Learning AutoCAD Civil 3D 2016

Discover the four pre-defined Civil 3D workspaces, including standard drafting and annotation and planning analysis, and learn to save workspace changes automatically and revert to the original when needed.

Explore the Civil 3D ribbon, a task-based interface with Home and Insert tabs, where panels reveal plotting and surface tools and the ribbon becomes context sensitive to selected objects.

Explore the tools space prospector tab to manage 3D design objects with context-sensitive right-click menus, previews, and dynamic surface updates, including brake lines, alignments, and profiles.

Explore tool space settings in Civil 3D to automate CAD standards using object and label styles stored in drawing templates, and learn how drawing, feature, and command settings manage displays.

Explore the properties palette in Civil 3D, an AutoCAD interface for changing surface properties; dock it to the right and open with ctrl+1 or the Home tab.

Explore tool palettes in Civil 3D, an AutoCAD interface listing subassemblies for road and path assemblies. Right-click to create or rename palettes and manage locations in the options dialog.

Explore transparent commands in AutoCAD Civil 3D 2016, enabling you to perform 3D and other operations while drawing, including station offset, alignment, and profile creation.

Explore the panorama window to view and edit data across vistas in a tabbed interface. Use the home tab palette panel to adjust alignment and profile properties with grid views.

Discover how civil 3d 2016 uses points to develop surfaces and geometry, detailing unique properties, point styles, label styles, and how to manage layers, visibility, and default settings.

Discover how to use description keys in Civil 3D 2016 to map point properties with description keysets, edit codes and formats, and apply default styles and dynamic descriptions to points.

Explore how point file formats map columns during import in Civil 3D, customize extensions, transform coordinates, and load and parse point files with column mapping.

Import points from multiple files, map with the description key and point tiles, and adjust label styles and point group settings for accurate labeling.

Review point data in Civil 3D using the panorama window and points category. Sort descriptions, elevations, and styles, then apply global edits via right-click header or the properties palette.

Explore the point creation tools in AutoCAD Civil 3D 2016, using the create points dialog to set parameters, snap coordinates, and describe a hydrant point and intersections.

Learn how point groups filter points by shared criteria in AutoCAD Civil 3D 2016, enabling surface creation and plotting by using prospector, properties, overrides, and query builder.

Modify points in AutoCAD Civil 3D 2016 by editing coordinates, moving and rotating with grips, and locking points via groups; align label rotation to the view using region all R-Ga.

Create and export point reports in Civil 3D 2016 by selecting points in the panorama, editing and copying to Excel, exporting point files, and generating station-offset reports from a centerline.

Explore the survey toolspace overview in Civil 3D 2016, focusing on the survey tab to manage external survey data stored in a survey database and set working folders.

Explore the survey database in Civil 3D, see how field data imports into the server database, and how coordinate zones transform on the fly during drawing insertion.

Learn to configure survey settings and styles in Civil 3D 2016, including point, figure, and network styles with label keys, and map display across plan, model, profile, and section views.

Import events teaches you to bring survey data into a server database, enable change logging, and review edits via the change log.

Explore linework code sets to automate linework creation in AutoCAD Civil 3D 2016, using unique line and curve codes to generate points, curves, and templates from survey data.

Learn to insert survey figures from the server database into AutoCAD Civil 3D drawings, using a figure prefix database to map description keys to linework and layers, and reprocess linework.

Learn how survey points are added from the survey database into a drawing and carry server-managed descriptors. Edit through the server database, rotate markers, and adjust labels for plotting.

Create and manage survey queries in Civil 3D 2016 to filter points and figures by conditions, save queries to external files, and insert results into drawings, surfaces, or server databases.

Explore how AutoCAD Civil 3D 2016 surfaces represent land areas with 3D data such as points, contours, 3D pipelines, and boundaries, and how a tin regenerates contours when data changes.

Create breaklines from points to define a surface breakline for proper triangulation, using point groups to filter points and construct 2d and 3d lines that connect elevations.

Create a surface, add brake lines and survey points from the database, and triangulate the surface using point groups to integrate survey data in AutoCAD Civil 3D.

Add proximity and center brake lines to a surface in AutoCAD Civil 3D 2016, rebuild automatically, then apply standard brake lines and adjust triangulation with weighting and supplementing factors.

Learn to add a headwall break line to a surface in AutoCAD Civil 3D 2016, specifying per-vertex depths with delta change and updating the surface triangulation.

Add contours to a surface in AutoCAD Civil 3D 2016 by converting bathymetric contour data into a surface, adjusting supplementing and weighting factors, and enabling dynamic updates.

Learn to add outer, show, and data clip boundaries to a surface in civil 3d, control triangulation with non-destructive break lines, and manage visibility for buildings and pipelines.

Explore surface properties in AutoCAD Civil 3D 2016, adjusting styles, render materials, names, and operation order to refine triangulation, elevations, and data definitions, with analysis and statistics insights.

Master editing surface lines in AutoCAD Civil 3D 2016 by adjusting styles to display triangles and points, colorizing them for visibility, and removing triangles with crossing window or fence tools.

Edit surface points in Civil 3D to improve triangulation by adding, modifying, or deleting points while preserving survey data and ensuring accurate elevations.

Master pasting multiple surfaces into one combined surface in Civil 3D 2016, following the correct paste order and managing definitions for automatic updates.

Explore editing surfaces in AutoCAD Civil 3D 2016 with additional tools such as extract objects, move blocks to surface, and lower or raise surface elevations for design tasks.

Explore configuring surface analyses in Civil 3D by setting slope banding styles, analysis displays, and dynamic legends to highlight areas and drainage patterns.

Explore dynamic surface labels in Civil 3D, updated automatically when moved or edited. Select the add surface labels option and choose slope, elevation, and contour label types for dynamic labeling.

Create a volume surface to analyze and calculate volumes for surfaces and bounded areas. Select a base surface and a comparison surface, then view the cut and fill balance.

Create horizontal alignments in Civil 3D 2016 from scratch or by converting lines, arcs, and pipelines, then manage them in a site with styles and design checks.

Explore the three types of horizontal alignment constraints—fixed, floating, and free—and how each affects tangency, end positions, and curve behavior in Civil 3D.

Learn to create alignments using the Pi method by entering known northing and easting coordinates, setting bearings and distances, and refining radii with grid view and grip editing.

Create and edit alignments with fixed, floating, and free methods in AutoCAD Civil 3D 2016, using line from objects, curve radii, and stationing to constrain and finalize the layout.

Master alignment properties in civil 3d by adjusting style, type, station control, and station equations, adding masking, and applying design criteria and speeds for accurate super elevation calculations.

Explore alignment reporting in AutoCAD Civil 3D 2016 using the panorama window and toolbox, exporting alignment data as an XML file and applying an XSL stylesheet for reporting.

Explore creating alignment labels and tables in AutoCAD Civil 3D 2016, including station offset fixpoints and labels, multiple segment labels, and tables linked to lines, plus renumber tags.

Explore sharing data in AutoCAD Civil 3D 2016 using data shortcuts to reference objects across files, reduce file size, and selectively label referenced surfaces, alignments, and parcels.

Explore data shortcuts in Civil 3D by setting a working folder, creating a project folder with an underscore shortcuts subfolder, and associating dtg files to drawings for cross-project references.

Develop and manage data shortcuts in AutoCAD Civil 3D by associating a project, creating shortcuts for surfaces and alignments, and synchronizing updates across linked drawings.

Explore removing and promoting data references in civil 3d: promote a data reference to copy an alignment into the current file, then remove the shortcut to limit access.

Label reference files using x references and add surface labels tool to label contours and parcels from the referenced surface, with labels visible even when the source layer is frozen.

Repair broken data shortcuts using the manage data shortcuts tool, link drawing objects to valid shortcuts in the project, and fix the data structure with a non-modal dialog.

Explore profiles and profile views in Civil 3D, learn to create profiles with the design panel and prospector linked to horizontal alignments, and understand profile settings, styles, and display options.

Create surface profiles for the existing road with the surface profile tool and profile view wizard, adding existing ground profiles, sample offsets, and superimposing the centerline for automatic updates.

Design profiles in AutoCAD Civil 3D 2016 using the design panel to create vertical alignments. Set surface elevations, define PVI and vertical curves, and update profile bands.

Edit AutoCAD Civil 3D 2016 profiles with the geometry editor, add or delete profile points and API placements, raise or lower the profile, and refine with grid and grip edits.

Master labeling profiles in Civil 3D 2016 by editing labels, overriding styles, and adding horizontal geometry points, station elevations, and depth labels with automatic updates.

Learn how to generate profile reports in AutoCAD Civil 3D 2016 using the panorama window and report manager to export data to Excel and create PVI station and curve reports.

Explore the role of assemblies and subassemblies as building blocks for corridor models, learn about links, points, shapes, and codes, and how code set styles and settings control display.

Create assemblies and subassemblies for corridor modelling in AutoCAD Civil 3D 2016, using placeholders, palettes, and the properties palette to name, attach, and modify lane, curb, daylight, and sidewalk subassemblies.

Learn to modify assemblies and subassemblies in Civil 3D by adjusting assembly properties, styles, and subassembly parameters, including guardrail options for steep slopes.

Copy assemblies to a tool palette and reuse them in other drawings by dragging onto the assemblies palette, which stores a separate data file in Civil 3D.

Explore corridors in Civil 3D, using flexible self-assembly, automatic daylighting, and alignment offsets to trigger rebuilds. Visualize designs instantly and automate quantities through object viewer and pay item categories.

Learn how to create a corridor in AutoCAD Civil 3D 2016 by setting alignment, assembly, and region parameters, defining start and end stations, and configuring frequencies for 3D corridor modeling.

Explore target mapping in Civil 3D 2016 to assign region and pipelines to subassemblies in a corridor model, using selection from drawing, xrefs, and offset alignments to update automatically.

Explore corridor properties in AutoCAD Civil 3D 2016 by adjusting parameters, codes, feature line displays; use grips and dynamic input to update regions and curb, sidewalk, daylight, travel features.

Learn to create corridor surfaces in Civil 3D 2016 by adding a surface entry, selecting top links, using feature lines, adding a boundary, and inspecting the final surface.

Learn to review and edit corridor sections in Civil 3D with the section editor, baselines, stationing, and parameter editor to override left lane subassemblies.