LINEAR Solutions for AutoCAD

Details on Shaft

Information on the Shaft dialog.

In this dialog, you determine the height of the shaft and specify in the planning types Planning type 3D - IFC link workflow and 3D - IFC import workflow whether the shaft receives room data and a room label.

You are here:

Project tab ➤ Discipline Architecture ➤ Planning type 3D - IFC link Workflow/3D - IFC import workflow ➤ Create tab ➤ Command group “Storeys and axes” ➤ Enter shaft <

or

Project tab ➤ Discipline Architecture ➤ Planning type 3D - Model planning/2.5D - Model planning ➤ Create tab ➤ Command group “Room, building contours” ➤ Enter shaft <

Shaft dialog in the LINEAR Solutions for Autodesk AutoCAD

Height

You can use the drop-down list to choose between the following options for defining the height of the shaft:

  • Storey height: The height of the current storey is used as the shaft height. The storey heights are specified in the Storey table.
  • Manual entry: Activates the input field for manually entering the room Shaft height. After the building has been transferred to LINEAR Building, the value is not displayed in the general room data of the shaft, but is used for the heights of the walls in the heating or cooling load calculation.
    Note: Only shafts with room data are transferred to LINEAR Building.
  • Maximum expansion: This option is only available in the planning types 3D - IFC link workflow and 3D - IFC import workflow. The shaft is given the maximum possible height in the drawing. The height of the room is maintained until it reaches a limiting component.

With room data

The checkbox with room data option is only available in the planning types 3D - IFC link workflow and 3D - IFC import workflow.

Enabled: The shaft is provided with room data and receives a room label. These shafts are detected by the Building detection and also transferred to LINEAR Building.

Disabled: The shaft does not receive any room data or a room label. Shafts defined in this way are not included in the Building detection and are not transferred to LINEAR Building. However, the adjacent situation of room components adjacent to such shafts is correctly transferred to LINEAR Building.