Google SketchUp Cookbook. Practical Recipes and Essential Techniques

Spis treści ebooka

• Google SketchUp Cookbook
• Preface
  • 1. Who This Book Is For
  • 2. Who This Book Is Not For
  • 3. How This Book Is Organized
  • 4. How to Get the Models Used in This Book
  • 5. Conventions Used in This Book
  • 6. How to Use This Book
  • 7. OReilly Cookbooks
  • 8. How to Contact Us
  • 9. Safari Books Online
  • 10. Acknowledgments
• 1. Making Multiple Copies
  • 1.1. Copying in Linear Arrays
  • 1.2. Creating Linear Internal Arrays
  • 1.3. Building a Nonorthogonal Linear Array
  • 1.4. Copying in Circular Arrays
  • 1.5. Creating Circular Internal Arrays
• 2. Following Paths with Follow Me
  • 2.1. Extruding a Follow Me Face to Cut Volume Along a Path
  • 2.2. Using Follow Me to Add Volume Along a Path
  • 2.3. Keeping Original Objects Intact During Follow Me
  • 2.4. Using Follow Me When Faces and Paths Are Not Adjacent
  • 2.5. Creating Objects in the Round
  • 2.6. Creating Spheres
  • 2.7. Using a Follow Me Path in 3D
• 3. Intersection Edges: Cutting and Trimming
  • 3.1. Trimming an Object
  • 3.2. Cutting All Intersected Objects
  • 3.3. Using Groups or Components to Create Cutting Objects
  • 3.4. Intersecting with Groups and Components, Without Exploding
  • 3.5. Intersecting with Both Intact and Exploded Components
  • 3.6. Intersecting Only Selected Objects
  • 3.7. Intersecting Within a Group or Component
  • 3.8. Using Intersect to Trim Components with Themselves
• 4. Advanced Intersect and Follow Me Techniques
  • 4.1. Creating Temporary Faces for Follow Me
  • 4.2. Rounding Corners
  • 4.3. Creating Lathed Shapes
  • 4.4. Roofing with a Uniform Slope
  • 4.5. Creating Dummy Follow Me Paths
  • 4.6. Extending Follow Me Paths
  • 4.7. Using Intersect to Create a 3D Follow Me Path
• 5. Roofs: Constraints and Inferences
  • 5.1. Creating an Overhanging Roof
  • 5.2. Creating Dormers
  • 5.3. Working with Roof Intersections
  • 5.4. Creating Overhangs with Autofold
• 6. Groups: Protect and Defend
  • 6.1.
  • 6.1. Ungluing Faces
  • 6.2. Unsticking Edges
  • 6.3. Protecting from Edits
  • 6.4. Cutting and Slicing
  • 6.5. Two-Sided Coloring
  • 6.6. Locking a Group
• 7. Components: Efficiency in Repetition
  • 7.1. Creating a Component
  • 7.2. Using the Components Window
  • 7.3. Inserting a Component
  • 7.4. Editing or Exploding a Component
  • 7.5. Renaming a Component
  • 7.6. Saving a Component in Its Own File
  • 7.7. Accessing Local Components
  • 7.8. Painting Components
  • 7.9. Repeating Objects with Different Sizes
  • 7.10. Aligning and Gluing
  • 7.11. Using Components for Symmetric Models
  • 7.12. Placing Windows in 3D Walls
  • 7.13. Reloading Components
  • 7.14. Replacing Components
  • 7.15. Working with the Outliner
• 8. Painting, Materials, and Textures
  • 8.1. Finding Materials and Images
  • 8.2. Getting Images into Your Model
  • 8.3. Creating Material Collections
  • 8.4. Painting Multiple Faces
  • 8.5. Changing Material Size and Color
  • 8.6. Copying a Material
  • 8.7. Using Translucent Materials
  • 8.8. Painting Edges by Material
  • 8.9. Positioning Textures: Fixed Pins
  • 8.10. Positioning Texture on Round Faces
  • 8.11. Creating and Editing a Unique Texture
  • 8.12. Using Alpha-Transparent Images
• 9. Modeling with Digital Photos
  • 9.1. Positioning Textures with Free Pins
  • 9.2. Editing a Photo
  • 9.3. Adding Faces to Patch an Image
  • 9.4. Using Images to Make Face Camera Components
  • 9.5. Using Free Pins and a Single Image to Paint a 3D Object
  • 9.6. Using Photo Match to Model a 3D Object
  • 9.7. Using Photo Match to Paint an Existing Model
• 10. Modeling with Exact Dimensions
  • 10.1. Working with Lines
  • 10.2. Working with Rectangles
  • 10.3. Working with Circles and Polygons
  • 10.4. Working with Arcs
  • 10.5. Importing Graphics
  • 10.6. Using the Tape Measure for Construction Lines and Points
  • 10.7. Measuring and Marking Angles
  • 10.8. Finding the Area of Faces
  • 10.9. Creating a Grid
  • 10.10. Measuring Lengths and Resizing
  • 10.11. Resizing Models with Groups and Components
  • 10.12. Resizing Parts of Your Model
  • 10.13. Resizing a Model in Multiple Directions
• 11. Presentation: Showing off Your Model
  • 11.1. Working with Layers
  • 11.2. Working with Scenes
  • 11.3. Working with Shadows
  • 11.4. Sectioning Your Model
  • 11.5. Using Layers and Scenes to Control Displayed Objects
  • 11.6. Using Layers, Scenes, and Groups for Different Design Scenarios
  • 11.7. Studying Shadow Movements
  • 11.8. Walking Through Your Model
  • 11.9. Creating Animated Sections
  • 11.10. Creating Staged Sectioning Animation
• 12. Displaying Your Model
  • 12.1. Hiding and Softening Edges
  • 12.2. Changing the Style
  • 12.3. Creating a New Style
  • 12.4. Saving Styles
  • 12.5. Saving a Style As a Template
  • 12.6. Mixing Styles
  • 12.7. Adding a Watermark
  • 12.8. Creating a Sketchy Edge Style
  • 12.9. Using Styles in a Presentation
• 13. 3D Warehouse and Google Earth
  • 13.1. Finding Models in the 3D Warehouse
  • 13.2. Refining Your 3D Warehouse Search
  • 13.3. Uploading Models to the 3D Warehouse
  • 13.4. Creating Collections in the 3D Warehouse
  • 13.5. Controlling Model or Collection Privacy
  • 13.6. Adding Models or Collections to Your Collections
  • 13.7. Taking Credit for Your Model
  • 13.8. Manually Georeferencing Your Model
  • 13.9. Georeferencing Your Model by Using Google Earth
  • 13.10. Getting Your Models into the 3D Buildings Layer
  • 13.11. Creating a Placemark in Google Earth
  • 13.12. Relocating a Georeferenced Model
  • 13.13. Downloading Buildings That Appear in Google Earth
• 14. Dynamic Components
  • 14.1. Finding Dynamic Components
  • 14.2. Interacting with Dynamic Components
  • 14.3. Investigating Dynamic Component Options
  • 14.4. Scaling Dynamic Components
  • 14.5. Modifying and Replacing Dynamic Components
  • 14.6. Sizing by the Reference Point
• Index
• About the Author
• Colophon
• Copyright

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