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Term
LANESET arg1 arg2 arg3
Description
The definition of the lanes is organized in lane sets. The lanes are positioned parametrically, based on the cross-section geometry.
Arguments
Minimum quantity: 2(1)
arg1
Value |
Dimension |
Meaning |
name |
TEXT |
Name of the lane set |
END |
KEYWORD |
Scope will be closed. |
arg2
Value |
Dimension |
Meaning |
BEGIN |
KEYWORD |
Scope will be opened. |
arg3 (arg2 = BEGIN)
Value |
Dimension |
Meaning |
ADD |
KEYWORD |
The content of the scope will be added to. |
CLEAR |
KEYWORD |
The content is deleted before the scope is imported. |
Scopes
TRAFFIC
Examples
LANESET "Lane Set_right" BEGIN
ZPOSITION BOUNDARY "Boundary7" 5.35000
LOADDIR VERTICAL CENTRIFUGAL
LANEDIR MIRROR
LANE 1 WIDTH 3.00000
LANE 2 WIDTH 3.00000
LANE 3 WIDTH 3.00000
LANE 4 WIDTH 1.70000
LANE 1 TRPOS WREL 0.50000
LANE 2 TRPOS WREL 0.50000
LANE 3 TRPOS WREL 0.50000
LANE 4 TRPOS WREL 0.50000
ASSEMBLIES BEGIN
ASM * MEMBER "MG-Box" BEAM * SGLOBAL * SGLOBAL *
ASSEMBLIES END
LANESET END
The 4 lanes of the lane set "Lane Set_right” are arranged from right to left. The starting point in the cross section is the intersection of the boundary "Boundary7" with the vertical line at z = 5.35. Vertical and centrifugal directions of influence are selected. The width of the lanes and the position of the load train in the lane are defined. The assembly defines the affected elements in the longitudinal direction.
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