Engineering Design Graphics: Into the 21St Century
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Turbocad Supported File Formats
TurboCAD Supported File Formats Tu rb oC T AD T ur P ur bo ro bo C & C AD P AD D la D es tin el ig u ux n Name Description Formats Import Export m e er 3DM Rhino 3D 3D 3DS 1 Autodesk 3D Studio format 3D 3DV VRML Worlds 2D/3D ASAT Assemble SAT format 3D BMF 2 FloorPlan format 3D BMP Bitmap format, TurboCAD for Windows 2D CGM Computer Graphics Metafile 2D DAE COLLADA MODEL 3D DC 3 DesignCAD 2D/3D DCD 3 DesignCAD 2D/3D DGN Intergraph Standard file format 2D/3D DWF 4 Drawing Web format 2D/3D DWG AutoCAD native format 2D/3D DXF Drawing eXchange format 2D/3D EPS Encapsulated Post Script format 2D FCD FastCAD DOS 2D FCW FastCAD Windows 2D/3D FP3 FloorPlan format 2D GEO VRML Worlds 2D/3D GIF Raster graphic format (w/ alpha-channel suport) 2D IGS IGES format. 2D/3D JPG JPEG image compression standard 2D MTX MetaStream format 3D OBJ Wavefront Object 3D PDF Portable document format 2D PLT Hewlett-Packard Graphics Language 2D PNG Raster graphic format (w/ alpha-channel suport) 2D SAT ACIS solid modeling 3D SHX Shape File Format 2D SKP Google SketchUp 2D/3D 5 STEP Step format 3D STL Stereo Lithography 3D STP Step format 3D SVG Web graphic format 2D TCW TurboCAD 2D/3D TCX TurboCAD 2D TCT TurboCAD Template 2D/3D WMF Windows MetaFile 2D WRL VRML Worlds 2D/3D WRZ VRML Worlds 2D/3D XYZ Terrain Data 2D/3D Footnotes 1 2D objects are partially displayed, but only their appearance. -
1938-1939 Undergraduate Catalogue
^ BULLETIN OF THE ^ UNIVERSITY OF VERMONT AND STATE AGRICULTURAL COLLEGE BURLINGTON ------- VERMONT VOLUME XXXVI — MARCH, 1939 — NUMBER 3 sofias 17SI THE CATALOGUE 19 3 8 -1 9 3 9 ANNOUNCEMENTS 19 3 9 -1 9 40 Published by the University of Vermont and State Agricultural College, Burlington, Vermont, four times a year; in January, February, March and October, and entered as second-class matter under Act of Congress of August 24, 1912 r 1 L Contents PAGE CALENDAR 5 UNIVERSITY CALENDAR 6-7 ADMINISTRATION 8-3 8 Board of Trustees 8—10 Office Hours 10 Officers of Instruction and Administration; Employees 11—27 Committees of the University Senate 27—28 Experiment Station Staff 28—30 Extension Service Staff 30—3 3 Summer School Faculty, 1938 34—3 8 GENERAL INFORMATION 39-98 Location 39 Charters, Corporations, History of the Colleges 39-44 Buildings and Grounds 44—5 6 Fees and Expenses 5 6-61 Employment, Loan Funds and Scholarships 61-73 Prizes 74-79 Honors 79-80 Degrees , 81 Graduate Study 82—86 University Extension 87-88 The Summer Session 8 8—89 Educational Conferences 89 Military Training 90 Physical Education and Athletics 90—92 Religious Life 92—93 Organizations 93—95 University Lectures 96 Publications 96 Regulations 97-98 ADMISSION 99-126 The Academic Colleges . 99—107 Methods of Admission . 107—110 Entrance Subjects 111—123 Special and Unclassified Students 123 Admission to Advanced Standing 123—124 Preliminary Registration and Enrollment 124 The College of Medicine, Requirements for Admission 125—126 COURSES OF INSTRUCTION 127-222 The -
Architectural Drawing (TE 8437) Grades 10 - 12 One Credit, One Year Counselors Are Available to Assist Parents and Students with Course Selections and Career Planning
Department of Teaching & Learning Parent/Student Course Information Technical Design and Illustration Program Architectural Drawing (TE 8437) Grades 10 - 12 One Credit, One Year Counselors are available to assist parents and students with course selections and career planning. Parents may arrange to meet with the counselor by calling the school's guidance department. COURSE DESCRIPTION The courses in engineering and technology provide opportunities for students to acquire skills and knowledge necessary for technological literacy, entry-level careers, and lifelong learning. Students learn Virginia’s 21 Workplace Readiness Skills within the content area. Those who are completing a two-year sequence have the opportunity to verify their knowledge of the workplace readiness skills through an industry assessment. This course provides students with the opportunity to learn more about the principles of architecture and related drafting practices and techniques. It provides helpful information for the homeowner and is beneficial to the future architect, interior designer, or homebuilder. Students use resource materials, standard books, and computers as they learn the general principles, practices and techniques of architectural drawing. The course includes designing residential structures and drawing plot plans, elevations, schedules and renderings. PREREQUISITE Basic Technical Drawing CERTIFICATION Students successfully completing the Technical Design and Illustration Program of Study will be prepared for the AutoCAD REVIT and or AutoCAD Architecture industry credential. STUDENT ORGANIZATION Technology Student Association (TSA) is a co-curricular organization for all students enrolled in engineering and technology courses. Students are encouraged to be active members of their youth organization to develop leadership and teamwork skills and to receive recognition for their participation in local, regional, state and national activities. -
Accepted Drawing Formats
Machine Technology, Inc. accepts the following data formats. Software Format File Extension SpinFire Reader 3-D SpinFire File .3d TurboCAD 3-D Studio File .3ds TurboCAD VRML Worlds Virtual Reality Modeling Language .3dv SolidEdge Viewer Pro/Engineer or SolidEdge Assembly .asm SolidWorks Viewer Pro/Engineer or SolidEdge Assembly .asm eDrawings Viewer Solid Works Assembly Template .asmdot PN View PN 4000 2-D WiCAM .c2d PN View PN 4000 3-D WiCAM .c3d TurboCAD Computer Graphics Metafile .cgm Web View CGM Computer Graphics Metafile .cgm CADKEY CADKEY Design .ckd CADKEY CADKEY Template .ckt SolidEdge Viewer SolidEdge Draft .dft ImageR/IndexR Intergraph Standard File Format .dgn TurboCAD Intergraph Standard File Format .dgn SolidWorks Viewer Pro/Engineer Drawing .drw eDrawings Viewer SolidWorks Drawing Template .drwdot AutoDesk Viewer AutoCAD Drawing Web Format .dwf TurboCAD AutoCAD Drawing Web Format .dwf AutoDesk Viewer AutoCAD Drawing .dwg eDrawings Viewer AutoCAD Drawing .dwg ImageR/IndexR AutoCAD Drawing .dwg PN View AutoCAD Drawing .dwg SolidEdge Viewer AutoCAD Drawing .dwg TurboCAD AutoCAD Drawing .dwg eDrawings Viewer AutoCAD Drawing Exchange Format .dxf ImageR/IndexR AutoCAD Drawing Exchange Format .dxf PN View AutoCAD Drawing Exchange Format .dxf SolidEdge Viewer AutoCAD Drawing Exchange Format .dxf TurboCAD AutoCAD Drawing Exchange Format .dxf eDrawings Viewer eDrawing Assembly File .easm eDrawings Viewer eDrawing File .edrw eDrawings Viewer eDrawing 1.X File .edw ImageR/IndexR Group 4 Wrap .ef eDrawings Viewer eDrawing Part File -
Super L IV User's Guide
The Super L IV 1 TM Super L IV User’s Guide Large Format Digitizers 2 The Super L IV We at GTCO CalComp are proud of our digitizer products. We strive to continue to bring you the best the technology has to offer. We urge you to visit our Web site, where we will post the latest information regarding any updates and changes we have made that would impact the instructions in this User’s Guide. Navigate to: www.gtcocalcomp.com Digitizing & Measurement Products/Large Format Digitizers The Super L IV Table of Contents 3 Table of Contents What is Super L IV? 5 Parts Checklist 6 What You Will Need to Use Super L IV 7 PC Requirements 7 For a Serial Installation 7 For a USB Installation 7 Super L IV Overview 8 Active Area 8 SuperSet Menu 8 Indicator Light 8 Transducer 8 Setup and Installation Overview 9 Setting Up Your Super L IV 10 Preparing the Super L IV 10 Mounting on the Stand 10 Attaching the Accessory Tray or Optional Plan Holder 10 Software Configuration 11 Configuring Non-Wintab Applications 11 Installing the TabletWorks Driver 11 Hardware Configuration 11 RS232 Serial Connection 12 USB Connection 13 Tablet Power-On 13 Using the SuperSet Menu 14 Resetting the Super L IV 15 Turning the Alarm Off and On 15 Testing the Active Area 15 Configuring Your Super L IV for Specific Applications 16 Example: Configuring for a Specific Application 16 Table 1: SuperSet Menu Codes for Selected Applications 17 Table 2: Configuration Details for SuperSet Menu Codes 23 Super L IV Tones 26 Table 3: Super L IV Tones 26 Introduction to the Tablet Configuration -
1931–32 General Catalog
`University ' of California Bulletin THIRD SERIES, Vol. XXV, No. 4 CIRCULAR OF INFORMATION UNIVERSITYOF CALIFORNIA AT LOS ANGELES SEPTEMBER, 1931 UNIVERSITY OF CALIFORNIAPRESS BERKELEY, CALIFORNIA For Sale by the Students' Cooperative Book Store, 405 Hilgard Avenue, Los Angeles Price Five Cents Administrative Bulletins of the University of California 1931-32. No.4 The bulletins concerning the colleges , schools, and departments of the University are listed below. For copies of these circulars, and for further. information, address the University of California Press, Berkeley, except in those cases where Los Angeles and San Francisco are indicated. The circulars are sent free except those for which a price (which includes postage) isgiven. The Circular of Information, with reference primarily to the Under- graduate Division at Berkeley: containing general information about the University, its organization , requirements for admission to under- graduate status, and for the bachelor's degree in the colleges of Letters and Science, Agriculture, Commerce, and Engineering; students' fees and expenses. Sent free by mail by the University Press on request. A charge of 5 cents is made for copies distributed on the University Campus. The Annual Announcement of Courses of Instruction in the Departments at Berkeley. Price, 30 cents. The Circular of Information of the University of California at Los Angeles: containing general information about the University, requirements for admission to undergraduate status, and for the bachelor' s degree in the College of Letters and Science, in the Teachers College, and in the Branch of the College of Agriculture in Southern California; students' fees and expenses. Sent free by mail by the University Press on request. -
Features and Design Intent in Engineering Sketches
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Repositori Institucional de la Universitat Jaume I Features and Design Intent in Engineering Sketches Raquel Plumed1, Peter Varley2, Pedro Company2 1 Department of Mechanical Engineering and Construction [email protected] 2 Institute of New Imaging Technologies [email protected], [email protected] Universitat Jaume I, Castellón de la Plana, Spain Abstract We investigate the problem of determining design intent from engineering sketches: what did the designer have in mind when sketching a component? Specifically, we consider the unidirectional reverse mapping from form features, as determined from an input sketch, to design features, representing the design intent present in the designer’s mind. We introduce a list of com- mon engineering form features. For each, we list which geometrical cues may be helpful in identifying these features in design sketches, and we list the design features which such form features commonly imply. We show that a reductionist approach which decomposes a diagram into form features can be used to deduce the design intent of the object portrayed in a drawing. We supply experimental results in support of this idea. 1 Introduction We aim to provide tools for design engineers who are already familiar with (and make good use of) the various features of state- of-the-art CAD packages, but who want the additional freedom offered by sketching when in the creative phase of designing a new product. Hence, we are interested in the interpretation of sketches of engineering components, both singly and in assemblies. -
CIJE1978 ABSTRACT: the MAIN POINT of THIS ESSAY IS TN§ 1Hr ACCESSION NUMBER;` 1J112249 SOUND ENERGY and Environmentalfolicy Is ONE THAT Erves NEEDS of LABOR
%I- I , AVAILABILITY.; -REPRINT AVAILABLE (SEE P. VII): UMI DESCRIPTOR: iicoNomIcsi 4.EMPtovolENTI ENERGY; mEtIVIRONMENTI * LABOR UNIONS; LABOR EC0NOMICs; POLIGY1 UNEMPLOYMENT JOGRNAL CITATION:. SCIENCE NEWS; 113; 16; 255 ISSUE; CIJE1978 ABSTRACT: THE MAIN POINT OF THIS ESSAY IS TN§ 1hr ACCESSION NUMBER;` 1J112249 SOUND ENERGY AND ENVIRONMENTALfOLICY is ONE THAT ERves NEEDS OF LABOR. 'THE ROLE OF LABOR /1,4 THE CONFLIC S BETH fN CLEARINGHOUSE ACCESSION NUMBER: 4E521937 ENERGY, ENVIRONMENT, ANO EMPLOYMENT IS DISCUSSED. NDR1 PUBLICATION ATE1 APR 78 AVAILABILITY: REPRINT AVAILABLE (SEE P..V111: UMI TITLE: THE SOL TRANSITION JOURNAL CITATION: ALTERNATIVES; 7; 3; 4 -13:16 P ER1ONAL AUTHOR: MMORIR, BARRY ApToet: .Ecomomicsi *ENERGY; *FEDERAL GOVERNMENTI' fACCESSION,NUIBER: EJ182600 IgrATIINIMAATAFIRItIMI WITATRIW2211 CCEARINGHOUSE ACCESSION NUMBER: AA528218 . ISSUE:, CIJEI97e . PUBLICATION FEB 78 :::// A gRwITEANET:11/ TITLE: 1977 MAJOR EOUCATION EVENT C FACIfill4LVESF141141111A2N111 Iga, NERGY PRE EN ED., IMR1 PERSONAL! AUTHOK: BROOINSKY, BEN e - 'AVilLASILITT.i REPRINT AVAILABLE (SEE P. VIII: UMI DEICRITON: *EDUCATIONAL TIEVEOPmENTi oMANDICAWED CH LOR *SUPREME COuR LITIGATI0N; *ENERGY CONSERVATIDN1 JOURNAL C)TATION: ENVIRONMENT; 20; 3,; 6- 10,13, op REN , REACTION; . GRAMiNG IBROAOCA5T11 CORPORAL PUNISHMENT ISSUE: C1JE1978 ACCESSION NUMBER; EJI82250 i, ABSTRACT: OESCRIBES THE EFFORT TO HANDICAPPED CLEAINGHOUSE ACCESSION NUMBER: 5E521938 CHILDREN UNDER PUBLIC 94-1421 DISCUSSDISCUSSES ESLUPREME CO T ACTION ON THE BAKKE CASE ANO ON CORPORAL -
Treatment of Diagrams in Document Image Analysis
Treatment of Diagrams in Document Image Analysis Dorothea Blostein, Edward Lank, Richard Zanibbi Computing and Information Science Queen’s University, Kingston Ontario, Canada, K7L 3N6 {blostein, lank, zanibbi}@cs.queensu.ca Document image analysis is the study of converting documents from paper form to an electronic form that captures the information content of the document. Necessary processing includes recognition of document layout (to determine reading order, and to distinguish text from diagrams), recognition of text (called Optical Character Recognition, OCR), and processing of diagrams and photographs. The processing of diagrams has been an active research area for several decades. A selection of existing diagram recognition techniques are presented in this paper. Challenging problems in diagram recognition include (1) the great diversity of diagram types, (2) the difficulty of adequately describing the syntax and semantics of diagram notations, and (3) the need to handle imaging noise. Recognition techniques that are discussed include blackboard systems, stochastic grammars, Hidden Markov Models, and graph grammars. 1. Introduction This paper concerns itself with diagram recognition, which is one component of document image analysis. Document image analysis involves conversion of a scanned document to an electronic form that captures the information content of the document [49]. The scope of diagram recognition problems is characterized by the following dimensions. • The diagram notation A great diversity of diagram notations are in use. Recognition techniques have been developed for a variety of notations, including engineering drawings [21] [22] [33] [35] [72], mathematics notation [1] [10] [17] [25] [28] [71], music notation [4] [9] [23] [36], chemical structure diagrams [46], circuit diagrams [14] [37] [51], and line drawings [13] [52] [62]. -
ENGINEERING DRAWING I Semester (AE/ ME/ CE) IA-R16
INSTITUTE OF AERONAUTICAL ENGINEERING (Autonomous) Dundigal, Hyderabad -500 043 MECHANICAL ENGINEERING ENGINEERING DRAWING I Semester (AE/ ME/ CE) IA-R16 Prepared By Prof B.V.S. N. Rao, Professor, Mr. G. Sarat Raju, Assistant Professor. UNIT I Scales 1. Basic Information 2. Types and important units 3. Plain Scales (3 Problems) 4. Diagonal Scales - information 5. Diagonal Scales (3 Problems) 6. Vernier Scales - information 7. Vernier Scales (2 Problems) SCALES DIMENSIONS OF LARGE OBJECTS MUST BE REDUCED TO ACCOMMODATE ON STANDARD SIZE DRAWING SHEET.THIS REDUCTION CREATES A SCALE FOR FULL SIZE SCALE OF THAT REDUCTION RATIO, WHICH IS GENERALLY A FRACTION.. R.F.=1 OR ( 1:1 ) SUCH A SCALE IS CALLED REDUCING SCALE MEANS DRAWING AND & OBJECT ARE OF SAME SIZE. THAT RATIO IS CALLED REPRESENTATIVE FACTOR. Other RFs are described SIMILARLY IN CASE OF TINY OBJECTS DIMENSIONS MUST BE INCREASED as FOR ABOVE PURPOSE. HENCE THIS SCALE IS CALLED ENLARGING SCALE. 1:10, 1:100, 1:1000, 1:1,00,000 HERE THE RATIO CALLED REPRESENTATIVE FACTOR IS MORE THAN UNITY. USE FOLLOWING FORMULAS FOR THE CALCULATIONS IN THIS TOPIC. DIMENSION OF DRAWING A REPRESENTATIVE FACTOR (R.F.) = DIMENSION OF OBJECT LENGTH OF DRAWING = ACTUAL LENGTH AREA OF DRAWING = V ACTUAL AREA VOLUME AS PER DRWG. = 3 V ACTUAL VOLUME B LENGTH OF SCALE = R.F. X MAX. LENGTH TO BE MEASURED. BE FRIENDLY WITH THESE UNITS. 1 KILOMETRE = 10 HECTOMETRES 1 HECTOMETRE = 10 DECAMETRES 1 DECAMETRE = 10 METRES 1 METRE = 10 DECIMETRES 1 DECIMETRE = 10 CENTIMETRES 1 CENTIMETRE = 10 MILIMETRES TYPES OF SCALES: 1. PLAIN SCALES ( FOR DIMENSIONS UP TO SINGLE DECIMAL) 2. -
Fastcad 7 5 Keygen Crack
Fastcad 7 5 Keygen Crack 1 / 4 Fastcad 7 5 Keygen Crack 2 / 4 3 / 4 Fastcad 7 serial numbers are presented here. No registration. The access to our data base is fast and free, enjoy.. Products are currently available for Windows/8, Windows/7, Vista, and Windows/XP-SP3. While some customers do run them on Windows 98, some functions .... More Than 9000 Software Cracks(cad/cae/cam/eda/pcb/gis/fea/cnc/cfd/pdm). (too old ... producing keygens, licenses for different proctection system (FlexLM ... CADENCE ORCAD UNISON SUITE PRO V10.5 ... FASTCAD V7.22 FastShip v6.7. CadTech SolidCAM 2003 v8.2.1 Bilingual SolidWorks WinAll Cracked [ 122,9 M]. DesignCad 3d Max ... Maxon Cinema 4D Studio Bundle v8.207 Multilanguage ------------- [ 32,5 M] ... Nero Burning ROM v6.0.0.15 Ultra Edition Incl.Keygen ----------- [ 20,7 M] ... FASTCAD V7.13 -------------------------------------------------- [ 24,8 M].. Evolution Computing, makers of FastCAD, EasyCAD, and CollectedThought ... FastCAD and EasyCAD v7.5 update and full install downloads ... Owners of older version 6 and 7 products (before 6.5 and 7.5) can get the last ... For drivers and support for 16-bit Windows and DOS products, please see our support page.. fastcad keygen fastcad 7.5 keygen 3d8dbe317c. Fastcad 7 5 Keygen Crack. fastcad 7 5 keygen crack. フォローする. ウォッチ数. 0. メンバー.. Fastcad 7 5 Keygen Free - ht. ... 2.7.5 keygen. Windows Security Officer 98 3.8.3.7 2940 Times . Solsuite ... Yamicsoft Windows 7 Manager 1.2.0 serial.. Fast Track Schedule 5.01 : s/n:1034735013645 key:58946 (5 users on network) .. -
1. Introduction to Computer Aided Drawing
1. Introduction to Computer Aided Drawing 1.1. COMPUTER GRAPHICS OVERVIEW In computer graphics we are generally concerned with images drawn on display screens. (Hard copies can then be made of these images if needed, using various types of plotting device.) There are several ways in which these images can be constructed and different types of display device use a range of imaging techniques to achieve acceptable visual representations. In modem industry, the computer supports all the design and manufacturing functions. The concept of a common database has effectively integrated these engineering functions and requires the engineer to be aware of the ramifications of changes anywhere in the design and manufacturing process. The link between the area of drawing and design and analysis is very strong. Computer aided design and drawing systems provide the means to generate 3D models with the computer and from those models generate drawings for manufacturing. Computer aided drawing is a technique to produce engineering drawings with the assistance of a computer. 1.2. COMPUTER AIDED DRAWING (CADD) Designers generally use drawings to represent the object which they are designing, and to communicate the design to others. Of course they will also use other forms of representation — symbolic and mathematical models, and perhaps three-dimensional physical models — but the drawing is arguably the most flexible and convenient of the forms of representation available. Drawings are useful above all, obviously, for representing the geometrical form of the designed object, and for representing its appearance. Hence the importance in computer-aided design (CAD) of the production of visual images by computer, that is computer graphics.