· Analyze and predict a vehicle’s driving path · Layout Parking Bays in a Parking Lot Design · Design and grade a Roun
· Analyze and predict a vehicle’s driving path
What you’ll learn
- Analyze and predict a vehicle’s driving path · Layout Parking Bays in a Parking Lot Design · Design and grade a Roundabout intersection.
- Swept Path Settings and Defaults · Define Vehicle Path · Edit Vehicle Path · Edit Vehicle Path Properties · Analyze Vehicle Path · Add Details and Reports.
- · Add Parking Rows · Refine Parking Rows · Refine Parking Bays · Refine Parking Islands · Analyze Vehicle Parking.
- · Define Drawing Settings · Construct Approach Road Centerlines · Create Roundabout · Edit Roundabout · Add Splitter Islands and Crosswalks ·.
Course Content
- Introduction –> 1 lecture • 35min.
- Parking Lot Layout –> 1 lecture • 23min.
- Roundabout Design –> 1 lecture • 27min.
- Swepth Path Intro –> 1 lecture • 4min.
- Vehicle Path –> 1 lecture • 7min.
Requirements
· Analyze and predict a vehicle’s driving path
· Layout Parking Bays in a Parking Lot Design
· Design and grade a Roundabout intersection
Swept Path Settings and Defaults
· Define Vehicle Path
· Edit Vehicle Path
· Edit Vehicle Path Properties
· Analyze Vehicle Path
· Add Details and Reports
· Add Parking Rows
· Refine Parking Rows
· Refine Parking Bays
· Refine Parking Islands
· Analyze Vehicle Parking
· Define Drawing Settings
· Construct Approach Road Centerlines
· Create Roundabout
· Edit Roundabout
· Add Splitter Islands and Crosswalks
· Set Visibility Options
· Create Roundabout Corridor
In this course you will learn how to use Autodesk Vehicle Tracking (AVT) to layout parking features and illustrate traffic flow in a parking lot design. Using industry standard parking criteria and dimensions, you will outfit a parking design with parking rows consisting of a variety of bay and island configurations. You will review the common tools used to create and manipulate the parking features, then perform a quick parking report to reveal some statistics of the parking lot design.
In this Course you will learn how to perform a swept path analysis using Autodesk Vehicle Tracking (AVT). Swept path analysis, or prediction, is a useful tool to analyze and validate common vehicle maneuvers for a proposed roadway or parking lot design. Using industry standard vehicles, included with Autodesk Vehicle Tracking, you will learn to create, analyze, and validate swept paths for different vehicle locations over a proposed roadway design. You will explore options for creating and editing swept paths and review some of the optional details that can be added into your design drawings.