2.0

Working with Subassemblies
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Predefined Point Codes
*1 Centerline The finished ground reference point
*2 Connection The template slope connection points
*3 Ditch The point on a V shaped ditch, or the inner ditch point
with a width
*4 Ditch width The outer point of a ditch with an applied width
*5 Bench The inner point of a slope bench
*6 Bench width The outer point of a slope bench
*7 Stepped The break point of a stepped slope, the inner point of a
stepped bench
*8 Stepped width The outer point of a stepped slope bench
*9 Surface The break point of a surface slope, the inner point of a
surface bench
*10 Surface on The intermediate points of a surface bench
*11 Surface width The outer point of a surface bench
*12 Subsurface apex The crown of the subgrade surface at its depth point
*13 Subsurface Median The template subgrade inner superelevation break points
*14 Subsurface Break The template subgrade outer superelevation break points
*15 Subsurface inter The template subgrade/side slope intersection points
*16 Catch The point where the slope matches into existing ground
Working with Subassemblies
Subassembliesrepresent design elements such as shoulders or curbs, and are
optional. Subassemblies are attached to a template at the connection-point-out
of the template. Subassemblies differ from normal template surfaces in that they
vary depending on whether the template is in a cut or fill situation
NOTE
You cannot attach subassemblies to a template that uses subgrade surfaces.
The basic process of designing subassemblies includes drawing the subassembly,
defining the subassembly, and attaching the subassembly to template.