Each structural column or beam displays in the 3D model as a section (GENSEC) element. Each straight or curved section comprises straight and curved segments and its geometry is defined by extruding a 2D catalogue profile along a path. The path lies on a plane and is represented by a SPINE element, owned by the GENSEC, whose route is specified by a sequence of Spine Points (POINSP).
POINSPs are created at the start, the end and at each change of direction. Each segment linking adjacent spine points can be a straight line or circular arc achieved by inserting Curve (CURVE) elements.
GENSECs can be connected to other GENSEC elements, fittings and joints can also be applied to them.
A GENSEC element can be owned by a FRMW or a SBFR element and each element which makes up a GENSEC element has attributes unique to each of them.

GENSEC
A GENSEC can represent any component whose geometry is defined by sweeping a 2D profile along a linear or curved path (its SPINE element). It has a uniform cross-section along its length, defined by reference to a Catalogue Profile element.
SPINE
A SPINE defines the path through which a cross-sectional Profile must be swept to generate a GENSEC. The route of the Spine is defined by a sequence of Spine Points (POINSP): one at the start, one at the end, and one at each change of direction. Each segment linking adjacent Spine Points can be either a straight line or an arc of a circle: the latter is achieved by the insertion of a CURVE element. In its simplest form, the SPINE is defined as a line between two fixed points. In its more general form, where the SPINE consists of a sequence of straight and/or curved segments, it can represent, for example, curved beams or curved walls.
POINSP
A POINSP element defines the start and end of a SPINE path, and any location along the path at which there is a change of direction.
CURVE
A CURVE element defines a segment of a SPINE path. It defines the geometry of the SPINE between the POINSPs either side of it in the members list.

The geometry of a section is defined by two types of properties setting:

To provide a method for referring to individual edges and faces of a section, each is identified by a named line which runs along the length and curve of the section. These reference lines (which are derived from the section’s profile definition in the catalogue) are called Plines. As an example, some of the most commonly used p-lines for an I-shaped Profile might be positioned and named as:

Nodes
The application uses the concept of Nodes to represent basic analytical points within a structure. Nodes have two main functions:
Its cross-section is defined by reference to a Specification Reference (SPREF) element (for example, I‑beam, T-section and Channel).
All other aspects of its geometry are defined by setting specific design properties (in most cases these are set automatically by the application as the 3D model is manipulated graphically). Two of the most important properties are the Start Position and the End Position, since the positions of these points effectively determine the length and orientation of the item.
Its cross-section is defined by reference to a Specification Reference (SPREF) element (for example, I‑beam, T-section and Channel).
Its cross-section is defined by reference to a Specification Reference (SPREF) element (for example, I‑beam, T-section and Channel).
All other aspects of its geometry are defined by setting specific design properties (in most cases these are set automatically by the application as the 3D model is manipulated graphically). Two of the most important properties are the Start Position and the End Position, since the positions of these points effectively determine the length and orientation of the item.
All other aspects of its geometry are defined by setting specific design properties (in most cases these are set automatically by the application as the 3D model is manipulated graphically). Two of the most important properties are the Start Position and the End Position, since the positions of these points effectively determine the length and orientation of the item.
To identify the points at which logical connections are made between adjoining sections.
To define how applied stresses can affect individual points in the structure (for passing design data to separate stress analysis programs).
To identify the points at which logical connections are made between adjoining sections.
To identify the points at which logical connections are made between adjoining sections.
To define how applied stresses can affect individual points in the structure (for passing design data to separate stress analysis programs).
To define how applied stresses can affect individual points in the structure (for passing design data to separate stress analysis programs).
Note:
Refer to Structural Catalog for further information.

Structural Catalog
GENSEC
SPINE
POINSP
CURVE
Specification Reference
Start Position
End Position
Plines
I
-
Note:
Structural Catalog
Nodes
Nodes


Creates a straight section.


Creates a single straight section with a defined start point and end point.
You are prompted to Start point or
Input values in the dimension fields and press Enter or click to identify the start position.
You are then prompted to End point or
Input values in the dimension fields and press Enter or click to identify the end position. A straight section is created and displays in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Continuous
Press the down arrow key and select Continuous to create multiple straight sections. The start point of each new created section is positioned at the end point of the previously created section. Refer to Create Continuous Straight Sections for further information.
Repeat
Press the down arrow key and select Repeat to create multiple straight sections. You must define the start point and end point of each created section. Refer to Create Multiple Straight Sections for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle
Input an angular value in the field and press Enter to set the angle of the section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Continuous
Press the down arrow key and select Continuous to create multiple straight sections. The start point of each new created section is positioned at the end point of the previously created section. Refer to Create Continuous Straight Sections for further information.
Repeat
Press the down arrow key and select Repeat to create multiple straight sections. You must define the start point and end point of each created section. Refer to Create Multiple Straight Sections for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle
Input an angular value in the field and press Enter to set the angle of the section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

The new GENSEC element displays in the Model Explorer.

Refer to Non-Routed Item for further information.
Continuous
Press the down arrow key and select Continuous to create multiple straight sections. The start point of each new created section is positioned at the end point of the previously created section. Refer to Create Continuous Straight Sections for further information.
Repeat
Press the down arrow key and select Repeat to create multiple straight sections. You must define the start point and end point of each created section. Refer to Create Multiple Straight Sections for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle
Input an angular value in the field and press Enter to set the angle of the section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Create Continuous Straight Sections
Create Multiple Straight Sections
Non-Routed Item
Start point or
Enter
End point or
Enter
ESC
Continuous
Continuous
Create Continuous Straight Sections
Repeat
Repeat
Create Multiple Straight Sections
Mirror
Mirror
Beta
Beta
Beta angle
Enter
Parallel
Parallel
Back
Back
Perpendicular
Perpendicular
Non-Routed Item


Creates continuous straight sections where the start point of each new created section is positioned at the end point of the previously created section.
You are prompted to Start point or
Input values in the dimension fields and press Enter or click to identify the start position.
You are then prompted to End point or <Finish>
Input values in the dimension fields and press Enter or click to identify the end position.
The prompt is repeated, allowing you to create multiple sections.
Input F at the prompt and press Enter to end the command. Multiple straights sections are created and display in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.

Single
Press the down arrow key and select Single to create a single straight section. Refer to Create Single Straight Section for further information.
Repeat
Press the down arrow key and select Repeat to create multiple straight sections. You must define the start point and end point of each created section. Refer to Create Multiple Straight Sections for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Finish
Press the down arrow key and select Finish to end the command.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Single
Press the down arrow key and select Single to create a single straight section. Refer to Create Single Straight Section for further information.
Repeat
Press the down arrow key and select Repeat to create multiple straight sections. You must define the start point and end point of each created section. Refer to Create Multiple Straight Sections for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Finish
Press the down arrow key and select Finish to end the command.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

The new GENSEC elements display in the Model Explorer.

Refer to Non-Routed Item for further information.
Single
Press the down arrow key and select Single to create a single straight section. Refer to Create Single Straight Section for further information.
Repeat
Press the down arrow key and select Repeat to create multiple straight sections. You must define the start point and end point of each created section. Refer to Create Multiple Straight Sections for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Finish
Press the down arrow key and select Finish to end the command.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Create Single Straight Section
Create Multiple Straight Sections
Non-Routed Item
Start point or
Enter
End point or <Finish>
Enter
F
Enter
ESC
Single
Single
Create Single Straight Section
Repeat
Repeat
Create Multiple Straight Sections
Mirror
Mirror
Beta
Beta
Beta angle <#>
Enter
Parallel
Parallel
Back
Back
Finish
Finish
Perpendicular

Non-Routed Item


Creates multiple straight sections with defined start and end points.
You are prompted to Start point or
Input values in the dimension fields and press Enter or click to identify the start position.
You are then prompted to End point or <Finish>
Input values in the dimension fields and press Enter or click to identify the end position.
The section creation process is repeated, allowing you to create multiple sections with defined start and end points.
Input F at the prompt and press Enter to end the command. Multiple straights sections are created and display in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Single
Press the down arrow key and select Single to create a single straight section. Refer to Create Single Straight Section for further information.
Continuous
Press the down arrow key and select Continuous to create multiple straight sections. The start point of each new created section is positioned at the end point of the previously created section. Refer to Create Continuous Straight Sections for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle
Input an angular value in the field and press Enter to set the angle of the section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Finish
Press the down arrow key and select Finish to end the command.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Single
Press the down arrow key and select Single to create a single straight section. Refer to Create Single Straight Section for further information.
Continuous
Press the down arrow key and select Continuous to create multiple straight sections. The start point of each new created section is positioned at the end point of the previously created section. Refer to Create Continuous Straight Sections for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle
Input an angular value in the field and press Enter to set the angle of the section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Finish
Press the down arrow key and select Finish to end the command.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

The new GENSEC elements display in the Model Explorer.

Refer to Non-Routed Item for further information.
Single
Press the down arrow key and select Single to create a single straight section. Refer to Create Single Straight Section for further information.
Continuous
Press the down arrow key and select Continuous to create multiple straight sections. The start point of each new created section is positioned at the end point of the previously created section. Refer to Create Continuous Straight Sections for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle
Input an angular value in the field and press Enter to set the angle of the section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Finish
Press the down arrow key and select Finish to end the command.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Create Single Straight Section
Create Continuous Straight Sections
Non-Routed Item
Start point or
Enter
End point or <Finish>
Enter
F
Enter
ESC
Single
Single
Create Single Straight Section
Continuous
Continuous
Create Continuous Straight Sections
Mirror
Mirror
Beta
Beta
Beta angle
Enter
Parallel

Back
Back
Finish
Finish
Perpendicular

Non-Routed Item


Creates a curved section.


Creates curved sections, any number of points can be selected to change the direction.
You are prompted to Start point or
Input values in the dimension fields and press Enter or click to identify the start position.
You are then prompted to Fillet point (R=#mm) or <Radius>
Input values in the dimension fields and press Enter or click to identify the fillet position.
You are then prompted to Fillet point (R=#mm) or <Radius>
Input values in the dimension fields and press Enter or click to identify the fillet position.
You are then prompted to Fillet point (R=#mm) or <Finish>
The prompt is repeated, allowing you to create multiple curves.
Input F at the prompt and press Enter to end the command. A curved section is created and displays in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Fixed angle
Press the down arrow key and select Fixed angle to create curved sections with a specified fixed angle. Refer to Create Fixed Angle Curved Sections for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the curved section.
You are prompted to Curve radius <#>
Input a dimensional value in the field and press Enter to set the radii of the curved section.
Angle
Press the down arrow key and select Angle to create a curved section with a specified angle.
You are prompted to Curve angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.
Finish
Press the down arrow key and select Finish to end the command.

Fixed angle
Press the down arrow key and select Fixed angle to create curved sections with a specified fixed angle. Refer to Create Fixed Angle Curved Sections for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the curved section.
You are prompted to Curve radius <#>
Input a dimensional value in the field and press Enter to set the radii of the curved section.
Angle
Press the down arrow key and select Angle to create a curved section with a specified angle.
You are prompted to Curve angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.
Finish
Press the down arrow key and select Finish to end the command.

The new GENSEC element displays in the Model Explorer.

Refer to Non-Routed Item for further information.
Fixed angle
Press the down arrow key and select Fixed angle to create curved sections with a specified fixed angle. Refer to Create Fixed Angle Curved Sections for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the curved section.
You are prompted to Curve radius <#>
Input a dimensional value in the field and press Enter to set the radii of the curved section.
Angle
Press the down arrow key and select Angle to create a curved section with a specified angle.
You are prompted to Curve angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.
Finish
Press the down arrow key and select Finish to end the command.

Create Fixed Angle Curved Sections
Non-Routed Item
Start point or
Enter
Fillet point (R=#mm) or <Radius>
Enter
Fillet point (R=#mm) or <Radius>
Enter
Fillet point (R=#mm) or <Finish>
F
Enter
ESC
Fixed angle
Fixed angle
Create Fixed Angle Curved Sections
Radius
Radius
Curve radius <#>
Enter
Angle
Angle
Curve angle <#>
Enter
Mirror
Mirror
Beta
Beta
Beta angle <#>
Enter
Parallel

Back
Back
Perpendicular
Perpendicular
Finish
Finish
Non-Routed Item


Creates curved sections with a specified fixed angle, a fillet with the specified radius can be included.
You are prompted to Start point or
Input values in the dimension fields and press Enter or click to identify the start position.
You are then prompted to Fillet point (A=#,R=#mm) or <Radius>
Input values in the dimension fields and press Enter or click to identify the fillet position.
You are then prompted to Fillet point (A=#,R=#mm) or <Radius>
Input values in the dimension fields and press Enter or click to identify the fillet position.
You are then prompted to Fillet point (A=#,R=#mm) or <Finish>
Input values in the dimension fields and press Enter or click to identify the fillet position.
The prompt is repeated, allowing you to create multiple curves.
Input F at the prompt and press Enter to end the command. A curved section is created and displays in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Free definition
Press the down arrow key and select Free definition to create curved sections without a fixed angle. Refer to Create Free Definition Curved Sections for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the curved section.
You are prompted to Curve radius <#>
Input a dimensional value in the field and press Enter to set the radii of the curved section.
Angle
Press the down arrow key and select Angle to create a curved section with a specified angle.
You are prompted to Curve angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.
Finish
Press the down arrow key and select Finish to end the command.

Free definition
Press the down arrow key and select Free definition to create curved sections without a fixed angle. Refer to Create Free Definition Curved Sections for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the curved section.
You are prompted to Curve radius <#>
Input a dimensional value in the field and press Enter to set the radii of the curved section.
Angle
Press the down arrow key and select Angle to create a curved section with a specified angle.
You are prompted to Curve angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.
Finish
Press the down arrow key and select Finish to end the command.

The new GENSEC element displays in the Model Explorer.

Refer to Non-Routed Item for further information.
Free definition
Press the down arrow key and select Free definition to create curved sections without a fixed angle. Refer to Create Free Definition Curved Sections for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the curved section.
You are prompted to Curve radius <#>
Input a dimensional value in the field and press Enter to set the radii of the curved section.
Angle
Press the down arrow key and select Angle to create a curved section with a specified angle.
You are prompted to Curve angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the curved section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.
Finish
Press the down arrow key and select Finish to end the command.

Create Free Definition Curved Sections
Non-Routed Item
Start point or
Enter
Fillet point (A=#,R=#mm) or <Radius>
Enter
Fillet point (A=#,R=#mm) or <Radius>
Enter
Fillet point (A=#,R=#mm) or <Finish>
Enter
F
Enter
ESC
Free definition
Free definition
Create Free Definition Curved Sections
Radius
Radius
Curve radius <#>
Enter
Angle
Angle
Curve angle <#>
Enter
Mirror
Mirror
Beta
Beta
Beta angle <#>
Enter
Parallel
Parallel
Back
Back
Perpendicular
Perpendicular
Finish
Finish
Non-Routed Item


Create Arc Section with Specified Centre Point and Sweep Angle

Creates an arc section with a specified centre point and sweep angle.
You are prompted to Centre point or
Input values in the dimension fields and press Enter or click to identify the centre point position.
You are then prompted to Diameter or <Radius>
Input a dimensional value in the field and press Enter or click to identify the diameter of the arc section.
You are then prompted to Start angle or <#deg>
Input an angular value in the field and press Enter or click to identify the start point.
You are then prompted to Sweep angle or <#deg>
Input an angular value in the field and press Enter or click to identify the end point. An arc section is created and displays in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Ends + Radius
Press the down arrow key and select Ends + Radius to create an arc with specified end points and a radius. Refer to Create Arc Section with Specified End Points and Radius for further information.
Three Point
Press the down arrow key and select Three Point to create an arc with three specified points. Refer to Create Arc Section with Three Specified Points for further information.
Semi-Circle
Press the down arrow key and select Semi-Circle to create a semi-circle arc. Refer to Create Semi-Circle Arc Section for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the arc section.
You are prompted to Radius or <Diameter>
Input a dimensional value in the field and press Enter to set the radii of the arc section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Diameter
Press the down arrow key and select Diameter to create an arc section with a fixed diameter.
You are prompted to Diameter or <Radius>
Input a dimensional value in the field and press Enter to set the diameter of the arc section.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Ends + Radius
Press the down arrow key and select Ends + Radius to create an arc with specified end points and a radius. Refer to Create Arc Section with Specified End Points and Radius for further information.
Three Point
Press the down arrow key and select Three Point to create an arc with three specified points. Refer to Create Arc Section with Three Specified Points for further information.
Semi-Circle
Press the down arrow key and select Semi-Circle to create a semi-circle arc. Refer to Create Semi-Circle Arc Section for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the arc section.
You are prompted to Radius or <Diameter>
Input a dimensional value in the field and press Enter to set the radii of the arc section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Diameter
Press the down arrow key and select Diameter to create an arc section with a fixed diameter.
You are prompted to Diameter or <Radius>
Input a dimensional value in the field and press Enter to set the diameter of the arc section.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

The new GENSEC displays in the Model Explorer.

Refer to Non-Routed Item for further information.
Ends + Radius
Press the down arrow key and select Ends + Radius to create an arc with specified end points and a radius. Refer to Create Arc Section with Specified End Points and Radius for further information.
Three Point
Press the down arrow key and select Three Point to create an arc with three specified points. Refer to Create Arc Section with Three Specified Points for further information.
Semi-Circle
Press the down arrow key and select Semi-Circle to create a semi-circle arc. Refer to Create Semi-Circle Arc Section for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the arc section.
You are prompted to Radius or <Diameter>
Input a dimensional value in the field and press Enter to set the radii of the arc section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Diameter
Press the down arrow key and select Diameter to create an arc section with a fixed diameter.
You are prompted to Diameter or <Radius>
Input a dimensional value in the field and press Enter to set the diameter of the arc section.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Create Arc Section with Specified End Points and Radius
Create Arc Section with Three Specified Points
Create Semi-Circle Arc Section
Non-Routed Item
Centre point or
Enter
Diameter or <Radius>
Enter
Start angle or <#deg>
Enter
Sweep angle or <#deg>
Enter
ESC
Ends + Radius
Ends + Radius
Create Arc Section with Specified End Points and Radius
Three Point
Three Point
Create Arc Section with Three Specified Points
Semi-Circle
Semi-Circle
Create Semi-Circle Arc Section
Radius
Radius
Radius or <Diameter>
Enter
Mirror
Mirror
Beta
Beta
Beta angle <#>
Enter
Parallel
Parallel
Back
Back
Diameter
Diameter
Diameter or <Radius>
Enter
Perpendicular
Perpendicular
Non-Routed Item


Create Arc Section with Specified End Points and Radius

Creates an arc section with specified end points and a radius.
You are prompted to Start point or
Input values in the dimension fields and press Enter or click to identify the start point position.
You are then prompted to End point (R=#mm) or <Radius>
Click to identify the end point position.
You are then prompted to Indicate side for arc or
Click to identify the position of the arc section. An arc section is created and displays in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Centre + Sweep
Press the down arrow key and select Centre + Sweep to create an arc with a specified centre point and sweep angle. Refer to Create Arc Section with Specified Centre Point and Sweep Angle for further information.
Three Point
Press the down arrow key and select Three Point to create an arc with three specified points. Refer to Create Arc Section with Three Specified Points for further information.
Semi-Circle
Press the down arrow key and select Semi-Circle to create a semi-circle arc. Refer to Create Semi-Circle Arc Section for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the arc section.
You are prompted to Curve radius <#>
Input a dimensional value in the field and press Enter to set the radii of the arc section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Centre + Sweep
Press the down arrow key and select Centre + Sweep to create an arc with a specified centre point and sweep angle. Refer to Create Arc Section with Specified Centre Point and Sweep Angle for further information.
Three Point
Press the down arrow key and select Three Point to create an arc with three specified points. Refer to Create Arc Section with Three Specified Points for further information.
Semi-Circle
Press the down arrow key and select Semi-Circle to create a semi-circle arc. Refer to Create Semi-Circle Arc Section for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the arc section.
You are prompted to Curve radius <#>
Input a dimensional value in the field and press Enter to set the radii of the arc section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

The new GENSEC displays in the Model Explorer.

Refer to Non-Routed Item for further information.
Centre + Sweep
Press the down arrow key and select Centre + Sweep to create an arc with a specified centre point and sweep angle. Refer to Create Arc Section with Specified Centre Point and Sweep Angle for further information.
Three Point
Press the down arrow key and select Three Point to create an arc with three specified points. Refer to Create Arc Section with Three Specified Points for further information.
Semi-Circle
Press the down arrow key and select Semi-Circle to create a semi-circle arc. Refer to Create Semi-Circle Arc Section for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the arc section.
You are prompted to Curve radius <#>
Input a dimensional value in the field and press Enter to set the radii of the arc section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Create Arc Section with Specified Centre Point and Sweep Angle
Create Arc Section with Three Specified Points
Create Semi-Circle Arc Section
Non-Routed Item
Start point or
Enter
End point (R=#mm) or <Radius>
Indicate side for arc or
ESC
Centre + Sweep
Centre + Sweep
Create Arc Section with Specified Centre Point and Sweep Angle
Three Point
Three Point
Create Arc Section with Three Specified Points
Semi-Circle
Semi-Circle
Create Semi-Circle Arc Section
Radius
Radius
Curve radius <#>
Enter
Mirror
Mirror
Beta
Beta
Beta angle <#>
Enter
Parallel

Back
Back
Perpendicular

Non-Routed Item


Create Arc Section with Three Specified Points

Creates an arc section with three specified points.
You are prompted to 1st circumference point or
Input values in the dimension fields and press Enter or click to identify the first circumference point position.
You are then prompted to 2nd circumference point or
Input values in the dimension fields and press Enter or click to identify the second circumference point position.
You are then prompted to 3rd circumference point or
Input values in the dimension fields and press Enter or click to identify the third circumference point position. An arc section is created and displays in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Ends + Radius
Press the down arrow key and select Ends + Radius to create an arc with specified end points and a radius. Refer to Create Arc Section with Specified End Points and Radius for further information.
Centre + Sweep
Press the down arrow key and select Centre + Sweep to create an arc with a specified centre point and sweep angle. Refer to Create Arc Section with Specified Centre Point and Sweep Angle for further information.
Semi-Circle
Press the down arrow key and select Semi-Circle to create a semi-circle arc. Refer to Create Semi-Circle Arc Section for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Ends + Radius
Press the down arrow key and select Ends + Radius to create an arc with specified end points and a radius. Refer to Create Arc Section with Specified End Points and Radius for further information.
Centre + Sweep
Press the down arrow key and select Centre + Sweep to create an arc with a specified centre point and sweep angle. Refer to Create Arc Section with Specified Centre Point and Sweep Angle for further information.
Semi-Circle
Press the down arrow key and select Semi-Circle to create a semi-circle arc. Refer to Create Semi-Circle Arc Section for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

The new GENSEC displays in the Model Explorer.

Refer to Non-Routed Item for further information.
Ends + Radius
Press the down arrow key and select Ends + Radius to create an arc with specified end points and a radius. Refer to Create Arc Section with Specified End Points and Radius for further information.
Centre + Sweep
Press the down arrow key and select Centre + Sweep to create an arc with a specified centre point and sweep angle. Refer to Create Arc Section with Specified Centre Point and Sweep Angle for further information.
Semi-Circle
Press the down arrow key and select Semi-Circle to create a semi-circle arc. Refer to Create Semi-Circle Arc Section for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Create Arc Section with Specified End Points and Radius
Create Arc Section with Specified Centre Point and Sweep Angle
Create Semi-Circle Arc Section
Non-Routed Item
1st circumference point or
Enter
2nd circumference point or
Enter
3rd circumference point or
Enter
ESC
Ends + Radius
Ends + Radius
Create Arc Section with Specified End Points and Radius
Centre + Sweep
Centre + Sweep
Create Arc Section with Specified Centre Point and Sweep Angle
Semi-Circle
Semi-Circle
Create Semi-Circle Arc Section
Mirror
Mirror
Beta
Beta
Beta angle <#>
Enter
Parallel
Parallel
Back
Back
Perpendicular
Perpendicular
Non-Routed Item


Creates a semi-circle arc section.
You are prompted to Start point or
Input values in the dimension fields and press Enter or click to identify the start point position.
You are then prompted to End point or
Input a dimensional value in the field and press Enter or click to identify the end point position.
You are then prompted to Indicate side for arc or
Click to identify the position of the arc section. An arc section is created and displays in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Ends + Radius
Press the down arrow key and select Ends + Radius to create an arc with specified end points and a radius. Refer to Create Arc Section with Specified End Points and Radius for further information.
Centre + Sweep
Press the down arrow key and select Centre + Sweep to create an arc with a specified centre point and sweep angle. Refer to Create Arc Section with Specified Centre Point and Sweep Angle for further information.
Three Point
Press the down arrow key and select Three Point to create an arc with three specified points. Refer to Create Arc Section with Three Specified Points for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Ends + Radius
Press the down arrow key and select Ends + Radius to create an arc with specified end points and a radius. Refer to Create Arc Section with Specified End Points and Radius for further information.
Centre + Sweep
Press the down arrow key and select Centre + Sweep to create an arc with a specified centre point and sweep angle. Refer to Create Arc Section with Specified Centre Point and Sweep Angle for further information.
Three Point
Press the down arrow key and select Three Point to create an arc with three specified points. Refer to Create Arc Section with Three Specified Points for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

The new GENSEC displays in the Model Explorer.

Refer to Non-Routed Item for further information.
Ends + Radius
Press the down arrow key and select Ends + Radius to create an arc with specified end points and a radius. Refer to Create Arc Section with Specified End Points and Radius for further information.
Centre + Sweep
Press the down arrow key and select Centre + Sweep to create an arc with a specified centre point and sweep angle. Refer to Create Arc Section with Specified Centre Point and Sweep Angle for further information.
Three Point
Press the down arrow key and select Three Point to create an arc with three specified points. Refer to Create Arc Section with Three Specified Points for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the arc section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Create Arc Section with Specified End Points and Radius
Create Arc Section with Specified Centre Point and Sweep Angle
Create Arc Section with Three Specified Points
Non-Routed Item
Start point or
Enter
End point or
Enter
Indicate side for arc or
ESC
Ends + Radius
Ends + Radius
Create Arc Section with Specified End Points and Radius
Centre + Sweep
Centre + Sweep
Create Arc Section with Specified Centre Point and Sweep Angle
Three Point
Three Point
Create Arc Section with Three Specified Points
Mirror
Mirror
Beta
Beta
Beta angle <#>
Enter
Parallel
Parallel
Back
Back
Perpendicular
Perpendicular
Non-Routed Item


Create Ring Section with Specified Centre Point

Creates a ring section with a specified centre point.
You are prompted to Centre point or
Input values in the dimension fields and press Enter or click to identify the centre point position.
You are then prompted to Diameter or <Radius>
Input a dimensional value in the field and press Enter or click to identify the diameter of the ring section.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Three Point
Press the down arrow key and select Three Point to create a ring with three specified points. Refer to Create Ring Section with Three Specified Points for further information.
Two Point
Press the down arrow key and select Two Point to create a ring with two specified points. Refer to Create Ring Section with Two Specified Points for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the ring section.
You are prompted to Radius or <Diameter>
Input a dimensional value in the field and press Enter to set the radii of the ring section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the ring section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Diameter
Press the down arrow key and select Diameter to create a ring section with a fixed diameter.
You are prompted to Diameter or <Radius>
Input a dimensional value in the field and press Enter to set the diameter of the ring section.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Three Point
Press the down arrow key and select Three Point to create a ring with three specified points. Refer to Create Ring Section with Three Specified Points for further information.
Two Point
Press the down arrow key and select Two Point to create a ring with two specified points. Refer to Create Ring Section with Two Specified Points for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the ring section.
You are prompted to Radius or <Diameter>
Input a dimensional value in the field and press Enter to set the radii of the ring section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the ring section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Diameter
Press the down arrow key and select Diameter to create a ring section with a fixed diameter.
You are prompted to Diameter or <Radius>
Input a dimensional value in the field and press Enter to set the diameter of the ring section.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

The new GENSEC displays in the Model Explorer.

Refer to Non-Routed Item for further information.
Three Point
Press the down arrow key and select Three Point to create a ring with three specified points. Refer to Create Ring Section with Three Specified Points for further information.
Two Point
Press the down arrow key and select Two Point to create a ring with two specified points. Refer to Create Ring Section with Two Specified Points for further information.
Radius
Press the down arrow key and select Radius to modify the radii of the ring section.
You are prompted to Radius or <Diameter>
Input a dimensional value in the field and press Enter to set the radii of the ring section.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the ring section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Diameter
Press the down arrow key and select Diameter to create a ring section with a fixed diameter.
You are prompted to Diameter or <Radius>
Input a dimensional value in the field and press Enter to set the diameter of the ring section.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Create Ring Section with Three Specified Points
Create Ring Section with Two Specified Points
Non-Routed Item
Centre point or
Enter
Diameter or <Radius>
Enter
ESC
Three Point
Three Point
Create Ring Section with Three Specified Points
Two Point
Two Point
Create Ring Section with Two Specified Points
Radius
Radius
Radius or <Diameter>
Enter
Mirror
Mirror
Beta
Beta
Beta angle <#>
Enter
Parallel
Parallel
Back
Back
Diameter
Diameter
Diameter or <Radius>
Enter
Perpendicular

Non-Routed Item


Create Ring Section with Three Specified Points

Creates a ring section with three specified points.
You are prompted to 1st Circumference point or
Input values in the dimension fields and press Enter or click to identify the first circumference point position.
You are then prompted to 2nd Circumference point or
Input values in the dimension fields and press Enter or click to identify the second circumference point position.
You are then prompted to 3rd Circumference point or
Input values in the dimension fields and press Enter or click to identify the third circumference point position. A ring section is created and displays in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Centre +
Press the down arrow key and select Centre + to create a ring with a specified centre point. Refer to Create Ring Section with Specified Centre Point for further information.
Two Point
Press the down arrow key and select Two Point to create a ring with two specified points. Refer to Create Ring Section with Two Specified Points for further information.
Back
Press the down arrow key and select Back to undo the last action.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the ring section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Centre +
Press the down arrow key and select Centre + to create a ring with a specified centre point. Refer to Create Ring Section with Specified Centre Point for further information.
Two Point
Press the down arrow key and select Two Point to create a ring with two specified points. Refer to Create Ring Section with Two Specified Points for further information.
Back
Press the down arrow key and select Back to undo the last action.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the ring section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

The new GENSEC displays in the Model Explorer.

Refer to Non-Routed Item for further information.
Centre +
Press the down arrow key and select Centre + to create a ring with a specified centre point. Refer to Create Ring Section with Specified Centre Point for further information.
Two Point
Press the down arrow key and select Two Point to create a ring with two specified points. Refer to Create Ring Section with Two Specified Points for further information.
Back
Press the down arrow key and select Back to undo the last action.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the ring section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Create Ring Section with Specified Centre Point
Create Ring Section with Two Specified Points
Non-Routed Item
1st Circumference point or
Enter
2nd Circumference point or
Enter
3rd Circumference point or
Enter
ESC
Centre +
Centre +
Create Ring Section with Specified Centre Point
Two Point
Two Point
Create Ring Section with Two Specified Points
Back
Back
Mirror
Mirror
Beta
Beta
Beta angle <#>
Enter
Parallel
Parallel
Perpendicular
Perpendicular
Non-Routed Item


Create Ring Section with Two Specified Points

Creates a ring section with two specified points.
You are prompted to Start diameter point or
Input values in the dimension fields and press Enter or click to identify the first diameter point position.
You are then prompted to End diameter point or
Input a dimensional value in the field and press Enter or click to identify the diameter of the ring section. A ring section is created and displays in the 3D view.
Throughout the section creation process you can press ESC to cancel the command. Additional functionality is also available.
Centre +
Press the down arrow key and select Centre + to create a ring with a specified centre point. Refer to Create Ring Section with Specified Centre Point for further information.
Three Point
Press the down arrow key and select Three Point to create a ring with three specified points. Refer to Create Ring Section with Three Specified Points for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the ring section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Centre +
Press the down arrow key and select Centre + to create a ring with a specified centre point. Refer to Create Ring Section with Specified Centre Point for further information.
Three Point
Press the down arrow key and select Three Point to create a ring with three specified points. Refer to Create Ring Section with Three Specified Points for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the ring section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.

Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

The new GENSEC displays in the Model Explorer.

Refer to Non-Routed Item for further information.
Centre +
Press the down arrow key and select Centre + to create a ring with a specified centre point. Refer to Create Ring Section with Specified Centre Point for further information.
Three Point
Press the down arrow key and select Three Point to create a ring with three specified points. Refer to Create Ring Section with Three Specified Points for further information.
Mirror
Press the down arrow key and select Mirror to reposition the section as a reflection of the original position.
Beta
Press the down arrow key and select Beta to rotate the section.
You are prompted to Beta angle <#>
Input an angular value in the field and press Enter to set the angle of the ring section.
Parallel
Press the down arrow key and select Parallel to orientate the web of the section parallel to the X, Y plane of the LCS.
The left side of the context editor indicates that parallel mode is selected.
Back
Press the down arrow key and select Back to undo the last action.
Perpendicular
Press the down arrow key and select Perpendicular to orientate the web of the section perpendicular to the X, Y plane of the LCS. The default creation mode is perpendicular.

Create Ring Section with Specified Centre Point
Create Ring Section with Three Specified Points
Non-Routed Item
Start diameter point or
Enter
End diameter point or
Enter
ESC
Centre +

Create Ring Section with Specified Centre Point
Three Point
Three Point
Create Ring Section with Three Specified Points
Mirror
Mirror
Beta
Beta
Beta angle <#>
Enter
Parallel
Parallel
Back
Back
Perpendicular
Perpendicular
Non-Routed Item


When sections (GENSEC) are connected, the connection between the two sections is represented on the owning section as justification line datum (JLDATU), positioning line datum (PLDATU) and fixing (FIXING) elements in the Model Explorer.
In the structural hierarchy, JLDATU, PLDATU and FIXING elements are created each time an owning and attached section are connected. By default, the JLDATU, PLDATU and FIXING elements are deleted if a connected GENSEC is deleted.

Justification Line Datum (JLDATU)
JLDATU elements are owned by GENSEC elements. The JLDATU element contains the justification line datum for the connection. The justification line datum represents the connection distance measured from the start of the owning GENSEC. JLDATU elements are administrative and can own PLDATU elements.
Positioning Line Datum (PLDATU)
PLDATU elements are owned by JLDATU elements. By default, a PLDATU element is created for each connection. The PLDATU element contains the positioning line datum for the connection. The positioning line datum represents the Pline that the attached section is trimmed to. PLDATU elements are administrative and can own FIXING elements.
Fixing (FIXING)
FIXING elements are owned by PLDATU elements and have the same position as a PLDATU. FIXING elements contain properties for:
Connectivity to the structural 3D model
Trimming attached members
Specification Reference (SPREF attribute) for the joint/fitting.
Connectivity to the structural 3D model
Connectivity to the structural 3D model
Trimming attached members
Trimming attached members
Specification Reference (SPREF attribute) for the joint/fitting.
Specification Reference (SPREF attribute) for the joint/fitting.

Justification Line Datum (JLDATU)
Positioning Line Datum (PLDATU)
Fixing (FIXING)


The Properties window allows you to view the status of the JLDATU. Refer to Properties for further information.

The general properties of JLDATU elements are identical to GENSEC properties. Refer to Modify Section Properties for further information.
Positional
Distance from start
Input a value in the field to modify the justification line datum position.
Proportional dist
Input a value in the field to modify the justification line datum position proportionally. The distance is measured as a decimal value of the owning section size. For example, insert 0.5 to move the fixing half of the distance of the owning section.
Positional

Distance from start
Input a value in the field to modify the justification line datum position.
Proportional dist
Input a value in the field to modify the justification line datum position proportionally. The distance is measured as a decimal value of the owning section size. For example, insert 0.5 to move the fixing half of the distance of the owning section.

Positional
Distance from start
Input a value in the field to modify the justification line datum position.
Proportional dist
Input a value in the field to modify the justification line datum position proportionally. The distance is measured as a decimal value of the owning section size. For example, insert 0.5 to move the fixing half of the distance of the owning section.

Properties
Modify Section Properties
Properties
Properties
Modify Section Properties
Positional
Distance from start
Proportional dist
0.5


The Properties window allows you to view the status of the PLDATU. Refer to Properties for further information.

The general properties of PLDATU elements are identical to GENSEC properties. Refer to Modify Section Properties for further information.
Positional
Positioning line lock
Select from the drop-down list to define the lock status of the Pline connection.
Select True to lock the Pline connection, the connection manager does not attempt to trim the attached section to the most appropriate Pline of the owning section when modified.
Select False to unlock the Pline connection, the connection manager attempts to trim the attached section to the most appropriate Pline of the owning section when modified.
By default, the positioning line lock property is set to true if the section end trimming has been forced to a Pline. Refer to Trim Connected Section Ends for further information.
Positioning line
Select from the drop-down list to modify the Pline to which the attached section is trimmed.
Preferred Y axis direction
Displays the direction of the Y axis.
Positional

Positioning line lock
Select from the drop-down list to define the lock status of the Pline connection.
Select True to lock the Pline connection, the connection manager does not attempt to trim the attached section to the most appropriate Pline of the owning section when modified.
Select False to unlock the Pline connection, the connection manager attempts to trim the attached section to the most appropriate Pline of the owning section when modified.
By default, the positioning line lock property is set to true if the section end trimming has been forced to a Pline. Refer to Trim Connected Section Ends for further information.
Positioning line
Select from the drop-down list to modify the Pline to which the attached section is trimmed.
Preferred Y axis direction
Displays the direction of the Y axis.

Positional
Positioning line lock
Select from the drop-down list to define the lock status of the Pline connection.
Select True to lock the Pline connection, the connection manager does not attempt to trim the attached section to the most appropriate Pline of the owning section when modified.
Select False to unlock the Pline connection, the connection manager attempts to trim the attached section to the most appropriate Pline of the owning section when modified.
By default, the positioning line lock property is set to true if the section end trimming has been forced to a Pline. Refer to Trim Connected Section Ends for further information.
Positioning line
Select from the drop-down list to modify the Pline to which the attached section is trimmed.
Preferred Y axis direction
Displays the direction of the Y axis.

Properties
Modify Section Properties
Trim Connected Section Ends
Properties
Properties
Modify Section Properties
Positional
Positioning line lock
True
False
Trim Connected Section Ends
Positioning line
Preferred Y axis direction


The Properties window allows you to view the status of the FIXING. Refer to Properties for further information.

The general properties of FIXING elements are identical to GENSEC properties. Refer to Modify Section Properties for further information.
Specification
Reference
Displays the name of the specification reference (SPREF attribute) of the joint/fitting catalogue item associated with the connection.
A value of Null Element indicates that a catalogue item is not associated with the connection, this is the default for a joint. Refer to Joints for further information.
When a fitting is created, the field is populated with the specification reference of the selected fitting. Refer to Create Section Fitting for further information.
Parameters
Input a dimensional value in the Clearance field to modify the clearance distance required for the fixing. The clearance displays in the 3D view.
Material
Input a value in the field or select a material from the drop-down list to modify the fixing material.
The material ref drop-down list is populated with the materials that are associated with the currently selected specification reference.
Positional
Position
Input dimensional values in the field to explicitly modify the position of the section. The section is repositioned.
Orientation
Input values in the field to modify the direction of the X, Y and Z axis.
Distance from start
Input a dimensional value in the field to modify the position of the fixing explicitly. The distance in measured from the start point of the owning section.
Proportional dist
Input a value in the field to modify the fixing position proportionally. The distance is measured as a decimal value of the owning section size. For example, insert 0.5 to move the fixing half of the distance of the owning section.
Positioning line
Select from the drop-down list to modify the Pline to which the attached section is trimmed.
Preferred Y axis direction
Displays the direction of the Y axis.
Positional
Cutback
Input a dimensional value in the field to modify the cutting plane distance.
Cutting plane normal
Input a directional value in the field to modify the cutting plane direction.
Joining line
Input a value in the field or select a justification from the drop-down list to modify the justification of the joining line.
Joint dominance
Input a value in the field to modify the joint dominance.
Input True in the field to define the joint as dominant.
Input False in the field to define the joint as subordinate.
Refer to Dominant and Subordinate Connections for further information.
Specification

Reference
Displays the name of the specification reference (SPREF attribute) of the joint/fitting catalogue item associated with the connection.
A value of Null Element indicates that a catalogue item is not associated with the connection, this is the default for a joint. Refer to Joints for further information.
When a fitting is created, the field is populated with the specification reference of the selected fitting. Refer to Create Section Fitting for further information.
Parameters
Input a dimensional value in the Clearance field to modify the clearance distance required for the fixing. The clearance displays in the 3D view.
Material
Input a value in the field or select a material from the drop-down list to modify the fixing material.
The material ref drop-down list is populated with the materials that are associated with the currently selected specification reference.
Positional

Position
Input dimensional values in the field to explicitly modify the position of the section. The section is repositioned.
Orientation
Input values in the field to modify the direction of the X, Y and Z axis.
Distance from start
Input a dimensional value in the field to modify the position of the fixing explicitly. The distance in measured from the start point of the owning section.
Proportional dist
Input a value in the field to modify the fixing position proportionally. The distance is measured as a decimal value of the owning section size. For example, insert 0.5 to move the fixing half of the distance of the owning section.
Positioning line
Select from the drop-down list to modify the Pline to which the attached section is trimmed.
Preferred Y axis direction
Displays the direction of the Y axis.
Positional

Cutback
Input a dimensional value in the field to modify the cutting plane distance.
Cutting plane normal
Input a directional value in the field to modify the cutting plane direction.
Joining line
Input a value in the field or select a justification from the drop-down list to modify the justification of the joining line.
Joint dominance
Input a value in the field to modify the joint dominance.
Input True in the field to define the joint as dominant.
Input False in the field to define the joint as subordinate.
Refer to Dominant and Subordinate Connections for further information.

Specification
Reference
Displays the name of the specification reference (SPREF attribute) of the joint/fitting catalogue item associated with the connection.
A value of Null Element indicates that a catalogue item is not associated with the connection, this is the default for a joint. Refer to Joints for further information.
When a fitting is created, the field is populated with the specification reference of the selected fitting. Refer to Create Section Fitting for further information.
Parameters
Input a dimensional value in the Clearance field to modify the clearance distance required for the fixing. The clearance displays in the 3D view.
Material
Input a value in the field or select a material from the drop-down list to modify the fixing material.
The material ref drop-down list is populated with the materials that are associated with the currently selected specification reference.
Positional
Position
Input dimensional values in the field to explicitly modify the position of the section. The section is repositioned.
Orientation
Input values in the field to modify the direction of the X, Y and Z axis.
Distance from start
Input a dimensional value in the field to modify the position of the fixing explicitly. The distance in measured from the start point of the owning section.
Proportional dist
Input a value in the field to modify the fixing position proportionally. The distance is measured as a decimal value of the owning section size. For example, insert 0.5 to move the fixing half of the distance of the owning section.
Positioning line
Select from the drop-down list to modify the Pline to which the attached section is trimmed.
Preferred Y axis direction
Displays the direction of the Y axis.
Positional
Cutback
Input a dimensional value in the field to modify the cutting plane distance.
Cutting plane normal
Input a directional value in the field to modify the cutting plane direction.
Joining line
Input a value in the field or select a justification from the drop-down list to modify the justification of the joining line.
Joint dominance
Input a value in the field to modify the joint dominance.
Input True in the field to define the joint as dominant.
Input False in the field to define the joint as subordinate.
Refer to Dominant and Subordinate Connections for further information.

Properties
Modify Section Properties
Joints
Create Section Fitting
Dominant and Subordinate Connections
Properties
Properties
Modify Section Properties
Specification
Reference
Joints
Create Section Fitting
Parameters
Clearance
Material
Positional
Position
Orientation
Distance from start
Proportional dist
0.5
Positioning line
Preferred Y axis direction
Positional
Cutback
Cutting plane normal
Joining line
Joint dominance
True
False
Dominant and Subordinate Connections


The Properties window allows you to view the connection status of the attached section. Refer to Properties for further information.

Design
Start joint
Displays the name of the fixing which is attached to the owning section. Displays the name of the owning section to which the start of the attached section is connected.
End joint
Displays the name of the fixing which is attached to the owning section. Displays the name of the owning section to which the end of the attached section is connected.
Start cut
Displays the direction of the cut at the start of the attached section.
End cut
Displays the direction of the cut at the end of the attached section.
Design

Start joint
Displays the name of the fixing which is attached to the owning section. Displays the name of the owning section to which the start of the attached section is connected.
End joint
Displays the name of the fixing which is attached to the owning section. Displays the name of the owning section to which the end of the attached section is connected.
Start cut
Displays the direction of the cut at the start of the attached section.
End cut
Displays the direction of the cut at the end of the attached section.

Design
Start joint
Displays the name of the fixing which is attached to the owning section. Displays the name of the owning section to which the start of the attached section is connected.
End joint
Displays the name of the fixing which is attached to the owning section. Displays the name of the owning section to which the end of the attached section is connected.
Start cut
Displays the direction of the cut at the start of the attached section.
End cut
Displays the direction of the cut at the end of the attached section.

Properties
Properties
Properties
Design
Start joint
End joint
Start cut
End cut


When a connected section is repositioned, the effect on the owning and attached sections depends upon whether or not the joint dominance property of the FIXING element is defined as dominant or subordinate.
If joint dominance is set to False, the joint is subordinate (also described by saying that the section is dominant). If joint dominance is set to True, the joint is dominant. The default joint dominance property for a connection can be defined, refer to Structural Defaults for further information.
Consider these effects, where the owning section is moved:

Structural Defaults
Structural Defaults


The connectivity between structural section elements is maintained automatically by the connection manager. Connectivity tolerances are used by the clash check facility to determine if an attached section should be disconnected. Refer to Structural Defaults for further information. Modifications to GENSEC element properties can affect connectivity or geometry between the owning and attached sections.
If any of these properties are modified, the connection manager uses a set of dynamic connectivity rules to determine the effect on existing connections between owning and attached sections that have been modified.
The most important property to consider when modifications are made is the joint dominance property of a FIXING. Refer to Dominant and Subordinate Connections for further information.
Move Owning Section
If the joint dominance property is False and exceeds the structural connectivity tolerances, the attached section is disconnected and the JLDATU, PLDATU and FIXING elements are deleted. If the attached section does not exceed the structural connectivity tolerances, the connection is maintained and Z distance from the start position is updated.
If the joint dominance property is True, the connection between the owning and attached sections is maintained.
Stretch Owning Section
If the start of the owning section is stretched and the joint dominance property is False, the JLDATU position (Z distance from the start position) is modified and the attached section does not change direction.
If the start of the owning section is stretched and the joint dominance property is True, the JLDATU position (Z distance from the start position) is maintained and the attached section changes orientation when reconnected.
If the end of the owning section is stretched, the JLDATU position is not modified and has no effect on the attached section regardless of the joint dominance property (which controls the Z distance from the start position).
Re-orientate Owning Section
If the joint dominance property is False and exceeds the structural connectivity tolerances, the attached section is disconnected and the JLDATU, PLDATU and FIXING elements are deleted. If the attached section does not exceed the structural connectivity tolerances, the connection is maintained and the start distance of the joint is maintained.
If the joint dominance property is True, the connection between the owning and attached sections is maintained.
Move Attached Section
If the JLDATU contains one PLDATU and one FIXING, the JLDATU position is moved to the attached section position.
If the JLDATU contains more than one PLDATU, a new JLDATU, PLDATU and FIXING is created at the attached section position. The old FIXING is deleted.
If the PLDATU owns more than one FIXING, a new JLDATU, PLDATU and FIXING is created at the attached section position. The old FIXING is deleted.
If a JLDATU or PLDATU no longer contain any members, they are deleted.
Copy Attached Section
If the copied attached section is positioned on the same owning section and has the same orientation as the original, a new JLDATU, PLDATU and FIXING is created at the attached section position.
Modify Specification Reference of Owning Section
If a new specification reference property is applied, the connection of the attached section is maintained and trimmed to the most appropriate Pline.
Modify Specification Reference of Owning Section
If a new specification reference property is applied, the connection of the attached section is maintained and trimmed to the most appropriate Pline.
Modify Beta Angle of Owning Section
If the beta angle of the owning section is modified, the connection of the attached section is maintained and trimmed to the most appropriate Pline.
Modify Justification Line of Owning Section
If the justification line of the owning section is modified, the attached section is trimmed to the PLDATU positioning line property, the direction of the attached section may be modified, dependent on the joint dominance property.
Mirror Owning Section
If the mirror property of the owning section is modified, the connection of the attached section is maintained and trimmed to the most appropriate Pline.
Force Position Line
If the Pline of a PLDATU is modified, the attached member is trimmed to the selected Pline. Subsequent modifications may result in modification to a different Pline.
Alternatively, you can manually trim the connected section ends to a new Pline to update the PLDATU positioning line property. Refer to Trim Connected Section Ends for further information.
DATAL
Dynamic connectivity is active by default, but is inactive when running in a datal. In some circumstances the RECONNECT command.
can be used to inactivate dynamic connectivity. The IGNORE option is a temporary switch which can be added at the end of a macro to ignore any modifications made within the macro. After running the macro, dynamic connectivity resumes.
Position
Start position
End position
Beta angle
Specification reference
Parameters
Justification
Mirror
Member line
Position
Position
Start position
Start position
End position
End position
Beta angle
Beta angle
Specification reference
Specification reference
Parameters
Parameters
Justification
Justification
Mirror
Mirror
Member line
Member line

Structural Defaults
Dominant and Subordinate Connections
Trim Connected Section Ends
Structural Defaults
Dominant and Subordinate Connections
Move Owning Section
False
True
Stretch Owning Section
False
True
Re-orientate Owning Section
False
True
Move Attached Section
Copy Attached Section
Modify Specification Reference of Owning Section
Modify Specification Reference of Owning Section
Modify Beta Angle of Owning Section
Modify Justification Line of Owning Section
Mirror Owning Section
Force Position Line
Trim Connected Section Ends
DATAL


Sets the default connection status when a new section is created.
If the selection is highlighted, automatic section end connection is on.
If the selection is not highlighted, automatic section end connection is off.


Connects the ends of two or more straight or curved sections.
You are prompted to Pick section
Click to identify the owning section to connect.
You are then prompted to Pick section end(s) or <Finish>
Click to identify the attached section to connect at the end nearest to the connection point.
The prompt is repeated, allowing you to create multiple connections.
Input F at the prompt and press Enter to end the command. The sections are connected and the connection status displays in the 3D view.

Throughout the section connection process you can press ESC to cancel the command. Additional functionality is also available.
Finish
Press the down arrow key and select Finish to end the command.

Finish
Press the down arrow key and select Finish to end the command.
The new JLDATU, PLDATU and FIXING elements are added to the owning section and display in the Model Explorer.

If a connection cannot be made, a Warning message displays on the status bar.
Finish
Press the down arrow key and select Finish to end the command.

Pick section
Pick section end(s) or <Finish>
F
Enter
ESC
Finish
Finish


Disconnects two or more section ends.
You are prompted to Pick connected end(s) or <Finish>
Click to identify the section to disconnect, at the end nearest to the connection point.
The prompt is repeated, allowing you to disconnect multiple connections.
Input F at the prompt and press Enter to end the command. The sections are disconnected and the connection status displays in the 3D view.
Throughout the section disconnection process you can press ESC to cancel the command. Additional functionality is also available.
Finish
Press the down arrow key and select Finish to end the command.

Finish
Press the down arrow key and select Finish to end the command.

The JLDATU, PLDATU and FIXING elements are removed from the owning section.
Finish
Press the down arrow key and select Finish to end the command.

Pick connected end(s) or <Finish>
F
Enter
ESC
Finish


Forces the section end trimming to an alternative Pline.
When a connection is modified, the connection manager uses a set of dynamic connectivity rules to trim the attached section to the most appropriate Pline of the owning section. When a section end is trimmed to an alternative Pline the Positioning line lock property of the PLDATU is set to True which stops the connection manager from trimming to a different Pline if further modifications are made.
You are prompted to Pick connected end(s) or Finish
Click to identify the attached section at the end nearest to the connection point.
You are then prompted to Select P-line
Click to identify the Pline which corresponds to the required section end point (for example, NAR/NAL for a web connection or TOS/BOS for a flange connection, refer to Structural Catalog for further information).
The prompt is repeated, allowing you to trim multiple connections. Press ESC to end the command.
Throughout the section trimming process you can press ESC to cancel the command. Additional functionality is also available.
Finish
Press the down arrow key and select Finish to end the command.

Finish
Press the down arrow key and select Finish to end the command.

Finish
Press the down arrow key and select Finish to end the command.

Structural Catalog
Positioning line lock
True
Pick connected end(s) or Finish
Select P-line
Structural Catalog
ESC
ESC
Finish
Finish