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Creating a free form 3D structure in MayaThis Maya tutorial shows how to create a 3D envelop, skin and structural elements from hand drawn curves or data generated curves. The 3D shape is lofted and extruded from curves drawn in Photoshop or Illustrator.
In Photoshop, go to Layers > create separate layers, draw shapes that will be later connected together
Select the white area above the curve with the Magic Wand tool. Go to Paths > create a path.
Go to File Export > Path to Illustrator, save as an Illustrator file.
In Maya, go File > Import > File type > Illustrator or Best Guess Select curves two by two as object, GREEN selection, go to Surface > Edit Curve > Rebuild curves, check the settings in the window below
Choose selection as objects (GREEN), select the curves two by two. Go to Surfaces > Loft, select Polygon in the options window
Download pdf Creating a free form 3D structure in MayaRunescape Tricks for Successful Living pdf reviewRunescape is a very popular flash-based role playing game that you can play online. The game world is very generous continuing the line initiated more than 15 years ago by MUDs, within a graphical environment. So, if you’re not already playing some high end MMORPG with a monthly fee, you might want to give Runescape a try. Here are some hints, tips and tricks to get you on your way to becoming a powerful war overlord, with the help of fast and easy money, good leveling spots and other significant details. Easy money hints Go to Port Sarim, west of Draynor village, and ask one of the people in the blue uniforms to go to Karamja and pay them 30 GP.
When you get there, walk off the dock and you should see a house. Enter the house and talk to a man named Luthas. He will ask you to pick bananas. Answer “Yes”, pick bananas, put them in the crate, then talk to Luthas to collect your moderately earned 30 GP. If you would like more money in multiples of 30, ask him to get another 30 GP for doing the job again. Stay here for a long time if you need to spend several thousand on items. Get your smithing and mining levels up to 40 and mine gold in the Lesser Pits on Karajama Island. However, be careful of the level 21 skeletons. There are five rocks, so on a good night, when no one is on, youNokia E61 User GuideYou are asked to enter a passcode (1 to 16 digits) on your Nokia E61. The passcode is...... Select Manual to connect to the server manually at any time
Get manualIBM ViaVoice SDK SMAPI Developer's GuideThe IBM ViaVoice SDK for Windows, Linux and Macintosh(R) provides programmers with the necessary tools to develop applications that incorporate speech. It includes a robust set of application programming interfaces (APIs) that allows an application to access speech resources. It contains several utilities that enable developers to define and manage what the user can say within an application. There are also several sample programs that can help programmers as they develop their applications for speech. Finally, there are distributable runtime elements that are included with an application that uses IBM ViaVoice.
IBM SMAPI supports only speech recognition functions. The SMAPI interface set is the native interface for the ViaVoice engine. This section contains a description of the overall architecture of ViaVoice.
The heart of a speech recognition system is known as the speech recognition engine. The speech recognition engine recognizes speech input and translates it into text that an application understands. The application decides what to do with the recognized text. It can transcribe it literally for dictation, or it can act on it for commands.
Applications can access the speech recognition engine through a speech recognition API. For ViaVoice, this API is known as the Speech Manager API, or SMAPI, for short. SMAPI is a conventional API. This means that the API is defined as part of the resource; in this case, SMAPI is defined as part of the speech engine. With an API, speech becomes a resource to all applications, just like any system resource (mouse, video, and so on). AnyOnline Edition for Part No. 01 41 0 156 237 - 09/01 BMW AG PDFThis manual is supplemented by a Service and Warranty Information Booklet …. This Owner’s Manual will. describe all of the equipment that the. BMW M3 has
Owner’s Manual for Vehicle Contents From A to Z
Online Edition for Part No. 01 41 0 156 237 - . 09/01 BMW AGM3
Online Edition for Part No. 01 41 0 156 237 - . 09/01 BMW AG…
Download BMW AG Manual PDFNokia 12 GSM Module Hardware Integration ManualPlatform Software Developer's Guide, Nokia M2M Platform Nokia 12 GSM ......51.010 and EN 60 950) are mandatory and must be completed by the
Copyri ght © 20 03-2 004 N o ki a. All rights reser v ed. Issue 2.0 92312 30 NOKIA 12 GSM MODULE HARDWARE INTEGRATION MANUAL Contents ACRONYMS AND TERMS
Download PDFGT 050Q Quick GuideThe GT 050Q is a fixed-mount tabletop drive with a quad interface, utilizing FW400, FW800, USB 2.0 and eSATA connections. Depending on which port(s) your computer has, you can connect the GT 050Q in a number of ways. You’re probably already familiar with FireWire 400 and USB, so we’ll tell you a little about FireWire 800 and eSATA.
FireWire 800 Facts
• FireWire 800 supports speeds up to 800 Mb/sec, twice as fast as FireWire 400.
• If your computer does not have built-in FireWire 800, you'll need a PCI card to achieve a true FireWire 800 connection.
• Most 800 ports are Bi-Lingual, which means they speak both FireWire 400 and FireWire 800.
• If you connect a 400 device to an 800 device, you will be running at 400 speed maximum.
• FireWire is forward-compatible and back-compatible, but the bus always runs at the speed of the slowest link.
• Beta cables are used to connect 800 devices to 800 devices.
• Bi-Lingual cables are available to connect 400 devices to 800 devices.
• Bi-Lingual cables have a 9-pin Bi-Lingual connector at one end and a 4-pin or 6-pin FireWire 400 connector at the other end
eSATA Facts
• eSATA is an external interface technology that grew from the internal SATA I interface.
• The GT 050Q’s eSATA port supports speeds up to 1.5 Gb/sec (150 MB/sec), much faster than FireWire 400 or FireWire 800.
• Shielded eSATA cables up to 2 meters in length are available.
• eSATA cables are different than SATA I cables, they are shielded and cannotModSecurity Use Case: Web 2.0 Defense with Ajax Fingerprinting and FilteringTo combat these new threats one needs to look at different strategies as well. In this paper we shall look at different approaches and tools to improve security posture at both, the server as well as browser ends. Listed below are the key learning objectives:
• The need for Ajax fingerprinting and content filtering.
• The concept of Ajax fingerprinting and its implementation in the browser using XHR.
• Processing Ajax fingerprints on the Web server.
• Implementation using ModSecurity for Apache
• Strengthening browser security using HTTP response content filtering of untrusted information directed at the browser in the form of RSS feeds or blogs.
• Web application firewall (WAF) for content filtering and defense against Cross-Site Scripting (XSS)
Requirement for Ajax fingerprints and filtering
Ajax is being used very liberally in next generation Web applications, forming an invisible layer in the browser’s transport stack and bringing to the fore numerous browser-related attacks, all centered around Ajax. Although Ajax applications hold a lot of promise, there are loopholes being exploited by viruses, worms and malicious attackers in Web 2.0 applications that need to be looked at a little more closely. Ajax hides a lot of server-side critical resources due to its calling mechanism, bringing in sloppiness in coding patterns and fueling vulnerabilities in the server-side application layer as well. Untrusted resource processing from blogs, feeds and mash-ups are making Ajax vulnerabilities relatively easy to exploit. In such situations Ajax request and response fingerprinting and filtering mechanisms can enhance the security posture of Web applications. Web 2.0 applicationsComposite Application Tutorial II: Eclipse Component Tutorial ManualThis tutorial is a continuation of the first tutorial Composite Application Tutorial I: NSF Components. In this tutorial, we will be adding an eclipse view to the composite application. The view will make use of the property broker in order to receive a published property from the All Documents Notes view. The Category of the selected document in the Notes view will be displayed in the eclipse view. Chapter 2. Prereqs
This tutorial requires the following installed on a Windows/Linux system: Java 1.4.2 Eclipse 3.2.2 Chapter 3. Set up your Development Environment 1. Start Eclipse IDE 2. Set target platform. From within Eclipse IDE •Select Window > Preferences •Expand Plug-in Development •Select Target Platform •In the Location edit control, type “c:ProgramFilesIBMLotusNotesframework eclipse”
Download Composite Application Tutorial II: Eclipse Component Tutorial ManualExperimental Physics and Industrial Control System (EPICS) TutorialThe EPICS toolkit consists of a set of software components with which Application Developers can create a control system. The basic component types are:
•OPI
Operator Interface. A UNIX- or NT-based workstation or PC which can run various EPICS tools—the “clients.”
•IOC
Input Output Controller. A VME/VXI-based chassis containing a Motorola 68K or PPC processor with various VME I/O modules for analog and digital signals, and for access to field buses such as Allen-Bradley, GPIB, CANbus or CAMAC.
•LAN
TCP/IP-based Local Area Network. A communication network which connects the IOCs and OPIs. EPICS provides a software com- ponent, Channel Access, which provides network transparent commu- nication between every client—such as OPI—and an arbitrary number of servers—such as IOC.
EPICS Attributes
•Tool Based
EPICS provides a number of tools both for creating and also for
operating a control system. This minimizes the need for custom
coding and helps ensure uniform operator interfaces.
•Distributed
An arbitrary number of IOCs and OPIs can be supported. If a single IOC becomes saturated, its functions may be spread over several IOCs.
•Event Driven Network loading and message latency are simultaneously minimized by allowing only changes to a datum to be sent by servers to clients (“reporting by exception”).
•Customization Users may add new components to support their applications; they are configured using simple ascii tables.
•Scalable
Systems from a few to 100,000 “channels” supported.
•Modular
Distinct “software buses” at several layers allow good decoupling between clients and servers, across versions, and mixed hardware.
•Platforms
Runs on most Unix workstations, VMS, Windows NT.
Download pdf Experimental Physics and Industrial Control System (EPICS) Tutorial
