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DV video capturing using iMovie (Mac)This document describes how to capture video and export audio from a DV recording using Apple iMovie. You should know whether your recording is in PAL or NTSC format.iMovie does not copy the time code from the DV tape while capturing.This means that it’s not possible to re-capture exactly the same piece at a later point unless you manually look up the correct time codes on the tape.Final Cut Pro does copy the time code from the tape.
Requirements:
• Apple Macintosh with Mac OS X 10.2 or higher
• Enough free hard disk space (about 250-300 MB for 1 minute of video)
• Apple iMovie software
• DV camera suitable for your video format (PAL/NTSC)
• FireWire cable (4 to 6 pin)
1. Capture a DV tape
• Connect the DV camera (iLink connection) to the computer (FireWire connection) using a FireWire cable.
• Put the camera in Playback or VCR mode.
• Set the right preferences for iMovie in iMovie->Preferences...
• Deselect “Automatically start new clip at scene break”
• Deselect “Filter audio from camera”
• Choose PAL or NTSC for new projects
• In iMovie, select File->New project ..., give it a name and select a destination.
• Put iMovie in Camera mode (switch button from “scissors” to “camera”).
• Locate the beginning of the recording using the controls and click “Import” to start capturing.
• Cick “Import” again to stop capturing.
2. Export WAV audio
• Put iMovie in Edit mode (switch button from “camera” to “scissors”)
• Drag a clip from the Clip viewer (right) to the Timeline (bottom)
• From the File menu, select “Share...”
•Publishing in Web 2.0Changes in the way people are using the internet are a constant source of interest in the publishing industry. Events such as Rupert Murdoch buying mySpace for $US629m in July last year show how the industry is watching and investing in new media.
The internet is a constantly evolving place. New ideas and new communities are springing up and disappearing at a rapid rate, changing the network as they go. Some ideas are more significant and lasting than others, with the potential to affect the way we live and work.
The first big idea to gain widespread familiarity was email. From its beginnings in 1971, it has steadily grown to become today's fast, efficient and ubiquitous one-to-one communication. The next big step was the World Wide Web - web pages - which really kicked off in 1991 and brought to a peak the concept of one-to-many communication. Since the introduction of the web, internet growth has mushroomed; in Australia alone, more than 14 million people use it.
The next big step, which is happening on the internet now, has been popularly called 'Web 2.0'. The term Web 2.0 has been criticised as a meaningless marketing buzzword, and it is difficult to find a common definition, but with millions of Google citations, it has clearly taken hold. Web 2.0 can be broadly characterised by one basic concept: many-to-many communication. Blogs, mySpace and Wikipedia are good examples of Web 2.0, where many thousands of people communicate directly with many thousands more on sites thatSensor Web 2.0: Connecting Earth's Sensors via the InternetSensors are everywhere, which includes space, air and ground. Earth phenomena such as disasters also occur everywhere; such as wildfires, floods and volcanoes. There is a need to rapidly deploy existing sensors to aid emergency workers and investigators. The vision for our effort is to provide users the capability to create “mash ups” (a web application that combines data from more than one source into an integrated experience), similar to that used by Google Earth users to create a composite map with overlays of sensor information and from other data sources such as weather, traffic, urban construction etc. We make use of Web 2.0 technology and Open Geospatial Consortium (OGC) Sensor Web Enablement (SWE) web service standards to enable access to Earth’s sensors is an emerging mega-trend which will lower the cost of producing customized science by an order of magnitude. This paper will outline the key aspects of our experiments to date and implications for the future and in particular the Global Earth Observation System of Systems (GEOSS) international effort.
Our team has been developing various ongoing prototypes with increasing complexity to demonstrate n an approach to interconnect sensors around the world and to enable easy access to the data from the sensors. Furthermore, we enable easy methods to combine various sensor data along with applying processing algorithms to provide users with customized data products.
In our demonstrations, we have used up to four satellites, one Unmanned Aerial System (UAS), multiple ground sensors, data algorithms and models in a variety ofThe Legend of Zelda: Phantom Hourglass Strategy Guide ManualWhen you get a new item, it will appear equipped in the upper right-hand corner of the screen. When you want to use the item that you have equipped, tap the icon to hold it. Then you can use it! Tap Items (see page 10) on the Main menu to equip another item. Each item is used differently after it is equipped. Some items must be equipped before you can use them, and some items can be used right away. Try using equipped items in all kinds of ways! You can use your boomerang to attack enemies, break pots, flip switches, and pick up small items. Just draw the path that you want it to travel with your stylus. As long as it doesn’t hit an obstacle, it will follow the path that you have drawn.
If you are holding the boomerang, you can also tap an enemy to immediately hurl the boomerang at it. Bombs After you place a bomb, it will explode, blowing up enemies and breaking walls that have cracks in them. Throw bombs in the same way you would throw a pot or a rock (see page 14). But be careful—if you are too close to a bomb when it explodes, you will take damage! Equip Hold Tap the item you want to equip. Put Away Tap the icon on the upper right once more. Tap the icon in the upperright corner to hold it. And when you want to put it away… Phantom Hourglass The PhantomObject-Oriented JavaScriptIn this chapter, you'll learn about OOP (Object-Oriented Programming) and how it relates to JavaScript. As an ASP.NET developer, you probably have some experience working with objects, and you may even be familiar with concepts such as inheritance. However, unless you're already an experienced JavaScript programmer, you probably aren't familiar with the way JavaScript objects and functions really work. This knowledge is necessary in order to understand how the Microsoft AJAX Library works, and this chapter will teach you the necessary foundations. More specifically, you will learn:
What encapsulation, inheritance, and polymorphism mean
How JavaScript functions work
How to use anonymous functions and closures
How to read a class diagram, and implement it using JavaScript code
How to work with JavaScript prototypes
How the execution context and scope affect the output of JavaScript functions
How to implement inheritance using closures and prototypes
What JSON is, and what a JSON structure looks like
In the next chapters you'll use this theory to work effectively with the Microsoft AJAX Library.
Concepts of Object-Oriented Programming
Most ASP.NET developers are familiar with the fundamental OOP principles because this knowledge is important when developing for the .NET development. Similarly, to develop client-side code using the Microsoft AJAX Library, you need to be familiar with JavaScript's OOP features. Although not particularly difficult, understanding these features can be a bit challenging at first, because JavaScript's OOP model is different than that of languages such as C#, VB.NET, C++, or Java.
source: c-sharpcorner.com
Download pdf Object-Oriented JavaScriptThe 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 PDFHack Proofing Your Wireless Network PDFWhen the concept of a network without wires was first suggested more than two decades ago, it sparked the imagination of scientists, product vendors, and users around the globe eager for the convenience and flexibility of a free roaming conection. Unfortunately, as the variety of wireless solutions began to emerge, anticipation turned to disappointment.The first wave of solutions proved inadequate for the networking, portability, and security needs of a changing IT environment. While this has largely continued to be the case throughout the 1990s with most cell-based and office local area network (LAN)-based wireless technology deployments, great strides have been made specifically over the last two years to address the fundamental concerns impeding the full acceptance of wireless net- working in the mainstream of corporate IT departments and the small office.
In this chapter, you will learn about the technology that is available today for wireless data networking and what tomorrow’s wireless technologies have to offer.We will cover office LAN wireless solutions including 802.11, its subgroups (802.11b, 802.11a, 802.11g) and HomeRF, cellular-based wireless data solutions including the Wireless Application Protocol (WAP) and i-Mode and the network infrastructures supporting them (in particular 2G, 2.5G, and 3G), and finally, 802.15 Personal Area Network (PAN) solutions such as Bluetooth. In addition, we will review some of the new standards being developed to create wireless metropolitan area networks (WMANs) and other wireless data transmission solu- tions that are being proposed for commercial application.
Source: www.sauronz.com
Download Hack Proofing Your Wireless Network PDFiPod nano Features GuideiPod nano Features Guide 2 2 Contents Chapter 1 4 iPod nano Basics 5 iPod nano at a Glance 5 Using iPod nano Controls 7 Disabling iPod nano Controls 8 Using iPod nano Menus 9 Connecting and Disconnecting iPod nano Chapter 2 14 Music Features 14 About iTunes 15 Importing Music Into Your Computer 19 Organizing Your Music 20 Downloading Music and Podcasts to iPod nano 24 Playing Music 29
Listening to Podcasts 30 Listening to Audiobooks 30 Listening to FM Radio Chapter 3 31 Photo Features 31 Downloading Photos 34 Viewing Photos Chapter 4 36 Extra Features and Accessories 36 Using iPod nano as an External Disk 37 Using Extra Settings 41 Synchronizing Contacts, Calenda, and To-Do Lists 43 Storing and Reading Notes 43 Learning About iPod nano Accessories Chapter 5 45 Tips and Troubleshooting 45 General Suggestio 50 Updating and Restoring iPod Software Contents 3 Chapter 6 52 Safety and Cleaning 52 Setup Safety Itructio 52 General Safety, Cleaning, and Handling Guidelines Chapter 7 54 Learning More, Service, and Support Index 57 1 4 1 iPod nano Basics Congratulatio on purchasing your iPod nano. Read this section to learn about the features of your iPod nano, how
Download PDFSpeedTools Disk Defrag Software for MacOS XThe instructions and explanations in this guide assume that you understand how to operate your Macintosh computer. You should, for example, know how to choose, select, launch, and drag by using your mouse. In addition, you should also understand how the desktop, windows, dialog boxes, buttons and file/folders work within the Macintosh environment. For more information about these items, please refer to your Macintosh User?s Guide.
About Disk Defrag
Intech's Disk Defrag utility is designed to speed up your Macintosh's access to files stored on your hard disks. To do this, the Disk Defrag utility identifies files on HFS+ formatted drives which are stored in more than one place on your drive and rewrites those files so that they form one continuous data stream. This process can dramatically reduce the number of data reads and writes to access your files, thereby significantly speeding up file access related functions. An additional and often overlooked side-benefit is file recoverability in the event of a catastrophic directory corruption of a disk volume. In the event that a disk volume becomes inaccessible due to corruption, a file recovery tool will have a much higher probability of recovering the entire contents of a file if it is physically located in a single place on the disk instead of occupying multiple scattered locations (i.e. fragments).
What is File Fragmentation?
File fragmentation occurs, typically, as a result of the continuous process of creating, deleting and modifying files. When a file is deleted, for example, it leaves a "hole" (i.e. unused space)Metaprogramming 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 Ruby
