81. Solid Geometry 1. The Branch Of Mathematics That Deals With solid geometry 1. The branch of mathematics that deals with threedimensionalfigures and surfaces. solid geometry // Mathematics. http://www.homoexcelsior.com/omega.db/datum/mathematics/solid_geometry/7904

solid geometry Mathematics 1. The branch of mathematics that deals with three-dimensional figures and surfaces. Updated: 2001-03-16 Origin: Omega Database Editor: Omega related datum category score size geometry Mathematics geometrize Mathematics solid Mathematics spherical geometry Mathematics Riemannian geometry Mathematics plane geometry Mathematics sublimate Chemistry precipitate Chemistry frustum Mathematics concretion Pathology Datum rating:

82. Constructive Solid Geometry Home Course Home Page Up Types of Geometric Models Next Spacesubdivision techniques. Constructive solid geometry. The method http://www.ece.eps.hw.ac.uk/~dml/cgonline/hyper00/model/csg.html

Home: Course Home Page Up: Types of Geometric Models Next: Space sub-division techniques Constructive Solid Geometry The method of Constructive Solid Geometry arose from the observation that many industrial components derive from combinations of various simple geometric shapes such as spheres, cones, cylinders and rectangular solids. In fact the whole design process often started with a simple block which might have simple shapes cut out of it, perhaps other shapes added on etc. in producing the final design. For example consider the simple solid below: This simple component could be produced by gluing two rectangular blocks together and then drilling the hole. Or in CSG terms the the union of two blocks would be taken and then the difference of the resultant solid and a cylinder would be taken. In carrying out these operations the basic primitive objects , the blocks and the cylinder, would have to be scaled to the correct size, possibly oriented and then placed in the correct relative positions to each other before carrying out the logical operations. The Boolean Set Operators used are: union - A + B is the set of points that are in A or B.

83. Constructive Solid Geometry Constructive solid geometry Constructive solid geometry (CSG) defines solidsas the union, intersection, or difference of more primative solids. http://www.wes.hpc.mil/news/summaries/csg.htm

Constructive Solid Geometry Constructive Solid Geometry (CSG) defines solids as the union, intersection, or difference of more primative solids. A union merges solids together, an intersection is the area the solids have in common, and a difference (or subtraction) cuts one shape from another. A CSG database is built starting with one or more very basic solids (generally cones, bricks, spheres, prisms, and cylinders) and is built up using more primatives and the three operators described above. Last update: November 9, 1999

84. CSG - Constructive Solid Geometry - Boolean Algebra With POVRAY - Part I, Englis CSG Constructive solid geometry. Boolean Algebra with Solids. HereI want to explain some of the fundamental principals of constructing http://www.f-lohmueller.de/pov_tut/csg/povcsg1e.htm

POVRAY Raytracer descriptions by Friedrich A. Lohmueller deutsche Version To download page back to index part II - "union" and "merge" CSG - Constructive Solid Geometry Boolean Algebra with Solids Here I want to explain some of the fundamental principals of constructing new and more complex solids by combining primitive shapes.For this we use the technique called 'csg', which allows roughtly speaking the same operations with solids which are custom in boolean algebra - and a little bit more than that. In this case a solid is considered as a special set of points in the three dimensional space. On this set of points we can work with boolean set operations. csg objects: Such operations may be used with all solids and all shapes which have a clear defined "inside" and "outside". The most important of these are: "box", "sphere", "cylinder", "cone", "torus", "prism". A "plane" must be considered specially: the normal vector points to the "outside" of the plane while any points on the other side of this "plane" are defined as "inside". All csg operations may be combined freely. The csg operations are in detail: union of sets difference intersection complement opening by cuting off oder inverse back to the index part II - "union" and "merge"

85. ENC: Curriculum Resources: Exploring Solid Geometry. Part 2: Volumes And Surface Full Record Exploring solid geometry. Part 2 Volumes and surface areas of solidfigures. Cost. ISBN. Order . 1 Exploring solid geometry set (Parts 13). 79.95, http://www.enc.org/resources/records/0,1240,016435,00.shtm

Skip Navigation You Are Here ENC Home Curriculum Resources Advanced Search ... Ask ENC Explore online lesson plans, student activities, and teacher learning tools. Search Browse About Curriculum Resources Read articles about inquiry, equity, and other key topics for educators and parents. Create your learning plan, read the standards, and find tips for getting grants. Exploring solid geometry. Part 2: Volumes and surface areas of solid figures. ENC#: ENC-016435 Series: Vidmation series. Publisher: Edu2000/Village Video Date: Ordering Information Grades: Abstract: This videotape for grades 8 to 12, part of the VIDMATION series, explores the basic properties of solid geometry, focusing on the calculation of surface areas and volume. The seven part videotape series uses computer animation, live action video, and graphics to explain geometric shapes and principles. These videos are useful for viewing by individual students as well as a whole class, and are also intended for viewing by the teacher as a learning aid. Record Created: Last Modified: ENC does NOT distribute this resource.

86. ENC: Curriculum Resources: Exploring Solid Geometry. Part 2: Volumes And Surface Brief Record Exploring solid geometry. Part 2 Volumes and surface areas of solidfigures. Cost. ISBN. Order . 1 Exploring solid geometry set (Parts 13). 79.95, http://www.enc.org/resources/records/full/0,1240,016435,00.shtm

Skip Navigation You Are Here ENC Home Curriculum Resources Advanced Search ... Ask ENC Explore online lesson plans, student activities, and teacher learning tools. Search Browse About Curriculum Resources Read articles about inquiry, equity, and other key topics for educators and parents. Create your learning plan, read the standards, and find tips for getting grants. Exploring solid geometry. Part 2: Volumes and surface areas of solid figures. ENC#: ENC-016435 Series: Vidmation series. Publisher: Edu2000/Village Video Date: Ordering Information Grades: Abstract: This videotape for grades 8 to 12, part of the VIDMATION series, explores the basic properties of solid geometry, focusing on the calculation of surface areas and volume. The seven part videotape series uses computer animation, live action video, and graphics to explain geometric shapes and principles. These videos are useful for viewing by individual students as well as a whole class, and are also intended for viewing by the teacher as a learning aid. Reviews and Awards: (2001). Review of

87. Solid Geometry back to introWe learned about solid geometry. We made figures with three dimensions.(click on image to see full view) class art class art class art. http://www.pgcps.pg.k12.md.us/~pointer/garn1.html

We learned about Solid Geometry. We made figures with three dimensions. (click on image to see full view) Return to 'school front' Please send your comments and feedback about this web site to pridgeem@pgcps.org

88. Solid Geometry Investigations in solid geometry by Ellen Cole Oklahoma PASS Objectives7th Grade Mathematics III. GEOMETRY PLANE B. Describe, draw http://www.norman.k12.ok.us/092/techscope/solidgeo.htm

Norman Public Schools Technology Scope and Sequence Scope and Sequence Lessons ISC home NPS home Investigations in Solid Geometry by Ellen Cole Oklahoma PASS Objectives 7th Grade Mathematics III. GEOMETRY - PLANE B 8th GradeMathematics III. GEOMETRY - SOLID A . Construct models, sketch (from different perspectives), and classify solid figures such as rectangular solids, prisms, cones, cylinders, pyramids, and combined forms (e.g., draw a figure that could result from making 1, 2, or 3 cuts in a given solid). Instructional Technology Intermediate Level I. Demonstrate proper care of hardware and software. II. Follow verbal and computer-given directions using instructional software. IV. Identify and use computer terms appropriate to grade level. VI. Use the computer as a communication tool (documents, electronic mail, the Internet, telecommunications). (Numbers correlate to the Scope and Sequence matrix.) In this activity students will manipulate shapes on a web site and explore and identify polygons by characteristics. Students will also construct shapes and nets using Microsoft Word draw tools, paper, and various supplies.

89. Real-Time Animation Of Objects Modelled Using Constructive Solid Geometry (Resea RealTime Animation of Objects Modelled using Constructive solid geometry (1999)(Make Corrections) J. O'Loughlin, C. O'Sullivan Proceedings of the Spring http://citeseer.nj.nec.com/298334.html

Real-Time Animation of Objects Modelled using Constructive Solid Geometry (1999) (Make Corrections) J. O'Loughlin, C. O'Sullivan Proceedings of the Spring Conference in Computer Graphics '99 Home/Search Context Related View or download: cs.tcd.ie/pub/tech TCDCS199909.pdf Cached: PS.gz PS PDF DjVu ... Help From: vangogh.cs.tcd.ie (more) Homepages: C.O'Sullivan HPSearch (Update Links) Rate this article: (best) Comment on this article (Enter summary) Abstract: Computer graphics have long been used to help people visualise complex entities such as machine components and assemblies. Systems such as Computer-Aided Design (CAD) applications allow the creation of models and designs for objects by providing interactive tools that can be manipulated by designers. An important facet of interactive design is that it should be possible to see the effects of changes made on models immediately, i.e. in real-time. In this paper we are interested in applications... (Update) Active bibliography (related documents): More All Interactive Boolean Operations for Conceptual Design of 3-D.. - Rappoport, Spitz (1997) (Correct) ... (Correct) Similar documents based on text: More All General Purpose Z-Buffer CSG Rendering with Consumer Level.. - Gunter Erhart Robert (2000)

90. Constructive Solid Geometry Using Algorithmic Skeletons (ResearchIndex) This paper presents a study in the use of parallel algorithmic skeletons to programapplications of constructive solid geometry CSG. Constructive solid geometry http://citeseer.nj.nec.com/davy96constructive.html

Constructive Solid Geometry Using Algorithmic Skeletons (1996) (Make Corrections) J R Davy, H. Deldari, P M Dew Eurographics Workshop on Programming Paradigms in Graphics Home/Search Context Related View or download: scs.leeds.ac.uk/scs/doc/re 96_01.ps.Z Cached: PS.gz PS PDF DjVu ... Help From: comp.leeds.ac.uk/services/ (more) Homepages: J.Davy P.Dew HPSearch (Update Links) Rate this article: (best) Comment on this article (Enter summary) Abstract: This paper presents a study in the use of parallel algorithmic skeletons to program applications of constructive solid geometry (CSG). (Update) Similar documents (at the sentence level): A Polymorphic Library for Constructive Solid Geometry - Davy, Dew (1994) (Correct) Active bibliography (related documents): More All Parallel CSG, Skeletons and Performance Modelling - Deldari, Davy, Dew (1996) (Correct) ... (Correct) Similar documents based on text: More All The Performance of Parallel Algorithmic Skeletons - Deldarie, Davy, Dew (1995) (Correct) ... (Correct) BibTeX entry: (Update) Citations (may not include all citations): Parallel Algorithms for Shared Memory Machines (context) - Karp, Ramachandran - 1990

91. Constructive Solid Geometry (CSG) First Previous Next Last Index Home Text. Slide 29 of 33. http://www.cs.princeton.edu/courses/archive/fall99/cs426/lectures/solid/sld029.h

92. Converting STL Files To Solid Geometry - Open 3D Forum Message Converting STL files to solid geometry. Is there a way to convert anSTL to solid geometry in either Pro/E or SolidWorks? Follow Up Messages http://www.designcommunity.com/messages/10183.html

Design Community Open 3D Discussion Message - Converting STL files to solid geometry Follow Ups Open 3D Forum DesignWorkshop Forum Architecture Forum Posted by L Jones on December 10, 2001 at 09:17:27: Is there a way to convert an STL to solid geometry in either Pro/E or SolidWorks? Follow Up Messages: Re: Converting STL files to solid geometry Tomasz Kawa Re: Converting 3DMAX files to STL solid geometry Ertu Re: Converting STL files to solid geometry Greg Funk Post a Follow Up Message - Name: E-Mail: Subject: Comments: Optional Link URL: Link Title: Optional Image URL: Open 3D Forum DesignWorkshop 3D Forum User Gallery Architecture Forum ... Index This document is provided for on-line viewing only. http://www.DesignCommunity.com/messages/10183.html

93. Re: Converting STL Files To Solid Geometry - Open 3D Forum Message Re Converting STL files to solid geometry. In Reply to Converting STLfiles to solid geometry posted by L Jones on December 10, 2001 at 091727 http://www.designcommunity.com/messages/10408.html

Design Community Open 3D Discussion Message - Re: Converting STL files to solid geometry Follow Ups Open 3D Forum DesignWorkshop Forum Architecture Forum Posted by Tomasz Kawa on January 17, 2002 at 10:25:20: In Reply to: Converting STL files to solid geometry posted by L Jones on December 10, 2001 at 09:17:27: 'Converting STL files to solid geometry' From what I understand you have an STL file and no sotware to read it, right? I don't know about Pro/E ( I don't think so), but Solid Works can't do it. I work on Catia v5 and it can't do it either. (Catia and SolidWorks have only export capability - no import). The only program which is capable of importing and exporting an STL file to either IGES, SAT, Parasolid or STEP is ( unbelievable) Cadkey (latest versions, if I remember correctly it's Cadkey19). Don't expect miracles. If you have a high resolution, large and complex STL data it will translate with errors or it will not translate at all. But at least you can get a surface file and make correction in Pro/E or in other software. One more thing. Never believe in the output data. Always check the feature sizes. Meny often it converts with errors. Cadkey is famous because of it.

94. I Constructive Solid Geometry /i Constructive solid geometry. To implement Constructive solid geometry(CSG), I added two new object types to Gn. These objects were http://www.student.math.uwaterloo.ca/~cs488/Contrib/awscreen/docs/subsectionstar

Next: Solid Texture Mapping Up: Algorithms Previous: Refraction Constructive Solid Geometry The source for CSG calculations can be found in the file intersect.c , in the functions CSGdifference and CSGintersection awscreen@noether.math.uwaterloo.ca Wed Aug 2 20:30:34 EDT 1995

95. Practical Plane & Solid Geometry Models Practical Plane solid geometry Models. White Sectional Models withsectioned surfaces painted red. Average height 25cm ( 10 in). http://www.cussons.co.uk/products/p1121.html

White Sectional Models with sectioned surfaces painted red. Average height 25cm ( 10 in). The following models are available: P1121 Cone with 4 sections P1122 Frustum of Cone P1123 Hexagonal Prism, with oblique section P1124 Hexagonal Pyramid, with oblique section P1125 Pentagonal Prism, with oblique section P1126 Pentagonal Pyramid, with oblique section P1127 Triangular Prism, with oblique section P1128 Triangular Pyramid, with oblique section P1129 Square Pyramid, with oblique section P1130 Cylinder, with oblique section P1131 Square Prism, with section, to illustrate a fundamental proposition in hand railing P1132 *Tetrahedron P1133 *Cube P1134 *Octahedron, not in section P1135 *Dodecahedron P1136 *Icosahedron P1137 Sphere P1140 Complete set of 17 models * These regular bodies are of such a size as may be enveloped by as a P1137 Sphere. The six models thus form a comparative set. Their average height is 20cm (8 in). Press [More Info] for (247KB) datasheet. [Back to Visual Aids Index] [Next] Revised : January 2003

96. Constructive Solid Geometry From FOLDOC CSG . constructive solid geometry. graphics (CSG) A method for describing thegeometry of complex scenes by applying set operations to primitive objects. http://csai03.is.noda.sut.ac.jp/foldoc/foldoc.cgi?CSG

97. OneCNC Hybrid CAD/CAM creates machine ready NC code directly from a solid model, surface model or wireframe geometry creating clearance planes, rapid approaches, calculating feeds and speeds, and estimating machine time. http://www.qarm.com.au/

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98. TrueGrid® - Quality Hexahedral Mesh Generation An Interactive 3D hexahedral mesh generation system for Finite Element and Finite Difference simulation codes. Imports CAD and solid model geometry and exports to the most popular simulation codes. Suited for structures, fluids, biomechanics, heat transfer, and electrodynamics analysis. http://truegrid.com/

True Grid is a Registered Trademark of XYZ Scientific Applications, Inc. High Quality Hexahedral Grid and Mesh Generation for Fluids and Structures True Grid is a general purpose mesh generation program with sophisticated relaxation and parameterization capabilities. It has been optimized to produce high quality, structured, multi-block hex meshes or grids and serves as a preprocessor to over 30 of today's most popular analysis codes. If you would like to try before you buy, Call or e-mail for a free, fully functional, trial of True Grid Version 2.1 with full technical support. Overview News FAQ Import ... Questions, comments, suggestions. www.truegrid.com/Welcome.html Nov 22, 2002

99. AutoGeometer Provides users with commonly used tools for plane, solid, and analytic geometry. http://www.techosoft.com/

100. Icosahedron From MathWorld A plane perpendicular to a axis of an icosahedron cuts the solid in a regular Coxeter,H. S. M. Introduction to geometry, 2nd ed. New York Wiley, 1969. http://mathworld.wolfram.com/Icosahedron.html

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