Plane Properties
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Plane Definition | "Plane Properties" will be loaded when the "Plane Definition" option in the "Modelling" ribbon is selected. Planes are used to assist adjusting the levels of the members in Z direction. |
Plane definition is a particularly efficient way of modeling structural members such as sloping slabs (e.g. ramps) that are not parallel to the plan level in the building.
To define a new Plane:
- In order to get detailed information about these methods, you can watch this video : Slab Insertion Options.
- "Point: 1” will be assigned to the Left-Bottom corner of the plane by the program automatically. Starting from “Point: 1”, other corner points of the plane will be determined in an counter-clock wise order.
- As it’s known from the mathematics four points are necessary for the equation of a plane. 4th corner point is calculated internally and will not be shown in these fields.
- If you enter a positive value to the “Z” field of a corner point related corner point will be raises by that amount relative to the storey level.
Editing an Existing Plane Member
In order to edit an existing plane:
- Select an existing plane.
- Right-click and select “Properties”.
- Modify the fields such as “Z” in the “Plane Properties” form.
- Press the "Update" button in the “Properties” form or Right-click and select “Update” option in the Shortcut Menu.
Move Members to Plane Definition
One of the most commonly used options in the Planes shortcut menu is “Move Members to Plane Definition”.
In order to use this option:
- Select the Plane in which the level of the corner points have been adjusted.
- Use “Move Members to Plane Definition” option in the shortcut menu by right-clicking in order to adjust all of the structural members contained or at the edge of the plane to the new plane level.

Users can refer to the example in How to model inclined / sloping slab for steps to model slanting slabs using plane definition.

Please note that if Plane Definition is applied around a wall, the Wall Model Type should set to
FE Shell Model. This is to ensure connected members are properly support by the wall.