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AutoCAD 2000 in 3D - A Monkish Shot TowerThis tutorial introduces the concepts and techniques used to build 3D models in AutoCAD 2000. As a vehicle for learning these techniques, we develop a model of a whimsical structure that I have called the Monkish Shot Tower after a group of imaginary Monks who have refined the technology of manufacturing lead shot for firearms, and the like. The tower is designed around the perfect number 7, features an external spiral stair, an elaborate canopy on top, and a hole down the centre. The final structure is illustrated in Figure 1 below.
This tutorial will introduce the following concepts and techniques:
• simple solid modelling with solid primitives & CSG operations (the tower);
• construction of complex solid objects (stair and landing);
• user coordinate systems and positioning of objects (external stairs);
• advanced use of the CSG operations (tapering the stairs);
• simple surface modelling (the roof canopy and handrails);
• surface modelling versus solid modelling (the handrails);
• meshed surfaces (the landing “sails” for shading).
As with every drawing that you produce with AutoCAD you should begin by establishing your drawing area by setting the Drawing Limits, Units and using Zoom All to expand out to a full view of your drawing area. Do that now, setting the limits to 20000 x 15000.
For this model, we will make use of several different layers for handling different parts of the model. Begin by calling up the Layer Control dialogue box (see button at left) and create two new layers called “Construction” and “Tower”, setting each to a differentFiat Bravo Car Test Report PDFFiat’s confusing, like-sounding model names, the Brava is the five-door,family-sized hatch back,while Bravo is a 15cm shorter but more sportily slanted three-door variation on the same theme. This “horses-for-courses” approach makes sound sense: the Brava offers more space, five-door practicality and a rounded-off ride for those with a family to consider, while the Bravo’s distinctive-but-different styling and subtly revised suspension and specification cater for less-encumbered buyers seeking a more sporting attraction. Which ever tickles your fancy, though, Fiat has recently given the pair a mild makeover. Staying faithful to the original styling concept, the refettled Fiats are not much different to look at, but every version now offers significant improvements and costs less, or at least no more, than its previous equivalent.
Equipment levels are improved across the board, with the former S version dropped, so that SX now takes on the entry-level mantle. There are two new engines under the bonnet, or rather they’re new to the Bravo/Brava pairing, while existing engines have been refettled to improve emissions and economy. Even the entry-level SX comes with an electric sunroof; there are front passenger and now side airbag options to go with the driver’s standard-fit one, while top models now boast an automatic climate control system as standard. Up front, only the five-door Brava receives Fiat’s new 1.9 JTD common-rail direct-injection turbo-diesel, though 75 and 100bhp versions of Fiat’s indirectly injected oil-burner live on in both body styles. However, our three-door test subject is powered by an 82bhp 1.2-litre 16-valve engineDell Inspiron 5150 Setup Diagram pdfBefore you set up and operate your Dell™ computer, see the safety instructions in the Owner’s Manual. Also, see your Owner’s Manual for a complete list of features. S-video TV-out connector AC adapter connector AC adapter USB connectors IEEE 1394 connector network connector PC Card slot hard drive bay audio connectors CD or DVD drive display latch power button touch pad touch pad buttons battery bay modem connector Battery To remove the battery, slide and hold the latch, and pull the battery out of the bay. Finding Answers See your Owner’s Manual for information on setting up devices like printers.
See the Dell Tell Me How help file for information on using your computer and operating system. To access the Tell Me How: 1. Click the Start button and click Help and Support. 2. Click User and system guides and click User’s guides. 3. Click Tell Me How. Printed in Malaysia Information in this document is subject to change without notice. © 2002–2003 Dell Computer Corporation. All rights reserved. Reproduction in any manner whatsoever without the written permission of Dell Computer Corporation is strictly forbidden. Dell and the DELL logo are trademarks of Dell Computer Corporation.
Download Dell Inspiron 5150 Setup Diagram pdfPICmicro MCU C - An introduction to programming The Microchip PIC in CCS CThe C language was development at Bell Labs in the early 1970’s by Dennis Ritchie and Brian Kernighan. One of the first platforms for implementation was the PDP-11 running under a UNIX environment. Since its introduction, it has evolved and been standardized throughout the computing industry as an established development language. The PC has become a cost effective development platform using C++ or other favored versions of the ANSI standard.
C is a portable language intended to have minimal modification when transferring programs from one computer to another. This is fine when working with PC’s and mainframes, but Microcontrollers and Microprocessors are different breed. The main program flow will basically remain unchanged, while the various setup and port/peripheral control will be micro specific. An example of this is the port direction registers on a PICmicro®MCU are set 1=Input 0=Output, whereas the H8 is 0=Input and 1=Output.
The use of C in Microcontroller applications has been brought about by manufacturers providing larger program and RAM memory areas in addition to faster operating speeds.
An example quoted to me – as a non believer – was: to create a stopclock function would take 2/3 days in C or 2 weeks in assembler. ‘Ah’ I hear you say as you rush to buy a C compiler – why do we bother to write in assembler? It comes down to code efficiency – a program written in assembler is typically 80% the size of a C version. Fine on the larger program memory sized devices but notMicrosoft PowerPoint - Overclocking.pptIBIS Summit at DesignConEast 2003. Royal Plaza Hotel, Marlborough, MA. June 23,
2003. Arpad Muranyi. Signal Integrity Engineering. Intel Corporation
IBIS Summit at DesignConEast 2003 Royal Plaza Hotel, Marlborough, MA June 23, 2003 Arpad Muranyi Signal Integrity Engineering Intel Corporation arpad.muranyi@intel.com An algorithm to model over- clocking more accurately PAGE 2 • Problem statement • A possible algorithm idea (not good) • A better algorithm idea • SPICE waveforms to prove second idea Outline PAGE 3 Normal operation 0.0 0.5 1.0 1.5 2.0 0.0E+00 2.0E-09 4.0E-09 6.0E-09 8.0E-09 1.0E-08 1.2E-08 V o l t ag e ( V o l t s ) t 0-fall t 0-rise Fit traition is completely finished before the next traition is triggered PAGE 4 HSPICE's B-element in veion 99.4 Jump occu with B-element, but not with traistor level model Jump occu when a traition is triggered before the previous one is completed This shows up as an artificial skew in simulatio Page 5 PAGE 5 • Even though this problem was fit discovered with HSPICE's B-element, this is not only an issue specific to HSPICE. • The fundamental problem is that the IBIS specification was written with the assumption that a traition is always completed before a new traition begi. • Since the IBIS specification does not address over-clocking, it is up to the tool vendor to deal with the situation when it arises.
Download PDFBiological Safety ManualThis manual has been prepared as an update to the 1976 Minimum Safety Guidelines for Biological Research at Yale, and the 1979 Yale University Biological Safety Manual. As with the previous manuals, we have provided a core set of biosafety practices and procedures for the safe handling of known biohazards and potentially infectious materials. Relevant sections from the previous manuals have been maintained and updated where necessary.
The manual focuses on Biosafety Levels 1 and 2, as over 99% of Yale laboratories fall within these designations. A separate manual is available for researchers working in Biosafety Level 3 research laboratories. No work with Biosafety Level 4 agents may be conducted at Yale University.
The Yale Office of Environmental Health and Safety, Occupational Health and Safety Section (OHS) Biosafety Program and the requirements for Yale researchers are outlined in the manual. Registration and training information are provided along with details on work practices, safety equipment and facility design. It is the responsibility of the Principal Investigator or Supervisor to ensure that his/her laboratory is in compliance. That responsibility includes identification of the risk or hazards associated with their research and the application of the appropriate safety procedures. Please read the section on responsibilities for additional information.
In the past, the University has also distributed copies of the Centers for Disease Control/National Institutes of Health Biosafety in Microbiological and Biomedical Laboratories to all Yale research laboratories. The text has served as a functional biosafety manual for the University. This document and other pertinent biosafety trainingClient-Server Socket Programming ProjectThis project serves as an introduction to client-server programming. You will be expected to implement an abstract protocol called Simple Registration Protocol using simple TCP socket programming. To illustrate the use of the protocol, you will also implement a concrete application: a simple appointment management system. This application will introduce you to the use of LAMP (Linux, Apache, MySQL and PHP), a free, powerful and commonly-used combination for Web-based applications.
The SRP uses a client-server model where multiple client processes request services from a server using request messages. These requests are answered using reply messages. The SRP includes only one mandatory request message (called REQ) and one mandatory reply message (REP). REQ is sent by a client to the server to indicate a specific application-defined service (e.g. reservation, confirmation, information request). The server responds with a REP message, the contents of which is specific to each type of request. The server should check the validity of each request and should not fail if an invalid request is received.
The client follows these three steps to make a request:
1. Establishes a TCP connection with the server,
2. Sends the request to the server, and
3. Closes the connection.
If the request is valid, the server
1. Opens a TCP connection to the client,
2. Sends the reply, and
3. Closes the connection.
Note that the REQ and REP messages are sent in two separate TCP sessions. The client will close the existing REQ TCP session and wait for the server to open a new TCP session for the REP.
Download pdfYou: Programmer and Search Engine MarketerGoogling for information on the World Wide Web is such a common activity these days that it is hard to imagine that just a few years ago this verb did not even exist. Search engines are now an integral part of our lifestyle, but this was not always the case. Historically, systems for finding information were driven by data organization and classification performed by humans. Such systems are not entirely obsolete — libraries still keep their books ordered by categories, author names, and so forth. Yahoo! itself started as a manually maintained directory of web sites, organized into categories. Those were the good old days.
Today, the data of the World Wide Web is enormous and rapidly changing; it cannot be confined in the rigid structure of the library. The format of the information is extremely varied, and the individual bits of data — coming from blogs, articles, web services of all kinds, picture galleries, and so on — form an almost infinitely complex virtual organism. In this environment, making information findable necessitates something more than the traditional structures of data organization or classification.
Introducing the ad-hoc query and the modern search engine. This functionality reduces the aforementioned need for organization and classification; and since its inception, it has been become quite pervasive. Google’s popular email service, GMail, features its searching capability that permits a user to find emails that contain a particular set of keywords. Microsoft Windows Vista now integrates an instant search feature as part of the operating system, helpingMaking a quick water material in 3ds MaxIn this tutorial I will show how to make a quick water material in 3d Max. Keep in mind there’s no special plugins used, just 3d Max materials, which will render much quicker.
Open up the materials window. Pick a new material and change the diffuse color to a dark brown, so we can make some dirty water. Also change the “Specular” value to 90, and the “Glossiness” to 70.
Go down to Maps - bump change the value to 30, hit none and choose noise material. Change the X and Y tiling value to 2, also choose fractal for “Noise Type”.
Now lets do the reflections. Change the reflection value to 30, hit none and choose Reflect/Refract material. The default Size value of a 100 works well and quick during render time, but if you want to see more details just increase the value; I’m going to increase it to 200. Change the Blur Offset value to .01, this will slightly blur the reflections.
Download pdf Making a quick water material in 3ds MaxNASA Image 2000 Users Guide Basic OperationsNASA Image2000 is an image processing software package available on multiple platforms, designed to bring high-end scientific image processing capabilities to the standard desktop computer. (See Minimum Specifications in Section 1.2 for limitations for Mac and Unix operating systems.) Developed to meet the needs of educators, NASA Image2000 supports the display, analysis and processing of satellite imagery.
NASA Image2000 Functionality
The functionality built into NASA Image2000 was designed to provide the capability for the display and analysis of geo-coded satellite imagery. Users can perform standard image processing tasks, similar to those available in general graphics packages. In addition, the system provides other less common functions, including (but not limited to) the following:
Display pixel intensity, pixel location relative to the image, latitude and longitude values and their corresponding projected coordinates (for geo-coded images only)
Non-destructive image annotation including text, symbols, lines and polygons,
Processing based on a region of interest (ROI),
Image math using scalars and other images,
Compute image statistics,
Generate a histogram,
Measurement options including distance, area, perimeter, and angle,
Apply map projections,
Create, edit, and animate a stack of images, and
Create a montage from a stack or from open images
Download pdf NASA Image 2000 Users Guide Basic Operations
