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SketchUp Wavefront OBJ Exporter – Version 4.0.4The SketchUp OBJ exporter extends the export capability of SketchUp by providing an additional export type in the File > Export > 3d Model dialog. OBJ is a legacy ASCII format developed by Wavefront/Alias Software.
II. What’s New?
• Support for positioned textures. The positioning of textures is now preserved upon export.
• Support for transparent materials. The transparency of materials is now exported to the OBJ file.
• Support for double-sided faces. A new option, "Export faces double-sided", has been added to the UI. This option, which allows the export of a back-side material, exports an additional face with flipped normals and reversed vertices.
• Support for object hierarchy. The OBJ output now supports a flat set membership hierarchy, meaning that the format understands which objects belong to any set. It is important to note that it does not support a tree hierarchy meaning it doesn't know if one particular set is actually a component part of another set. This limitation is a limitation of the OBJ format itself.
• Support for raster image objects. Raster images are now exported.
• Support for object visibility. Only visible objects are output to the OBJ file.
• Exported material names are now based on the name of the material in SketchUp vs. being based on the name of the underlying texture file.
• A version number has been added to the OBJ Options dialog so that you can verify you are on the latest release.
• In addition to the above, many bug fixes have been made.
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Download pdfUsing mental mill shaders in MayaThis document describes how to export shading networks and shaders from mental mill so that they can be used right away in the viewport rendering in Maya. A basic knowledge of how to work with mental mill or Maya is assumed. If you are not familiar with these tools,please take a look into the respective help documents of mental mill and Maya if you want to learn more about the applications themselves.
Preparing the shader in mental mill
1. Create your shading effect inside mental mill by building a shading net- work that creates the look that you want to achieve. Once satisfied with the result, go to
2. “Scene > Scene Settings…” and make sure that the following items are set correctly:
4. created by adding a light shader node to the “graph view” . This does not yet create a light source. An instance of the light source needs to be cre- ated: Go to
5. “Scene > Scene Settings…” , click “Add light” and select the light shader of your choice. You can create multiple light instances from one shader which will share the input data like color, falloff, etc… . (Note that parameter sharing happens only inside mental mill. Outside the application each light instance will have its own dedicated set of parameters) If your shading network contains nodes that do reflections of any kind
6. (e.g. “Component_reflection”) you have to create an instance from an environment shader on the workspace. You must enable this environment shader by selecting it under “SceneSimpleSafe Flash Drive Security Software User Guide ManualTo ensure that SimpleSafe works properly, the following minimum hardware and software requirements must be satisfied. Compatibility SimpleSafe supports with the following SimpleTech flash drives: ” Bonzai ® Xpress (part: STI-UFDBXA/XXX) ” Napster” Flash Drive (part: NAP-USB2FD/XXX) ” USB 2.0 Flash Drive (part: STI-USB2FD/XXX) Installation Requirements SimpleSafe supports the Windows operating systems listed in Minimum System Requirements , above. To run SimpleSafe, you must be logged onto Windows as the administrator or a member of the administrator s group. Installing SimpleSafe in Windows 98/98SE To run SimpleSafe under Windows 98/98SE, you must install the Windows 98 or 98SE driver for your flash drive. Go to www.simpletech.com/support and download the Windows 98/98SE driver to your local computer.
To install the driver, double-click on the downloaded file and follow the on-screen instructions. When installation completes, restart your computer. Installing SimpleSafe in Windows ME, 2000 and XP No additional driver installation or system setup is required. Window ® Users Macintosh ® Users Pentium ® class, 200 MHz PC or compatible Power Macintosh ® , PowerBook ® , iMac ® or iBook ® Windows 98, 98SE, ME, 2000, XP Mac OS ® 9.0 and later USB 2.0 compliant/1.1 compatible connector USB 2.0 compliant/1.1 compatible connector 3 MB of free disk space ABOUT THIS GUIDE This user guide provides instructions for using SimpleSafe security software with SimpleTech flash drives. Typographic Conventions The following conventions are used throughout this guide: Bold Used for menu, command and keyboard selections you make and screens you will see. CurrierHow to Import Data into Microsoft AccessThis tutorial demonstrates how to import an Excel file into an Access database. You can also follow these same steps to import other data tables into Access, such as dbf files or txt files, with some minor variation. This document uses some standard database terminology, referring to columns as fields and rows as records.
Working with data in Microsoft Access databases can be preferable to working with spreadsheets for a number of reasons. One database file can hold several tables, which makes consolidating and organizing data easier. Databases are also great for calculating summaries and aggregating data more efficiently than a spreadsheet. Access is a relational database, which means that you can bring related data stored in different tables together to summarize and calculate data; a feat that a spreadsheet like Excel cannot perform. Databases are a necessity when working with large datasets, as spreadsheets have a limit of 65,000 records. Finally, Microsoft Access databases are compatible with ArcGIS, as tables within Access databases can be directly accessed by ArcGIS and added to ArcMap. Tables can then be joined to boundary files based on a common field, and the data within the tables can be mapped. This is highly preferable to working with table in the dbf file format, which has very particular syntax rules that makes them difficult to work with. Access databases can also serve as geodatabases for holding boundary files and data tables (for instructions on importing shapefiles into Access, see the Import Shapefiles to Access tutorial).
NOTE –How to Make Elegant Drawings in Microsoft WordSetting Options, and customizing the Drawing toolbar.
Under Tools, Options (Alt-t o), set the following:
“View” tab: Print and Web Layout Options—check Drawings and Object Anchors
“General” tab: If you are using Office XP, UNcheck “Automatically create Drawing Canvas when inserting AutoShapes”
(The Drawing Canvas is a new feature in Word 2002, designed to make it easy to create a complex shape. I have yet to discover any value to it, and find it to be simply a nuisance.)
“Edit” tab: Check “Enable click and type”. This may be useful when you are working with a drawing, since it allows you to position text in relation to the drawing without hitting the Enter key repeatedly.
If you are using Word 2002, I recommend unchecking “Show Paste Option Buttons”. These buttons get in the way, and even sneak there way into my web documents!
Customizing the Drawing Toolbar
To display the Drawing toolbar, click your right-mouse button on the grey area at the top of the window, which will bring down the Toolbars menu. Check “Drawing”. I like to have certain buttons displayed on my toolbar. To put buttons onto the toolbar, you need to customize the toolbar: Click the right-mouse button on the grey area at the top of the window and choose the bottom-most item: Customize (You can just press the “c” key).
Click the Commands tab at the top of the dialog box, and under Categories click “Drawing”. You may then drag icons from the Commands list at the right onto the Drawing toolbar.
HOW TO SAVE THESESVG-Paint: Java Server Faces, Facelets and Web 2.0 for SVGJava Server Faces (JSF) is a MVC (Model View Control) framework for (dynamic) Web-Pages. Facelets is using x-Html pages and Templates to replace JSP (Java Server Pages) for Java Server Faces. It completes the picture and creates a REAL MCV concept (One could use java code within JSP pages). This document tries to explain how JSF with Facelets works, and give a few short directions on how to get it to work. It will also cover how Web 2.0 can be used, and what this means for SVG (Scalable Vector Graphics). All Example-Code within this document is taken from the SVG-Paint Project.
SVG-Paint is a web-based painting program based on SVG and Javascript. It features serveral pre-defined forms as rectangular, circle and line, as well as the possibility to draw free-hand. Drawn objects can be changed, deleted and - in the case of the pre-defined forms - moved and zoomed. Paintings can be saved and loaded. To understand how SVG-Paint works, one first has to understand the techniques used for creating it, which will be presented below.
Java Server Faces with Facelets
MVC
The Model View Control concept tries to seperate the code into 3 layers, so each part of it can be changed easily without affecting the others:
• Model. Here resides everything that actually does the work - all the functions, and all the data structures.
• View. This layer is the one the user can see - it displays the results of the program.
• Control. This last layer controls the workflow of theDeveloping WebLogic Server ApplicationsThis document is written for application developers who want to build WebLogic Server e-commerce applications using the Java 2 Platform, Enterprise Edition (J2EE) from Sun Microsystems. It is assumed that readers know Web technologies, object-oriented programming techniques, and the Java programming language.
WebLogic Server applications are created by Java programmers, Web designers, and application assemblers. Programmers and designers create modules that implement the business and presentation logic for the application. Application assemblers assemble the modules into applications that are ready to deploy on WebLogic Server.
WebLogic Server implements Java 2 Platform, Enterprise Edition (J2EE) version 1.3 technologies (http://java.sun.com/j2ee/sdk_1.3/index.html). J2EE is the standard platform for developing multi-tier Enterprise applications based on the Java programming language. The technologies that make up J2EE were developed collaboratively by Sun Microsystems and other software vendors, including BEA Systems.
WebLogic Server J2EE applications are based on standardized, modular components. WebLogic Server provides a complete set of services for those modules and handles many details of application behavior automatically, without requiring programming. J2EE defines module behaviors and packaging in a generic, portable way, postponing run-time configuration until the module is actually deployed on an application server.
J2EE includes deployment specifications for Web applications, EJB modules, Enterprise applications, client applications, and connectors. J2EE does not specify how an application is deployed on the target server—only how a standard module or application is packaged. For each module type, the specifications define the files required and their location in the directory structure.
Note: Because J2EE is backward compatible, you can still run J2EE 1.3 applicationsSuzuki Swift Smart Key Evaluation PDFSuzuki Swift smart key evaluation Contents List of figures Figure 1 Summary of performance Figure 2. Test vehicle Figure 3. Performance prediction against new Thatcham criteria Figure 4. Remote control Figure 5. Location of smart system components Figure 6. Smart entry unlocking Figure 7. Smart entry locking Figure 8. External tailgate button operation Figure 9. Keyless entry mode operation buttons Figure 10. Mechanical emergency key location Figure 11. Key cylinder (Driver’s door) Figure 12. Internal lock lever Figure 13. Internal locking switch Figure 14. Steering lock release Figure 15. Remote out of range (Red key warning) Figure 16. Keyless Start steering lock engagement Figure 17. Emergency Start Figure 18. Transponder chip Figure 19. Emergency key stop and lock engagement Figure 20. Thatcham maximum allowed exterior range Figure 21. External smart entry operation range Figure 22. Thatcham guideline on exterior leakage Figure 23. Rear glass to bumper dimension Figure 24. Exterior leakage – Side door measurement Figure 25. Exterior leakage – Tailgate measurement Figure 26. Interior smart operating range Figure 27. Explanation of flowchart colour scheme Figure 28. Lock ~ smart entry Figure 29. Lock ~ keyless entry Figure 30. Lock ~ mechanical key Figure 31. Unlock (from locked) ~ smart entry Figure 32. Unlock (from locked) ~ keyless entry Figure 33. Unlock (from locked) ~ mechanical key Figure 34. Unlock (from doubledlocked) ~ smart entry using door button Figure 35. Unlock (from doubledlocked) ~ smart entry using tailgate button Figure 36. Unlock (from double-locked) ~ keyless entry Figure 37. UnlockAUTO-CODE Mill Tutorial 1This drawing is ready to use in AUTO-CODE. The part is positioned so that the lower left corner of the rectangle is at 1,1. The contours are drawn as polylines and the drill holes are drawn as circles. All the layers for dimensions and notes can be turned off to reduce the clutter or they may remain on while AUTO-CODE is running. For this tutorial we will be turning them off. In AutoCAD, select the layer control list and freeze the layers that are not used for programming the part.
To freeze the layers, change the sun icon into a snowflake. The only layers you will need for this tutorial are 0 and DefPoints. After turning off the extra layers, you should only see the top and side views of the part. We are going to focus on the top view only.
Starting with a 4 by 6 by ½ inch stock material, the part will be clamped along the top and bottom edges. It is not necessary to show the clamps in AUTO-CODE. It is necessary that you know where they are located relative to the drawing.
For this basic part, we are going to drill the five holes indicated by circles and then cut out the rectangular area in the center using a half-inch end mill. The drill holes will be 3/8” (0.375”) in diameter. With the drawing open, the next step is to launch AUTO-CODE.
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