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USB Microscope USB Shot for Macintosh Operating ManualThis manual describes the USB Shot application, which runs on a Macintosh computer with a connected USB Microscope. Users who want to use the USB Microscope immediately should read section 1.3 “Installation” and install the required software before beginning . Once the software has been installed, go to 2. “Basic Operation.” This section gives step-by-step procedures for recording snapshot and movie images using USB Shot. Once you’re familiar with recording snapshot and movie images, go to 3. “Image Settings” and 4. “System Settings.” Section 3 describes how to make various recording settings, such as color hue and resolution adjustments. Section 4 describes various settings for snapshot, movie, and interval snapshot images.
1-2 Operating System Requirements USB Shot and the USB Microscope are designed to operate with the following hardware and software configurations: System: Macintosh with PowerPC Memory: 64MB or more Display capability: Monitor and computer capable of displaying 24-bit color with a minimum resolution of 800 x 600 (SVGA). Operating system: Mac OS 8.6 / 9.0 / 9.04 / 9.1 One of the above operating systems must be installed as a default on your Macintosh. (Compatibility is not guaranteed for future upgrades of these operating systems.) QuickTime: Ver. 3.0 or later must be installed in the operating system.
Download pdf USB Microscope USB Shot for Macintosh Operating ManualAsus CUSL2 Radified Users Guide ManualThe info contained in this User’s Guide for the Asus CUSL2 motherboard comes from first-hand experience. I installed a CUSL2 myself (replaced my trusty BH6 + C300a). I got my board when the BIOS was still in beta for 1002. Further insights were gleaned from reading posts at the asusboards.com forums, and also from feedback received from other CUSL2 users. This guide is intended for people who already know they want the board, especially those who’ve just ordered one & are preparing to install it. If your looking for a review, see here. I’ve seen the board selling for ~US$135 on Pricewatch.
This is a User’s guide, not a hardware review. I’m not testing the board, rather I live with it. So I’ve included the kinds of things that I’d like to know before installing a new mobo (with a new chipset). Neither is this a FAQ. The only question of concern here is, “How can I get my CUSL2 up & running fast & painlessly as possible?” You won’t find any advertising on my site, so you don’t have to worry about minced words. I try to tell it like I see it, not make you read between lines. Since I don’t accept advertising (at least not yet), there’s no rea$on for me to parallax my views. I tried to keep this guide slim, but it has grown plump, thx primarily to other users, the world over, for sending the helpful tips they’ve learned. This guide began as aExporting GIS Layers to AutoCADThis tutorial is intended to guide you through the process of exporting ArcView Shapefiles for use as vector files in AutoCAD.
1. Create a map in ArcMAP.
2. Click on the red ArcMAP toolbox in the toolbar at the top of the screen. This will open a window between the Table of Contents and the Map section of your screen.
3. Select Conversion Tools > To CAD > Export to CAD.
4. After selecting the Export to CAD feature, a dialog box will appear allowing you to select the features (shapefiles) that you would like to export by CAD. Select the layers you would like to export by selecting the layer name from the dropdown list that appears under Input Features.
5. Once your layers have been selected, select a destination file name and location.
PLEASE NOTE: ArcGIS 9.1 will NOT add the file extension to the file name you have chosen. In order to export your layers correctly, it is imperative that you add the ‘dwg’ extension to your file name.
Download pdf Exporting GIS Layers to AutoCADMicrosoft Wireless Laser Desktop 6000 September 2008Microsoft Corp.’s new Wireless Laser Desktop 6000 delivers top-of-the-line performance and comfort in an elegant design. Inspired by Windows Aero, this sleek keyboard features a smoked translucent border, My Favorites Keys, Media Center controls and an ultrathin Comfort Curve layout. The included mouse, the Wireless Laser Mouse 6000, features a snap-in transceiver with the full-size mouse, combining comfort with mobility.
Format:
Microsoft Wireless Laser Desktop 6000 operates on PC and Macintosh platforms and uses a Universal Serial Bus (USB) connection. The included keyboard and mouse software is necessary for full functionality.
Features And Benefits:
Wireless Keyboard 6000
- Smoked translucent border brings the elegance of Windows Aero to the keyboard.
- 2.4GHz wireless technology gives consumers a confident wireless connection and a range of up to 30 feet, even in crowded wireless environments.
- Comfort Curve keyboard design delivers more comfort in an easy-to-use keyboard layout. With a slight 6-degree curve, it encourages a more natural position and is very approachable.
- Amazingly sleek, compact design complements any living room or office décor and features quiet touch keys.
- Battery life indicator shows two colors: green when the batteries have sufficient power and red when the batteries are running low andneed to be replaced
Download pdf Microsoft Wireless Laser Desktop 6000 September 2008ViPEr, a Visual Programming Environment for PythonIn this paper we describe a Python- and Tkinter-based visual-programming environment called ViPEr. This tool enables non-programmers to build computational and visualization networks interactively. Computational nodes can be placed onto a canvas and their input and output ports can be connected using the mouse. The connections between the nodes define a directed graph that will be used to propagate data and trigger the execution of nodes that have new input data. ViPEr is, in appearance, similar to programs such as AVS [Upson et al. 89] from Advanced Visual Simulations Inc, or OpenDX [DX 93] from IBM, but presents some fundamental differences which will be pointed out throughout this paper. Several examples of applications will be used to illustrate ViPEr’s design and current range of capabilities.
The focus of our laboratory is the modelisation of molecular interactions. We are working on several aspects of this problem, including molecular visualization, protein-ligand docking, protein- protein docking, molecular surfaces, phenomenological potentials, etc. The methods we use in our models come from fields as diverse as computational chemistry and biology, computational geometry and augmented reality. We have been using Python as a platform to develop re-usable and inter- operable components dealing with different aspects of structural bioinformatics [Sanner 99a, Coon et al. 01, Python at TSRI]. These components are the basic building blocks from which several domain specific applications have been developed. These include a generic molecule visualization program (PMV [Sanner 99a, Coon et al. 01]), a viewer for volumetric data (PVV) and a graphical userCreating a 3D immersive environment using 3D Paint in Maya and Virtools TutorialThe following tutorial will take you step by step through the creation of a natural environment in Maya. You will also setup a character inside the environment and to add interactivity in Virtools. This tutorial introduces you to Maya’s 3D Paint Effects allowing you to paint in 3D. A few strokes can paint trees, grass, flowers. The paint strokes from your brush are converted into 3D objects inside a 3D space. Maya’s ability to convert 3D Paint Effects to polygonal objects is helpful to create content for interactive environments.
This tutorial requires Maya 5.0 and up. You can control the strokes’ shape, color, density, while painting on the horizontal grid plane of the perspective view or directly on other 3D objects. Let’s grab a brush and start to paint trees and grass in 3D, let’s create the ground
Download Creating a 3D immersive environment using 3D Paint in Maya and Virtools TutorialBloodrayne - Games Cheats Hints & Trainer PC GuideThe human race, being a constant prey for vampires has always been fascinated by the latter. And if the object of that fascination is a really hot vampire in a tight leather suit, the stage is set for a successful game. It is set in 1933 and 1938, just before World War II. As an agent of the Brimstone Society, Rayne is sent to a variety of locations (a small swamp town in Louisiana, a Nazi fortress in Argentina, and an ancient castle in Germany) to battle supernatural creatures as well as the Nazi army. Sounds familiar? Cheat mode: Enter the options menu and select “Cheat”.
Combine the columns of words to form one of the following codes. A message will appear to confirm correct code entry. Pause game play, then enable the cheat from the menu. God mode - TRIASSASSINDONTDIE Restore health - LAMEYANKEEDONTFEED Fill Bloodlust - ANGRYXXXINSANEHOOKER Time Factor mode - NAKEDNASTYDISHWASHERDANCE Level Select - ONTHELEVEL Enemy Freeze - DONTFARTONOSCAR Show Weapons - SHOWMEMYWEAPONS Gratuitous Dismemberment mode - INSANEGIBSMODEGOOD Juggy mode - JUGGYDANCESQUAD Programmer messages: Enter one of the following codes to view a programmer message.
Download pdf Bloodrayne - Games Cheats Hints & Trainer PC GuideBMW 1 Series 120i 120i 120i ES 120i SE 120i M Sport PDF ManualThis BMW Sport Series Manual content:
Introduction BMW 1 Series 3-door Equipment Engine Catalytic converter Common-rail injection system Diesel Particulate Filter (DPF) Digital Diesel Electronics (DDE) Digital Motor Electronics MS S65 (DME) Double-VANOS Four-cylinder in-line engine with high-precision direct injection with four-valve technology Oil level sensor with dipstick Audio and communications Auxiliary input point for auxiliary playing devices Bluetooth telephone preparation Bluetooth telephone preparation with telematics BMW Assist BMW Business radio with single CD player BMW Professional radio with single CD player CD changer for six CDs
Download BMW 1 Series 120i 120i 120i ES 120i SE 120i M Sport PDF ManualWhat is overclockingoverclocking controls. What your BIOS has will depend upon what ... Once in the overclocking section of your BIOS, you can start experimenting.
Download PDFFactoryCAD 6.2 TutorialGraphical objects, also known as entities, are the visible objects (lines, circles, raster images, and so forth) that make up a drawing. Each graphical object has methods that allow an application to perform most of the AutoCAD editing commands, such as Copy, Erase, Move, Mirror, and so forth. These objects also have methods for setting and retrieving extended data (xdata), highlighting and updating, and retrieving the bounding box of the object. Graphical objects have typical properties such as Layer, Linetype, Color, and Handle. They also have specific properties, depending on their object type, such as, Center, Radius, and Area.
—ActiveX Automation User’s Guide, AutoCAD help file
The Smart Factory Objects in the VisFactory programs bring unprecedented ease, accuracy, and speed to factory layout drafting. The Smart Factory Objects enable the user to rapidly draft and edit in 2D while simultaneously creating a sophisticated 3D model. The Smart Factory Objects are custom graphical objects.
Custom graphical objects are visible objects (e.g., conveyors, lift tables, guard rails) that are created and displayed according to information and rules that are added to the base AutoCAD package. Each custom graphical object has methods that allow an application to perform most of the AutoCAD editing commands, such as Copy, Erase, Move, and Mirror. Custom graphical objects are typically much more complex than simple AutoCAD objects, but they are much smaller than the simple AutoCAD objects that would be required to represent the same visible objects. In addition, custom graphical objects behave according to set characteristics and rules. For
