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Windows Vista Deployment Step by Step GuideThis document provides instructions for implementing a basic image-based deployment of Microsoft® Windows Vista™ operating system. We recommend that you first use the steps provided in this guide in a test lab environment as a means to become familiar with new and updated deployment features and technologies available in Windows Vista. Step-by-step guides are not necessarily meant to be used to deploy Windows Vista operating system features without accompanying documentation (as listed in the Additional Resources section) and should be used with discretion as stand-alone documents. Windows Vista Deployment Overview
This document is designed for IT professionals and deployment specialists who are responsible for deploying Windows® operating systems in an organization. Deployment scenario You will use the steps in this scenario and the procedures in the examples to implement a basic image-based deployment of Windows Vista on hardware without an operating system installed. For more information about the tools and technologies referenced in this section, see Tools and Technologies [http://technet2.microsoft.com WindowsVista/en/library/88f80cb7-d44f-47f7-a10de23dd53bc3fa1033.mspx#BKMK_TOOLS] later in this document. The process for the deployment scenario includes: • • • • Building a lab environment. Creating an answer file by using Windows System Image Manager (Windows SIM). Building a master installation by using the product DVD and your answer file. Creating an image of the master installation by using the Windows Preinstallation Environment (Windows PE) and ImageX technologies. Deploying the image from a network share onto a destination computer using Windows PE and ImageX technologies. At the end of this example, you should have aHow to Create a Reference ImageUsually, when you’re modeling something in Maya, you have a rough idea of what it should be like. However, what if you have actual images of the object you are modeling and want to be as accurate as possible? This is usually the case when you create a model from scratch. This is a very basic and important modeling skill to have. In this tutorial, I will teach you how to set up a basic reference plane to model your, for lack of better words, model after.
Settings
Remember to always check your settings before starting any new Maya file! In this tutorial, I used FEET for the linear option, DEGREES for the angle option, and NTSC 30fps for the time option.
Creating Reference Planes
Starting in the top bar, go to CREATE > POLYGON PRIMITIVES > PLANE > OPTION BOX.
Or alternatively, you can click on the PLANE icon in the POLYGONS shelf tab.
Download pdf How to Create a Reference ImageWhat is Adobe Photoshop 7.0Photoshop, now up to version 7.0, is the leading professional image-editing program, released by Adobe. Photoshop is useful for both creating and editing images to be used in print or online. Easy to use, but full of high-quality features, Photoshop is the best choice for any image manipulation job.
Opening Adobe Photoshop 7.0
Click the "Start" menu and go to the "Programs" folder. You will see an "Adobe" folder with "Photoshop 7.0" inside; click this icon.
Photoshop will initially open with a tool panel and a variety of windows, all of which look incredibly intimidating at first. You can ignore the right-most set of windows for now. First, let’s familiarize ourselves with the main menu.
File – create new images, open pre-existing images, print, exit the program, etc.
Edit – undo, copy, paste, cut, preferences, basic image manipulation, etc.
Image – change the image or canvas size, rotate, adjust brightness & contrast, etc.
Layer – Create / delete layers, merge layers together, layer effects, etc.
Select – Adjust the selected area of your image
Filter – Apply filters and effects to your images
View – Zoom in and out of your images
Window – Open or close different windows within Photoshop
Download pdf What is Adobe Photoshop 7.0Making FITS available on DotNet ApplicationsThe Flexible Image Transport System (FITS) is a powerful and widely adopted means of exchanging Astronomical Data. There are also a great number of tools and libraries available on many platforms to facilitate working with FITS. We present the FitsLib 1, A library written to facilitate development of astronomical data analysis tools on the Microsoft.Net Platform. This has been developed as a wrapper over one of the very popular and time tested FITS libraries, CFITSIO. Fits.Net library merges the advantages of speed and ruggedness of CFITSIO with the language independence of the Microsoft.Net technology and a simple Document Object Model (DOM). We believe this library will be intuitive for .NET programmers. We present the design and usage patterns of the library in C-Sharp. We also discuss performance issues of the library. Finally we present a number of applications and web services, which are currently running on this library.
We wished to use the CFITSIO package in developing image cutout services on the Microsoft’s .Net Platform in the C-Sharp language. This is a comprehensive library and we did not feel translation was viable, C-Sharp does allow use of managed C++. We set out to wrap a minimal set of routines in the managed C++ programming environment.
This minimal set, however, grew larger as more functionality was required in C-Sharp. It became apparent that developing code with so many pointers and unmanaged data objects in C-Sharp would prove to be prohibitive, both for development and for maintenance. This led to the design of anWindows Movie Maker TutorialImporting Video
(Transfer the footage from the camera to the computer)
1. Plug-in the Battery Pack or AC Power Adaptor to the camcorder.
2. Connect the camcorder and the computer with a FireWire cable.
3. Set the camcorder to VCR or VTR mode.
4. Double-click on Windows Movie Maker.
5. Click on File and select Capture Video. (Note: The Video Capture Wizard dialog box appears).
6. Type a file name for the captured video file in the Enter a file name for your captured video text box.
7. In Choose a Place to Save Your Captured Video, select a location where you want the video to be saved or click on Browse to select a location.
8. Click Next.
9. In the Video Setting page, select the video setting to capture the video and/or audio.
10. In Capture Method page, click Capture the entire tape automatically. (NOTE: The tape in the DV camera rewinds. The capturing of the tape starts automatically and ends when the video tape ends).
11.Click Finish to close the Video Capture Wizard. The captured content is imported into a new collection.
12. Make a backup of the captured video.
12.1 Click Collections icon.
12.2 Select the Video collection to be copied.
12.3 Click Edit and select Copy, then, click Edit and Select Paste. (Note: The backup video name remains the same).
Download pdf Windows Movie Maker TutorialHow to create a bone diagramThis tutorial shows how to create a bone diagram. A bone diagram represents relations between endpoints and surface interaction. A bone is transformed by a force field, and the skin transforms with the bone according to its settings. It can be usefull for creating diagrams that interact with for example a ground plane or planes that are transformed into a design. It covers the basics of fields kinetics and skin.
First we need to create the bones and make them interact with a force field, the forcefield represents an environmental constant. We want each end joint to interact with a different force (for example a different program aspect)
To create the bones we need to set them up carefully, it is wise in this case to use the Snap Grid. We'll create 3 individual bones and connect these lateron using the hypergraph. First create a bone (Animation Menuset >> Skeleton >> Joint) Lets draw a bone in the TOP view. Select three coordinates (snap to the grid) and press enter to end the joint.
Download pdf How to create a bone diagramSAP Ebooks: The RFC Generator TutorialThe function library in R/3 provides a facility for generating and then downloading RFC programs to a workstation or PC. This facility is the RFC Interface Generator. With this tool, you can create RFC stub programs (that call SAP function modules) and example programs (that show how to call stub programs). The RFC Generator is only available for and in R/3 Systems and not for R/2 Systems. Generating RFC Stubs: RFC stub programs contain all the parameter-handling and communications necessary to call SAP function modules from a non-SAP System. Once a stub has been exported to your machine, you can compile it as a library file or DLL (dynamic-link library) routine. DLL routines can be called without having been linked together with your program at compile time. You can call DLL routines from any programming language whose compiler offers DLL options. (This includes, for example, most recent C and BASIC compilers.)
Generating Example Programs: The RFC Interface Generator provides example programs for different programming languages. Both ANSI C and Visual Basic are supported. With Release 3.0, RFC client example programs as well as RFC server example programs are provided for these programming languages. The list of example programs will be extended in later releases. The list at the end of this chapter shows in detail which example programs are provided in which release. To view the list of example programs that you can actually generate use the F4 Help key or press the value button when editing the generation settings. TheIBM T60 Thinkpad Manual PDFWelcome to your T60 IBM ThinkPad Starting your computer ThinkVantage Pointing Devices Using an LCD projector DVDs CD Writing Connecting to the OC wireless network Customizing your desktop A quick guide to careful saving Using the network to share files with others. Using mystorage to access your F: drive Connecting to the network through VPN (Virtual Private Network) Web Browsers and pop-ups People.okanagan.bc.ca
The standard OC software install Novell MyOkanagan WebCT Outlook Telephone system Important Note - Access databases Another Important Note – Laptop Security Ask Us Where to go for help.
Download IBM T60 Thinkpad Manual PDFExamples of Common QueriesHere are examples of how to solve some common problems with MySQL. Some of the examples use the table shop to hold the price of each article (item number) for certain traders (dealers). Supposing that each trader has a single fixed price per article, then (article, deal- er) is a primary key for the records.
Start the command-line tool mysql and select a database:
shell> mysql your-database-name
(In most MySQL installations, you can use the database named test).
You can create and populate the example table with these statements:
mysql> CREATE TABLE shop (
-> article INT(4) UNSIGNED ZEROFILL DEFAULT '0000' NOT NULL,
-> dealer CHAR(20)
DEFAULT ''
NOT NULL,
-> price
DOUBLE(16,2)
DEFAULT '0.00' NOT NULL,
-> PRIMARY KEY(article, dealer));
mysql> INSERT INTO shop VALUES
-> (1,'A',3.45),(1,'B',3.99),(2,'A',10.99),(3,'B',1.45),
-> (3,'C',1.69),(3,'D',1.25),(4,'D',19.95);
Download pdf Examples of Common QueriesJ2EE vs. Microsoft.NET A comparison of building XML-based web servicesIn this whitepaper, we will make a powerful comparison between the two choices that businesses have for building XML-based web services: the Java 2 Platform, Enterprise Edition (J2EE) 1, built by Sun Microsystems and other industry players, and Microsoft.NET 2, built by Microsoft Corporation. Some of the statements we make will offend you, and hopefully more of them will agree with you. So as you read this paper, please remember our three promises:
1. We promise to compare these choices at a logical, neutral, and unbiased level.
2. We promise to tell the tale about how we really do feel about these technologies.
3. We promise to dispel the Fear, Uncertainty, and Doubt (FUD) that exists in the marketplace today.
Although both J2EE and .NET cover a great deal of technologies and standards, we will focus specifically on building server-side systems as web services using these architectures (for example, we will not be mentioning Jini or Office XP). After reading this white paper, you will have a solid understanding of how these architectures compare, and be empowered to make intelligent decisions in new web services initiatives.
The first half of this whitepaper is background information about web services, J2EE, and .NET. If you already understand these technologies, feel free to skip ahead to the 2nd half of the paper, which is the juicy comparison.
Download pdf J2EE vs. Microsoft.NET A comparison of building XML-based web services
