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DNA: variations on a theme in MayaIn this tutorial, we’ll explore different methods for modeling, rigging, and animating DNA. There are many ways to approach this macromolecule in Maya and each has its merits depending on what the model will be used for in your scene. We’ll start with a simple ‘plank’ DNA model that is roughly based on what is known about the molecule’s proportions, and then look at different ways to deform it. Next we’ll import a PDB coordinate set for B-DNA and experiment with different representations using particles. These first two methods assume that the helix does not need to unwind and melt. Finally, we’ll go over a programmatic approach to building DNA using PDB data for a single base pair – this method will allow us to twist and unzip the double helix.
Modeling plank DNA
In this first exercise, we’ll create a stand-in model for B-DNA that could be useful in schematic animations where atomic resolution is not required and melting of the double helix is not necessary. Here’s a quick overview of the process: 1) model a base pair with polygons, 2) animate its rotation and elevation to use the ‘animated snapshot’ tool, 3) create 2 NURBS curves slightly offset from the base pair, 4) use the ‘animated sweep’ tool to extrude those circles and create the backbone and finally 5) ‘duplicate special’ to create additional helical turns to the model prior to rigging.
Although we’ve reviewed B-DNA’s characteristics above, let’s also have a PDB-derived cartoon model in our scene to make sureMercedes-Benz ML 320 SE 420 SEL 500 SEL Operator’s ManualThe more cautiously you treat your vehicle during the break-in period, the more satisfied you will be with its performance later on. Therefore, drive your vehicle during the first 1500 km (1000 miles) at moderate vehicle and engine-speeds. During this period, avoid heavy loads (full throttle driving) and high RPM (no more than 2/3 of maximum permissible speed in each gear as indicated on the speedometer). Avoid accelerating by kickdown. It is not recommended to brake the vehicle by manually shifting to a lower gear. We recommend to select positions “3? or “2?only at moderate speeds (for hill driving). After 1000 miles (1500 km) speeds may be gradually increased to the permissible maximum Maintenance We strongly recommend that you have your vehicle serviced by your authorized Mercedes-Benz dealer, in accordance with the Maintenance Booklet.
Failure to have the vehicle maintained in accordance with the Maintenance Booklet may result in vehicle damage not covered by the Mercedes-Benz Limited Warranty. Radio Transmitters Warning! Never operate radio transmitters equipped with a built-in or attached antenna (i.e. without the telephone connected to an external antenna) from inside the vehicle while the engine is running. Doing so could lead to a malfunction of the vehicle’s electronic system, possibly resulting in an accident and personal injury. Radio transmitters, such as a portable telephone or a citicens band unit should only be used inside the passenger compartment, if they are connected to a Mercedes-Benz approved antenna that is installed on the outside of the vehicle.
Download Mercedes-Benz ML 320Source Code Migration to DOT NET Framework: A Re-engineering Application PerspectiveDOT NET is one of the key products that enable application development under the new vision. However, DOT NET is not quite backward compatible with prior versions like visual basic version 6. This makes migration a serious issue. Converting existing source code to DOT NET architecture is not just a matter of loading it to the new version. DOT NET has its built-in migration tool, which performs the vital task of converting the source code syntax. But that's just half of the work done. But before the converted code is actually compiled, the developer needs to enable it to smoothly fix lot of issues to fit into DOT NET architecture. In present efforts to find out solutions to these migration issues, a re-engineering Migration Model for Legacy Source Code (MMLC) has been proposed in this study. Proposed model has been further validated using a in-house project at one of the leading software development organisation. It is envisaged from the experimental try-out that the model would help the developer community to easily convert their legacy source code to DOT NET framework.
The architecture of DOT NET offers several advantages, such as object-oriented features, ease of developing and deploying Windows and Web applications, ability to develop Web services and mobile applications, improved security features, ability to access data using disconnected record sets, backward compatibility etc. With all the above features, it becomes necessary to convert the legacy source code into DOTNET framework to sustain and improve the business[1].
It is evident form the literatureWeb 2.0 Ideas for Educators A Guide to RSS and MoreRSS is an acronym that stands for Rich Site Summary, though it’s often alternatively defined as Really Simple Syndication. The simplest definition of RSS is an eXtensible Markup Language(XML) format that uses the Resource Description Framework (RDF) for representing information about resources on the World Wide Web. Similarly, Atom is another format based on XML technology.
You might see buttons like these:
There are a few types of feeds commonly found on web sites RSS 1.0, RSS 2.0 and Atom. There is quite a bit of debate about which type of xml format is better, but for the purpose of simplicity I will often be referring to feeds as RSS. RSS and Atom feeds are the structures that organize content which is being updated on a regular basis in order for others to retrieve it. This content could be articles, blog posts, photos, PDF documents, PowerPoint Presentations, audio files, video files, or other applications. If the content is the flesh of an orange then a feed would be its skin. The skin keeps the flesh in place so that it is easier to transport.
In 2003, RSS was more commonly associated with weblogs, known as blogs. Blogs and RSS feeds almost seemed to be an isolated cause and effect. Where there was a blog, you would find an RSS feed.
As this visualization shows, RSS feeds can more recently be seen being used for many different purposes. Bloggers created a different type of media, by adding audio and video files as the primary contentDeveloping Secure Web ApplicationsAlthough traditional firewalls have effectively prevented network-level attacks, most future attacks will be at the application level, where current security mechanisms are woefully inadequate. Application-level security vulnerabilities are inherent in a Web application’s code, regardless of the technology in which the application is implemented or the security of the Web server and backend database on which it is built. A recent advisory published by Internet Security Systems (see the “Internet Resources” sidebar, p. 44) claims that 11 widely deployed shopping cart applications are vulnerable to a simple attack that lets hackers pur- chase goods for much less than their listed price. Worryingly, the attack does not require particular technical skill; it suffices to save the shopping cart’s HTML confirmation form to disk, use a text editor to modify the price of the goods (stored in a hidden form field), and load the HTML form back into the browser.
Application-level security vulnerabilities are well known, and many articles discuss ways to avoid them. Fixing a single occurrence of a vulnerability is usually easy. However, the massive number of interactions between different components of a dynamic Web site makes application-level security challenging in general. Despite numerous efforts to tighten application-level security through code review and other software engineering practices, many professionally designed Web sites still suffer from serious application-level security holes. This evidence suggests a need for higher-level tools and techniques to address the problem.
Traditionally, the task of preventing unauthorized activity at the application protocol level has been left to network firewalls. ManyOracle WebCenter Suite Provides Web 2.0 Services for Enterprise DevelopersWeb 2.0 is generating an incredible amount of interest and subsequent momentum around services on the Internet. And many enterprise developers want to determine how these exciting new services can be leveraged within their companies. The nature of Web 2.0 services is to empower users to combine all the relevant information they can find into a single location so that they can be more productive in their work environment. In addition, end users can form ad-hoc associations with users inside and outside their organizations as part of a “social network”. And they need an easy way to track all these sources of information so that they become more productive while at the same time traversing all this new content.
Rarely in IT organizations today will one hear a statement that developers don’t have enough to do. There is always a shortage of resources to address all the business needs of the organization. For these Web 2.0 services to be accessible for the Enterprise, all the available applications and information needs to be made available to end-users in a secure, standard way. And developers need to provide tools to end users to allow them to quickly and easily assemble these services together in a meaningful way.
Oracle is the only vendor that provides a complete, integrated, and standards-based suite of products for developers to speed the rapid exposure of application and information services that can be combined with easy-to-use end-user tools to deliver Web 2.0 services for the Enterprise.
Download pdf Oracle WebCenter SuiteAspira - How to update users or client dataThe ASPIRA Association web site provides its users the capability to create “virtual communities” which allows interaction among like-minded individuals. The building block for establishing this interactivity are called “groups”.
What are groups and what function they have?
Groups are a collection of users who can share access to protected resources and tools. A group enables users with permissions (ASPIRA Staff members) to create and manage their own groups. ASPIRA Official groups are created by the webmaster, which has special permissions including the ability to delete the group the owner created.
Group members or subscribers communicate amongst themselves using the group home page as a focal point. They do so by posting the usual content types: blog, story, web page, etc.; or by communicating via e-mail, chats, and they can also share documents. A block or menu is shown on the group home page that links to these group specific posts and actions. The block also provides summary information about the group.
Groups membership may be selective or not. ASPIRA official groups are selective groups which require approval by the group administrator in order to become a member. This feature makes our groups and our members to interact on a safe environment. In order to allow an individual to belong “subscribe” to a group is by inserting a group code on his/her registration profile. ASPIRA groups are private groups which will not be displayed in a list of groups which can be viewed by non-ASPIRA members.
As the group administrator you can: administer organic groupC# Solutions for a Face Detection and Recognition System pdfKey issues on using a new programming language - C# - in implementation of a face detection and recognition (FDR) system are presented. Mainly the following aspects are detailed: how to acquire an image, broadcast a video stream, manipulate a database, and finally, the detection/recognition phase, all in relation with theirs possible C#/.NET solutions. Emphasis was placed on artificial neural network (ANN) methods for face detection/recognition along with C# object oriented implementation proposal.
In June 2000, Microsoft announced both the .NET platform and a new programming language called C# [1–3]. .NET is a framework that covers all the layers of software development from the operating system up. It actually wraps the operating system, insulating software developed with .NET from most operating system specifics such as file handling and memory allocation. It provides a new application programming interface (API) to the services and APIs of classic Windows operating systems while bringing together a number of disparate technologies that emerged from Microsoft during the late 1990s. It provides the richest level of integration among presentation technologies, component technologies, and data technologies ever seen on a Microsoft platform. This includes COM+ component services, a commitment to XML and object-oriented design, support for new web services protocols such as SOAP, WSDL, and UDDI, etc. .NET framework components are depicted in Figure 1
The programming language of choice for .NET platform is C#. But C# is also an attractive language per se, aside from .NET. The language is powerful, productive, type safe, has a rich and clearVolvo Engine MD2010 MD2020 MD2030 MD204 Workshop ManualThe working methods described in the Workshop Manual apply to work carried out in a workshop. The engine has been removed from the boat and is installed in an engine fixture. Unless otherwise stated reconditioning work which can be carried out with the engine in place follows the same working method. Warning symbols used in this Workshop Manual (for full explanation of the symbols refer to the section; “Safety Precautions”) All operations described in the Workshop Manual for which there are Volvo Penta Special Tools available assume that these tools are used by the service technician or person carrying out the repair.
Volvo Penta Special Tools have been specifically developed to ensure as safe and rational working methods as possible. It is therefore the responsibility of the person or persons using other than Volvo Penta Special Tools or approved Volvo Penta working methods (as described in a Work- shop Manual or Service Bulletin), to acquaint them- selves of the risk of personal injury or actual mechanical damage or malfunction that can result from failing to use the prescribed tools or working method. In some cases special safety precautions and user in..
Download PDF Volvo Engine MD2010 MD2020 MD2030 MD204 Workshop ManualMigrating Atlas to ASP.NET AJAX Final ContentMigrating Atlas applications to ASP.NET AJAX sounds like a rather hard and messy task; all applications have to be changed. However, in most cases, not much effort is required for the migration. There are several reasons for this. First, the most important features of Atlas changed only marginally in ASP.NET AJAX. And second, the most convenient features already exist, not in the ASP.NET AJAX package itself but in the Atlas Control Toolkit, which is now called ASP.NET AJAX Control Toolkit.
This Short Cut mentions important changes for every chapter in Programming Atlas, if applicable. Not all of the functionality used in Programming Atlas survived the switch to ASP.NET AJAX; however, the most important elements of the framework are still there, and continue to work in a very similar fashion. Of course this Short Cut is not complete and does not cover every aspect that has been changed. It should help you, however, to judge whether it is feasible to port existing Atlas applications to ASP.NET AJAX or not.
Download pdf Migrating Atlas to ASP.NET AJAX Final Content
