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Making A Snowman In MayaThis tutorial will teach you how to model a snowman and animated it using Maya’s most basic tools.
Setting up Maya for the Tutorial
Before you begin this tutorial, it is recommended that you reset Maya to its default preferences. Please go to Maya’s Main Menu > Window > Settings and Preferences > Preferences. This will open up Maya’s Preference Window. In the Preference Window, go to the Edit menu and select “Restore Default Settings”.
Maya has a “Project” based system which will help you manage your files. It is recommended that you create a new project for this tutorial by going to Maya’s Main Menu > File > Project > New. When the Project Window pops up. You will need to name the project, then select the location that the project will be created in. Click the “Use Default” button before pressing “Accept”. Maya will automatically manage your files to this project from now on.
Modeling the Snowman
Creating The Body
To create the conventional snowman we will need to start off with 3 spheres. Maya has a list of default shapes that can be used to create the base body of our snowman. These shapes are called “Primitives” and can be located in the “Create” Menu. The following will create the 3 sphere primitives to build the body of our snowman.
1. Go to the Main Menu and click “Create > NURBS Primitives > Sphere”.
2. After the creation of the shape, Maya will automatically select it, then update the Channel Box which will contain the3D Quick Start Guide: 3ds max to Director 8.5 Shockwave StudioThis 3D Quick Start Guide is designed for the multimedia designer who is new to the 3D capabilities of Director® Shockwave® Studio and the 3D artist/animator who is unfamiliar with Director® 8.5 Shockwave® Studio. Our goal today is to animate an American-style football player, kicking the ball over the goal post. This character was created in 3ds max™ 4 and animated using character studio® 3, proven software solutions from Discreet. You will find a number of assets in the .zip file. By the end of this tutorial, you will be able to take these assets into Director 8.5 Shockwave Studio and create an interactive 3D sequence, playable on the web. The player is kicking the ball over the goal post. The character is animated to perform a series of motions in sequence along a single timeline, i.e., an idle motion, a jog start, a kick sequence, a sprint with arms up and a jog stop. The football is animated to leave its start position, fly over the goal and bounce on the other side. The goal is to take these assets into Director Shockwave Studio and to make them interactive.
The tutorial begins with 3D creation tips and tricks for preparing the character mesh, skinning it onto the Biped® skeleton using Physique® and animating the character. Both Biped and Physique are character studio features. It then discusses the 3ds max Shockwave Exporter to Director 8.5 Shockwave Studio in the "Director 8.5 Shockwave Studio Environment" options and what happens when youTop Aerodynamics Yamaha Designed for Ride PDFThe limited edition of Fazer 1000 ST. We have fitted colour. matched Fairing lowers … yamaha. 14. YZF r6. ‘99 up to ‘02. RACING REAR HUGGER
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DownloadMacintosh PowerBook 1400 Users Guide ManualMacintosh PowerBook computer - Your computer is designed to give you the highest performance combined with real ease of use it s easy to set up, easy to use, and easy to expand. This book will guide you through the setup procedure, tell you how to expand your computer, and provide many tips on using your new system. Your computer is powered by the new microprocessor (or chip ). This microprocessor was designed by Apple Computer, Inc., Motorola, Inc., and IBM Corporation.
The microprocessor uses Reduced Instruction Set Computing (RISC) technology to deliver very high performance at the lowest possible cost. The RISC microprocessor represents the state of the art in microprocessor design. Your new computer will run almost all your existing Mac OS software, but for best performance and greatest speed, look for the new software programs designed especially for computers with microprocessors. You'll find these programs at any software store that carries Mac OS products. Welcome to PowerPC Chapter 1 Getting Started Chapter 2 Using Expansion Bay Modules and PC Cards Chapter 3 Connecting Additional Equipment and Changing BookCovers Chapter 4 Installing and Using Application Programs Chapter 5 Power Management
Download Macintosh PowerBook 1400 Users Guide Manualmotorola razr v3 user manualThe Motorola products described in this manual may include copyrighted. Motorola and third party software stored in semiconductor memories or. other media.
Download PDFFree Tools and Resources from Microsoft - Academic Resource KitWhether you want to build an AJAX-based web application, or a Windows game, the Academic Resource Kit is a great place to start. A Microsoft Romania initiative aimed at driving technology access and adoption, ARK is designed as a comprehensive collection of tools and resources addressing both the development and design aspects of building software solutions. I had the chance to chat with Microsoft Romania's Todi Pruteanu about the ARK initiative, and the interview below will provide you with a great insight into the Academic Resource Kit.
1. Just to get started, please tell our readers who you are and what is your role at Microsoft.Pruteanu: My name is Todi Pruteanu, my role is Academic Developer Evangelist at Microsoft Romania for more than 4 years now.
2. What is the Academic Resource Kit and how does it benefit students today?Pruteanu: ARK is a set of powerful development and design tools plus useful educational resources, such as documentation, code samples, curriculum materials, and tutorials that demonstrate the value of the Microsoft platform in technical education.The result is a fully loaded DVD that we've produced in a quantity of 100,000. We have disseminated most of the copies during the summer and in back-to-school campaigns, especially in High Schools and Universities. The product is described on www.microsoft.ro/ark (in Romanian).
3. Please tell us a little about the background of the initiative. In what manner has it evolved since its introduction?Pruteanu: It all started with a couple of facts we have in mind.On one side, we need306 Cabriolet Collection of Articles PDFPeugeot Cabriolet Owners Club articles including fixit guides Page Diagnosis of a hood fault on a 306 Operating the roof with the engine running modification Removing the rear seats Front door card removal and window adjustment Avoiding wear to the roof hydraulic hoses Checking and refilling the oil level in the hood’s hydraulic system Cleaning and re-lubricating the rear windows Replacing 306 Cabriolet roof hydraulic hoses Replacing the panels led lamp Replacing the fabric roof Replacing the original clock color and the tiny leds Replacing the vinyl hood cover Roof not retracting fully into boot space Removing and fitting a 306 HardTop Removing and refitting a 306 Windstop
Download 306 Cabriolet Collection of Articles PDFConverting Geometry Between BRL-CAD and Other FormatsSince 1979, the U.S. Army Research Laboratory* has been developing and distributing the Ballistic Research Laboratory - Computer-Aided Design (BRL-CAD) three-dimensional (3-D) solid modeling package to support combat vehicle vulnerability studies and various other military and industrial applications. The software, which is now in its third generation, includes a large collection of tools and utilities, including an interactive geometry editor, raytracing and generic framebuffer libraries, network-distributed image-processing/signal-processing capabilities, and an embedded scripting language.
In support of the package, a multivolume tutorial series is being written to assist users with the many features and functionality of BRL-CAD. Three volumes have been published thus far. Volume I provides an overview of the package contents and installation (Butler and Edwards, 2002). Volume II addresses the basic functionality of the package’s Multi-Device Geometry Editor (MGED) and offers a comprehensive list of the user commands available (Butler et al., 2001). Volume III discusses the modeling process as well as principles and techniques to help maximize BRL-CAD’s effectiveness (Butler et al., 2003). All of these documents are available for download at (U.S. Army Research Laboratory, 2003).
The purpose of Volume IV is to discuss issues of compatibility and conversion between the BRL-CAD geometry file format and the formats of various other computer-aided design (CAD), computer-aided manufacturing (CAM), and computer-aided engineering (CAE) packages. Conversion is increasingly important for BRL-CAD users who must interact with a growing number of Government and commercial organizations involved in the research, development, testing, and evaluation of today’s combat systems.
Note that this document addressesMuratec TiffMaker Users ManualTiffMaker is a print driver that converts files into Tagged Image File Format (TIFF) from your software application. For example, if you send a TIFF file converted by TiffMaker to the Muratec Internet Fax via e-mail, you can use the Muratec Internet Fax machine as a PC printer. Also, by using the e-mail forwarding feature on the Muratec Internet Fax machine, you can send your electronic document to a remote fax machine without printing. For more information, please see “Important features using your TiffMaker and e-mail software,” located on page 10 of this manual.
System Requirements TiffMaker requires one of the following Windows PC environments in order to run properly. Operating System: Windows® 95 Windows® 98 Windows® Millennium Edition Windows NT® 4.0 Windows® 2000 Hard disk space: At least 12 MB of available disk space is needed for installing. You must also have adaquate free space in order to save your converted TIFF files. Download the TiffMaker TiffMaker is a free softwarepackage that is available from the following web sites. Customers in the United States can download TiffMaker at: http://www.Muratec.com
Download pdf Muratec TiffMaker Users ManualPerformance Modeling for Dynamic Algorithm SelectionAdaptive algorithms are an important technique to achieve portable high performance. They choose among solution methods and optimizations according to expected performance on a particular machine. Grid environments make the adaptation problem harder, because the optimal decision may change across runs and even during runtime. Therefore, the performance model used by an adaptive algorithm must be able to change decisions without high overhead. In this paper, we present work that is modifying previous research into rapid performance modeling to support adaptive grid applications through sampling and high granularity modeling. We also outline preliminary results that show the ability to predict differences in performance among algorithms in the same program.
Grid environments [1] present novel performance challenges, adding variability to many characteristics of high performance code. Heterogeneous platforms and varying network performance mean that the best algorithm for an application may change between runs of an application, and even during execution.
Adaptive algorithms, developed to support portable performance in libraries, present an excellent opportunity to deal with these challenges by switching algorithms based on runtime information. To choose the optimal algorithm, a performance prediction must be made based on this information and the performance characteristics of the candidate algorithms. Because it is important to keep the combined overhead of measurement, modeling, prediction, and adaptation low, current time-consuming modeling techniques are not suitable for grid environments. We propose using a combination of ongoing research into rapid performance modeling and new development of a general adaptive algorithm framework to support exploration of portable performance on
