OpenSite Designer: AI Applied to Terrain Design - AulaGEO

This lecture focuses on defining the site project boundary using the Limits of Disturbance tool in OpenSite Designer. Building on previous sessions, learners will understand the process of establishing precise property boundaries by selecting key property points within the project file.

The session introduces different methods to create the site boundary, including graphically picking points, flooding existing shapes, or using previously defined shapes. You will learn to systematically select property points in a clockwise direction to establish the site limits accurately.

Once the boundary is created, the system automatically generates setback lines that guide future site feature placements. These setback lines support the design intent, enabling intelligent updates and modifications to site elements as the project evolves. The lecture concludes with practical instructions on adjusting setback distances to comply with zoning requirements.

Key topics covered in this lecture:

• Using the Limits of Disturbance tool to create site boundaries

• Methods for defining boundaries: picking points, flooding shapes, or reusing cron shapes

• Step-by-step process to pick property points in a clockwise order

• Understanding automatically generated setback lines around the site limits

• Concept of Design Intent for dynamic feature updates

• Adjusting building and parking setback distances to meet zoning codes

Practical value for terrain and site design:

• Accurately establish legal and project boundaries for site layout

• Apply setback guidelines early to ensure compliant site development

• Leverage Design Intent for adaptive site planning as changes occur

• Effectively modify setbacks to match local zoning requirements

By the end of this lecture, learners will be able to create a precise site project boundary using property points and the Limits of Disturbance tool, interpret and apply setback lines, and adjust setback distances to reflect zoning standards. This foundation is essential for accurate and compliant site layout and further grading workflows within OpenSite Designer.

This lecture guides you through the process of integrating a building footprint into your site design using OpenSite Designer. The building footprint is a critical element that defines the precise location and shape of the building on the project site. In this session, you will learn how to attach a pre-designed building footprint file, align it correctly with the project coordinates, and define it using the software's site modeling tools.

The workflow involves referencing a building footprint provided by the architect, correctly positioning it with geolocation tools, and converting that reference into an editable site feature. This foundational step is essential for accurate site layout and subsequent design elements like grading and infrastructure planning.

By the end of the lecture, you will have a clear building footprint integrated into your project, ready for further site development.

Key Topics Covered:

• Attaching the building footprint reference file using the Ribbon menu

• Setting attachment method to coincident world for accurate geolocation

• Using the site layout pad building tool to define the building footprint

• Selecting points to create building corners with precise input

• Completing and exiting the building footprint command

• Managing the display of reference files to keep the workspace organized

Practical Value in Site Design:

• Ensures accurate alignment of the building footprint within the site context

• Facilitates seamless collaboration by referencing architect-provided designs

• Prepares the project for detailed terrain and grading work based on the building location

• Keeps the project organized by handling reference files efficiently

After completing this lecture, you will confidently integrate and define building footprints in OpenSite Designer, setting a strong foundation for precise site layout and design workflows.

This lecture focuses on the creation and editing of the main drive layout within the project. You will learn how to accurately lay out the main driveway that runs through the site, starting from the northern intersection and extending to the western roadway boundary.

Using an aerial image as a guide, the workflow covers setting up the driveway feature, selecting appropriate design parameters, and placing precise pick points (PIs) to define the path. The session highlights how to manipulate settings like background transparency and feedback text for better control and visualization during the layout process.

The lecture also covers refining the driveway's geometry by adjusting curve radii and using dynamic graphical manipulators. These tools allow you to modify lane widths, slopes, tapers, and medians for a customized and functional driveway design.

Key topics covered:

• Creating the main driveway layout using pick points

• Utilizing aerial imagery as a reference for accuracy

• Configuring driveway feature definitions and naming conventions

• Using dynamic manipulators for in-place editing and adjustments

• Adjusting curve radii to achieve smooth transitions

• Modifying driveway design properties such as lane width, cross slope, and medians

• Visual feedback customization through user preferences

Practical value for terrain and site design:

• Develop precise control over driveway path placement within site boundaries

• Optimize driveway geometry for improved functionality and aesthetics

• Enhance project workflow by leveraging graphical editing tools

• Understand practical use of pick point input methods in roadway layout

By the end of this lecture, learners will be able to confidently create and edit the main driveway within OpenSite Designer, applying best practices for site layout accuracy and design refinement.

This lecture focuses on designing parking lots within OpenSite Designer as part of the overall site layout. It guides learners through creating two parking lots with connected driveways using aerial imagery as a visual reference to accurately place and define parking areas.

The session demonstrates how to select appropriate feature definitions and apply design standards automatically, while also showing how to customize parking areas by modifying individual parking spaces through property adjustments.

Practical skills covered include using the site layout settings to configure parking lot properties and understanding how OpenSite Designer's predefined standards streamline layout creation without manually entering all details.

Key topics covered in this lecture:

• Creating parking lots using the Site Layout tools

• Setting feature definitions for parking lot types and materials

• Using aerial images as placement guides

• Adjusting and customizing parking spaces by editing properties

• Understanding automatic generation of parking stalls, islands, and aisles

• Modifying parking layout elements like aisle width and curb height

• Exiting and completing commands efficiently within the software

Practical application in terrain and site design:

• Design parking lot areas aligned with existing site conditions

• Customize parking stall layouts to meet specific design requirements

• Leverage automated design standards for efficient workflow

• Apply property edits to fine-tune site features accurately

By the end of this lecture, learners will be able to create and modify parking lots in OpenSite Designer confidently, using both automated tools and manual property adjustments to deliver practical, site-specific parking layouts.

This lecture focuses on reviewing and understanding the Site Layout settings within the Explorer tool in OpenSite Designer. The Site Layout settings define the default design standards and layout rules applied to various site objects and features, such as parking lots. This review is essential to ensure the project adheres to predefined standards for consistent and efficient site design.

You will explore the Open Site Standards panel to examine these settings and navigate through the Explorer to manage Site objects effectively. This lesson highlights the structure and organization of site components, enabling you to quickly locate and modify objects within your project.

By learning to use the Explorer for reviewing design properties, you become more adept at managing complex site layouts and streamlining the design workflow.

Key topics covered in this lecture:

• Accessing Site Layout settings in the Open Site Standards panel

• Reviewing design standards and layout rules for parking lots

• Navigating the Explorer Tool and expanding the Open Site model

• Locating and selecting site objects such as buildings

• Reviewing and editing properties of Site objects

• Understanding how design changes update automatically in the layout

Practical value for terrain and site design:

• Efficiently managing site design standards within OpenSite Designer

• Quickly locating and editing site features using the Explorer tool

• Ensuring consistency and accuracy in site layout through standardized settings

• Improving workflow by understanding project organization and object management

After completing this lesson, learners will be able to confidently navigate the Explorer tool to review and adjust Site Layout settings, manage site objects and their properties, and maintain project consistency by applying correct design standards in OpenSite Designer.

This lecture focuses on creating drive connections between parking lots and the main drive within the site layout. Establishing these connections is essential for ensuring smooth traffic flow and accessibility within the site design. The process involves using OpenSite Designer's Driveway tool and following precise point selection workflows to define the driveway paths.

The tutorial begins by selecting the driveway feature and setting the appropriate definitions and name prefixes. Students learn to pick precise geometric points to connect the front parking lot to the main drive. The lecture then demonstrates repeating this procedure for the rear parking lot, customizing driveway settings like light-duty asphalt and naming conventions.

In cases where the driveway does not display due to limited space between the parking lot and the main drive, learners see how to adjust the parking lot edge using manipulation tools to create adequate room for the driveway connection. This adjustment is crucial for practical site design accuracy.

Key Topics Covered:

• Using the Driveway tool for site connections

• Setting feature definitions and naming conventions

• Picking points accurately using midpoint and nearest point snapping

• Handling design constraints such as insufficient space

• Adjusting parking lot boundaries with manipulation tools

• Completing and exiting driveway commands

Practical Applications in Terrain and Site Design:

• Creating functional drive connections to facilitate site circulation

• Customizing driveway features according to design requirements

• Effectively managing spatial constraints in site layouts

• Enhancing site layout accuracy through precise point selections and edits

By the end of this lesson, learners will be able to confidently create drive connections between parking lots and main drives, handle spatial adjustments when needed, and apply these skills to improve the overall accessibility and functionality of their site designs.

In this lecture, you will learn how to apply project grading using the Grading Solver feature in OpenSite Designer. This step follows the completion of the conceptual site plan, and it is essential to transition from a flat layout to a graded, three-dimensional terrain model that reflects realistic site conditions.

The grading process begins by opening the 3D model view where the existing terrain is the only data present initially. The Grading Solver tool analyzes the horizontal conceptual layout against this terrain, calculating the optimal cut and fill volumes to create a balanced and buildable site. This process generates vertical geometry and 3D features, giving you a clearer visualization of the design and helping inform decisions about earthwork quantities and feasibility.

Once the Grading Solver is run, you will observe the graded terrain within the landscape 3D viewer. This viewer provides several toggles to adjust the display, showing color-coded grading results, contours, boundaries, and surface triangles. These options allow you to closely inspect the grading outcome, enabling a more thorough understanding of the terrain modifications and design integrity.

Using the grading viewer, you can also access a rough cost estimate of the earthwork by pressing the "C" key, which helps approximate construction expenses based on cut and fill balances. The lecture highlights that conceptual site elements use a default phase setting, limiting the detail seen in the 3D model. To enhance visualization, you will learn how to change the phase of site elements from Concept to Preliminary or Final, which adjusts their representation to support either ongoing grading optimization or detailed fine-tuning.

The distinction between phases is crucial: Concept and Preliminary phases interact directly with the Grading Solver for ongoing site optimization, while the Final phase allows for manual adjustments that do not trigger re-optimization. This approach ensures flexibility in refining the design once grading parameters are satisfactory, empowering you to implement precise changes without impacting the solver’s calculations.

Overall, this lecture equips you with the workflow for translating conceptual layouts into workable graded sites using OpenSite Designer’s AI-enhanced grading tools. Understanding how to interpret grading results and adjust phases will enable you to manage site development efficiently from initial design through final detailing.

Key topics covered in this lecture:

• Introduction to project grading and its importance in site design

• Navigating the 3D model to view existing terrain

• Running the Grading Solver for optimized grading results

• Using the landscape 3D viewer to analyze grading outcomes

• Displaying grading details through toggles for boundaries, contours, and surface types

• Estimating earthwork costs using the grading viewer

• Understanding site element phases: Concept, Preliminary, and Final

• Adjusting phases to refine grading visualization and control solver behavior

Practical value for terrain design and site layout:

• Enables efficient transition from conceptual layout to graded site model

• Helps visualize vertical site geometry for better design understanding

• Facilitates earthwork quantity calculation and cost estimation

• Supports iterative design optimization through AI-powered grading tools

• Improves communication of design intent via enhanced 3D visualization

• Provides flexibility in design refinement without affecting grading calculations

• Prepares the site model for subsequent detailed design phases

By completing this lecture, learners will understand how to apply and interpret project grading within OpenSite Designer. They will be able to optimize terrain grading using the AI-driven solver, evaluate cut and fill volumes, and adjust site element phases to balance automated optimization with manual design control. This knowledge lays the foundation for producing accurate, buildable site designs that integrate grading considerations effectively.

This lecture provides a comprehensive introduction to setting up the workspace and project standards in OpenSite Designer. Establishing standardized settings early ensures consistency and efficiency throughout the design process. The focus is on selecting appropriate workspaces, worksets, and seed files that align with project and organizational needs.

During this session, you will open a project seed file and review its settings, understanding how seed files are tailored for specific jobs and project locations. You will also explore the Backstage view to access key project management tools, including file handling and settings customization. The lecture highlights reviewing working units, civil formatting, and geographic coordinate system configurations essential for accurate terrain and site design.

Effective workspace and standard setup forms the foundation for successful project execution and smooth collaboration across teams using OpenSite Designer.

Key topics covered in this lecture:

• Selecting workspace and workset standards

• Opening and reviewing project seed files

• Understanding the purpose and customization of seed files

• Using the Backstage view for file and settings management

• Reviewing and configuring working units and civil formatting

• Ensuring correct geographic coordinate system setup

• Saving customized settings for project consistency

Practical value in terrain design workflows:

• Establishing a consistent and standardized project environment

• Minimizing setup errors through proper seed file usage

• Improving accuracy in measurement units and coordinate systems

• Facilitating efficient file management and configuration

By the end of this lecture, learners will understand how to properly set up and customize their OpenSite Designer workspace and project standards. This foundational knowledge enables precise project initialization and prepares students for advanced terrain and site design tasks that follow.

In this lecture, you will learn how to verify and define the Geographic Coordinate System (GCS) for your project site. This step is fundamental to ensure that your terrain and site design are geographically accurate and properly located within the global context. The lesson builds on prior setup work and focuses on applying the correct geospatial information to your project.

We work specifically with a project located in North Carolina, guiding you through the selection of the appropriate GCS for that area. Through practical steps using OpenSite Designer, you will attach the GCS by accessing the Drawing workflow and using the Coordinate System tool under the Utilities tab. This process enables the project to integrate data accurately from various global coordinate sources, including the Sieve and others.

The lecture draws a parallel with similar functionality found in Civil 3D software, making it easier for those familiar with that tool to understand the workflow in OpenSite Designer. You will become familiar with searching and selecting coordinate systems from the library effectively, ensuring that your project’s geospatial reference aligns with local standards for North Carolina.

Key topics covered in this lesson:

• Importance of defining the Geographic Coordinate System for site accuracy

• Accessing and using the Drawing workflow and Coordinate System tool

• Searching and selecting the correct EPSG code (102719) from the library

• Applying the NAD 1983 State Plane coordinate system specific to North Carolina

• Understanding integration with other geospatial data sources like Sieve

Practical value for site design and terrain modeling:

• Ensures precise geographical location of your project within OpenSite Designer

• Facilitates seamless integration of external data and GIS information

• Supports accurate terrain modeling and site layout aligned with real-world coordinates

• Enables easier project coordination and interoperability between software tools

By completing this lecture, you will be able to confidently verify and define a project’s Geographic Coordinate System, setting a solid foundation for all geospatially accurate design workflows in OpenSite Designer.

In this lecture, we focus on reviewing and managing project file references within OpenSite Designer, an essential step for preparing detailed site designs efficiently. Project files often contain multiple model references, such as existing terrain, survey information, and site geometry, which need to be properly attached and organized for smooth workflow.

We explore the concept of using a project container file, a powerful method to centralize references, ensuring that all child files are automatically linked and updated. By understanding this hierarchical structure, learners will be able to maintain a dynamic and collaborative project environment where design and data files are consistently synchronized.

The lecture concludes by guiding learners through creating a new design file based on an existing seed container, ready for the upcoming steps of site layout and terrain modeling. This preparatory work sets a solid foundation for advanced grading and AI-assisted design in future lessons.

Key topics covered:

• Reviewing attached references and navigating the reference hierarchy

• Understanding project container files and live nesting

• Benefits of centralized file referencing for project collaboration

• Creating new design files using seed container files

• Preparing files for subsequent site layout and terrain grading

Practical value for site design workflow:

• Improves project organization through efficient reference management

• Enables automatic updates across multiple project files

• Facilitates collaboration by ensuring shared access to current designs

• Streamlines start-up of new design files based on standardized templates

By completing this lecture, learners will understand how to manage complex file structures and references in OpenSite Designer, setting up a collaborative and scalable design project ready for detailed terrain modeling and site layout.

This lecture covers how to create a dedicated design file for existing terrain using OpenSite Designer, emphasizing the importance of organizing terrain data in clearly titled and otherwise empty files. Starting with the import of terrain data from a common collaboration format, LandXML, learners will be guided through setting up the design file correctly for accurate management and editing of terrain models.

The process includes selecting an appropriate seed file based on 2D cells, creating new terrain design files, and choosing the right feature definitions, which control how the terrain is displayed, similar to styles in other CAD software. The LandXML import workflow ensures that the third-party terrain data is incorporated seamlessly into OpenSite Designer.

Once imported, checking the geographical correctness of the terrain model is crucial. This is done by enabling the background aerial map—pulled live using Bing Maps—and verifying the alignment of survey data against real-world imagery, with adjustments made as needed before finalizing the setup.

Key topics covered:

• Creation of a new design file specifically for terrain data

• Importing terrain models from LandXML format

• Selection and application of feature definitions for terrain display

• Utilization of seed files based on 2D cells

• Workflow transition to OpenSite modeling environment

• Verifying terrain location accuracy using background aerial maps

• Managing import options such as importing driven features only

Practical value in site design:

• Organizing terrain data efficiently for streamlined project management

• Importing external terrain files to integrate existing site conditions

• Ensuring terrain models are accurately georeferenced to real-world coordinates

• Leveraging live aerial imagery to confirm site data location and quality

After completing this lesson, learners will be able to create a terrain-specific design file, import existing terrain data accurately, and confirm the correct geographic placement of the site using aerial imagery, establishing a reliable foundation for further site design and modeling tasks.

In this lecture, you will learn how to properly attach existing terrain data to your OpenSite Designer project files. This step is essential because most site design files require a reference to the terrain to ensure accurate modeling and coordination throughout the project.

The workflow demonstrates using the Project Container file and the concept of live nesting, which allows newly referenced files, like the terrain, to be automatically included in all related project files. This ensures consistency and eliminates the need to attach terrain in each individual design file manually.

You will also learn how to open and prepare the site model file, confirm the terrain is accessible through live nesting, and set the terrain model as active. Additional steps include adjusting the terrain display settings to enhance visualization and control, such as overriding symbology and disabling minor contours for clarity.

Key Topics Covered:

• Attaching terrain via references to the Project Container file

• Understanding live nesting for terrain propagation across project files

• Opening and preparing the site model file with attached terrain

• Setting the terrain model as the active terrain

• Adjusting terrain display properties including symbology overrides and contour visibility

Practical Value in Terrain and Site Design:

• Ensures terrain data is consistently available in all design files through live nesting

• Supports efficient project file management and reduces redundant referencing tasks

• Improves visualization and control over terrain display to support accurate design decisions

• Prepares the project environment for subsequent site boundary and layout design tasks

By the end of this lecture, you will understand how to set up your project environment by attaching and managing terrain data effectively within OpenSite Designer. This foundational skill is critical for accurate terrain modeling and establishing a coordinated workflow for all site design activities.

This lecture focuses on creating a detailed site boundary within OpenSite Designer using the Limits of Disturbance tool. You will follow a guided workflow to define the project boundary accurately by selecting property points in a specific order. This foundational step is essential to establish the limits for grading, building placement, and parking design.

The session walks you through setting feature definitions and naming conventions for efficient site boundary creation, ensuring your project aligns with design standards. Additional features such as setback lines are automatically generated to guide regulatory compliance for site elements.

You will also learn how design intent rules start forming during this boundary setup, allowing for intelligent updating of the site as changes occur. Adjusting setbacks to meet project requirements is demonstrated, emphasizing the importance of precise constraints in site layout design.

Key Topics Covered:

• The Limits of Disturbance tool for boundary creation

• Graphically picking property points clockwise to define the site limits

• Automatic generation of setback lines for parking and building constraints

• Setting feature definitions and name prefixes for organization

• Design intent formation and intelligent feature updates

• Modification of building and parking setback distances

Practical Value in Terrain and Site Design:

• Establishing accurate site boundaries essential for project scope

• Applying constraints to control building and parking placement

• Implementing design intent to support dynamic site adjustments

• Creating a compliant and well-organized site layout foundation

By the end of this session, you will be able to define detailed site boundaries effectively using OpenSite Designer, incorporate necessary setbacks, and understand how design intent influences the overall site modeling process. This foundational skill sets you up for subsequent steps like drive and walking path creation.

This lecture focuses on creating and editing driveway and walking path layouts using OpenSite Designer. The project references a detailed, geolocated subdivision layout from SiteOps to guide the design process. Only specific portions of this layout are used to define drives and paths accurately for the project site.

The lesson begins with setting up the visibility of the proposed layout within the software by toggling levels to show only relevant features such as walking paths and driveway centerlines. Using OpenSite Designer’s modeling and editing tools, learners will create entrance drives, internal drives, and walking paths by following guide centerlines.

Users will practice placing key points (PIs) that define path geometry and learn to refine the layout by adjusting PIs and driveway radii interactively with dynamic manipulators. These manipulators also allow modifications to design properties like lane widths, slopes, and medians to tailor the driveway to project requirements.

Key topics covered in this lecture:

• Referencing and displaying a geolocated subdivision layout

• Setting visibility of layers for driveways and paths

• Creating driveway and walking path alignments using PI points

• Editing drive layouts by moving PIs and adjusting radii

• Using graphical and dynamic text manipulators for precision design control

• Customizing driveway design properties such as lane width and slopes

• Finalizing multiple drives within the project area

Practical value in terrain and site design:

• Enables hands-on creation of realistic site drives and paths aligned to geolocated layouts

• Teaches precise path editing techniques that improve design accuracy and flow

• Demonstrates use of software tools for detailed driveway customization

• Prepares learners to efficiently model critical site access and circulation features

By the end of this lecture, learners will confidently create and refine driveway and walking path layouts within OpenSite Designer, applying interactive editing methods to achieve optimized site access and connectivity for civil and land development projects.

This lecture focuses on designing walking paths and sidewalks within the site layout using OpenSite Designer. After completing the driveway layouts, learners move on to defining and creating pathways for pedestrian movement, ensuring these elements fit seamlessly within the overall site design.

The workflow guides you through setting features such as the sidewalk definition, naming conventions, and geometric properties like radius and width. Emphasis is placed on following interface prompts and using centerline guides to accurately place the walking paths in the site plan.

Additionally, adjustments to the sidewalk properties such as type and maximum slope are covered to refine the pedestrian pathways for usability and compliance with design standards.

Key topics covered in this lecture

• Setting the feature definition to sidewalk

• Assigning appropriate name prefixes for walking paths

• Using centerlines and heads-up prompts for placement guidance

• Editing point of intersection (PI) locations and radii for curves

• Adjusting sidewalk properties including width, type, and slope limits

Practical value in terrain and site layout design

• Creates functional pedestrian pathways integrated with the site design

• Ensures accurate alignment and smooth curves using geometric editing

• Improves site accessibility and usability by controlling slope and width

• Supports coordinated workflow following driveway layouts to complete site connectivity

By the end of this lecture, learners will understand how to effectively create and customize walking paths and sidewalks in OpenSite Designer. They will be able to integrate these pedestrian features into a cohesive site layout that balances functionality and design precision.

This lecture focuses on designing sidewalks and cul-de-sacs within a site layout using OpenSite Designer. You will learn how to place and customize cul-de-sacs at the ends of driveways, adjusting properties such as radius, offset, and entrance flares to suit your design needs. The workflow emphasizes precise control over drive geometry to enhance functionality and aesthetics.

In addition, the lesson covers reviewing and editing driveway settings, including adjusting lane widths and adding vertices to refine drive centerlines and medians for optimal traffic flow and safety. You will also explore how to add sidewalks along driveways, set their properties like width, offset, and slope, and understand current limitations, such as manually creating sidewalks around cul-de-sacs using complex shapes and the Other Pad tool.

This session provides practical skills required for detailed site modeling, focusing on enhancing pedestrian and vehicular circulation.

Key topics covered:

• Placement and property settings of cul-de-sacs

• Adjusting lane widths and editing drive centerlines

• Using vertices to control medians on drives

• Adding sidewalks to drive sides with property nodes selection

• Reviewing and editing sidewalk settings including width, type, offset, and slope

• Manual sidewalk creation around cul-de-sacs using Other Pad tool

Practical value in site and terrain design:

• Improves site circulation by optimizing driveway and cul-de-sac geometry

• Enhances pedestrian accessibility with properly placed and adjusted sidewalks

• Ensures design precision through detailed property adjustments

• Prepares learners to handle complex sidewalk configurations around special features

By completing this lesson, learners will be able to confidently create and customize sidewalks and cul-de-sacs in OpenSite Designer, applying detailed property settings to refine site layout for better function and user experience.

In this lecture, you will learn how to add parking areas strategically along the walking paths within a site using OpenSite Designer. The process focuses on selecting the site driveway segments and positioning parking stalls effectively to complement pedestrian pathways.

We start by using the Site Draw Basic tool to isolate sections of the driveway where parking will be enabled. You will be guided to place vertices that define these sections accurately. Then, you will configure parking properties such as enabling on-site parking and setting the number of parking stalls.

Adjustments like aligning parking gaps for better design coherence are also covered, ensuring your layout reflects practical and aesthetic considerations.

Key Topics Covered:

• Selecting and isolating driveway sections

• Using vertex placement to define parking zones

• Enabling on-site parking through property settings

• Setting the number of parking stalls and creating central parking islands

• Aligning parking gaps for consistent design

• Applying parking configuration on both sides of the driveway

• Repeating steps for multiple walking path ends

Practical Value in Terrain and Site Design:

• Enhances site usability with optimized parking placement

• Integrates pedestrian and vehicle circulation effectively

• Improves visual and functional coherence of site layouts

• Supports compliance with site planning best practices

By completing this lesson, you will be able to add well-placed parking areas along walkways in OpenSite Designer, enhancing site accessibility and user experience while maintaining design accuracy and consistency.

In this lecture, you will learn how to create and edit parcelling areas within your site design project. Parcelling areas are dynamic zones where lots or parcels are automatically laid out along driveways, allowing for efficient and standardized site development. The lesson emphasizes different methods for defining these areas using shapes, polygons, or predefined zones, tailored to specific parcel size requirements.

You will be guided through practical steps including copying reference shapes from files, setting up parcelling areas with name prefixes, and generating parcels automatically based on predefined design standards. The properties of parcels can be edited dynamically, enabling quick updates to parameters like building depth and setbacks that affect all lots within a given parcel area.

Additionally, the lecture demonstrates how to create parcelling areas using the pick points method, which allows you to flexibly define parcel boundaries even if they overlap other site features. Through the use of the Properties tool and Explorer panel, you will see how to conveniently make adjustments to site features at any point during the design process.

Key topics covered in this lecture:

• Creating parcelling areas using predefined shapes and polygons

• Automatic parcel creation along driveways based on site standards

• Copying and managing reference shapes within the project

• Editing parcel properties dynamically for global updates

• Using the pick points method to define flexible parcel boundaries

• Applying the Properties tool and Explorer for feature adjustments

• Undoing changes to revert parcel settings

Practical value of these skills in site design:

• Streamline subdivision and site layout planning with dynamic parcel creation

• Quickly model various parcel size requirements within a single project

• Enable fast iterations by editing parcel dimensions and setbacks globally

• Efficiently manage multiple parcel areas to organize complex sites

• Leverage software tools to maintain accuracy and consistency during design updates

By completing this lecture, you will be able to efficiently create and customize parcel areas within OpenSite Designer, enabling you to organize site layouts for subdivisions or developments with dynamic and editable parcel configurations that meet design criteria.

This lecture focuses on customizing individual parcels within a parceling area using OpenSite Designer. It addresses the scenario where site constraints require specific modifications to certain parcels that differ from the standard parcel layout for the entire area.

You will learn how to select a specific parcel and adjust its properties independently, bypassing the automatic layout settings. This flexibility allows for tailored site planning to accommodate unique parcel conditions or design requirements.

Adjustments covered include modifying parcel-specific site setbacks and altering building footprints associated with each parcel. Techniques shown involve using grips to move entire buildings or adjust individual building sides, as well as deleting building portions when necessary.

Key topics covered in this lecture:

• Selecting individual parcels for customization within a parceling area

• Overriding automatic parcel layout settings

• Changing parcel site setback values independently

• Modifying building footprints on a per-parcel basis

• Moving or deleting building sides using grips

Practical applications in terrain and site design:

• Adapting parcel layouts to accommodate site-specific constraints

• Enhancing the accuracy and flexibility of site plans

• Improving building placement and alignment on irregular parcels

• Streamlining individual parcel edits without affecting the entire development area

By the end of this lecture, you will understand how to customize parcels and their buildings to suit particular site conditions, enabling more precise and effective terrain and site design using OpenSite Designer.

In this lecture, we explore the use of parcel blocks and parcel dividers within OpenSite Designer as part of parcel management. These tools serve a distinct purpose compared to automated parcel area layouts, focusing instead on manual, precise individual lot layout without automation effects on driveways.

You will begin by examining a specific site area— a cul de sac in the northeast corner. Through demonstration, you'll learn how to activate parcel outlines and select the parcel block tool to create a custom parcel block by picking shapes. This process involves setting feature definitions and prefixes to organize your parcel blocks clearly within the site design.

Next, the course details how to use the parcel divider tool to manually subdivide the parcel block. This tool acts like a cutting edge, allowing placement of points to divide the area as needed. Importantly, divisions can be adjusted dynamically by moving, deleting, or redrawing lines until the desired layout around complex site features like a cul de sac is achieved.

Key topics covered in this lecture:

• Introduction to parcel blocks vs. automated parcel areas

• Setting up and selecting parcel blocks in site layout

• Using parcel divider for manual parcel subdivision

• Manipulating parcel divider lines dynamically

• Applying manual layout adjustments to meet design goals

Practical value for site design and terrain modeling:

• Enables detailed custom lot layouts without automation constraints

• Improves control over parcel subdivision in irregular site areas

• Supports flexible design adjustments in complex site features

• Facilitates preparation for final site parcel planning and development

By completing this lesson, learners will understand how to effectively control and customize parcel layouts manually using parcel blocks and dividers within OpenSite Designer. This knowledge supports precise site organization crucial for successful terrain and site design projects.

In this lecture, you will conduct a comprehensive review of the Site Layout settings within OpenSite Designer, focusing on how the software's Explorer tool organizes and manages site components. This process is crucial for understanding how default standards and design rules are applied automatically to your site layout, saving time while ensuring consistency and accuracy in your project.

The lesson begins by revisiting the initial placement of driveways, parcel areas, and sidewalks, highlighting that these elements were created without manually entering design or layout parameters. This automatic creation is possible because OpenSite Designer uses predefined Design Standards and Layout settings stored in DGN library files located in the Standards directory. These built-in rules govern how site features are logically generated, providing a foundation for efficient site design management.

Next, you will explore the location and structure of these standards in the Explorer Panel. The session walks you through navigating to the Open Site Standards, expanding categories such as Standards Libraries, Site Layout Settings, and Site Defaults. Understanding where and how these default properties are stored and copied into the current project file equips you with the ability to manage, adjust, or customize standards as your project demands.

The review then focuses specifically on the Parcelling Area settings, showing how to access and inspect the Area Category's default design and layout properties. You will learn to use the Properties pane via right-click interactions to examine these configurations, providing insights into how site parcels are controlled and defined within the software environment.

Further, the lecture covers how OpenSite Designer organizes all Site objects and their features within the Open Site model inside the Explorer tool. You will practice expanding this model, navigating through Site Layout layers and objects such as Pathways and Entrance Drives, and learn how selecting items in the Explorer correlates with object highlighting in the viewport. This functionality simplifies locating specific site elements in complex projects, improving your efficiency when reviewing or editing components.

Additionally, you will discover practical techniques to zoom into selected objects and inspect their detailed design settings. Using right-click commands and the Properties tool, the lecture demonstrates accessing parameters related to curbs, sidewalks, driveways, and pavements among others. Importantly, any modifications to these design parameters trigger automatic layout updates, illustrating the dynamic nature of OpenSite Designer’s environment.

By the end of the lecture, you'll have a solid understanding of how to effectively utilize the Explorer panel to review site layout settings and manage design standards within OpenSite Designer. This foundational knowledge supports both organizing complex site projects and tailoring design elements to meet specific project requirements.

Key topics covered in this lecture:

• Overview of Site Layout settings in OpenSite Designer Explorer

• Role of predefined Design Standards and Layout properties

• Navigation to Design Standards libraries and Site Defaults

• Review of Parcelling Area design and layout properties

• Organization and management of Site objects within the Open Site model

• Techniques for locating and highlighting site features using Explorer

• Inspecting and modifying design parameters through the Properties tool

• Understanding automatic layout updates after design changes

Practical value in terrain and site design:

• Improves efficiency by leveraging predefined standards to automate site feature creation

• Enhances project consistency through centralized control of layout settings

• Facilitates easier navigation and site management in complex design files

• Enables precise control over individual site element properties and appearance

• Supports quick identification and modification of site objects using Explorer tools

• Provides dynamic design feedback with automatic updates upon parameter changes

• Prepares users to implement effective review workflows during site design finalization

After completing this lecture, learners will be able to confidently navigate the OpenSite Designer Explorer panel to review and manage site layout and design standards. They will understand how to inspect and modify the properties of various site elements and use these skills to enhance organized, efficient, and accurate terrain and site design projects.