10-26-2024, 11:28 AM
![[Image: 016c18b69a8925ed5daf328636386aa1.jpg]](https://i124.fastpic.org/big/2024/1026/a1/016c18b69a8925ed5daf328636386aa1.jpg)
Learn Autodesk Vehicle Tracking
Published 10/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.28 GB | Duration: 1h 37m
· Analyze and predict a vehicle's driving path · Layout Parking Bays in a Parking Lot Design · Design and grade a Roun
[b]What you'll learn[/b]
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 ·
[b]Requirements[/b]
No Experience Needed.
[b]Description[/b]
· Analyze and predict a vehicle's driving path· Layout Parking Bays in a Parking Lot Design· Design and grade a Roundabout intersectionSwept 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 CorridorIn 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.
Overview
Section 1: Introduction
Lecture 1 Swept Path Analysis
Section 2: Parking Lot Layout
Lecture 2 Parking Lot Layout
Section 3: Roundabout Design
Lecture 3 Roundabout Design
Section 4: Swepth Path Intro
Lecture 4 Swepth Path Intro
Section 5: Vehicle Path
Lecture 5 Vehicle Path
For Civil Engineers, BIM Modelers, Highway Designers
![[Image: gwk4UEzv_o.jpg]](https://images2.imgbox.com/cc/14/gwk4UEzv_o.jpg)
[b]What you'll learn[/b]
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 ·
[b]Requirements[/b]
No Experience Needed.
[b]Description[/b]
· Analyze and predict a vehicle's driving path· Layout Parking Bays in a Parking Lot Design· Design and grade a Roundabout intersectionSwept 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 CorridorIn 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.
Overview
Section 1: Introduction
Lecture 1 Swept Path Analysis
Section 2: Parking Lot Layout
Lecture 2 Parking Lot Layout
Section 3: Roundabout Design
Lecture 3 Roundabout Design
Section 4: Swepth Path Intro
Lecture 4 Swepth Path Intro
Section 5: Vehicle Path
Lecture 5 Vehicle Path
For Civil Engineers, BIM Modelers, Highway Designers
![[Image: signature.png]](https://softwarez.info/images/avsg/signature.png)
