To make a **Cylinder** in the **Main Menu** select **Model -> Construction -> Make Cylinder**.

**Dialog Box to make a Simple Cylinder**

The following data are required:

*nb Radial*: number of hexahedra on radial.*nb Angular*: number of hexahedra along the perimeter of the cylinder.*nb Height*: number of hexahedra along the axis of the cylinder.

Clicking on “Apply” on the previous dialog box will produce the following result:

**Simple Cylinder**

The result is an array of hexahedral ranked first by following the radial direction and the angular direction, then according to the layers in the cylinder axis.

TUI command: *Simple Cylinder*

**Dialog Box to make a Uniform Cylinder**

The following data are required:

*origin*: origin’s coordinates of the cylinder (select a vertex).*axis*: the axis of the cylinder (select a vector).*base*: the base of the cylinder (select a vector).*radius*: the radius of the cylinder.*hole radius*: the radius of the hole in the cylinder .*slice angle*: angle of the cylinder around the Z axis.*height*: the height of the cylinder.*nb Radial*: number of hexahedra on radial.*nb Angular*: number of hexahedra along the perimeter of the cylinder.*nb Height*: number of hexahedra along the axis of the cylinder.

Clicking on “Apply” on the previous dialog box will produce the following result:

**Uniform Cylinder**

TUI command: *Uniform Cylinder*

**Dialog Box to make a Custom Cylinder**

The following data are required:

*origin*: origin’s coordinates of the cylinder (select a vertex).*axis*: the axis of the cylinder (select a vector).*base*: the base of the cylinder (select a vector).*radius*: a list of radiuses in ascendant order.*angle*: a list of angles in ascendant order.*height*: a list of heights in ascendant order.

Clicking on “Apply” on the previous dialog box will produce the following result:

**Custom Cylinder**

TUI command: *Custom Cylinder*

To make **two cylinders in T shape** in the **Main Menu** select **Model -> Construction -> Make Cylinders**

The dialogue box to make cylinders is:

**Make Cylinders**

The following data are required:

*origin*: the origin of the cylinder (select a vertex).*axis*: the axis of the cylinder (select a vector).*radius*: the radius of the cylinder.*height*: the height of the cylinder.

Those arguments must be filled for the **Big Cylinder** and the **Small Cylinder**.

Clicking on “Apply” on the previous dialog box will produce the following result:

**Make Cylinders (T Shape)**

TUI command: *Make Cylinders*

To make a **Pipe** in the **Main Menu** select **Model -> Construction -> Make Pipe**.

**Dialog Box to make a Simple Pipe**

The following data are required:

*nb Radial*: number of hexahedra on radial.*nb Angular*: number of hexahedra along the perimeter of the pipe.*nb Height*: number of hexahedra along the axis of the pipe.

TUI command: *Simple Pipe*

**Dialog Box to make a Uniform Pipe**

The following data are required:

*origin*: origin’s coordinates of the pipe (select a vertex).*axis*: the axis of the pipe (select a vector).*base*: the base of the pipe (select a vector).*radius*: the radius of the pipe.*hole radius*: the radius of the hole in the pipe.*slice angle*: angle of the pipe around the Z axis.*height*: the height of the pipe.*nb Radial*: number of hexahedra on radial.*nb Angular*: number of hexahedra along the perimeter of the pipe.*nb Height*: number of hexahedra along the axis of the pipe.

TUI command: *Uniform Pipe*

**Dialog Box to make a Custom Pipe**

The following data are required:

*origin*: origin’s coordinates of the pipe (select a vertex).*axis*: the axis of the pipe (select a vector).*base*: the base of the pipe (select a vector).*radius*: a list of radiuses in ascendant order.*angle*: a list of angles in ascendant order.*height*: a list of heights in ascendant order.

TUI command: *Custom Pipe*

To make **two intersect pipes** in the **Main Menu** select **Model -> Construction -> Make Pipes**.

The dialogue box to make pipes is:

**Make Pipes**

You can make **Pipes** (T Shape) through a **Big Pipe** and a **Small Pipe**.

The following data are required:

*origin*: the origin of the pipe (select a vertex).*axis*: the axis of the pipe (select a vector).*radius*: the radius of the pipe.*hole radius*: the radius of the hole in the pipe.*height*: the height of the pipe.

Those arguments must be filled for the **Big Pipe** and the **Small Pipe**.

TUI command: *Make Pipes*