Up and running with AutoCAD 2022 : 2D and 3D drawing, design and modeling. / Elliot J. Gindis, President - Vertical Technologies, Los Angeles, CA, United States, Robert C. Kaebisch, Construction Sciences - Architecture/Structural, Gateway Technical College, Sturtevant, WI, United States. txt

Por:

Gindis, Elliot

Colaborador(es):

Kaebisch, Robert C

Editor: London, England ; San Diego, CA : Academic Press, 2022Descripción: xix, 839 p. : ill. ; 28 cmTipo de contenido:

text

Tipo de medio:

unmediated

Tipo de soporte:

volume

ISBN:

9780323899239
0323899234

Tema(s):

Clasificación CDD:

23 006.6869

Clasificación LoC:

T385 G56 2022

Contenidos:

Level 1: Chapters 1-10: 1. AutoCAD fundamentals-Part I -- 1.1 Introduction and basic commands -- Create Objects -- Edit/Modify Objects -- View Objects -- 1.2 The AutoCAD environment -- 1.3 Interacting with AutoCAD -- Method 1. Type in the commands on the command line -- Method 2. Use the Ribbon tabs, Panels, and Tools -- 1.4 Practicing the create objects commands -- Line -- Circle -- Arc -- Rectangle -- 1.5 View objects -- Zoom -- Pan -- Regen -- 1.6 Practicing the Edit/Modify objects commands -- Erase -- Move -- Copy -- Rotate -- Scale -- Trim -- Extend -- Offset -- Mirror -- Fillet -- 1.7 Selection methods -- 1.8 Drawing accuracy-part 1 -- Ortho (F8) -- 1.9 Drawing accuracy-part 2 -- OSNAPS -- ENDpoint -- MIDpoint -- CENter -- QUADrant -- INTersection -- PERPendicular -- 1.10 OSNAP drafting settings -- Summary -- Review questions -- Exercises -- 2. AutoCAD fundamentals-Part II -- 2.1 GRIPS -- 2.2 Units and scale -- 2.3 Snap and Grid -- To set Snap -- To set Grid -- 2.4 Cartesian coordinate system -- 2.5 Geometric data entry -- Dynamic Input -- Manual Input -- 2.6 Inquiry commands -- Quick -- Area -- Distance -- List -- ID -- Radius and Angle -- 2.7 Additional drafting commands -- Explode -- Polygon -- Drawing challenge-star -- Ellipse -- Chamfer -- Templates -- Limits -- Save -- Help files -- TANgent OSNAP -- Time -- Drawing the star -- Summary -- Review questions -- Exercises -- Spotlight on: architecture -- 3. Layers, colors, linetypes, and properties -- 3.1 Introduction to layers -- What are layers? -- Why use them? -- Creating and deleting layers -- Making a layer current -- Assigning layer colors -- Index Color -- True Color -- Color Books -- Layer Freeze/Thaw and On/Off -- Layer Lock/Unlock -- 3.2 Introduction to linetypes -- 3.3 Introduction to properties -- Properties palette -- Match Properties -- Layers and the Ribbon -- 3.4 In-class drawing project: floor plan layout -- Basic file preparation -- Starting the floor plan -- Drawing the inner wall geometry -- Drawing the doors and windows -- Doors -- Windows -- Summary -- Review questions -- Exercises -- 4. Text, mtext, editing, and style -- 4.1 Introduction to text and mtext -- 4.2 Text (single line) -- Editing Text -- 4.3 Mtext -- Formatting mtext -- Toolbar text editing -- 4.4 Style -- 4.5 Spell check -- 4.6 In-Class drawing project: adding text and furniture to floor plan layout -- NEArest OSNAP -- Summary -- Review questions -- Exercises -- 5. Hatch patterns -- 5.1 Introduction to Hatch -- Architecture -- Civil engineering -- Mechanical engineering -- 5.2 Hatch procedures -- Step 1. Pick the Hatch pattern you want to use -- Step 2. Indicate where you want the pattern to go -- Step 3. Fine-Tune the pattern by adjusting scale and angle (if necessary) -- Step 4. Watch the Preview of the pattern -- and accept it if it is OK -- 5.3 Working with Hatch patterns -- Exploding Hatch patterns -- Hatch pattern layers and colors -- Advanced Hatch topics -- 5.4 Gradient and solid fill -- Solid fill -- 5.5 SuperHatch -- 5.6 In-Class drawing project: adding Hatch to floor plan layout -- Summary -- Review questions -- Exercises -- Spotlight on: mechanical engineering -- 6. Dimensions -- 6.1 Introduction to dimensions -- 6.2 Types of dimensions -- Linear dimensions -- Aligned dimension -- Diameter dimension -- Radius dimension -- Angular dimension -- Continuous dimensions -- Baseline dimensions -- Leader and multileader -- Leader -- Multileader -- Secondary dimensions -- 6.3 Editing dimensions -- 6.4 Customizing dimensions -- Dinstyle -- Step 1. Change the units of the dimensions -- Step 2. Change the font of the dimensions -- Step 3. Change the arrowheads of the dimensions -- Step 4. Change the fit isize of the dimensions -- 6.5 Center marks and centerlines -- 6.6 In-Class drawing project: adding dimensions to floor plan layout -- Summary -- Review questions -- Exercises -- 7. Blocks, Wblocks, dynamic blocks, groups, and purge -- 7.1 Introduction to blocks -- Blocks versus the wblock command -- Creating a block -- 7.2 Insert -- 7.3 Purge -- 7.4 Wblocks -- Retain -- Convert to block -- Delete from drawing -- Inserting blocks from other files or entire .dwg files -- 7.5 Dynamic blocks -- Actions and parameters -- Visibility -- 7.6 Groups -- Summary -- Review questions -- Exercises -- 8. Polar, rectangular, and path arrays -- 8.1 Polar array -- Steps in creating a polar array Additional operations with polar array -- 8.2 Rectangular array -- Steps in creating a rectangular array Additional operations with rectangular -- array -- 8.3 Path array -- Steps in creating a path array -- Additional operations with path array -- 8.4 in-class drawing project: mechanical -- device -- Summary -- Review questions -- Exercises -- Spotlight on: interior design -- 9. Basic printing and output -- 9.1Introduction to printing and plotting -- 9.2 The essentials -- What printer or plotter to use -- What paper size to use -- What area to plot -- At what scale to plot What pen settings to use -- What orientation to use -- What offset to use -- Miscellaneous -- 9.3 The plot dialog box -- Preview -- 9.4 Page setup manager -- Summary -- Review questions -- Exercise -- 10. Advanced output-Paper Space -- 10.1 Introduction to Paper Space -- What is Paper Space? -- 10.2 Paper Space concepts -- Layouts -- Viewports -- Floating Model Space -- Modifying the Viewport -- Polygonal Viewport -- Scaling -- Layers -- Lock VP -- Hiding the VP -- Text and dims -- Annotation and Annotative Objects -- Summary -- Review questions -- Exercises -- Level 1 -- Answers to review questions -- Level 2 -- Chapters 11-20 -- 11. Advanced linework -- 11.1 Introduction to advanced linework -- 11.2 Pline (polyline) -- Pedit -- Exploding a pline -- Additional pline options -- Boundary -- 11.3 Xline (construction line) -- 11.4 Ray -- 11.5 Spline -- 11.6 Mline (multiline) -- Modifying the mline -- Mistyle (multiline style) -- Mledit (Multiline Editi -- Other Mline properties -- 11.7 Sketch -- Applications of sketch -- GEOmetric center OSNAP -- 11.8 Level 2 drawing project (1 of 10): architectural floor plan -- Summary -- Review questions -- Exercises -- 12. Advanced layers -- 12.1 Introduction to advanced layers -- 12.2 Script files -- 12.3 Layer State Manager -- 12.4 Layer filtering -- 12.5 Layer Freeze, Isolate, and Walk -- Layer Freeze -- Layer Isolate -- Layer Walk -- 12.6 Level 2 drawing project (2 of 10): architectural floor plan -- Summary -- Review questions -- Exercises -- Spotlight on: electrical engineering -- 13. Advanced dimensions -- 13.1 Introduction to advanced dimensions -- 13.2 Dimension Style Manager -- Lines tab -- Symbols and Arrows tab -- Text tab -- Fit tab -- Primary Linits tah -- Alternate Units tab -- Tolerances tab -- 13.3 Introduction to constraints -- 13.4 Geometric constraints -- Types of geometric constraints -- Adding geometric constraints -- Hiding showing, and deleting geometric constraints -- 13.5 Dimensional constraints -- Working with dimensional constraints -- 13.6 Dimension-driven design -- 13.7 Level 2 drawing project (3 of 10: architectural floor plan -- Summary -- Review questions -- Exercises -- 14. Options, Shortcuts, CUI, Design Center, and Express Tools -- 14.1 Options -- Files tab -- Display tab -- Open and Save tab -- Plot and Publish tab -- Systern tab -- User Preferences tab -- Drafting tab -- 3D Modeling tab -- Selection tab -- 14.2 Shortcuts -- PGP File -- Altering the PCP File -- 14.3 Customize User Interface -- 14.4 Design Center -- 14.5 Express tools -- Blocks Tools -- Text Tools -- Modify tools -- Layout tools -- Draw tools -- Dimension tools -- Tols Tools -- Web tools -- 146 Level 2 drawing project (4 of 10): Architectural floor plan. -- Summary -- Review questions -- Exercises -- 15. Advanced design and file management tools -- 15.1 Introduction to advanced design and file management tools: -- 15.2 Align -- 15.3 Action recording -- 15.4 Audit and recover -- 155 Blend -- 15.6 Break and join. -- Break, Method 1 -- Single Break, Method 2 -- 15.7 CAD standards -- 15. Calculator -- 15.9 Delpoints -- 15.10 Divide and point style -- 15.11 Donut -- 15.12 Draw order -- 15.13 eTransmit -- 15.14 Filter -- 15.15 Hyperlink -- 15.16 Lengthen -- 15.17 Object snap tracking -- 15.18 Overkill -- 15.19 Point and node -- 15:20 Publish -- 15.21 Master -- 15.22 Revtloud -- 15.25 Sheet sets -- 15.34 Selection methods -- 15.25 Stretch -- 15.26 System variables -- 15.27 Tables -- 15.28 Tool palette -- 15.29 UCS and crosshair rotation -- Method 1 -- Method 2 -- 15.30 Window tiling -- 15.31 Wipeout -- 15.32 architectural floor -- Level 2 drawing project 5 of 10 architectural floor plan -- Summary -- Review questions -- Exercises -- Spotlight on: civil engineering -- 16. Importing and exporting data -- 16.1 Introduction to importing and exporting data -- 16.2 Importing and exporting to and from MS office applications -- Word Into AutoCAD -- AutoCAD into word -- Excel into AutoCAD -- AutoCAD into Excel -- PowerPoint into AutoCAD -- AutoCAD into PowerPoint -- 16.3 Screen shots -- 16.4 JPGs -- 16.5 PDFs -- 16.6 Other CAD software -- 16.7 Exporting and the save as feature -- 16.8 Inserting and OLE -- 16.9 Level 2 drawing project (6 of 10): architectural floor plan -- Summary -- Review questions -- Exercise -- 17. External references (xrefs) -- 17.1 Introduction to xrefs -- What is an xref? -- Why do we need an xreft What is the benefit? -- 17.2 Using xrefs -- 17.3 Layers in xrefs -- 17.4 Editing and reloading xrefs -- 17.5 Multiple xrefs -- 17.6 Ribbon and xrefs -- 17.7 Level 2 drawing project (7 of 10): architectural floor plan -- Summary -- Review questions -- Exercise -- 18. Attributes -- 18.1 Introduction to attributes -- 18.2 Creating the design -- 18.3 Creating the attribute definitions -- 18.4 Creating the attribute block -- 18.5 Attribute properties and editing -- Exploding attributes -- Inserting attributes -- 18.6 Attribute extraction -- 18.7 Invisible attributes -- 18.8 Level 2 drawing project (8 of 10): architectural floor plan -- Summary -- Review questions -- Exercise -- Spotlight on: aerospace engineering -- 19. Advanced output and pen settings -- 19.1 Introduction to advanced pen settings -- 19.2 Setting standards -- 19.3 The CTB file -- Step 1 -- Step 2 -- Step 3 -- 19.4 Additional CTB file features -- 19.5 Lineweight VISIBILITY Settings -- 19.6 Level 2 drawing project (9 of 10): architectural floor plan. -- Summary -- Review questions -- Exercise -- 20. Isometric drawing -- 20.1 Introduction to graphical projection -- Types of projections -- 20.2 Isometric projection -- Why use isometric projection instead 3D? -- When not to use isometric perspective -- 20.3 Basic technique -- 20.4 Ellipses in isometric -- 20.5 Text and dimensions in isometric drawing -- 20.6 Level 2 drawing project (10 of 10): architectural floor plan -- Summary -- Review questions -- Exercises -- Level 2 -- Answers to review questions -- Level 3 -- Chapters 21-30 -- 21. 3D Basics -- 21.1 Axes, Planes, and Faces -- 21.2 3D Workspaces, Ribbon, Toolbars, and 3D Options -- 21.3 Entering and Exiting 3D -- 21.4 Projecting into 3D -- Method 1 (New) -- Method 2 (Classic) -- 21.5 3D Dynamic Views: -- 21.6 Extrude -- 21.7 Visual Styles: Hide and Shade -- 21.8 Viewcube and Navigation Bar -- Summary -- Review Questions -- Exercises -- 22. Object Manipulation -- 22.1 Introduction to Object Manipulation -- Rotate3D -- Drotate (Gizmo) -- Mirror 3D -- 3Darray -- 3Dscale -- 3Dmove -- Fillets and Charlees in 3D -- Summary -- Review Questions -- Exercises -- Spotlight on: chemical engineering -- 23. Boolean operations and primitives -- 21.1 Introduction to boolean operations -- Union -- Subtract -- Intersect -- 23.2 Introduction to primitives -- Box -- Wedge -- Cone -- Sphere -- Cylinder -- Torus -- Pyrami -- 23.3 Applying primitives -- Summary -- Review questions -- Exercises -- 24. Solid Modeling -- 24.1 Introduction to Solid Modeling Revolve -- Shell -- Taper -- Loft -- Path Extrusion -- Sweep -- Summary -- Review questions -- Exercises -- 25. Advanced Solids, Faces, and Edges -- 25.1 Introduction To Advanced Solids, faces. And Edges -- Polysolid -- Helix -- 30 Path Array -- 3Dalign -- 25.2 Working With Faces -- Delete Faces -- Move Faces -- Copy Faces -- Offset Faces: -- Rotate Faces -- Color Faces -- Working With Edges -- 25.3 Color Edges -- Copy Edges -- Summary -- Review questions -- Exercises -- Spotlight on: biomedical engineering -- 26. Surfaces and meshes -- 26.1 Introduction to Surfaces and Meshes -- 26.2Surfacing Commands -- Planar Surface -- Region -- Rulesurf -- Tahsurf -- Revsurf -- Edgesurt -- 3Dface and 30mesh -- 26.3 Smooth Mesh Primitives -- Mesh Modification 1. Smoothness -- Mesh Modification 3. Additional Tools -- Summary -- Review questions -- Exercises -- 27. Slicing, sectioning, layouts, and vports -- 27.1 Introduction to slicing sectioning layouts, and vports -- 27.2 Slicing and sectioning -- Slice -- Section -- 27.3 Layouts and details -- Additional layout options -- 27.4 Flatten and Batshot -- Flatten Flatshot -- 27.5 Vports -- Summary -- Review questions -- Exercise -- 28. Advanced UCS, Views, Text, and Dimensions in 3D -- 28.1 Introduction To Advanced Ucs, Views, Text, And Dimensions In 3d -- 28.2 Advanced Ucs -- UCS -- World -- UCS Previous -- Face UCS -- Object View -- Origin -- Z-Axis Vector -- 3 Point -- X, Y and Z -- Named UCS -- 28.3 Views And View Manager -- 28.4 Text And Dimensions In 3d -- Summary -- Review questions -- Exercise -- Spotlight on: drafting, CAD management, teaching, and consulting -- 29. Dview, camera, walk and fly, path animation -- 29.1 Dynamic view -- Camera -- Target -- Distance -- Points -- Pan -- Zoom -- Twist -- Clip -- Hide -- Undo -- 29.2 Cameras -- 29.3 Walk and fly -- 29.4 Path animation -- Summary -- Review questions -- Exercises -- 30. Lighting and rendering -- 30.1 Introduction to lighting and rendering -- 30.2 Lighting -- Point light -- Spotlight -- Distant light -- Shadows, sun, and sky -- 30.3 Materials and rendering -- Materials -- Summary -- Rendering -- Review questions -- Exercise -- Level 3 Answers to review questions -- Appendix A Additional information on AutoCAD -- Appendix B: Other CAD software, designs and analysis tools, and concepts -- Appendix C File extensions -- Appendix D: Custom linetypes and hatch patterns -- Appendix E Principles of CAD management -- Appendix F: AutoLISP basics and advanced customization tools -- Appendix G. PC hardware, printers/plotters, networks, and the cloud -- Appendix H: What are keels! -- Appendix I: Lighting, rendering, effects, and animation -- Appendix J: 3D printing -- Appendix K: AutoCAD certification exams -- Appendix L AutoCAD employment Appendix M. The future of AutoCAD -- Index --

Existencias
Imagen de cubierta	Tipo de ítem	Biblioteca actual	Biblioteca de origen	Colección	Ubicación en estantería	Signatura topográfica	Materiales especificados	Info Vol	URL	Copia número	Estado	Notas	Fecha de vencimiento	Código de barras	Reserva de ítems	Prioridad de la cola de reserva de ejemplar	Reservas para cursos
	Libro Referencia CARIBET	CARIBET Biblioteca Arquitectura Colección de Referencia CARIBET				Referencia T385 G56 2022 (Navegar estantería(Abre debajo))				1	Disponible			91000000069484

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Up and Running with AutoCAD 2022: 2D and 3D Drawing, Design and Modeling presents a combination of step-by-step instruction, examples and insightful explanations. The book emphasizes core concepts and practical application of AutoCAD in engineering, architecture and design. Equally useful in instructor-led classroom training, self-study or as a professional reference, the book is written by a long-time AutoCAD professor and instructor with the user in mind.

Includes index.

Level 1:
Chapters 1-10:
1. AutoCAD fundamentals-Part I --
1.1 Introduction and basic commands --
Create Objects --
Edit/Modify Objects --
View Objects --
1.2 The AutoCAD environment --
1.3 Interacting with AutoCAD --
Method 1. Type in the commands on the command line --
Method 2. Use the Ribbon tabs, Panels, and Tools --
1.4 Practicing the create objects commands --
Line --
Circle --
Arc --
Rectangle --
1.5 View objects --
Zoom --
Pan --
Regen --
1.6 Practicing the Edit/Modify objects commands --
Erase --
Move --
Copy --
Rotate --
Scale --
Trim --
Extend --
Offset --
Mirror --
Fillet --
1.7 Selection methods --
1.8 Drawing accuracy-part 1 --
Ortho (F8) --
1.9 Drawing accuracy-part 2 --
OSNAPS --
ENDpoint --
MIDpoint --
CENter --
QUADrant --
INTersection --
PERPendicular --
1.10 OSNAP drafting settings --
Summary --
Review questions --
Exercises --
2. AutoCAD fundamentals-Part II --
2.1 GRIPS --
2.2 Units and scale --
2.3 Snap and Grid --
To set Snap --
To set Grid --
2.4 Cartesian coordinate system --
2.5 Geometric data entry --
Dynamic Input --
Manual Input --
2.6 Inquiry commands --
Quick --
Area --
Distance --
List --
ID --
Radius and Angle --
2.7 Additional drafting commands --
Explode --
Polygon --
Drawing challenge-star --
Ellipse --
Chamfer --
Templates --
Limits --
Save --
Help files --
TANgent OSNAP --
Time --
Drawing the star --
Summary --
Review questions --
Exercises --
Spotlight on: architecture --
3. Layers, colors, linetypes, and properties --
3.1 Introduction to layers --
What are layers? --
Why use them? --
Creating and deleting layers --
Making a layer current --
Assigning layer colors --
Index Color --
True Color --
Color Books --
Layer Freeze/Thaw and On/Off --
Layer Lock/Unlock --
3.2 Introduction to linetypes --
3.3 Introduction to properties --
Properties palette --
Match Properties --
Layers and the Ribbon --
3.4 In-class drawing project: floor plan layout --
Basic file preparation --
Starting the floor plan --
Drawing the inner wall geometry --
Drawing the doors and windows --
Doors --
Windows --
Summary --
Review questions --
Exercises --
4. Text, mtext, editing, and style --
4.1 Introduction to text and mtext --
4.2 Text (single line) --
Editing Text --
4.3 Mtext --
Formatting mtext --
Toolbar text editing --
4.4 Style --
4.5 Spell check --
4.6 In-Class drawing project: adding text and furniture to floor plan layout --
NEArest OSNAP --
Summary --
Review questions --
Exercises --
5. Hatch patterns --
5.1 Introduction to Hatch --
Architecture --
Civil engineering --
Mechanical engineering --
5.2 Hatch procedures --
Step 1. Pick the Hatch pattern you want to use --
Step 2. Indicate where you want the pattern to go --
Step 3. Fine-Tune the pattern by adjusting scale and angle (if necessary) --
Step 4. Watch the Preview of the pattern --
and accept it if it is OK --
5.3 Working with Hatch patterns --
Exploding Hatch patterns --
Hatch pattern layers and colors --
Advanced Hatch topics --
5.4 Gradient and solid fill --
Solid fill --
5.5 SuperHatch --
5.6 In-Class drawing project: adding Hatch to floor plan layout --
Summary --
Review questions --
Exercises --
Spotlight on: mechanical engineering --
6. Dimensions --
6.1 Introduction to dimensions --
6.2 Types of dimensions --
Linear dimensions --
Aligned dimension --
Diameter dimension --
Radius dimension --
Angular dimension --
Continuous dimensions --
Baseline dimensions --
Leader and multileader --
Leader --
Multileader --
Secondary dimensions --
6.3 Editing dimensions --
6.4 Customizing dimensions --
Dinstyle --
Step 1. Change the units of the dimensions --
Step 2. Change the font of the dimensions --
Step 3. Change the arrowheads of the dimensions --
Step 4. Change the fit isize of the dimensions --
6.5 Center marks and centerlines --
6.6 In-Class drawing project: adding dimensions to floor plan layout --
Summary --
Review questions --
Exercises --
7. Blocks, Wblocks, dynamic blocks, groups, and purge --
7.1 Introduction to blocks --
Blocks versus the wblock command --
Creating a block --
7.2 Insert --
7.3 Purge --
7.4 Wblocks --
Retain --
Convert to block --
Delete from drawing --
Inserting blocks from other files or entire .dwg files --
7.5 Dynamic blocks --
Actions and parameters --
Visibility --
7.6 Groups --
Summary --
Review questions --
Exercises --
8. Polar, rectangular, and path arrays --
8.1 Polar array --
Steps in creating a polar array Additional operations with polar array --
8.2 Rectangular array --
Steps in creating a rectangular array Additional operations with rectangular --
array --
8.3 Path array --
Steps in creating a path array --
Additional operations with path array --
8.4 in-class drawing project: mechanical --
device --
Summary --
Review questions --
Exercises --
Spotlight on: interior design --
9. Basic printing and output --
9.1Introduction to printing and plotting --
9.2 The essentials --
What printer or plotter to use --
What paper size to use --
What area to plot --
At what scale to plot
What pen settings to use --
What orientation to use --
What offset to use --
Miscellaneous --
9.3 The plot dialog box --
Preview --
9.4 Page setup manager --
Summary --
Review questions --
Exercise --
10. Advanced output-Paper Space --
10.1 Introduction to Paper Space --
What is Paper Space? --
10.2 Paper Space concepts --
Layouts --
Viewports --
Floating Model Space --
Modifying the Viewport --
Polygonal Viewport --
Scaling --
Layers --
Lock VP --
Hiding the VP --
Text and dims --
Annotation and Annotative Objects --
Summary --
Review questions --
Exercises --
Level 1 --
Answers to review questions --
Level 2 --
Chapters 11-20 --
11. Advanced linework --
11.1 Introduction to advanced linework --
11.2 Pline (polyline) --
Pedit --
Exploding a pline --
Additional pline options --
Boundary --
11.3 Xline (construction line) --
11.4 Ray --
11.5 Spline --
11.6 Mline (multiline) --
Modifying the mline --
Mistyle (multiline style) --
Mledit (Multiline Editi --
Other Mline properties --
11.7 Sketch --
Applications of sketch --
GEOmetric center OSNAP --
11.8 Level 2 drawing project (1 of 10): architectural floor plan --
Summary --
Review questions --
Exercises --
12. Advanced layers --
12.1 Introduction to advanced layers --
12.2 Script files --
12.3 Layer State Manager --
12.4 Layer filtering --
12.5 Layer Freeze, Isolate, and Walk --
Layer Freeze --
Layer Isolate --
Layer Walk --
12.6 Level 2 drawing project (2 of 10): architectural floor plan --
Summary --
Review questions --
Exercises --
Spotlight on: electrical engineering --
13. Advanced dimensions --
13.1 Introduction to advanced dimensions --
13.2 Dimension Style Manager --
Lines tab --
Symbols and Arrows tab --
Text tab --
Fit tab --
Primary Linits tah --
Alternate Units tab --
Tolerances tab --
13.3 Introduction to constraints --
13.4 Geometric constraints --
Types of geometric constraints --
Adding geometric constraints --
Hiding showing, and deleting geometric constraints --
13.5 Dimensional constraints --
Working with dimensional constraints --
13.6 Dimension-driven design --
13.7 Level 2 drawing project (3 of 10: architectural floor plan --
Summary --
Review questions --
Exercises --
14. Options, Shortcuts, CUI, Design Center, and Express Tools --
14.1 Options --
Files tab --
Display tab --
Open and Save tab --
Plot and Publish tab --
Systern tab --
User Preferences tab --
Drafting tab --
3D Modeling tab --
Selection tab --
14.2 Shortcuts --
PGP File --
Altering the PCP File --
14.3 Customize User Interface --
14.4 Design Center --
14.5 Express tools --
Blocks Tools --
Text Tools --
Modify tools --
Layout tools --
Draw tools --
Dimension tools --
Tols Tools --
Web tools --
146 Level 2 drawing project (4 of 10): Architectural floor plan. --
Summary --
Review questions --
Exercises --
15. Advanced design and file management tools --
15.1 Introduction to advanced design and file management tools: --
15.2 Align --
15.3 Action recording --
15.4 Audit and recover --
155 Blend --
15.6 Break and join. --
Break, Method 1 --
Single Break, Method 2 --
15.7 CAD standards --
15. Calculator --
15.9 Delpoints --
15.10 Divide and point style --
15.11 Donut --
15.12 Draw order --
15.13 eTransmit --
15.14 Filter --
15.15 Hyperlink --
15.16 Lengthen --
15.17 Object snap tracking --
15.18 Overkill --
15.19 Point and node --
15:20 Publish --
15.21 Master --
15.22 Revtloud --
15.25 Sheet sets --
15.34 Selection methods --
15.25 Stretch --
15.26 System variables --
15.27 Tables --
15.28 Tool palette --
15.29 UCS and crosshair rotation --
Method 1 --
Method 2 --
15.30 Window tiling --
15.31 Wipeout --
15.32 architectural floor --
Level 2 drawing project 5 of 10 architectural floor plan --
Summary --
Review questions --
Exercises --
Spotlight on: civil engineering --
16. Importing and exporting data --
16.1 Introduction to importing and exporting data --
16.2 Importing and exporting to and from MS office applications --
Word Into AutoCAD --
AutoCAD into word --
Excel into AutoCAD --
AutoCAD into Excel --
PowerPoint into AutoCAD --
AutoCAD into PowerPoint --
16.3 Screen shots --
16.4 JPGs --
16.5 PDFs --
16.6 Other CAD software --
16.7 Exporting and the save as feature --
16.8 Inserting and OLE --
16.9 Level 2 drawing project (6 of 10): architectural floor plan --
Summary --
Review questions --
Exercise --
17. External references (xrefs) --
17.1 Introduction to xrefs --
What is an xref? --
Why do we need an xreft What is the benefit? --
17.2 Using xrefs --
17.3 Layers in xrefs --
17.4 Editing and reloading xrefs --
17.5 Multiple xrefs --
17.6 Ribbon and xrefs --
17.7 Level 2 drawing project (7 of 10): architectural floor plan --
Summary --
Review questions --
Exercise --
18. Attributes --
18.1 Introduction to attributes --
18.2 Creating the design --
18.3 Creating the attribute definitions --
18.4 Creating the attribute block --
18.5 Attribute properties and editing --
Exploding attributes --
Inserting attributes --
18.6 Attribute extraction --
18.7 Invisible attributes --
18.8 Level 2 drawing project (8 of 10): architectural floor plan --
Summary --
Review questions --
Exercise --
Spotlight on: aerospace engineering --
19. Advanced output and pen settings --
19.1 Introduction to advanced pen settings --
19.2 Setting standards --
19.3 The CTB file --
Step 1 --
Step 2 --
Step 3 --
19.4 Additional CTB file features --
19.5 Lineweight VISIBILITY Settings --
19.6 Level 2 drawing project (9 of 10): architectural floor plan. --
Summary --
Review questions --
Exercise --
20. Isometric drawing --
20.1 Introduction to graphical projection --
Types of projections --
20.2 Isometric projection --
Why use isometric projection instead 3D? --
When not to use isometric perspective --
20.3 Basic technique --
20.4 Ellipses in isometric --
20.5 Text and dimensions in isometric drawing --
20.6 Level 2 drawing project (10 of 10): architectural floor plan --
Summary --
Review questions --
Exercises --
Level 2 --
Answers to review questions --
Level 3 --
Chapters 21-30 --
21. 3D Basics --
21.1 Axes, Planes, and Faces --
21.2 3D Workspaces, Ribbon, Toolbars, and 3D Options --
21.3 Entering and Exiting 3D --
21.4 Projecting into 3D --
Method 1 (New) --
Method 2 (Classic) --
21.5 3D Dynamic Views: --
21.6 Extrude --
21.7 Visual Styles: Hide and Shade --
21.8 Viewcube and Navigation Bar --
Summary --
Review Questions --
Exercises --
22. Object Manipulation --
22.1 Introduction to Object Manipulation --
Rotate3D --
Drotate (Gizmo) --
Mirror 3D --
3Darray --
3Dscale --
3Dmove --
Fillets and Charlees in 3D --
Summary --
Review Questions --
Exercises --
Spotlight on: chemical engineering --
23. Boolean operations and primitives --
21.1 Introduction to boolean operations --
Union --
Subtract --
Intersect --
23.2 Introduction to primitives --
Box --
Wedge --
Cone --
Sphere --
Cylinder --
Torus --
Pyrami --
23.3 Applying primitives --
Summary --
Review questions --
Exercises --
24. Solid Modeling --
24.1 Introduction to Solid Modeling Revolve --
Shell --
Taper --
Loft --
Path Extrusion --
Sweep --
Summary --
Review questions --
Exercises --
25. Advanced Solids, Faces, and Edges --
25.1 Introduction To Advanced Solids, faces. And Edges --
Polysolid --
Helix --
30 Path Array --
3Dalign --
25.2 Working With Faces --
Delete Faces --
Move Faces --
Copy Faces --
Offset Faces: --
Rotate Faces --
Color Faces --
Working With Edges --
25.3 Color Edges --
Copy Edges --
Summary --
Review questions --
Exercises --
Spotlight on: biomedical engineering --
26. Surfaces and meshes --
26.1 Introduction to Surfaces and Meshes --
26.2Surfacing Commands --
Planar Surface --
Region --
Rulesurf --
Tahsurf --
Revsurf --
Edgesurt --
3Dface and 30mesh --
26.3 Smooth Mesh Primitives --
Mesh Modification 1. Smoothness --
Mesh Modification 3. Additional Tools --
Summary --
Review questions --
Exercises --
27. Slicing, sectioning, layouts, and vports --
27.1 Introduction to slicing sectioning layouts, and vports --
27.2 Slicing and sectioning --
Slice --
Section --
27.3 Layouts and details --
Additional layout options --
27.4 Flatten and Batshot --
Flatten Flatshot --
27.5 Vports --
Summary --
Review questions --
Exercise --
28. Advanced UCS, Views, Text, and Dimensions in 3D --
28.1 Introduction To Advanced Ucs, Views, Text, And Dimensions In 3d --
28.2 Advanced Ucs --
UCS --
World --
UCS Previous --
Face UCS --
Object View --
Origin --
Z-Axis Vector --
3 Point --
X, Y and Z --
Named UCS --
28.3 Views And View Manager --
28.4 Text And Dimensions In 3d --
Summary --
Review questions --
Exercise --
Spotlight on: drafting, CAD management, teaching, and consulting --
29. Dview, camera, walk and fly, path animation --
29.1 Dynamic view --
Camera --
Target --
Distance --
Points --
Pan --
Zoom --
Twist --
Clip --
Hide --
Undo --
29.2 Cameras --
29.3 Walk and fly --
29.4 Path animation --
Summary --
Review questions --
Exercises --
30. Lighting and rendering --
30.1 Introduction to lighting and rendering --
30.2 Lighting --
Point light --
Spotlight --
Distant light --
Shadows, sun, and sky --
30.3 Materials and rendering --
Materials --
Summary --
Rendering --
Review questions --
Exercise --
Level 3 Answers to review questions --
Appendix A Additional information on AutoCAD --
Appendix B: Other CAD software, designs and analysis tools, and concepts --
Appendix C File extensions --
Appendix D: Custom linetypes and hatch patterns --
Appendix E Principles of CAD management --
Appendix F: AutoLISP basics and advanced customization tools --
Appendix G. PC hardware, printers/plotters, networks, and the cloud --
Appendix H: What are keels! --
Appendix I: Lighting, rendering, effects, and animation --
Appendix J: 3D printing --
Appendix K: AutoCAD certification exams --
Appendix L AutoCAD employment Appendix M. The future of AutoCAD --
Index --

Notas de autor provistas por Syndetics

Elliot Gindis is the founding author of the Up and Running with AutoCAD series of textbooks. He is a former AutoCAD drafter and designer who got his start in New York City in 1996 and has logged in over 25,000 hours of screen time with a wide variety of architecture and engineering companies. From 1999 to 2008 he was on staff with the Pratt Institute of Design and as visiting instructor at the New York Institute of Technology (NYIT), teaching beginner, intermediate, and advanced (3D) AutoCAD classes. He was also the president of Vertical Technologies Consulting and Design, an AutoCAD training firm, and has advised, consulted, or assisted more than 60 companies nationwide in using and optimizing AutoCAD. Elliot was part of the AutoDesk Developers Network and was a Certified Technical Trainer. He published the first edition of the Up and Running textbook with Elsevier in 2010, and has supported each subsequent edition until 2020, when Robert Kaebisch took over full-time. Elliot currently resides in the Los Angeles area, and is an engineer in the defense industry.

Robert Kaebisch is a professional licensed architect and instructor in the Construction Sciences Group: Architectural/Structural Engineering Technician Program at Gateway Technical College. He teaches a variety of courses including and related to: architecture, construction, residential design and code, commercial design and code, mechanical systems, conflict resolution in construction and building inspections. He teaches a variety of different software in those courses including AutoCAD, Revit, SketchUp and MS-Office products.

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