Cylindrical Volume Lattice

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About this Block

What it does: Creates a periodic lattice with built in Cylindrical Cell Map, Trim Lattice, and Trim Cell Map blocks. Common uses:

• Quick method of creating a periodic lattice.

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Implicit Body, Non-Parametric Unit Cell, Scalar, Scalar, Integer, Frame, Bool

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a Non-Parametric Unit Cell, with additional overloads for 1 or 2 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, Non-Parametric Unit Cell, Scalar, Scalar, Integer, Frame, Bool, 1.1.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a Non-Parametric Unit Cell, with additional overloads for 1 or 2 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, Non-Parametric Unit Cell, Scalar, Scalar, Integer, Frame, Bool, 1.2.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a Non-Parametric Unit Cell, with additional overloads for 1 or 2 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, Non-Parametric Unit Cell, Scalar, Scalar, Integer, Frame, Bool, 1.3.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a Non-Parametric Unit Cell, with additional overloads for 1 or 2 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, Non-Parametric Unit Cell, Scalar, Scalar, Integer, Frame, Bool, 1.4.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a Non-Parametric Unit Cell, with additional overloads for 1 or 2 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, 1 Parameter Unit Cell, Scalar, Scalar, Integer, Frame, Bool, Scalar Field

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a 1 Parameter Unit Cell, with additional overloads for 2 or 0 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, 1 Parameter Unit Cell, Scalar, Scalar, Integer, Frame, Bool, Scalar Field, 1.1.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a 1 Parameter Unit Cell, with additional overloads for 2 or 0 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, 1 Parameter Unit Cell, Scalar, Scalar, Integer, Frame, Bool, Scalar Field, 1.2.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a 1 Parameter Unit Cell, with additional overloads for 2 or 0 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, 1 Parameter Unit Cell, Scalar, Scalar, Integer, Frame, Bool, Scalar Field, 1.3.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a 1 Parameter Unit Cell, with additional overloads for 2 or 0 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, 1 Parameter Unit Cell, Scalar, Scalar, Integer, Frame, Bool, Scalar Field, 1.4.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a 1 Parameter Unit Cell, with additional overloads for 2 or 0 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, 2 Parameter Unit Cell, Scalar, Scalar, Integer, Frame, Bool, Scalar Field, Scalar Field

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a 2 Parameter Unit Cell, with additional overloads for 0 or 1 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, 2 Parameter Unit Cell, Scalar, Scalar, Integer, Frame, Bool, Scalar Field, Scalar Field, 1.1.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a 2 Parameter Unit Cell, with additional overloads for 0 or 1 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, 2 Parameter Unit Cell, Scalar, Scalar, Integer, Frame, Bool, Scalar Field, Scalar Field, 1.2.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a 2 Parameter Unit Cell, with additional overloads for 0 or 1 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, 2 Parameter Unit Cell, Scalar, Scalar, Integer, Frame, Bool, Scalar Field, Scalar Field, 1.3.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a 2 Parameter Unit Cell, with additional overloads for 0 or 1 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs

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Implicit Body, 2 Parameter Unit Cell, Scalar, Scalar, Integer, Frame, Bool, Scalar Field, Scalar Field, 1.4.0

Generates a Lattice that completely fills a Volume by tessellating a Unit Cell along cylindrical coordinates. This block accepts a 2 Parameter Unit Cell, with additional overloads for 0 or 1 Parameter Unit Cells. By default, the Lattice’s beams are then trimmed to the surface of the Volume input. Provide an optional Frame input to customize the origin and orientation of the cylindrical coordinates.

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Inputs

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Outputs