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Programmer's Guide to the Java 2D - API Enhanced Graphics and Imaging for JavaThe Java 2D™ API enhances the graphics, text, and imaging capabilities of the Abstract Windowing Toolkit (AWT), enabling the development of richer user interfaces and new types of Java™ applications. Along with these richer graphics, font, and image APIs, the Java 2D API supports enhanced color definition and composition, hit detection on arbitrary geometric shapes and text, and a uniform rendering model for printers and display devices. The Java 2D API also enables the creation of advanced graphics libraries, such as CAD-CAM libraries and graphics or imaging special effects libraries, as well as the creation of image and graphic file read/write filters.
When used in conjunction with the Java Media Framework and other Java Media APIs, the Java 2D APIs can be used to create and display animations and other multimedia presentations. The Java Animation and Java Media Framework APIs rely on the Java 2D API for rendering support.
Enhanced Graphics, Text, and Imaging
Early versions of the AWT provided a simple rendering package suitable for rendering common HTML pages, but not full-featured enough for complex graphics, text, or imaging. As a simplified rendering package, the early AWT embodied specific cases of more general rendering concepts. The Java 2D™ API provides a more flexible, full-featured rendering package by expanding the AWT to support more general graphics and rendering operations.
For example, through the Graphics class you can draw rectangles, ovals, and polygons. Graphics2D enhances the concept of geometric rendering by providing a mechanism for rendering virtually any geometric shape. Similarly, with the Java 2DEpson PowerLite 53c / 73c Multimedia Projector Users Guide ManualSetting Up the Projector Positioning the Projector Connecting to a Laptop Computer Connecting the Computer Cable Connecting the Cable for Remote Mouse Control Amplifying Computer Audio Connecting to Video Sources Connecting the RCA Video Cable Connecting an S-Video Cable Connecting a Component Video Cable USing the Printer Turning on Your Equipment Turning On the Projector What to do if You See a Blank Screen Adjusting the Image Focusing and Zooming Your Image Adjusting the Height of Your Image Adjusting the Image Shape Adjusting the Color Mode
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Download pdf Epson PowerLite 53c / 73c Multimedia Projector Users Guide ManualMac OS X Hacks 100 Industrial-Strength Tips & ToolsYou’re on a plane and desperately need to pass a file to (or play Quake against) your coworker. You both have Ethernet jacks, but there’s no net- work available to you. You both have wireless cards, but transmitter/receivers are a no-no aboard airliners. She has a floppy drive, but your iBook has never heard of these floppy things. You have a USB drive, but the file’s mas- sive. And you’re fresh out of CDs, or you’d simply burn one and pass it across. Oh, and she’s running Windows. If you have an Ethernet cable handy, you can plug one end into the Ethernet jack of each of your machines, open your System Preferences Network pane, and select Built-in Ethernet from the Show pull-down menu.
If at least one of the computers is a Macintosh of recent vin- tage (PowerBook G4, iMac 17”, or iBook, at the time of this writing), you don’t even need one of those special crossover Ethernet cables. Refer to the consummate list at http://docs. info.apple.com/article.html?artnum=42717.
Download Mac OS X Hacks 100 Industrial-Strength Tips & ToolsUse XDoclet to Generate Web Service Support FilesSimple template to introduce XDoclet First template: XDoclet architecture Case study: Create Web Service Deployment Descriptor 1st try Case study: Create Web Service Deployment Descriptor 2nd try Summary and resources Use XDoclet to generate Web service support files ibm.com/developerWorks Presented by developerWorks, your source for great tutorials Section 1. About this tutorial What is XDoclet? You can skip this page if you already use XDoclet or already read the first XDoclet tutorial. XDoclet facilitates automated deployment descriptor generation.
XDoclet, a code generation utility, allows you to tack on metadata to language features like classes, methods, and fields using what looks like JavaDoc tags. Then it uses that extra metadata to generate related files like deployment descriptor and source code. This concept has been coined attribute-oriented programming (not to be confused with aspect-oriented programming, the other AOP). XDoclet generates these related files by parsing your source files similar to the way the JavaDoc engine parses your source to create JavaDoc documentation. In fact, earlier versions of XDoclet relied on JavaDoc. XDoclet, like JavaDoc, not only has access to these extra metadata that you tacked on in the form of JavaDoc tags to your code, but also access to the structure of your source, that is, packages, classes, methods, and fields. It then applies this hierarchy tree of data to templates. It uses all of this and templates that you can define to generate what would otherwise be monotonous support files. Unlike the last tutorial on XDoclet, this tutorial does not focus onCommand Line Rendering in MayaThere are various benefits to rendering using the command line instead of though Maya and this tutorial will guide you through the process on a windows operating platform. If you have a scene that is particularly complex scene or render then having the extra available memory that Maya would have been using if it were open can really help. Using the command line method is also a quick way to change settings for your rendering of multiple files. If you needed to render a low-res preview for a client for example you could do that using this rendering technique rather than having you open up a series of files to edit them all individually.
The feature about rendering from the command line that personally I find to be most valuable is that it allows you to set-up a render queue. You can have multiple scene files, for example different shots or render passes and have them render one after another. So you don’t need to baby-sit your computer while rendering.
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CGI scripts have many advantages over statically written HTML. For example, CGI scripts can automatically adapt to changes in the environment, such as the date in the previous example. CGI scripts can run programs, include and process data, and just about anything that can be done in traditional programs.
CGI scripts are particularly worthwhile in handling Web forms. Web forms allow users to enter data into a page and then send the results to a Web server for processing. The Web form itself does not have to be generated by a CGI script. However, data entered by a user may require a customized response. Therefore, a dynamically generated response via a CGI script is appropriate. Since the response may produce another form, it is common to generate forms dynamically as well as their responses.
Download pdf Writing CGI scripts in TclEpson Stylus RIP Users Guide ManualThe Epson Stylus RIP software lets you use your Epson Stylus Color or Epson Stylus Photo ink jet printer as a PostScript 3 (Macintosh, Windows 2000, and Windows NT) and level 2 (Windows 95 and 98) compatible printer. It reads the Adobe PostScript files automatically created by the Epson Stylus RIP printer driver, seamlessly converts them into raster images, automatically prints them on your printer. You can use the Espon Stylus RIP with both Macintosh and Windows systems, in standalone or networked configurations. Adobe Post Script is the industry standard for high-quality graphic output. All the elements in a document - including text, graphic, and other images - are processed and reproduced using Post Script code.
Then, when you print from an application such as QuarkXPress, the RIP software creates a raster image from the PostScript code and send it to your printer. Do you need PostScript? In many cases, you may not need the ability to print in PostScript, and for these occasions you should use the standard, non-PostScript driver that comes with your printer. Using the standard driver is also a good way to ensure that your computer and printer are connected and working properly, so make sure you install the non-PostScript Epson driver following the instructions in your printers setup documentation.
Download pdf Epson Stylus RIP Users Guide ManualVodafone 703SHf User GuideVodafone 703SHf User Guide. FeliCa is a contactless IC card technology developed by Sony Corporation. FeliCa is a trademark of Sony Corporation
Download PDFTroubleshooting Opel / Vauxhall Manual PDFCommon diagnostic connector locations Common diagnostic connector locations for recent Vauxhall/Opel models are listed below. For older vehicles, the diagnostic connector can often be found in the engine compartment. Astra-F 16 pin OBD connector located in the fuse compartment to the right hand side of the steering wheel on RHD vehicles and to the left hand side of the steering wheel on LHD vehicles. Covering panel can be pulled off to reveal the complete fuse compartment and diagnostic connector. Astra-G 16 pin OBD connector located in the central console between the handbrake and the gearstick. There is a plastic cover that needs to be removed to find the connector.
This can be done with a medium sized flat-blade screwdriver inserted at the front of the panel (nearest to the gearstick). Corsa-B/Tigra 16 pin OBD connector located in the fuse compartment to the right hand side of the steering wheel on RHD vehicles and to the left hand side of the steering wheel on LHD vehicles. Covering panel can be pulled off to reveal the complete fuse compartment and diagnostic connector. Frontera 16 pin OBD connector mounted vertically just in front of the hinge of the driver side door. Omega-B 16 pin OBD connector located in the fuse compartment. There is a large cover for this compartment directly below the steering wheel. A push button releases the cover and reveals the fuses and diagnostic connector. Vectra-B 16 pin OBD connector located in the central console between the handbrake and the gearstick.
