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Autodesk Map Object Data Tutorial For Digital Record DrawingsObject data allows you to create a simple database in a map and store text and numeric data in your maps directly attached to any object. It is far more powerful than block attributes because object data works with any object, not just blocks. Use object data tables to save any kind of information, run queries based on information in the tables and to create thematic maps. Object data can associate an object with documents from other applications. However, Autodesk Map works with object data created only in Autodesk Map and does not recognize object data from other applications, including AutoCAD®.
To use object data, define the format for the table, and then create records in the table to attach to selected objects.
When editing objects, keep these points in mind:
• When you edit an object with object data using the BREAK or TRIM command, and break the object into multiple segments, the object data remains with only the one segment that contains the start point of the original object.
• When you copy an object that has object data attached, the object data is also copied.
• If you place an object with object data inside a block, the object data remains attached to the object that is placed into the block. You can access the object data by selecting the Nested Data option in the Edit Object Data dialog box
Download pdf Autodesk Map Object Data Tutorial For Digital Record DrawingsADS-AL(TB)-HK Installation GuideADS-AL(TB)-HK Installation Guide contains:
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Download ADS-AL(TB)-HK Installation Guide PDFHow To Increase Rankings In Google And Yahoo SERP’s White PaperWorldwide, around 70% of the Internet traffic is currently being generated through popular search engines such as Google and Yahoo. Increasing rankings in Google and Yahoo SERP's (Search Engine Result Pages) has thus become the primary need for all online operators, be it online retailers, free content, tools, software and services providers, or personal website owners. Achieving the above objective is however not an easy task and more often online operators hire professional help such as Internet Marketing and SEO (Search Engine Optimization) services. This white paper aims to substantiate the important role played by SEO service providers and how they help website owners achieve the most from their online initiatives.
There is no questioning the effectiveness and importance of SEO, but since Google and Yahoo keep changing their ranking algorithms on a continuous basis, actual SEO tools and techniques deployed by SEO firms may differ. The actual SEO tools and techniques used may also vary depending on the type of online business, its size, its targeted audience, and available monetary resources. However, there are some SEO tools and techniques that have passed the test of time and are still widely used by SEO professionals, the world over. We have identified some of these prominent, timetested SEO tools and they have been discussed in the following paragraphs.
Download pdf How To Increase Rankings In Google And Yahoo SERP’s White PaperProblems With Using Microsoft Excel for StatisticsThe vast majority of Chart types offered by Excel should NEVER be used! Our next example shows the graph-types available as pyramid charts. None of these choices shown below represent good graphs! All but the last one display false third dimensions. In addition they all suggest stacked displays that are known to be poor ways to make comparisons.
(For the similar reasons, Excel’s column, cone, and cylinder charts don’t seem to have any redeeming features either!)
Scatterplots represent bread-and-butter graphs for visualizing relationships between variables. Scatterplots Should Have:
Good Choice of Axes
Meaningful Legends
No False Third Dimensions
However, Excel’s default scatterplots leave much to be desired. In the following example two data points have been covered up by the axis labels. Can you find them? And is the legend displayed to the right of the graph useful? Note that there is no label for the horizontal axis.
Histograms Should Have:
No Meaningless Gaps
A Reasonable Choice of Bins
An Easy Way To Choose Or Adjust The Bins
A Good Aspect Ratio
Meaningful Labels on Axes
Appropriate Labels on Bin Tick Marks
However, the next example shows a default histogram produced by Excel. The bin labels are impossible to read, the aspect ratio is poor, the legend and horizontal axis label are useless.
Download pdf Problems With Using Microsoft Excel for StatisticsT-Splines Maya Plugin Version 1.6After installing the T-Splines plugin, you need to tell Maya to use it.
• On the menu, select Window -> Settings/Preferences -> Plug-in Manager.
• Look for "TSplineShape" (it will be followed by .mll, .so, or .lib; this depends on your operating system). You may need to scroll down to find it.
• Put a check in both the "loaded" and "auto load" boxes. This will load the plug-in and make sure it reloads every time you start Maya.
After you load the plug-in, a "TSplines" menu should appear on the menu bar. Most of what you can do with the plug-in is accessed through this menu. The menu contains links to the T-Spline help pages, the forum, and to many of the operations that you can perform on T-Splines.
Creating a Shelf
To create a shelf with commonly used functions, choose "Create Shelf" from the T-Splines menu. If it's your first time creating the shelf, a new "TSplines" shelf will be added and will be filled with icons. If the shelf already exists, it will re-add any icons that may be missing. Even if you add your own icons to the shelf, you can safely "Create Shelf" again; it will not modify your existing icons. It's a good idea to use "Create Shelf" after upgrading to a new version of the plug-in, as we will probably add new icons on occasion.
Download pdf T-Splines Maya Plugin Version 1.6An Introduction to the Java Programming LanguageIn 1991, a group of Sun Microsystems engineers led by James Gosling decided to develop a language for consumer devices (cable boxes, etc.). They wanted the language to be small and use efficient code since these devices do not have powerful CPUs. They also wanted the language to be hardware independent since different manufacturers would use different CPUs. The project was code-named Green.
These conditions led them to decide to compile the code to an intermediate machine-like code for an imaginary CPU called a virtual machine. (Actually, there is a real CPU that implements this virtual CPU now.) This intermediate code (called bytecode) is completely hardware independent. Programs are run by an interpreter that converts the bytecode to the appropriate native machine code. Thus, once the interpreter has been ported to a computer, it can run any bytecoded program.
Sun uses UNIX for their computers, so the developers based their new language on C++. They picked C++ and not C because they wanted the language to be object-oriented. The original name of the language was Oak. However, they soon discovered that there was already a programming language called Oak, so they changed the name to Java.
The Green project had a lot of trouble getting others interested in Java for smart devices. It was not until they decided to shift gears and market Java as a language for web applications that interest in Java took off. Many of the advantages that Java has for smart devices are even bigger advantages on the web.
Currently,Statically Detecting Likely Buffer Overflow VulnerabilitiesBuffer overflow attacks may be today’s single most important security threat. This paper presents a new approach to mitigating buffer overflow vulnerabilities by detecting likely vulnerabilities through an analysis of the program source code. Our approach exploits information provided in semantic comments and uses lightweight and efficient static analyses. This paper describes an implementation of our approach that extends the LCLint annotation-assisted static checking tool.
Our tool is as fast as a compiler and nearly as easy to use. We present experience using our approach to detect buffer overflow vulnerabilities in two security-sensitive programs. Buffer overflow attacks are an important and persistent security problem. Buffer overflows account for approximately half of all security vulnerabilities [CWPBW00, WFBA00]. Richard Pethia of CERT identified buffer overflow attacks as the single most im- portant security problem at a recent software engineering conference [Pethia00]; Brian Snow of the NSA predicted that buffer overflow attacks would still be a problem in twenty years [Snow99].
Download pdf Statically Detecting Likely Buffer Overflow VulnerabilitiesMaya 103: AnimationDuring this tutorial you will be creating a low resolution ‘stand-in’ model of the reovirus sigma 1 protein (the tentacle-like trimeric protein that extends out of the virus’ turrets). The 3 monomers are thought to be in a flexible conformation during the early phases of the viral life cycle – once the surface of the virus loses its sigma3 coating (upon cleavage by chymotrypsin in the gut lumen), the sigma1 trimer transitions to a coiled-coil conformation and rigidifies. Therefore, we would like to animate each monomer as a flexible/trembling arm initially, and then have it erect and coil as a triple helix (with the other 2 rigid monomers).
Technically, in Maya, we can achieve this by creating a skeleton or joint-chain within the structure, and then bind (or ‘skin’) that skeleton to the geometry. We will then apply inverse kinematics to this skeleton in order to simplify its animation – we will ‘key’ the position of the inverse kinematic handle (IK handle) over time and then explore how to loop that motion cyclically in the graph editor. To achieve a ‘trembling’ motion on the sigma1 tentacles, there are several options to explore: 1) we will apply a simple expression to the x, y, z translate values of the IK handle, and 2) we will use values sampled from a fractal texture (yes, a texture!) to drive the movements of the IK handle. Finally, when the flailing monomers are ready to rigidify and twist around one another, we will apply a twistAn introduction to 3D draughting & solid modelling using AutoCADThis tutorial is intended to work as a student centered learning resource. It will introduce you to the basics of creating 3D models of your building designs using AutoCAD. Use the AutoCAD help menu system as required.
You will be familiar with working in 2D (two dimensions). As you may have already found, this can be quite limiting. You are representing 3D objects in a 2D format, which has then to be interpreted in order to visualise in 3D. Working with a 3D model has many advantages over 2D representations, including:
• Ease of visualising from any view point.
• Ease of creating 2D draughting views.
• Creation of photo-realistic images, animations and virtual reality presentations.
• Use of geometry for computational analysis, e.g. FEA.
• Use of geometry for CNC manufacturing processes.
3D CAD offers tools to work not only on a plane, along the x and y axes as with 2D CAD, but also in 3D space along the z axis, giving depth to the drawing. This tutorial will introduce you to the three primary types of 3D modelling:
• Wireframe
• Surface
• Solid
DownloadAn Introduction to Programming with C# ThreadsThis paper provides an introduction to writing concurrent programs with “threads”. A threads facility allows you to write programs with multiple simultaneous points of execution, synchronizing through shared memory. The paper describes the basic thread and synchronization primitives, then for each primitive provides a tutorial on how to use it. The tutorial sections provide advice on the best ways to use the primitives, give warnings about what can go wrong and offer hints about how to avoid these pitfalls. The paper is aimed at experienced programmers who want to acquire practical expertise in writing concurrent programs. The programming language used is C#, but most of the tutorial applies equally well to other languages with thread support, such as Java.
Almost every modern operating system or programming environment provides support for concurrent programming. The most popular mechanism for this is some provision for allowing multiple lightweight “threads” within a single address space, used from within a single program.
Programming with threads introduces new difficulties even for experienced programmers. Concurrent programming has techniques and pitfalls that do not occur in sequential programming. Many of the techniques are obvious, but some are obvious only with hindsight. Some of the pitfalls
