Tabla de Contenidos:
  • ""COMPUTER GRAPHICS""; ""COMPUTER SCIENCE, TECHNOLOGYAND APPLICATIONS""; ""CONTENTS""; ""PREFACE""; ""COMPUTER-AIDED DESIGNAND COMPUTER GRAPHICS""; ""ABSTRACT""; ""1. INTRODUCTION""; ""2. IT REVOLUTION AND CAD AS AN IMPORTANTIT-APPLICATION AREA""; ""3. PLANNING AND DESIGN AS A PROBLEM SOLVING PROCESS ANDVITAL ROLE OF COMPUTERSWITH GRAPHICS CAPABILITIES""; ""4. UTILITY OF COMPUTER GRAPHICSIN CAD PERTINENT TO AEC SECTOR""; ""4.1. Interactive Computer Graphics and Geometric Modelling in AEC CAD""; ""4.2. Computer Aided Planning and Design Analysis Using Graphics""
  • ""4.2.1. Urban Development Planning Policy Analysis
  • A Descriptive Numeric-Graphic Model""""4.2.2. Urban Planning And Design Analysis Using Numeric-Graphic Model â€?AnIllustrative Example""; ""4.3. Computer-Aided Design by Optimisation and Computer Graphics""; ""4.3.1. Optimization In Structural Engineering-A Model For Least-Cost Design OfReinforced Concrete Beam""; ""4.3.2. An 'Application Software' For Integrated Computer Aided Optimal DesignAnd Drafting In Structural Engineering (Reinforced Concrete Beam)""; ""4.4. Architectural and Engineering Drafting""
  • ""4.5. Participatory Urban Planning and Design Using Operations ResearchTools for More Effective Urban Planning Policies""""4.5.1. FAR & Built-Unit-Cost Interaction- Urban Management And Housing AndUrban Development Planning And Design Policy Implications""; ""4.5.2. Building-Rise-Density Interaction â€? Urban Management And Building AndUrban Development Planning And Design Policy Implications""; ""4.5.3. Need For Integrated Urban Management Approach And Urban ManagementEducation""; ""4.6. Integrated Computer Aided Design by Optimization""
  • ""5. GRAPHICS PROGRAMMING IN PLANNINGAND DESIGN IN AEC SECTOR""""5.1. Application of Graphics Programming Using Autolisp
  • An Example""; ""6. CONCLUSION""; ""REFERENCES""; ""APPENDIX-A""; ""Subject: Computer-Aided Planning and Design by Optimization""; ""A Suggestive Course-Content:""; ""APPENDIX-B""; ""THE USE OF ADOBE PHOTOSHOPPROGRAM AS A PLANNING TOOLIN THE FIELD OF DEFORMITYCORRECTION SURGERY""; ""ABSTRACT""; ""INTRODUCTION""; ""FRONTAL PLANE MECHANICAL AXIS PLANNING""; ""I. Identify the Source of Malalignment""; ""1. Mark The Centers Of The Hip, Knee And Ankle Joints""
  • ""2. Mechanical Axis And MAD (Mechanical Axis Deviation)""""3. Joint Orientation Lines""; ""4. Joint Orientation Angles""; ""II. Identify the Level of the CORA""; ""1. Tibial Mechanical Axis Planning""; ""2. Femoral Mechanical Axis Planning""; ""III. Simulating Corrective Osteotomies""; ""1. Open Wedge Osteotomy""; ""2. Maquet Dome Osteotomy""; ""3. Reversed Focal Dome Osteotomy""; ""4. Closing Wedge Osteotomy""; ""CONCLUSION""; ""CONFLICT OF INTEREST STATEMENT""; ""REFERENCES""