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Interactive 3D models – From 3ds max to VRMLProducing 3D interactive models is becoming a greater challenge every day. Choosing the right tool to handle the modelling process is essential if the final product is to be a VRML world, which can satisfy the user’s desire for both interactivity and realism. 3ds max offers a potentially excellent development environment for creating high quality 3D models. This paper discusses how the tools and techniques available within 3ds max can be harnessed to produce complex interactive models, which are viewable with a VRML browser.
Chapters 1.1 and 1.2 set out the scope and motivation for this paper. Chapter 1.3 describes the working platform, testing platform and the software packages used in our projects. Chapter 2 provides a brief overview of 3ds max modelling software and chapter 3 offers an overview of VRML language. Chapter 4 gives a short description of what interactivity in virtual worlds means and considers the user expectations of interactivity.
What 3ds max offers for achieving interactivity in 3D models targeted for use in VRML and how we used this functionality in our projects, is brought together in chapter 4.1. When all objects are placed and scene is constructed (Chapter 4.1.), next significant step is to export the scene into VRML. Chapter 5 explains how this is done. Chapter 6 is a discussion of our experience derived from our work on the two projects. Chapter 7 is the conclusion and contains our final words on the topic. Finally, we end this paper with references to the technical literature weMaya 7 TutorialThe Maya interface
Now that Maya is running, you first need to understand what you are seeing. There are a lot of items displayed in the Maya user interface. The best way to begin is to learn the fundamental tools and then learn additional tools as you need them. Begin by learning some of the main tools.
The Maya workspace
The Maya workspace is where you conduct most of your work within Maya. The workspace is the central window where your objects and most editor panels appear. When you start Maya for the first time, the workspace displays by default in a perspective window, or panel. There are the other components of the default perspective view panel:
- The panel is labeled persp at the bottom to indicate that you are viewing the Maya scene from a perspective camera view.
- The panel has its own menu bar at the top left corner of the panel. These menus allow you to access tools and functions related to that specific panel.
- The grid is displayed with two heavy lines intersecting at the center of the Maya scene. This central location is called the origin. The origin is the center of Maya's 3D world, and with all object's directional values measured from this location.
Download pdf Maya 7 TutorialCaesar 3 - Games Cheats Hints & Trainer PC pdfBuilding the largest empire that ever existed Caesar 3 is not the first city builder (and the titles strengthen this statement) but it was the first to provide the necessary means for building and ruling over the Roman cities. The gameplay was clear for everyone and even if most players burned the city to the ground numerous times or watched as it crumbled over and over again, Caesar 3 stayed with us and proved a worthy judge for all the games in this special genre. Cheats: Press the Right Mouse Button on a well. Press [Alt] + K, then enter one of the following codes to activate the corresponding cheat function. Note: Some versions of the game require [Ctrl] to be pressed in addition to [Alt].
More money, if currently less than 5000 denari - Alt + C Promotes you and allows you to play the next map - Alt-V Spawns army – Alt-K Free items: This procedure involves editing a game file; create a backup copy of the file before proceeding. Use a text editor to edit the “c3_model” file in the game directory. Change the following section to how it appears below. Basically, take the first number in the ‘{ }’ 0 to make everything free. If you make the number a negative value, you will get money when you buy it. For example, if you make a hospital cost -500, you will get 500 Denari when you place one in the selected location. Quick soldiers: Place a barrackMaya Crash CourseThis very brief tutorial is intended to familiarise the user with the basic layout of animation tools in Maya. It assumes that the reader will consult help files to find out more about each tool.
1. Channel Editor
2. Layer Editor
3. Shelf
4. Toolbox
5. Timeline
Okay, so Maya looks pretty daunting, especially if you go hunting through all the menus, but from an animation point of view it’s not that hard to use once you know where things are.
Menus
The drop-down box at the top left of the screen lets you choose which set of menus to display. Setting it to ‘animation’ will let you see everything needed for this tutorial.
Navigation
You can navigate your way round the viewport by using the following controls:
To Rotate – hold the Alt key and drag with the left mouse button.
To Zoom – use the mouse scroll wheel or hold Alt and drag with the right mouse button.
To Pan – hold Alt and drag with the middle mouse button.
To focus the camera on an object, hold Ctrl+Alt and drag a selection box around the object.
Download pdf Maya Crash CourseLockr: Social Access Control for Web 2.0Sharing personal content online is surprisingly hard despite the recent emergence of a huge number of content sharing systems and sites. These systems suffer from several drawbacks: they each have a different way of providing access control which cannot be used with other systems; moving to a new system is a lengthy process and requires registration and invitation of all one’s friends to the new system; and the rules for access control are complicated and become more so as our networks of online friends grow.
In this paper, we present Lockr–an access control scheme based on social relationships that makes sharing personal content easy. Lockr separates social networking information from the content sharing mechanisms, thereby eliminating the need for users to maintain many site-specific copies of their social networks. We describe Lockr’s design, security properties, and limitations. We also present how we integrated Lockr with two popular systems for sharing content online – BitTorrent and Flickr.
Today, sharing personal content is surprisingly difficult. Current systems suffer from a number of drawbacks. They are cumbersome to use, they impose artificial limits on the size of shared content (e.g., pictures and video), and they make it difficult to restrict content only to a specific set of users. For those Web sites that do provide access control, they typically require all the participants to be registered with the site in question. This imposes the burden that users must register with many sites, and maintain separate and potentially inconsistent copies of their social networks for eachSuzuki Swift Smart Key Evaluation PDFSuzuki Swift smart key evaluation Contents List of figures Figure 1 Summary of performance Figure 2. Test vehicle Figure 3. Performance prediction against new Thatcham criteria Figure 4. Remote control Figure 5. Location of smart system components Figure 6. Smart entry unlocking Figure 7. Smart entry locking Figure 8. External tailgate button operation Figure 9. Keyless entry mode operation buttons Figure 10. Mechanical emergency key location Figure 11. Key cylinder (Driver’s door) Figure 12. Internal lock lever Figure 13. Internal locking switch Figure 14. Steering lock release Figure 15. Remote out of range (Red key warning) Figure 16. Keyless Start steering lock engagement Figure 17. Emergency Start Figure 18. Transponder chip Figure 19. Emergency key stop and lock engagement Figure 20. Thatcham maximum allowed exterior range Figure 21. External smart entry operation range Figure 22. Thatcham guideline on exterior leakage Figure 23. Rear glass to bumper dimension Figure 24. Exterior leakage – Side door measurement Figure 25. Exterior leakage – Tailgate measurement Figure 26. Interior smart operating range Figure 27. Explanation of flowchart colour scheme Figure 28. Lock ~ smart entry Figure 29. Lock ~ keyless entry Figure 30. Lock ~ mechanical key Figure 31. Unlock (from locked) ~ smart entry Figure 32. Unlock (from locked) ~ keyless entry Figure 33. Unlock (from locked) ~ mechanical key Figure 34. Unlock (from doubledlocked) ~ smart entry using door button Figure 35. Unlock (from doubledlocked) ~ smart entry using tailgate button Figure 36. Unlock (from double-locked) ~ keyless entry Figure 37. UnlockHow to Secure and Accelerate Your Oracle ApplicationsGlobalization and ecommerce have fundamentally reshaped the competitive landscape, and forced companies to operate more efficiently. Mobile technology and broadband networks have enabled employees to work anywhere, and raised their expectations for easy access to centralized applications and corporate databases.
Companies have never been as dependent on software applications to perform their day-to-day operations and achieve their corporate objectives. Yet, the growing use of today‘s —internal“ software applications across wide area networks (WANs), or external applications across the Internet, is making it increasingly difficult to obtain optimal and secure performance from these essential applications.
Gaining greater performance from enterprise applications, such as those from Oracle, has become increasingly critical because of escalating pressures on companies today. Yet efforts to improve application performance, especially to remote users, are complicated by network limitations; bandwidth, and especially network latency.
Combined, these trends are generating interest and adoption of a widening array of ”on-demand‘ applications to satisfy companies‘ rapidly changing business requirements. Hosted on the Internet, business applications are easier to own, but that makes the Internet the backbone of your business data. Conversely, employees can be remote users to internal applications, using the Internet as their WAN with the help of VPN technologies. As a result, the line of demarcation between a company‘s WAN and the Internet is blurring. This can make enterprises and employees more vulnerable to a proliferation of security threats that can significantly affect their business operations. It also means users have to go across higher latency networks outside of your control, riskingPanoweaver 5.00 User ManualThis document explains the installation and operation of Easypano Panoweaver 5.00. It is intended for both newbies and professionals who engage in online panorama and virtual tour building. Conventions and Definitions Copyright Announcement Feedback Conventions and Definitions We use the following typographical conventions and definitions in this document: Typeface or Icons Italic Purpose Used to emphasize new terms and concepts at the point where they are introduced. Also used to designate the quoted terms or menus of the software Used to arouse the readers’ attention towards certain operations or Note Tip things they should consider Used to offer some extra techniques on how to use Panoweaver 5.00 Copyright
Announcement This manual, as well as the software described in it, is furnished under license and may be used or copied only in accordance with the terms of such license. The content of this manual is furnished for informational use only, is subject to change without notice. Easypano assumes no responsibility or liability for any errors or inaccuracies that may appear in this documentation. Except as permitted by such license, no part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, recording, or otherwise, without the prior written permission of Easypano. Panoweaver 5.00 and Easypano are trademarks of Easypano Holdings Inc. Microsoft, Windows and Internet Explorer are registered trademarks of Microsoft Corporation. About more on license information please refer to the license agreement included in the applications. Other products mentionedTowards C# program verification: C#-kernel and its axiomatic semanticsVerification of programs presented in widely-used object-oriented programming languages, such as C++, C#, Java, is a subject of much current interest. The well-known approach to program verification is based on Hoare-like axiomatic semantics. Difficulties of developing compact and transparent axiomatic semantics of object-oriented programming languages are connected with such constructs as overloading, dynamic binding of methods, exception handling, static initialization of classes. Axiomatic semantics has been proposed for different sequential subsets of Java in [3, 4, 7–10]. While compact and transparent axiomatic semantics has been developed for separate difficult Java constructs, it turned out to be cumbersome and inconvenient for the practical use in the case of a wide sequential Java subset.
In this paper we consider a wide sequential C# subset called C#-light. C#-light programs include all sequential C# constructs except for attributes, destructors, using statements, checked and unchecked constructs and unsafe code constructs. To simplify C#-light program verification, C#-light is translated into an intermediate language C#-kernel, for which a Hoare-like axiomatic semantics is proposed. Unlike standard axiomatic semantics, our forward rules can generate lazy verification conditions which include functional symbols denoting postponed extractions of invariants of labelled statements as well as postponed invocations of methods and delegates. These functional symbols are eliminated by refinement algorithms.
Download pdf Towards C# program verification: C#-kernel and its axiomatic semanticsKODAK PROFESSIONAL ML-500 Digital Photo Print System User's GuideML-500 Digital Photo Print System Workflow
Client Systems
These systems represent client systems in the ML-500 workflow. They are networked to the server that is connected to the ML-500 printer. If you will be using the ML-500 WINDOWS printer driver to print, the driver must be installed on the clients.
Server Systems
The system connected to the ML-500 printer is considered the server. The ML-500 Printer Utilities are installed on this system. If you will be using the ML-500 WINDOWS driver to print, the port monitor and the printer driver(s) must be installed on the server before installing the printer drivers on the client systems.
System Requirements (ML-500 Utilities)
- 800 MHz PENTIUM III processor with minimum 512 MB of memory
- WINDOWS 2000 Professional (Service Pack 2, or latest), WINDOWS 2000 Server (Service Pack 2, or latest) with Services for MACINTOSH installed, WINDOWS 2000 Advanced Server (Service Pack 2, or latest) with Services for MACINTOSH installed, or WINDOWS XP Operating Systems
- Color monitor with an 800 x 600 pixel resolution
- OHCI compliant IEEE 1394 card and IEEE 1394 cable for connecting to printer included
- A minimum of 10 GB available storage on hard drive
Installing the ML-500 Utilities
If you are installing the ML-500 Utilities for the first time, use the KODAK PROFESSIONAL ML-500 Digital Photo Print System CD (see page 3) that was included with your ML-500 system.
Download pdf KODAK PROFESSIONAL ML-500 Digital Photo Print System User's Guide
