WisDOT code set styles and their uses

Subassemblies are built from points, links, and shapes.

Styles are used to automate the display and labeling of the subassembly components used in the objects listed above.

Points

• Points define specific locations within the subassembly geometry.
• Styles for subassembly points are referred to as Marker Styles.
• Marker Styles are located under Toolspace > Settings tab > General > Multipurpose Styles > Marker Styles
• Used to define longitudinal corridor feature lines. Corridor feature lines are used to define WisDOT corridor surfaces.

Links

• Links are the linear connection between points in subassembly geometry.
• Link Styles are located under Toolspace > Settings tab > General > Multipurpose Styles > Link Styles

Shapes

• Shapes are made from three or more Links that define a closed area.
• Shape Styles are located under Toolspace > Settings tab > General > Multipurpose Styles > Shape Styles
• Shape Styles can be used to control the appears of shapes in Section View and Link - Material Area Fills in a Top View.
• Shapes may also be used to compute average end area for pavement material quantities and for extracting corridor solids.

Code Set Styles are a collection of subassembly component styles that control the appearance and labeling of items related to corridors.

Code Set Styles are located under Toolspace > Settings tab > General > Multipurpose Styles > Code Set Styles

Subassembly point codes can be assigned the following:

• marker style - what does the point look like
• label style - text information used to describe the point (name, offset, elevation, etc.)
• feature line styles - what the connecting linework looks like

• pay item

Subassembly link codes can be assigned the following:

• link style - what does the link look like
• label style - text information used to describe the link (name, grade, slope)
• render material - use for viewing link areas in 3D
• material area fill style - view shaded areas between links in Top view. Shape styles are assigned in this column.

• pay item

Subassembly shape codes can be assigned the following:

• shape style - what does the shape look like in section (not typically used in plan production)

• label style - text information used to describe the shape (not typically used in plan production)

For additional information on code set styles see Autodesk Civil 3D Help - To Work With Subassembly Code Set Styles

_No Display

• Displays the corridor feature lines and does not show points, links, or shapes.

Color by Link - Point and Link Codes

• Each corridor link has a unique color based on the subassembly link codes and the Material Area Fill Style used in the code set style. The subassembly shapes are also assigned unique colors for display in section views. Turning the Lightweight Display > On may help with viewing the link colors in section views.

• This code set style is useful for developing a corridor design. It gives the designer direct feedback on subassembly behaviors and geometry. The link colors in section view match the shaded areas in plan view. This gives the designer better understanding of where cut and fill situations are occurring.

Color by Link - Point and Link Codes - Rendered

• This code set style is not stored in the reference templates. It can be added through WisDOT Design tab > Design panel > Corridor menu > Import Code Set Styles
• This code set is the same as Color by Link - Point and Link Codes but also includes render materials. AutoCAD render materials are included in this code set style for 3D viewing.
• The Visual Style will need to be switched from 2D Wireframe to Realistic to view rendered materials in a 3D view.
• If the render materials do not appear correctly in a 3D view, experiment with the Graphics Performance - Hardware Acceleration setting to see if it works better On or Off.

• Render materials may be purged from the drawing if the code set style is no longer needed. The code set will need to be deleted first in order to purge the materials.

Color by Top Materials - Point and Link Codes

• The top of roadway materials are based on the Link - Material Area Fill Styles in the code set style. Examples materials: concrete pavement, asphalt pavement, base aggregate, grass. This code set is not to be used to determine material quantities.

• This code set style is useful for viewing the corridor in a more realistic representation.

Color by Top Materials - Point and Link Codes - Rendered

• This code set style is not stored in the reference templates. It can be added through WisDOT Design tab > Design panel > Corridor menu > Import Code Set Styles
• This code set is the same as Color by Top Materials - Point and Link Codes but also includes render materials. AutoCAD render materials are included in this code set style for 3D viewing.
• The Visual Style will need to be switched from 2D Wireframe to Realistic to view rendered materials in a 3D view.
• If the render materials do not appear correctly in a 3D view, experiment with the Graphics Performance - Hardware Acceleration setting to see if it works better On or Off.

• Render materials may be purged from the drawing if the code set style is no longer needed. The code set will need to be deleted first in order to purge the materials.

General

• This a basic code set used design. The General link style uses the layer P_CRDR_Link. The layer color has been set to ByLayer to give the designer the ability to change the color based on user preferences. The default color has been set to Color 30.

General - Point and Link Codes

• This code set style is the same as General with the addition of displaying point and link codes in section view.

General - Point Codes

• This code set style is the same as General with the addition of displaying point codes in section view.

XS Sheets

• This code set style may be used for cross section plan production to display point and slope labels.

XS Sheets With Shapes

• This code set style is used for cross section plan production to display point and slope labels as well as shapes of the pavement structure and curb and gutter.

XS Surface Check

• This code set style is intended to be used to compare the corridor cross section to the design surfaces and verify design quality.

Color by Link - Point and Link Codes

Top Links	Description	Link Style (Section view)	Material Area Fill Style (Shape Style) (Top view)	Color
Barrier	Concrete barrier	Vis Barrier	Vis Barrier	200
BaseFslp	Foreslope of base layers	Vis BaseFslp	Vis BaseFslp	40
BermTop	Top of berm	Vis BermTop	Vis BermTop	112
CGTrc	Curb and gutter terrace	Vis CGTrc	Vis CGTrc	102
CGTrcLnk	Curb and gutter terrace link to marked point	Vis CGTrcLnk	Vis CGTrcLnk	104
CnctSlp	Connecting slope	Vis CnctSlp	Vis CnctSlp	60
CrbFc	Curb face	Vis CG	Vis CrbFc	20
CrbTprFc	Curb tapered face	Vis CG	Vis CrbTprFc	20
Curb	Curb	Vis Curb	Vis Curb	252
DtchBot	Flat bottom ditch	Vis DtchBot	Vis DtchBot	150
DtchBslp	Ditch backslope	Vis DtchBslp	Vis DtchBslp	140
DtchFslp	Ditch foreslope	Vis DtchFslp	Vis DtchFslp	130
FillSlp	Fill slope	Vis FillSlp	Vis FillSlp	80
GrdLine	Gradeline	Vis GrdLine	Vis GrdLine	210
Gutter	Gutter flange to flowline	Vis CG	Vis Gutter	20
Pave	Traveled way pavement	Vis Pave	Vis Pave	254
PaveLn1	Traveled way pavement (Lane 1)	Vis PaveLn1	Vis PaveLn1	254
PaveLn2	Traveled way pavement (Lane 2 - optional)	Vis PaveLn2	Vis PaveLn2	253
PaveShld	Finish grade of the paved shoulder	Vis PaveShld	Vis PaveShld	11
RecovFslp	Recoverable foreslope	Vis RecovFslp	Vis RecovFslp	82
Sdwlk	Sidewalk	Vis Sdwlk	Vis Sdwlk	51
SdwlkTrcIn	Inside sidewalk terrace	Vis SdwlkTrcIn	Vis SdwlkTrcIn	62
SdwlkTrcOut	Outside sidewalk terrace	Vis SdwlkTrcOut	Vis SdwlkTrcOut	114
SGImpFslp	Subgrade improvement foreslope	Vis SGImpFslp	Vis SGImpFslp	32
ShldIn	Inside sidewalk shoulder	Vis ShldIn	Vis ShldIn	42
ShldOut	Outside sidewalk shoulder	Vis ShldOut	Vis ShldOut	42
ShldPaved	Finish grade of the paved shoulder	Vis ShldPaved	Vis ShldPaved	252
ShldUnpaved	Finish grade of unpaved shoulder	Vis ShldUnpaved	Vis ShldUnpaved	41
TopOfCrb	Top of curb	Vis CG	Vis CrbTop	20
TravDtchBslp	Traversable ditch backslope	Vis TravDtchBslp	Vis TravDtchBslp	120

Color by Top Materials - Point and Link Codes

Top Links	Description	Link Style (Section view)	Material Area Fill Style (Shape Style) (Top view)	Color
Barrier	Concrete barrier	General	Vis Mat Barrier Conc	252
BaseFslp	Foreslope of base layers	General	Vis Mat BaseAgg Fslp	41
BermTop	Top of berm	General	Vis Mat Grass Seed	82
CGTrc	Curb and gutter terrace	General	Vis Mat Grass Sod	84
CGTrcLnk	Curb and gutter terrace link to marked point	General	Vis Mat Grass Sod	84
CnctSlp	Connecting slope	General	Vis Mat Grass Seed	82
CrbFc	Curb face	General	Vis Mat CG Conc	253
CrbTprFc	Curb tapered face	General	Vis Mat CG Conc	253
Curb	Curb	General	Vis Mat CG Conc	253
DtchBot	Flat bottom ditch	General	Vis Mat Grass Seed	82
DtchBslp	Ditch backslope	General	Vis Mat Grass Seed	82
DtchFslp	Ditch foreslope	General	Vis Mat Grass Seed	82
FillSlp	Fill slope	General	Vis Mat Grass Seed	82
GrdLine	Gradeline	General	Vis Mat Grass Seed	82
Gutter	Gutter flange to flowline	General	Vis Mat CG Conc	253
Pave	Traveled way pavement	General	Vis Mat Pave Asph	250
PaveLn1	Traveled way pavement (Lane 1)	General	Vis Mat Pave Conc	254
PaveLn2	Traveled way pavement (Lane 2 - optional)	General	Vis Mat Pave Conc	254
PaveShld	Finish grade of the paved shoulder	General	Vis Mat Pave Asph	250
RecovFslp	Recoverable foreslope	General	Vis Mat Grass Seed	82
Sdwlk	Sidewalk	General	Vis Mat Pave Conc	254
SdwlkTrcIn	Inside sidewalk terrace	General	Vis Mat Grass Sod	84
SdwlkTrcOut	Outside sidewalk terrace	General	Vis Mat Grass Sod	84
SGImpFslp	Subgrade improvement foreslope	General	Vis Mat BaseAgg Fslp	41
ShldIn	Inside sidewalk shoulder	General	Vis Mat BaseAgg ShldUnpaved	40
ShldOut	Outside sidewalk shoulder	General	Vis Mat BaseAgg ShldUnpaved	40
ShldPaved	Finish grade of the paved shoulder	General	Vis Mat Pave Asph	250
ShldUnpaved	Finish grade of unpaved shoulder	General	Vis Mat BaseAgg ShldUnpaved	40
TopOfCrb	Top of curb	General	Vis Mat CG Conc	253
TravDtchBslp	Traversable ditch backslope	General	Vis Mat Grass Seed	82