Slope Bottom Cylinder Element (SLCYLINDER)
- Last UpdatedFeb 24, 2022
- 1 minute read
Primitive Element
Attributes
|
Name |
Name of the element |
|
Purpose |
Description code word |
|
Position |
Position |
|
Orientation |
Orientation |
|
Level |
Drawing level |
|
Obstruction |
Obstruction level |
|
Diameter |
Diameter |
|
Height |
Height |
|
Xtshear |
X top shear: inclination of top face to local X axis |
|
Ytshear |
Y top shear: inclination of top face to local Y axis |
|
Xbshear |
X bottom shear: inclination of bottom face to local X axis |
|
Ybshear |
Y bottom shear: inclination of bottom face to local Y axis |
|
Orrf |
Origin reference (for templates) |
|
Tmrref |
Template Repeat Element Reference |
|
RepCount |
Rule Repeat Counter |
The origin of the Slope-bottom Cylinder is at the mid-point of the axis (mid-way between P1 and P2) and the default orientation is with the axis on the Z-axis.
Legal Owners
Cable Junction Box Element (JNTBOX)
Subequipment Element (SUBEQUIPMENT)
Substructure Element (SUBSTRUCTURE)
Sub Volume Model Element (SVOLMODEL)
Terrain Primitive Holder Element (TRNPRI)
Volume Model Element (VOLMODEL)
Legal Members
Negative Circular Torus Element (NCTORUS)
Negative Cylinder Element (NCYLINDER)
Negative Polyhedron Element (NPOLYHEDRON)
Negative Pyramid Element (NPYRAMID)
Negative Revolution Element (NREVOLUTION)
Negative Rectangular Torus Element (NRTORUS)
Negative Slope Bottom Cylinder Element (NSLCYLINDER)