sphere", "cylinder", "cone", "torus", "box", "prisma", "sor" and "plane". IV.

91. CU Math On-Line Manuals And Tutorials Macaulay a system for computing in the fields of algebraic geometry and Java The Java Tutorial ObjectOriented Programming for the Internet http://www.math.columbia.edu/docs.shtml

On-Line Manuals and Tutorials Scientific: Macaulay : a system for computing in the fields of algebraic geometry and commutative algebra. Notes for the September 1994 release. Macaulay 2 a software system devoted to supporting research in algebraic geometry and commutative algebra. GAP : a system for computational discrete algebra, developed with particular emphasis on computational group theory. LiE : a computer algebra system that is specialized in computations involving (reductive) Lie groups and their representions. Pari-GP : a software system aimed to number theorists. There's also a tutorial Kash : interactive shell for Kant V4 , a program library for computations in algebraic number fields. Simath : a computer algebra system focusing mainly on algebraic number theory. Evolver : an interactive program for the study of surfaces shaped by surface tension and other energies, and subject to various constraints. Geomview : an interactive program for viewing and manipulating geometric objects Qhull : a software which computes convex hulls, Delaunay triangulations, Voronoi diagrams, etc. Output can be fed to either Geomview or Mathematica. Yorick : a C-like interpreted language for numerical analysis and interactive graphics Snap : a computer program for exact computations of hyperbolic 3-manifolds based on Jeff Weeks' program SnapPea.

92. Autodesk - Autodesk Inventor Series - Tutorials And How-to Autodesk Inventor Building Solid Models from Projected geometry In this tutorial, you ll review a use of projected geometry that s applicable to all http://usa.autodesk.com/adsk/servlet/autoindex?siteID=123112&id=2253423&linkID=4

93. STEP Tutorials - STEP Tools, Inc. tutorials to help you learn and use STEP effectively. PRINT_geometry geometry Report The PRINT_geometry program finds all of the representation http://www.steptools.com/support/step_tutorials.html

Home Products Translation Service News ... ST-Developer STEP Tutorials STEP Tutorials We have gone through the AP-203 spec, the EXPRESS rules, and the PDES Inc. recommended practices to collect everything you need to know for using AP-203. We've packaged this knowledge into a series of programming examples that you can build, experiment with, and use as the basis for your own programs. These programs are distributed as as files that you can download and build with ST-Developer, or you can look at the source for them right here. Tutorials AP-203 Basic CC1 Data The AP203_CC1 program creates a data set that contains all of the configuration management information required for a minimal AP-203 Conformance Class One file. This example is an excellent starting point for programs based on any of the STEP APs. [Sample Output [Windows executable] Geometry Report The PRINT_GEOMETRY program finds all of the representation instances in a STEP file and prints solid geometry information for those which are advanced_brep_shape_representation instances, as an indented list of faces, face geometry type, and face bound size and type.

94. Al's Programming Resource For Win32, OpenGL And ODE Physics Tutorials Constructive Solid geometry Isn t it nice to find tutorials and software on the internet when you want them? Support freeware authors by making a small http://members.net-tech.com.au/alaneb/csg.html

Win32, OpenGL and ODE Physics Index OpenGL Tutorials Template Cameras Timing Lighting ... OpenGL MDI Ported Demos Ports of some of the above examples to SDL ClanLib and GLFW are Here Old News View the past news here OpenGL Links OpenGL links for Beginners through to Advanced Details Constructive Solid Geometry By Alan Baylis 21/03/2003 Download the Demo with Source Tutorial To make a world editor or clean up existing world data we need to dabble in the art of constructive solid geometry (CSG) and to make a start I have put together this demo. The demo shows how to do csg addition between multiple convex brushes. The details of which can be found in the tutorial Send to: Alan Baylis P.O. Box 1533 Sale, Victoria 3850, Australia

95. Vecpix : Photoshop, Illustrator, Flash And Other Vector And Raster Graphic Desig Various graphic designing software tutorials, including photoshop, flash, fireworks, Therefore you can actually emit geometry from a point emitter. http://www.vecpix.com/tutorials/maya/ma001.php

Photoshop Tutorials Make Marbel Texture.. Make variable colored grid.. Neon Text.. ... more... Emit Geometry from a Point Emitter Softbody objects in Maya are actually a type of particle effect. Maya allows you to connect any particle object to any emitter. Therefore you can actually emit geometry from a point emitter. 1. Open/import a Nurbs or a polygonal object 2. Make this object a softbody with a GoalWeight of .75 3. Create an emitter and position it at the center of the object 4. Delete the particle object that was actually created with the emitter 5. Connect the softbody's particles to the emitter (Windows - Animations editors - Dynamic Relationships) select the softobject, connect to Emitter 6. reduce the emitter's rate to 8. Play forwards until the object vanishes, then save the initial state for the particles 9. Increase the emitter's Rate to the appropiate speed to "grow" the object 10. Increase the Lifespan of the particles, so that they dont disappear 11. Experiment with the emitter position, goal weight, speed...

96. Algorithm Tutorials geometry Concepts Using geometry in TopCoder Problems The following problems all require geometry, and the topics discussed in this article will be http://www.topcoder.com/tc?module=Static&d1=tutorials&d2=geometry3

97. U Of A ANSYS Tutorials - Coupled Structural/Thermal Analysis This tutorial was completed using ANSYS 7.0 The purpose of this tutorial is to For our case, we will create the geometry in the Thermal Environment, http://www.mece.ualberta.ca/tutorials/ansys/AT/Coupled/Coupled.html

This tutorial was completed using ANSYS 7.0 The purpose of this tutorial is to outline a simple coupled thermal/structural analysis. A steel link, with no internal stresses, is pinned between two solid structures at a reference temperature of C (273 K). One of the solid structures is heated to a temperature of 75 C (348 K). As heat is transferred from the solid structure into the link, the link will attemp to expand. However, since it is pinned this cannot occur and as such, stress is created in the link. A steady-state solution of the resulting stress will be found to simplify the analysis. Loads will not be applied to the link, only a temperature change of 75 degrees Celsius. The link is steel with a modulus of elasticity of 200 GPa, a thermal conductivity of 60.5 W/m*K and a thermal expansion coefficient of 12e-6 /K. According to Chapter 2 of the ANSYS Coupled-Field Guide, "A sequentially coupled physics analysis is the combination of analyses from different engineering disciplines which interact to solve a global engineering problem. For convenience, ...the solutions and procedures associated with a particular engineering discipline [will be referred to as] a physics analysis. When the input of one physics analysis depends on the results from another analysis, the analyses are coupled." Thus, each different physics environment must be constructed seperately so they can be used to determine the coupled physics solution. However, it is important to note that a single set of nodes will exist for the entire model. By creating the geometry in the first physical environment, and using it with any following coupled environments, the geometry is kept constant. For our case, we will create the geometry in the Thermal Environment, where the thermal effects will be applied.

98. PHPBuilder.com, The Best Resource For PHP Tutorials, Templates, PHP Manuals, Con PHPBuilder.com, the resource for PHP tutorials, templates, PHP manuals, By using geometry with mogrify, there is no need to work out factors to http://www.phpbuilder.com/annotate/message.php3?id=1012444

99. PHPBuilder.com, The Best Resource For PHP Tutorials, Templates, PHP Manuals, Con PHPBuilder.com, the resource for PHP tutorials, templates, PHP manuals, Subject geometry I agree with the author - ImageMagik is extremely powerful http://www.phpbuilder.com/annotate/message.php3?id=1012303

100. Geometry And Uncertainty, Tutorials The two tutorials cover the main aspects of geometric reasoning under uncertainty, namely geometric reasoning and uncertainty handling. http://www.ipb.uni-bonn.de/DAGM/Tutorials2001/overview.html

Call for Participation Two Tutorials Projective Geometry for Grouping and Orientation Tasks Geometry and Uncertainty for Matching, Reconstruction and Grouping DAGM 2001 München, Germany, September 11, 2001 Stephan Heuel Wolfgang Förstner Geometric elements play an important role when analysing images of man made scenes, especially within matching, recontruction and grouping. Due to the uncertainty of geometric elements representing uncertainty, testing spatial relations and estimating parameters of uncertaint elements play are essential tools. The two tutorials cover the main aspects of geometric reasoning under uncertainty, namely geometric reasoning and uncertainty handling. Though both tutorials cover the two aspects of geometric reasoning under uncertainty, they are self-contained. Projective Geometry for Grouping and Orientation Stephan Heuel, Bonn Uncertainty, Testing and Estimating of Geometric Parameters Wolfgang Förstner, Bonn Registration Information Electronic registration Included in the DAGM registration form Fee Students 20,- DM for each tutorial

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