export obj from sketchup Result Search:
Performance Modeling for Dynamic Algorithm SelectionAdaptive algorithms are an important technique to achieve portable high performance. They choose among solution methods and optimizations according to expected performance on a particular machine. Grid environments make the adaptation problem harder, because the optimal decision may change across runs and even during runtime. Therefore, the performance model used by an adaptive algorithm must be able to change decisions without high overhead. In this paper, we present work that is modifying previous research into rapid performance modeling to support adaptive grid applications through sampling and high granularity modeling. We also outline preliminary results that show the ability to predict differences in performance among algorithms in the same program.
Grid environments [1] present novel performance challenges, adding variability to many characteristics of high performance code. Heterogeneous platforms and varying network performance mean that the best algorithm for an application may change between runs of an application, and even during execution.
Adaptive algorithms, developed to support portable performance in libraries, present an excellent opportunity to deal with these challenges by switching algorithms based on runtime information. To choose the optimal algorithm, a performance prediction must be made based on this information and the performance characteristics of the candidate algorithms. Because it is important to keep the combined overhead of measurement, modeling, prediction, and adaptation low, current time-consuming modeling techniques are not suitable for grid environments. We propose using a combination of ongoing research into rapid performance modeling and new development of a general adaptive algorithm framework to support exploration of portable performance onPENTAX IQ Zoom EZY Operating ManualCongratulations on your purchase of the PENTAX IQ Zoom EZY and welcome to the world of Pentax zoom compact photography! Your compact, light weight camera is a great companion to preserve your favorite memories. Its built-in 38-70mm lens gives you the freedom to frame everything from breathtaking landscapes to family portraits, even detailed closent Tlîe buUt-in auto flash helps you capture subjects in dimly-lit palees or photograph indoor scenes with clarity and brilliance.
Since most of the operation - including film loading film speed setting, winding/rewinding, focus and exposure control - are automatic, you can take great pictures effortlessly. The DATE modef makes it easy to remember the dates when you took pictures.
. Please read this manual carefully before operating the camera to take consistently super attention to the cautions and notes in this Operating Manual, futures and illustrations used in this manual may ditter from the camera's actual appearance.
. Illustrations in this operating manual are the DATE MODEL.
Download pdf PENTAX IQ Zoom EZY Operating ManualGeneric HTML Form Processor: PHP script to save Web-collected data into a MySQL databaseThe customizable PHP script Generic HTML Form Processor is intended to assist researchers and students in quickly setting up surveys and experiments that can be administered via the Web. This script relieves researchers from the burdens of writing new cGi scripts and building databases for each Web study. Generic HTML Form Processor processes any syntactically correct HTML form input and saves it into a dynamically created open-source database. We describe five modes for usage of the script that allow increasing functionality but require increasing levels of knowledge of PHP and Web servers: The first two modes require no previous knowledge, and the fifth requires PHP programming expertise. use of Generic HTML Form Processor is free for academic purposes, and its Web address is www.goeritz.net/brmic.
There are other advantages of Web research. On the Web, people can be tested at any time and place, laboratory rooms or physically present experimenters are not necessary (so experimenter effects remain constant), and automated data handling reduces both the labor and error of data coding and entry (Birnbaum & Reips, 2005; Göritz & Schumacher, 2000). In addition, the Web method allows one to collect large samples inexpensively, which makes it possible to draw clear conclusions and to check their generality to different subsamples tested (Birnbaum, 1999; Reips, 2002).
An example of an HTML Web form is given in Birnbaum (2000). Such an HTML page can be placed on a server, where the participant can view it and fill in answers by typing in information and clicking onProgramming with the Zope 3 Component ArchitectureThis tutorial provides a short introduction to developing with Zope 3. It provides an example of creating a content objects and associated views, adapters, and utilities. The skills learned here are applied in most facets of Zope 3 development.
We Zope to be much more approachable to Python programmers. You should be able to use existing Python objects in Zope with few changes. We want developers to be able to learn Zope a little bit at a time. We provide greater support for reuse through components.
Let's look at a minimal class that is usable in Zope. As an example, we'll use objects that manage personal information.
We normally organize our software into packages. We can put our packages anywhere, as long as they are in Zope's Python path. We'll create a buddydemo package in the src directory, which is in the Python path. We create an empty __init__.py file in buddydemo, so that Python will treat buddydemo as a package. We'll create a buddy.py module to hold our class, named Buddy. The class is very simple. It stores information in attributes. It provides a single method that combines the first and last name. There are no Zope- specific mix- in classes. We do subclass Persistent. Doing so makes our life easier, because then Zope will manage our data in its object database. We don't have to subclass Persistent. If we don't though, we need to manage our data some other way (e.g. in a relational database).
Here are some pointers you might wantGetting Started with Microsoft ExcelThis handout introduces the basic features of Microsoft Excel, a spreadsheet program on Macintoshes and on computers running Microsoft Windows. The handout covers entering and editing data, formatting, formulas, page setup, and printing spreadsheets.
Starting Excel
You can start Excel by:
1. Double-clicking on the Microsoft Excel application icon. This application is usually in a folder called Excel. An alias for this icon appears on the desktop of the computers in the Student Microcomputer Facility.
2. Double-clicking on the icon of any Excel document. When you double-click an Excel document, Excel opens with the document already loaded.
Exploring the Excel Interface
Components of the Excel Window
Besides the usual window components (close box, title bar, scroll bars, etc.), an Excel window has several unique elements identified in the figure below.
Standard Toolbar
The Standard toolbar, located beneath the menu bar, has buttons for commonly performed tasks like adding a column of numbers, printing, sorting, and other operations. Excel let's you customize the toolbar or even display multiple toolbars at the same time. The Standard Excel XP toolbar appears in the figure below.
Formatting toolbar
The Formatting toolbar, located beneath the Standard toolbar bar, has buttons for various formatting operations like changing text size or style, formatting numbers and placing borders around cells.
Download pdf Getting Started with Microsoft ExcelMotorola E1000Motorola E1000. Developer Reference Sheet. Band/Frequency. UMTS 2100 MHz. GSM 900/1800/1900 MHz ... Creating Media for the Motorola E1000. References:
Motorola E1000 Developer Reference Sheet Band/Frequency UMTS 2100 MHz GSM 900/1800/1900 MHz GPRS (2U/4D, Class 10, B) Region EMEA/ASIA only for WCDMA Will be able to roam on GSM/GPRS in NA Technology WAP 2.0, J2ME, SMS, EMS, MMS, Connectivity USB, via CE Bus, BlueTooth™ Dimeio 113 x 52 x 23 mm Weight 138 grams Display 240 x 320 Operating System Motorola Chipset Motorola • 3D stereo sound • 1 Megapixel camera • MP3, MPEG4, Windows Media, Codec Support Audio/Video/Streaming • Video capture and playback • 2-way video conferencing • Bluetooth™ • AGPS • TraFlash expandable memory CLDC v1.1 and MIDP v2.0 compliant Maximum MIDlet suite size 200 KB Heap size 1.5 MB Maximum record store size 512 Kb MIDlet storage available Based on storage area selected Interface connectio HTTP 1.1, UDP, TCP Maximum number of sockets 4 Supported image formats GIF, JPEG, PNG, BMP Double buffering Supported Encoding schemes ISO8859_1, ISO10646 Input methods Multitap, iTAP Additional API's JSR 118, JSR 120, JSR 135, JSR 139, JSR 184, JSR 185 Audio MIDI, WAV, AMR
Download PDFLaser Cutter Tutorial - AutoCADThere are now two laser cutters available to you; the V-460 has a bed size of 18”x24” and the X-660 which has a bed size of 18”x32”. The laser cutters can do many things, like cut and engrave (or score). There are some tips for preparing your laser files in AutoCAD at the end of this document. For more information on approved materials the laser cutters can cut and score please refer to the “Laser Resources – Materials and Suppliers” document. General safety information is contained in the “Laser Resources – Materials and Safety” document.
During this tutorial we will be using AutoCAD to print to the laser cutters. There will soon be more tutorials for other programs that will allow raster engraving, like Photoshop.
This is a PDF, so you don’t need to print it!!
The first few steps of this tutorial involve setting up your AutoCAD file and these steps must be completed
on your own. Time is precious and this should not wait until you are logged onto the TBH computers.
The first step is to prepare your file by making two new layers, a layer named “Cut” and “Score”. The
laser printer uses settings files based on color; it assigns a certain power and speed setting to certain
colors. The settings that have been created for the laser plotters are this; The “Cut” color is RED (index
color 1) and the “Score” color is GREEN (index color 3).
So place the lines you wish to cut your material with on the cut layer (red), andPhoto to Movie 3.2 (Mac OS X) Editorial GuidePhoto to Movie 3.2 (Mac OS X) lets Macintosh users turn digital photographs into QuickTime movie slide shows quickly and easily. This revolutionary new tool incorporates a powerful version of the “Ken Burns effect” to bring photos alive with motion. Photo to Movie also lets you add music tracks, voice narration, and a variety of slide-to-slide transitions. Photo to Movie files can be burned to DVD, posted on the Web, and even emailed.
Photo to Movie uses a special algorithm to optimize each frame, nearly eliminating flicker when played on a TV. The tool assigns a motion effect to each image included in the file. This motion effect is called the "Ken Burns effect" because of its frequent use by the award-winning PBS documentary filmmaker.
Photo to Movie offers a number of preset motions, each of which can be customized to achieve specific effects—zooming in to highlight faces, for example. Photo to Movie also lets you choose from a variety of transitions, including cross dissolves, wipes, and even a 3D cube-effect transition. Music and voice narrations can be integrated into slide-show movies, as well as theatrical movie-style titles, credits, and descriptions.
Completed slide-show movies can be emailed, published to Web sites, burned to DVD using software such as iDVD, or they can be edited further with movie-editing software such as iMovie.
Download pdf Photo to Movie 3.2 (Mac OS X) Editorial GuideAJAX for Mobile DevicesOver the last 12 years, Microsoft Corporation has developed a successful operating system for mobile devices based on Windows CE, currently known as Windows Mobile. The Windows Mobile deliverable consists of (1) a particular set of Windows CE components, (2) a logo test kit requirements document, (3) a set of light weight middleware applications, and (4) commercialization components, such as drivers and value-added services provided by OEMs and Mobile Operators. Microsoft licenses the Windows Mobile OS to third parties, (generally OEMs and MOs), who commercialize and sell the operating system as part of a device and service offering.
Microsoft entered the embedded device space with Windows CE in 1992, after many years of creating desktop operating systems. Microsoft’s desktop strategy centered on the idea of “platform,” and we brought this idea to the device space. The notion of a vibrant and compelling third party software ecosystem was perceived a necessity for success. That said the small, handheld device is not a PC, and the limitations of the battery powered device, with a small screen, and intermittent and variable network connectivity, make a successful software ecosystem a difficult proposition.
Web applications
The last five years have seen the growth of “Web 2.0” and AJAX as a new approach to developing applications on the desktop, hosted in the web browser. Before the rise of AJAX, web “applications” were extremely limited in the types of interactivity that they could deliver. Web pages hosted content, and while web sites quickly acquired the ability to dynamically adjust thatSEO Myths Dispelled: Flash VideoBy now, everyone has visited a website that utilizes Flash multimedia within its design. Since 1996, the use of Flash has grown in popularity thanks to its ability to add animation and interactivity to websites. More recently, Flash has become an essential component in the prolific distribution of intrusive "pop-ups," or web-based advertisements. Flash also grants designers the ability to integrate video into web pages, and this has led many within the Web 2.0 space to use Flash to develop rich Internet applications. Many companies, including my own, Denver interactive agency Fusionbox, offer streaming Flash Video Solutions to clients in need of online video.
While the inclusion of Flash into websites no doubt enriches the user experience rendering it that much "flashier," search engine optimizers (SEOs) have long been wary of the use of Flash due to the fact that it's supposedly unindexable by the search engines. Key word here: supposedly.
As we all know, the search engine game changes daily. If it stayed the same, it wouldn't be called a game. The inherent beauty of it is that no one knows everything. Instead, we're all just players who know something, and we're all moving forward as we try to learn more, keeping up with developments happening in our space. One such development is the evolution of Flash and the impact it has had on the science of search.
Back in the day, Flash files were not indexable by search engines because the content was hidden from the spider's digital “eyes.” The implications
