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Surface

The surface tool can be used to create a plane that extends across the entire domain lattice. This tool is especially useful for creating animation probes of geometry cross sections.

The surface tool can also be used to create a plane that extends across the entire subgrid lattice - the only difference is in how the tool is opened, as outlined below.

Defining a lattice-spanning surface
  1. Click the Surface tool Lattice Plane Image 16 under EMA3D in the Ribbon within the Geometry section.

    surface tool 8

    Alternatively, right click Domain in the Simulation Tree, then select Geometry Image 16 Geometry in the pop-up menu, and finally select Lattice Plane Image 16 Surface.

    surface tool 7

    For the subgrid domain, right click Sub-grid in the Simulation Tree, then select Geometry Image 16 Geometry, and finally select Lattice Plane Image 16 Surface.

    surface tool 6
  2. Four options for creating the plane appear within the model window:

    1. Custom Plane

      The default option is to create a custom plane by choosing three points that lie within the plane. To set the plane, select surface tool 1 if it is not selected. Hover over the lattice boundary on which the point will be made. The lattice mesh will appear. Move the cursor over the mesh - the point coordinates will appear. Select a point on the lattice boundary within the desired plane and repeat two more times. A greyscale representation of the plane will appear as the points are selected. The final plane will appear once the third point is selected. This option can be used to create the most custom plane.

      surface tool 2
    2. Create X-Z Plane

      This option creates an X-Z plane that stretches across the entire boundary at a selected Y value. To set the plane, select XYPlane Image 48. Hover over the domain, the lattice mesh will appear. Move the cursor over the mesh - the point coordinates will appear, as will a greyscale representation of the plane. Moving along the Y axis, select a point on the lattice boundary for the plane. The final plane will appear.

      surface tool 3
    3. Create X-Y Plane

      This option creates an X-Y plane that stretches across the entire boundary at a selected Z value. To set the plane, select XZPlane Image 48. Hover over the domain, the lattice mesh will appear. Move the cursor over the mesh - the point coordinates will appear, as will a greyscale representation of the plane. Moving along the Z axis, select a point on the lattice boundary for the plane. The final plane will appear.

      surface tool 4
    4. Create X-Y Plane

      This option creates an Y-Z plane that stretches across the entire boundary at a selected X value. To set the plane, select YZPlane Image 48. Hover over the domain, the lattice mesh will appear. Move the cursor over the mesh - the point coordinates will appear, as will a greyscale representation of the plane. Moving along the X axis, select a point on the lattice boundary for the plane. The final plane will appear.

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  3. Select Check Image 16 to close the Surface tool.

See Also

Other Resources

Mesh
Point
Line
Geometry

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