Add a Profile That Starts From a Point and is Perpendicular to a Surface

Profile Structure Design

General

The cross-section of the profile is swept to a profile from the point selected to the specified reference plane in a perpendicular direction.

  • Move the cross section selected from the profile library to a point, change the position of the cross section's insertion point, and select a point (A) as the starting point of the profile part.
  • Select the direction of the normal of a planar face as the sweep direction (B).
  • Enter the exact value for the profile length on the keyboard.
A profile part created this way
  • Is a part fixed in place. If you want to use the constraints to fix it in place, you must first detach the profile and then remove the coincidence constraint from the 3d sketch of the profile.
  • Contains a 3d sketch line that has a coincidence constraint to the plane selected as the starting surface.
    • This coincidence constraint does not appear among the assembly constraints.
    • The coincidence constraint is displayed if the context-sensitive function is selected for the selected profile: Edit Profile > 3D Sketch.

Add a profile from the point so that it is at an angle of 90 degrees to the selected surface

  • In other words, the profile is parallel to the normal of the selected surface.
  1. Start adding a profile:
    • Vertex G4: On the tab, in the Add group, select Add Profile.
    • Vertex G4 Plant: On the tab, in the Steel Structures group, select Add Profile.
    • Select the contextual function: Add > Profile
  2. Select a profile cross section from the browser:
    • By using the context-sensitive function Select or
    • By double-clicking the cross-section.
    • Click the profile, drag it a little and release the mouse selection button.
  3. Select the table ID determining the profile size from the list.
    • Or if the profile does not have a dimension table, enter the dimension in the dimension table that opens
  4. If necessary, attach item data to the profile part.
  5. If necessary, rotate the direction of the profile, mirror the profile or change the profile reference point with auxiliary actions.
    • Use the auxiliary function or press the F8 key to change the reference point.
    • Use the auxiliary functions , or press the F9 key to rotate the cross-section of the profile.
    • If necessary, use an auxiliary function or press the F9 key to mirror the cross-section of the profile.
  6. Select a point in the model as the position of the cross section.
    • To select a point other than the end point from the guide curve, hold down the Alt key.
  7. Define the face's normal direction as the profile direction, as follows:
    • Select this checkbox: and
    • Click a planar surface, the normal of which will determine the profile direction.
  8. Define the profile length:
    • Enter a value on the keyboard or.
    • Select an end point from the model space.
  9. Add the next profile. If you want to change the profile you want to add:
    • Click the middle mouse button or
    • Press the V key. (V= Confirm).
    • Select the context-sensitive function: OK.
    • Select a new profile, etc.
  10. When you want to stop adding profiles:
    • Select another function or
    • Press the Esc key.
Note:
  • You can also select a point in the cross section of an existing profile part as the profile's starting point. Instead of length, you can select an end point, see Cross Section Between Two Points.
  • It is easier to select a point from the model, when you enable snapping to Point.
  • In profile part modeling, pressing the Esc key returns to the previous phase.
  • If you cannot accurately determine the position of a profile part when it is modeled, it is positioned in the assembly using geometric constraints. If necessary, you can fix it in place.