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3d modelling for Virtual Reality - Tutorial #2 – VRML sliding doorThis tutorial will guide you through one way of setting up an animated sliding door in a vrml world using 3ds max.
You will be provided with a prepared AutoCAD (3rooms.dwg) model of three rooms, comprising walls, ceiling, floor and a door, as shown above. You will import the AutoCAD model to 3ds max. You will apply lights, materials, cameras, and a navigation helper as previously done in the Tutorial #1 – VRML room of primitives! tutorial. You will animate the door to make it slide, and then create a ‘touch sensor’ helper to control the door opening. Finally you export as a virtual reality model in the form of a VRML file.
You will view and interact with the VRML file (world, *.wrl) using a web browser. When completed you will be able to freely navigate around and view the internal spaces and click on the door to open it.
You need access to a PC with AutoCAD (could be Architectural Desk Top) by AutoDesk, and 3ds max by Discreet. You will also need access to a web browser with a VRML client installed. You should have successfully completed Tutorial #1 – VRML room of primitives! You may also like to refer to the document below for more information:....
Download pdf 3d modelling for Virtual Reality - Tutorial #2 – VRML sliding doorMetaprogramming RubyDomain-Specific Languages for Programmers Metaprogramming • My definition: “programming your programming.” • Change the way you program in your programming language. • Transform your general -purpose language … • Make it a domain-specific language. • Program in a language designed for the problem you’re solving. isp • Metaprogramming seems to have originated in Lisp. Lisp is a programmable programming language. —John Foderaro In Lisp, you don’t just write your program down toward the language, you also build the language up toward your program. —Paul Graham • Lisp isn’t the only programmable language Ruby.
Rubyists have been rediscovering metaprogramming. • Ruby style and idioms are still changing and adapting. Rails leverages metaprogramming heavily. • To great effect! • Ruby is a natural for metaprogramming.
Download pdf Metaprogramming RubyA Globus PrimerEverything You Wanted to Know about Globus, but Were Afraid To Ask Describing Globus Toolkit Version 4 An Early and Incomplete Draft Please send comments, criticisms, and suggestions to: foster@mcs.anl.gov Preface The Globus Toolkit (GT) has been developed since the late 1990s to support the development of service-oriented distributed computing applications and infrastructures. Core GT components address basic issues relating to security, resource access and management, data movement and management, resource discovery, and so forth. A broader “Globus universe” comprises numerous tools and components that build on core GT4 functionality to provide many useful application- level functions.
These tools have been used to develop many Grid systems and applications. Version 4 of the Globus Toolkit, GT4, released in April 2005, represents a significant advance relative to the GT3 implementation of Web services functionality in terms of the range of components provided, functionality, standards conformance, usability, and quality of documentation. This document is intended to provide a first introduction to key features of both GT4 and associated tools, and the ways in which these components can be used to develop Grid infrastructures and applications. Its focus is on the user’s view of the technology and its application, and the practical techniques that should be employed to develop GT4-based applications. We discuss in turn the applications that motivate the development of GT4 and related tools; the four tasks involved in building Grids: design, deployment, application, operations; GT4 structure, including its Web services (WS) and pre-WS components; the Globus universe and its variousEclipse Attacks on Overlay Networks: Threats and Defenses PDF PaperOverlay networks are widely used to deploy func-tionality at edge nodes without changing network routers. Each node in an overlay network maintains connections with a number of peers, forming a graph upon which a distributed application or service is implemented. In an “Eclipse” attack, a set of malicious, colluding overlay nodes arranges for a correct node to peer only with members of the coalition. If successful, the attacker can mediate most or all communication to and from the victim. Furthermore, by supplying biased neighbor information during normal overlay maintenance, a modest number of malicious nodes can eclipse a large number of correct victim nodes.
This paper studies the impact of Eclipse attacks on structured overlays and shows the limitations of known defenses. We then present the design, implementation, and evaluation of a new defense, in which nodes anonymously audit each other’s connectivity. The key observation is that a node that mounts an Eclipse attack must have a higher than average node degree. We show that enforcing a node degree limit by auditing is an effective defense against Eclipse attacks. Furthermore, unlike most existing defenses, our defense leaves flexibility in the selection of neighboring nodes, thus permitting important overlay optimizations like proximity neighbor selection (PNS).
Download Eclipse Attacks on Overlay Networks: Threats and Defenses PDF PaperTire & Wheel Owner’s Manual PDFThis Owner’s Manual will provide you with tips about taking care of your new tires and wheels. We want to help you get the most out of your tires and wheels since many of you have purchased them to enhance the performance and appearance of your vehicle. Whether you have received tires, wheels or a complete Tire and Wheel Package from The Tire Rack, we thank you for your business and assure you we will continue to have your interest in mind. We stand behind all of the products we sell and are ready to support every manufacturer’s warranty should the need arise. If you have any questions, call us. Use our experience to help you.
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Download Tire & Wheel Owner’s Manual PDFMSI Notebook AMD Turion64 X2 Review PDFMade especially for business professionals” Two new models of 15.4” notebook computers were introduced by MSI, featuring the AMD Turion64 X2 architecture, the M670 and M677. The Turion64 X2 is AMD’s latest generation of highly efficient 64-bit dual core platform, which fully supports all 64-bit software applications available, including Vista. Users no longer need to worry about incompatibility between hardware and software, said the company. The M67x use the highest performance AMD Turion64 X2 processor and DDR 2 memory chips (expandable up to 2 GB), and they are also equipped with 5400 RPM high-speed hard disk to minimize data storage and access time, said MSI, but let’s face it, 5400 RPM it’s not that high. “MXM” is the abbreviation of Mobile PCI Express Module. MXM’s size 73 mm × 78 mm has been especially designed for mainstream notebook.
Thank to the module design of the MXM, users can upgrade their MXM module for better performance. The upgrade is so easy just like plugging or unplugging a video card. This will only be available with NV solution - The M677 is available in two kind of video specifications, NVDIA GeForceTM Go 7600 and ATI Mobile X1600, depending on its shipping area. Both specifications provide 256 MB of video memory, giving best performance for resource hogging applications such as 3D games, video editing, engineering drawing, and business designing. The extreme power of the M677 will bring you the best performance you have ever experienced.
Reviewed by: news.softpedia.com
Download MSI Notebook AMD Turion64 X2 Review PDFQuick reference glossary of common terms & keyboard shortcuts for LightWave 3D usersThis quick reference show you the keyboard shortcuts for LightWave 3D. LightWave 3D >> Maya Transition guide ViewPort Commands Traversing Hierarchy Modeling Viewport Options Display, Display Options or < d > Hotbox or Panel Menu Select Ancester Up Arrow Up Arrow Copy, Paste or < c, v > Edit Menu > Duplicate Options Min Max N/A Select Child Down Arrow Down Arrow Array Multiply > Array Edit Menu > Duplicate Options Arc Rotate < alt > + LMB < alt > + LMB Mirror < crtl + v > Edit Menu > Duplicate Options Pan Main Interface Button < alt > + MMB Command Panels Component Pick Masks Space Bar • Vertex • Edge Zoom Main Interface Button < alt > + LMB + MMB
Item Properties Attribute Editor • Face • Polygons Zoom Region N/A < alt + ctrl > + LMB Geometry Deform Create NonLinear • Element Zoom Selection • Segement Modeler Space Bar Component Selection • Isoparm View Undo N/A • Hull • Surface Point View Redo N/A ViewPort Navigation Controls Templete Layers Main UI, 1-0 Display Menu > Object Display > Change Views 1 thru 6 on Keyboard Hotbox or Panel Menu Templete Zoom Camera > Camera Zoom View > Camera Ctrls > Zoom Tool Edit Polygons Multiply > Bevel or < b > Bevel Object Selection and Display Zoom ExtendDeploying CFMLon ASP.NET and the Microsoft .NET Framework Using BlueDragonBlueDragon 7.0.1 for the Microsoft .NET Framework (commonly referred to as BlueDragon.NET) allows CFML applications to be deployed on Windows servers running the Microsoft .NET Framework, the Microsoft IIS web server, and ASP.NET. The Microsoft .NET Framework is built-in to Windows 2008 Server, Windows Vista, and Windows 2003 Server; and, can be installed onto Windows 2000 and Windows XP. While most web applications on .NET are built with ASP.NET and other components of the .NET framework, BlueDragon makes it possible for the .NET Framework to also process CFML applications. Indeed, BlueDragon.NET is the only way to run CFML on the .NET Framework.
BlueDragon.NET is about empowering CFML to integrate with your organization’s .NET development and take full advantage of the enterprise features of this strategic platform
This document describes how to install BlueDragon.NET and run CFML applications via the Microsoft IIS web server and the .NET framework, without requiring the installation of proprietary Adobe ColdFusion server software. See section 6 for details on the technical underpinnings of how BlueDragon.NET is implemented. This document also offers a brief overview of the .NET Framework. More importantly, it explains the many benefits of .NET deployment for CFML developers. It discusses the many forms of integration that are possible between CFML pages and native .NET components, including ASP.NET pages. Section 3 discusses these many benefits, and the details and code examples of integrating CFML and ASP.NET are detailed in a separate document, Integrating CFML with ASP.NET and the Microsoft .NET Framework.
Download pdf Deploying CFMLon ASP.NET andOpen Source Physics: A User's Guide with ExamplesThe Open-Source Physics project is a synergy of curriculum development, computational physics, and physics education research. One goal of the project is to make a large number of Java simulations available for education using the GNU Open-Source model. This manual describes some of the classes and interfaces that are being used in this project.
Portions of Open Source Physics are being incorporated into the following:
• Java edition of An Introduction to Computer Simulation Methods by Harvey Gould, Jan Tobochnik, and Wolfgang Christian.
• Statistical and Thermal Physics project by Harvey Gould and Jan Tobochnik.
• Easy Java Simulations high-level modelling tool by Francisco Esquembre.
• Tracker video analysis program by Doug Brown.
Programmers wishing to adopt Open Source Physics tools for their own projects are encouraged to do so provided that these projects release their source code under the GNU Open-Source GPL license. Open Source Physics code is being distributed using CVS from the SourceForge web site:
http://sourceforge.net/projects/os-physics/
Additional curricula material and links are available from the Open Source Physics server hosted at Davidson College
Download pdf Open Source Physics: A User's Guide with ExamplesGridConnect Wi232/WiUSB Serial to Wireless Ethernet Adapter User ManualOverview Additional Documentation Application Examples Protocol Support Serial RS232 Interface -USB Interface Power Supply Ethernet Interface LEDs Product CD Technical Specifications Quick Start Required Information Hardware Address IP Address WLAN Settings Installing and Configuring the Wi232 Making a Wireless Connection Configuration Using Web-Manager Network Configuration Automatic IP Address Configuration Static IP Address Configuration Server Configuration Serial Tunnel Hostlist Configuration Channel 1
Configuration Serial Settings Connection Settings - TCP Connection Settings - UDP Email ConfigurationWLAN Configuration Configurable Pins Apply Settings Apply Factory Defaults Configuration via Serial Mode or Telnet Port Server Configuration Channel 1 Configuration Baudrate I/F (Interface) Mode Flow Port Number Connect Mode Wi232/WiUSB User Guide Auto Increment Source Port Remote IP Address Remote Port DisConnMode Flush Mode DisConnTime (Inactivity Timeout) SendChar 1 and SendChar2 Telnet Terminal Type Channel (Port) Password E-mail WLAN Settings Enable WLAN Find Network Name (SSID) Enable Ad Hoc Network Creation Security Data Rate Enable Power Management Expert Settings TCP Keepalive Time ARP Cache Timeout High Performance mode Disable Monitor Mode HTTP Port Number SMTP Port Number Security Settings Disable SNMP SNMP Community Name Disable Telnet Setup Disable TFTP Firmware Upgrade Disable Port 77FE (Hex) Disable Web Server Disable Web Setup Disable ECHO Ports Enable Enhanced Password Disable Port 77F0h Factory Defaults Exit Configuration Mode Monitoring the Network Entering Monitor Mode via the Serial Port Entering Monitor Mode via the Network Port Monitor Mode Commands Updating Firmware Troubleshooting Problems and Error Messages Binary to Hex Conversion Conversion Table Scientific Calculator Conformity Wi232/WiUSB User Guide
