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Rendering for Compositing in MayaUsing After Effects to composite image sequences rendered from Maya opens up a large number of possibilities and offers flexibility that is hard to achieve using Maya alone. While on the one hand a little extra work, foresight, and some knowledge of After Effects is required, the payoff for the additional effort is usually worth it. You don’t need to master every aspect of After Effects to take advantage of this workflow. A few simple tricks and techniques can add a lot of life and character to your animation. The techniques described in this tutorial are the same techniques used in design houses when creating animations for the entertainment industry.
Maya’s render layers are designed to allow you to break up a scene into passes for compositing. In this tutorial you’ll see how you can create custom render passes, use Maya’s render layer presets, and finally how to combine the rendered passes together in Adobe After Effects as a composition for final out put.
The Maya animation has already been created - you’ll use the scene file originally created for the dynamic parenting tutorial on MolecularMovies.org. This scene simply shows two proteins binding together, the proteins have some Brownian motion added to their movements as they bind together. To keep things simple, the motion of the proteins, which was original created using fractal textures and constraints, has been baked into keyframes. The additional nodes have been deleted from the scene so you don’t need to worry about anything other than the basicMixing the Objective Caml and C# Programming Models in the .NET FrameworkThe .NET platform claims to be a melting pot that allows the integration of different languages in a common framework, sharing a common type system, CTS, and a runtime environment, CLR (Common Language Runtime). Each .NET compiler generates portable MSIL byte-code (MicroSoft Intermediate Language). By assuming compliance to the CTS type system, components inter-operate safely.
The .NET framework is actually well suited for object-oriented languages which have an object model close to the one of C# or Java. Unfortunately, languages with other kinds of object models, type systems or supporting different programming paradigms (such as functional programming .. . ) do not fit in .NET as well as C# does. Writing .NET compilers for them requires much more efforts.
However, the .NET framework still gives us a good opportunity to experiment interoperability between two languages as different as Objective Caml[1] (shortened as O’Caml) and C#. O’Caml is an ML dialect: it is a functional/imperative statically typed language, featuring parametric polymorphism, an exception mechanism, an object layer and parameterized modules. By achieving interoperability, each language gains access to a wider set of libraries and programmers take advantage of a richer programming model.
We use the experimental OCamIL compiler[2], which compiles the whole O’Caml distribution (including toplevel) to .NET managed code. We intend to communicate between O’Caml and C# by means of their respective object models. Difficulties arise because neither the type system nor the object model of O’Caml natively fit in the CTS. O’Caml objects cannot be directly compiled to CTS objects. Communication cannotMetaprogramming 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 RubyF-Secure Anti-Virus for Microsoft ExchangeF-Secure® Anti-Virus™ for Microsoft Exchange protects Microsoft Exchange environments from viruses, worms and Trojans by scanning internal, incoming and outgoing messages in real-time. The product scans not only e-mail messages and attachments, but it also stops viruses in documents and notes posted to public folders.
Powerful Protection Against E-mail Viruses
Microsoft Exchange systems ensure efficient and productive information sharing, while at the same time they create a fertile ground for viruses. This is why virus writers often take advantage of the most commonly used e-mail and groupware systems. As e-mail viruses are able to reach all workstations in a corporate network only in a few minutes, companies without proper virus protection expose themselves to a severe risk of significant productivity and monetary losses as well as to loss of professional reputation when sending virus-infected messages to their customers and business partners. With F-Secure Anti-Virus for Microsoft Exchange, you can stop viruses already at the e-mail server, ensuring no viruses are able to enter or leave your corporate network.
Simple and Automated Administration
F-Secure Anti-Virus for Microsoft Exchange is easy to set up and administer even by companies with scarce IT resources. However, it also scales up to the needs of large enterprises by providing the possibility to deploy several virus scanner servers. The solution updates itself automatically without any intervention from the administrator. The administrator can configure and manage the solution either with an easy-to-use local user interface or with F-Secure Policy Manager™ that is included free-of-charge in the solution. F-Secure Policy Manager alsoThe Anatomy of a Large-Scale Hypertextual Web Search Engine PDFWe present Google, a prototype of a large-scale search engine which makes heavy use of the structure present in hypertext. Google is designed to crawl and index the Web efficiently and produce much more satisfying search results than existing systems. The prototype with a full text and hyperlink database of at least 24 million pages is available at http://google.stanford.edu/ To engineer a search engine is a challenging task. Search engines index tens to hundreds of millions of web pages involving a comparable number of distinct terms. They answer tens of millions of queries every day. Despite the importance of large-scale search engines on the web, very little academic research has been done on them. Furthermore, due to rapid advance in technology and web proliferation, creating a web search engine today is very different from three years ago.
This paper provides an in-depth description of our large-scale web search engine — the first such detailed public description we know of to date. Apart from the problems of scaling traditional search techniques to data of this magnitude, there are new technical challenges involved with using the additional information present in hypertext to produ e better search results. This paper addresses this question of how to build a practical large-scale system which can exploit the additional information present in hypertext. Also we look at the problem of how to effectively deal with uncontrolled hypertext collections where anyone can publish anything they want.
Download The Anatomy of a Large-Scale Hypertextual Web Search Engine PDFSolaris Security Step-by-Step PDFFor this talk, we’ll be using Solaris syntax • However, the same steps can (and should) be applied to any Unix-like OS • Pointers to specific instructions for many different OS types at the end of the course While this talk will be looking primarily at the Solaris operating system, the 10 basic steps we’ll be covering can be applied to any Unix-like operating system. The trick is finding out the correct syntax for each vendor’s operating system.
At the end of the talk, there are two pages of URLs which point to various Internet sites that either have automated tools for hardening systems, or white papers and other documentation on system hardening.
Download Solaris Security Step-by-Step PDFMashing, Burning, Mixing and the Destructive Creativity of Web 2.0: Applications for Medical EducationThe emergence of social (or so-called ‘Web 2.0’) software provides new and exciting opportunities for teachers to create dynamic, collaborative and sociable learning environments for their students. This incarnation of the world wide web holds transformational potential for teachers and students alike (RICHARDSON, 2006). Mashups, mixes and aggregations of digital artefacts form the basis for a dynamic and creative emerging environment within which students can learn through collaborative working and community based enquiry. Feed burning software enables users to receive alerts of web page updates direct to their desktop computers or mobile devices. The popularity of these applications is rising rapidly, as students see the opportunities to free up time and space so that learning can be fitted into busy lifestyles.
However, a dilemma has arisen. Although, by its very nature, social software attracts activities which have democracy and freedom from institutional influence at their heart (RICHARDSON, 2006), such freedom may have the effect of opening the door to abuse or misuse of technologies. Seemingly destructive elements may emerge where the right to participate is exploited. Institutional rules may be infringed, causing a detrimental effect upon the traditional organisation through subversion of previously accepted practices. In this paper we explore the creative and destructive
Autonomous learning
Students using Wikis and ‘blogs generally work autonomously and independently, beyond the reach of any recognised authority, so it is debatable to what extent educational institutions can, and should attempt to ‘manage’ such learning technology. It follows that some universities may see a need to control theBMW Universal Bluetooth TM Hands-Free System (ULF) Owner’s ManualUniversal Bluetooth TM Hands-Free System (ULF) Dear BMW Owner: Congratulations on your purchase of the BMW Universal BluetoothTM Hands-Free System (ULF) for your BMW Group vehicle and for you! The BMW Universal BluetoothTM Hands-Free System will provide an additional convenience feature for you and your passengers.
Source: www.e38.org
Download PDF of BMW Universal Bluetooth TM Hands-Free System (ULF) Owner’s ManualBritney’s Guide to Hacking NT in 5 Easy Steps TutorialThis paper is part of a series of educational pieces, to illuminate the importance of a secure environment on the Internet. Too often we hear or see “solutions” to the security problem, promising a silver bullet to stop hackers in their tracks. The scary part is, many IS managers take these promises as truth, and forget about security as soon as they have their firewall in place. Security is a work in progress, it is a job that is never done, an evolving ever changing landscape of problems, and it is easy to see why many people find the task so daunting, that it is swept under the carpet.
It is an expensive and time consuming job, and never easy to accomplish, but I believe these problems need to be brought to light and dealt with. In order to keep up with security needs, the latest exploits have to be tracked, systems patched, the network constantly monitored, and tested. New exploits appear daily, allowing script kiddies, as they are called, easy and complete access over your system, which may contain valuable or sensitive personal or financial data.
Download Britney’s Guide to Hacking NT in 5 Easy Steps TutorialAudi A6 allroad quattro Quick reference guide manualAudi A6 allroad quattro Quick reference guide. 1. 4. 2. 3. Anti-theft alarm. The alarm system is automatically set when you lock the car, and switched off when you unlock the car with the remote control. If you unlock the vehicle by inserting the key in the driver’s door, the ignition must be switched on within 15 seconds, otherwise the alarm will be triggered. Remote control keys Press the required button.
e Unlocking button: Open one of the doors within about 60 seconds, otherwise the vehicle will lock itself again automatically.
r Unlocking button for tailgate: Press the button for at least 1 second. t Locking button: The turn signals flash once to confirm that the doors and tailgate are properly closed and locked.
u Folding out the master key: Press the release button.
Folding in the master key: Press the button and fold in the key. Note: Press and hold the appropriate button on the remote control key to open or close all the windows and the sun roof automatically. This function is only available if it has been activated in the MMI “Windows” menu (CAR function).
Download Audi A6 allroad Quattro Quick Reference PDF
