Exchange Requirement: Pedestrian Travelway

Download a Word File of this exchange requirement: Here

Child Classes

Parts (Property Sets)


Name

Pedestrian Travelway

Identifier

er_pedestrian-travelway

Change Log

Date (yyyy-mm-dd) Action Author (email)
     

Project Stage

Select the applicable project stage(s); remove rows that do not apply.

Code Stage
0 Portfolio requirements
1 Conception of need
2 Outline feasibility
3 Substantive feasibility
4 Outline conceptual design
5 Full conceptual design
6 Coordinated design and procurement
7 Production information
8 Construction
9 Operation and maintenance
10 Disposal

Overview

Provide a textual overview of the exchange requirement under the headings Scope, General Description and Information Description. Keep it non-technical and aimed at an executive audience.

Scope

Define the scope of the exchange requirement.

General Description

Provide a simple description of how the exchange requirement will meet the scope.

Information Description

  • US Roads Data Dictionary as captured in “WORKING-US-RoadsDD-v1.2.xlsx”

Information Requirements

Preconditions

What information must exist or what actions must be completed before this exchange requirement occurs?

Parts

Part: Alignment Data - Linear

  • Purpose: Describe the purpose of this part.
Concept Definition Type Units Cardinality Restrictions
Alignment ID Reference Alignment ID that is referenced for element layout String   required  
Corridor ID Reference Corridor ID that is referenced for element layout String   required  
Station - Begin Station of linear location - begin Real Stationing required  
Station Offset - Begin Offset of linear location - begin Real Feet required  
Station - End Station of linear location - end Real Stationing required  
Station Offset - End Offset of linear location - end Real Feet required  
Reference Point Location Placement of point for offset (i.e. gutterline for traffic barrier feature) String   required  
Alignment ID Reference Alignment ID that is referenced for element layout String   required  
Corridor ID Reference Corridor ID that is referenced for element layout String   required  
Station - Begin Station of linear location - begin Real Stationing required  
Station Offset - Begin Offset of linear location - begin Real Feet required  
Station - End Station of linear location - end Real Stationing required  
Station Offset - End Offset of linear location - end Real Feet required  
Reference Point Location Placement of point for offset (i.e. gutterline for traffic barrier feature) String   required  
Alignment ID Reference Alignment ID that is referenced for element layout String   required  
Corridor ID Reference Corridor ID that is referenced for element layout String   required  
Station - Begin Station of linear location - begin Real Stationing required  
Station Offset - Begin Offset of linear location - begin Real Feet required  
Station - End Station of linear location - end Real Stationing required  
Station Offset - End Offset of linear location - end Real Feet required  
Reference Point Location Placement of point for offset (i.e. gutterline for traffic barrier feature) String   required  
Concept: Alignment ID Reference
  • Purpose: Alignment ID that is referenced for element layout
  • Type: String
  • Cardinality: required
Concept: Corridor ID Reference
  • Purpose: Corridor ID that is referenced for element layout
  • Type: String
  • Cardinality: required
Concept: Station - Begin
  • Purpose: Station of linear location - begin
  • Type: Real
  • Units: Stationing
  • Cardinality: required
Concept: Station Offset - Begin
  • Purpose: Offset of linear location - begin
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Station - End
  • Purpose: Station of linear location - end
  • Type: Real
  • Units: Stationing
  • Cardinality: required
Concept: Station Offset - End
  • Purpose: Offset of linear location - end
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Reference Point Location
  • Purpose: Placement of point for offset (i.e. gutterline for traffic barrier feature)
  • Type: String
  • Cardinality: required
Concept: Alignment ID Reference
  • Purpose: Alignment ID that is referenced for element layout
  • Type: String
  • Cardinality: required
Concept: Corridor ID Reference
  • Purpose: Corridor ID that is referenced for element layout
  • Type: String
  • Cardinality: required
Concept: Station - Begin
  • Purpose: Station of linear location - begin
  • Type: Real
  • Units: Stationing
  • Cardinality: required
Concept: Station Offset - Begin
  • Purpose: Offset of linear location - begin
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Station - End
  • Purpose: Station of linear location - end
  • Type: Real
  • Units: Stationing
  • Cardinality: required
Concept: Station Offset - End
  • Purpose: Offset of linear location - end
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Reference Point Location
  • Purpose: Placement of point for offset (i.e. gutterline for traffic barrier feature)
  • Type: String
  • Cardinality: required
Concept: Alignment ID Reference
  • Purpose: Alignment ID that is referenced for element layout
  • Type: String
  • Cardinality: required
Concept: Corridor ID Reference
  • Purpose: Corridor ID that is referenced for element layout
  • Type: String
  • Cardinality: required
Concept: Station - Begin
  • Purpose: Station of linear location - begin
  • Type: Real
  • Units: Stationing
  • Cardinality: required
Concept: Station Offset - Begin
  • Purpose: Offset of linear location - begin
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Station - End
  • Purpose: Station of linear location - end
  • Type: Real
  • Units: Stationing
  • Cardinality: required
Concept: Station Offset - End
  • Purpose: Offset of linear location - end
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Reference Point Location
  • Purpose: Placement of point for offset (i.e. gutterline for traffic barrier feature)
  • Type: String
  • Cardinality: required

Part: GPS Coordinates - Linear

  • Purpose: Describe the purpose of this part.
Concept Definition Type Units Cardinality Restrictions
Latitude - Begin Latitude of linear location - begin Real   optional  
Longitude - Begin Longitude of point location - begin Real   optional  
Latitude - End Latitude of linear location - end Real   optional  
Longitude - End Longitude of point location - end Real   optional  
Control Points/Benchmarks Reference points with known coordinates and/or elevations, used to create a consistent horizontal and vertical datums for accurate coordination of highway right of way and private property boundaries and existing features for construction projects. String   optional  
GPS Notes Notes referring to GPS location data String   optional  
Latitude - Begin Latitude of linear location - begin Real   optional  
Longitude - Begin Longitude of point location - begin Real   optional  
Latitude - End Latitude of linear location - end Real   optional  
Longitude - End Longitude of point location - end Real   optional  
Control Points/Benchmarks Reference points with known coordinates and/or elevations, used to create a consistent horizontal and vertical datums for accurate coordination of highway right of way and private property boundaries and existing features for construction projects. String   optional  
GPS Notes Notes referring to GPS location data String   optional  
Latitude - Begin Latitude of linear location - begin Real   optional  
Longitude - Begin Longitude of point location - begin Real   optional  
Latitude - End Latitude of linear location - end Real   optional  
Longitude - End Longitude of point location - end Real   optional  
Control Points/Benchmarks Reference points with known coordinates and/or elevations, used to create a consistent horizontal and vertical datums for accurate coordination of highway right of way and private property boundaries and existing features for construction projects. String   optional  
GPS Notes Notes referring to GPS location data String   optional  
Concept: Latitude - Begin
  • Purpose: Latitude of linear location - begin
  • Type: Real
  • Cardinality: optional
Concept: Longitude - Begin
  • Purpose: Longitude of point location - begin
  • Type: Real
  • Cardinality: optional
Concept: Latitude - End
  • Purpose: Latitude of linear location - end
  • Type: Real
  • Cardinality: optional
Concept: Longitude - End
  • Purpose: Longitude of point location - end
  • Type: Real
  • Cardinality: optional
Concept: Control Points/Benchmarks
  • Purpose: Reference points with known coordinates and/or elevations, used to create a consistent horizontal and vertical datums for accurate coordination of highway right of way and private property boundaries and existing features for construction projects.
  • Type: String
  • Cardinality: optional
Concept: GPS Notes
  • Purpose: Notes referring to GPS location data
  • Type: String
  • Cardinality: optional
Concept: Latitude - Begin
  • Purpose: Latitude of linear location - begin
  • Type: Real
  • Cardinality: optional
Concept: Longitude - Begin
  • Purpose: Longitude of point location - begin
  • Type: Real
  • Cardinality: optional
Concept: Latitude - End
  • Purpose: Latitude of linear location - end
  • Type: Real
  • Cardinality: optional
Concept: Longitude - End
  • Purpose: Longitude of point location - end
  • Type: Real
  • Cardinality: optional
Concept: Control Points/Benchmarks
  • Purpose: Reference points with known coordinates and/or elevations, used to create a consistent horizontal and vertical datums for accurate coordination of highway right of way and private property boundaries and existing features for construction projects.
  • Type: String
  • Cardinality: optional
Concept: GPS Notes
  • Purpose: Notes referring to GPS location data
  • Type: String
  • Cardinality: optional
Concept: Latitude - Begin
  • Purpose: Latitude of linear location - begin
  • Type: Real
  • Cardinality: optional
Concept: Longitude - Begin
  • Purpose: Longitude of point location - begin
  • Type: Real
  • Cardinality: optional
Concept: Latitude - End
  • Purpose: Latitude of linear location - end
  • Type: Real
  • Cardinality: optional
Concept: Longitude - End
  • Purpose: Longitude of point location - end
  • Type: Real
  • Cardinality: optional
Concept: Control Points/Benchmarks
  • Purpose: Reference points with known coordinates and/or elevations, used to create a consistent horizontal and vertical datums for accurate coordination of highway right of way and private property boundaries and existing features for construction projects.
  • Type: String
  • Cardinality: optional
Concept: GPS Notes
  • Purpose: Notes referring to GPS location data
  • Type: String
  • Cardinality: optional

Part: Identification

  • Purpose: Describe the purpose of this part.
Concept Definition Type Units Cardinality Restrictions
Object ID Unique ID assigned to each asset in database String   required  
Feature ID Specific point, linear, and surface designation String   optional  
Feature Description Specific point, linear, and surface detailed description String   optional  
Survey Feature Code Short abbreviation surveyors use in the field to identify and describe physical features and data points encountered String   optional  
Object ID Unique ID assigned to each asset in database String   required  
Feature ID Specific point, linear, and surface designation String   optional  
Feature Description Specific point, linear, and surface detailed description String   optional  
Survey Feature Code Short abbreviation surveyors use in the field to identify and describe physical features and data points encountered String   optional  
Object ID Unique ID assigned to each asset in database String   required  
Feature ID Specific point, linear, and surface designation String   optional  
Feature Description Specific point, linear, and surface detailed description String   optional  
Survey Feature Code Short abbreviation surveyors use in the field to identify and describe physical features and data points encountered String   optional  
Concept: Object ID
  • Purpose: Unique ID assigned to each asset in database
  • Type: String
  • Cardinality: required
Concept: Feature ID
  • Purpose: Specific point, linear, and surface designation
  • Type: String
  • Cardinality: optional
Concept: Feature Description
  • Purpose: Specific point, linear, and surface detailed description
  • Type: String
  • Cardinality: optional
Concept: Survey Feature Code
  • Purpose: Short abbreviation surveyors use in the field to identify and describe physical features and data points encountered
  • Type: String
  • Cardinality: optional
Concept: Object ID
  • Purpose: Unique ID assigned to each asset in database
  • Type: String
  • Cardinality: required
Concept: Feature ID
  • Purpose: Specific point, linear, and surface designation
  • Type: String
  • Cardinality: optional
Concept: Feature Description
  • Purpose: Specific point, linear, and surface detailed description
  • Type: String
  • Cardinality: optional
Concept: Survey Feature Code
  • Purpose: Short abbreviation surveyors use in the field to identify and describe physical features and data points encountered
  • Type: String
  • Cardinality: optional
Concept: Object ID
  • Purpose: Unique ID assigned to each asset in database
  • Type: String
  • Cardinality: required
Concept: Feature ID
  • Purpose: Specific point, linear, and surface designation
  • Type: String
  • Cardinality: optional
Concept: Feature Description
  • Purpose: Specific point, linear, and surface detailed description
  • Type: String
  • Cardinality: optional
Concept: Survey Feature Code
  • Purpose: Short abbreviation surveyors use in the field to identify and describe physical features and data points encountered
  • Type: String
  • Cardinality: optional

Part: Joint

  • Purpose: Describe the purpose of this part.
Concept Definition Type Units Cardinality Restrictions
Joint Type The classification of joints formed where two sections of pavement or structural material meet, based on their shape, size, and functional purpose. Common types include contraction joints, expansion joints, and construction joints, which help control cracking and accommodate movement. String   optional enum: Contraction, Expansion, Construction
Maximum Joint Interval The greatest permissible spacing between consecutive pavement joints, as specified by design standards, to control cracking and accommodate material movement. Real feet optional  
Joint Type The classification of joints formed where two sections of pavement or structural material meet, based on their shape, size, and functional purpose. Common types include contraction joints, expansion joints, and construction joints, which help control cracking and accommodate movement. String   optional enum: Contraction, Expansion, Construction
Maximum Joint Interval The greatest permissible spacing between consecutive pavement joints, as specified by design standards, to control cracking and accommodate material movement. Real feet optional  
Joint Type The classification of joints formed where two sections of pavement or structural material meet, based on their shape, size, and functional purpose. Common types include contraction joints, expansion joints, and construction joints, which help control cracking and accommodate movement. String   optional enum: Contraction, Expansion, Construction
Maximum Joint Interval The greatest permissible spacing between consecutive pavement joints, as specified by design standards, to control cracking and accommodate material movement. Real feet optional  
Concept: Joint Type
  • Purpose: The classification of joints formed where two sections of pavement or structural material meet, based on their shape, size, and functional purpose. Common types include contraction joints, expansion joints, and construction joints, which help control cracking and accommodate movement.
  • Type: String
  • Cardinality: optional
  • Restrictions: enum: Contraction, Expansion, Construction
Concept: Maximum Joint Interval
  • Purpose: The greatest permissible spacing between consecutive pavement joints, as specified by design standards, to control cracking and accommodate material movement.
  • Type: Real
  • Units: feet
  • Cardinality: optional
Concept: Joint Type
  • Purpose: The classification of joints formed where two sections of pavement or structural material meet, based on their shape, size, and functional purpose. Common types include contraction joints, expansion joints, and construction joints, which help control cracking and accommodate movement.
  • Type: String
  • Cardinality: optional
  • Restrictions: enum: Contraction, Expansion, Construction
Concept: Maximum Joint Interval
  • Purpose: The greatest permissible spacing between consecutive pavement joints, as specified by design standards, to control cracking and accommodate material movement.
  • Type: Real
  • Units: feet
  • Cardinality: optional
Concept: Joint Type
  • Purpose: The classification of joints formed where two sections of pavement or structural material meet, based on their shape, size, and functional purpose. Common types include contraction joints, expansion joints, and construction joints, which help control cracking and accommodate movement.
  • Type: String
  • Cardinality: optional
  • Restrictions: enum: Contraction, Expansion, Construction
Concept: Maximum Joint Interval
  • Purpose: The greatest permissible spacing between consecutive pavement joints, as specified by design standards, to control cracking and accommodate material movement.
  • Type: Real
  • Units: feet
  • Cardinality: optional

Part: LRS Data - Linear

  • Purpose: Describe the purpose of this part.
Concept Definition Type Units Cardinality Restrictions
Postmile - Begin Mile post of point location - begin Real Mile optional  
LRS Offset - Begin Linear Reference System offset of point location - begin Real Feet optional  
Postmile - End Mile post of point location - end Real Mile optional  
LRS Offset - End Linear Reference System offset of point location - end Real Feet optional  
Postmile - Begin Mile post of point location - begin Real Mile optional  
LRS Offset - Begin Linear Reference System offset of point location - begin Real Feet optional  
Postmile - End Mile post of point location - end Real Mile optional  
LRS Offset - End Linear Reference System offset of point location - end Real Feet optional  
Postmile - Begin Mile post of point location - begin Real Mile optional  
LRS Offset - Begin Linear Reference System offset of point location - begin Real Feet optional  
Postmile - End Mile post of point location - end Real Mile optional  
LRS Offset - End Linear Reference System offset of point location - end Real Feet optional  
Concept: Postmile - Begin
  • Purpose: Mile post of point location - begin
  • Type: Real
  • Units: Mile
  • Cardinality: optional
Concept: LRS Offset - Begin
  • Purpose: Linear Reference System offset of point location - begin
  • Type: Real
  • Units: Feet
  • Cardinality: optional
Concept: Postmile - End
  • Purpose: Mile post of point location - end
  • Type: Real
  • Units: Mile
  • Cardinality: optional
Concept: LRS Offset - End
  • Purpose: Linear Reference System offset of point location - end
  • Type: Real
  • Units: Feet
  • Cardinality: optional
Concept: Postmile - Begin
  • Purpose: Mile post of point location - begin
  • Type: Real
  • Units: Mile
  • Cardinality: optional
Concept: LRS Offset - Begin
  • Purpose: Linear Reference System offset of point location - begin
  • Type: Real
  • Units: Feet
  • Cardinality: optional
Concept: Postmile - End
  • Purpose: Mile post of point location - end
  • Type: Real
  • Units: Mile
  • Cardinality: optional
Concept: LRS Offset - End
  • Purpose: Linear Reference System offset of point location - end
  • Type: Real
  • Units: Feet
  • Cardinality: optional
Concept: Postmile - Begin
  • Purpose: Mile post of point location - begin
  • Type: Real
  • Units: Mile
  • Cardinality: optional
Concept: LRS Offset - Begin
  • Purpose: Linear Reference System offset of point location - begin
  • Type: Real
  • Units: Feet
  • Cardinality: optional
Concept: Postmile - End
  • Purpose: Mile post of point location - end
  • Type: Real
  • Units: Mile
  • Cardinality: optional
Concept: LRS Offset - End
  • Purpose: Linear Reference System offset of point location - end
  • Type: Real
  • Units: Feet
  • Cardinality: optional

Part: Pay Item Information

  • Purpose: Describe the purpose of this part.
Concept Definition Type Units Cardinality Restrictions
Pay Item Code The code used to describe the pay item often associated with construction standards or specifications developed by an owner agency. String   required  
Pay Item Description A description of the pay item code. String   required  
Pay Item Unit of Measure The unit of measure associated with the pay item (LF, CY, LS, etc.). Use the unit abbreviation defined in the associated specification if one exists. String   required  
Pay Quantity Pay Item quantity String   required  
Pay Item Note A note used to further describe the pay item. String   optional  
Specification URL The world wide web address associated with the specification or specification section that provides additional information realted to the Pay Item. String   optional  
Pay Item Code The code used to describe the pay item often associated with construction standards or specifications developed by an owner agency. String   required  
Pay Item Description A description of the pay item code. String   required  
Pay Item Unit of Measure The unit of measure associated with the pay item (LF, CY, LS, etc.). Use the unit abbreviation defined in the associated specification if one exists. String   required  
Pay Quantity Pay Item quantity String   required  
Pay Item Note A note used to further describe the pay item. String   optional  
Specification URL The world wide web address associated with the specification or specification section that provides additional information realted to the Pay Item. String   optional  
Pay Item Code The code used to describe the pay item often associated with construction standards or specifications developed by an owner agency. String   required  
Pay Item Description A description of the pay item code. String   required  
Pay Item Unit of Measure The unit of measure associated with the pay item (LF, CY, LS, etc.). Use the unit abbreviation defined in the associated specification if one exists. String   required  
Pay Quantity Pay Item quantity String   required  
Pay Item Note A note used to further describe the pay item. String   optional  
Specification URL The world wide web address associated with the specification or specification section that provides additional information realted to the Pay Item. String   optional  
Concept: Pay Item Code
  • Purpose: The code used to describe the pay item often associated with construction standards or specifications developed by an owner agency.
  • Type: String
  • Cardinality: required
Concept: Pay Item Description
  • Purpose: A description of the pay item code.
  • Type: String
  • Cardinality: required
Concept: Pay Item Unit of Measure
  • Purpose: The unit of measure associated with the pay item (LF, CY, LS, etc.). Use the unit abbreviation defined in the associated specification if one exists.
  • Type: String
  • Cardinality: required
Concept: Pay Quantity
  • Purpose: Pay Item quantity
  • Type: String
  • Cardinality: required
Concept: Pay Item Note
  • Purpose: A note used to further describe the pay item.
  • Type: String
  • Cardinality: optional
Concept: Specification URL
  • Purpose: The world wide web address associated with the specification or specification section that provides additional information realted to the Pay Item.
  • Type: String
  • Cardinality: optional
Concept: Pay Item Code
  • Purpose: The code used to describe the pay item often associated with construction standards or specifications developed by an owner agency.
  • Type: String
  • Cardinality: required
Concept: Pay Item Description
  • Purpose: A description of the pay item code.
  • Type: String
  • Cardinality: required
Concept: Pay Item Unit of Measure
  • Purpose: The unit of measure associated with the pay item (LF, CY, LS, etc.). Use the unit abbreviation defined in the associated specification if one exists.
  • Type: String
  • Cardinality: required
Concept: Pay Quantity
  • Purpose: Pay Item quantity
  • Type: String
  • Cardinality: required
Concept: Pay Item Note
  • Purpose: A note used to further describe the pay item.
  • Type: String
  • Cardinality: optional
Concept: Specification URL
  • Purpose: The world wide web address associated with the specification or specification section that provides additional information realted to the Pay Item.
  • Type: String
  • Cardinality: optional
Concept: Pay Item Code
  • Purpose: The code used to describe the pay item often associated with construction standards or specifications developed by an owner agency.
  • Type: String
  • Cardinality: required
Concept: Pay Item Description
  • Purpose: A description of the pay item code.
  • Type: String
  • Cardinality: required
Concept: Pay Item Unit of Measure
  • Purpose: The unit of measure associated with the pay item (LF, CY, LS, etc.). Use the unit abbreviation defined in the associated specification if one exists.
  • Type: String
  • Cardinality: required
Concept: Pay Quantity
  • Purpose: Pay Item quantity
  • Type: String
  • Cardinality: required
Concept: Pay Item Note
  • Purpose: A note used to further describe the pay item.
  • Type: String
  • Cardinality: optional
Concept: Specification URL
  • Purpose: The world wide web address associated with the specification or specification section that provides additional information realted to the Pay Item.
  • Type: String
  • Cardinality: optional

Part: Pedestrian Travelway Layout

  • Purpose: Describe the purpose of this part.
Concept Definition Type Units Cardinality Restrictions
Total Pedestrian Tralway Width The horizontal distance from one edge of the sidewalk to the opposite edge, measured perpendicular to the roadway centerline. This dimension determines pedestrian space and is critical for accessibility and design standards. Real feet required  
Height at Edge of Pavement Indicates the adjacent pavement distance above the top of the gutter pan, typically greater than zero in asphalt pavements. Real inches optional  
Total Pedestrian Tralway Width The horizontal distance from one edge of the sidewalk to the opposite edge, measured perpendicular to the roadway centerline. This dimension determines pedestrian space and is critical for accessibility and design standards. Real feet required  
Height at Edge of Pavement Indicates the adjacent pavement distance above the top of the gutter pan, typically greater than zero in asphalt pavements. Real inches optional  
Total Pedestrian Tralway Width The horizontal distance from one edge of the sidewalk to the opposite edge, measured perpendicular to the roadway centerline. This dimension determines pedestrian space and is critical for accessibility and design standards. Real feet required  
Height at Edge of Pavement Indicates the adjacent pavement distance above the top of the gutter pan, typically greater than zero in asphalt pavements. Real inches optional  
Concept: Total Pedestrian Tralway Width
  • Purpose: The horizontal distance from one edge of the sidewalk to the opposite edge, measured perpendicular to the roadway centerline. This dimension determines pedestrian space and is critical for accessibility and design standards.
  • Type: Real
  • Units: feet
  • Cardinality: required
Concept: Height at Edge of Pavement
  • Purpose: Indicates the adjacent pavement distance above the top of the gutter pan, typically greater than zero in asphalt pavements.
  • Type: Real
  • Units: inches
  • Cardinality: optional
Concept: Total Pedestrian Tralway Width
  • Purpose: The horizontal distance from one edge of the sidewalk to the opposite edge, measured perpendicular to the roadway centerline. This dimension determines pedestrian space and is critical for accessibility and design standards.
  • Type: Real
  • Units: feet
  • Cardinality: required
Concept: Height at Edge of Pavement
  • Purpose: Indicates the adjacent pavement distance above the top of the gutter pan, typically greater than zero in asphalt pavements.
  • Type: Real
  • Units: inches
  • Cardinality: optional
Concept: Total Pedestrian Tralway Width
  • Purpose: The horizontal distance from one edge of the sidewalk to the opposite edge, measured perpendicular to the roadway centerline. This dimension determines pedestrian space and is critical for accessibility and design standards.
  • Type: Real
  • Units: feet
  • Cardinality: required
Concept: Height at Edge of Pavement
  • Purpose: Indicates the adjacent pavement distance above the top of the gutter pan, typically greater than zero in asphalt pavements.
  • Type: Real
  • Units: inches
  • Cardinality: optional

Part: Reinforcement

  • Purpose: Describe the purpose of this part.
Concept Definition Type Units Cardinality Restrictions
Reinforcement The indication of whether an object includes reinforcement. Boolean   optional enum: Yes, No
Reinforcement The indication of whether an object includes reinforcement. Boolean   optional enum: Yes, No
Reinforcement The indication of whether an object includes reinforcement. Boolean   optional enum: Yes, No
Concept: Reinforcement
  • Purpose: The indication of whether an object includes reinforcement.
  • Type: Boolean
  • Cardinality: optional
  • Restrictions: enum: Yes, No
Concept: Reinforcement
  • Purpose: The indication of whether an object includes reinforcement.
  • Type: Boolean
  • Cardinality: optional
  • Restrictions: enum: Yes, No
Concept: Reinforcement
  • Purpose: The indication of whether an object includes reinforcement.
  • Type: Boolean
  • Cardinality: optional
  • Restrictions: enum: Yes, No

Part: State Plane Coordinates - Linear

  • Purpose: Describe the purpose of this part.
Concept Definition Type Units Cardinality Restrictions
Northing - Begin The “Y” values of coordinates represented on a plane coordinate system - Begin (Linear) Real Feet required  
Easting - Begin The “X” values of coordinates represented on a plane coordinate system - Begin (Linear) Real Feet required  
Northing - End The “Y” values of coordinates represented on a plane coordinate system - End (Linear) Real Feet required  
Easting - End The “X” values of coordinates represented on a plane coordinate system - End (Linear) Real Feet required  
Northing - Begin The “Y” values of coordinates represented on a plane coordinate system - Begin (Linear) Real Feet required  
Easting - Begin The “X” values of coordinates represented on a plane coordinate system - Begin (Linear) Real Feet required  
Northing - End The “Y” values of coordinates represented on a plane coordinate system - End (Linear) Real Feet required  
Easting - End The “X” values of coordinates represented on a plane coordinate system - End (Linear) Real Feet required  
Northing - Begin The “Y” values of coordinates represented on a plane coordinate system - Begin (Linear) Real Feet required  
Easting - Begin The “X” values of coordinates represented on a plane coordinate system - Begin (Linear) Real Feet required  
Northing - End The “Y” values of coordinates represented on a plane coordinate system - End (Linear) Real Feet required  
Easting - End The “X” values of coordinates represented on a plane coordinate system - End (Linear) Real Feet required  
Concept: Northing - Begin
  • Purpose: The “Y” values of coordinates represented on a plane coordinate system - Begin (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Easting - Begin
  • Purpose: The “X” values of coordinates represented on a plane coordinate system - Begin (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Northing - End
  • Purpose: The “Y” values of coordinates represented on a plane coordinate system - End (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Easting - End
  • Purpose: The “X” values of coordinates represented on a plane coordinate system - End (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Northing - Begin
  • Purpose: The “Y” values of coordinates represented on a plane coordinate system - Begin (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Easting - Begin
  • Purpose: The “X” values of coordinates represented on a plane coordinate system - Begin (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Northing - End
  • Purpose: The “Y” values of coordinates represented on a plane coordinate system - End (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Easting - End
  • Purpose: The “X” values of coordinates represented on a plane coordinate system - End (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Northing - Begin
  • Purpose: The “Y” values of coordinates represented on a plane coordinate system - Begin (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Easting - Begin
  • Purpose: The “X” values of coordinates represented on a plane coordinate system - Begin (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Northing - End
  • Purpose: The “Y” values of coordinates represented on a plane coordinate system - End (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required
Concept: Easting - End
  • Purpose: The “X” values of coordinates represented on a plane coordinate system - End (Linear)
  • Type: Real
  • Units: Feet
  • Cardinality: required

Child Classes

Buffer

This child class inherits the requirements defined for the parent element.

Sidewalk

This child class inherits the requirements defined for the parent element.

Path

This child class inherits the requirements defined for the parent element.