prius programming Result Search:
How 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 ImageA Globus PrimerEverything You Wanted to Know about Globus, but Were Afraid To Ask Describing Globus Toolkit Version 4 An Early and Incomplete Draft Please send comments, criticisms, and suggestions to: foster@mcs.anl.gov Preface The Globus Toolkit (GT) has been developed since the late 1990s to support the development of service-oriented distributed computing applications and infrastructures. Core GT components address basic issues relating to security, resource access and management, data movement and management, resource discovery, and so forth. A broader “Globus universe” comprises numerous tools and components that build on core GT4 functionality to provide many useful application- level functions.
These tools have been used to develop many Grid systems and applications. Version 4 of the Globus Toolkit, GT4, released in April 2005, represents a significant advance relative to the GT3 implementation of Web services functionality in terms of the range of components provided, functionality, standards conformance, usability, and quality of documentation. This document is intended to provide a first introduction to key features of both GT4 and associated tools, and the ways in which these components can be used to develop Grid infrastructures and applications. Its focus is on the user’s view of the technology and its application, and the practical techniques that should be employed to develop GT4-based applications. We discuss in turn the applications that motivate the development of GT4 and related tools; the four tasks involved in building Grids: design, deployment, application, operations; GT4 structure, including its Web services (WS) and pre-WS components; the Globus universe and its variousAdvanced Lighting TutorialIn this tutorial we delve deep into the Global Illumination and Environment system featured in Turtle 4.1
It takes some time with any rendering software to get to the point where you're confident in setting up a beautiful render. This tutorial will attempt to provide you with lots of shortcuts that can help you get really nice renders in Turtle and lay out a good workflow for lighting many different types of scenes. You'll also find in-depth technical notes on a lot of the components and concepts included in Turtle’s Global
Illumination and Environment system. You can work through the examples without reading the technical notes if you wish, but be sure to look at them for reference later if needed. The first example we'll look at is an indoor/studio setup of an espresso cup on a table. Open the demo scene espresso.mb.
The model should look pretty rough, we're using Turtle's builtin subdivison surface option for speed. Go ahead and render a frame and you should see a smoother cup, although there's no Global Illumination going on yet so it's pretty black.
Download pdf Advanced Lighting TutorialEngaging the YouTube Google-Eyed Generation: Strategies for Using Web 2.0 in Teaching and LearningYouTube, Podcasting, Blogs, Wikis and RSS are buzz words currently associated with the term Web 2.0 and represent a shifting pedagogical paradigm for the use of a new set of tools within education. The implication here is a possible shift from the basic archetypical vehicles used for (e)learning today (lecture notes, printed material, PowerPoint, websites, animation) towards a ubiquitous user-centric, user-content generated and user- guided experience. It is not sufficient to use online learning and teaching technologies simply for the delivery of content to students. A new “Learning Ecology” is present where these Web 2.0 technologies can be explored for collaborative and (co)creative purposes as well as for the critical assessment, evaluation and personalization of information.
Web 2.0 technologies provide educators with many possibilities for engaging students in desirable practices such as collaborative content creation, peer assessment and motivation of students through innovative use of media. These can be used in the development of authentic learning tasks and enhance the learning experience. However in order for a new learning tool, be it print, multimedia, blog, podcast or video, to be adopted, educators must be able to conceptualize the possibilities for use within a concrete framework. This paper outlines some possible strategies for educators to incorporate the use of some of these Web 2.0 technologies into the student learning experience.
Why should the notion of incorporating Web 2.0 and interacting with for example socially distributed and user-created videos (e.g. from www.youtube.com) be important within education? In what ways has the rapid development ofContents Sony Ericsson W710iArea and cell information. Information messages may be sent to. network subscribers within a certain ...... terminal with your Sony Ericsson mobile phone
Download PDFDigital Network Appliance Reference Design Users Guide ManualThis manual is the user s guide for the DIGITAL Network Appliance Reference Design (DNARD). Conventions This section defines product-specific terminology, abbreviations, and other conven-tions used throughout this manual. Abbreviations ” Binary Multiples The abbreviations K, M, and G (kilo, mega, and giga) represent binary multiples and have the following values. For example: K =2 10 (1024) M =2 20 (1,048,576) G =2 30 (1,073,741,824) 2KB = 2 kilobytes =2 ´ 2 10 bytes 4MB = 4 megabytes =4 ´ 2 20 bytes 8GB = 8 gigabytes =8 ´ 2 30 bytes 2K pixels = 2 kilopixels =2 ´ 2 10 pixels 4M pixels = 4 megapixels =4 ´ 2 20 pixels ”
Register Access The abbreviations used to indicate the type of access to register fields and bits have the following definitions: MBZ Must Be Zero Software must never place a nonzero value in bits and fields specified as MBZ. Reads return UNPREDICTABLE values. Such fields are reserved for future use. RES Reserved Bits and fields specified as RES are reserved by DIGITAL Semiconductor and should not be used; however, zeros can be written to reserved fields that cannot be masked. RO Read Only Bits and fields specified as RO can be read and are ignored (not written) on writes. RW Read/Write Bits and fields specified as RW can be read and written. R/W1C Read/Write One to Clear Bits and fields specified as R/W1C can be read. Writing a oneVolvo Penta Quality Line Marine Water Heaters Owners ManualCongratulations on your choice of a new QL Water Heater. A choice that will help you bring out the best in boating pleasure. To give you the best benefit of the product and to facilitate your installation, we kindly ask you to follow the recommendations and instructions below.
The QL Water Heaters are built with materials that withstand the rigors of the marine environment. Being an electrical appliance, the Water Heater should be installed in a ventilated location where it will not be subjected to humidity and external water spray. All QL Water Heaters are insulated with high efficiency, auto extinguishable cellular polyurethane.
The distance between the engine and the Water Heater should be as short as possible. Locate the Water Heater in an accessible position so that the water connections, pressure relief/non return valve and electrical heating element (30 cm long) remain accessible. Install the Water Heater in a ventilated location in order to prevent sweating which might be mistaken for water loss.
The Water Heater should be firmly secured with mounting brackets to a solid structure using bolts, nuts and lock washers. Bear in mind that the total weight of the Water Heater is its weight plus all the water it contains.
The Water Heater can be mounted either horizontally or vertically to bulkhead, deckhead or floor. The hot water outlet is placed in the far, top end of the bowl to ensure that the warmest possible water is used at every time even when vertically mounted.
Before mounting check the information onNetwork Administration GuideThis equipment supports the various features of electronic document processing over a network such as network printing, scanning, and sending Email or Internet Fax over the Internet. To enable these features, an administrator has to assign the proper network configuration to client computers, servers, and this equipment.
NOTES:
• This chapter describes the setup flow for network features. For information about setting up local features such as copy and fax, please see the User Functions Guide. The guide describes how to operate the [User Functions] button that contains setup features for users and administrators. Some settings can be assigned from the Touch Panel Display on this equipment. Before setting up from TopAccess, please see the User Functions Guide and perform the initial setup for this equipment.
• Parallel printing is available only when the Parallel Interface is installed.
Connecting to the Local Area Network over TCP/IP
When this equipment is connected to the local area network over TCP/IP with Windows computers, Unix workstations, and NetWare servers, the following features are avail- able:
Printing Features
• SMB Printing in the Peer-to-Peer connection from Windows computers P.17 "Setup Flow for SMB Printing"
• Raw TCP or LPR Printing in the Peer-to-Peer connection from Windows computers P.16 "Setup Flow for Raw TCP or LPR Printing"
• IPP Printing in the Peer-to-Peer connection from Windows computers P.19 "Setup Flow for IPP Printing"
• SMB Printing through the Windows Print Server from Windows computers P.20 "Setup Flow for Printing via Windows Print Server"
• Novell Printing through the NetWare Print Server from Windows computers P.21 "SetupUsing the FusionReactor JDBC Driver Wrapper TutorialThis document will take you through the steps install the FusionReactor JDBC Driver Wrapper, and provide you with a few examples of how it can be used. The intention of the Wrapper is to provide a thin layer between J2EE applications and JDBC-accessible databases, in order to intercept and observe the interaction between them.
The Wrapper can then report various useful metrics to FusionReactor, and can also step in to prevent runaway queries. The Wrapper is fully integrated into the FusionReactor Administrator, and you can easily see all the queries which ran during a request, together with their runtime metrics and row counts. Although the Wrapper is equally useful for JSP and Servlet deployment, this tutorial will illustrate the usage of the Wrapper under ColdFusion.
The Wrapper has its own user guide, which comprehensively details all possible options, together with the JDBC URL syntax and error messages. You should consult this User Guide when working through the tutorial. It's installed with FusionReactor, and you can find it (under Windows) in your Start menu, in the FusionReactor 2.0.0 program group. The JDBC Driver Wrapper User Guide is the definitive reference for the driver.
Download pdf Using the FusionReactor JDBC Driver Wrapper TutorialStandardisation and Licensing of Microsoft's Office Open XML File FormatsExtensible Markup Language (‘XML’) is a standard for describing content data in a manner that facilitates the sharing of such content across different systems and applications. Over the last 10 years, the XML standard has been adopted across a wide range of environments in the IT industry. Microsoft is one of many companies that is re-aligning its existing product range to take advantage of the flexibility of XML. One of its current initiatives is the standardization of the Office Open XML File Formats (‘File Formats’).This paper reviews the standardisation process that Microsoft has embarked upon and examines Microsoft’s legal arrangements related to intellectual property associated with the File Formats and the manner in which that legal treatment interacts with other products currently on the market.
This paper seeks to address and we hope to clarify any misunderstandings that may exist in the industry, among policymakers and the wider general public, about both the standardisation process and the legal arrangements governing implementation of the File Formats by others.
Overview of Office Open XML File Formats
For a number of years, the software and IT industry has been moving increasingly from proprietary systems and formats towards ‘open’ standards. In the business applications software market, there are moves to establish ‘open’ file formats of various office applications, including word processing, spreadsheet and presentation products, in order to enable users to easily transfer their documents and data between different applications and to ensure that if their applications cease to be supported in the future that they can
