Primary Road Lanes Only

Lanes both sides, no kerbs — the primary's box region at a four-way crossing (both sides open to the secondary)

At a glance


Kind	Assembly preset (whole cross-section)
Domain	Road
Geometry	20 points, 10 links, 8 shapes
Targets	4 (surface / offset / elevation targets this subassembly can be linked to)

Parameters

Defaults are the metric values the palette inserts. Every parameter can be driven by an expression or a target.

Parameter	Type	Default	Meaning
`LaneR_Side`	+1 right of the baseline, −1 left	Right (+1)	+1 Right / -1 Left
`LaneR_Width`	number (metres unless the description says otherwise)	3.6	Lane width (m)
`LaneR_Pave1Depth`	number (metres unless the description says otherwise)	0.025	Pave1 depth (m)
`LaneR_Pave2Depth`	number (metres unless the description says otherwise)	0.025	Pave2 depth (m)
`LaneR_BaseDepth`	number (metres unless the description says otherwise)	0.15	Base depth (m)
`LaneR_SubBaseDepth`	number (metres unless the description says otherwise)	0.3	Sub-base depth (m)
`LaneR_DefaultSlope`	cross slope as a ratio (−0.02 = 2 % fall)	-0.02	Static cross slope when UseSuperelevation = None
`LaneR_UseSuperelevation`	number (metres unless the description says otherwise)	6	0 LeftLO / 1 LeftLI / 2 RightLO / 3 RightLI / 6 None
`LaneR_SlopeDirection`	number (metres unless the description says otherwise)	0	0 away from crown / 1 towards crown (flips sign)
`LaneR_InsidePointCode`	number (metres unless the description says otherwise)	0	0 Crown / 1 ETW / 2 Lane / 3 none
`LaneR_OutsidePointCode`	number (metres unless the description says otherwise)	1	0 Crown / 1 ETW / 2 Lane / 3 none
`LaneR_SupportAOR`	number (metres unless the description says otherwise)	1	1 = offer this lane as the AOR pivot
`LaneL_Side`	+1 right of the baseline, −1 left	Left (−1)	+1 Right / -1 Left
`LaneL_Width`	number (metres unless the description says otherwise)	3.6	Lane width (m)
`LaneL_Pave1Depth`	number (metres unless the description says otherwise)	0.025	Pave1 depth (m)
`LaneL_Pave2Depth`	number (metres unless the description says otherwise)	0.025	Pave2 depth (m)
`LaneL_BaseDepth`	number (metres unless the description says otherwise)	0.15	Base depth (m)
`LaneL_SubBaseDepth`	number (metres unless the description says otherwise)	0.3	Sub-base depth (m)
`LaneL_DefaultSlope`	cross slope as a ratio (−0.02 = 2 % fall)	-0.02	Static cross slope when UseSuperelevation = None
`LaneL_UseSuperelevation`	number (metres unless the description says otherwise)	6	0 LeftLO / 1 LeftLI / 2 RightLO / 3 RightLI / 6 None
`LaneL_SlopeDirection`	number (metres unless the description says otherwise)	0	0 away from crown / 1 towards crown (flips sign)
`LaneL_InsidePointCode`	number (metres unless the description says otherwise)	0	0 Crown / 1 ETW / 2 Lane / 3 none
`LaneL_OutsidePointCode`	number (metres unless the description says otherwise)	1	0 Crown / 1 ETW / 2 Lane / 3 none
`LaneL_SupportAOR`	number (metres unless the description says otherwise)	1	1 = offer this lane as the AOR pivot

Points

Point codes are what feature lines, styles and quantity take-off match on — they are the contract this subassembly publishes.

Point	Code	Placed	From	Expression
`LaneR_P1`	Crown	offset + elevation delta from the reference point	—	`0 / 0`
`LaneR_P2`	ETW	horizontal delta from the reference, elevation from a slope	LaneR_P1	`LaneR_Side*LaneR_Width / LaneR_LnSlp`
`LaneR_P3`	Crown_Pave1	offset + elevation delta from the reference point	LaneR_P1	`0 / -(LaneR_Pave1Depth)`
`LaneR_P7`	ETW_Pave1	offset + elevation delta from the reference point	LaneR_P2	`0 / -(LaneR_Pave1Depth)`
`LaneR_P4`	Crown_Pave2	offset + elevation delta from the reference point	LaneR_P1	`0 / -(LaneR_Pave1Depth+LaneR_Pave2Depth)`
`LaneR_P8`	ETW_Pave2	offset + elevation delta from the reference point	LaneR_P2	`0 / -(LaneR_Pave1Depth+LaneR_Pave2Depth)`
`LaneR_P5`	Crown_Base	offset + elevation delta from the reference point	LaneR_P1	`0 / -(LaneR_Pave1Depth+LaneR_Pave2Depth+LaneR_BaseDepth)`
`LaneR_P9`	ETW_Base	offset + elevation delta from the reference point	LaneR_P2	`0 / -(LaneR_Pave1Depth+LaneR_Pave2Depth+LaneR_BaseDepth)`
`LaneR_P6`	Crown_SubBase	offset + elevation delta from the reference point	LaneR_P1	`0 / -(LaneR_Pave1Depth+LaneR_Pave2Depth+LaneR_BaseDepth+LaneR_SubBaseDepth)`
`LaneR_P10`	ETW_SubBase	offset + elevation delta from the reference point	LaneR_P2	`0 / -(LaneR_Pave1Depth+LaneR_Pave2Depth+LaneR_BaseDepth+LaneR_SubBaseDepth)`
`LaneL_P1`	Crown	offset + elevation delta from the reference point	—	`0 / 0`
`LaneL_P2`	ETW	horizontal delta from the reference, elevation from a slope	LaneL_P1	`LaneL_Side*LaneL_Width / LaneL_LnSlp`
`LaneL_P3`	Crown_Pave1	offset + elevation delta from the reference point	LaneL_P1	`0 / -(LaneL_Pave1Depth)`
`LaneL_P7`	ETW_Pave1	offset + elevation delta from the reference point	LaneL_P2	`0 / -(LaneL_Pave1Depth)`
`LaneL_P4`	Crown_Pave2	offset + elevation delta from the reference point	LaneL_P1	`0 / -(LaneL_Pave1Depth+LaneL_Pave2Depth)`
`LaneL_P8`	ETW_Pave2	offset + elevation delta from the reference point	LaneL_P2	`0 / -(LaneL_Pave1Depth+LaneL_Pave2Depth)`
`LaneL_P5`	Crown_Base	offset + elevation delta from the reference point	LaneL_P1	`0 / -(LaneL_Pave1Depth+LaneL_Pave2Depth+LaneL_BaseDepth)`
`LaneL_P9`	ETW_Base	offset + elevation delta from the reference point	LaneL_P2	`0 / -(LaneL_Pave1Depth+LaneL_Pave2Depth+LaneL_BaseDepth)`
`LaneL_P6`	Crown_SubBase	offset + elevation delta from the reference point	LaneL_P1	`0 / -(LaneL_Pave1Depth+LaneL_Pave2Depth+LaneL_BaseDepth+LaneL_SubBaseDepth)`
`LaneL_P10`	ETW_SubBase	offset + elevation delta from the reference point	LaneL_P2	`0 / -(LaneL_Pave1Depth+LaneL_Pave2Depth+LaneL_BaseDepth+LaneL_SubBaseDepth)`

Links

Link	Code	Between	Role
`LaneR_L1`	Top,Pave	LaneR_P1 → LaneR_P2	drawn
`LaneR_L2`	Pave1	LaneR_P3 → LaneR_P7	drawn
`LaneR_L3`	Pave2	LaneR_P4 → LaneR_P8	drawn
`LaneR_L4`	Base	LaneR_P5 → LaneR_P9	drawn
`LaneR_L5`	Datum,SubBase	LaneR_P6 → LaneR_P10	drawn
`LaneL_L1`	Top,Pave	LaneL_P1 → LaneL_P2	drawn
`LaneL_L2`	Pave1	LaneL_P3 → LaneL_P7	drawn
`LaneL_L3`	Pave2	LaneL_P4 → LaneL_P8	drawn
`LaneL_L4`	Base	LaneL_P5 → LaneL_P9	drawn
`LaneL_L5`	Datum,SubBase	LaneL_P6 → LaneL_P10	drawn

Shapes (materials)

Shape	Material code	Boundary points
`LaneR_S1`	Pave1	LaneR_P1, LaneR_P2, LaneR_P7, LaneR_P3
`LaneR_S2`	Pave2	LaneR_P3, LaneR_P7, LaneR_P8, LaneR_P4
`LaneR_S3`	Base	LaneR_P4, LaneR_P8, LaneR_P9, LaneR_P5
`LaneR_S4`	SubBase	LaneR_P5, LaneR_P9, LaneR_P10, LaneR_P6
`LaneL_S1`	Pave1	LaneL_P1, LaneL_P2, LaneL_P7, LaneL_P3
`LaneL_S2`	Pave2	LaneL_P3, LaneL_P7, LaneL_P8, LaneL_P4
`LaneL_S3`	Base	LaneL_P4, LaneL_P8, LaneL_P9, LaneL_P5
`LaneL_S4`	SubBase	LaneL_P5, LaneL_P9, LaneL_P10, LaneL_P6

Generated page. The tables above are read from the built-in catalogue itself (yu3d_stock_dump), so they always match the version of yucad3d you are running.