Subassembly Reference (continued)

The subassemblies in this subassembly reference are organized alphabetically into the following sections:

Subassembly Reference - BasicBarrier through LaneTowardCrown
Subassembly Reference (continued) - LinkMulti through OverlayWidenWithSuper1
Subassembly Reference (continued) - RailSingle through UrbanSidewalk (this section)

Topics in this section

RailSingle
This subassembly inserts the rails, sleeper, ballast, and sub-ballast for a single-track railroad.
RetainingWallTapered
This subassembly inserts a retaining wall structure with one tapered side and an optional key at the bottom.
RetainingWallTaperedWide
This subassembly inserts a retaining wall structure with one side tapered, and is typically used if walls are 5.5 meters or higher.
RetainingWallTieToDitch
This subassembly inserts a retaining wall structure with a paved shoulder and with special tie slopes to tie to an existing ditch.
RetainingWallToLowSide
This subassembly inserts a retaining wall structure with one tapered side.
RetainingWallVertical
This subassembly inserts a retaining wall structure with both sides as vertical walls (no tapered side), and an optional key at the bottom.
ShapeTrapezoidal
This subassembly inserts a trapezoidal shape with flexible parameters and codes.
ShoulderExtendAll
This subassembly inserts a paved shoulder with all pavement, base, and subbase layers extended to the shoulder daylight slope.
ShoulderExtendSubbase
This subassembly inserts a paved shoulder with the subbase layer extended to a daylight point.
ShoulderMultiLayer
This subassembly inserts a shoulder that you can use to control superelevation. It also supports Pave 2 and Pave 3 Layer extension, as well as varying gradient on Datum.
ShoulderMultiLayerVaryingWidth
This subassembly inserts a shoulder that you can use to control superelevation. It is intended to work in combination with the LaneInsideSuperMultiLayer subassembly and supports Pave 1 through Pave 10 layer extension.
ShoulderMultiSurface
This subassembly inserts a paved and an earthen (unpaved or gravel) shoulder with all pavement, base, and subbase layers extended to the subgrade shoulder point.
ShoulderVerticalSubbase
This subassembly inserts a paved shoulder with the pavement and subbase layers terminating with a vertical link.
ShoulderWidening
This subassembly inserts a shoulder for widening situations that will trim the base and subbase layers based on the location of the existing ground surface.
ShoulderWithSubbaseInterlaced
This subassembly inserts a paved shoulder with all layers including subbase extended to a daylight point. Optionally you can reduce the depths of various sublayers to interlace subbase material around some of the select material layers.
ShoulderWithSubbaseInterlacedAndDitch
This subassembly inserts a paved shoulder with all pavement, base, and subbase layers extended to the shoulder daylight slope.
SideDitch
The subassembly is used to create a ditch structure with optional backslope and foreslopes.
SideDitchUShape
This subassembly creates a ditch structure with optional bench and backslopes on the inside and the outside of the structure.
SideDitchWithLid
This subassembly creates a ditch structure to add to either the left or the right sides of the assembly.
SimpleNoiseBarrier
This subassembly inserts a noise barrier with the option to specify a topsoil material.
StrippingPavement
This subassembly is used to specify the existing top layer stripping to a specified depth.
StrippingTopSoil
This subassembly is used to specify stripping of top soil to a specified depth.
TrenchPipe1
This subassembly creates a flat-bottom trench with equal sideslopes and up to three layers of backfill material.
TrenchPipe2
This subassembly creates a flat-bottom trench with equal sideslopes, and up to three layers of backfill material. The width of the trench is determined by a user- specified width and minimum pipe cover.
TrenchPipe3
This subassembly creates a flat-bottom trench with equal sideslopes and allows for two surface types and will use the slope specified for the surface it is below. Up to three layers of backfill material are available. The width of the trench is determined by a user-specified width and minimum pipe cover.
TrenchWithPipe
This subassembly creates a stone-filled drain structure with a circular pipe inside.
UrbanKerbChannelGeneral
This subassembly inserts links for a standard shape concrete kerb-and-channel with subbase.
UrbanKerbChannelValley1
This subassembly inserts links for a flat-bottomed valley kerb and channel with subbase.
UrbanCurbGutterValley2
This subassembly inserts links for a slope-bottomed valley curb and gutter with subbase.
UrbanKerbChannelValley3
This subassembly inserts links for a slope-bottomed valley kerb and channel with subbase.
UrbanReplaceKerbChannel1
This subassembly is used to replace an existing kerb and channel, with the sod strip tying to the existing inside edge of footpath. The vertical placement of kerb and channel is determined by allowable milling and/or overlay at the flange points and by allowable ranges of slopes for sod strip.
UrbanReplaceKerbChannel2
This subassembly is used to replace an existing kerb and channel, with the sod strip tying to the existing inside edge of footpath. The vertical placement of the kerb and channel is controlled by a design profile of the back of kerb.
UrbanReplaceFootpath
This subassembly is used to replace an existing footpath, starting at the existing outside edge of footpath and inserting surfaces towards the kerb.
UrbanFootpath
This subassembly inserts links for a concrete footpath with inside and outside grass boulevards.