As Constructed Data Standar · 2020-04-30 · City of Gold Coast As Constructed Data Standard How...
Transcript of As Constructed Data Standar · 2020-04-30 · City of Gold Coast As Constructed Data Standard How...
City of Gold Coast As Constructed Data Standard
How to Navigate this Document
Overview
The City has developed an As Constructed Data Standard that incorporates the Asset Design As Constructed (ADAC) version 4.2 specification as well as standards for asset types not
currently included within the ADAC specification. The As Constructed Data Standard applies to all infrastructure asset types contained within the ADAC specification plus buildings, shelters
and some site improvements that are not currently listed in the ADAC specification.
The combination of the ADAC specification and the specification for non-ADAC asset types forms the City's As Constructed Data Standard.
The City's As Constructed Data Standard applies to all delivery agencies who deliver assets for or on behalf of the City – including internal delivery, external contracts and private developers.
Note: Water Supply and Sewer assets are covered under the SEQ D&C Code. This code overwrites any local authority planning scheme.
How to Navigate this Document
This document details the asset characteristic requirements per asset class. The document is broken into worksheets per asset class and type, with the worksheet tabs coloured in gold
providing the City's As Constructed Data specification for non-ADAC listed assets.
Each worksheet has a number of headings, with the following explanations:
Asset Element - this is the group of like assets
Description - provided for information purposes only - this is not required to be submitted as part of the as constructed package
Feature - describes the individual asset. If there is more than one instance of a feature, the 'Detail' and 'Enumeration' columns must be captured for each instance
Description - provided for information purposes only - this is not required to be submitted as part of the as constructed package
Detail - these are the attribute details required for each asset feature instance
Description - provided for information purposes only - this is not required to be submitted as part of the as constructed package
Enumeration - this is the allowable value or list of allowable values to be recorded for each attribute listed in the detail column
Description - provided for information purposes only - this is not required to be submitted as part of the as constructed package
Individual instance of an
asset
Description of what
this attribute
means
Grouping of like
assetsConstraints applicable
Attribute information required for each
asset instance
Specified list of acceptable
values
Page 1 of 58
Project Informaion
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Export Date Time Export date and time in UTC. Format is yyyy-mm-
ddThh:mm:ssZ (eg 2006-08-08T20:00:00Z)
Name The project or development name.
Owner Are assets for the whole project owned by Council or
another entity.
Receiver The receiver of the ADAC file
Works Approval ID The works approval ID for the development that this
information represents.
Drawing Number The Council drawing number of the as constructed
plans. This may not be known at the time of
compilation.
Drawing Revision Date the drawing was revised
Construction Date The accepted date of construction for the whole
project. Usually the project completion date.
Date may be used to calculate remaining life in an
asset management system.
Horizontal Coordinate
System
Specifies the horizontal coordinate system used. e.g. MGA56. Well
known projections may be referred to by name only. All spatial
information in the project will be considered to be referenced to this
system. If custom local plane systems or projections are used by
agreement with the receiver, then any parameters should be
specified in the notes.
Horizontal Datum To Specifiy the Datum that the Horizontal Coordinate System is
based on. E.g. GDA94.
Vertical Datum To Specifiy the Datum of Height values. E.g. AHD.
Is Approximate Are the values supplied accurate or approximations. If data is plane
rectangular approximating MGA-56 then set to true
Origin Mark When data is plane rectangular this is the Permanent Survey Mark
used as the origin.
Notes To contain any additional data required to specify the coordinate
system
South West The coordinates of the southwest corner.
North East The coordinates of the northeast corner.
Description Descriptive text summarising the project.
Project Status The reason for the ADAC file creation. This is not the
same as Asset_status, which is at the asset level
Submission Status is usually related to the
development assesment process or to data transfer
between entities or systems
Product The name of the software product.
Version The version or release number of the product.
Surveyor Name The name of the surveyor.
Date Final Survey The date of the final survey.
Date Approved The date of the final approval.
Engineer Name The name of the consulting engineer
Date Approved The date of approval.
Sewerage The Sewerage element encloses all sewerage (waste water) feature
Transport The Roads element encloses all roads feature descriptions.
Water Supply The Water element encloses all water supply feature descriptions.
Storm Water The StormWater element encloses all stormwater feature
descriptions.
Open Space The OpenSpace element encloses all public open space feature
descriptions.
Cadastre The Cadastre element encloses all cadastral feature descriptions.
Surface The Surface element encloses Supplementary surface feature
descriptions.
Enhancements The Enhancements element encloses enhacements such as
annotations and dimensions.
Supplementary The Supplementary element encloses all feature data not described
specifically in the schema. It is recommended to keep the use of
unstructured data to a bare minimum.
Version
Fixed Value = 4.2.0
Surveyor
Details of the software product used to create the
ADAC data set.
Software
Project Data
Structure containing information from the certifying
engineer.
Engineer
The Project element
encloses all data that is
common to the whole
project.
In Version 4.1.0, for technical
simplicity, only a single
project may exist within an
instance document, but in
future it may be feasible for
multiple independent projects
to be delivered in a single
instance.
In version 4.2.0 while this
limitation remains, certain
fields at the project level
have been repeated at the
asset level to allow assets to
differ from the global values
set in Project
Project The ADAC element is the
root element of an ADAC
XML. It constrains all
enclosed elements as
follows. There can be no
other element in the root
level of the document.
ADAC
The version attribute marks the version of the instance document. Only a value of 4.2.0 will validate against this schema.
The rectangular coordinate envelope enclosing the
project area
Drawing Extents
Records the particulars of the horizontal and vertical
coordinate systems for the whole project.
Coordinate System
Structure containing information from the certifying
surveyor.
City of Gold Coast As Constructed Data Standard Page 2 of 58
Sewerage
DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION
Overflow Maintenance Hole with an overflow to the environment, receiving waters or
an emergency storage
Maintenance Hole with an overflow to the environment, receiving waters or an
emergency storage
Blank End Maintenance hole with no incoming connection
Pump Station Pit housing a sewer pump station A pumping station or lift station wetwell
Valve Pit Access Pit for a Sewer Valve A pit provided for access to one or
more valves on a sewer rising main
Grit Collector MH Grit Collector Maintenance Hole Used for a chamber designed specifically to collect grit. See Drawings SEQ-
SPS-1401-1 and SEQ-SPS-1401-2
Outlet Outlet Discharge manhole to an overflow
Rising Main Discharge MH
A sewer MH that is the recieiving MH for a rising main discharge
A maintenance structure into which at least one rising main discharges and a
gravity sewer leaves.
Vacuum Sewerage Pump
Station A pit housing a Vacuum Sewerage Pump Station
A pumping station substructure that creates the vacuum for a vacuum
sewerage system
Vacuum Sewerage MH
A Maintenance Hole on a vacuum system with incoming house
connections or gravity sewers that may also containing a vacuum valve
A Maintenance Hole on a vacuum
system with incoming house connections or gravity sewers that may also
containing a vacuum valve
Vacuum Lift A chamber on a vacuum system containing a lift or vacuum valve but no
incoming laterals A chamber containing a vacuum lift pipe in a vacuum sewerage system
Storage Tank
An off-stream sewage storage tank for emergency or other use
A tank hydraulically connected to a gravity sewer or pumping station to provide
off-stream storage.
Maintenance Hole A standard Sewerage Maintenance Hole also known as a Manhole Used for any of the standard SEQSP Code Maintenance Structure types
Maintenance Shaft A proprietary Maintenance Hole usually prefabricated and of smaller
diameter than a standard MH Used for any of the standard SEQSP Code Maintenance Shaft types
Temporary Works A shaft used during construction that is left in place but does not form part
of the final infrastruture
A shaft or structure such as a tunnel or thrust bore access shaft that has been
left in place
TEP Terminal Entry Point type shaft Terminal entry point(TEP)/rodding eye
Unknown Chamber of unknown use at time of data submission Use is unknown
Other Type of maintenance structure other than those used as standard in the
Schema Another unspecified use
Rectangular.Length_mm Data container for rectangular dimensions. Length in millimetres.
Rectangular.Width_mm Data container for rectangular dimensions. Width in millimetres.
Circular.Diameter_mm Data container for circular dimensions. Diameter in millimetres.
Custom.Area_sqm Custom Shaped chamber. Such a feature should be associated with a
plan or document describing its layout and dimensions. Area in square
metres.
SurfaceLevel_m The height of the top surface of the lid,
hatch, rim or roof. Surface level in meters
against the vertical datum for this project.
float
InvertLevel_m The height of the top surface of interior
floor/bottom. Invert level in meters
against the vertical datum for this project.
float
Prefabricated Prefabricated Prefabricated
Insitu Built or poured in-situ Insitu
Concrete Concrete
PVC Poly Vinyl Chloride Polyvinyl Chloride
PE Polyethylene Polyethylene
PP Polypropylene Polypropylene
GRP Glass Reinforced Plastic Glass Reinforced Plastic
M_1
A new material not yet in the Schema as agreed with the receiving entity Non-standard descriptor for new materials as agreed with receiving entity
M_2
A new material not yet in the Schema as agreed with the receiving entity Non-standard descriptor for new materials as agreed with receiving entity
Unknown Material is unknown at time of data submission Material unknown at time of submission.
Other Another material not included in the Schema Material other than those listed herewith
Prefabricated Prefabricated Prefabricated
Insitu Built or poured in-situ Insitu
Concrete Concrete
PVC Poly Vinyl Chloride Polyvinyl Chloride
PE Polyethylene Polyethylene
PP Polypropylene Polypropylene
GRP Glass Reinforced Plastic Glass Reinforced Plastic
M_1
A new material not yet in the Schema as agreed with the receiving entity Non-standard descriptor for new materials as agreed with receiving entity
M_2
A new material not yet in the Schema as agreed with the receiving entity Non-standard descriptor for new materials as agreed with receiving entity
Unknown Material is unknown at time of data submission Material unknown at time of submission.
Other Another material not included in the Schema Material other than those listed herewith
PVC Poly Vinyl Chloride Polyvinyl Chloride
PE Polyethylene Polyethylene
PP Polypropylene Polypropylene
Concrete Concrete
MS Mild Steel Solid Mild Steel includes chequer plate
SS Stainless Steel Solid Stainless Steel includes chequer plate
Aluminium Aluminium
Cast Iron Cast Iron
Grid Mesh - GRP Grid Mesh - GRP Open Grid Mesh made from Glass Reinforced Plastic
Grid Mesh - Aluminium Grid Mesh - Aluminium Open Grid Mesh made from Aluminium
No Roof No Roof Chamber that has no roof usually with walls extending above ground.
Grid Mesh - SS Grid Mesh - Stainless Steel Open Grid Mesh made from Stainless Steel
M_1 A new material not yet in the Schema as agreed with the receiving entity Non-standard descriptor for new materials as agreed with receiving entity
M_2 A new material not yet in the Schema as agreed with the receiving entity Non-standard descriptor for new materials as agreed with receiving entity
Unknown Material is unknown at time of data submission Material unknown at time of submission.
Other Another material not included in the Schema Material other than those listed herewith
Material type for chamber construction
WallMaterial Material type for chamber wall
construction
Method of chamber wall construction.
RoofMaterial Material type for chamber roof
construction
Element representing a sewerage
Maintenance Hole (formerly Manhole).
MaintenanceHole
FloorConstruction
WallConstruction
Method of chamber floor construction.
Use or purpose of this MaintenanceHole
in the network
Use
FloorMaterial
Data structure describing the chamber
configuration and dimensions.
ChamberSize
City of Gold Coast As Constructed Data Standard Page 3 of 58
Sewerage
DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION
Element representing a sewerage
Maintenance Hole (formerly Manhole).
MaintenanceHole Use or purpose of this MaintenanceHole
in the network
Use PVC Poly Vinyl Chloride Polyvinyl Chloride Liner
Epoxy Epoxy Coating
Polyurea Polyurea Coating
PE Polyethylene Polyethylene Liner
M_1
A new lining material not yet in the Schema as agreed with the receiving
entity Non-standard descriptor for new material as agreed with receiving entity
M_2
A new lining material not yet in the Schema as agreed with the receiving
entity Second non-standard descriptor for new material as agreed with receiving entity
Unknown Material is unknown at time of data submission Material unknown at time of submission.
Unlined An alternative to entering a null value where there is no lining An alternative to entering a null value where there is no lining
Other Another lining material not included in the Schema Material other than those listed herewith
Cast Iron Cast Iron
Default Value
Aluminium Aluminium
CI Concrete Infill Cast Iron with Concrete Infill Gatick type comprising cast iron grid-iron filled on side with concrete.
Concrete Concrete
PVC Poly Vinyl Chloride Polyvinyl Chloride
PE Polyethylene Polyethylene
PP Polypropylene Polypropylene
MS Mild Steel Solid Mild Steel includes chequer
plate
SS Stainless Steel Solid Stainless Steel includes chequer plate
No_Lid This structure has no lid (possibly because it has no roof)
For chamber that have no roof or have a roof with no lid or have a roof that is
removable in its entirety.
M_1
A new lid material not yet in the Schema as agreed with the receiving
entity Non-standard descriptor for new materials as agreed with receiving entity
M_2
A new lid material not yet in the Schema as agreed with the receiving
entity Non-standard descriptor for new materials as agreed with receiving entity
Unknown Lid Material is unknown at time of data submission Material unknown at time of submission.
Other Another lid material not included in the Schema Material other than those listed herewith
Straight Through MH
WSAA - Straight through MH with one entry, one exit, no change of
direction, no backdrop but may have change of grade
No – backdrop and no change to
horizontal alignment of pipes
through chamber. Type-A on SEQSEW-1301-2 & SEQ-SEW-1301-4 and some
configurations of maintenance shafts.
Change In Direction Through
MH
WSAA - Straight through MH with one entry, one exit, no backdrops, a
change of direction and may also have change of grade
Default for various types with no backdrop where the chamber changes the
horizontal (on plan) alignment of the inlet and outlet.
External Drop
WSAA - MH with one or more external backdrop vertical entries
Types D and Y on SEQ-SEW-1301- 2, SEQ-SEW-1301-8 and SEQSEW-1303-
1
Alternative External Drop WSAA - Alternative drop type with complex access arrangement or
modified benching as shown on WSAA drawing SEW-206 See drawing SEQ-SEW-1306-1
Internal Drop
WSAA - MH with one or more internal backdrop vertical entries
Type X maintenance structures and some maintenance shafts where sewer
entry is into the shaft riser.
Oblique 45deg Backdrop
WSAA - MH with an oblique 45° backdrop entry
Type C on SEQ-SEW-1301-2 & SEQ-SEQ-1301-4 and Type-W on SEQ-SEW-
1303-1
CatchmentPS The identifier of the pumpstation that this
node flows to.
String_32 Name/number of pumping station for the catchment
LineNumber The identifier of the line that this node
connects to
String_32 Line number for the sewer or rising main entering the chamber
MH_Number The identifier of this manhole or pit. String_32 Manhole Number designation from sewer plan
Chainage_m The distance upstream from end of line. Float_Positive_NonZero
TieDistance_m The tie distance in meters to a cadastral
corner
Float_Positive_NonZero
OffsetDistance_m The offset distance in meters from a
cadastral boundary
Float_Positive_NonZero
Rotation Rotation angle (cartesian - anti-clockwise
0 degrees = East)
Float_Direction No for symmetrical (round/square) chambers.
Yes for non-symmetrical chambers. Angle of the longest axis measured
anticlockwise from East.
Geometry The geometry representing this feature in
coordinate space.
geometry_point_singlepoint
LineNumber The sewer line identifier String_32
Conduit Pipe Conduit Pipe (enveloper), which does not connect hydraulically with the
reticulation system
Used for envelopers separately form the pipes the enveloper conatins. See
10.11
Disused
Non-pressure (gravity) pipe that is no longer in use but still present Disused or Abandoned line
Effluent
Pipe conveying treated effluent (usually from a treatment plant) Treated Effluent line to disposal
Overflow A pipe that directs excessive sewer flows to another system or the
external environemnt Sewerage overflow line
Reuse A pipe conveying low-grade (class B and below) treated effluent for reuse.
Class A and A+ should use the water feature classes. Treated Effluent line for reuse. Recycled water of lesser quality than class A
Stub A short length of pipe for a future connection pipe that is not connected at
its upsteam end at time of data submission Stub left for a future extension
Trunk
A larger size sewer as defined by the receiving entity's standard definition A sewer of diameter greater than the limit for a reticulation sewer.
Vent A pipe to a vent pipe or deodorising apparatus, which not primarily
designed to convey sewage Connection from sewer to a vent stack.
Syphon A gravity sewer that flows uphill over part of its length due to syphonic
action A gravity sewer operating under less than atmospheric pressure.
Vacuum
A gravity sewer flowing into a vacuum sewerage system (vacuum system
pipes are part of the pressure pipe schema).
A sewer in a vacuumsewerage system. Not used in SEQ Code for gravity
pipes use reticulation and for the vacuum sections use pressure sewer pipe
instead.
Reticulation A standard reticulation sewer that is not a trunk sewer A sewer that is not a trunk sewer (Usually less than a diameter set by the SP)
Unknown Use unknown at time of submission Use is unknown at time of submission
Element representing a sewer pipe non-
pressurised. Includes all gravity reticulation
and trunk gravity mains.
Pipe Non-Pressure
The function of this pipe in the network.Use
LidMaterial Chamber lid configuration and material
Element representing a sewerage
Maintenance Hole (formerly Manhole).
MaintenanceHole
DropType
Material type of chamber liningLining
Chamber drop type - based on WSAA
standard types
City of Gold Coast As Constructed Data Standard Page 4 of 58
Sewerage
DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION
Element representing a sewerage
Maintenance Hole (formerly Manhole).
MaintenanceHole Use or purpose of this MaintenanceHole
in the network
Use Other A use other than those specified above Use that does not comply with any of the values listed herewith.
Diameter_mm Nominal pipe diameter in millimetres. Float_Positive_NonZero
PVC-U Unplasticised PolyVinylChloride Unplasticised Polyvinylchloride
DI Ductile Iron Ductile Iron
MS Mild Steel Mild Steel
RCP Steel Reinforced Concrete Pipe Reinforced Concrete Pipe
FRC Fibre Reinforced Concrete Fibre Reinforced Concrete
PRC Polyester Resin Concrete jacking pipe e.g. Iplex Polycrete Polyester Resin Concrete (Jacking pipes such as Iplex Polycrete)
GRP Glass Reinforced Plastic (includes the product known commercially as
Hobas) Glass Fibre Reinforced Plastic (Hobas)
ABS Acrylonitrile Butadiene Styrene Acrylonitrile butadiene Styrene
PE-100 Medium Density Polyethylene Grate 100 Polyethylene
SWPP Structural Wall Polypropylene Pipe (includes commercial brands
SewerMax and SewerPro) Structural Wall Polypropylene pipe (such as SewerMax, SewerPro and the like)
HDPE High Density Polyethylene (includes the product known commercially as
Haries Black Brute) High Density Polyethylene (Black Brute and the like)
VC Vitrified Clay Vitrified Clay
AC Asbestos Cement (Only used for existing infrastructure not new works) Asbestos Cenment (Legacy Systems only not for new infrastructure)
M_1
A new material not yet in the Schema used by agreement with the
recieiving entity
Non-standard descriptor for new
materials as agreed with receiving
entity
M_2
A new material not yet in the Schema used by agreement with the
recieiving entity
Non-standard descriptor for new
materials as agreed with receiving
entity
Unknown A pipe material that is unknown at the time of the submission Material unknown at time of submission.
Other A pipe material other than those provided above
Material other than those listed
herewith
4 Class 4
6 Class 6
8 Class 8
9 Class 9
10 Class 10
12 Class 12
16 Class 16
18 Class 18
20 Class 20
SN4 Class SN4, formerly Sewer Heavy Class SN4 (formerly SH)
SN8 Class SN8, formerly Sewer Extra Heavy Class SN8 (formerly SEH)
SN12 Class SN12 Class SN12
Refers to ring stiffness in KN/m2
Used primarily for SWPP pipes
SN5000 SN5000 Used for GRP pipes
SN8000 SN8000 Used for GRP pipes
SN10000 SN10000 Used for GRP pipes
PN1 PN1
PN6 PN6
PN6.3 PN6.3
PN8 PN8
PN10 PN10
PN12 PN12
PN12.5 PN12.5
PN16 PN16
PN18 PN18
PN20 PN20
PN35 PN35 (Standard for ductile iron)
FLCL Class FLCL (ductile iron flanged class) Class for Flanged Ductile Iron. .
Use flange class for SEQ-Code.
Usually PN35
X
Class X (Reinforced Concrete)
Used for RCP and FRC concrete
pipes class 2, 3 & 4
Y
Class Y(Reinforced Concrete)
Used for RCP and FRC concrete
pipes class 2, 3 & 4
Z
Class Z(Reinforced Concrete)
Used for RCP and FRC concrete
pipes class 2, 3 & 4
SDR7.4 SDR7.4
SDR9 SDR9
SDR11 SDR11
SDR13.5 SDR13.5
SDR17 SDR17
SDR21 SDR21
Unknown Unknown at time of submission
Class unknown at time of
submission
Other A class other than provided above Another (non-standard) class
CL Cement Lined Normal. Cetrifugally spun cement mortar (default for Ductile
Iron and Mild Steel)
OPC Cement Lined
CL_SR Cement Lined - Sulphate Resistant (DI and MS) Sulphate Resistant Cement Lined
CL_AC Cement Lined - Calcium Aluminate (DI and MS) Calcium Aluminate Cement Lined
PVC Plasticised PVC (includes Humes Plastiline) PVC lining such as Humes
Plastiline and the like.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
Unlined Unlined (Default for plastic pipes) No internal lining
L_1
A new protection type not yet included in the Schema as agreed with the
receiving entity.
Non-Standard lining type with a
meaning agreed with the receiving
entity
L_2
A new protection type not yet included in the Schema as agreed with the
receiving entity.
Non-Standard lining type with a
meaning agreed with the receiving
entity
Element representing a sewer pipe non-
pressurised. Includes all gravity reticulation
and trunk gravity mains.
Pipe Non-Pressure
The function of this pipe in the network.Use
Lining The internal corrosion protection method
employed on the pipe material.
The pipe class as specified by the
manufacture. Pipe class refers to the wall
thickness and performance of the
material.
Class
Pipe materialMaterial
Classes 4,6,8,9,10,12,16,18,20
refers to maximum working
pressure. Eg class 4 = 400 kPa.
Used for a variety of pipe materials.
Used for flanged pipes and some
pipes without flanges. PN35 (35
Bar pressure) is equivalent to the
standard class for Ductile Iron.
Also used for HDPE, PE-100,
PVC-U and other types.
Used for HDP, PVC-U, PE-100
Standard Dimension Ration
describes the wall thickness relative
to the nominal diameter and hence
is a measure of allowable working
pressure.
City of Gold Coast As Constructed Data Standard Page 5 of 58
Sewerage
DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION
Element representing a sewerage
Maintenance Hole (formerly Manhole).
MaintenanceHole Use or purpose of this MaintenanceHole
in the network
Use
Rehab_NS A non-structural rehabilitation liner.
Post-construction rehabilitation liner
that does not provide structural
support to an existing pipe.
Rehab_ST A structural rehabilitation liner.
Post-construction rehabilitation liner
that provides structural support to
an existing pipe.
Unknown The protection type is not known at the time of the data submission.
Lining type unknown at time of
submission
Other A protection type not included above.
Another type of lining not covered
elsewhere.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
FBPE Fusion Bonded Polyethylene (Includes the product known commercially as
Sintakote) Fusion Bonded Polyethylene (Sintakote)
Plastic Wrapped Plastic Wrapped Wrapped in plastic tape
Tape Wrapped Tape Wrapped Wrapped in protective tape impregnated with waterproofing compounds. (Denso
Tape and the like)
Concrete Encased Concrete Encased
Sheathed Sheathed Sheathed in a protective nonstructural tube (usually polyethylene)
Epoxy Paint Epoxy Paint
Uncoated Uncoated No protective coat
Unknown Protection Type unknown at time of data submission Unknown protection type at time of submission
Other Another type of protection not covered in the schema choices above
P_1
A new protection type not yet included in the Schema as agreed with the
receiving entity. Non-Standard protection type with a meaning agreed with the receiving entity
P_2
A new protection type not yet included in the Schema as agreed with the
receiving entity. Non-Standard protection type with a meaning agreed with the receiving entity
RR Rubber Ring Rubber Ring
RRRJ Rubber Ring Restrained Joint (Ductile Iron) Rubber Ring Restrained (Tyton-Lok)
SWJ Solvent Welded Joint (PVC) Solvent Welded Joint (PVC ABS)
WJ Welded Joint (Mild Steel pipe) Welded Joint (Steel & PE )
FJ Flanged Joint Flanged Joint (DI, PE, GRP & MS)
MCJ Mechanical Compression Joint (PE pipe and Copper) Mechanical compression Joint. Mainly used on copper and PE
BW Butt Weld (PE pipe) Butt Weld (PE pipes)
EFW Electrofusion Weld (PE pipe) ElectroFusion weld (PE pipes)
JT_1
A new joint type not yet included in the Schema used by agreement with
the receiving entity. Non-Standard joint type with a meaning agreed with the receiving entity
Unknown Joint type unknown at time of data submission Unknown type of joint at time of submission
Other A joint type not already included in the above choices Some other type of joint not provided for in the Schema
US_InvertLevel_mInvert level of this pipe end (in metres
against the vertical datum). Float
DS_InvertLevel_mInvert level of this pipe end (in metres
against the vertical datum). Float
US_SurfaceLevel_mSurface level (in metres against the
vertical datum) vertically above this pipe
end. Float
DS_SurfaceLevel_mSurface level (in metres against the
vertical datum) vertically above this pipe
end. Float
Alignment_m Average offset distance in metres from
casdastral boundary to the main.
Float_Positive_NonZero
AverageDepth_m Nominal depth in metres to the top of the
pipe.Float
Type 1 WSAA Sewerage embedment type 1 Sand Bed Only
Type 2 WSAA Sewerage embedment type 2 Sand Bed Only
Type 3 WSAA Sewerage embedment type 3 Sand Surround
Type 4 WSAA Sewerage embedment type 4 Sand Surround Geotextile
Type 5 WSAA Sewerage embedment type 5 Concrete Foundation
Type 6 WSAA Sewerage embedment type 6 Concrete Foundation
Type 7 WSAA Sewerage embedment type 7 Geotextile Pillow Foundation
Type 8 WSAA Sewerage embedment type 8 Cement Stable Foundation
Type 9 WSAA Sewerage embedment type 9 Concrete Encase
Type 10 WSAA Sewerage embedment type 10 Cement Stable Encase
Type 11 WSAA Sewerage embedment type 11 Piled Geotextile
Type 12 WSAA Sewerage embedment type 12 Piled Concrete Encase
Type 13 WSAA Sewerage embedment type 13 Piled Geotextile
Above Ground Sewer pipe is above ground on piers or a bridge deck Pipe is not buried; it is on piers or attached to a structure such as a bridge deck.
Unknown Embedment Type unknown at time of data submission Unknown type of embedment at time of submission
EB_1
A non-standard or new type of embedment as agreed with the data
receiving entity Non-Standard embedment type with a meaning agreed with the receiving entity
EB_2
A non-standard or new type of embedment as agreed with the data
receiving entity Non-Standard embedment type with a meaning agreed with the receiving entity
Other
Another type of embedment type that is not already includesd in the
standard types Another type of embedment not specified in the schema,
RockExcavated Value indicating whether rock was
excavated from the pipe channel.
boolean See pipe breaking rules.
PipeGrade Pipe grade as a percentage. Derivable as
the difference in invert levels divided by
the horizontal length (not the length of
pipe) multiplied by 100.
Float_Positive_Zero
Length_m Actual material length of the pipe. Not the
horizontal length of the geometry.
Float_Positive_NonZero
Element representing a sewer pipe non-
pressurised. Includes all gravity reticulation
and trunk gravity mains.
Pipe Non-Pressure
Embedment type from WSAA Sewerage
Codes.
Embedment
The external corrosion protection method
employed on the pipe material.
Protection
Lining The internal corrosion protection method
employed on the pipe material.
JointType Pipe to pipe join method.
Correspond to the WSAA bedding types shown on drawings SEQSEW-1201-1
to SEQ-SEW-1204-1
Do not use types 14-17 shown on drawing SEQ-SEW-1205-1 for road
crossings. These are elaborations
on the basic types that provide further detail for backfill above the level of the
pipe. Use equivalent
basic types as appropriate.
City of Gold Coast As Constructed Data Standard Page 6 of 58
Sewerage
DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION
Element representing a sewerage
Maintenance Hole (formerly Manhole).
MaintenanceHole Use or purpose of this MaintenanceHole
in the network
UseGeometry The linear geometry of the pipe feature in
coordinate space. At version 4.1.0 these
features may include cruves due to
modern flexible materials.
geometry_linear_singlepath_complex
Disused Disused Pressure Pipe that remains in place Disused or Abandoned line that remains in place
Effluent
Pressure pipe conveying treated effluent (usually from a treatment plant) Pressure pipe conveying treated effluent usually from a treatment plant
Reuse Treated Wastewater Reuse Pipe for class B and below. Class A and A+
should use the water supply feature classes
Treated Wastewater Reuse Pipe for class B and below. Class A and A+ should
use the water supply feature classes
Rising A standard rising main or pressure sewer A standard rising main or pressure sewer
Scour
A pipe maintained under pressure to scour a pressure main to a discharge
point. Gravity scours should use the non-pressure pipe feature class
A pipe maintained under pressure to scour a pressure main to a discharge
point. Gravity scours should use the non-pressure pipe
Vacuum
A pressure pipe in a vacuum system that is subject to negative pressure A sewer in a vacuum sewerage system.
PressureSewerCollection The connection pipe from a household proprietary pressure sewer pump
unit to the external pressure main
The connection pipe from a household proprietary pressure grinder pump unit to
the external pressure main
Unknown Use unknown at time of data submission Use is unknown at time of submission
Other A use other than those provided above in the schema Use that does not comply with any of the values listed herewith.
Diameter_mm Nominal pipe diameter in millimetres. positiveInteger
ABS Acrylonitrile Butadiene Styrene Acrylonitrile Butadiene StyreneGRP Glass Reinforced Plastic (includes the product known commercially as
Hobas) Glass Fibre Reinforced Plastic (Hobas)
DI Ductile Iron Ductile Iron
MS Mild Steel Mild Steel
PE-100 Polyethylene (100) Grate 100 Polyethylene
PE-80B Polyethylene (80B) Grade 80B Polyethylene
PVC-M Polyvinyl Chloride (Modified) Modified Polyvinyl Chloride
PVC-O Polyvinyl Chloride (Oriented) Oriented Polyvinyl Chloride
PVC-U Polyvinyl Chloride (Unplasticised) Unplasticised Polyvinyl Chloride (gravity mains only in SEQ-Code)
AC Asbestos Cement (not for new works - legacy pipes only) Asbestos Cement (Legacy Systems only not for new infrastructure)
FRC Fibre reinforced concrete Fibre Reinforced Concrete
M_1 New material not included in schema as agreed with data recieiving entity Non-standard descriptor for new materials as agreed with receiving entity
M_2 New material not included in schema as agreed with data recieiving entity Non-standard descriptor for new materials as agreed with receiving entity
Unknown Material type unknown at time of data submission Material unknown at time of submission.
Other A material not included in schema types provided above Material other than those listed herewith
SN5000 Class SN5000 Used for GRP pipes
SN8000 Class SN8000 Used for GRP pipes
SN10000 Class SN10000 Used for GRP pipes
PN6 Class PN6 PN1 is not included in ADAC, however
included in SEQ D&C
PN6.3 Class PN6.3
PN8 Class PN8
PN9 Class PN9
PN10 Class PN10
PN12 Class PN12
PN12.5 Class PN12.5
PN16 Class PN16 - default for PE_100, PVC_O and PVC_M
PN18 Class PN18
PN20 Class PN20
PN35 Class PN35 (Standard for DI)
FLCL Class FLCL (ductile iron flanged class) Flanged Ductile Iron. . Use flange class for SEQ-Code. Usually PN35
X Class X (Reinforced Concrete)
Y Class Y(Reinforced Concrete)
Z Class Z(Reinforced Concrete)
4.8mm 4.8mm wall thickness Class (Mild Steel)
5mm 5mm wall thickness Class (Mild Steel)
6mm 6mm wall thickness Class (Mild Steel)
7mm 7mm wall thickness Class (Mild Steel)
8mm 8mm wall thickness Class (Mild Steel)
9mm 9mm wall thickness Class (Mild Steel)
10mm 10mm wall thickness Class (Mild Steel)
11mm 11mm wall thickness Class (Mild Steel)
12mm 12mm wall thickness Class (Mild Steel)
16mm 16mm wall thickness Class (Mild Steel)
Unknown Class unknown at time of data submission
Class unknown at time of
submission
Other A Class uther than those currently provided for in the Schema A Class Other than those currently provided for in the Schema
CL Cement Lined Normal. Cetrifugally spun cement mortar (default for Ductile
Iron and Mild Steel)
OPC Cement Lined
CL_SR Cement Lined - Sulphate Resistant (DI and MS) Sulphate Resistant Cement Lined
CL_AC Cement Lined - Calcium Aluminate (DI and MS) Calcium Aluminate Cement Lined
PVC Plasticised PVC (includes Humes Plastiline) PVC lining such as Humes Plastiline and the like.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
Unlined Unlined No internal lining
Unknown Lining type unknown at time of data submission Lining type unknown at time of submission
Other Another type of liner that is not currently in the Schema Another type of lining not listed herewith.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
FBPE Fusion Bonded Polyethylene (Includes the product known commercially as
Sintakote) Fusion Bonded Polyethylene (Sintakote)
Plastic Wrapped Plastic Wrapped Wrapped in plastic tape
Tape Wrapped Tape Wrapped Wrapped in protective tape impregnated with waterproofing compounds. (Denso
Tape and the like)
Concrete Encased Concrete Encased
Sheathed Sheathed Sheathed in a protective nonstructural tube (usually polyethylene)
Epoxy Paint Epoxy Paint
Uncoated Uncoated No protective coat
Pipe Pressure Element representing a sewer pipe
pressurised (rising main).
Element representing a sewer pipe non-
pressurised. Includes all gravity reticulation
and trunk gravity mains.
Pipe Non-Pressure
Material Pipe material
Class
The external protection for the pipe.
The pipe class as specified by the
manufacture. Pipe class refers to the wall
thickness and performance of the
material.
The function of this pipe in the network.
Lining The internal corrosion protection method
employed on the pipe material.
Use
Protection
Wall thickness for mild steel and stainless steel pipes
Used for flanged pipes and some
pipes without flanges. PN35 (35
Bar pressure) is equivalent to the standard class for Ductile Iron. Also used for
PE-100, PVC and some other types.
Used for RCP and FRC concrete pipes class 2, 3 & 4
City of Gold Coast As Constructed Data Standard Page 7 of 58
Sewerage
DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION
Element representing a sewerage
Maintenance Hole (formerly Manhole).
MaintenanceHole Use or purpose of this MaintenanceHole
in the network
Use
P_1
A new protection type not yet in the schema as agreed with the data
receiving entity Non-Standard protection type with a meaning agreed with the receiving entity
P_2
A new protection type not yet in the schema as agreed with the data
receiving entity Non-Standard protection type with a meaning agreed with the receiving entity
Zinc Galvanized or zinc painted Galvanised or zinc painted
Zinalium Zinc Aluminium alloy coating (Petair Saint-Gobain) Zinc Aluminium alloy coating (Petair Saint-Gobain) or similar
Unknown Protection type unknown at time of data submission Unknown protection type at time of submission
Other Another type of protection not covered by the schema A protection method other than those included in the current schema.
RR Rubber Ring Rubber Ring
RRRJ Rubber Ring Restrained Joint (Ductile Iron) Rubber Ring Restrained (Tyton- Lok)
SWJ Solvent Welded Joint (PVC) Solvent Welded Joint (PVC ABS)
WJ Welded Joint (Mild Steel pipe) Welded Joint (Steel & PE Pipes)
FJ Flanged Joint Flanged Joint (DI & MS)
MCJ Mechanical Compression Joint (PE pipe and Copper) Mechanical compression Joint. Mainly used on copper and PE
BW Butt Weld (PE pipe) Butt Weld (PE pipes)
EFW Electrofusion Weld (PE pipe) ElectroFusion weld (PE pipes)
JT_1
A new joint type not yet included in the Schema used by agreement with
the receiving entity. Non-Standard joint type with a meaning agreed with the receiving entity
Unknown Joint type unknown at time of data submission Unknown joint type at time of submission
Other A joint type not already included in the above choices Another type of joint not in the schema
Alignment_m Average offset distance from casdastre
boundary to the main.
Float_Positive_NonZero
Average Depth_m Nominal depth in metres to the top of the
pipe.Float
Type 1 WSAA Sewerage embedment type 1 Sand Bed Only
Type 2 WSAA Sewerage embedment type 2 Sand Bed Only
Type 3 WSAA Sewerage embedment type 3 Sand Surround
Type 4 WSAA Sewerage embedment type 4 Sand Surround Geotextile
Type 5 WSAA Sewerage embedment type 5 Concrete Foundation
Type 6 WSAA Sewerage embedment type 6 Concrete Foundation
Type 7 WSAA Sewerage embedment type 7 Geotextile Pillow Foundation
Type 8 WSAA Sewerage embedment type 8 Cement Stable Foundation
Type 9 WSAA Sewerage embedment type 9 Concrete Encase
Type 10 WSAA Sewerage embedment type 10 Cement Stable Encase
Type 11 WSAA Sewerage embedment type 11 Piled Geotextile
Type 12 WSAA Sewerage embedment type 12 Piled Concrete Encase
Type 13 WSAA Sewerage embedment type 13 Piled Geotextile
Above Ground Sewer pipe is above ground on piers or a bridge deck Pipe is not buried; it is on piers or attached to a structure such as a bridge deck.
Unknown Embedment Type unknown at time of data submission Unknown embedment type at time of submission
EB_1
A non-standard or new type of embedment as agreed with the data
receiving entity Non-Standard embedment type with a meaning agreed with the receiving entity
EB_2
A non-standard or new type of embedment as agreed with the data
receiving entity Non-Standard embedment type with a meaning agreed with the receiving entity
Other
Another type of embedment type that is not already includesd in the
standard types Another type of embedment not in the schema
Rock Excavated Value indicating whether rock was
excavated from the pipe channel.
boolean See pipe breaking rules.
Length_m Actual material length of the pipe. Not the
horizontal length of the geometry.
Float_Positive_NonZero
Geometry The linear geometry of the pipe feature in
coordinate space. At version 4.1.0 these
features may include cruves due to
modern flexible materials.
geometry_linear_singlepath_complex
Non-Return Used to prevent backlow can be of type Generic, Rubber Gate or Swing
Check
Service Used to isolate a service on a pressure sewer or vacuum sewerage
system
Stop Used to stop flow in a pipeline
Scour Used to open and close access to a scour pipe
Diversion Used to divert flow along another route
Zone Boundary Used to isolate sewer catchments or service zones
Flow Control Used to control the rate of flow in a pipe
Pressure Control
Used to control or maintain the pressure in a pipeline; can be of the type
Overflow, Pressure Relief or Vacuum Release.
Gas Release Used to release gas or air from a pipeline and should be of type Air Valve
Other
Used to for some other purpose not provided for in the Schema and can
bee of Type Special
Unknown Use is unknown at time of data submission
Generic Non-return valve of an unknown or generic type
Rubber Gate Non-return valve of a the rubber gate type
Swing Check Non-return valve of the swing check type
Gate Gate Valve
Butterfly Butterfly Valve
Knife Gate Knife Gate Valve
Eccentric Plug Eccentric Plug valve
Globe Globe Valve
Ball Ball Valve
Generic Control or stop valve of a generic type
Penstock A Penstock formally known as Penstock Gate
Overflow An overflow valve
Pressure Release A pressure release valve
Vacuum Release A vacuum release valve
Pipe Pressure Element representing a sewer pipe
pressurised (rising main).
Embedment type from WSAA Sewerage
Codes.
The physical configuration of the valveType
Embedment
Element representing a sewer valve fittingValve Use The function of this valve in the network.
The external protection for the pipe.
JointType Pipe to pipe join method.
Protection
These correspond to the WSAA
bedding types shown on drawings
SEQ-SEW-1201-1 to SEQ-SEW-
1204-1
Note that drawing SEQ-SEW-1205-
1 shows types 14-17 for road
crossings. These are elaborations
on the basic types that provide
further detail for backfill above the
level of the pipe. Use the basic
types as appropriate.
City of Gold Coast As Constructed Data Standard Page 8 of 58
Sewerage
DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION
Element representing a sewerage
Maintenance Hole (formerly Manhole).
MaintenanceHole Use or purpose of this MaintenanceHole
in the network
Use Air Valve A proprietary valve for releasing gas or air
Special A Specialist type of valve not covered in the Schema
Diameter_mm The nominal bore diameter of the valve positiveInteger
CL
Cement Lined Normal. Centrifugally spun cement mortar (default for
Ductile Iron and Mild Steel)
OPC Cement Lined
CL_SR Cement Lined - Sulphate Resistant (DI and MS) Sulphate Resistant Cement Lined
CL_AC Cement Lined - Calcium Aluminate (DI and MS) Calcium Aluminate Cement Lined
PVC Plasticised PVC (includes Humes Plastiline) PVC lining such as Humes Plastiline and the like.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
Unlined Unlined (Default for plastic pipes) No internal lining
Unknown Lining type unknown at time of data submission Lining type unknown at time of submission
Other Another type of liner that is not currently in the Schema Another type of lining not listed herewith.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
FBPE Fusion Bonded Polyethylene (Includes the product known commercially as
Sintakote) Fusion Bonded Polyethylene (Sintakote)
Plastic Wrapped Plastic Wrapped Wrapped in plastic tape
Tape Wrapped Tape Wrapped
Wrapped in protective tape impregnated with waterproofing compounds. (Denso
Tape and the like)
Concrete Encased Concrete Encased
Sheathed Sheathed Sheathed in a protective nonstructural tube (usually polyethylene)
Epoxy Paint Epoxy Paint
Uncoated Uncoated No protective coat
P_1
A new protection type not yet in the schema as agreed with the data
receiving entity Non-Standard protection type with a meaning agreed with the receiving entity
P_2
A new protection type not yet in the schema as agreed with the data
receiving entity Non-Standard protection type with a meaning agreed with the receiving entity
Zinc Galvanized or zinc painted Galvanised or zinc painted
Zinalium Zinc Aluminium alloy coating (Petair Saint-Gobain) Zinc Aluminium alloy coating (Petair Saint-Gobain) or similar
Unknown Protection type unknown at time of data submission Unknown protection type at time of submission
Other Another type of protection not covered by the schema A protection method other than those included in the current schema.
Manufacturer String_64 Required for all valves with a use of pressure control, Gas release and other.
ModelNumber String_64 Required for all valves with a use of pressure control, Gas release and other.
Optional for other valve uses
Rotation Rotation angle (cartesian - anti-clockwise
0 degrees = East)
Float_Direction
Geometry The geometry representing this feature in
coordinate space.
geometry_point_singlepoint
Bend Bend fitting usually with change of direction of more than 11 degrees but
may be less in plastic pipes Bend fitting of any magnitude
Connector Straight connector with no direction change Non-specific in line connector. – Not mandatory to record for SEQSPs
Connector Thrust Straight connector capable of transmitting axial thrust Straight connector capable of transmitting axial thrust
Dismantling Joint Straight connector specifically included to facilitate future dismantling of
pumps or complex pipe layouts. In-line connector of adjustable length
Gibault Standard gibault connection Gibault – Not mandatory to record for SEQ-SPs
Taper Fitting with differing inlet and outlet diameters In-line fitting to change from one diameter to another
Tee Tee-fitting with 3 arms or branches where one arm is at 90 degrees to the
other 2.
Wye Y-fitting with three arms where the arms is are not all separated by integer
multiples of 90 degrees Y-junction
Cathodic Protection Point An electrical connection point for cathodic protection Electrical connection point for cathodic protection
Dead Plate A Dead Plate or blank flange secured to one arm of another fitting Blank flange or welded on dead end at the end of a pipeline
External Dead End An external fitting incorporating a dead end such as a dead end cap. Purpose made end cap.
Tee Branch Dead End A dead end plate pre-fitted to one branch of a Tee for access or future
connection Tee with pre-made dead end flange or cap
Tee Branch Ext Dead End An end cap pre fitted externally to to a Tee Branch for access or future
connection
Puddle Flange A Puddle Flange fitted externally to a pipe to transmit axial thrust into a
structure or to provide sealing with a structure Puddle Flange – Not mandatory to .record for SEQ-SPs
Sampling Point A point designed for taking sewage or effluent samples A fitting to facilitate the taking of samples from the pipe contents.
Booster Pump A pump providing the motive force to move sewage through a pressure
main against the force of gravity Pump at origin of a rising main
Inspection Opening An Inspection Opening on a pressure pipe An Inspection Opening on a pressure pipe
ABS Acrylonitrile Butadiene Styrene Acrylonitrile Butadiene Styrene
GRP Glass Reinforced Plastic (includes the product known commercially as
Hobas) Glass Fibre Reinforced Plastic (Hobas)
DI Ductile Iron Ductile Iron
MS Mild Steel Mild Steel
PE-100 Polyethylene (100) Grade 100 Polyethylene
PE-80B Polyethylene (80B) Grade 80B Polyethylene
PVC-M Polyvinyl Chloride (Modified) Modified Polyvinyl Chloride
PVC-O Polyvinyl Chloride (Oriented) Oriented Polyvinyl Chloride
PVC-U Polyvinyl Chloride (Unplasticised) Unplasticised Polyvinyl Chloride
VC Vitreous Clay Vitreous Clay
Concrete Concrete Steel reinforced or mass concrete
AC Asbestos Cement (Existing infrastructure only) Asbestos Cement (Legacy Systems only not for new infrastructure)
FRC Fibre reinforced concrete Fibre Reinforced Concrete
M_1 New material not included in schema as agreed with data recieiving entity Non-standard descriptor for new materials as agreed with receiving entity
M_2 New material not included in schema as agreed with data recieiving entity Non-standard descriptor for new materials as agreed with receiving entity
Unknown Material type unknown at time of data submission Material unknown at time of submission.
Other A material not included in schema types provided above Material other than those listed herewith
CL
Cement Lined Normal. Centrifugally spun cement mortar (default for
Ductile Iron and Mild Steel)
OPC Cement Lined
CL_SR Cement Lined - Sulphate Resistant (DI and MS) Sulphate Resistant Cement Lined
Element representing a sewer fitting other
than a valve
Fitting
The physical configuration of the valveType
Lining The internal corrosion protection material
or method for the fitting.
Protection
Fitting materialMaterial
Element representing a sewer valve fittingValve
The external protection for the pipe.
Lining The internal corrosion protection method
employed on the pipe material.
Standard element group called in to
support manufacturer and model details
manufacturer_model_de
tails
Type The physical configuration of the fitting
City of Gold Coast As Constructed Data Standard Page 9 of 58
Sewerage
DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION
Element representing a sewerage
Maintenance Hole (formerly Manhole).
MaintenanceHole Use or purpose of this MaintenanceHole
in the network
Use CL_AC Cement Lined - Calcium Aluminate (DI and MS) Calcium Aluminate Cement Lined
PVC Plasticised PVC (includes Humes Plastiline) PVC lining such as Humes Plastiline and the like.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
Unlined Unlined (Default for plastic pipes) No internal lining
Unknown Lining type unknown at time of data submission Lining type unknown at time of submission
Other Another type of liner that is not currently in the Schema Another type of lining not listed herewith.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
FBPE
Fusion Bonded Polyethylene (Includes the product known commercially as
Sintakote) Fusion Bonded Polyethylene (Sintakote)
Plastic Wrapped Plastic Wrapped Wrapped in plastic tape
Tape Wrapped Tape Wrapped
Wrapped in protective tape impregnated with waterproofing compounds. (Denso
Tape and the like)
Concrete Encased Concrete Encased
Sheathed Sheathed Sheathed in a protective nonstructural tube (usually polyethylene)
Epoxy Paint Epoxy Paint
Uncoated Uncoated No protective coat
P_1
A new protection type not yet in the schema as agreed with the data
receiving entity Non-Standard protection type with a meaning agreed with the receiving entity
P_2
A new protection type not yet in the schema as agreed with the data
receiving entity Non-Standard protection type with a meaning agreed with the receiving entity
Zinc Galvanized or zinc painted Galvanised or zinc painted
Zinalium Zinc Aluminium alloy coating (Petair Saint-Gobain) Zinc Aluminium alloy coating (Petair Saint-Gobain) or similar
Unknown Protection type unknown at time of data submission Unknown protection type at time of submission
Other Another type of protection not covered by the schema A protection method other than those included in the current schema.
BodySize_mm The nominal diameter of the major
connecting pipe.
positiveInteger
BranchSize_mm The nominal diameter of the minor
connecting pipe.
positiveInteger
Rotation Rotation angle (cartesian - anti-clockwise
0 degrees = East)
Float_Direction No for in-line fittings.
Yes for branched fittings. Angle of main run measured anticlockwise from East.
Geometry The geometry representing this feature in
coordinate space.
geometry_point_singlepoint
SurfaceLevel_m Surface level of this feature (in metres against the vertical datum).
Float
InvertLevel_m Invert level of this feature (in metres against the vertical datum).
Float
House House Drain - standard sanitary drain conveying sewage only
CombinedCombined House Drain - a sanitary drain conveying both sewage and
storm water in a combined sewerage system
Diameter_mm The nominal diameter of the connection
conduit.
positiveInteger
PVC-U PolyVinylChloride Orientated Unplasticised Polyvinylchloride
PVC-M PolyVinylChloride Modified Modified PVC
PVC-O PolyVinylChloride Orientated Oriented PVC
Cast Iron Cast Iron
RCP Steel Reinforced Concrete Pipe Reinforced Concrete Pipe
DI Ductile Iron Ductile Iron
FRC Fibre Reinforced Concrete Fibre Reinforced Concrete
FRP Fibre Reinforced Plastic Glass Fibre Reinforced Plastic
PE Polyethylene Polyethylene
VC Vitrified Clay Vitrified Clay
M_1 A new material not yet in the Schema as agreed with the receiving entity Non-standard descriptor for new materials as agreed with receiving entity
M_2 A new material not yet in the Schema as agreed with the receiving entity Non-standard descriptor for new materials as agreed with receiving entity
Unknown Lid Material is unknown at time of data submission Material unknown at time of submission.
Other Another material not included in the Schema Material other than those listed herewith
SH Sewer Heavy
SEH Sewer Extra Heavy
SN4 SN4
SN6 SN6
SN8 SN8
SDR21 SDR21 For PE and UPVC
Unknown Material class unknown at time of data submission Class unknown at time of submission
Other Some other class not included in the standard Schema Another (non-standard) class
Length_m The material length in metres of the
house connection branch conduit.
Float_Positive_NonZero
Sloped Branch WSAA - Sloped Branch connection Type A ,A1,A2,A3 & A4 on SEQSEW-1104-1/1106-2/1106-3
Ramp Riser WSAA - Ramp Riser connection Type B, B1 & B2 on SEQ-SEW-1104-1/1106-4
Jump Up WSAA - Jump Up connection Connection of any material type that is in the form of a jump up. Type D on SEQ-
SEW-1105-1, Types C1 & C2 on SEQ-SEW-1106-5
Stub WSAA - Connection straight into Maintenance Hole Any connection directly into a Maintenance Structure/Shaft
Twin Jump Up WSAA - Twin Jump Up connection As simple Jump-up, but branched after jump to service 2 properties
Twin Ramp Riser WSAA - Twin Ramp Riser connection As simple Ramp Riser, but branched after rise to service 2 properties
Chainage_m The distance in metres from the centre of
the downstream manhole to the point of
connection of the offshoot branch.
Float_Positive_NonZero
Offset_m The distance measured square from the
centre of the sewer main to the point of
connection.
Float_Positive_NonZero
LineNumber The line identifier of the sewer main. String_32
Element representing a sewer fitting other
than a valve
Fitting
Connection Element representing a sewer property
connection
Physical configuration of connection -
based on WSAA standard types.
Type
Call in standard elements for levels at the
inspection opening. Level in meters
against the vertical datum for this project.
dimensions_point_levels
_m
Use The function of the house connection in
the network.
The material of the connection conduit.Material
Class
Lining The internal corrosion protection material
or method for the fitting.
Protection The external protection for the fitting.
The pipe class as specified by the
manufacture. Pipe class refers to the wall
thickness and performance of the
material.
Class SN4 (formerly SH)
Class SN8 (formerly SEH)
Refers to ring stiffness in KN/m2
Used primarily for SWPP pipes
City of Gold Coast As Constructed Data Standard Page 10 of 58
Sewerage
DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION
Element representing a sewerage
Maintenance Hole (formerly Manhole).
MaintenanceHole Use or purpose of this MaintenanceHole
in the network
UseDSMHID Downstream manhole identifier. String_32
IO_Distance_m Distance from a point perpendicular to the
inspection opening to the centre of the
downstream manhole along the axis of
the sewer main.
Float_Positive_NonZero
SO_Nearest_m Perpendicular distance from the
inspection opening to the nearest
cadastral boundary.
Float_Positive_NonZero
SO_Other_m Perpendicular distance from the
inspection opening to the next nearest
cadastral boundary.
Float_Positive_NonZero
Sediment_Trap True indicates that the connection
includes an inline sediment trap.
boolean
Geometry The linear geometry of the house
connection feature in coordinate space.
Digitise this line downstream from the
inspection opening to the pipe or pit
If a point is desired, the inspection
opening position may be taken as the
start of the line
At version 4.1.0 these features may
include curves due to modern flexible
materials.
geometry_linear_singlepath_complex
Connection Element representing a sewer property
connection
City of Gold Coast As Constructed Data Standard Page 11 of 58
Transport
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION ENUMERATION DESCRIPTION
Name The gazetted, or proposed, road name. String_254
AC Asphalt
FDA Full Depth Asphalt
2CBS 2 Coat Prime and Seal
1CBS 1 Coat Prime and Seal
DUST Dust Seal
SMA Stone Mastic Asphalt
SSSL Slurry Seal
CPAV Concrete Pavers
CONC Concrete, Stencilled/Aggregate
BPAV Brick Pavers
GRVL Gravel Road
PMB Poly Modified Bitumen
Earth Earth
GCELL Grass Cell
Surface
Thickness_mm
The surface thickness in millimetres positiveInteger
Surface Nom
Width_mThe nominal width of the surface of
the road or street as a decimal
number in metres.
Float_Positive_NonZero
Flexible Flexible pavement
Rigid Rigid pavement
Floodway Pavement section hardened for
flood passage.
GR21 Gravel 2.1 CBR60-80
GR23 Gravel 2.3 CBR45-60
GR25 Gravel 2.5 CBR15-30
NGRL Natural Gravel/Conglomerate
ERTH Earth
AC Asphalt
Concrete Concrete
Layer Depth_mm Base layer depth in millimetres Float_Positive_NonZero
Lime Lime
Foamed Bitumen Foamed Bitumen
Geogrid Earth Reinforcing Mat
Cement Cement
Default Value
GR21 Gravel 2.1 CBR60-80
GR23 Gravel 2.3 CBR45-60
GR25 Gravel 2.5 CBR15-30
NGRL Natural Gravel/Conglomerate
ERTH Earth
Layer Depth_mm Sub-base layer depth in
millimetres
Float_Positive_NonZero
Lime Lime
Foamed Bitumen Foamed Bitumen
Geogrid Earth Reinforcing Mat
Cement Cement
GEOT Geotextile
ROCK Rock
GTRK Geotectile/Rock
GR25 Gravel 2.5 CBR15-30
Layer Depth_mm Lower sub-base layer depth in
millimetres
Float_Positive_NonZero
Lime Lime
Foamed Bitumen Foamed Bitumen
Geogrid Earth Reinforcing Mat
Cement Cement
Default Value
Class A Class A - As per MRS11-27 Table 3
Class B Class B - As per MRS11-27 Table 3
Class C Class C - As per MRS11-27 Table 3
Class D Class D - As per MRS11-27 Table 3
Class E Class E - As per MRS11-27 Table 3
CBR California Bearing Ratio. An
expression of the load bearing and
shear properties of the material.
positiveInteger
Lime Lime
Foamed Bitumen Foamed Bitumen
Geogrid Earth Reinforcing Mat
Cement Cement
Geometry Polygon geometry delineating the
pavement area in coordinate space.
geometry_area_multipatch_compl
ex
Name Parking area name String_254
No Of Carparks Number of individual vehicle spaces. Car positiveInteger
On Street On street parking
Off Street Off street parking
AC Asphalt
FDA Full Depth Asphalt
2CBS 2 Coat Prime and Seal
1CBS 1 Coat Prime and Seal
DUST Dust Seal
SMA Stone Mastic Asphalt
SSSL Slurry Seal
Parking Areas
Data container for pavement structure
characteristics.
Surface
Sub Grade
Pavement Structure
Value indicating whether the parking is an
uninterupted part of the road pavement, or
a seperate area with road access.
Pavement GeoTextile
Represents an area of road pavement.
Pavement geotextile type.
Road Pavement Geotextile Types As per
MRS11-27 Table 3.
On Off Street
Data container for surface characteristics.
Base Layer
SubBase Layer
Pavement Type Pavement construction type
Stabilisation
Data container for surface characteristics.Surface
Subgrade stabilisation method
The surface type of the parking areaSurface Type
The surface type of the road or streetSurfaceType
Describes the pavement base layer
Pavement
Describes the pavement lower sub-
base layer
Data container for subgrade structure
characteristics.
Describes the pavement sub-base
layer
Lower SubBase
Layer
Parking Represents an area of parking pavement.
Data structure constraining
information on road related
features.
Transport Pavement Areas
Represents the featureclass
of parking areas
Represents the featureclass
of road pavement areas
Layer Type Construction type of the base
layer. Must be Concrete
if PavementType is Rigid,
otherwise must not be Concrete
Stabilisation Base layer stabilisation method
Layer Type Construction type of the sub-base
layer.
Stabilisation Sub-base layer stabilisation
method
Layer Type Construction type of the lower
sub-base layer.
Stabilisation Lower sub-base layer stabilisation
method
City of Gold Coast As Constructed Data Standard Page 12 of 58
Transport
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION ENUMERATION DESCRIPTION
Represents an area of road pavement.PavementData structure constraining
information on road related
features.
Transport Pavement Areas Represents the featureclass
of road pavement areas
CPAV Concrete Pavers
CONC Concrete, Stencilled/Aggregate
BPAV Brick Pavers
GRVL Gravel Road
PMB Poly Modified Bitumen
Earth Earth
GCELL Grass Cell
Surface
Thickness_mm
The surface thickness in millimetres positiveInteger
Surface Area_sqm The area of the parking surface as a
decimal number in square metres.
Float_Positive_NonZero
Flexible Flexible pavement
Rigid Rigid pavement
Floodway
Pavement section hardened for
flood passage
GR21 Gravel 2.1 CBR60-80
GR23 Gravel 2.3 CBR45-60
GR25 Gravel 2.5 CBR15-30
NGRL Natural Gravel/Conglomerate
ERTH Earth
AC Asphalt
Concrete Concrete
Layer Depth_mm Base layer depth in millimetres Float_Positive_NonZero
Lime Lime
Foamed Bitumen Foamed Bitumen
Geogrid Earth Reinforcing Mat
Cement Cement
GR21 Gravel 2.1 CBR60-80
GR23 Gravel 2.3 CBR45-60
GR25 Gravel 2.5 CBR15-30
NGRL Natural Gravel/Conglomerate
ERTH Earth
Layer Depth_mm Sub-base layer depth in
millimetres
Float_Positive_NonZero
Lime Lime
Foamed Bitumen Foamed Bitumen
Geogrid Earth Reinforcing Mat
Cement Cement
Default Value
GEOT Geotextile
ROCK Rock
GTRK Geotectile/Rock
GR25 Gravel 2.5 CBR15-30
Layer Depth_mm Lower sub-base layer depth in
millimetres
Float_Positive_NonZero
Lime Lime
Foamed Bitumen Foamed Bitumen
Geogrid Earth Reinforcing Mat
Cement Cement
Class A Class A - As per MRS11-27 Table 3
Class B Class B - As per MRS11-27 Table 3
Class C Class C - As per MRS11-27 Table 3
Class D Class D - As per MRS11-27 Table 3
Class E Class E - As per MRS11-27 Table 3
CBR California Bearing Ratio. An
expression of the load bearing and
shear properties of the material.
positiveInteger
Lime Lime
Foamed Bitumen Foamed Bitumen
Geogrid Earth Reinforcing Mat
Cement Cement
Geometry Polygon geometry delineating the
pavement area in coordinate space.
geometry_area_multipatch_compl
ex
B1 Barrier Kerb Type 5
B2 Barrier Kerb & Channel Type 6
B3 Barrier Kerb & Channel Type 7
B4 Barrier Kerb & Tray Type 23
B5 Barrier Kerb & Tray Type 24
SM1 Semi-Mountable Kerb Type 8
SM2 Semi-Mountable Kerb Type 10
SM3 Semi-Mountable Kerb Type 12
SM4 Semi-Mountable Kerb with Channel
Type 14
SM5 Semi-Mountable Kerb with Channel
Type 15
M1 Mountable Kerb and Channel
M2 Mountable Kerb and Channel
M3 Mountable Kerb and Channel
M4 Mountable Kerb
M5 Mountable Kerb
M6 Mountable Kerb
ER1 Edge Restraint
ER2 Edge Restraint
ER3 Edge Restraint
ER4 Edge Restraint
Describes the pavement lower sub-
base layer
Describes the pavement sub-base
layer
Describes the pavement base layer
Subgrade stabilisation method
Parking Areas
Base Layer
Stabilisation
SubBase Layer
Data container for pavement structure
characteristics.
Surface Data container for surface characteristics.
Lower SubBase
Layer
The surface type of the parking areaSurface Type
Pavement Type Pavement construction type
Data container for subgrade structure
characteristics.
Sub Grade
Road Edge Represents an edge feature of a pavement
area.
Pavement geotextile type.
Road edge configuration.
Type of Road Edge - As per DMR drawing
1033.
Type
Pavement Geo Textile
Parking Represents an area of parking pavement.
Pavement Structure
Data structure constraining
information on road related
features.
Transport
Road Edges Represents the featureclass
of road edges
Represents the featureclass
of parking areas
Layer Type Construction type of the base
layer. Must be Concrete if
PavementType is Rigid,
otherwise must not be Concrete
Stabilisation Base layer stabilisation method
Layer Type Construction type of the sub-base
layer.
Stabilisation Sub-base layer stabilisation
method
Layer Type Construction type of the lower
sub-base layer.
Stabilisation Lower sub-base layer stabilisation
method
City of Gold Coast As Constructed Data Standard Page 13 of 58
Transport
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION ENUMERATION DESCRIPTION
Represents an area of road pavement.PavementData structure constraining
information on road related
features.
Transport Pavement Areas Represents the featureclass
of road pavement areas
ER5 Edge Restraint
INV600 Concrete Channel Type 22
INV900 Concrete Channel Type 28
Bitumen Bitumen Road Edge treatment
Concrete Concrete Road Edge treatment
Length_m Length in metres of edge material. Float_Positive_NonZero
Pavement
Extension_mm
The pavement extension, in millimetres,
behind the back of kerb.
positiveInteger
Geometry Polyline geometry describing the feature in
coordinate space.
geometry_linear_multipath_complex
Splitter Splitter Island
Pedestrian Refuge Pedestrian Refuge
Center Median Center Median
Roundabout Roundabout
Road Hump Road Hump - speed management
measure
Chicane Chicane - often constricting passage
to a single lane
LATM Local Area Traffic Management
feature
Area_sqm The area, in square metres, of the infill. Float_Positive_NonZero
Plain Concrete Plain Concrete
Exposed Agg Exposed Aggregate
Stamped Concrete Stamped Concrete
Stencilled Concrete Stencilled Concrete
Plain Coloured
ConcretePlain Coloured Concrete
CPAV Concrete Pavers
BPAV Brick Pavers
AC Asphalt
Grass Grass
Landscaped Landscaped
Grass/Landscaped Combination of grass and landscaped
elements
Concrete/Grass Combination of concrete and grassed
elements
Concrete/Landscape
dCombination of concrete and
landscaped elements
Geometry Polygon geometry describing the feature in
coordinate space.
geometry_area_multipatch_complex
Shared Shared Pedestrian and Cycleway
CycleWay Bicycles only
Pedestrian Pedestrians only
Horse Trail Defined use horse trail
Mountain Bike Defined use mountain bike trail
Structure Type of pathway structure. A fixed value of
In Ground is required for this sub type
String_32
Concrete Concrete
CPAV Concrete Pavers
BPAV Brick Pavers
Bitumen Bitument
Gravel Gravel
Earth Earth
Steel Steel
Stone Stone
Timber Timber
Sand Sand
Width_m Nominal width of the pathway in metres. Float_Positive_NonZero
Depth_mm The nominal depth of the pathway material
in millimetres.
positiveInteger
Geometry Polyline geometry describing the feature in
coordinate space.
geometry_linear_singlepath_complex
Shared Shared Pedestrian and Cycleway
CycleWay Bicycles only
Pedestrian Pedestrians only
Horse Trail Defined use horse trail
Mountain Bike Defined use mountain bike trail
Structure Type of pathway structure. A fixed value of
On Road is required for this sub type
String_32
Surface Material Surface material of the structure.
A fixed value of Road Pavement is applied
to this sub type.
String_32
Width_m Nominal width of the marked pathway in
metres.
Float_Positive_NonZero
Geometry Polyline geometry describing the feature in
coordinate space.
geometry_linear_singlepath_complex
Shared Shared Pedestrian and Cycleway
CycleWay Bicycles only
Pedestrian Pedestrians only
Horse Trail Defined use horse trail
Mountain Bike Defined use mountain bike trail
Boardwalk Boardwalk
Causeway Causeway
Foot Bridge Foot Bridge
Stairs Stairs
Ramp Ramp
Underpass Underpass
Intended traffic use of the structure.
Represents a structure functioning as a linear
section of footpath or cycleway. Do not use to
describe on-road cycleway.
Path Structure
Represents a linear section of on-road
cycleway.
Road Pathway
Road Edge Represents an edge feature of a pavement
area.
Use
Type of Road Island InfillInfill Type
Road edge configuration.
Type of Road Edge - As per DMR drawing
1033.
Type
Type Type of Road Island
Represents an on-ground footpath or
cycleway feature. Do not use to describe on-
road cycleway.
Pathway
Structure
Data structure constraining
information on road related
features.
Transport
Road Edges Represents the featureclass
of road edges
Road Island Represents an area of road island , local
traffic calming, or median structure. Where
the structure incorporates water sensitive
urban design (WSUD) features, those
features should be independently captured.
Road Islands Represents the featureclass
of road islands
Represents the featureclass
of pathways. Subtypes are
provided for the correct
validation of in-ground
paths, on-road cycleways
and structures functioning
as part of a linear path
network.
Pathways
Type of pathway structure.
Surface Material Surface material of the structure.
Intended traffic use of the structure.Use
Intended traffic use of the structure.
A fixed value of CycleWay is applied to this
sub type.
Use
City of Gold Coast As Constructed Data Standard Page 14 of 58
Transport
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION ENUMERATION DESCRIPTION
Represents an area of road pavement.PavementData structure constraining
information on road related
features.
Transport Pavement Areas Represents the featureclass
of road pavement areas
Concrete Concrete
CPAV Concrete Pavers
BPAV Brick Pavers
Bitumen Bitumen
Gravel Gravel
Earth Earth
Steel Steel
Stone Stone
Timber Timber
Sand Sand
Concrete Concrete
Steel Steel
Stone Stone
Brick Brick
Timber Timber
Width_m Nominal width of the pathway in metres. Float_Positive_NonZero
Geometry Polyline geometry describing the feature in
coordinate space.
geometry_linear_singlepath_complex
Rotation Rotation angle (cartesian - anti-clockwise 0
degrees = East)
Float_DirectionRepresents a pram ramp or disabled entry-
point to a road edge.
Pram Ramp
Represents a structure functioning as a linear
section of footpath or cycleway. Do not use to
describe on-road cycleway.
Path Structure
Sub Structure Material Surface material of the structure.
Data structure constraining
information on road related
features.
Transport
Pram Ramps
Represents the featureclass
of pathways. Subtypes are
provided for the correct
validation of in-ground
paths, on-road cycleways
and structures functioning
as part of a linear path
network.
Pathways
Surface Material Surface material of the structure.
City of Gold Coast As Constructed Data Standard Page 15 of 58
Water Supply
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION ENUMERATION DESCRIPTION
20 Minimum service diameter is 20mm
25,38,50 for coppoer and 25,32,40 for PE
(external)
63 Maximum service diameter to use this feature class is 63mm
DI Ductile Iron Ductile Iron
Copper Copper
PE Polyethylene Polyethylene
M_1 A new material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
Other Material not currently in the schema Material other than those listed herewith
Unknown Material Unknown at time of data submission Material unknown at time of submission.
PN6 Class PN6 for poly services
PN6.3 Class PN6.3 for poly services
PN8 Class PN8 for poly services
PN9 Class PN9 for poly services
PN10 Class PN10 for poly services
PN12 Class PN12 for poly services
PN12.5 Class PN12.5 for poly services
PN16 Class PN16 - default for PE-100, PVC-O and PVC-M PE should be class PN16
PN18 Class PN18 for poly services
PN20 Class PN20 for poly services
PN35 Class PN35 (Standard for DI) DI should use PN35
Type A Type A for copper services Copper should use Type A
Other Some other service pipe class not included in the schema
Unknown Service class unknown at time of data submission
Conduit The water service is laid in a protective conduit
No Conduit The water service is not in a protective conduit
Other Some other type of protection Service is protected in another way
Unknown Service protection type unknown at time of data submission
Ball Valve Service ends in a Ball Valve Service ends in ball valve
No Valve Service ends in an open pipe or blank end Service ends with no valve prior to meter
Other Service ends in some other way Service ends in another type of valve
Unknown Service termination unknown at time of data submission Service ends in an unknown way
Drinking Water
Drinking-quality (potable) water for normal mains supply by the municipal
water service provider
For water services the only valid
choices are Drinking Water,
Recycled APlus, Recycled A or
Disused.
Recycled Aplus
Class A+ tertiary treated with reverse osmosis recycled water for supply via
dual reticulation for permitted interior and exterior uses
Recycled A
Class A tertiary treated recycled water for supply via dual reticulation for
permitted exterior uses
Treated Effluent Treated Effluent to class B through class D for irrigation only
Rain Water Rain Water collected directly into the system for irrigation
Raw Water
Untreated water from a watercourse or pond used to feed a water treatment
plant or irrigation system
Ground Water
Untreated water from bores used to feed a water treatment plant or irrigation
system
Process Water Non-potable process water of some description
Other
Pipe conveying some other kind of water (not recycled class B and below
which is considered as treated sewage effluent)
Unknown Type of water carried by this pipe is unknown at time of submission
Length_m Material length of the pipe in metres. Float_Positive_NonZero
Geometry Point geometry representing the
feature in coordinate space.
geometry_point_singlepoint
Conduit Pipe protecting a water pipe running inside it. Not hydraulically connected to
the network
Pipe protecting a water pipe running inside it. Not hydraulically
connected to the network. See 10.11.
Disused Disused Main Disused or Abandoned line
Fire Service Fire Service - usually used for private customer-owned infrastructure not
owned by the water service provider
Fire Service - usually used for private customer-owned infrastructure
not owned by the water service provider
Fire Domestic
Domestic Fire Service - usually used for private customer-owned
infrastructure not owned by the water service provider
Domestic Fire Service - usually used for private customer-owned
infrastructure not owned by the water service provider.
Fire Sprinkler
Dedicated un-metered fire sprinkler service - usually used for private
customer-owned infrastructure not owned by the water service provider
Dedicated un-metered fire sprinkler
service - usually used for private customer-owned infrastructure not
owned by the water service provider
Fire Service Thru Meter
Metered Fire Service - usually used for private customer-owned infrastructure
not owned by the water service provider
Metered Fire Service - usually used for private customer-owned
infrastructure not owned by the water service provider
Intake
Intake pipe feeding a water treatment plant or irrigation system (usualy with
non potable water)
Intake pipe feeding a water treatment plant or irrigation system
(usually with non-potable water)
Internal
Customer owned pipe on customer side of the meter distributing water from
mains to internal fixtures
Customer owned pipe on customer side of the meter distributing water
from mains to internal fixtures
Irrigation Irrigation Pipe - usually used for private customer-owned infrastructure not
owned by the water service provider
Irrigation Pipe - usually used for private customer-owned infrastructure
not owned by the water service provider
Reticulation
Normal mains water distribution Pipe
Normal water main usually of a diameter smaller than a trunk main that
is not a trunk water main.
Scour Scour main from reticulation to an outlet Pipe from scour valve to point of scour discharge.
Service Used for service connections > DN63 from main to meter . Domestic Services
use water service feature class
Used for service connections > DN63 from main to meter. Domestic
Services use water service feature class
Trunk Trunk Water Main being a reticulation main above a size as defined by the
receiving entity
NOT USED in submission to SEQSPs. Use “Reticulation” A water main
of greater nominal diameter greater than a reticulation main
Waste
Waste Pipe from a reservoir or tank
Pipe discharging overflow water or non-potable water. Not commonly
used in submissions made under the SEQ Code
Other Another use not specified in the schema Use that does not comply with any of the other values.
Drinking Water
Drinking-quality (potable) water for normal mains supply by the municipal
water service provider
Drinking-quality (potable) water for normal mains supply by the
municipal water service provider
Recycled Aplus
Class A+ tertiary treated with reverse osmosis recycled water for supply via
dual reticulation for permitted interior and exterior uses
Class A+ tertiary treated with reverse osmosis recycled water for
supply via dual reticulation for permitted interior and exterior uses
Recycled A
Class A tertiary treated recycled water for supply via dual reticulation for
permitted exterior uses
Class A tertiary treated recycled water for supply via dual reticulation
for permitted exterior uses
Treated Effluent Treated Effluent to class B through class D for irrigation only
Treated Effluent to class B through
class D for irrigation only. Provided
Rain Water Rain Water collected directly into the system for irrigation Rain Water collected directly into the system for irrigation
Raw Water
Untreated water from a watercourse or pond used to feed a water treatment
plant or irrigation system
Untreated water from a watercourse or pond used to feed a water
treatment plant or irrigation system
Ground Water
Untreated water from bores used to feed a water treatment plant or irrigation
system
Untreated water from bores used to feed a water treatment plant or
irrigation system
Represents the
feature class of
domestic sized water
services
WaterServices Represents a
domestic water
service feature.
Diameter Nominal diameter of the pipe in
millimetres.
Material The service pipe material.
Protection Provision of conduit or other
protection
Termination
Class The service pipe class as specified
by the manufacture and relevant to
the material.
The purpose of this feature in the
network.
Use
Fitting or valve at the customer end of
the service
WaterQuality Type of water supplied through water
service:Drinking water, recycled
water or disused service
WaterQuality The quality of the water being carried
by the pipe.
Represents a water
supply pipe feature.
PipeRepresents the
feature class of water
supply pipes
City of Gold Coast As Constructed Data Standard Page 16 of 58
Water Supply
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION ENUMERATION DESCRIPTION
Represents the
feature class of
domestic sized water
services
WaterServices Represents a
domestic water
service feature.
Diameter Nominal diameter of the pipe in
millimetres.Process Water Non-potable process water of some description Non-potable process water of some description
Other
Pipe conveying some other kind of water (not recycled class B and below
which is considered as treated sewage effluent) Some other kind of water or liquid not included in the Schema
Unknown Type of water carried by this pipe is unknown at time of submission An unknown quality of water.
Alignment_m Offset from casdastral boundary to
the main.
Float_Positive_NonZero
Diameter_mm Nominal diameter of the pipe in
millimetres.
positiveInteger
DI Ductile Iron Ductile Iron
PVC-U PolyVinylChloride Unplasticised Unplasticised Polyvinyl Chloride. Not used for new water mains be
SEQ-SPs
PVC-M PolyVinylChloride Modified Modified Polyvinyl Chloride
PVC-O PolyVinylChloride Orientated Oriented Polyvinyl Chloride
ABS Acrylonitrile Butadiene Styrene Acrylonitrile Butadiene Styrene
Copper Copper Water services only
GRP Glass Reinforced Plastic (includes the product known commercially as
Hobas) Glass Fibre Reinforced Plastic (Hobas)
MS Mild Steel Mild Steel
SS Stainless Steel Stainless Steel
PE-100 Polyethylene 100 Grade 100 Polyethylene
PE-80B Polyethylene 80B Grade 80B Polyethylene
RCP Reinforced Concrete Pipe Reinforced Concrete Pipe – Not used in SEQ-SP submissions
AC Asbestos Cement (Existing Infrastructure Only)
Asbestos Cement (Legacy Systems
only not for new infrastructure)
M_1 A new material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
M_2 A new material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
Other Material not currently in the schema Material other than those listed herewith
Unknown Material Unknown at time of data submission Material unknown at time of submission.
SN5000 Class SN5000 Used for GRP pipes
SN8000 Class SN8000 Used for GRP pipes
SN10000 Class SN10000 Used for GRP pipes
PN6 Class PN6 Used for flanged pipes and some
pipes without flanges. PN35 (35
Bar pressure) is equivalent to the
standard class for Ductile Iron.
Also used for PE-100, PVC and
other types.
SDR7.4, SDR9, SDR11, SDR13.5, SDR17 and
SDR21 are not included in ADAC, however are
included in SEQ D&C
PN6.3 Class PN6.3
PN8 Class PN8
PN9 Class PN9
PN10 Class PN10
PN12 Class PN12
PN12.5 Class PN12.5
PN16 Class PN16 - default for PE-100, PVC-O and PVC-M
PN18 Class PN18
PN20 Class PN20
PN35 Class PN35 (Standard for DI)
FLCL Class FLCL (ductile iron flanged class) Flanged Ductile Iron. Use flange class for SEQ-Code. Usually PN35
Type A Type A ABS pipe classes
Type B Type B ABS pipe classes
4.8mm 4.8mm wall thickness class (Mild Steel) Wall thickness for mild steel and
stainless steel pipes
5mm 5mm wall thickness class (Mild Steel)
6mm 6mm wall thickness class (Mild Steel)
7mm 7mm wall thickness class (Mild Steel)
8mm 8mm wall thickness class (Mild Steel)
9mm 9mm wall thickness class (Mild Steel)
10mm 10mm wall thickness class (Mild Steel)
11mm 11mm wall thickness class (Mild Steel)
12mm 12mm wall thickness class (Mild Steel)
16mm 16mm wall thickness class (Mild Steel)
Other Another class not specified by the schema) Another (non-standard) class
Unknown Pipe class unknown at time of data submission Class unknown at time of submission
CL Cement Lined normal (default for Ductile Iron and Mild Steel) OPC Cement Lined
CL_SR Cement Lined - Sulphate Resistant (DI and MS) Sulphate Resistant Cement Lined
CL_AC Cement Lined - Calcium Aluminate (DI and MS) Calcium Aluminate Cement Lined
PVC Plasticised PVC (includes Humes Plastiline) PVC lining such as Humes Plastiline and the like.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
Unlined Unlined No internal lining
Unknown Lining type unknown at time of data submission Lining type unknown at time of submission
Other Another type of liner that is not currently in the Schema Another type of lining not covered elsewhere.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
FBPE Fusion Bonded Polyethelene (Includes the product known commercially as
Sintakote)
Fusion Bonded Polyethylene (Sintakote)
Plastic Wrapped Plastic Wrapped Wrapped in plastic tape
Concrete Encased Concrete Encased
Tape Wrapped Wrapped in pipe and flange protection anti-corrosion tape. Commonly a
synthetic fabric tape coated with a neutral petrolium compound.
Wrapped in protective tape impregnated with waterproofing
compounds. (Denso Tape and the like)
Uncoated Uncoated No protection
Epoxy Epoxy paint or coating Epoxy paint or coating
P_1
A new protection type not yet in the schema as agreed with the data receiving
entity
Non-Standard protection type with a meaning agreed with the
receiving entity
P_2
A new protection type not yet in the schema as agreed with the data receiving
entity
Non-Standard protection type with a meaning agreed with the
receiving entity
Zinc Galvanized or zinc painted Galvanised or zinc painted
Zinalium Zinc Aluminium alloy coating (Petair Saint-Gobain) Zinc Aluminium alloy coating (Petair Saint-Gobain) or similar
L_1 Another Lining type as agreed with the receiving entity
Unknown Protection type unknown at time of data submission Unknown protection type at time of submission
Other Another type of protection not covered by the schema
RR Rubber Ring Rubber Ring
RRRJ Rubber Ring Restrained Joint (Ductile Iron) Rubber Ring Restrained (Tyton-Lok)
SWJ Solvent Welded Joint (PVC) Solvent Welded Joint (PVC ABS)
The pipe material.Material
WaterQuality The quality of the water being carried
by the pipe.
Represents a water
supply pipe feature.
Pipe
Class
Represents the
feature class of water
supply pipes
Protection
The pipe class as specified by the
manufacture. Pipe class refers to the
wall thickness and performance of
the material.
Lining The internal corrosion protection
method employed on the pipe
material.
JointType Pipe jointing method employed.
The external corrosion protection
method employed on the pipe
material.
City of Gold Coast As Constructed Data Standard Page 17 of 58
Water Supply
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION ENUMERATION DESCRIPTION
Represents the
feature class of
domestic sized water
services
WaterServices Represents a
domestic water
service feature.
Diameter Nominal diameter of the pipe in
millimetres.WJ Welded Joint (Mild Steel pipe) Welded Joint (Steel Pipes)
FJ Flanged Joint Flanged Joint (DI & MS)
MCJ Mechanical Compression Joint (PE pipe and Copper) Mechanical compression Joint. Mainly used on copper and PE
BW Butt Weld (PE pipe) Butt Weld (PE pipes)
EFW Electrofusion Weld (PE pipe) ElectroFusion weld (PE pipes)
JT_1
A new joint type not yet included in the Schema used by agreement with the
receiving entity.
Non-Standard joint type with a meaning agreed with the receiving
entity
Unknown Joint type unknown at time of data submission An unknown joint type at time of submission
Other A joint type not already included in the above choices Another kind of Joint not included in the Schema
AverageDepth_m The average depth in metres that the
pipe is buried. This measure is useful
in most residential developments, but
will be less reliable in sharply
changing terrain or where significant
cuts and fills have been applied.
Negative depths may be used to
indicate exposed or suspended pipes
Float
Type A WSSA - Type A Correspond to the WSAA bedding types shown on drawings SEQWAT-
1201-1 to SEQ-WAT-1203-1
Note that drawing SEQ-WAT -1204-1 shows types K-M for road
crossings.
Do not use types K-N as these are elaborations on the basic types that
provide further detail for backfill above the level of the pipe. Use the
basic types as appropriate.
Type B WSSA - Type B
Type C WSSA - Type C
Type D WSSA - Type D
Type E WSSA - Type E
Type F WSSA - Type F
Type G WSSA - Type G
Type H WSSA - Type H
Type I WSSA - Type I
Type J WSSA - Type J
Type K WSSA - Type K
Type L WSSA - Type L
Type M WSSA - Type M
Type 1 WSAA embedment Type 1 Sand Bed Only Note Types 1- 15 are a duplication of A-M. Do not use in SEQ Code
Type 2 WSAA embedment Type 2 Sand Bed Only
Type 3 WSAA embedment Type 3 Sand Surround
Type 4 WSAA embedment Type 4 Sand Surround Geotextile
Type 5 WSAA embedment Type 5 Concrete Foundation
Type 6 WSAA embedment Type 6 Concrete Foundation
Type 7 WSAA embedment Type 7 Geotextile Pillow Foundation
Type 8 WSAA embedment Type 8 Cement Stable Foundation
Type 9 WSAA embedment Type 9 Concrete Encase
Type 10 WSAA embedment Type 10 Cement Stable Encase
Type 11 WSAA embedment Type 11 Piled Geotextile
Type 12 WSAA embedment Type 12 Piled Concrete Encase
Type 13 WSAA embedment Type 13 Piled Geotextile
Type 14 WSAA embedment Type 14
Type 15 WSAA embedment Type 15
Above Ground Above Ground Pipe is not buried; it is on piers or attached to a structure such as a
bridge deck.
Unknown Embedment Type unknown at time of data submission Unknown embedment type at time of submission
Other Embedment Type unknown at time of data submission Another embedment type not included in the schema-
EB_1 A special non-standard embedment type as agreed with the receiving entity
Non-Standard embedment type with a meaning agreed with the
receiving entity
EB_2 special non-standard embedment type as agreed with the receiving entity
Non-Standard embedment type with a meaning agreed with the
receiving entity
Length_m Material length of the pipe in metres. Float_Positive_NonZero
Geometry Polyline representing the geometry of
the feature in coordinate space.
geometry_linear_singlepath_simple
Non-Return
A valve allowing flow in only one direction of types Generic, Rubber Gate,
Swing Check Wafer of RPZ
Stop A valve to prevent flow down a pipe.
Scour A valve that is opened to scour a water main
Diversion A valve the main function of which is to select an alternative flow path
Zone Boundary A Valve normally closed to separate water supply zones
Flow Control A valve used to control or stop the rate of flow
Pressure Control
A valve designed to control the pressure in a water supply system of types
Overflow, Pressure Relief, Altitude Valve, or Vacuum Release
Gas Release A valve used to purge air or gas from the high points of a water pipeline
Other A valve use for a use not provided for in the schema
Service
A valve controlling flow between a water main and a water service
Generic NR A generic type of non return valve
Rubber Gate A rubber gate type non-return valve eg Val-Matic Swing-Flex
Swing Check A swing check type non-retun valve
Wafer A wafer type non-return valve
RPZ An Reduced Pressure Zone type non return valve
Gate A standard gate valve
Butterfly Butterfly Valve.
Knife Gate Knife Gate Valve.
Eccentric Plug An eccentric plug type control Valve
Globe Globe Valve
Ball Valve A ball valve for flow control
Vee Ported Ball A vee-ported ball valve
Control A generic or unknown type of control valve
Overflow An overflow valve
Pressure Relief An pressure releasing valve
Pressure Sustaining A pressure sustaining valve
Altitude Valve Altitude Valve.
Vacuum Release Vacuum Release or surge control valve
Air Valve Air valve for gas or air release
Special A special type of valve not specified elsewhere in the schema
Embedment type from WSAA
Sewerage Codes.
Embedment
Type
Use The purpose of the valve in the
network.
Represents the
feature class of water
supply valves
Represents a water
supply pipe feature.
Pipe
Represents a water
supply valve feature.
Valve
The type of valve.
Represents the
feature class of water
supply pipes
JointType Pipe jointing method employed.
City of Gold Coast As Constructed Data Standard Page 18 of 58
Water Supply
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION ENUMERATION DESCRIPTION
Represents the
feature class of
domestic sized water
services
WaterServices Represents a
domestic water
service feature.
Diameter Nominal diameter of the pipe in
millimetres.Diameter_mm The nominal bore diameter of the
valve.
positiveInteger
Manufacturer String_64 Required for all valves with a use of pressure control, Gas release and
other. Optional for other valve uses
Model Number String_64 Required for all valves with a use of pressure control, Gas release and
other. Optional for other valve uses
Rotation Rotation angle (cartesian - anti-
clockwise 0 degrees = East)
Float_Direction
Geometry Point geometry representing the
feature in coordinate space.
geometry_point_singlepoint
Drinking Water
Drinking-quality (potable) water for normal mains supply by the municipal
water service provider
For water valves in the municipal
water supply the only valid choices
are Drinking Water, Recycled
APlus, Recycled A or Disused.
Recycled Aplus
Class A+ tertiary treated with reverse osmosis recycled water for supply via
dual reticulation for permitted interior and exterior uses
Recycled A
Class A tertiary treated recycled water for supply via dual reticulation for
permitted exterior uses
Treated Effluent Treated Effluent to class B through class D for irrigation only
Rain Water Rain Water collected directly into the system for irrigation
Raw Water
Untreated water from a watercourse or pond used to feed a water treatment
plant or irrigation system
Ground Water
Untreated water from bores used to feed a water treatment plant or irrigation
system
Process Water Non-potable process water of some description
Other
Pipe conveying some other kind of water (not recycled class B and below
which is considered as treated sewage effluent)
Unknown Type of water carried by this pipe is unknown at time of submission
Spring Spring Hydrant. Below ground
Filling Point
Hydrant (usually of spring type) with a metered standpipe semi-permanently
in place.
Hydrant (usually of spring type) with a metered standpipe
semipermanently in place.
Pillar Pillar Hydrant. Above Ground
Diameter_mm The nominal bore size of the hydrant. positiveInteger
Rotation Rotation angle (cartesian - anti-
clockwise 0 degrees = East)
Float_Direction
Geometry Point geometry representing the
feature in coordinate space.
geometry_point_singlepoint
Drinking Water
Drinking-quality (potable) water for normal mains supply by the municipal
water service provider
For hydrants in the municipal water
supply the only valid choices are
Drinking Water, Recycled APlus,
Recycled A or Disused.
Recycled Aplus
Class A+ tertiary treated with reverse osmosis recycled water for supply via
dual reticulation for permitted interior and exterior uses
Recycled A
Class A tertiary treated recycled water for supply via dual reticulation for
permitted exterior uses
Treated Effluent Treated Effluent to class B through class D for irrigation only
Rain Water Rain Water collected directly into the system for irrigation
Raw Water
Untreated water from a watercourse or pond used to feed a water treatment
plant or irrigation system
Ground Water
Untreated water from bores used to feed a water treatment plant or irrigation
system
Process Water Non-potable process water of some description
Other
Pipe conveying some other kind of water (not recycled class B and below
which is considered as treated sewage effluent)
Unknown Type of water carried by this pipe is unknown at time of submission
Serial Number The manufacturers serial number, as
stamped or fixed on the meter.
String_64
Irrigation
Small in-line meter used in irrigation systems to give a general indication of
flow volumes but not at the accuracy needed for billing or control
Small in-line meter used in irrigation systems to give a general
indication of flow volumes but not at the accuracy needed for billing or
control. Not used for municipal water supply,
Conventional Standard volumetric meter Standard displacement type meter
Manifold Meter with built-in valve Displacement type with built in valves to allow meter change over
without disconnection.
Magflow Electro-magnetic Metering System with no moving parys Electro/magnetic or Doppler type
Turbine Meter using a turbine or moving vain to measure flow Meter with a moving propeller or turbine
Other Another unspecified type of water meter Another unspecified type of water meter
Unknown Meter type unknown at time of data submission Meter type unknown at time of data submission
Diameter_mm The nominal bore diameter of the
meter.
positiveInteger
Dials The number of dials on the reading positiveInteger
Manufacturer String_64 ABB, ABB Kent, RMC, Email, ELS, Other and
Unknown are not included in ADAC, however
inlcuded in SEQ D&C as non mandatory
Model Number String_64
Initial Reading The reading on the meter face at the
time of installation.
positiveInteger
Private Booster True indicates that the meter is
associated with a private pressure
boosting system.
boolean Default is False
Left Left hand side
Right Right hand side
Offset_m The distance in metres to measure
along the frontage from the indicated
side.
Float_Positive_Zero
InstallationDate Installation Date of the meter. date
LotNo String_32
PlanNo String_32
Rotation Rotation angle (cartesian - anti-
clockwise 0 degrees = East)
Float_Direction
Geometry Point geometry representing the
feature in coordinate space.
geometry_point_singlepoint
Drinking Water
Drinking-quality (potable) water for normal mains supply by the municipal
water service provider
For water meters connected to the
municipal water supply, the only valid choices are Drinking Water,
Recycled APlus, Recycled A or Disused.
WaterQuality
WaterQuality The quality of the water in the
network the valve is part of.
Standard element group called in to a
support manufacturer and model
details
Offset Side
Use The purpose of the hydrant in the
network.
Is the offset from the left or the right
side boundary when looking from the
Represents the
feature class of water
supply valves
Represents the
feature class of water
supply hydrants
Hydrant
Meter
Represents a water
supply valve feature.
Valve
manufacturer_model_detais
Represents the
feature class of water
supply meters
Represents a water
supply meter feature.
lot_plan_details
WaterQuality
Represents a water
supply hydrant
feature.
Standard element group called in to
support lot and plan cadastral
The quality of the water being
metered.
Configuration of the meter.
Standard element group called in to a
support manufacturer and model
details
manufacturer_model_detais
Type
The quality of the water being
delivered through the hydrant.
City of Gold Coast As Constructed Data Standard Page 19 of 58
Water Supply
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION ENUMERATION DESCRIPTION
Represents the
feature class of
domestic sized water
services
WaterServices Represents a
domestic water
service feature.
Diameter Nominal diameter of the pipe in
millimetres. Recycled Aplus
Class A+ tertiary treated with reverse osmosis recycled water for supply via
dual reticulation for permitted interior and exterior uses
Recycled A
Class A tertiary treated recycled water for supply via dual reticulation for
permitted exterior uses
Treated Effluent Treated Effluent to class B through class D for irrigation only
Rain Water Rain Water collected directly into the system for irrigation
Raw Water
Untreated water from a watercourse or pond used to feed a water treatment
plant or irrigation system
Ground Water
Untreated water from bores used to feed a water treatment plant or irrigation
system
Process Water Non-potable process water of some description
Other
Pipe conveying some other kind of water (not recycled class B and below
which is considered as treated sewage effluent)
Unknown Type of water carried by this pipe is unknown at time of submission
Bend
Bend, a fitting not a recurved pipe that changes the direction of a pipeline Bend fitting of any magnitude
Connector
A straight through connector with no change of direction Non-specific in line connector - Not mandatory to record for SEQ-SPs
Cross Connection A cross connection with 4 branches 4-way branch.
Connector Thrust A straight through connector with no change of direction capable of
transmitting axial thrust to the pipeline or a structure
As above but designed to take thrust against a restraining structure -
Not mandatory to record for SEQ-SPs
Dismantling Joint
A straight connector specifically included to facilitate the dismantling of
complex flanged pipework and valves.
A straight connector often of
adjustable length specifically included to facilitate the dismantling of
complex flanged pipework and valves
Gibault Standard gibault connection Gibault – Not mandatory to record for SEQ-SPs
Taper Taper. Joining pipes of unequal diameter. In-line fitting to change from one diameter to another
Tee T - Joint with 3 arms one of which is at right angles to the axis joining the other
2. Normal Tee
Wye Y - Joint with 3 arms where the angle between any 2 arms is not 90 or 180
degrees
Y - Joint with 3 arms where the angle between any 2 arms is not 90 or
180 degrees
Cathodic Protection Point Electrical connection point for cathodic protection Point for connecting cathodic protection.
Dead Plate Blank flange on the end of a flanged pipe or fitting Blank flange or welded on dead end at the end of a pipeline
External Dead End Fitting such as an endcap that forms a dead end in a pipe run Fitting such as an endcap that forms a dead end in a pipe run
Tee Branch Dead End A dead end plate pre-fitted to one branch of a Tee for access or future
connection
A dead end plate pre-fitted to one branch of a Tee for access or future
connection
Tee Branch Ext Dead End Dead end on a Tee fitting with a side branch of extended length Dead end on a Tee fitting with a side branch of extended length
Puddle Flange Puddle Flange on pipe to transmit thrust or seal pipe into a structure Puddle Flange – Not mandatory to record for SEQ-SPs
Ready Tap
Ready Tap collar with prefabricated water service take off points
Pre-fabricated fitting to provide service connections. See Water
services
Sampling Point
Sampling Point to sample water quality In line fitting that can be opened to take a sample from the pipeline.
Booster Pump Booster Pump to boost pressure or provide motive force to water in the
network Water transport or pressure regulating pump
Surge Vessel Surge Vessel fitted to control surge pressures (water hammer) Pressure vessel designed to dampen water hammer.
Tapping Band Tapping Band for the off-take of a water service from a main Fitting to tap main for a water service. See Water services
ABS Acrylonitrile Butadiene Styrene Acrylonitrile Butadiene Styrene
Brass Brass Mainly for customer-owned small bore not SEQ-SP infrastructure
Copper Copper Mainly for customer-owned small bore not SEQ-SP infrastructure
DI Ductile Iron Ductile Iron
MS Mild Steel Mild Steel
PVC PolyVinylChloride Modified Polyvinyl Chloride
PE Polyethylene Medium Density Polyethylene
AC Asbestos Cement - Existing Infrastructure Only Asbestos Cement (Legacy Systems only not for new infrastructure)
M_1 A new material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
M_2 A new material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
Other Another material not in the Schema Material other than those listed herewith
Unknown Material unknown at time of data submission Material unknown at time of submission.
CL Cement Lined normal (default for Ductile Iron and Mild Steel) OPC Cement Lined
CL_SR Cement Lined - Sulphate Resistant (DI and MS) Sulphate Resistant Cement Lined
CL_AC Cement Lined - Calcium Aluminate (DI and MS) Calcium Aluminate Cement Lined
PVC Plasticised PVC (includes Humes Plastiline) PVC lining such as Humes Plastiline and the like.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
Unlined Unlined No internal lining
Unknown Lining type unknown at time of data submission Lining type unknown at time of submission
Other Another type of liner that is not currently in the Schema Another type of lining not covered elsewhere.
FBE Fusion Bonded Epoxy Fusion Bonded Epoxy
FBPE Fusion Bonded Polyethelene (Includes the product known commercially as
Sintakote)
Fusion Bonded Polyethylene (Sintakote)
Plastic Wrapped Plastic Wrapped Wrapped in plastic tape
Concrete Encased Concrete Encased
Tape Wrapped Wrapped in pipe and flange protection anti-corrosion tape. Commonly a
synthetic fabric tape coated with a neutral petrolium compound.
Wrapped in protective tape impregnated with waterproofing
compounds. (Denso Tape and the like)
Uncoated Uncoated No protection
Epoxy Epoxy paint or coating Epoxy paint or coating
P_1
A new protection type not yet in the schema as agreed with the data receiving
entity
Non-Standard protection type with a meaning agreed with the
receiving entity
P_2
A new protection type not yet in the schema as agreed with the data receiving
entity
Non-Standard protection type with a meaning agreed with the
receiving entity
Zinc Galvanized or zinc painted Galvanised or zinc painted
Zinalium Zinc Aluminium alloy coating (Petair Saint-Gobain) Zinc Aluminium alloy coating (Petair Saint-Gobain) or similar
L_1 Another Lining type as agreed with the receiving entity
Unknown Protection type unknown at time of data submission Unknown protection type at time of submission
Other Another type of protection not covered by the schema
Body Size_mm The nominal diameter of the largest
pipe entering the fitting.
Although not constrained, software
may use the simpleType
water_fittings_boresize for a starting
list of values
positiveInteger
Branch Size_mm The nominal diameter of the smallest
pipe entering the fitting.
Although not constrained, software
may use the simpleType
water_fittings_boresize for a starting
list of values
positiveInteger
Represents a water
supply pipe fitting,
other than a valve,
meter or hydrant
Lining The internal corrosion protection
method employed on the fitting
material.
Protection The external corrosion protection
method employed on the fitting
material.
The fitting material.Material
MeterRepresents the
feature class of water
supply meters
FittingRepresents the
feature class of water
supply fittings
Represents a water
supply meter feature.
WaterQuality The quality of the water being
metered.
Type The fitting type.
City of Gold Coast As Constructed Data Standard Page 20 of 58
Water Supply
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION ENUMERATION DESCRIPTION
Represents the
feature class of
domestic sized water
services
WaterServices Represents a
domestic water
service feature.
Diameter Nominal diameter of the pipe in
millimetres.Rotation Rotation angle (cartesian - anti-
clockwise 0 degrees = East)
Float_Direction No for in-line fittings.
Yes for branched fittings. Angle of main run measured anticlockwise
from East.
Geometry Point geometry representing the
feature in coordinate space.
geometry_point_singlepoint
Drinking Water
Drinking-quality (potable) water for normal mains supply by the municipal
water service provider
For water fittings on municipal
water supply lines, the only valid
choices are Drinking Water,
Recycled APlus, Recycled A or
Disused.
Recycled Aplus
Class A+ tertiary treated with reverse osmosis recycled water for supply via
dual reticulation for permitted interior and exterior uses
Recycled A
Class A tertiary treated recycled water for supply via dual reticulation for
permitted exterior uses
Treated Effluent Treated Effluent to class B through class D for irrigation only
Rain Water Rain Water collected directly into the system for irrigation
Raw Water
Untreated water from a watercourse or pond used to feed a water treatment
plant or irrigation system
Ground Water
Untreated water from bores used to feed a water treatment plant or irrigation
system
Process Water Non-potable process water of some description
Other
Pipe conveying some other kind of water (not recycled class B and below
which is considered as treated sewage effluent)
Unknown Type of water carried by this pipe is unknown at time of submission
Valve Pit Valve Pit An accessible chamber containing valves.
Disused Valve Pit that is no longer used Disused or Abandoned chamber
Complex Valve Pit that houses a combination of valves and other equipment Use where chamber has more than one use
Pressure Regulation Pit housing a pressure regulation or surge control device Chamber used for pressure regulating equipment
Pump Station Water pumping station A water pumping station
Temporary Works Pit used during construction that is no longer used but has been left in place
Other Valve Pit with some other use not provided for in the schema Chamber serving some other purpose to those listed herewith.
Unknown Valve Pit of a type that is unknown at time of data submission Use is unknown
Length_mm Internal lengh in
millimetres for
rectangular
water
positiveInteger
Width_mm Internal width in
millimetres for
rectangular
water
positiveInteger
Circular Data container for circular dimensions. Diameter_mm Diameter in
millimetres
positiveInteger
Surface Level_m The height of the top surface of the
lid, hatch, rim or roof. Surface level in
meters against the vertical datum for
this project.
Float
Invert Level_m The height of the top surface of
interior floor/bottom. Invert level in
meters against the vertical datum for
this project.
Float
Prefabricated Prefabricated Prefabricated
Insitu Built or poured in-situ Insitu
PVC PolyVinylChloride Polyvinyl Chloride
PE Polyethylene Polyethylene
PP Polypropylene Polypropylene
GRP Glass Reinforced Plastic Glass Reinforced Plastic
Concrete Concrete
M_1 A new material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
M_2 A new material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
Other Another material not included in the Schema Material other than those listed herewith
Unknown Material unknown at time of data submission Material unknown at time of submission.
Prefabricated Prefabricated Prefabricated
Insitu Built or poured in-situ Insitu
PVC PolyVinylChloride Polyvinyl Chloride
PE Polyethylene Polyethylene
PP Polypropylene Polypropylene
GRP Glass Reinforced Plastic Glass Reinforced Plastic
Concrete Concrete
M_1 A new material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
M_2 A new material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
Other Another material not included in the Schema Material other than those listed herewith
Unknown Material unknown at time of data submission Material unknown at time of submission.
PVC PolyVinylChloride Polyvinyl Chloride
PE Polyethylene Polyethylene
PP Polypropylene Polypropylene
Concrete Concrete
MS Mild Steel Solid Mild Steel includes chequer plate
SS Stainless Steel Solid Stainless Steel includes chequer plate
Aluminium Aluminium
Cast Iron Frame Cast Iron Frame Gatic type with concrete infill.
Grid Mesh - GRP Grid Mesh - GRP Open Grid Mesh made from Glass Reinforced Plastic
Grid Mesh - Aluminum Grid Mesh - Aluminium Open Grid Mesh made from Aluminium
Grid Mesh - SS Grid Mesh - Stainless Steel Open Grid Mesh made from Stainless Steel
No Roof No Roof Chamber that has no roof usually with walls extending above ground.
M_1 A new roof material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
M_2 A new roof material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
Other Another roof material not included in the Schema Material other than those listed herewith
Unknown Roof material unknown at time of data submission Material unknown at time of submission.
Aluminium Aluminium
Cast Iron Cast Iron
CI Conc Infill Cast Iron Concrete Infill Gatick type comprising cast iron grid-iron filled on side with concrete.
Concrete Concrete
GRP Glass Reinforced plastic Glass Reinforced Plastic
Data container for rectangular dimensions.Chamber Size Data structure describing the
chamber configuration and
dimensions.
Rectangular
Represents the
feature class of water
supply maintenance
access holes
Purpose of Water maintenance hole.
WaterQuality The quality of the water being carried
by the network to which the fitting is a
part
Represents a water
supply pipe fitting,
other than a valve,
meter or hydrant
FittingRepresents the
feature class of water
supply fittings
FloorConstruction
Represents a water
supply maintenance
access hole feature.
Maintenance
Hole
FloorMaterial
Use
Material type for chamber roof
construction.
LidMaterial Chamber lid configuration and
material.
Method of chamber construction.
WallMaterial Material type for chamber wall
construction.
RoofMaterial
Material type for chamber floor
construction.
WallConstruction Method of chamber wall construction.
City of Gold Coast As Constructed Data Standard Page 21 of 58
Water Supply
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION SEQ-Code Description and use ENUMERATION \ DETAIL DESCRIPTION ENUMERATION DESCRIPTION
Represents the
feature class of
domestic sized water
services
WaterServices Represents a
domestic water
service feature.
Diameter Nominal diameter of the pipe in
millimetres.PVC PolyVinylChloride Polyvinyl Chloride
PE Polyethylene Polyethylene
PP Polypropylene Polypropylene
MS Mild Steel Solid Mild Steel includes chequer plate
SS Stainless Steel Solid Stainless Steel includes chequer plate
M_1 A new lid material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
M_2 A new lid material not in the schema as agreed with the receiving entity
Non-standard descriptor for new materials as agreed with receiving
entity
No Lid Valve pit is open topped and has no lid
For chamber that have no roof or have a roof with no lid or have a roof
that is removable in its entirety.
Other Another lid material not included in the Schema Material other than those listed herewith
Unknown Lid material unknown at time of data submission Material unknown at time of submission.
Rotation Rotation angle (cartesian - anti-
clockwise 0 degrees = East)
Float_Direction No for symmetrical (round/square) chambers.
Yes for non-symmetrical chambers. Angle of the longest axis
measured anticlockwise from East.
Geometry Point geometry representing the
feature in coordinate space.
geometry_point_singlepoint
Control Panel Irrigation control panel which may or may not be hydraulically connected
Dog Bowl Fixed animal drinking bowl attached to customer owned water connection
Drinking Fountain Drinking Fountain or bubbler to provide drinking water to patrons
Drip Line Fixed perforated pipe for drip irrigation
Fountain Decorative A decorative fountain
Filling Station Card-accessed water delivery point for commercial access
Filter In line filter to prevent irrigation line blockages
Goose Neck Downward pointing outlet on a vertical riser
Hot Water System Hot Water System. Normally attached to a structure.
Nipple Simple riser or short length of small bore pipe providing a point of discharge
Other
Some other irrigation fitting - do not use for pipe fittings, valves pumps etc as
these exist in other feature classes
Pop Up Sprinkler Pop-up type sprinkler head
Shower Open air public shower point, such as may be found at beachside parks
Spray Nozzle Fixed Irrigation sprayer, sprinkler, bubbler or drip nozzle
Tap Water delivery tap. Not a stopcock or control valve
BelowGround Is the fitting below ground boolean
WaterSaver Does the fitting employ waste
minimisation technology (other than
auto shut-off)
boolean
AutoShutOff Does the fitting employ auto shut-off
technology
boolean
Rotation Rotation angle (cartesian - anti-
clockwise 0 degrees = East)
Float_Direction
Geometry Point geometry representing the
feature in coordinate space.
geometry_point_singlepoint
Drinking Water
Drinking-quality (potable) water for normal mains supply by the municipal
water service provider
Recycled Aplus
Class A+ tertiary treated with reverse osmosis recycled water for supply via
dual reticulation for permitted interior and exterior uses
Recycled A
Class A tertiary treated recycled water for supply via dual reticulation for
permitted exterior uses
Treated Effluent Treated Effluent to class B through class D for irrigation only
Rain Water Rain Water collected directly into the system for irrigation
Raw Water
Untreated water from a watercourse or pond used to feed a water treatment
plant or irrigation system
Ground Water
Untreated water from bores used to feed a water treatment plant or irrigation
system
Process Water Non-potable process water of some description
Other
Pipe conveying some other kind of water (not recycled class B and below
which is considered as treated sewage effluent)
Unknown Type of water carried by this pipe is unknown at time of submission
Plastic Plastic
Steel Steel
Concrete Concrete
Other Tank made from another material not in the schema
Unknown Tank material is unknown
Rain Water Roof water catchment
Ground Water Ground water extracted from a bore
Ponded Water Ponded water pumped from a surface water catchment
Mains Service Drawn from a mains water supply service
Manufacturer String_64
Model Number String_64
Volume_m3 The effective volume in cubic metres. Float_Positive_NonZero
Rotation Rotation angle (cartesian - anti-
clockwise 0 degrees = East)
Float_Direction
Geometry Point geometry representing the
feature in coordinate space.
geometry_point_singlepoint
manufacturer_model_detais Standard element group called in to a
support manufacturer and model
WaterQuality The quality/source of the water being
supplied through the service fitting.
Represents the
feature class of water
supply maintenance
access holes
Service FittingRepresents the
feature class of water
service fittings
Represents a water
supply maintenance
access hole feature.
Maintenance
Hole
Type
LidMaterial Chamber lid configuration and
material.
Storage Tank
The source of water in the tank.Source
Represents a water
service fitting feature.
Represents the
feature class of water
storage points
The material that the storage tank is
made from.
MaterialRepresents a
domestic storage
tank feature. Includes
roofwater storage not
fed from mains
service.
Not to be used for
bulk storage features
that are part of the
mains distribution
network.
The type of service fitting
City of Gold Coast As Constructed Data Standard Page 22 of 58
Stormwater
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION ENUMERATION \
DETAIL
DESCRIPTION ENUMERATION \
DETAIL
DESCRIPTION
Pit Number The pit identifier. String_32
Maintenance Hole Maintenance or access point
Pit Pit only - no access
Roofwater Inspection Chamber Roofwater Inspection Chamber
Roofwater Outlet Roofwater outlet to swale
Prefabricated Prefabricated
Insitu Built or poured in-situ
Length_mm Length in millimetres positiveInteger
Width_mm Width in millimetres positiveInteger
Circular Dimensions of a circular chamber.
Drainage Manhole Circular Internal Diameter.
Diameter_mm Diameter in millimetres positiveInteger
Radius_mm Radius, in millimetres, of the circular ends positiveInteger
Extension_mm Distance, in millimetres, between the centre points of
the circular ends
positiveInteger
Galv Grate Galvanised Steel Grate
Cast Iron Grate Cast Iron Grate
Circ Cast Iron Circular Cast Iron Lid
Circ Conc Infill Circular Concrete Infill Lid
Sqr Cast Iron Square Cast Iron Lid
Sqr Conc Infill Square Concrete Infill Lid
Rect Cast Iron Rectangular Cast Iron
Rect Conc Infill Rectangular Concrete Infill Lid
CI Frame Conc Infill Cast Iron Frame Concrete Infill
Precast Cover Slabs Long Rectangular Concrete Cover Slabs
(usually 2 per pit)
Hydroflow Grate Hydroflow Grate
Cast Iron Bike/Ped Safe Grate Cast Iron Bicycle and Pedestrian Safe Grate
Dome Top Grade Galvanised, raised dome top grade for a field
inlet
SurfaceLevel_m Surface level of this feature (in metres against
the vertical datum).
float
InvertLevel_m Invert level of this feature (in metres against the
vertical datum).
float
Depth_m The depth of the structure in metres. May be
user-entered, or auto-calculated as the
difference between the surface level and the
invert level of the pit.
Float_Positive_NonZero
Left Left hand side
Centre Centre
Right Right hand side
IPWEA - Field Inlet Type 1 IPWEA - Grated Field Inlet Type One
IPWEA - Field Inlet Type 2 (600x600) IPWEA - Grated Field Inlet Type Two 600mm x
600mm
IPWEA - Field Inlet Type 2 (600x900) IPWEA - Grated Field Inlet Type Two 600mm x
900mm
IPWEA - KIL Gully IPWEA - Kerb Inline Gully Pit
IPWEA - LIL Gully IPWEA - Lip Inline Gully Pit
OTHER - Anti-Ponding Gully Council Specific Anti-Ponding Gully
OTHER - Bro Pit Council Specific Bro Pit
OTHER - Drainway Council Specific Drainway Pit
OTHER - Field Inlet Type 1 Council Specific Field Inlet (900mm x 900mm)
OTHER - Field Inlet Type 2 (600x600) Council Specific Field Inlet (600mm x 600mm)
OTHER - Field Inlet Type 2 (600x900) Council Specific Field Inlet (600mm x 900mm)
OTHER - KIL Gully Council Specific Kerb Inline Gully Pit
OTHER - LIL Gully Council Specific Lip Inline Gully Pit
OTHER - Side Entry Pit Council Specific Side Entry Pit
OTHER - Trench Grate Council Specific Trench Grate
Prefabricated Prefabricated
Insitu Built or poured in-situ
LintelLength_m Represents the length in metres of the lintel. Float_Positive_NonZero
Dry Dry
Surcharge Surcharge
Fire Retardant True of false value indicating whether fire
retardant measures are incorporated.
boolean
Rotation Rotation angle (cartesian - anti-clockwise 0
degrees = East)
Float_Direction
Geometry Point geometry representing the manhole or
pit feature in coordinate space.
geometry_point_singlepoint
Structure ID The identifier for this end structure. Usually
the textual identifier it would be labelled with
on the face of a plan.
String_32
StructureLevel_m The surface level of the structure in metres
against the vertical datum for the project.
float
Type 1 MRD Spec Type 1
Type 2 MRD Spec Type 2
Type 3 MRD Spec Type 3
Prefabricated Prefabricated
Insitu Built or poured in-situ
Type 1 MRD Spec Type 1
Type 2 MRD Spec Type 2
Type 3 MRD Spec Type 3
Prefabricated Prefabricated
Insitu Built or poured in-situ
Type 1 MRD Spec Type 1
Type 2 MRD Spec Type 2
Type 3 MRD Spec Type 3
Prefabricated Prefabricated
Insitu Built or poured in-situ
Baffled Baffled
Grated Grated
Stilling Basin Silting basin
None No grate fitted
Fibreglass Proprietary Fibreglass proprietary
Fabricated Fabricated
Controlled Controlled
Rubber Rubber
None No tidegate fitted
Concrete Concrete
Reinforced Concrete Reinforced Concrete
Grouted Rock Grouted Rock
Revetment Mattress Revetment Mattress
Grassed Grassed banks
Concrete Concrete
Stone Pitched Stone Pitched
Placed Rock Placed Rock
Grouted Rock Grouted Rock
Revetment Mattress Revetment Mattress
Rock Filled Wire Basket Rock Filled Wire Basket
Geotextile Geotextile
Rotation Rotation angle (cartesian - anti-clockwise 0
degrees = East)
Float_Direction
Geometry Point geometry representing the EndStructure
in coordinate space.
geometry_point_singlepoint
Fitting Type The type of stormwater fitting. End Cap A stormwater end cap
Rotation Rotation angle (cartesian - anti-clockwise 0
degrees = East)
Float_Direction
Geometry Point geometry representing the fitting in
coordinate space.
geometry_point_singlepoint
The method of constructionConstruction
Method of lintel construction.LintelConstruction
The construction design typeType
Tide Gate
The predominant construction material of the
endstructure.
The construction design typeType
Dimensions of a rectangular chamber.Rectangular
Dimensions of a circular chamber.Extended
Positioning of the inlet against the pit.InletConfig
The type of inlet employed.InletType
Grate Type
Type of tide or flood gate used, if applicable.
The method of constructionConstruction
The construction design typeType
The method of constructionConstruction
Represents a stormwater endstructure
feature.
End Structure
Data structure representing the end wall.EndWall
Data structure representing the wing wall.WingWall
Data structure representing the apron.Apron
Type of grate used, if applicable.
PredominantMaterial
Represents a point fitting in a
stormwater system.
At this stage an EndCap is the only kind
of fitting supported. Future stormwater
point fitting features should be included
in this type
Fitting
Calls in the standard elements for surface and
invert levels
Dimensions Point Levels_m
Represents a stormwater maintenance
hole or pit feature.
Pit
Purpose of the feature in the network.Use
Method of chamber construction.Chamber Construction
Represents the essential dimensions of the
chamber. Contains a choice of structures that
pertain to different configurations.
Chamber Size
The type of outlet for this pit.Outlet Type
Represents the pit lintel. Set to nil if this pit
does not have a lintel.
Lintel
Represents a surface inlet to the pit. Set to nil
if this pit does not have a surface inlet
Inlet
Data structure constraining
information on stormwater
features.
Storm Water Represents the feature class
of stormwater pits
Pits
Represents the feature class
of stormwater EndStructures
End Structures
Represents the feature class
of stormwater Fittings
Fittings
Lid Type The type of lid or grate covering the opening.
OutletProtectionType Corrosion protection method employed on the
outlet.
City of Gold Coast As Constructed Data Standard Page 23 of 58
Stormwater
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Represents a stormwater maintenance
hole or pit feature.
PitData structure constraining
information on stormwater
features.
Storm Water Represents the feature class
of stormwater pits
Pits US_InvertLevel_m Invert level of this piipe end (in metres against
the vertical datum).
float
DS_InvertLevel_m Invert level of this pipe end (in metres against
the vertical datum).
float
US_SurfaceLevel_m Surface level (in metres against the vertical
datum) vertically above this pipe end.
float
DS_SurfaceLevel_m Surface level (in metres against the vertical
datum) vertically above this pipe end.
float
Diameter_mm The internal diameter of the pipe in millimetres. positiveInteger
RCP Steel Reinforced Concrete Pipe
FRC Fibre Reinforced Concrete Pipe
PVC Polyvinylchloride Pipe
HDPE High Density Polyethylene
(includes the product known
commercially as Haries Black
Brute)
PP Polypropylene Pipe (also known
as Black Max)
RPP Ribbed Polypropylene Pipe (also
known as RibStruct)
GRP Glass Reinforced Plastic (includes
the product known commercially
as Hobas)CSP Helically Corrugated Galv Steel
Pipe
CAP Helically Corrugated Aluminium
Pipe
SFRC Slotted fibre reinforced concrete
1 Class 1
2 Class 2
3 Class 3
4 Class 4
6 Class 6
8 Class 8
10 Class 10
FJ Flush Joint
RRJ Rubber Ring Joint
Height_mm Height in millimetres of the internal cross section positiveInteger
Width_mm Width in millimetres of the internal cross section positiveInteger
RCBC Reinforced Concrete Box Culvert
SLBC Slab Link Box Culvert
RUBBLE Rubble Infiltration Drain
1 Class 1
2 Class 2
3 Class 3
4 Class 4
6 Class 6
8 Class 8
10 Class 10
Cells The number of cells in the pipe course. positiveInteger
Standard Standard
Saltwater Saltwater
Grade Pipe gradient as a percentage. Derivable from
invert levels and horizontal length.
Float_Positive_Zero
Length_m Pipe material length in metres. Float_Positive_NonZero
Geometry Polyline geometry representing the feature in
coordinate space.
The recommendation for multicell courses is
to store multiple paths within the polyline. It is
recommended that all paths are digitised in
the direction of flow.
geometry_linear_multipath_simple
Canal Canal
Open Drain Open Drain
Overland Flow Path Overland Flow Path
Flat Open Surface Flat Open Surface
Natural Waterway Natural Waterway
Infiltration Trench Infiltration Trench
Batter Chute Structure to convey runoff down a cut or fill
batter and discharge at either non-rosive
velocities or onto a non-erodable surface.
Diversion Drain Diversion Drain. Also called Whoa Boy, check,
cross or roll over banks. Constructed to divert
water off a track without causing erosion.
Flat Bottom Drain Flat Bottom Drain
Vee Drain Vee Drain
Swale Drain Swale Drain
Natural Channel Natural Channel
Diversion Profile Diversion Profile
Grassed Grassed
Earth Earth
Concrete Concrete
Stone Pitched Stone Pitched
Placed Rock Placed Rock
Grouted Rock Grouted Rock
Revetment Mattress Revetment Mattress
Rock Filled Wire Basket Rock Filled Wire Basket
Natural Channel Natural Channel
LinedWidth_m The width, in metres, of the lined portion of the
channel.
Float_Positive_NonZero
Grassed Grassed
Earth Earth
Concrete Concrete
Stone Pitched Stone Pitched
Placed Rock Placed Rock
Grouted Rock Grouted Rock
Revetment Mattress Revetment Mattress
Rock Filled Wire Basket Rock Filled Wire Basket
Natural Channel Natural Channel
BatterWidth_m
The total width, in metres, from lip of batter to
opposite lip of batter. A null value may be
supplied where the drain has no batter.
Float_Positive_NonZero
US_InvertLevel_m Invert level of this piipe end (in metres against
the vertical datum).
float
DS_InvertLevel_m Invert level of this pipe end (in metres against
the vertical datum).
float
Average Grade The average gradient over the whole length of
the feature, as a percentage. Derivable from
the difference in invert levels and the
horizontal length of the geometry.
Float_Positive_Zero
Length_m The material length, in metres, of the
centreline of the channel.
Float_Positive_NonZero
Geometry Polyline geometry representing the feature in
coordinate space.
Digitise each individual length of channel as a
single unbroken path.
geometry_linear_singlepath_simple
The material that the drain batter is lined with.
A null value may be supplied where the drain
has no batter.
Batter Material
Class The pipe wall class
Dimensions_Surface Levels_m
Pipe Structure
The pipe wall materialMaterial
The pipe wall classClass
Container for a choice of pipe cross-sectional
measures.
Represents a stormwater pipe feature.Pipe
The joint type of the pipe sectionJoint Type
Calls in the standard elements for upstream
and downstream invert levels
Dimensions_Invert Levels_m
Calls in the standard elements for upstream
and downstream surface levels
Data structure describing stormwater pipe with
a circular cross section
Circ Pipe
The pipe protection regime employed.ConcreteCoverType
Represents a linear surface drain. May
include natural features as well as
constructed where they function as part
of a contributed asset.
Surface Drain
Calls in the standard elements for upstream
and downstream invert levels
Dimensions Invert Levels_m
Cross-sectional shape of the drain.Shape
The material that the channel is lined with.LiningMaterial
Data structure constraining
information on stormwater
features.
Storm Water
Represents the feature class
of stormwater pipes
Pipes
Represents the feature class
of stormwater surface drains
Surface Drains
Material Wall material of the box section.
Type The type of drain or channel.
Box Pipe Rectangular pipe cross-sectional description.
City of Gold Coast As Constructed Data Standard Page 24 of 58
Stormwater
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Represents a stormwater maintenance
hole or pit feature.
PitData structure constraining
information on stormwater
features.
Storm Water Represents the feature class
of stormwater pits
Pits Sqid Id The string identifier of the device, as it would
appear on a plan.
String_32
Manufacturer The manufacturer of the unit String_64
Model The standard code, model number or part number
for the unit
String_64
Length_mm Length in
millimetres
Width_mm Width in
millimetres
Circular Planimetric dimensions of a
circular device.
Diameter_mm Diameter in
millimetres
Length_mm Length in
millimetres
Width_mm Width in
millimetres
Circular Planimetric dimensions of a
circular device.
Diameter_mm Diameter in
millimetres
Gross Pollutant Capture Gross Pollutant Capture
Sediment Capture Sediment Capture
Oil / Grit Separation Oil / Grit Separation
Filtration Filtration of fine particulates from stormwater
before discharging to a downstream drainage
system.
Gross Pollutant Capture Gross Pollutant Capture
Sediment Capture Sediment Capture
Oil / Grit Separation Oil / Grit Separation
Filtration Filtration of fine particulates from stormwater
before discharging to a downstream drainage
system.
Gross Pollutant Capture Gross Pollutant Capture
Sediment Capture Sediment Capture
Oil / Grit Separation Oil / Grit Separation
Filtration Filtration of fine particulates from stormwater
before discharging to a downstream drainage
system.
US Pipe Diameter_mm The upstream pipe diameter in millimeters positiveInteger
DS Pipe Diameter_mm The downstream pipe diameter in millimeters positiveInteger
Surface Level_m The surface level at the top of the device float
US_InvertLevel_m Invert level of this piipe end (in metres against
the vertical datum).
float
DS_InvertLevel_m Invert level of this pipe end (in metres against
the vertical datum).
float
Cleanout Level_m The level to which the device must be cleaned
out, in metres against the vertical datum of the
project.
float
Depth_m The depth, in metres, of the device. Float_Positive_NonZero
Sump Depth_m The depth, in metres, of the sump, if
applicable
Float_Positive_NonZero
Has Filter Media True if the device has filtration media or a filter
capsule installed.
boolean
Has Basket True if the device has a litter basket installed. boolean
Has Boards True if the device has drop-boards or
penstock installed.
boolean
Design Flow_m3s Design Flow in cubic meters per second Float_Positive_NonZero
Max Contaminant Volume_m3 Maximum contaminant retention volume in
cubic metres.
Float_Positive_NonZero
Max Internal Volume_m3 Maximum internal volume in cubic metres. Float_Positive_NonZero
Maintenance Cycle_mnths The minimum maintenance cycle in months
(refer to specifications)
positiveInteger
Rotation Rotation angle (cartesian - anti-clockwise 0
degrees = East)
Float_Direction
Geometry Point geometry representing the feature in
coordinate space.
geometry_point_singlepoint
Sqid Id The string identifier of the device, as it would
appear on a plan.
String_32
Prefabricated Prefabricated
Insitu Built or poured in-situ
Manufacturer The manufacturer if applicable String_64
Model Number The model if applicable String_64
Basket A simple basket fitted to existing infrastructure
to intercept solid litter being transported in
stormwater.
Net A simple net fitted to existing infrastructure to
intercept solid litter being transported in
stormwater.
Vertical Grate A vertical grate across a drainage line or
endstructure to intercept solid litter being
transported in stormwater.
Horizontal Grate A horizontal grate across an inlet to intercept
solid litter being transported in stormwater.
Function 1 The first function of the WSUD point. Has a
fixed value because all GPTSimple points are.
String_32
Length_mm The length of the device positiveInteger
Width_mm The width of the device positiveInteger
MaintenanceCycle_mnths The minimum maintenance cycle in months.
This is the revisit interval for clearing captured
rubbish.
positiveInteger
Rotation Rotation angle (cartesian - anti-clockwise 0
degrees = East)
Float_Direction
Geometry Point geometry representing the feature in
coordinate space.
geometry_point_singlepoint
Sqid Id The string identifier of the device, as it would
appear on a plan.
String_32
Prefabricated Prefabricated
Insitu Built or poured in-situ
Manufacturer The manufacturer if applicable String_64
Model Number The model if applicable String_64
Infiltration Pond Infiltration measure designed to promote
infiltration of appropriately treated water to
surrounding soils. The primary function of
these devices is runoff volume control rather
than pollutant removal.Infiltration Tank Infiltration measure designed to promote
infiltration of appropriately treated water to
surrounding soils. The primary function of
these devices is runoff volume control rather
than pollutant removal.Aquifer Storage Tank Aquifer Storage Tank
GPT Simple Represents a Water Sensitive Urban
Design point feature that is a simple
grate, basket or net fitted to existing
infrastructure.
Includes custom In-Pit or End-of-Line
features or In-Line features such as
trash-racks on drainage lines.
Spatially, these features must be
collocated with pits, endstructures or
placed on pipes or drainage lines.
Therefore, as in reality, whether the
feature is In-Pit, In-Line or End-of-Line is
determined by its placement with other
features.
Non GPT Simple Represents a WSUD point feature that
is not a simple litter trap, such as a small
sand filter, sediment pond, aquifer
storage, infiltration measure or energy
dissipater.
GPT Complex Represents a complex commerial or
custom StormWater Quality
Improvement Device (SQID).
Data structure constraining
information on stormwater
features.
Storm Water
Represents the feature class
of Water Sensitive Urban
Design (WSUD) point
features
WSUD Points
Function 1 The first function of the WSUD point. The
device must have at least one function.
Usually Gross Pollutant Capture will be the
most important function.
Function 2 The second function of the WSUD point, if
applicable
Commercial
Custom
Construction
Function 3 The third function of the device, if applicable
Dimensions Invert Levels_m Calls in the standard elements for upstream
and downstream invert levels
TreatmentMeasure Simple treatment measures fitted to existing
infrastructure to intercept solid litter being
transported in stormwater.
Construction The construction method
TreatmentMeasure Treatment measures applicable to WSUD
points that are neither simple nor complex
Gross Pollutant Traps
Size The planimetric size of the device. This element is
nillable because the manufacturer and model are
mandatory, but if capture software designers wish to
automatically populate the sizes from a list of known
device models, then all of the appropriate
dimensions must be supplied
Construction The construction method
Rectangular Planimetric dimensions of a
rectangular device.
RectangularSize The dimensions of the device. This element is
mandatory for custom built devices. The appropriate
dimensions must be supplied
Planimetric dimensions of a
rectangular device.
City of Gold Coast As Constructed Data Standard Page 25 of 58
Stormwater
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Represents a stormwater maintenance
hole or pit feature.
PitData structure constraining
information on stormwater
features.
Storm Water Represents the feature class
of stormwater pits
Pits Sand Filter A sand filter is a sand layer designed to filter
fine particulates from stormwater before
discharging to a downstream drainage system.
Energy Dissipater An installation in a drainage line, usually of
concrete or stone, designed to dissipate the
kinetic energy of flowing stormwater, to
minimise its potential for erosion and damage.
Often placed immediately downstream of an
endstructure, but may conceivably be
anywhere needed in a drainage line.
Rubble Pit
A rubble pit designed to promote infiltration of
untreated runoff to surrounding soils.
Spillway
A spillway lip, usually associated with a WSUD
area.
Sediment Forebay
A Sediment Forebay, usually associated with a
WSUD area to intercept coarse sediment.
Sediment Capture Sediment Capture
Sand Filtration Sand Filtration occurs in a sand layer designed
to filter fine particulates from stormwater before
discharging to a downstream drainage system.
Infiltration Infiltration measures typically consist of holding
pond or tank designed to promote infiltration of
appropriately treated water to surrounding
soils. The primary function of these devices is
runoff volume control rather than pollutant
removal.Aquifer Storage Aquifer Storage
Energy Dissipation The dissipation of kinetic energy from flowing
storwater to reduce its potential for erosion and
damage.
Sediment Capture Sediment Capture
Sand Filtration Sand Filtration occurs in a sand layer designed
to filter fine particulates from stormwater before
discharging to a downstream drainage system.
Infiltration Infiltration measures typically consist of holding
pond or tank designed to promote infiltration of
appropriately treated water to surrounding
soils. The primary function of these devices is
runoff volume control rather than pollutant
removal.Aquifer Storage Aquifer Storage
Energy Dissipation The dissipation of kinetic energy from flowing
storwater to reduce its potential for erosion and
damage.
Sediment Capture Sediment Capture
Sand Filtration Sand Filtration occurs in a sand layer designed
to filter fine particulates from stormwater before
discharging to a downstream drainage system.
Infiltration Infiltration measures typically consist of holding
pond or tank designed to promote infiltration of
appropriately treated water to surrounding
soils. The primary function of these devices is
runoff volume control rather than pollutant
removal.Aquifer Storage Aquifer Storage
Energy Dissipation The dissipation of kinetic energy from flowing
storwater to reduce its potential for erosion and
damage.
Length_mm The length of the device positiveInteger
Width_mm The width of the device positiveInteger
MaintenanceCycle_mnths The minimum maintenance cycle in months.
This is the revisit interval for maintenance or
inspection, if applicable.
positiveInteger
Rotation Rotation angle (cartesian - anti-clockwise 0
degrees = East)
Float_Direction
Geometry Point geometry representing the feature in
coordinate space.
geometry_point_singlepoint
Sqid Id The string identifier of the device, as it would
appear on a plan.
String_32
Buffer Strip A buffer strip is a vegetated slope. Stormwater
flows across a buffer strip. Treatment is
provided by infiltration to the soil and by
filtration of shallow flow through the vegetation.
Swale A swale is a shallow trapezoidal channel lined
with vegetation. Stormwater flows along a
swale. Treatment is provided by infiltration to
the soil and by filtration of shallow flow through
the vegetation.Bioretention Swale Bioretention swales include a vegetated
infiltration trench within the invert of a swale.
Incorporating the infiltration trench enhances
removal of both particles and nutrients.
Sedimentation Basin A sedimentation basin is a small pond, about
1m deep, designed to capture coarse to
medium sediment from urban catchments.
Treatment is provided primary through settling
of suspended particles.Bioretention Basin A bioretention basin is a vegetated bed of filter
material, such as sand and gravel. The basin is
designed to capture stormwater runoff which
then drains through the filter media. Pollutants
are removed by filtration and by biological
uptake of nutrients.
WSUD Area Represents a Water Sensitive Urban
Design (WSUD) area feature. Also often
called a StormWater Quality
Improvement Device (SQID).
Use area features to represent
constructed wetlands, bioretention
basins, biofiltration beds, swales etc.
Non GPT Simple Represents a WSUD point feature that
is not a simple litter trap, such as a small
sand filter, sediment pond, aquifer
storage, infiltration measure or energy
dissipater.
Data structure constraining
information on stormwater
features.
Storm Water
Represents the feature class
of Water Sensitive Urban
Design (WSUD) point
features
WSUD Points
WSUD Areas Represents the feature class
of Water Sensitive Urban
Design (WSUD) area
features
TreatmentMeasure The treatment measure employed. Choose
from a list relevant to complex area features.
TreatmentMeasure Treatment measures applicable to WSUD
points that are neither simple nor complex
Gross Pollutant Traps
Function1 The first function of the WSUD point. Must be
supplied.
Function2 The second function of the WSUD point, if
applicable
Function3 The third function of the device, if applicable
City of Gold Coast As Constructed Data Standard Page 26 of 58
Open Space
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Name The offical name or description of the Open Space
area (eg: Smith St Park, Stockland Park Sporting
complex)
String_64
Recreational Recreational
Bushland Bushland
Road Reserve Road Reserve
Special Facility Special Facility
Geometry The geometry representing this feature in coordinate
space.
geometry_area_multipatch_complex
Animal Animal
Fitness Fitness
Play Play
Sports Sports
Type The type of Activity Site. Eg: Sports Field, Cycling
Facility
String_64
Bark Bark
Bitumen Bitumen
Concrete Concrete
Grass Grass
Gravel Gravel
Rubber Matting Rubber Matting
Sand Sand
Synthetic Grass Synthetic Grass
Concrete Concrete
Timber Sleeper Timber Sleeper
None None
Geometry The geometry representing this feature in coordinate
space.
geometry_area_multipatch_complex
Animal Animal
Fitness Fitness
Play Play
Sports Sports
Type The activity item type String_64
Aluminium Aluminium
Combination Combination
Fibreglass Fibreglass
Plastic Plastic
Rubber Rubber
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Stainless Steel Stainless Steel
Timber Timber
Theme The theme of the Activity item. Eg: Kangaroo, Boat,
Fort, Car
String_64
Units The number of units present eg: 1, 2, 3 positiveInteger
Manufacturer The Manufacturer of the unit String_64
Model Number The standard code, model number or part number for
the unit
String_64
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Main Mains power
Solar Solar power
Bottled Gas Bottled gas
Wood Wood fired
Minimum (Inclusive) Value: 1 At least one plate must be recorded.
Maximum (Inclusive) Value:
10
Up to ten plates are provided for, where they are built into a single structure.
Masonry Masonry
Steel and Timber Steel and Timber
Concrete Concrete
Tiled Tiled
Marble Marble
Stainless Steel Stainless Steel
Manufacturer The Manufacturer of the unit String_64
Model Number The standard code, model number or part number for
the unit
String_64
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Bench Bench
Counter Counter
Table Table
Bench Bench seat
Post and Stool Fixed post with stool top
Post and Seat Fixed post with non-
swivelling seat
Post and Swivel Seat Fixed post with swivelling
seat
Places The number of individuals the seating is designed for. This attribute may be
used to help determine the capacity of a recreational facility.
positiveInteger
Aluminium Aluminium
Concrete Concrete
Plastic Plastic
Stainless Steel Stainless Steel
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Timber Timber
Timber and Steel Timber and Steel
Represents a top-level area of open space
regarded as a single functional area, such as a
park or recreation area. May be, but not
necessarily, coincident with cadastral boundary
Open Space AreaRepresents the feature class
of open space areas
Open Space Areas
The type of Open Space area eg: Recreational,
Bushland, Sporting Complex
Type
The configuration of the associated seating.Seat Type
The type of Unit eg: Table, Bench or counter. Type
Seating details. Element should be nil if no seating is
present.
Seating
The material type of Table/Seat eg: Timber, Aluminium Material
Edging type eg. Concrete, Timber Sleeper, None EdgeType
The material type of Activity Item eg: Timber,
Aluminium
Material
Use The activity use category
Represents the feature class
of activity areas
Activity Areas Represents an activity area such as a playground
or excercise area
Activity Area The type of use for the Activity Site eg: Animal, Fitness,
Play, Sport
Use
The material type of Undersurfacing eg: Bark, Rubber,
Grassed
Under Surface
Material
Activity Point Represents an activity point feature. E.g: Animal,
Fitness, Play or Sports activity item.
Activity Points Represents the feature class
of activity points
Represents the feature class
of Tables
Tables Represents a table unit that may include fixed
seating. Not to be used for seating that does not
include a table as its main feature.
Table
Represents an individual barbeque facilityBarbeque The Source of energy for the BBQ. Ie: Mains, Bottled,
Solar
EnergySource
The number of plates fitted in the BBQ structure. Plates
Represents the feature class
of barbeques
Barbeques
The material type of the surround structure ie: brick,
steel and Timber
SurroundingMaterial
The material type of the top structure ie: Tiled, marble,
steel
TopMaterial
City of Gold Coast As Constructed Data Standard Page 27 of 58
Open Space
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION
Represents a top-level area of open space
regarded as a single functional area, such as a
park or recreation area. May be, but not
necessarily, coincident with cadastral boundary
Open Space AreaRepresents the feature class
of open space areas
Open Space Areas Manufacturer The Manufacturer of the unit String_64
Model Number The standard code, model number or part number for
the unit
String_64
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Freestanding Freestanding bench seat
Places The number of individuals the seating is designed for.
This attribute may be used to help determine the
capacity of a recreational facility.
positiveInteger
Aluminium Aluminium
Concrete Concrete
Plastic Plastic
Stainless Steel Stainless Steel
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Timber Timber
Timber and Steel Timber and Steel
Manufacturer The Manufacturer of the unit String_64
Model Number The standard code, model number or part number for
the unit
String_64
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Recycle Bin Recycle Bin
Standard Litter Bin Standard Litter Bin
Wheelie Bin Enclosure Wheelie Bin Enclosure
Wheelie Bin Stand Wheelie Bin Stand
Aluminium Aluminium
Plastic Plastic
Stainless Steel Stainless Steel
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Timber Timber
Timber and Steel Timber and Steel
Manufacturer The Manufacturer of the unit String_64
Model Number The standard code, model number or part number for
the unit
String_64
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Banana Rail Banana Rail
Bicycle Rack Bicycle Rack
Chicane Chicane
Aluminium Aluminium
Stainless Steel Stainless Steel
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Timber Timber
Timber and Steel Timber and Steel
Manufacturer The Manufacturer of the unit String_64
Model Number The standard code, model number or part number for
the unit
String_64
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Dog Bag Dispenser Dog Bag Dispenser
Fish Cleaning Station Fish Cleaning Station
Goal Post Goal Post
Planter Box Planter Box
Flag Poles Flag Poles
Scoreboard Scoreboard These are detailed under GCCC Site Improvements
Dog Bowl Dog drinking bowl, commonly co-fitted with taps or drink fountains at off-leash
areas.
Aluminium Aluminium
Plastic Plastic
Stainless Steel Stainless Steel
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Timber Timber
Masonry Masonry
Combination Combination
Manufacturer The Manufacturer of the unit String_64
Model Number The standard code, model number or part number for
the unit
String_64
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Bollard Run Bollard Run
Dunal Fencing Dunal Fencing
General Fencing General Fencing
Handrail Handrail
Pedestrian Gate Pedestrian Gate
Safety Fencing Safety Fencing
Stock Fencing Stock Fencing
Vehicle Barrier Vehicle Barrier
Vehicle Gate Vehicle Gate
Slide Rail A lockable slide bar between two fixed uprights.
Noise Barrier An acoustic barrier fence, normally between road or rail and residential areas.
Aluminium Aluminium
The material type of Fixture eg: Timber, Aluminium Material
Represents a bicycle fitting feature
Represents an individual fitting for the use or
safety of cyclists.
Bicycle FittingRepresents the feature class
of bicycle fittings
Bicycle Fittings The type of Bicycle fitting eg: Bicycle Rack, Bannana
Rail
Type
The material type of Bicycle fitting eg: Timber,
Aluminium
Material
Represents a general fixture feature. This is a
class of minor point based fixtures not complex
enough for a specific feature class.
General FixtureRepresents the feature class
of general fixtures.
General Fixtures The type of Fixture eg: Dog bag dispensers, Fish
cleaning station
Type
Represents the feature class
of continuous linear barriers.
Barriers Continuous Represents a continuous linear barrier feature,
such as fencing, walls, handrail or bollard run.
Do not use for retaining walls.
Barrier Continuous The type of Barrier eg: Vehicle Barrier, Safety Fencing,
Bollard Run, Gate
Type
The material type of Barrier Uprights eg: Timber,
Aluminium
Upright Material
Represents the feature class
of waste collection points
Waste Collection Points
The material type of Bin/Waste collection point eg:
Aluminium, Steel
Material
Seats Represents the feature class
of seats. Does not include
seating that is part of a table
feature.
Represents a waste collection point featureWaste Collection Point
Border Border seating set in garden wall or similar low structure.
Represents a seat feature. Includes freestanding
seats and border seating mounted in garden
walls. Represents a seat unit that does not
include a table as its main feature.
Seat Seat Type The configuration of the seating.
The type of Bin/Waste collection point eg: Std Litter
Bin, Wheelie Bin Enclosure
Type
The primary material type of Seat eg: Timber,
Aluminium
Material
Represents the feature class
of Tables
Tables Represents a table unit that may include fixed
seating. Not to be used for seating that does not
include a table as its main feature.
Table
City of Gold Coast As Constructed Data Standard Page 28 of 58
Open Space
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION
Represents a top-level area of open space
regarded as a single functional area, such as a
park or recreation area. May be, but not
necessarily, coincident with cadastral boundary
Open Space AreaRepresents the feature class
of open space areas
Open Space Areas Concrete Concrete
Steel Steel
Stainless Steel Stainless Steel
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Stone Boulder Stone Boulder
Timber Timber
None None
Aluminium Aluminium
Chain Chain
Concrete Concrete
Safety Glass Safety Glass
Timber Panel Timber Panel
Timber Paling Timber Paling
Wire Mesh Wire Mesh
Wire Strand Wire Strand
Chain Wire Chain Wire
Armor Rail Galvanised Pressed Steel - Armor Rail
Steel Wire Rope Steel Wire Rope
Corrugated Galvanised Steel Corrugated galvanised steel sheeting
Coated Rolled Steel
Rolled steel sheeting, with a primed and painted or baked finish. (includes the
product commercially known as Colorbond)
Palisade Abutting vertical posts, driven.
None None
Aluminium Aluminium
Chain Chain
Steel Rail Steel Rail
Timber Rail Timber Rail
Wire Barbed Wire Barbed
Wire Strand Wire Strand
Plastic Plastic
Length_m The lineal length of the barrier in metres Float_Positive_NonZero
Height_m The height of the barrier in metres Float_Positive_NonZero
Upright Number Total number of uprights in the run. For fencing, this
will be the number of posts. For a bollard run, it will be
the number of bollards.
positiveInteger
Geometry The geometry representing this feature in coordinate
space.
It is recommended, but not mandatory, that each vertex
represents an upright, particularly for bollard runs. This
allows the geometry to be exploited to identify the
individual features if necessary.
geometry_linear_singlepath_complex
Bollard
A permanently fixed individual bollard, usual forming a barrier to vehicle entry,
while permiting pedestrians or cyclists. Runs of bollards forming a barrier line
may be better described by BarrierContinuous, especially if linked with a
joining material such as chain or stainless wire rope.
Bollard Removable
A removeable bollard, usually with a fixed base mounting to accept a padlock
or similar security device.
Locking Post A simple removeable post, usually with a fixed base mounting to accept a
padlock or similar security device.
Aluminium Aluminium
Concrete Concrete
Steel Steel
Stainless Steel Stainless Steel
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Stone Boulder Stone Boulder
Timber Timber
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Terrestrial Terrestrial (land based) revetment wall
Freshwater Freshwater revetment wall. Designed to cope with freshwater flood levels.
Also engineered walls for pools and ponds.
Marine Marine revetment wall
Boulder Boulder
Concrete Concrete, poured in situ.
Concrete crib Concrete crib
Precast Concrete Slab Precast Concrete Slab
Masonry Masonry bricks or blocks
Rock Rock or stone, either placed, or mortared
Timber Sleeper Timber sleepers or logs
Timber Crib Timber Crib
Shot Binding
Pneumatically projected binding material, usually concrete or stabilising
mortar
Gravity These walls use their own weight and any captured soil or fill weight to resist
the lateral soil pressure.
Piled These walls use the embedded depth of vertical posts and the strength of the
posts to resist lateral soil forces.
Represents the feature class
of point barriers.
Barriers Point
The material type of Barrier Uprights eg: Timber,
Aluminium
Upright Material
Represents the feature class
of retaining walls.
Retaining Walls
The material/type of Retaining Wall eg: Rock, Conc.
Block, Conc. Crib
Material
Represents a continuous retaining wall feature.
Includes terrestrial, freshwater and marine
revetment walls.
Retaining Wall
Represents a barrier feature that controls access
at a single point, such as a locking post or single
bollard.
Barrier Point
Construction principle of this wall (eg: Gravity, Piled,
Cantilever)
Construction
The type of Barrier Point eg: Bollard, Locking Post Type
The material type of Barrier Link Material eg: None,
Chain, Wire
Link Material
Context of use for this wall. i.e Terrestrial or MarineUse
The material type of Barrier Topping Material eg: None,
Chain, Barbed Wire
Top Material
Represents the feature class
of continuous linear barriers.
Barriers Continuous Represents a continuous linear barrier feature,
such as fencing, walls, handrail or bollard run.
Do not use for retaining walls.
Barrier Continuous
The material type of Barrier Uprights eg: Timber,
Aluminium
Upright Material
City of Gold Coast As Constructed Data Standard Page 29 of 58
Open Space
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION
Represents a top-level area of open space
regarded as a single functional area, such as a
park or recreation area. May be, but not
necessarily, coincident with cadastral boundary
Open Space AreaRepresents the feature class
of open space areas
Open Space Areas Cantilever These walls cantilever vertically from the concrete footing and typically resist
overturning by the mass of the soil or material on the heel of the footing.
Length_m The lineal length of the wall in metres Float_Positive_NonZero
Height_m The height (or average height) of the wall in metres Float_Positive_NonZero
Width_m The width of the wall in metres Float_Positive_NonZero
Geometry The geometry representing this feature in coordinate
space.
geometry_linear_multipath_complex
Rigid Rigid
Sail Sail
Prefabricated Prefabricated
Insitu Built or poured in-situ
Concrete Concrete
Paved Paved
Timber Timber
None None
Concrete Concrete
Cladding Cladding
Masonry Masonry
Stainless Steel Stainless Steel
Galvanised Steel Galvanised Steel
Powder Coated Steel Powder Coated Steel
Timber Timber
Masonry Tiles Masonry Tiles
Sail Sail
Steel Sheets Steel Sheets
Timber slats Timber slats
Manufacturer The Manufacturer of the unit String_64
Model Number The standard code, model number or part number for
the unit
String_64
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Entry Statement Entry Statement
Memorial Memorial
Monument Monument
Mosaic Mosaic
Plaque Plaque
Sculpture Sculpture
Statue Statue
Aluminium Aluminium
Bronze Bronze
Concrete Concrete
Fibreglass Fibreglass
Masonry Masonry
Plastic Plastic
Stainless Steel Stainless Steel
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Stone Stone
Tile Tile
Timber Timber
Combination Combination
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Amphitheatre Amphitheatre
Arbour Arbour
Bandstand Bandstand
Grandstand Grandstand
Open Seating Open Seating
Viewing Platform Viewing Platform
Demountable Demountable site office
Aluminium Aluminium
Concrete Concrete
Masonry Masonry
Stainless Steel Stainless Steel
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Timber Timber
Combination Combination
Geometry The geometry representing this feature in coordinate
space.
geometry_area_singlepatch_complex
Jetty Jetty
Pier Pier
Ramp Ramp
Slipway Slipway
Aluminium Aluminium
Concrete Concrete
Stainless Steel Stainless Steel
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Timber Timber
Combination Combination
Geometry The geometry representing this feature in coordinate
space.
geometry_area_singlepatch_complex
Light Light
Pit Pit
Pole Pole
The material type of the Roof eg: Steel Sheeting,
Masonary tiles
RoofMaterial
Represents the feature class
of shelters
Shelters
Represents the feature class
of retaining walls.
Retaining Walls Represents a continuous retaining wall feature.
Includes terrestrial, freshwater and marine
revetment walls.
Retaining Wall
Construction principle of this wall (eg: Gravity, Piled,
Cantilever)
Construction
Represents an individual open space shelter
feature
Shelter
The material type of the Floor eg: Concrete, Timber FloorMaterial
The material type of the Walls eg: Timber/cladding,
Reinforced Block
WallMaterial
The type of structure eg: Sail, Rigid Type
The type of shelter constructed eg: Prefab or Built
insitu
ConstructionType
Represents the feature class
of open space artworks
Artworks The type of Artwork eg: Sculpture, Statue Type
The material type of Artwork eg: Timber, Aluminium Material
Represents an individual instance of open space
artwork
Artwork
The type of Building eg: Grandstand, Bandstand Type
The material type of Building eg: Timber, Brick Material
Represents a boating facility feature, such as a
pontoon, ramp or jetty.
Boating FacilitiyRepresents the feature class
of boating facilities
Boating Facilities
Represents an open space building feature, such
as a toilet block, bandstand.
Not to be used for shelters.
BuildingRepresents the feature class
of open space buildings
Buildings
The type of Electrical Component eg: Light, Switch
Board, Power Outlet
Type
The type of Boating Facility eg: Jetty, Pier Type
The material type of Boating Facility eg: Timber,
Aluminium
Material
Represents the feature class
of electrical fittings
Electrical Fittings Represents an electrical fitting point feature,
including lighting, whether freestanding or fixed to
an existing structure.
Electrical Fitting
City of Gold Coast As Constructed Data Standard Page 30 of 58
Open Space
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION
Represents a top-level area of open space
regarded as a single functional area, such as a
park or recreation area. May be, but not
necessarily, coincident with cadastral boundary
Open Space AreaRepresents the feature class
of open space areas
Open Space Areas Power Outlet Power Outlet
Switch Board/Meter Box Switch Board/Meter Box
Fixed Fixed
Slip Slip
Aluminium Aluminium
Concrete Concrete
Plastic Plastic
Stainless Steel Stainless Steel
Galvanised Steel Galvanised Steel
Powder Coated Steel Powder Coated Steel
Stone Stone
Wood Wood
Main Main
Solar Solar
Manufacturer The Manufacturer of the unit String_64
ModelNumber The standard code, model number or part number for
the unit
String_64
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Medium Duty Medium Duty
Heavy Duty Heavy Duty
Material The conduit material type PVC PolyVinylChloride
Diameter_mm The conduit diameter positiveInteger
Length_m The lineal length of the barrier in metres Float_Positive_NonZero
Concrete Encased Concrete encased
Rubber Mat Rubber Mat
Tape Wrapped Tape Wrapped
Geometry The geometry representing this feature in coordinate
space.
geometry_linear_multipath_complex
Garden Garden
Grass Grass
Gravel Gravel
Earth Earth
Remnant Vegetation Remnant Vegetation
Revegetation Revegetation
Synthetic Grass Synthetic Grass
None None
Concrete Concrete
Spade Cut Spade Cut
Timber Timber
RootBarrier Does Root Barrier exist - Yes or No boolean
Geometry The geometry representing this feature in coordinate
space.
geometry_area_multipatch_complex
Species The Tree Species String_32
Genus The Tree Genus String_32
RootBarrier Does Root Barrier exist - Yes or No boolean
Grate Does Tree Grate exist - Yes or No boolean
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Traffic Control Traffic control signs such as speed, parking, hazard, street name and guide
signs. Signs with standard meanings or mandated specifications as defined in
a Manual of Standard Traffic Control Devices relevant to a state or country
should be given this value. Where this value is used, then the sign feature
should also be attributed with the applicable standard identifying code in the
ModelNumber property.
Regulatory Regulating non-traffic control matters such as council regulations, prohibited
behaviours etc.
Information Providing non-traffic control information of a historical, environmental or other
topical nature.
Direction
Providing non-traffic control directions, distances or maps to places of interest
Warning Providing non-traffic control warning of general hazards
Naming
Non-traffic control sign identifying a locality, park, facility or place of interest
Stainless Steel Stainless Steel
Aluminium Aluminium
Timber Timber
Masonry Masonry
Steel Galvanised Steel Galvanised
Plastic Plastic
Steel Powder Coated Steel Powder Coated
Glass Glass
The type of base (eg: Fixed or Slip) Base
The type of Electrical Component eg: Light, Switch
Board, Power Outlet
Type
The conduit type eg: Medium Duty, Heavy Duty Type
Material The material type of the component eg: Aluminium,
Steel
The type of conduit protection used eg: Concrete
encased, rubber mat, tape only
Protection
The type of Power Source eg; Mains, Solar EnergySource
Represents a continuous linear course of
electrical conduit.
Electrical Conduit
Represents a landscape area feature, such as a
garden, shaped lawn, or landscape feature area.
Landscape Area
Represents the feature class
of electrical conduits
Electrical Conduits
Represents the feature class
of electrical fittings
Electrical Fittings Represents an electrical fitting point feature,
including lighting, whether freestanding or fixed to
an existing structure.
Electrical Fitting
The Edging Type/material eg. Concrete, Timber
Sleeper, None
EdgeMaterial
The material type of sign eg: Timber, Steel/Aluminium,
Carved stone
Material
Represents a tree feature. Trees may qualify as
assets when planted as street trees, or when
significant specimens are retained or planted as
part of an open space development.
TreeRepresents the feature class
of trees
Trees
Represents a sign. May also be used for
transport signs
SignRepresents the feature class
of signs
Signs The type of Sign eg: Regulatory, Naming, Information
The purpose of a sign. Applied to individual sign blades
as blades may have different purposes in a compound
sign.
Type
Represents the feature class
of landscape areas
Landscape Areas The type of Garden/L'scape Area eg: Garden, Grass,
Rem Vegetation
Type
City of Gold Coast As Constructed Data Standard Page 31 of 58
Site Improvements
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION ENUMERATION DESCRIPTION ENUMERATION DESCRIPTION
Annex Slab Annex Slab
Hose Down Pad Hose Down Pad
Various/Other Other
Recreational Recreational - Not a Playing Surface
Storage Storage
Bitumen Bitumen
Concrete Concrete
Exposed Aggregate Exposed Aggregate
Gravel Gravel
Other Other
Synthetic Grass Synthetic Grass
Pavers Pavers
Length Length in metres (2 Decimal Places) positiveInteger
Width Width in metres (2 Decimal Places) positiveInteger
Area Area in metres Squared Float_Positive_Zero
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Aluminium Aluminium
Concrete Concrete
Plastic Plastic
Stainless Steel Stainless Steel
Steel Steel
Timber Timber
Masonry Masonry
Combination Combination
Anodised Anodised
Decorative Decorative
Epoxy Epoxy
Galvanised Galvanised
Paint/Stain Paint/Stain
Painted Painted
Plain Plain
Plaster/Texture Plaster/Texture
Polished Polished
Polyurethane Finish Polyurethane Finish
Powdercoated Powdercoated
Printed Printed
PVC Coating PVC Coating
Stained Stained
Length Length of scoreboard in metres. positiveInteger
Height Height of scoreboard in metres. positiveInteger
Electronic Is the scoreboard electronically operated - Yes - No boolean
Manufacturer The Manufacturer of the unit String_32
Model Number The standard code, model number or part number for
the unit
String_32
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Glider Pole Glider Pole
Glider Rope Glider Rope
Ground Hollow Ground Hollow
Log Log
Nesting Platform Nesting Platform
Rock Rock
Concrete Concrete
Fibreglass Fibreglass
Masonry Masonry
Plastic Plastic
Rock Rock
Steel Galvanised Steel Galvanised
Steel Powder Coated Steel Powder Coated
Timber Timber
Combination Combination
Height_m The height of the habitat in metres positiveInteger
Pole Mounted Does Pole exist - Yes or No boolean
Geometry The geometry representing this feature in coordinate
space.
geometry_area_multipatch_complex
Viewing Viewing
Fishing Fishing
Other Other
Timber Timber
Paved Paved
Concrete Concrete
Timber Timber
Concrete Concrete
Steel Steel
Maximum Height The maximum distance between the deck and the
ground in metres.
positiveInteger
Area Area in square metres positiveInteger
Handrail Type NA if no handrail String_32
Deck Reduced Level Level in metres AHD positiveInteger
Flat Flat
Rolling Rolling
The purpose of the prepared surfaceFunction
The material of the prepared surfaceMaterial
Predominant material of the platform deck
Primary purpose of the platform
Material Material of the scoreboard
The material type of the habitat eg: Timber, Aluminium
Represents the artificial
fauna habitat class, such as
glider poles and ground
hollows.
Artifical Fauna
Habitats
The type of Habitat eg: glider pole and ground hollowType
The finish applied to the material.
Material
Substructure Material Predominant material of the platform substructure
FunctionPlatformRepresents the feature class
of Platform
Platform
Deck Material
Represents the feature class
of artificial fauna habitats.
Prepared Surfaces
Finish
Artifical Fauna
Habitats
Scoreboard Represents the feature
class of Scoreboard
Scoreboard
Represents a Prepared
Surface, Other than an
activity area.
Represents and Individual
Prepared Surface
Prepared Surface
How hilly is the surrounding environment the asset is
located on?
Terrain Type
City of Gold Coast As Constructed Data Standard Page 32 of 58
Site Improvements
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION ENUMERATION DESCRIPTION ENUMERATION DESCRIPTION
The purpose of the prepared surfaceFunctionPrepared Surfaces Represents a Prepared
Surface, Other than an
activity area.
Represents and Individual
Prepared Surface
Prepared Surface Hilly Hilly
Geometry The geometry representing this feature in coordinate
space.
geometry_area_multipatch_complex
Armour Rock and Boulder Armour Rock and Boulder
Armour Rock and Boulder with Clay
Core
Armour Rock and Boulder with Clay Core
Boulder Boulder
Geotextile Geotextile
Bitumen Bitumen
Concrete Concrete
Gravel Gravel
Sand Sand
Length Length in metres (2 Decimal Places) Float_Positive_NonZero
Average Width Width in metres (2 Decimal Places) integer
Height Height in metres (2 Decimal Places) integer
Volume Volume in cubic metres integer
Base Reduced Level Level of the base of the asset in metres AHD. Float
Top Reduced Level Level of the top of the asset in metres AHD Float
Area Area in square metres integer
Predestrian Access Is pedestrian access onto the asset permitted? Yes -
No
boolean
Geometry The geometry representing this feature in coordinate
space.
geometry_area_multipatch_complex
Material Predominant meterial Geotextile Geotextile
Length Length in metres (2 Decimal Places) Float_Positive_NonZero
Width Width in metres (2 Decimal Places) integer
Height Height in metres (2 Decimal Places) integer
Volume Volume in cubic metres integer
Base Reduced Level Level of the base of the asset in metres AHD. Float
Top Reduced Level Level of the top of the asset in metres AHD Float
Area Area in square metres integer
Geometry The geometry representing this feature in coordinate
space.
geometry_area_multipatch_complex
Boulder Sea Wall Boulder Sea Wall
Clay Shale Clay Shale
Clay Shale / Geotextile Clay Shale / Geotextile
Geotextile Geotextile
Mass Concrete Block Mass Concrete Block
Certified Is the Seawall Certified - Yes -No boolean
Certification Date Date the seawall was Certified Date
Signatory Name of the engineer who signed off on the
construction of the seawall.
String_32
Certificate Certificate
Document Document
None None
Photo Photo
Protection Date Protection Date Date
Length Length in metres (2 Decimal Places) integer
Height Height in metres (2 Decimal Places) integer
Volume Volume in cubic metres integer
Width Width in metres (2 Decimal Places) integer
Top Reduced Level Level of the top of the asset in metres AHD Float
Base Reduced Level Level of the base of the aset in metres AHD Float
Geometry The geometry representing this feature in coordinate
space.
geometry_area_multipatch_complex
Wading Wading
Lap Lap
Hydrotherapy Hydrotherapy
Recreational Recreational
Diving Diving
Learn to Swim Learn to Swim
Indoor Indoor
Outdoor Outdoor
Fibreglass Fibreglass
Paint Paint
Pebble Crete Pebble Crete
Tile Tile
Length Length in metres (2 Decimal Places) positiveinteger
Width Width in metres (2 Decimal Places) positiveinteger
Volume Volume in Cubic metres positiveinteger
Minimum Depth Minimum Depth in metres positiveinteger
Geometry The geometry representing this feature in coordinate
space.
geometry_area_multipatch_complex
Civil - Standard Civil - Standard
Electrical - Standard Electrical - Standard
Instrument Instrument
Mechanical - Standard Mechanical - Standard
Pipework & Valves Pipework & Valves
Heat Exchangers Heat Exchangers
Heat Pump Set Heat Pump Set
Heater - Air Conditioning Type Heater - Air Conditioning Type
PlatformRepresents the feature class
of Platform
Platform
Finish applied to the pool shell material
Indoor / Outdoor Location of the swimming pool
Type Type of swimming pool
Finish
Protection Evidence
Represents the feature class
of Swimming Pools
Swimming Pools
Pool Heating
Equipment
Swimming Pool
Artifical Reef
Groyne
Type
Component
Pool Equipment Type
Pool heating equipment type
How hilly is the surrounding environment the asset is
located on?
Terrain Type
Seawall Represents a feature of
Seawall
Material
Evidence supplied of the existance of the seawall.
Predominant meterialMaterial
Predominant meterial
Foreshore Protection
Surface Material Only to be filled out if there is pedestrian access
Represents the feature class
of Foreshore Protection
City of Gold Coast As Constructed Data Standard Page 33 of 58
Site Improvements
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION ENUMERATION DESCRIPTION ENUMERATION DESCRIPTION
The purpose of the prepared surfaceFunctionPrepared Surfaces Represents a Prepared
Surface, Other than an
activity area.
Represents and Individual
Prepared Surface
Prepared Surface Heater Electric Heater Electric
Heater Gas Heater Gas
Heater Pipework and Valves Heater Pipework and Valves
Heating Control Board Heating Control Board
Solar Control System Solar Control System
Solar Heating System Solar Heating System
Power Rating (kw) In Kilowatts positiveinteger
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Tower Tower
Diving Block Diving Block
Springboard Springboard
Aluminium Aluminium
Concrete Concrete
Plastic Plastic
Stainless Steel Stainless Steel
Steel Steel
Timber Timber
Masonry Masonry
Combination Combination
Anodised Anodised
Decorative Decorative
Printed Printed
Plaster/Texture Plaster/Texture
Paint/Stain Paint/Stain
Epoxy Epoxy
Polyurethane Finish Polyurethane Finish
Galvanised Galvanised
Painted Painted
Plain Plain
Polished Polished
Powdercoated Powdercoated
PVC Coating PVC Coating
Stained Stained
Geometry The geometry representing this feature in coordinate
space.
geometry_point_singlepoint
Fire Control Line Fire Control Line
Fire Tail Fire Trail
4WD Light 4WD Light
4WD Medium 4WD Medium
Unknown Unknown
Walking Walking
Bitumen Bitumen
Concrete Concrete
Exposed Aggregate Exposed Aggregate
Grass Grass
Gravel Gravel
Pavers Pavers
Natural Natural
Sand Sand
Timber Timber
Length_m Length in metres (2 Decimal Places) positiveinteger
Geometry geometry_linear_singlepath_complex
Total Length in metres, 2 Decimal Places positiveinteger
Width in metres, 2 Decimal Places positiveinteger
Number of Lanes Minimum 1, Maximum 4 positiveinteger
Concrete Concrete
Concrete / Steel Concrete / Steel
Geometry The geometry representing this feature in coordinate
space.
geometry_area_singlepatch_complex
Trail Access Type
Represents the feature class
of Swimming Pools
Swimming Pools
Type
Material type of weighbridge deck
Material The predominant material of the diving structure.
Represents the feature class
of Fire Management
Fire management feature type (e.g. fire trail, fire
control line).
Finish The finish applied to the material.
Surface Material Surface Material of the fire trail or control line
Trail Access Type
Fire Management
Deck Material
Fire Management
Weighbridges Represents the feature class
of Weighbriges
Weighbridge
Pool Heating
Equipment
Pool Fixture Pool fixture type
Component Pool heating equipment type
Type
City of Gold Coast As Constructed Data Standard Page 34 of 58
Other
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
Bridge Name Bridge desciptor name String_32
Deck Width Deck Width positiveInteger
Deck Length Deck Length positiveInteger
Deck Area Deck area in square metres positiveInteger
Vertical Clearance Clearance in metres. positiveInteger
Structure Height Structure Height in metres positiveInteger
Load Rating In tonnes positiveInteger
Over Road Over Road
Under Road Under Road
Over Fresh Water Over Fresh Water
Over Salt Water Over Salt Water
Over Rail Over Rail
Under Rail Under Rail
Other Other
None None
One Side One Side
Both Sides Both Sides
Arch Arch
Box Box
Cable Stayed Cable Stayed
Pipe Pipe
PSC Deck Slab PSC Deck Slab
PSC Deck Units PSC Deck Units
PSC Girder PSC Girder
Revetment Wall no flow Revetment Wall no flow
Steel Girder Steel Girder
Suspension Suspension
Timber Girder Timber Girder
Truss Truss
Span LengthMaximum length of any of the bridge spans
in metres
positiveInteger
Span Quantity Number of Spans positiveInteger
Aluminium Aluminium
Composite Composite
Concrete Concrete
Masonry Masonry
Precast Concrete Precast Concrete
Steel Steel
Timber Timber
Wrought Iron Wrought Iron
Crown TypeCrown Type - Only relevant where
span type is box
NANot Applicable - Construction method
does not include a separate deck.
Plywood Decking Plywood Decking
RC Deck Slab RC Deck Slab
RC Treads RC Treads
Steel Decking Steel Decking
Stress Laminated Stress Laminated
Timber Deck Planks Timber Deck Planks
Pedestrian Pedestrian
Vehicular Vehicular
Cycleway Cycleway
Rail Rail
NA NA
1970 Highway Design
Spec1970 Highway Bridge Design Spec
1976 NAASRA (T44
Variations)1976 NAASRA (T44 with variations)
1992 Austroads / HB
77.2 (T44)
1992 Austroads Bridge Design Code /
HB 77.2 (T44)
AS5100 - 2004 AS5100 - 2004
Handrail Height Height of the handrails in metres positiveInteger
Handrail Handrail exist Yes -No boolean
Lanes Number of trafficable lanes on the bridge positiveInteger
Geometry geometry_area_multipatch_complex
Tidal Is this asset located in a tidal area? Yes -
No
boolean
Navigable Is the detention basin navigable as per the
QLD Maritime Safety definition?
boolean
Represents the feature class
of Bridges.
Bridge
Bridge Crossing Type
Data structure constraining
information on road related
features.
Bridge Bridge
Design Code
Water Bodies Represents the feature class
of Water Bodies
Water Body Represents a man-made
water body. Do not
represent WSUD areas in
this asset.
Water Body
Span Material
Deck Type
Deck Type
Primary Bridge Use
Primary purpose of the bridge
the Design Code used when the bridge was
constructed
Bridge crossing type
Bridge PathDoes the bridge have a footpath fixed to
either side? Use None for footbridge
Span Structure Type
Type of span used on the bridge
Span Material
City of Gold Coast As Constructed Data Standard Page 35 of 58
Other
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
ENUMERATION \
DETAIL DESCRIPTION
Represents the feature class
of Bridges.
BridgeData structure constraining
information on road related
features.
Bridge Bridge Maximum Depth_m The maximum depth, in metres, of the
water body.
integer
Geometry Polygon geometry representing the feature
in coordinate space.
geometry_area_multipath_complex
Aldridge Aldridge
ALPHA 16 ALPHA 16
ECLIPSE ECLIPSE
PSC PSC
PSC II PSC II
PSC III PSC III
Relay RelayIntersection Number String_64
Traffic Signal Loop Traffic Signal Loop Detector Loop System Intersection Number String_64
Pedestal Base Mounted Pedestal Base Mounted
Pedestal In Ground Pedestal In Ground
Bicycle Friendly Bicycle Friendly
Mast Arm Combo Mast Arm Combo
Mast Arm Non Combo Mast Arm Non Combo
Joint Use Single OutreachJoint Use Single Outreach
Joint Use Double OutreachJoint Use Double Outreach
Number of Audio
Tactile Buttons
positiveInteger
Number of Call
Records Buttons
positiveInteger
Intersection Number String_64
L Left
R Right
C Centre
200mm 200mm
300mm 300mm
1 Aspect 1 Aspect
2 Aspect 2 Aspect
3 Aspect Straight Through3 Aspect Straight Through
3 Aspect Turn Arrows 3 Aspect Turn Arrows
4 Aspect 4 Aspect
6 Aspect Target Board 6 Aspect Target Board
8 Aspect Target Board 8 Aspect Target Board
Advanced Warning FlasherAdvanced Warning Flasher
Ped Lanterns Pedestrial Lantern
LED LED
Quartz Halogen Quartz Halogen
Incandescent Incandescent
Intersection Number String_64
Water Bodies Represents the feature class
of Water Bodies
Water Body Represents a man-made
water body. Do not
represent WSUD areas in
this asset.
Water Body
Taffic Signal Pole
Traffic Signal Control BoxTraffic Signal Control
Box
Traffic Signal Pole
Side of Road
Pole Type
Traffic Signal Lantern
Represents the Taffic Signal Controller Type
Represents an individual
lantern. Will usually be a
sub-asset of a traffic signal
pole.
Traffic Signal
Diameter Diameter of the bulb
Aspect Type Type of lantern configuration.
Bulb Type
Traffic Signal Lantern
City of Gold Coast As Constructed Data Standard Page 36 of 58
Buildings
Hierarchy Level 1 DESCRIPTION Hierarchy Level 2 DESCRIPTION Hierarchy Level 3 DESCRIPTIONHierarchy Level 4 (Asset
Instance)DESCRIPTION ATTRIBUTES (Characteristics) DESCRIPTION Format ENUMERATION DESCRIPTION
Animal Control building Animal Control building
Art and Performance building Art and Performance building
Child Care building Child Care building
Commercial building Commercial building
Community Centre / Hall Community Centre / Hall
Kiosk Kiosk
Grandstand Grandstand
Carpark Carpark
Landfill building Landfill building
Cabin Cabin
Library & Information building Library & Information building
Museum or Cultural building Museum or Cultural building
Admin or Depot building Admin/Depot/Maint Building/Shed
Public Amenities building Public Amenities building
Indoor Sporting Complex Indoor Sporting Complex
Clubhouse Clubhouse
Residential building Residential building
Demountable Demountable
Shed Shed
Lifeguard Tower Lifeguard Tower
Equipment Housing Building Equipment Housing Building
1 Poor
2 Below Average
3 Average
4 Good
5 Excellent
6 Market Leading
Town Water Town Water
Rainwater Re-Use System Rainwater Re-Use System
Electricity (Grid) Electricity (Grid)
Renewable Power (Solar/Wind) Renewable Power (Solar/Wind)
Diesel Fuel/Power Generator Diesel Fuel/Power Generator
Natural Gas Natural Gas
None None
Liquid Petroleum Gas Liquid Petroleum Gas
Number of Storeys number of storeys
above and
including ground
level, excluding
plant rooms and
small rooms above
roof level
number positiveInteger
Number of Basement Levels number of levels
below ground level
number positiveInteger
Gross Floor Area sum of the fully
enclosed covered
area and
unenclosed
covered area
number positiveInteger
Number of Lifts number positiveInteger
Yes
No
Geometry geometry_area_m
ultipatch_complexSub Meter Accuracy geometry_area_multipatch_complex
Building Use
Pick List
Star Nabers Energy Rating
various energy
sources utilised
access available to
all key areas eg:
primary use of
building category
Building Represents the Parent
building asset
Energy Sources
rating between 0
and 5 to rank
energy rating
Disabled Person Accessability positiveInteger
Multi Pick ListBuilding Asset Instance for building
Multi Pick List
Pick List
City of Gold Coast As Constructed Data Standard Page 37 of 58
Cadastre
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTIONENUMERATION \
DETAILDESCRIPTION
LotNo The lot number as described on the
originating survey plan
PlanNo The plan number of the originating survey
plan.
CancelledLotPlan The lot on plan cancelled by this boundary if
applicable.
TitledArea_sqm The area in square metres enclosed by the
boundary, as described by the survey plan.
Geometry The geometry of this feature in coordinate
space. May contain holes and islands.
Boundaries must consist of straight lines.
Name The name of the watercourse reserve
represented by this boundary
Geometry The geometry of this feature in coordinate
space. May contain holes and islands.
Boundaries must consist of straight lines.
Name The name of the road reserve represented
by this boundary
Geometry The geometry of this feature in coordinate
space. May contain holes and islands.
Boundaries must consist of straight lines.
LotNo The lot number as described on the
originating survey plan
PlanNo The plan number of the originating survey
plan.
Geometry The geometry of this feature in coordinate
space. May contain holes and islands.
Boundaries must consist of straight lines.
Mark Name The name by which the survey mark may be
uniquely identified from control records.
Geometry The geometry of this feature in coordinate
space.
Bearing The bearing in decimal degrees clockwise
from North in the coordinate system of this
project.
Distance_m The distance in metres on the coordinate
system of this project.
Geometry The geometry of this feature in coordinate
space.
Data structure constraining
information relating to
cadastral features.
Model Cadastre
Represents the feature class of cadastral easementsEasements
Represents the feature class of cadastral parcelsLandParcels
Represents the feature class of cadastral ConnectionsConnections
Represents the feature class of Survey MarksSurveyMarks
Lot
Represents the boundary of a Water
Course Reserve.
WaterCourseReserve
Represents the boundary of a Road
Reserve.
RoadReserve
Represents a cadastral lot feature.
Represents the boundary of a titled, or
proposed lot
Easement
Represents a cadastral SurveyMark feature.SurveyMark
Connection
Represents a cadastral easement feature.
Represents the boundary of a existing or
new easement
Represents an observed and reduced
cadastral connection feature.
A connection must run from the survey mark
to the connected feature. If this feature is
used, the bearing and distance must be
expressed on the same coordinate system
City of Gold Coast As Constructed Data Standard Page 38 of 58
Surface
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTIONENUMERATION \
DETAILDESCRIPTION
ENUMERATION
\ DETAILDESCRIPTION
Existing Elevation is as measured or observed
Proposed Elevation is as designed but not yet
implimented
Elevation_m The elevation of this contour relative to the
vertical datum for this project
Float
Geometry point geometry representing the feature in
coordinate space.
geometry_point_singlepoint
Existing Elevation is as measured or observed
Proposed Elevation is as designed but not yet
implimented
Elevation_m The elevation of this contour relative to the
vertical datum for this project
Float
Geometry polyline geometry representing the feature
in coordinate space.
geometry_linear_multipath_simple
Model Surface
Represents a single contour feature.ContourRepresents the feature class
of surface elevation contours
Contours
Represents a single spot height feature.Spot HeightRepresents the feature class
of surface elevation spot
heights
Spot HeightsData structure constraining
information relating to
surface level features.
The status of this contour, whether the
surface level is existing or proposed
Status
The status of this contour, whether the
surface level is existing or proposed
Status
City of Gold Coast As Constructed Data Standard Page 39 of 58
Enhancements
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION
ENUMERATION \
DETAILDESCRIPTION
Type The type of annotation. Data users can determine the presentation
to apply to each type of dimension.
This element is not constrained but the simpleType
enhancement_annotation_type provides some suggested
standard classes of annotation.
Text The textual content of the annotation
Justification Text justification within the annotation envelope.
Font The font or typeface for presentation. May include comma
delimited point-size and config.
E.g: Microsoft Sans Serif,10,Regular
Height_m Text height (in metres) for scaled annotation
Width_m Text character width (in metres) scaled annotation. Assume same
as height if omitted
Rotation Rotation angle (cartesian - anti-clockwise 0 degrees = East)
Geometry Point geometry representing the text insertion point in coordinate
space.
Type The type of dimension. Data users can determine the presentation
to apply to each type of dimension.
This element is not constrained but the simpleType
enhancement_dimension_type provides some suggested
standard classes of dimension.
Measure The measurement being represented. No units are specified, but it
is expected that all dimensions of the same type will be expressed
in the same units, allowing uniform presentations to be applied in
client applications.
FromFeatureId The ObjectId of the feature being measured from
ToFeatureId The ObjectId of the feature being measured to
RefLineFrom A pair of decimal offsets in map units describing the extent of the
reference line at the start of the baseline. Negative measures are
left of the baseline, positive measures are right in the direction of
the baseline.
E.g: the values -0.5 4.0 represent a line through the start point,
perpendicular to the baseline, that runs from 0.5m left of the
baseline to 4.0m right. By convention the leftmost offset should be
stated first.RefLineTo A pair of decimal offsets in map units describing the extent of the
reference line at the end of the baseline. Negative measures are
left of the baseline, positive measures are right in the direction of
the baseline.
E.g: the values -0.5 4.0 represent a line through the end point,
perpendicular to the baseline, that runs from 0.5m left of the
baseline to 4.0m right. By convention the leftmost offset should be
stated first.BaseLineOffset A single decimal offset in map units describing the position of the
measure line parallel to the baseline. Negative measures are left
of the baseline, positive measures are right in the direction of the
baseline.
E.g: the value 2.0 represents a measure line parallel to the
baseline, that runs from 2.0m right of the baseline.
Geometry Line segment geometry representing the baseline (start and end
point) of the dimension in coordinate space. The start and end
points should represent the actual points being measured from
and to
Represents the feature class
of dimension features
Dimensions
Enhancements Data structure constraining
information relating to
annotation and dimension
features.
Represents an annotation
feature. Note that the
presentation elements are all
optional as they can all be
over-ridden by the
presentation definitions in
receiving systems.
Annotation
Represents a measured
dimension between two
features.
Represents the feature class
of annotation features
Annotations
Dimension
City of Gold Coast As Constructed Data Standard Page 40 of 58
Supplementary
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION ENUMERATION \ DETAIL DESCRIPTION
Class User specified class names may be written here to identify the feature type.
Not to be used for features that appear elsewhere in the ADAC Model. String_32
Note General purpose descriptive note. String_254
Attributes a collection of named attributes.
This element must be present but may be empty.
Attributes of supported types may occur in any number and any order, but
application developers are encouraged to exercise consistency in the use of
supplementary attributes. It is recommended that supplementary features given the
same class are also given the same list of named attributes in the same order, so
as to facilitate easier passage into receiving systems. Attribute names should be
chosen with the requirements of receiving systems in mind. attribute_collection
Geometry Represents a point geometry geometry_point_singlepoint
Class User specified class names may be written here to identify the feature type.
Not to be used for features that appear elsewhere in the ADAC Model. String_32
Note General purpose descriptive note. String_254
Attributes a collection of named attributes.
This element must be present but may be empty.
Attributes of supported types may occur in any number and any order, but
application developers are encouraged to exercise consistency in the use of
supplementary attributes. It is recommended that supplementary features given the
same class are also given the same list of named attributes in the same order, so
as to facilitate easier passage into receiving systems. Attribute names should be
chosen with the requirements of receiving systems in mind. attribute_collection
Geometry Represents a polyline geometry geometry_linear_multipath_complex
Class User specified class names may be written here to identify the feature type.
Not to be used for features that appear elsewhere in the ADAC Model. String_32
Note General purpose descriptive note. String_254
Attributes a collection of named attributes.
This element must be present but may be empty.
Attributes of supported types may occur in any number and any order, but
application developers are encouraged to exercise consistency in the use of
supplementary attributes. It is recommended that supplementary features given the
same class are also given the same list of named attributes in the same order, so
as to facilitate easier passage into receiving systems. Attribute names should be
chosen with the requirements of receiving systems in mind. attribute_collection
Geometry Represents a polyline geometry geometry_area_multipatch_complex
Class User specified class names may be encoded here to identify the feature type. As
there is no enumeration, the class codes must be by prior agreement. Not to be
used for features that appear elsewhere in the ADAC Model. String_32
Note General purpose descriptive note. String_254
Attributes a collection of named attributes. This element must be present but may be empty.
Attributes of supported types may occur in any number and any order, but
application developers are encouraged to exercise consistency in the use of
supplementary attributes. It is recommended that supplementary features given the
same class are also given the same list of named attributes in the same order, so
as to facilitate easier passage into receiving systems. Attribute names should be
chosen with the requirements of receiving systems in mind.
attribute_collection
Geometry Represents a point geometry geometry_point_singlepoint
Class User specified class names may be encoded here to identify the feature type. As
there is no enumeration, the class codes must be by prior agreement. Not to be
used for features that appear elsewhere in the ADAC Model. String_32
Note General purpose descriptive note. String_254
Attributes a collection of named attributes. This element must be present but may be empty.
Attributes of supported types may occur in any number and any order, but
application developers are encouraged to exercise consistency in the use of
supplementary attributes. It is recommended that supplementary features given the
same class are also given the same list of named attributes in the same order, so
as to facilitate easier passage into receiving systems. Attribute names should be
chosen with the requirements of receiving systems in mind.
attribute_collection
Geometry Represents a point geometry geometry_linear_multipath_complex
Class User specified class names may be encoded here to identify the feature type. As
there is no enumeration, the class codes must be by prior agreement. Not to be
used for features that appear elsewhere in the ADAC Model. String_32
Note General purpose descriptive note. String_254
Attributes a collection of named attributes. This element must be present but may be empty.
Attributes of supported types may occur in any number and any order, but
application developers are encouraged to exercise consistency in the use of
supplementary attributes. It is recommended that supplementary features given the
same class are also given the same list of named attributes in the same order, so
as to facilitate easier passage into receiving systems. Attribute names should be
chosen with the requirements of receiving systems in mind.
attribute_collection
Geometry Represents a point geometrygeometry_area_multipatch_complex
The ADAC Supplementary Schema constrains the data structure for all unstructured Supplementary features within an ADAC Project. These features provide for the ability to describe points, polylines or polygons. A class name must be set on each feature and a text note may
be provided. The class value may be used on extraction to filter features into GIS feature classes or similar.
Supplementary Polygon Represents a Supplementary polygon
feature. Use these features to
represent area detail that adds clarity
or context to the strict ADAC
features.
Represents a Supplementary polyline feature
PolygonFeatures Represents a GIS layer of
Supplementary polygon features.
Supplementary Data structure for generic
description of objects not described
elsewhere in the ADAC data model.
Represents a Supplementary point
feature. Use these features to
reresent point detail that adds clarity
or context to the strict ADAC
features.
PointFeatures
PolylineFeatures Represents a GIS layer of
Supplementary polyline features.
PolylineFeature
Standard content for supplementary featuressupplementary_content
Supplementary Polyline Represents a Supplementary polyline
feature. Use these features to
represent linear detail that adds
clarity or context to the strict ADAC
features.
SupplementaryPoint
Represents a GIS layer of
Supplementary point features.
PolygonFeature Represents a Supplementary polygon feature
Standard content for supplementary featuressupplementary_content
Standard content for supplementary featuressupplementary_content
PointFeature Represents a Supplementary point feature
City of Gold Coast As Constructed Data Standard Page 41 of 58
Global Types
FEATURE DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Export Date Time Export date and time in UTC. Format is yyyy-mm-
ddThh:mm:ssZ (eg 2006-08-08T20:00:00Z)
Name The project or development name.
Owner Are assets for the whole project owned by Council or
another entity.
Receiver The receiver of the ADAC file
Works Approval ID The works approval ID for the development that this
information represents.
Drawing Number The Council drawing number of the as constructed plans.
This may not be known at the time of compilation.
Drawing Revision Date the drawing was revised
Construction Date The accepted date of construction for the whole project.
Usually the project completion date.
Date may be used to calculate remaining life in an asset
management system.
Horizontal Coordinate
System
Specifies the horizontal coordinate system used. e.g. MGA56.
Well known projections may be referred to by name only. All
spatial information in the project will be considered to be
referenced to this system. If custom local plane systems or
projections are used by agreement with the receiver, then any
parameters should be specified in the notes.
Horizontal Datum To Specifiy the Datum that the Horizontal Coordinate System is
based on. E.g. GDA94.
Vertical Datum To Specifiy the Datum of Height values. E.g. AHD.
Is Approximate Are the values supplied accurate or approximations. If data is
plane rectangular approximating MGA-56 then set to true
Origin Mark When data is plane rectangular this is the Permanent Survey
Mark used as the origin.
Notes To contain any additional data required to specify the coordinate
system
South West The coordinates of the southwest corner.
North East The coordinates of the northeast corner.
Description Descriptive text summarising the project.
Project Status The reason for the ADAC file creation. This is not the same
as Asset_status, which is at the asset level
Submission Status is usually related to the development
assesment process or to data transfer between entities or
systems
Product The name of the software product.
Version The version or release number of the product.
Surveyor Name The name of the surveyor.
Date Final Survey The date of the final survey.
Date Approved The date of the final approval.
Engineer Name The name of the consulting engineer
Date Approved The date of approval.
Sewerage The Sewerage element encloses all sewerage (waste water)
feature descriptions.
Transport The Roads element encloses all roads feature descriptions.
Water Supply The Water element encloses all water supply feature
descriptions.
Storm Water The StormWater element encloses all stormwater feature
descriptions.
Open Space The OpenSpace element encloses all public open space feature
descriptions.
Cadastre The Cadastre element encloses all cadastral feature
descriptions.
Surface The Surface element encloses Supplementary surface feature
descriptions.
Enhancements The Enhancements element encloses enhacements such as
annotations and dimensions.
Supplementary The Supplementary element encloses all feature data not
described specifically in the schema. It is recommended to keep
the use of unstructured data to a bare minimum.
Version
Fixed Value =
4.2.0
The Project element encloses all data that is
common to the whole project.
In Version 4.1.0, for technical simplicity, only a
single project may exist within an instance
document, but in future it may be feasible for
multiple independent projects to be delivered in a
single instance.
In version 4.2.0 while this limitation remains,
certain fields at the project level have been
repeated at the asset level to allow assets to
differ from the global values set in Project
Project
The version attribute marks the version of the instance document. Only a value of 4.2.0 will validate against this schema.
The rectangular coordinate envelope enclosing the project
area
Drawing Extents
Records the particulars of the horizontal and vertical
coordinate systems for the whole project.
Coordinate System
Structure containing information from the certifying
surveyor.
Surveyor
Details of the software product used to create the ADAC
data set.
Software
Project Data
Structure containing information from the certifying
engineer.
Engineer
City of Gold Coast As Constructed Data Standard Page 42 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment
The correction status of this position
Corrn The correction status of this position
Status
Corrn
Vertex
Contains the GNSS conditions at captureGNSS Metadata
The centre of the circle on which
the arc is described.
Centre Point
Contains the GNSS conditions at captureGNSS Metadata
A point vertex
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
Represents a self-contained circular curve. A circular
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and To Point shall be taken to be joined by a
straight segment unless already coincident.
CurveCircular
City of Gold Coast As Constructed Data Standard Page 43 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
Clockwise Angular direction of travel
around the centre from point to
Centre Point The centre of the ellipse on
which the arc is described.
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Rotation The angle of rotation of the
ellipse's semi-major axis in
degrees clockwise from the X
coordinate axis of the map
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
SemiMajor The semi-major axis of the
ellipse.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height in
a spheroidal system.
SemiMinor The semi-minor axis of the
ellipse.
GNSSMetadata Contains the GNSS conditions at capture X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Clockwise Angular direction of travel
around the centre. True
indicates clockwise, false
indicates counterclockwise.
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
spheroidal system.
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of this
string should be minimised to control data
volumes as every vertex may receive it.
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Corrn The correction status of this position
Status
Contains the GNSS conditions at captureGNSS Metadata
The centre of the circle on which
the arc is described.
Centre Point
Represents a self-contained elliptical curve. An elliptical
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and ToPoint shall be taken to be joined by a
straight segment unless already coincident.
Represents a self-contained circular curve. A circular
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and To Point shall be taken to be joined by a
straight segment unless already coincident.
CurveCircular
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
The correction status of this positionCorrn
CurveElliptical
City of Gold Coast As Constructed Data Standard Page 44 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
Rotation The angle of rotation of the
ellipse's semi-major axis in
degrees clockwise from the X
coordinate axis of the map
SemiMajor The semi-major axis of the
SemiMinor The semi-minor axis of the
Clockwise Angular direction of travel
around the centre. True
indicates clockwise, false
indicates counterclockwise.
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Status
Vertex
The centre of the circle on which
the arc is described.
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
Status
Contains the GNSS conditions at captureGNSSMetadata
A point vertex
Centre Point
Corrn The correction status of this position
Curve Circular
Represents a self-contained elliptical curve. An elliptical
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and ToPoint shall be taken to be joined by a
straight segment unless already coincident.
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
CurveElliptical
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment
Represents a self-contained circular curve. A circular
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and To Point shall be taken to be joined by a
straight segment unless already coincident.
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
City of Gold Coast As Constructed Data Standard Page 45 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
Clockwise Angular direction of travel
around the centre from point to
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Contains the GNSS conditions at captureGNSSMetadata
The centre of the circle on which
the arc is described.
Centre Point The centre of the ellipse on
which the arc is described.
Centre Point
Corrn The correction status of this position
Status
Corrn The correction status of this position
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
Contains the GNSS conditions at captureGNSSMetadata
Curve Circular Represents a self-contained circular curve. A circular
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and To Point shall be taken to be joined by a
straight segment unless already coincident.
Curve Elliptical Represents a self-contained elliptical curve. An elliptical
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and ToPoint shall be taken to be joined by a
straight segment unless already coincident.
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
City of Gold Coast As Constructed Data Standard Page 46 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
Rotation The angle of rotation of the
ellipse's semi-major axis in
degrees clockwise from the X
coordinate axis of the map
SemiMajor The semi-major axis of the
SemiMinor The semi-minor axis of the
Clockwise Angular direction of travel
around the centre. True
indicates clockwise, false
indicates counterclockwise.
X The X ordinate in a cartesian
system, easting in a UTM plane
or longitude in a spheroidal
Y The Y ordinate in a cartesian
system, northing in a UTM plane
or latitude in a spheroidal
Z The Z ordinate in a cartesian
system, elevation above a
geoidal height datum or
spheroidal height in a spheroidal
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time
differential GPS and computed using a
code phase solution.
Postprocessed Code Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time
differential GPS and computed using a
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier
Receiver The manufacturer and model of GNSS receiver
used. While there are no restrictions on this
element, the length of this string should be
minimised to control data volumes as every vertex
may receive it.
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
Status
Centre Point
Contains the GNSS conditions
at capture
GNSSMetadata
Corrn The correction status of this position
The centre of the ellipse on
which the arc is described.
Corrn The correction status of this position
Contains the GNSS conditions at captureGNSSMetadata
Curve Elliptical Represents a self-contained elliptical curve. An elliptical
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and ToPoint shall be taken to be joined by a
straight segment unless already coincident.
contains a single unbroken sequence of 3 - n point
vertices. When used in a Ring it is implied that the
polysegment closes on itself.
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Vertex A point vertex
City of Gold Coast As Constructed Data Standard Page 47 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex The edit status of this position. New A new feature is one that has been added
to a data file in the most recent session. A
new data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been
edited or updated in the most recent
session. When data is imported from a GIS
or CAD system, all features are considered
to be imported. X The X ordinate in a cartesian
system, easting in a UTM plane
or longitude in a spheroidal
Y The Y ordinate in a cartesian
system, northing in a UTM plane
or latitude in a spheroidal
Z The Z ordinate in a cartesian
system, elevation above a
geoidal height datum or
spheroidal height in a spheroidal
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time
differential GPS and computed using a
code phase solution.
Postprocessed Code Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time
differential GPS and computed using a
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier
Receiver The manufacturer and model of GNSS receiver
used. While there are no restrictions on this
element, the length of this string should be
minimised to control data volumes as every vertex
may receive it.
The edit status of this position. New A new feature is one that has been added
to a data file in the most recent session. A
new data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been
edited or updated in the most recent
session. When data is imported from a GIS
or CAD system, all features are considered
to be imported. X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
contains a single unbroken sequence of 3 - n point
vertices. When used in a Ring it is implied that the
polysegment closes on itself.
GNSSMetadata
Vertex
Contains the GNSS conditions
at capture
GNSSMetadata
Contains the GNSS conditions
at capture
A point vertex
This value is for tracking the status of the position
when moving data between the office and the field
during the capture and edit phases. It would not
generally be considered useful to the end customer.
Corrn
This value is for tracking the status of the position
when moving data between the office and the field
during the capture and edit phases. It would not
generally be considered useful to the end customer.
Contains the GNSS conditions at captureGNSS Metadata
Status
The correction status of this position
Status
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
Polysegment
contains a single unbroken sequence of 3 - n point
vertices. When used in a Ring it is implied that the
polysegment closes on itself.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
A point vertexVertex
Vertex A point vertex
City of Gold Coast As Constructed Data Standard Page 48 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Centre Point The centre of the circle on which
the arc is described.
Vertex A point vertex
Contains the GNSS conditions at capture
The correction status of this position
Corrn The correction status of this position
Contains the GNSS conditions at capture
Status
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
GNSSMetadata
GNSS Metadata
Corrn
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
Polysegment
Curve Circular Represents a self-contained circular curve. A circular
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and To Point shall be taken to be joined by a
straight segment unless already coincident.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
City of Gold Coast As Constructed Data Standard Page 49 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
Clockwise Angular direction of travel
around the centre from point to
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
Rotation The angle of rotation of the
ellipse's semi-major axis in
degrees clockwise from the X
coordinate axis of the map
SemiMajor The semi-major axis of the
SemiMinor The semi-minor axis of the
Clockwise Angular direction of travel
around the centre. True
indicates clockwise, false
indicates counterclockwise.
Centre Point
Centre Point The centre of the circle on which
the arc is described.
The centre of the ellipse on
which the arc is described.
Contains the GNSS conditions at capture
Contains the GNSS conditions at capture
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
Status
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
The correction status of this positionCorrn
GNSSMetadata
Status
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
Curve Circular Represents a self-contained circular curve. A circular
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and To Point shall be taken to be joined by a
straight segment unless already coincident.
GNSSMetadata
Curve Elliptical Represents a self-contained elliptical curve. An elliptical
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and ToPoint shall be taken to be joined by a
straight segment unless already coincident.
City of Gold Coast As Constructed Data Standard Page 50 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
The correction status of this positionCorrn
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
Status
Curve Circular
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
PolysegmentAny one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
Corrn
Vertex A point vertex
The correction status of this position
Contains the GNSS conditions at captureGNSSMetadata
Contains the GNSS conditions at capture
The centre of the circle on which
the arc is described.
Centre Point
GNSSMetadata
Represents a self-contained circular curve. A circular
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and To Point shall be taken to be joined by a
straight segment unless already coincident.
City of Gold Coast As Constructed Data Standard Page 51 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
Clockwise Angular direction of travel
around the centre from point to
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
X The X ordinate in a cartesian system,
easting in a UTM plane or longitude in a
Y The Y ordinate in a cartesian system,
northing in a UTM plane or latitude in a
Z The Z ordinate in a cartesian system,
elevation above a geoidal height datum or
spheroidal height in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions using
this code.
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time differential
GPS and computed using a code phase
solution.
Postprocessed
Code
Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time differential
GPS and computed using a carrier float
solution.
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier fixed
solution.
Receiver The manufacturer and model of GNSS
receiver used. While there are no
restrictions on this element, the length of
this string should be minimised to control
data volumes as every vertex may receive
The edit status of this position. New A new feature is one that has been added to
a data file in the most recent session. A new
data file will only contain new features.
Curve Circular
Represents a self-contained elliptical curve. An elliptical
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and ToPoint shall be taken to be joined by a
straight segment unless already coincident.
Curve Elliptical
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
GNSSMetadata
The correction status of this position
Corrn
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
The correction status of this position
Status
Contains the GNSS conditions at capture
Contains the GNSS conditions at capture
Status
The centre of the circle on which
the arc is described.
Centre Point
The centre of the ellipse on
which the arc is described.
Centre Point
Corrn
GNSSMetadata
Represents a self-contained circular curve. A circular
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and To Point shall be taken to be joined by a
straight segment unless already coincident.
City of Gold Coast As Constructed Data Standard Page 52 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been edited
or updated in the most recent session. When
data is imported from a GIS or CAD system,
all features are considered to be imported.
Rotation The angle of rotation of the
ellipse's semi-major axis in
degrees clockwise from the X
coordinate axis of the map
SemiMajor The semi-major axis of the
SemiMinor The semi-minor axis of the
Clockwise Angular direction of travel
around the centre. True
indicates clockwise, false
indicates counterclockwise.
X The X ordinate in a cartesian
system, easting in a UTM plane
or longitude in a spheroidal
Y The Y ordinate in a cartesian
system, northing in a UTM plane
or latitude in a spheroidal
Z The Z ordinate in a cartesian
system, elevation above a
geoidal height datum or
spheroidal height in a spheroidal
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time
differential GPS and computed using a
code phase solution.
Postprocessed Code Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time
differential GPS and computed using a
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier
Receiver The manufacturer and model of GNSS receiver
used. While there are no restrictions on this
element, the length of this string should be
minimised to control data volumes as every vertex
may receive it.
The edit status of this position. New A new feature is one that has been added
to a data file in the most recent session. A
new data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been
edited or updated in the most recent
session. When data is imported from a GIS
or CAD system, all features are considered
to be imported. X The X ordinate in a cartesian
system, easting in a UTM plane
or longitude in a spheroidal
Y The Y ordinate in a cartesian
system, northing in a UTM plane
or latitude in a spheroidal
Z The Z ordinate in a cartesian
system, elevation above a
geoidal height datum or
spheroidal height in a spheroidal
Represents a self-contained elliptical curve. An elliptical
curve may comstitute a complex Polyline Path or
Polygon Ring by itself. When used in a Ring, the
FromPoint and ToPoint shall be taken to be joined by a
straight segment unless already coincident.
Curve Elliptical
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
GNSSMetadata
GNSSMetadata
This value is for tracking the status of the position
when moving data between the office and the field
during the capture and edit phases. It would not
generally be considered useful to the end customer.
Status
Corrn
This value is for tracking the status of the
position when moving data between the
office and the field during the capture and
edit phases. It would not generally be
considered useful to the end customer.
Status
Contains the GNSS conditions at capture
The correction status of this position
The centre of the ellipse on
which the arc is described.
Centre Point
Contains the GNSS conditions
at capture
Vertex A point vertexcontains a single unbroken sequence of 2 - n point
vertices.
contains a single unbroken sequence of 2 - n point
vertices.
Vertex A point vertex
City of Gold Coast As Constructed Data Standard Page 53 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time
differential GPS and computed using a
code phase solution.
Postprocessed Code Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time
differential GPS and computed using a
Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier
Receiver The manufacturer and model of GNSS receiver
used. While there are no restrictions on this
element, the length of this string should be
minimised to control data volumes as every vertex
may receive it.
The edit status of this position. New A new feature is one that has been added
to a data file in the most recent session. A
new data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been
edited or updated in the most recent
session. When data is imported from a GIS
or CAD system, all features are considered
to be imported. X The X ordinate in a cartesian
system, easting in a UTM plane
or longitude in a spheroidal
Y The Y ordinate in a cartesian
system, northing in a UTM plane
or latitude in a spheroidal
Z The Z ordinate in a cartesian
system, elevation above a
geoidal height datum or
spheroidal height in a spheroidal
X The X ordinate in a cartesian system, easting in a
UTM plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation
above a geoidal height datum or spheroidal height
in a spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-Code or
pseudorandom noise signal.
Y-Code Position collected using the Y-code (an
encryption of the P-Code). Only military
receivers can compute or log positions
Real-time SBAS Position that has been corrected using real-
time SBAS.
Real-time Code Position collected using real-time
differential GPS and computed using a
code phase solution.
Postprocessed Code Position has been differentially corrected
using code processing.
Real-time Carrier
Float
Position collected using real-time
differential GPS and computed using a
This value is for tracking the status of the position
when moving data between the office and the field
during the capture and edit phases. It would not
generally be considered useful to the end customer.
Contains the GNSS conditions
at capture
The correction status of this positionCorrn
GNSS Metadata
The correction status of this positionCorrn
Contains the GNSS conditions
at capture
GNSS Metadata
Status
Vertex A point vertexMust contain exactly 2 point vertices.
contains a single unbroken sequence of 2 - n point
vertices.
Vertex A point vertex
City of Gold Coast As Constructed Data Standard Page 54 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertex Postprocessed
Carrier Float
Position that has a carrier float position.
RTK Fixed Position collected using real-time kinematic
techniques and computed using a carrier
fixed solution.
Postprocessed
Carrier Fixed
Position has been differentially corrected
using code processing and has a carrier
Receiver The manufacturer and model of GNSS receiver
used. While there are no restrictions on this
element, the length of this string should be
minimised to control data volumes as every vertex
may receive it.
The edit status of this position. New A new feature is one that has been added
to a data file in the most recent session. A
new data file will only contain new features.
Updated An updated feature is one that previously
existed in a data file, but has been edited or
updated in the most recent session.
Imported An imported feature is one that previously
existed in a data file and has not been
edited or updated in the most recent
session. When data is imported from a GIS
or CAD system, all features are considered
to be imported. The X ordinate in a cartesian system, easting in a UTM
plane or longitude in a spheroidal system.
The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
The Z ordinate in a cartesian system, elevation above
a geoidal height datum or spheroidal height in a
spheroidal system.
X The X ordinate in a cartesian system, easting in a UTM
plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a UTM
plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation above a
geoidal height datum or spheroidal height in a
spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-
Code or pseudorandom noise
Y-Code Position collected using the Y-
code (an encryption of the P-
Code). Only military receivers
can compute or log positions
Real-time SBAS Position that has been corrected
using real-time SBAS.
Real-time Code Position collected using real-
time differential GPS and
computed using a code phase
Postprocessed
Code
Position has been differentially
corrected using code
Real-time Carrier
Float
Position collected using real-
time differential GPS and
computed using a carrier float
Postprocessed
Carrier Float
Position that has a carrier float
position.
RTK Fixed Position collected using real-
time kinematic techniques and
computed using a carrier fixed
solution.
This value is for tracking the status of the position
when moving data between the office and the field
during the capture and edit phases. It would not
generally be considered useful to the end customer.
Status
Contains the GNSS conditions
at capture
The correction status of this positionCorrn
GNSS Metadata
Vertex A point vertexMust contain exactly 2 point vertices.
Contains the GNSS conditions at capture
Corrn The correction status of this position
City of Gold Coast As Constructed Data Standard Page 55 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertexPostprocessed
Carrier Fixed
Position has been differentially
corrected using code processing
and has a carrier fixed solution.
Receiver The manufacturer and model of GNSS receiver used.
While there are no restrictions on this element, the
length of this string should be minimised to control data
volumes as every vertex may receive it.
The edit status of this position. New A new feature is one that has
been added to a data file in the
most recent session. A new
data file will only contain new
Updated An updated feature is one that
previously existed in a data file,
but has been edited or updated
in the most recent session.
Imported An imported feature is one that
previously existed in a data file
and has not been edited or
updated in the most recent
session. When data is imported
from a GIS or CAD system, all
features are considered to be
imported. The X ordinate in a cartesian system, easting in a UTM
plane or longitude in a spheroidal system.
The Y ordinate in a cartesian system, northing in a
UTM plane or latitude in a spheroidal system.
The Z ordinate in a cartesian system, elevation above
a geoidal height datum or spheroidal height in a
spheroidal system.
X The X ordinate in a cartesian system, easting in a UTM
plane or longitude in a spheroidal system.
Y The Y ordinate in a cartesian system, northing in a UTM
plane or latitude in a spheroidal system.
Z The Z ordinate in a cartesian system, elevation above a
geoidal height datum or spheroidal height in a
spheroidal system.
GNSS Time The GNSS Date and Time of capture.
H_Prec Horizontal Precision
V_Prec Vertical Precision
Std_Dev Standard Deviation
PDOP Positional Dilution of Precision.
HDOP Horizontal Dilution of Precision.
Uncorrected Uncorrected position.
P-Code Position collected using the P-
Code or pseudorandom noise
Y-Code Position collected using the Y-
code (an encryption of the P-
Code). Only military receivers
can compute or log positions
Real-time SBAS Position that has been corrected
using real-time SBAS.
Real-time Code Position collected using real-
time differential GPS and
computed using a code phase
Postprocessed
Code
Position has been differentially
corrected using code
Real-time Carrier
Float
Position collected using real-
time differential GPS and
computed using a carrier float
The correction status of this positionCorrn
This value is for tracking the status of the position when
moving data between the office and the field during the
capture and edit phases. It would not generally be
considered useful to the end customer.
Contains the GNSS conditions at capture
Corrn The correction status of this position
Status
Contains the GNSS conditions at capture
City of Gold Coast As Constructed Data Standard Page 56 of 58
Geometry
DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION DETAIL DESCRIPTION
Any one of the geometry fragment choices may be
used in any order. Any single fragment is sufficient to
describe a complete path on its own if desired.
This is the most important element group in the
geometry model. It is crucial to the flexible description
of complex geometries. Any one of the geometry
fragment choices may be used in any order. Any
single fragment is sufficient to describe a complete
path on its own if desired.
N.B. As this group is also used to construct a complex
Ring, is is possible to create and validate a Ring that
consists only of a PolySegment that has two vertices.
This will result in a ring that degrades to a straight line
with zero area. It is unlikely that an operator would
purposely digitise such a ring, but it is possible.
Represents a sequence of 2 - n vertices. The first shall
be regarded as the start point, proceeding in order and
the last shall be regarded as the end point.
Polysegment Vertex A point vertexPostprocessed
Carrier Float
Position that has a carrier float
position.
RTK Fixed Position collected using real-
time kinematic techniques and
computed using a carrier fixed
solution.
Postprocessed
Carrier Fixed
Position has been differentially
corrected using code processing
and has a carrier fixed solution.
Receiver The manufacturer and model of GNSS receiver used.
While there are no restrictions on this element, the
length of this string should be minimised to control data
volumes as every vertex may receive it.
The edit status of this position. New A new feature is one that has
been added to a data file in the
most recent session. A new
data file will only contain new
Updated An updated feature is one that
previously existed in a data file,
but has been edited or updated
in the most recent session.
Imported An imported feature is one that
previously existed in a data file
and has not been edited or
updated in the most recent
session. When data is imported
from a GIS or CAD system, all
features are considered to be
imported.
The correction status of this positionCorrn
This value is for tracking the status of the position when
moving data between the office and the field during the
capture and edit phases. It would not generally be
considered useful to the end customer.
Status
Contains the GNSS conditions at capture
City of Gold Coast As Constructed Data Standard Page 57 of 58
String Types
ASSET ELEMENT DESCRIPTION FEATURE DESCRIPTION DETAIL DESCRIPTION
Strings String Non-Empty ASCII String Type to hold at least
one character
Minimum Length: 1 Must have at least one character. This is
important if user-entered string content is
required in an element, as a plain xs:string
will still validate even if it is empty.
String 40 ASCII String Type to hold
Identifier strings.
Maximum Length: 40 40 Characters is sufficient space to store
string representations of very long integer
IDs or GUIDs
String 254 ASCII String Type that meets the
254 Character restriction of DBF
files
Maximum Length: 254 254 Characters is sufficient space for most
simple notes or comments
String 128 ASCII String Type 128
Characters
Maximum Length: 128 128 Characters is sufficient space for most
simple notes or comments
String 64 ASCII String Type 64 Characters
in length
Maximum Length: 64 64 Characters is sufficient space for most
names
String 32 ASCII String Type 32 Characters
in length
Maximum Length: 32 32 Characters is sufficient space for most
codes
City of Gold Coast As Constructed Data Standard Page 58 of 58