Table of Contents

1. Title Page
2. Copyright
3. Dedication
4. Acknowledgments
5. About the Author
6. Introduction
   1. Who Should Read This Book
   2. What Is Covered in This Book
   3. How to Contact the Author
7. Chapter 1: Getting Started
   1. Understanding the Capabilities of Roadway Design for InfraWorks 360
   2. Navigating Roadway Design for InfraWorks 360
8. Chapter 2: Designing Roads
   1. Creating Roads
   2. Introducing the Road Asset Card
   3. Editing Roads Graphically
   4. Working with Style Zones
   5. Working with Lane Zones
   6. Configuring Roadside Grading
   7. Using the Profile View Panel
   8. Working with Intersections
9. Chapter 3: Using Advanced Functions
   1. Using Profile Optimization
   2. Analyzing Sight Distance
   3. Creating Civil 3D Drawings
10. End User License Agreement

Guide

1. Cover
2. Table of Contents
3. Introduction
4. Begin Reading

List of Illustrations

1. Chapter 1: Getting Started
   1. Figure 1.1 An engineered curve and its associated asset card
   2. Figure 1.2 The road classification options
   3. Figure 1.3 The Profile View panel
   4. Figure 1.4 A specialized asset card for intersections
   5. Figure 1.5 A sight distance analysis
   6. Figure 1.6 A profile optimization
   7. Figure 1.7 A Civil 3D plan and profile drawing generated by the InfraWorks program
   8. Figure 1.8 The Roadway Design icon
   9. Figure 1.9 The expanded view of the Roadway Design toolbar
   10. Figure 1.10 A selected road and its associated asset card
   11. Figure 1.11 Specialized curve gizmos and a Geometry section on the Road asset card
   12. Figure 1.12 Specialized gizmos for vertical editing
   13. Figure 1.13 The Profile View panel
2. Chapter 2: Designing Roads
   1. Figure 2.1 To access the roadway creation tools, click the icons in the order shown.
   2. Figure 2.2 Creating a new road
   3. Figure 2.3 The red arrows indicate locations where PVIs were created automatically.
   4. Figure 2.4 A newly created road
   5. Figure 2.5 The Road asset card shown with the control for managing zones
   6. Figure 2.6 The Road asset card in Geometry mode with corresponding geometric editing gizmos
   7. Figure 2.7 The editing gizmos located at the PVI of a road
   8. Figure 2.8 A view of the road after raising a PVI
   9. Figure 2.9 The road geometry context menu for tangents when viewing in plan view
   10. Figure 2.10 The road geometry context menu for curves in plan view
   11. Figure 2.11 The Edit Curve flyout
   12. Figure 2.12 The Curve Properties panel (shown undocked)
   13. Figure 2.13 The road geometry context menu for tangents in 3D view
   14. Figure 2.14 The road geometry context menu for vertical curves in 3D view
   15. Figure 2.15 Setting the curve and spiral values
   16. Figure 2.16 PVIs that are to be deleted
   17. Figure 2.17 The Road asset card in Style mode with its corresponding functions
   18. Figure 2.18 Choosing Style for Edit Mode
   19. Figure 2.19 Launching the Add A Style Zone function
   20. Figure 2.20 Setting the location between two zones
   21. Figure 2.21 A bridge is represented using a style zone.
   22. Figure 2.22 The Road asset card in Lanes Forward mode with its corresponding functions
   23. Figure 2.23 A deceleration lane created using the Road asset card with Edit Mode set to Lanes Forward
   24. Figure 2.24 The Road asset card in Roadside Grading mode with Grading Method set to Fixed Width
   25. Figure 2.25 The Road asset card in Roadside Grading mode with Grading Method set to Fixed Slope
   26. Figure 2.26 Steep slope because of Grading Method set to Fixed Width
   27. Figure 2.27 Fixed Slope grading that is restricted by the Grading Limit setting
   28. Figure 2.28 Fixed Slope grading that is unrestricted by the Grading Limit setting
   29. Figure 2.29 You can open the Profile View panel (shown undocked) by clicking the icons in the order shown.
   30. Figure 2.30 Opening the Profile View panel using the right-click menu
   31. Figure 2.31 The Profile View panel
   32. Figure 2.32 Moving a PVI in the Profile View panel
   33. Figure 2.33 Removing a PVI in profile view
   34. Figure 2.34 Editing a profile in the Profile View panel
   35. Figure 2.35 Editing an intersection using the Intersection asset card
   36. Figure 2.36 Editing a turning zone
   37. Figure 2.37 A simple curve with taper
   38. Figure 2.38 The light-blue cone gizmo (shown in red because it is selected) is used to control the curb return radius.
   39. Figure 2.39 The purple cylinder gizmo (shown in red because it is selected) is used to add a widening zone.
   40. Figure 2.40 The Widening Zone asset card
   41. Figure 2.41 The widening zone gizmos
   42. Figure 2.42 The Intersection asset card with Edit Mode set to Lane Markings
   43. Figure 2.43 The yield line gizmo
   44. Figure 2.44 Creating a widening zone
   45. Figure 2.45 A designed intersection
3. Chapter 3: Using Advanced Functions
   1. Figure 3.1 The Profile Optimization panel can be opened by clicking the icons in the order shown.
   2. Figure 3.2 The Profile Constraints section of the Profile Optimization panel
   3. Figure 3.3 The Quantities Options section of the Profile Optimization panel
   4. Figure 3.4 The Construction Rules section of the Profile Optimization panel
   5. Figure 3.5 To open the Construction & Earthwork Costs Settings dialog, click the link in the Profile Optimization dialog.
   6. Figure 3.6 Launching a profile optimization
   7. Figure 3.7 The initial profile, prior to optimization
   8. Figure 3.8 The Job Monitor panel (to open it, click the icons in the order shown)
   9. Figure 3.9 The first section of a Profile Optimization report
   10. Figure 3.10 Importing optimization results into an InfraWorks model
   11. Figure 3.11 An optimized profile
   12. Figure 3.12 Open the Sight Distance panel by clicking the icons in the order shown.
   13. Figure 3.13 The Sight Distance panel for roads
   14. Figure 3.14 Sight distance analysis indicators for roads
   15. Figure 3.15 Sight distance analysis indicators for sight pins
   16. Figure 3.16 Sight Failure and Accident Zone areas revealed by a sight distance analysis
   17. Figure 3.17 Analyzing sight distance using a sight pin
   18. Figure 3.18 The Sight Distance panel for an intersection
   19. Figure 3.19 An intersection sight distance analysis
   20. Figure 3.20 An intersection sight distance analysis showing obstructions on both sides
   21. Figure 3.21 A coverage that will be used to grade the area adjacent to an intersection
   22. Figure 3.22 An updated analysis after changing the design
   23. Figure 3.23 The Select A Model Road view of the Create Civil 3D Drawings dialog
   24. Figure 3.24 The Select Surface view of the Create Civil 3D Drawings dialog
   25. Figure 3.25 Using the Offset Of A Road Base setting
   26. Figure 3.26 The Specify Civil 3D Options view of the Create Civil 3D Drawings dialog
   27. Figure 3.27 The dialog indicating the completion of the process
   28. Figure 3.28 A sheet that has been automatically configured by the View Civil 3D Drawings command
   29. Figure 3.29 The Sheet Set Manager palette along with one of the sheets