Design Parameter Profiles - Generic Types

The design parameter GTYPEs in the catalogue are:
Design Parameter Parallel Flange I
Design Parallel Flange Channel
Design Parameter Parallel Flange Tee
Design Parameter Angle
Design Parameter Rectangular Tube
Design Parameter Circular Tube
Design Parameter Z Profile
Design Parameter C Profile
Design Parameter Asymmetric Plate Girder
Design Parameter Box Girder
Design Parameter Flat Bar
Design Parameter Round Bar
Design Parameter Hexagonal Bar
Design Parameter Cone
Design Parameter Tapered Web I
Design parameter equivalents of all standard profiles are available with the exception of tapered flange profiles.
DPFI
Design Parameter Parallel Flange I
DPFC
Design Parallel Flange Channel
DPFT
Design Parameter Parallel Flange Tee
DANG
Design Parameter Angle
DRTU
Design Parameter Rectangular Tube
DCTU
Design Parameter Circular Tube
DZED
Design Parameter Z Profile
DCEE
Design Parameter C Profile
DPLG
Design Parameter Asymmetric Plate Girder
DBXG
Design Parameter Box Girder
DFBA
Design Parameter Flat Bar
DRBA
Design Parameter Round Bar
DHBA
Design Parameter Hexagonal Bar
DCON
Design Parameter Cone
DTWI
Design Parameter Tapered Web I
DPFI
DPFI
DPFI
DPFC
DPFC
DPFC
DPFT
DPFT
DPFT
DANG
DANG
DANG
DRTU
DRTU
DRTU
DCTU
DCTU
DCTU
DZED
DZED
DZED
DCEE
DCEE
DCEE
DPLG
DPLG
DPLG
DBXG
DBXG
DBXG
DFBA
DFBA
DFBA
DRBA
DRBA
DRBA
DHBA
DHBA
DHBA
DCON
DCON
DCON
DTWI
DTWI
DTWI


Design parameter profiles have the same DKEY and Descriptions as the equivalent standard profiles, however, only those parameters required for the profile are included in the Data Set.
DP No.
Design Parameter Description
DKEY
Data Type
DESP 1
Depth
DPTH
Geometry
DESP 2
Width
WIDA
Geometry
DESP 3
Web Thickness
WTHK
Geometry
DESP 4
Flange Thickness A
FTKA
Geometry
DESP 5
Root Radius
RADA
Geometry
DESP 6
Gage Line A
GLNA
Data
DESP 6
Gage Line B
GLNB
Data
DESP 7
Gage Line C
GLNC
Data
DESP 8
Mass per Unit Length
MAUL
Data
DESP 9
Surface Area per meter
SAPM
Data
DESP 10
Cross Sectional Area
XSAR
Data
DP No.
Design Parameter Description
DKEY
Data Type
DESP 1
Depth
DPTH
Geometry
DESP 2
Width
WIDA
Geometry
DESP 3
Web Thickness
WTHK
Geometry
DESP 4
Flange Thickness A
FTKA
Geometry
DESP 5
Root Radius
RADA
Geometry
DESP 6
Gage Line A
GLNA
Data
DESP 6
Gage Line B
GLNB
Data
DESP 7
Gage Line C
GLNC
Data
DESP 8
Mass per Unit Length
MAUL
Data
DESP 9
Surface Area per meter
SAPM
Data
DESP 10
Cross Sectional Area
XSAR
Data

DP No.
Design Parameter Description
DKEY
Data Type
DESP 1
Depth
DPTH
Geometry
DESP 2
Width
WIDA
Geometry
DESP 3
Web Thickness
WTHK
Geometry
DESP 4
Flange Thickness A
FTKA
Geometry
DESP 5
Root Radius
RADA
Geometry
DESP 6
Gage Line A
GLNA
Data
DESP 6
Gage Line B
GLNB
Data
DESP 7
Gage Line C
GLNC
Data
DESP 8
Mass per Unit Length
MAUL
Data
DESP 9
Surface Area per meter
SAPM
Data
DESP 10
Cross Sectional Area
XSAR
Data

DP No.
Design Parameter Description
DKEY
Data Type


Generally profile geometry sets have two representations, simple and actual, whilst enclosed shapes have internal obstruction volumes.
The display levels and obstruction values are as follows:
Representation
Drawing Levels
Obstruction Value
Simple
0 - 3
0
Actual
4 - 8
2
Obstruction
9 - 10
1
Representation
Drawing Levels
Obstruction Value
Simple
0 - 3
0
Actual
4 - 8
2
Obstruction
9 - 10
1

GTYPE
Simple
Actual
Obstruction
PFI
None
PFC
None
RTUB
CTUB
BOXG
FBAR
None
CBAR
None
GTYPE
Simple
Actual
Obstruction
PFI

None
PFC

None
RTUB

CTUB

BOXG

FBAR

None
CBAR

None

Representation
Drawing Levels
Obstruction Value
Simple
0 - 3
0
Actual
4 - 8
2
Obstruction
9 - 10
1
GTYPE
Simple
Actual
Obstruction
PFI
None
PFC
None
RTUB
CTUB
BOXG
FBAR
None
CBAR
None

Representation
Drawing Levels
Obstruction Value
GTYPE
Simple
Actual
Obstruction


Catalogue Requirements for Bounded Plate Notches

When creating notches in bounded plates for profiles, two types of notches may be formed.
A Profile notch follows the outline of the structural profile and sets the plate back from the profile by the specified offset.

An Outline notch uses the extremities of the structural profile and sets the plate back from the extremities by the specified offset.

Additional geometry has been added to all the GTYPE geometry sets (GMSS) to enable the creation of Profile and Outline notches.
For Profile notches, the geometry is on Level 11 - 12 and is, essentially, a copy of the actual geometry on Level 4 - 8.
For Outline notches, the geometry is on Level 13 - 14 and is a rectangle covering the extremities of the profile.
The following GTYPEs, due to their shape, have a single additional geometry element on Level 11 - 14 that is used for both Profile and Outline notches:
The Level settings for the notch geometry should not be changed as the bounded plate utility uses the geometry on the stated levels.
BOXG
CTUB
FBAR
HBAR
RBAR
RTUB
BOXG
BOXG
CTUB
CTUB
FBAR
FBAR
HBAR
HBAR
RBAR
RBAR
RTUB
RTUB

Profile
Outline


Details the sample joints of the DRAW module.


The catalogue contains a separate CATA element for joints.
The hierarchy for joints is divided into joint groups, for example, similar joint types are grouped together in an STSE element.
Each STSE element owns one or more STCA element, one for each joint type.
Each STCA element owns all the elements that define the joint, for example, JOIN, GMSE, NGMS, PTSS, PTSE and DTSE.

The joint groups and sub-types are:
Beam to Beam Joints
Beam to Column Joints
Splice Joints
Bracing Joints
Baseplates

Equal size beams
Small beams to large beams
Large beams to small beams
Equal size beams
Equal size beams
Small beams to large beams
Small beams to large beams
Large beams to small beams
Large beams to small beams
Beam to column web
Beam to column flange
Beam to column web
Beam to column web
Beam to column flange
Beam to column flange
Equal sections
Unequal sections
Equal sections
Equal sections
Unequal sections
Unequal sections
Bolted connections
Welded connections
Bolted connections
Bolted connections
Welded connections
Welded connections
Rectangular
Circular
Rectangular
Rectangular
Circular
Circular

Beam to Beam Joints
Beam to Column Joints
Splice Joints
Bracing Joints
Baseplates


Joints are named from a simple coding system comprising of:
For example: J1S1_WEL_PFC_PFC_001 and J2S6_FPL_CTUB_PFI_4H_001.
Additional information may be included, for example:
The suffix is either a sequential number or VAR (meaning the joint has no parameters, only design parameters and is variable).
Joint group code
Sub-type code
Joint type code
Owning GTYPE
Attached GTYPE
Additional information
Suffix
Joint group code
Joint group code
Sub-type code
Sub-type code
Joint type code
Joint type code
Owning GTYPE
Owning GTYPE
Attached GTYPE
Attached GTYPE
Additional information
Additional information
Suffix
Suffix
4H, 4 holes
8H, 8 holes
4H, 4 holes
4H, 4 holes
8H, 8 holes
8H, 8 holes


The table summarizes the joint type codes that are available in the catalogue.
Joint Group
Joint Group Description
Sub-type Code
Sub-Type
Joint Type Code
Joint Type
J1
Beam to Beam Joints
S1
Equal Size Beams
WEL
Welded
BWC
Bolted Web Cleats
BEP
Bolted End Plate
BFP
Bolted Fin Plate
S2
Small to Large Beams
WEL
Welded
BWC
Bolted Web Cleats
BEP
Bolted End Plates
BFP
Bolted Fin Plate
PLH
Plated Haunch
SNS
Snipe and Stiffeners
SNG
Snipe and Gusset
S3
Large to Small Beam
WEL
Welded
BWC
Bolted Web Cleats
BEC
Bolted End Plates
BFP
Bolted Fin Plate
PLH
Plated Haunch
J2
Beam to Column Joints
S4
Column Flange
FPL
Fin Plate
FEP
Flexible End Plate
FDE
Full Depth End Plate
BWC
Bolted Web Cleat
S5
Column Web
FPL
Fin Plate
FEP
Flexible End Plate
FDE
Full Depth End Plate
BWC
Bolted Web Cleat
TOE
Toe Plate and Stiffener
S6
Tubular Column
WEL
Welded
DOP
Doubler Plate
FPL
Fin Plate
SEP
Stub Brkt End Plate
J3
Splice Joints
S7
Equal Sections
APE
Apex Haunch (Moment)
BSP
Bolted Splice Plates
DPL
Division Plate
EPL
End Plates
S8
Unequal Sections
BSP
Bolted Splice Plates
DPL
Division Plate
EPL
End Plates
J4
Bracing Joints
S9
Bolted Connection
BOL
Bolted Connection x 2 Holes
BOL
Bolted Connection x 4 Holes
S10
Welded Connection
WN1
Wing Plate - 1 x Stiff
WN3
Wing Plate - 3 x Stiff
J5
Baseplate Joints
S11
Baseplate
SQR_4H
Sqr./Rect.4 x Holes
Sqr./Rect.4 x Holes - Stiffs.
SQR_6H
Sqr./Rect.6 x Holes
Sqr./Rect.6 x Holes - Stiffs.
CIR_4H
Circular 4 x Holes
Circular 4 x Holes - Stiffs.
CIR_6H
Circular 6 x Holes
Circular 6 x Holes -Stiffs.
Joint Group
Joint Group Description
Sub-type Code
Sub-Type
Joint Type Code
Joint Type
J1
Beam to Beam Joints
S1
Equal Size Beams
WEL
Welded
BWC
Bolted Web Cleats
BEP
Bolted End Plate
BFP
Bolted Fin Plate
S2
Small to Large Beams
WEL
Welded
BWC
Bolted Web Cleats
BEP
Bolted End Plates
BFP
Bolted Fin Plate
PLH
Plated Haunch
SNS
Snipe and Stiffeners
SNG
Snipe and Gusset
S3
Large to Small Beam
WEL
Welded
BWC
Bolted Web Cleats
BEC
Bolted End Plates
BFP
Bolted Fin Plate
PLH
Plated Haunch
J2
Beam to Column Joints
S4
Column Flange
FPL
Fin Plate
FEP
Flexible End Plate
FDE
Full Depth End Plate
BWC
Bolted Web Cleat
S5
Column Web
FPL
Fin Plate
FEP
Flexible End Plate
FDE
Full Depth End Plate
BWC
Bolted Web Cleat
TOE
Toe Plate and Stiffener
S6
Tubular Column
WEL
Welded
DOP
Doubler Plate
FPL
Fin Plate
SEP
Stub Brkt End Plate
J3
Splice Joints
S7
Equal Sections
APE
Apex Haunch (Moment)
BSP
Bolted Splice Plates
DPL
Division Plate
EPL
End Plates
S8
Unequal Sections
BSP
Bolted Splice Plates
DPL
Division Plate
EPL
End Plates
J4
Bracing Joints
S9
Bolted Connection
BOL
Bolted Connection x 2 Holes
BOL
Bolted Connection x 4 Holes
S10
Welded Connection
WN1
Wing Plate - 1 x Stiff
WN3
Wing Plate - 3 x Stiff
J5
Baseplate Joints
S11
Baseplate
SQR_4H
Sqr./Rect.4 x Holes
Sqr./Rect.4 x Holes - Stiffs.
SQR_6H
Sqr./Rect.6 x Holes
Sqr./Rect.6 x Holes - Stiffs.
CIR_4H
Circular 4 x Holes
Circular 4 x Holes - Stiffs.
CIR_6H
Circular 6 x Holes
Circular 6 x Holes -Stiffs.

Joint Group
Joint Group Description
Sub-type Code
Sub-Type
Joint Type Code
Joint Type
J1
Beam to Beam Joints
S1
Equal Size Beams
WEL
Welded
BWC
Bolted Web Cleats
BEP
Bolted End Plate
BFP
Bolted Fin Plate
S2
Small to Large Beams
WEL
Welded
BWC
Bolted Web Cleats
BEP
Bolted End Plates
BFP
Bolted Fin Plate
PLH
Plated Haunch
SNS
Snipe and Stiffeners
SNG
Snipe and Gusset
S3
Large to Small Beam
WEL
Welded
BWC
Bolted Web Cleats
BEC
Bolted End Plates
BFP
Bolted Fin Plate
PLH
Plated Haunch
J2
Beam to Column Joints
S4
Column Flange
FPL
Fin Plate
FEP
Flexible End Plate
FDE
Full Depth End Plate
BWC
Bolted Web Cleat
S5
Column Web
FPL
Fin Plate
FEP
Flexible End Plate
FDE
Full Depth End Plate
BWC
Bolted Web Cleat
TOE
Toe Plate and Stiffener
S6
Tubular Column
WEL
Welded
DOP
Doubler Plate
FPL
Fin Plate
SEP
Stub Brkt End Plate
J3
Splice Joints
S7
Equal Sections
APE
Apex Haunch (Moment)
BSP
Bolted Splice Plates
DPL
Division Plate
EPL
End Plates
S8
Unequal Sections
BSP
Bolted Splice Plates
DPL
Division Plate
EPL
End Plates
J4
Bracing Joints
S9
Bolted Connection
BOL
Bolted Connection x 2 Holes
BOL
Bolted Connection x 4 Holes
S10
Welded Connection
WN1
Wing Plate - 1 x Stiff
WN3
Wing Plate - 3 x Stiff
J5
Baseplate Joints
S11
Baseplate
SQR_4H
Sqr./Rect.4 x Holes
Sqr./Rect.4 x Holes - Stiffs.
SQR_6H
Sqr./Rect.6 x Holes
Sqr./Rect.6 x Holes - Stiffs.
CIR_4H
Circular 4 x Holes
Circular 4 x Holes - Stiffs.
CIR_6H
Circular 6 x Holes
Circular 6 x Holes -Stiffs.

Joint Group
Joint Group Description
Sub-type Code
Sub-Type
Joint Type Code
Joint Type


Details the sample fittings of the DRAW module.


Convert Section, Joint and Fitting Elements

To enable the use of the most recent structural functionality, it is necessary to convert Section (SCTN) elements to GENSEC elements. As part of the conversion process:
Refer to Convert Sections for further information.
The profile specification of the GENSEC and FIXING elements must also be converted for compatibility with the most recent profile specification catalogue. Refer to Convert Profile Specification for further information.
Fitting (FITT) and Joint (SJOI) elements are converted to Fitting (FIXING) and Joint (FIXING) elements.
Primary Node (PNODE)/Primary Joint (PJOI) elements are converted to End Datum (ENDATU) elements that own a Joint (FIXING) with the referenced joint.
Fitting (FITT) and Joint (SJOI) elements are converted to Fitting (FIXING) and Joint (FIXING) elements.
Fitting (FITT) and Joint (SJOI) elements are converted to Fitting (FIXING) and Joint (FIXING) elements.
Primary Node (PNODE)/Primary Joint (PJOI) elements are converted to End Datum (ENDATU) elements that own a Joint (FIXING) with the referenced joint.
Primary Node (PNODE)/Primary Joint (PJOI) elements are converted to End Datum (ENDATU) elements that own a Joint (FIXING) with the referenced joint.

Convert Sections
Convert Profile Specification
Convert Sections
Convert Profile Specification


Converts Section (SCTN) elements to General Section (GENSEC) elements. Section child elements are also converted to appropriate elements.
The conversion of SCTN elements to GENSEC elements is an administration task, access is only available to users with administration rights (member of the STRUADMIN team).

The Add Elements part of the Convert SCTN/GENSEC window allows the administrator to select the SCTN elements for conversion.
Add Elements
Allows the administrator to select the elements to convert. The administrator can select individual SCTN elements or convert all elements that are contained in a SITE, ZONE, STRU, FRMW or SBFR.
Select Current Element from the drop-down list to add the currently selected element to the list of selected elements.
Select Element Members from the drop-down list to add the members of the currently selected element to the list of selected elements.
Click Add to populate the list of selected elements with the current selection.
Named Element
Input an element name in the field and click Add to add an element to the list of selected elements.
Add Elements
Allows the administrator to select the elements to convert. The administrator can select individual SCTN elements or convert all elements that are contained in a SITE, ZONE, STRU, FRMW or SBFR.
Select Current Element from the drop-down list to add the currently selected element to the list of selected elements.
Select Element Members from the drop-down list to add the members of the currently selected element to the list of selected elements.
Click Add to populate the list of selected elements with the current selection.
Named Element
Input an element name in the field and click Add to add an element to the list of selected elements.
The Selected Elements part of the Convert SCTN/GENSEC window allows the administrator to view and modify the elements included in the conversion.

When the conversion is complete, the Initial SCTNs and Final GENSECs columns are populated with the number of original sections and the number of converted sections.
Right-click on the list of selected elements to display a drop-down menu.

Remove Selected Element(s)
Click to remove the currently selected elements from the list of selected elements.
Remove all elements
Click to remove all elements from the list of selected elements.
Enhance SCTNs in 3D View
Click to highlight the currently selected elements in the 3D view.
Unenhance all elements
Click to remove the highlight in the 3D view for the currently selected elements.
Navigate to
Click to navigate to the currently selected element in the 3D view and the Model Explorer.
Export to Excel
Allows the administrator to export the list of selected elements to an Excel file. Click to display the Save to Excel window. The administrator can navigate to a location and name the exported Excel file.
Print Preview
Click to display the list of selected elements in the Print Preview window.
Remove Selected Element(s)
Click to remove the currently selected elements from the list of selected elements.
Remove all elements
Click to remove all elements from the list of selected elements.
Enhance SCTNs in 3D View
Click to highlight the currently selected elements in the 3D view.

Unenhance all elements
Click to remove the highlight in the 3D view for the currently selected elements.
Navigate to
Click to navigate to the currently selected element in the 3D view and the Model Explorer.
Export to Excel
Allows the administrator to export the list of selected elements to an Excel file. Click to display the Save to Excel window. The administrator can navigate to a location and name the exported Excel file.
Print Preview
Click to display the list of selected elements in the Print Preview window.
The Conversion Summary part of the Convert SCTN/GENSEC window allows the administrator to view the summary for converted elements.

The Log File part of the Convert SCTN/GENSEC window allows the administrator to define the location of the conversion summary log file.

Click Browse to open the Log File for Convert SCTN to GENSEC Process window, the administrator can navigate to the required location and modify the filename of the log file.
Click Apply to convert the SCTN elements to GENSEC elements.
During conversion, a progress bar displays in the bottom right corner of the application window, allowing the administrator to track conversion progress.

When the SCTN to GENSEC conversion is complete, the GENSEC elements display in the Model Explorer. All FITT and SJOI elements are converted to FIXING elements.

The converted elements are highlighted in the 3D view.

The example is an extract of a log file created when SCTN to GENSEC conversion is complete.
Add Elements
Allows the administrator to select the elements to convert. The administrator can select individual SCTN elements or convert all elements that are contained in a SITE, ZONE, STRU, FRMW or SBFR.
Select Current Element from the drop-down list to add the currently selected element to the list of selected elements.
Select Element Members from the drop-down list to add the members of the currently selected element to the list of selected elements.
Click Add to populate the list of selected elements with the current selection.
Named Element
Input an element name in the field and click Add to add an element to the list of selected elements.
Remove Selected Element(s)
Click to remove the currently selected elements from the list of selected elements.
Remove all elements
Click to remove all elements from the list of selected elements.
Enhance SCTNs in 3D View
Click to highlight the currently selected elements in the 3D view.
Unenhance all elements
Click to remove the highlight in the 3D view for the currently selected elements.
Navigate to
Click to navigate to the currently selected element in the 3D view and the Model Explorer.
Export to Excel
Allows the administrator to export the list of selected elements to an Excel file. Click to display the Save to Excel window. The administrator can navigate to a location and name the exported Excel file.
Print Preview
Click to display the list of selected elements in the Print Preview window.

Add Elements
Convert SCTN/GENSEC
Add Elements
Current Element
Element Members
Add
Named Element
Add
Selected Elements
Convert SCTN/GENSEC
Remove Selected Element(s)
Remove all elements
Enhance SCTNs in 3D View
Unenhance all elements
Navigate to
Export to Excel
Save to Excel
Print Preview
Print Preview
Conversion Summary
Convert SCTN/GENSEC
Log File
Convert SCTN/GENSEC
Browse
Log File for Convert SCTN to GENSEC Process
Apply


Converts the profile specification of GENSEC and FIXING elements for compatibility with the most recent profile specification catalogue.
The profile specification conversion of GENSEC and FIXING elements is an administration task, access is only available to users with administration rights (member of the STRUADMIN team).
The Convert Profile Sprefs window allows the administrator to convert the profile specification of GENSEC and FIXING elements.

The Add Elements part of the Convert Profile Sprefs window allows the administrator to select the GENSEC elements for conversion.
Add Elements
Allows the administrator to select the elements to convert. The administrator can select individual GENSEC elements or convert all elements that are contained in a SITE, ZONE, STRU, FRMW or SBFR.
Select Current Element from the drop-down list to add the currently selected element to the list of selected elements.
Select Element Members from the drop-down list to add the members of the currently selected element to the list of selected elements.
Click Add to populate the list of selected elements with the current selection.
Named Element
Input an element name in the field and click Add to add an element to the list of selected elements.
Add Elements
Allows the administrator to select the elements to convert. The administrator can select individual GENSEC elements or convert all elements that are contained in a SITE, ZONE, STRU, FRMW or SBFR.
Select Current Element from the drop-down list to add the currently selected element to the list of selected elements.
Select Element Members from the drop-down list to add the members of the currently selected element to the list of selected elements.
Click Add to populate the list of selected elements with the current selection.
Named Element
Input an element name in the field and click Add to add an element to the list of selected elements.
The Selected Elements part of the Convert Profile Sprefs window allows the administrator to view and modify the elements included in the conversion.

When the conversion is complete, the Attempted and Succeeded columns are populated with the number of profile specifications that were attempted for conversion and the number that were successfully converted.
Right-click on the list of selected elements to display a drop-down menu.

Remove Selected Element(s)
Click to remove the currently selected elements from the list of selected elements.
Remove all elements
Click to remove all elements from the list of selected elements.
Enhance Profiles in 3D View
Click to highlight the currently selected profiles in the 3D view.
Unenhance all elements
Click to remove the highlight in the 3D view for the currently selected profiles.
Navigate to
Click to navigate to the currently selected element in the 3D view and the Model Explorer.
Export to Excel
Allows the administrator to export the list of selected elements to an Excel file. Click to display the Save to Excel window. The administrator can navigate to a location and name the exported Excel file.
Print Preview
Click to display the list of selected elements in the Print Preview window.
Remove Selected Element(s)
Click to remove the currently selected elements from the list of selected elements.
Remove all elements
Click to remove all elements from the list of selected elements.
Enhance Profiles in 3D View
Click to highlight the currently selected profiles in the 3D view.

Unenhance all elements
Click to remove the highlight in the 3D view for the currently selected profiles.
Navigate to
Click to navigate to the currently selected element in the 3D view and the Model Explorer.
Export to Excel
Allows the administrator to export the list of selected elements to an Excel file. Click to display the Save to Excel window. The administrator can navigate to a location and name the exported Excel file.
Print Preview
Click to display the list of selected elements in the Print Preview window.
The Mapping File part of the Convert Profile Sprefs window allows the administrator to define the location of the mapping file used for the conversion.

Click Browse to open the Mapping File window, the administrator can navigate to the required location and select an alternative mapping file.
The example is an extract of a mapping file that indicates the old and new profile specifications.
The Conversion Summary part of the Convert Profile Sprefs window allows the administrator to view the summary for converted elements.

The Log File part of the Convert Profile Sprefs window allows the administrator to define the location of the conversion summary log file.

Click Browse to open the Log File for Convert SCTN to GENSEC Process window, the administrator can navigate to the required location and modify the filename of the log file.
Click Apply to convert the profile specifications.
A Confirm window displays informing the administrator that the catalogue specifications must be translated before the conversion of profile specifications. Click Yes to continue with the conversion.

During conversion, a progress bar displays in the bottom right corner of the application window, allowing the administrator to track conversion progress.

When the profile specification conversion is complete, The converted elements are highlighted in the 3D view.

The example is an extract of a log file created when profile specification conversion is complete.
Add Elements
Allows the administrator to select the elements to convert. The administrator can select individual GENSEC elements or convert all elements that are contained in a SITE, ZONE, STRU, FRMW or SBFR.
Select Current Element from the drop-down list to add the currently selected element to the list of selected elements.
Select Element Members from the drop-down list to add the members of the currently selected element to the list of selected elements.
Click Add to populate the list of selected elements with the current selection.
Named Element
Input an element name in the field and click Add to add an element to the list of selected elements.
Remove Selected Element(s)
Click to remove the currently selected elements from the list of selected elements.
Remove all elements
Click to remove all elements from the list of selected elements.
Enhance Profiles in 3D View
Click to highlight the currently selected profiles in the 3D view.
Unenhance all elements
Click to remove the highlight in the 3D view for the currently selected profiles.
Navigate to
Click to navigate to the currently selected element in the 3D view and the Model Explorer.
Export to Excel
Allows the administrator to export the list of selected elements to an Excel file. Click to display the Save to Excel window. The administrator can navigate to a location and name the exported Excel file.
Print Preview
Click to display the list of selected elements in the Print Preview window.
Note:
SCTN, FITT and SJOI elements must be converted to GENSEC and FIXING elements prior to conversion of the profile specification. Refer to Convert Sections for further information.

Convert Sections
Note:
Convert Sections
Convert Profile Sprefs
Add Elements
Convert Profile Sprefs
Add Elements
Current Element
Element Members
Add
Named Element
Add
Selected Elements
Convert Profile Sprefs
Remove Selected Element(s)
Remove all elements
Enhance Profiles in 3D View
Unenhance all elements
Navigate to
Export to Excel
Save to Excel
Print Preview
Print Preview
Mapping File
Convert Profile Sprefs
Browse
Mapping File
Conversion Summary
Convert Profile Sprefs
Log File
Convert Profile Sprefs
Browse
Log File for Convert SCTN to GENSEC Process
Apply
Confirm


The Stairs, Ladders and Handrails (SLH) application allows you to design and detail stairs, ladders and handrails within a full 3D environment, with the support of tools to produce a clash free design.
It is not recommended to copy projects created in the AVEVA Access, Stairs and Ladders application into SLH.


Below the administrative elements (STRU, FRMW or SBFR) in SLH, the specific elements are:
The SLH specific hierarchy is also governed by the representation mode that the SLH element is created in. Refer to Layout Hierarchy and Detail Hierarchy for further information.
Stair Flights (STRFLT)
Step Ladders (SLADDR)
Ladder (RLADDR)
Handrail (HANDRA)
Stair Flights (STRFLT)
Stair Flights (STRFLT)
Step Ladders (SLADDR)
Step Ladders (SLADDR)
Ladder (RLADDR)
Ladder (RLADDR)
Handrail (HANDRA)
Handrail (HANDRA)

Layout Hierarchy
Detail Hierarchy
Layout Hierarchy
Detail Hierarchy


All the tasks that are associated with the creation or modification of SLH elements are available for selection from a central window, which acts as a task hub.
You are presented with a series of windows initially focusing on the essential detail, then further windows focusing on additional detail (progressive disclosure), prompting you for input.
After inputting information into the window, you are always returned to the central window allowing for workflow to continue.
The essential and additional detail required is determined by standards and defaults. Refer to Standards and Defaults for further information.

Standards and Defaults
Standards and Defaults


Government, industry or project standards are used to make sure conformance for the SLH elements is achieved. The creation and modification of standards is an administrative task. Refer to Standard for further information.
Defaults are related to the standards and are organized and stored in default files. These default files are used to make sure a particular setting or value is assigned automatically, thus enforcing good practice with minimal input. The creation and modification of defaults is an administrative task. Refer to Defaults for further information.

Standard
Defaults
Standard
Defaults


You can use two modes whilst working with SLH.
Layout Mode
The Layout mode can be used by different disciplines, the layout mode allows you to quickly create a flight of stairs, ladders or handrails whose geometry complies with the selected standard with minimal input. The flight of stairs, ladders or handrails are graphically displayed as a standard representation, which can then be clash tested or drafted.
Detail Mode
The Detail mode is intended for use by structural designers, which enables you to create detailed stair flights, ladders or handrails which can then be clash tested and drafted.
Note:
A stair flight, ladder or handrail element created in the Layout mode can be modified to produce a Detail mode representation of the element, without deletion or re-creation. An element created in the Detail mode cannot be modified to produce the element in the Layout mode.

Layout Mode
Detail Mode
Note:
can
cannot


Each stair flight element displays in the 3D view as a Stair Flight (STRFLT) element. The STRFLT element is a top level administrative element owned by the structural administrative elements.
The STRFLT element enables you to create a rule based linear Stair Flight with its assembly broken down into its logical component parts, the lower level elements of SLH hierarchy are used to represent the detail of the STRFLT element in the 3D model.
Note:
At the time of release, a STRSTR element cannot be created for a Concrete Stair Flight.

Note:


When the SLADDR element is created in layout mode, below the SLADDR level in SLH hierarchy, the SLH specific elements are:

STEP LADDER RAIL (SLRAIL)
SLRAIL elements are only available during the creation of a Layout SLADDR element. The creation of all other handrails is a separate task. Refer to Handrails for further information.

Handrails
STEP LADDER RAIL (SLRAIL)
Handrails


When the element is created in detail mode or converted from layout mode, below the SLADDR level in SLH hierarchy, the SLH specific elements are:

TOP EXTENSION (TOPEXT)
TOPEXT owns the PANEL element used to 3D model the physical representation of the top extension of the Step Ladder. It is defined by the extrusion of a profile representing the panel's shape (the Panel Loop (PLOOP)) through a given distance (equivalent to the panel thickness). A PAVE element defines each vertex of a Panel Loop or each connected end of a Panel Linear Joint.
TREAD SET (TREADS)
The TREADS element is used to manage the ownership of individual TREAD elements.
TREAD (TREAD)
TREAD owns the elements used to 3D model the rise or tread in the STRFLT. The vertical position between the Tread is measured from Top of Plate to the next Top of Plate and represents the Rise attribute on the SLADDR.
PANEL, TMPL or Catalogue elements can be used to 3D model the rise or tread in the SLADDR.
STAIR STRINGER (STRSTR)
STRSTR owns the two GENSEC elements used to 3D model the main supports of the Step Ladder. The GENSEC elements are automatically mitred by the application at the upper and lower elevations of the STRSTR, dependent upon the relevant selections.

TOP EXTENSION (TOPEXT)
TREAD SET (TREADS)
TREAD (TREAD)
STAIR STRINGER (STRSTR)


Creates a Stair Flight (STRFLT) element.
All of the STRFLT creation tasks are initiated from a central Create Stair Flight window which acts a task hub. The General Attributes window is always initially displayed, regardless of the selected SLH element or representation mode, further windows are presented (progressive disclosure) prompting for input.

Mandatory entry required

Mandatory entry required

Mandatory entry required

Create Stair Flight
General Attributes


By default the Representation Mode is Layout and the General Attributes part of the Create Stair Flight window displays.

Layout
General Attributes
Create Stair Flight


From the General Attributes part of the Create Handrail window, select a default specification from the drop-down list of available specifications, if there are no default specifications, you must contact the administrator.
In the Name field, type the name for the new handrail, or select Autoname Handrail.
If required, input a description for the handrail in the Description field.
The Height field is automatically populated with the default height of the handrail, once the default specification has been selected.

Use the Single Rail check box to specify if the single handrail is to be wall mounted or floor mounted. Select the Single Rail check box, then Wall Mounted or Floor Mounted.
Click Next to display the Handrail Details part of the Create Handrail window. Refer to Handrail Details for further information.
Click Cancel to discard any inputs and close the Create Handrail window.
Note:
If you select the Single Rail check box, kickplates are not available for selection.

Handrail Details
General Attributes
Create Handrail
Name
Autoname Handrail
Description
Height
Single Rail
Single Rail
Wall Mounted
Floor Mounted
Note:
Single Rail
Next
Handrail Details
Create Handrail
Handrail Details
Cancel
Create Handrail


To create a new SLADDR element, you must select a start (FROM Reference Point) and end (TO Reference Point) from the Reference Points part of the Create Step Ladder window. By default no reference points are selected.

The functionality available in the Reference Points part of the Create Step Ladder window is identical to the Reference Points part of the Create Stair Flight window (with the exception of the Edge to Calculated Position functionality). Refer to Reference Points for further information.
Click Next to display the Step Ladder Configuration part of the Create Step Ladder window. Refer to Step Ladder Configuration for further information
Click Back to return to the General Attributes part of the Create Step Ladder window.
Click Cancel to discard any inputs and close the Create Step Ladder window.

Reference Points
Step Ladder Configuration
(FROM Reference Point)
(TO Reference Point)
Reference Points
Create Step Ladder
Reference Points
Create Step Ladder
Reference Points
Create Stair Flight
Edge to Calculated Position
Reference Points
Next
Step Ladder Configuration
Create Step Ladder
Step Ladder Configuration
Back
General Attributes
Create Step Ladder
Cancel
Create Step Ladder


The functionality available in the Step Ladder Configuration part of the Create Step Ladder window is identical to the Stair Configuration part of the Create Stair Flight window (with the exception of the Handrail Configuration drop-down list). Refer to Stair Configuration for further information.

Stair Configuration
Step Ladder Configuration
Create Step Ladder
Stair Configuration
Create Stair Flight
Handrail Configuration
Stair Configuration


The Extension and Landings part of the Create Stair Flight window, with Detail mode selected, has mostly the same functionality as that available from the Layout mode with the exception of the Stringer functionality.
If required, you can crank the bottom of the stringers or extend them through the floor.

Cranked Bottom
From the Stringer Options part of the Create Stair Flight window, select the Crank Bottom of Stringers check box (only for stairs to a plane). The stringers of the stair are cranked at the selected plane and displayed in the 3D view.

Extend Bottom Through Floor
Where the bottom of a stair flight is coming down to a plane which may be, for example a grated or plated platform, the stringers may need to be extended through the thickness of the grating/plating to support members below.
From the Stringer Options part of the Create Stair Flight window, select the Extend Bottom Through Floor check box. The stringers of the stair are cranked at the selected plane and displayed in the 3D view.

Landing Floor Finish Level
You can specify if the landing (represented as a PANE element) is on top of or flush with TOS of the stringers, from the Finished Floor Level part of the Extensions and Landings window, select Above TOS or Flush with TOS.

Above TOS
Flush TOS

Above TOS

Flush TOS

Click Next to display the Specifications part of the Create Stair Flight window. Refer to Specifications for further information.
Click Back to return to the Stair Configuration part of the Create Stair Flight window.
Click Cancel to discard any inputs and close the Create Stair Flight window.
Above TOS
Flush TOS

Specifications
Extension and Landings
Create Stair Flight
Detail
Layout
Cranked Bottom
Stringer Options
Create Stair Flight
Crank Bottom of Stringers
Extend Bottom Through Floor
Stringer Options
Create Stair Flight
Extend
Bottom Through Floor
Landing Floor Finish Level
Finished Floor Level
Extensions and Landings
Above TOS
Flush with TOS
Above TOS
Flush TOS
Next
Specifications
Create Stair
Flight
Specifications
Back
Stair Configuration
Create Stair Flight
Cancel
Create Stair Flight


Use to move the intermediate landing up or down the STRFLT within the boundaries set by the defaults.
From the Rises Above or Rises Below boxes, select the number of rises above and below the landing. If you change the number of rises above the landing the number of rises below the intermediate landing automatically adjusts within the height constraint and vice versa.

Note:
A minimum of two treads at the bottom and top of any stair flight is required.

Rises Above
Rises Below
Note:


Use to pick the location of the intermediate landing in the 3D view, the treads available for selection are displayed solid objects.

Click Pick Tread, you are prompted to SLH Stair Flight - Pick an aid line Pick Aid.

The intermediate landing automatically moves up or down depending upon the selection made in the 3D view, the Rises Above and Rises Below boxes are also automatically updated to reflect the amendment.
Finished Floor Level
At the time of this release, a TOS Finished Floor Level is the only option available.

To create the new stair flight element, click Build Stair Flight.
Upon creation of the STRFLT element, the MODEL module analyzes the horizontal (Overall Going) and vertical (Overall Rise) distances between the Lower and Upper Work Points (LWP/UWP) and validates these positions against the engineering criteria of the Stair Flight to the criteria of the current specification. If the system analysis validates the values against the engineering criteria the system creates the Stair Flight and populates the attributes with the appropriate data.
Click Back to return to the Stair Configuration part of the Create Stair Flight window.
Click Cancel to discard any inputs and close the Create Stair Flight window.
Note:
A minimum of two treads at the bottom and top of any stair flight is required.

Pick Tread
SLH Stair Flight - Pick an aid line Pick Aid.
Note:
Rises Above
Rises Below
Finished Floor Level
Build Stair Flight
Back
Stair Configuration
Create Stair Flight
Cancel
Create Stair Flight


Detail mode is intended for use by structural designers, which enables you to create detailed step ladders which can then be clash tested and drafted.


The Specifications part of the Create Rung Ladder window displays all the available specifications for the rung ladder from the defaults.

The choices made on previous parts of the Create Rung Ladder determines which specifications are available for selection.
From the Ladder Specifications part of the Create Rung Ladder window:
Rung
The selected defaults determines which rungs can be used for different width ranges. Once you have selected the width of the ladder, the rungs available for selection are then filtered.
Stile
The selected defaults determines which stiles can be used for different height ranges. Once you have selected the top and bottom elevations and the height of ladder has been calculated, the stiles available for selection are then filtered.
Rung
The selected defaults determines which rungs can be used for different width ranges. Once you have selected the width of the ladder, the rungs available for selection are then filtered.
Stile
The selected defaults determines which stiles can be used for different height ranges. Once you have selected the top and bottom elevations and the height of ladder has been calculated, the stiles available for selection are then filtered.
From the Cage Specifications part of the Create Rung Ladder window:
Hoop
The hoop specifications available for selection are determined by the selected defaults.
Top Hoop
The top hoop specifications available for selection are determined by the selected defaults.
The functionality is only available if top hoops are defined for the selected defaults.
Bottom Hoop
The bottom hoop specifications available for selection are determined by the selected defaults.
The functionality is only available if bottom hoops are defined for the selected defaults.
Bar
The bar specifications available for selection are determined by the selected defaults.
Hoop
The hoop specifications available for selection are determined by the selected defaults.
Top Hoop
The top hoop specifications available for selection are determined by the selected defaults.
The functionality is only available if top hoops are defined for the selected defaults.
Bottom Hoop
The bottom hoop specifications available for selection are determined by the selected defaults.
The functionality is only available if bottom hoops are defined for the selected defaults.
Bar
The bar specifications available for selection are determined by the selected defaults.
The gate specifications available for selection from the Gate drop-down list are determined by the default specification. The default is None.
Click Next to display the Ladder Details part of the Create Rung Ladder window. Refer to Ladder Details for further information.
Click Back to return to the Ladder Assembly part of the Create Rung Ladder window.
Click Cancel to discard any inputs and close the Create Rung Ladder window.
Rung
The selected defaults determines which rungs can be used for different width ranges. Once you have selected the width of the ladder, the rungs available for selection are then filtered.
Stile
The selected defaults determines which stiles can be used for different height ranges. Once you have selected the top and bottom elevations and the height of ladder has been calculated, the stiles available for selection are then filtered.
Hoop
The hoop specifications available for selection are determined by the selected defaults.
Top Hoop
The top hoop specifications available for selection are determined by the selected defaults.
The functionality is only available if top hoops are defined for the selected defaults.
Bottom Hoop
The bottom hoop specifications available for selection are determined by the selected defaults.
The functionality is only available if bottom hoops are defined for the selected defaults.
Bar
The bar specifications available for selection are determined by the selected defaults.

Ladder Details
Specifications
Create Rung Ladder
Create Rung Ladder
Ladder Specifications
Create Rung Ladder
Rung
Stile
Cage Specifications
Create Rung Ladder
Hoop
Top Hoop
Bottom Hoop
Bar
Gate
None
Next
Ladder Details
Create Rung Ladder
Ladder Details
Back
Ladder Assembly
Create Rung Ladder
Cancel
Create Rung Ladder


Each step ladder element displays in the 3D view as a Step Ladder (SLADDR) element. The SLADDR element is a top level administrative element owned by the structural administrative elements.
The SLADDR element enables you to create a rule based linear Step Ladder with its assembly broken down into its logical component parts, the lower level elements of SLH hierarchy are used to represent the detail of the SLADDR element in the 3D model.


Creates a Step Ladder (SLADDR) element.
All of the SLADDR creation tasks are initiated from a central Create Step Ladder window which acts as a task hub. The General Attributes part of the window is always initially displayed, regardless of the selected SLH element or representation mode, further windows are presented (progressive disclosure) prompting for input.

Mandatory entry required

Mandatory entry required

Mandatory entry required

Create Step Ladder
General Attributes


By default the Representation Mode is Layout and the General Attributes part of the Create Step Ladder window displays.

Layout
General Attributes
Create Step Ladder


By default, the Step Ladder Configuration part of the Create Step Ladder window is populated with all the allowable configurations.
The configurations that display in the Step Ladder Configuration part of the Create Step Ladder window is dependent upon which defaults are set by the administrator.
Edge to plane, top extension
Edge to plane, no extension
Edge to edge, top extension
Edge to edge, no extension

Edge to plane, top extension

Edge to plane, no extension

Edge to edge, top extension

Edge to edge, no extension

The functionality available in the Step Ladder Configuration part of the Create Step Ladder window is identical to the Stair Configuration part of the Create Stair Flight window (with the exception of the Handrail Configuration drop-down list). Refer to Stair Configuration for further information.
Click Next to display the Step Ladder Details part of the Create Step Ladder window. Refer to Step Ladder Details for further information
Click Back to return to the Reference Points part of the Create Step Ladder window.
Click Cancel to discard any inputs and close the Create Step Ladder window.
Edge to plane, top extension
Edge to plane, no extension
Edge to edge, top extension
Edge to edge, no extension

Stair Configuration
Step Ladder Details
Step Ladder Configuration
Create Step Ladder
Step Ladder Configuration
Create Step Ladder
Edge to plane, top extension
Edge to plane, no extension
Edge to edge, top extension
Edge to edge, no extension
Step Ladder Configuration
Create Step Ladder
Stair Configuration
Create Stair Flight
Handrail Configuration
Stair Configuration
Next
Step Ladder Details
Create Step Ladder
Step Ladder Details
Back
Reference Points
Create Step Ladder
Cancel
Create Step Ladder


The functionality available in the General Attributes part of the Create Step Ladder window is identical to that in Layout mode. Refer to General Attributes for further information.

General Attributes
General Attributes
Create Step Ladder
Layout
General Attributes


The functionality available in the Reference Points part of the Create Step Ladder window is identical to the Reference Points part of the Create Stair Flight window. Refer to Reference Points for further information.

Reference Points
Reference Points
Create Step Ladder
Reference Points
Create Stair Flight
Reference Points


The Handrail Assembly part of the Create Step Ladder window is automatically populated with all of the available handrail assemblies for selection. A 3D graphical representation of the handrail assembly also displays.

Click Next to display the Specifications part of the Create Step Ladder window. Refer to Specifications for further information.
Click Back to return to the Step Ladder Configuration part of the Create Step Ladder window.
Click Cancel to discard any inputs and close the Create Step Ladder window.
Note:
Step ladder handrails may not be displayed correctly if the values on the Step Ladder Details part of the Create Step Ladder window are unrealistic or do not allow the geometry to be calculated correctly. Modifying values such as Bend Radius or Exit Extension will resolve the issue. The displayed aids give an indication of the result and will adjust if the values on the on the Step Ladder Details part of the Create Step Ladder window are modified.

Specifications
Handrail Assembly
Create Step Ladder
Note:
Step Ladder Details
Create Step Ladder
Bend Radius
Exit Extension
Step Ladder Details
Create Step Ladder
Next
Specifications
Create Step Ladder
Specifications
Back
Step Ladder Configuration
Create Step Ladder
Cancel
Create Step Ladder


The functionality available in the Step Ladder Details part of the Create Step Ladder window is identical to that in Layout mode. Refer to Step Ladder Details for further information.

Step Ladder Details
Step Ladder Details
Create Step Ladder
Layout
Step Ladder Details


RLADDR is an SLH element which enables you to create a rule based Rung Ladder and also introduces a new middle tier hierarchy to enable the decomposition of the RLADDR into its individual assemblies of Ladder Stringers, Ladder Rungs, Ladder Safety Cages and Exit directions. The lower level elements of GENSEC, PANEL, LDDRUN and CAGSEC are used to represent the ladder element in the 3D model.


When the RLADDR element is created in the layout mode, below the administrative SLH elements, the RLADDR specific elements are:

RUNG LADDER (RLADDR)
The RLADDR element is a top level SLH administrative element owned by other structural administrative elements. For example, STRU, FRWM and /or SBFR.
RUNG LADDER CAGE (RLCAGE)
The RLCAGE element is an administrative element which owns the Cage Segment (CAGSEG) element.
RUNG LADDER GATE (RLGATE)
The RLGATE element represents the gate on the rung ladder.
Note:
In Layout mode, the RLADDR element has no assemblies.

RUNG LADDER (RLADDR)
RUNG LADDER CAGE (RLCAGE)
RUNG LADDER GATE (RLGATE)
Note:
Layout


When the RLADDR element is created in detail mode, below the administrative SLH elements, the RLADDR specific elements are:

RUNG LADDER (RLADDR)
The Ladder element (RLADDR) is a top level administrative element owned by other SLH administrative elements. For example, STRU, FRWM and /or SBFR.
RLCAGE (RUNG LADDER CAGE)
The RLCAGE element is an administrative element which owns the Cage Segment (CAGSEG) element.
CAGE SEGMENT (CAGSEG)
The CAGSEG element owns the GENSEC and PANEL steelwork elements used to 3D model the physical representation of the cage. By default, there are two cage segments, one representing the entry/exit at the top of the ladder and the other representing the remainder of the cage itself. The mechanism allows the entry/exit detailing of the cage to be modified individually from the remainder of the cage.
LADDER STRINGER (LDRSTR)
The LDRSTR element is an administrative element which owns the appropriate number of GENSEC steelwork elements used to 3D model the main supports of the rung ladder.
LADDER RUNG SET (RUNGSE)
The RUNGSE element is an administrative element which is used to manage the ownership of individual LDRRUN elements. The element is dependent upon the design of the rung and intended to support a variety of rung types.
LADDER RUNG (LDRRUN)
The LDDRUN element owns the GENSEC, PANEL or catalogue elements used to 3D model the physical representation of the rung.

RUNG LADDER (RLADDR)
RLCAGE (RUNG LADDER CAGE)
CAGE SEGMENT (CAGSEG)
LADDER STRINGER (LDRSTR)
LADDER RUNG SET (RUNGSE)
LADDER RUNG (LDRRUN)


Creates a Rung Ladder (RLADDR) element.
All of the RLADDR creation tasks are initiated from a central Create Rung Ladder window which acts as a task hub. The General Attributes window is always initially displayed, regardless of the selected SLH element or representation mode, further windows are presented (progressive disclosure) prompting for input.

Create Rung Ladder
General Attributes


By default the Representation Mode is Layout and the General Attributes part of the Create Rung Ladder window is displayed.

Layout
General Attributes
Create Rung Ladder


The functionality available for the Position and Elevation part of the Create Rung Ladder window, in Detail mode, is identical to that described in Layout mode. Refer to Position and Elevation for further information.

Position and Elevation
Position and Elevation
Create Rung Ladder
Position and Elevation


Detail mode is intended for use by structural designers to fully define the rung ladder, by selecting a default, an assembly and the specification references of the ladder components.

A rung ladder element created in Layout can be modified to a detailed representation without deleting and re-creating the element.

Detail
Layout


The functionality available for the General Attributes part of the Create Rung Ladder window, in Detail mode, is identical to that described in Layout mode. Refer to General Attributes for further information.

General Attributes
General Attributes
Create Rung Ladder
General Attributes


The Ladder Assembly part of the Create Rung Ladder window is automatically populated with all of the available assemblies for selection that contain the selected exit type. A 3D graphical representation of the assembly also displays.

Click Next to display the Specifications part of the Create Rung Ladder window. Refer to Specifications for further information.
Click Back to return to the Position and Elevation part of the Create Rung Ladder window.
Click Cancel to discard any inputs and close the Create Rung Ladder window.

Specifications
Ladder Assembly
Create Rung Ladder
Next
Specifications
Create Rung Ladder
Specifications
Back
Position and Elevation
Create Rung Ladder
Cancel
Create Rung Ladder


The Ladder Details part of the Create Rung Ladder window is populated with the selected and calculated values, most of these values are constrained by the specifications. Any of the ladder dimensions can be modified as long as the dimensions remain within the maximum and minimum tolerances of the associated standard.

If you input a dimension which is not within the maximum and minimum tolerances of the associated standard, an error message displays summarizing the problem.

Any of the dimensions in the Create Rung Ladder window can be labelled in the 3D view. To label the dimension, click Dimension adjacent to dimension field.

Ladder Details
The Ladder Details part of the Create Rung Ladder window is populated with the selected and calculated values, most of these values are constrained by the specifications.

The SLH application endeavours to calculate the initial rung spacing to be as close to the associated standard and therefore makes the bottom rung spacing equal to the rung spacing.

If required you can modify the rung spacing and as a result the bottom rung spacing. From the Ladder Details part of the Create Rung Ladder window, input the new rung spacing into the Rung Spacing field, then press Enter.
To return the rung and bottom rung spacing back to that of equal spacing, click the = icon.
Stile/Cage Exit Width
The Cage Details part of the Create Rung Ladder window only displays if the Omit Cage or Omit Top Rung check box on the General Attributes part of the Create Rung Ladder window is not selected.
The Cage Details part of the Create Rung Ladder window is populated with the selected and calculated values, most of these values are constrained by the specifications.
Other cage details are inactive dependent on the selections made:
Flare Offset - only available if an assembly with a cage flare has been selected.
Cage Clearance (Side Exit) - only available for side ladders.

The SLH application endeavours to calculate the initial cage hoop spacing to be as close to the associated standard and therefore makes the top hoop spacing equal to the cage hoop spacing.

If required, you can modify the cage hoop spacing. From the Ladder Details part of the Create Rung Ladder window, input the new spacing into the Cage Hoop Spacing field, then press Enter.
To return the cage hoop and top hoop spacing back to that of equal spacing, click the = icon.
Click Build Rung Ladder to create the rung ladder element and close the Create Rung Ladder window.
Click Back to return to the Specifications part of the Create Rung Ladder window.
Click Cancel to discard any inputs and close the Create Rung Ladder window.
Rung Ladder Summary
The Rung Ladder Summary part of the Create Rung Ladder window, is populated with the main attributes of the rung ladder.

Ladder Details
Create Rung Ladder
Create Rung Ladder
Dimension
Ladder Details
Ladder Details
Create Rung Ladder
Ladder Details
Create Rung Ladder
Rung Spacing
Enter
=
Stile/Cage Exit Width
Cage Details
Create Rung Ladder
Omit Cage
Omit Top Rung
General Attributes
Create Rung Ladder
Cage Details
Create Rung Ladder
Flare Offset
Cage Clearance (Side Exit)
Ladder Details
Create Rung Ladder
Cage Hoop Spacing
Enter
=
Build Rung Ladder
Create Rung Ladder
Back
Specifications
Create Rung Ladder
Cancel
Create Rung Ladder
Rung Ladder Summary
Rung Ladder Summary
Create Rung Ladder


The Handrail is an assembly which comprises components such as posts, rails, panels, kickplates as well as gate and termination features. In MODEL, there are two types of handrail:
The Handrail element (HANDRA) is a top level administrative element owned by the other SLH administrative elements, that is STRFLT, STRU, FRWM and SUBFR elements.
Continuous
Panelled
Continuous
Continuous
Panelled
Panelled


When the Handrail element (HANDRA) is created in Layout, below the SLH administrative elements, the HANDRA specific elements are:

ROUTE PATH (RPATH)
The Routing Path element defines an open path or closed boundary:
ROUTE POINT (POINTR)
The Point element defines the picked points or curve of the RPATH element.
Free form interactive sketching using the Route sketching functionality
Tracing existing profiles or boundaries.
Free form interactive sketching using the Route sketching functionality
Free form interactive sketching using the Route sketching functionality
Tracing existing profiles or boundaries.
Tracing existing profiles or boundaries.
Note:
In Layout, the HANDRA element does not own any detailing components (for example: rails, kickplates).

Layout
Note:
Layout
ROUTE PATH (RPATH)
ROUTE POINT (POINTR)


When the Handrail element (HANDRA) is created in Detail, below the SLH administrative elements, the HANDRA specific elements are:

Post Set (POSTSE)
The POSTSE is responsible for the ownership and management of multiple HRPOST elements.
Handrail Post (HRPOST)
The HRPOST element represents the post detail which references the catalogue items or templates as it has a SPREF attribute. The position of the HRPOST is defined with respect to the owning HANDRA in terms of its position along the path and the offset from the path of the HANDRA.
Rail Set (RAILSE)
RAILSE is responsible for the ownership and management of multiple RAIL elements whose physical representation is 3D modelled using a RAIL element.
Handrail Rail (RAIL)
RAIL is used to 3D model the detail representation of the individual RAIL elements and follows the path of the HANDRA, the RAIL references the existing catalogue steel profiles via its SPREF attribute and the position of the RAIL is defined with respect to the owning HANDRA in terms of its position along the path and the offset from the path of the HANDRA.
The RAIL shares the same underlying attributes and behaviour as the KICKPL element.
Handrail Kickplate Set (HRKPSE)
HRKPSE is responsible for the ownership and management of multiple Kickplate elements whose physical representation is 3D modelled using a KICKPL element.
Kickplate (KICKPL)
KICKPL is used to 3D model the detail representation of a kickplate and follows the path of the HANDRA, the KICKPL references the existing catalogue steel profiles via its SPREF attribute and the position of the KICKPL is defined with respect to the owning HANDRA in terms of its position along the path and the offset from the path of the HANDRA.
The KICKPL shares the same underlying attributes and behaviour as RAIL element.
Handrail Panel Set (HRPNSE)
HRPNSE is responsible for the ownership and management of multiple HRPANE elements.
Handrail Panel (HRPANE)
HRPANE is the database element responsible for the representation of 'panelised' sections of Handrail where the Panel size is determined by its Panel Size attribute. The detail of the HRPANE is represented using the existing database functionality of TMPL and FIXING elements and the route of the HRPANE elements is defined using the RPATH routing object.
Handrail Feature (HRFEAT)
HRFEAT owns HRGATE elements. The HRFEAT also owns RATTA elements which at this hierarchical level provide a connectivity mechanism to/from the boundary of the HANDRA.
Handrail Gate (HRGATE)
HRGATE is an element used to represent access locations along the path of the HANDRA. There can be multiple HRGATE elements in any HANDRA and the position of the HRGATE is managed by the application as a position along the RPATH element. HRGATE elements are managed as negative geometry and penetrate only the HANDRA. Additional detail for the HRGATE is represented using the existing database functionality of TMPL and FIXING elements.
Terminations (HRTERM)
The Termination element represents, for example, Loops, End Plates or Posts.

Detail
Post Set (POSTSE)
Handrail Post (HRPOST)
Rail Set (RAILSE)
Handrail Rail (RAIL)
Handrail Kickplate Set (HRKPSE)
Kickplate (KICKPL)
Handrail Panel Set (HRPNSE)
Handrail Panel (HRPANE)
Handrail Feature (HRFEAT)
Handrail Gate (HRGATE)
Terminations (HRTERM)


Creates a Handrail (HANDRA) element.
All of the HANDRA creation tasks are initiated from a central Create Handrail window which acts as a task hub. The General Attributes window is always initially displayed, regardless of the selected SLH element or representation mode, further windows are presented (progressive disclosure) prompting for input.

By default, Layout is selected and General Attributes displays.

Create Handrail
General Attributes
Layout
General Attributes


Layout is a basic representation of the intended handrail. The database only contains the handrail and its intended route plus any openings for gates, the handrail does not own any detailed components. Refer to Layout Handrails Hierarchy for further information.

Layout Handrails Hierarchy
Layout
Layout Handrails Hierarchy


Use the Handrail Details part of the Create Handrail window to view and, if required, modify (within the maximum and minimum limits) the default values for the handrail and the addition or removal of a kickplate.
If required, you can display any of the dimensions from the Handrail Details window in the 3D view. To label a dimension, click Display alongside the dimension field.

Click Next to display the Route Definition part of the Create Handrail window. Refer to Route Definition for further information.
Click Back to return to the Select Assembly part of the Create Handrail window.
Click Cancel to discard any inputs and close the Create Handrail window.

Route Definition
Handrail Details
Create Handrail
Handrail Details
Display
Next
Route Definition
Create Handrail
Route Definition
Back
Select Assembly
Create Handrail
Cancel
Create Handrail


The functionality available for the Route Definition part of the Create Handrail window, in Detail mode, is identical to that described in Layout mode, with the exception of Route Point Tools. Refer to Route Definition for further information.
Route Point Tools
Use the Route Point Tools to close, move or delete the route points of the handrail:
Close Handrail
Click to close the route of the handrail, for example if the handrail has three sides, The close handrail functionality closes the three sides to make a square.
Select Route Point
Allows you to select a route point in the RPATH.
You are prompted to Pick route point to make current
Each route point is labelled in the 3D view.
Move Current Route Point
Allows you to move a current route point in the RPATH.
You are prompted to Pick new position for current route point (Distance [0]) WP Snap:
Delete Current Route Point
Deletes the current route point.
Delete Route Points
You are prompted to Pick first route point of sequence to be deleted
Once the selection has been made, you are prompted to Pick last route of sequence to be deleted#
Once the selection has been made the route points are deleted, you are then prompted to Pick position of new route point (Distance [0]) WP Snap:
Delete All Route Points
Deletes all the route points of the handrail, you are prompted with a Confirm window: Delete all route points?.

Close Handrail
Click to close the route of the handrail, for example if the handrail has three sides, The close handrail functionality closes the three sides to make a square.

Select Route Point
Allows you to select a route point in the RPATH.
You are prompted to Pick route point to make current
Each route point is labelled in the 3D view.

Move Current Route Point
Allows you to move a current route point in the RPATH.
You are prompted to Pick new position for current route point (Distance [0]) WP Snap:

Delete Current Route Point
Deletes the current route point.

Delete Route Points
You are prompted to Pick first route point of sequence to be deleted
Once the selection has been made, you are prompted to Pick last route of sequence to be deleted#
Once the selection has been made the route points are deleted, you are then prompted to Pick position of new route point (Distance [0]) WP Snap:

Delete All Route Points
Deletes all the route points of the handrail, you are prompted with a Confirm window: Delete all route points?.
Handrail Connections
Handrail posts, panels, gates and terminations have a connection reference attribute (CONREF). Information from a connected element can be used in rules to determine the parameters and geometry of the posts.
An example handrail assembly which uses connected elements to influence the posts is provided in the APS project, use either of the Sample Welded assemblies.
Click Pick connection elements for components to allow connection references to be added to handrail posts.
You are prompted to Pick connection elements for handrail components:
Pick a connection element in the 3D view. Multiple connection elements can be specified.
Once created, each post, panel and gate references the closest connection element within 150mm.
Valid elements for connection are:
When modifying a handrail with connections, any connected sections/panels will are highlighted in red.
A list of connected handrail components for a given section, panel or wall can be retrieved using the BACKREF attribute.
Click Next to display the Openings part of the Create Handrail window. Refer to Openings for further information.
Click Back to return to the Handrail Details part of the Create Handrail window.
Click Cancel to discard any inputs and close the Create Handrail window.
Close Handrail
Click to close the route of the handrail, for example if the handrail has three sides, The close handrail functionality closes the three sides to make a square.
Select Route Point
Allows you to select a route point in the RPATH.
You are prompted to Pick route point to make current
Each route point is labelled in the 3D view.
Move Current Route Point
Allows you to move a current route point in the RPATH.
You are prompted to Pick new position for current route point (Distance [0]) WP Snap:
Delete Current Route Point
Deletes the current route point.
Delete Route Points
You are prompted to Pick first route point of sequence to be deleted
Once the selection has been made, you are prompted to Pick last route of sequence to be deleted#
Once the selection has been made the route points are deleted, you are then prompted to Pick position of new route point (Distance [0]) WP Snap:
Delete All Route Points
Deletes all the route points of the handrail, you are prompted with a Confirm window: Delete all route points?.
GENSEC (including stair string`ers)
PANE
WALL
GWALL
FLOOR
GENSEC (including stair string`ers)
GENSEC (including stair string`ers)
PANE
PANE
WALL
WALL
GWALL
GWALL
FLOOR
FLOOR

Route Definition
Openings
Route Definition part
Create Handrail
Route Definition
Route Point Tools
Route Point Tools
Close Handrail
Select Route Point
Pick route point to make current
Move Current Route Point
Pick new position for current route point (Distance [0]) WP Snap:
Delete Current Route Point
Delete Route Points
Pick first route point of sequence to be deleted
Pick last route of sequence to be deleted#
Pick position of new route point (Distance [0]) WP Snap:
Delete All Route Points
Confirm
Delete all route points?
Handrail Connections
Pick connection elements for components
Pick connection elements for handrail components:
Next
Openings
Create Handrail
Openings
Back
Handrail Details
Create Handrail
Cancel
Create Handrail


Use the Openings part of the Create Handrail window to create a handrail opening.

By default, the width of the opening displays in the Width field. To display the Width dimension in the 3D view, select Display. Add Opening is the only functionality available for selection, from the Openings part of the Create Handrail window, click Add Opening.

The Positioning Control window displays and you are prompted to Pick the position to insert gate opening (Snap) Snap:
Select the opening position in the 3D view.
Upon selection, the Openings part of the Create Handrail window, is populated with the opening coordinates (width is dictated by the default file).

If required, you can also pick a new opening position, add or delete an opening:
Add Opening
You are prompted to Pick position to insert gate (Snap) Snap: and the Positioning Control window displays. Refer to Positioning Control for further information. Once the new position is selected in the 3D view, the Openings part of the Create Handrail window is populated with coordinates of the Opening.
Pick New Position
You are prompted to Pick new position for gate (Snap) Snap: and the Positioning Control window displays. Refer to Positioning Control for further information. Once the new position is selected in the 3D view, the Openings part of the Create Handrail window is populated with coordinates of the Opening.
Delete Opening
A Confirm window displays: Delete the selected openings.

Add Opening
You are prompted to Pick position to insert gate (Snap) Snap: and the Positioning Control window displays. Refer to Positioning Control for further information. Once the new position is selected in the 3D view, the Openings part of the Create Handrail window is populated with coordinates of the Opening.

Pick New Position
You are prompted to Pick new position for gate (Snap) Snap: and the Positioning Control window displays. Refer to Positioning Control for further information. Once the new position is selected in the 3D view, the Openings part of the Create Handrail window is populated with coordinates of the Opening.

Delete Opening
A Confirm window displays: Delete the selected openings.
Handrail Summary
The Handrail Summary part of the Create Handrail window, is populated with the main attributes of the handrail. If required, before the creation of the handrail element, you can select the attribute by name and modify it from the displayed part of the Create Handrail window

Click Build Handrail to create the handrail (created in Detail) in the 3D view.
Click Back to return to the Route Definition part of the Create Handrail window.
Click Cancel to discard any inputs and close the Create Handrail window.
Add Opening
You are prompted to Pick position to insert gate (Snap) Snap: and the Positioning Control window displays. Refer to Positioning Control for further information. Once the new position is selected in the 3D view, the Openings part of the Create Handrail window is populated with coordinates of the Opening.
Pick New Position
You are prompted to Pick new position for gate (Snap) Snap: and the Positioning Control window displays. Refer to Positioning Control for further information. Once the new position is selected in the 3D view, the Openings part of the Create Handrail window is populated with coordinates of the Opening.
Delete Opening
A Confirm window displays: Delete the selected openings.

Positioning Control
Positioning Control
Openings
Create Handrail
Width
Display. Add Opening
Openings
Create Handrail
Add Opening
Positioning Control
Pick the position to insert gate opening (Snap) Snap:
Openings
Create Handrail
Add Opening
Pick position to insert gate (Snap) Snap:
Positioning Control
Positioning Control
Openings
Create Handrail
Pick New Position
Pick new position for gate (Snap) Snap:
Positioning Control
Positioning Control
Openings
Create Handrail
Delete Opening
Confirm
Delete the selected openings.
Handrail Summary
Handrail Summary
Create Handrail
Create Handrail
Build Handrail
.
Back
Route Definition
Create Handrail
Cancel
Create Handrail


The Detail mode is a more complex physical representation of the handrail where the database contains items for the individual posts, rails, kickplates, gates and terminations.

Detail


The functionality available from the General Attributes part of the Create Handrail window, in Detail mode, is identical to that described in Layout mode. Refer to General Attributes for further information.

General Attributes
General Attributes
Create Handrail
General Attributes


The Select Assembly part of the Create Handrail window is automatically populated with all of the handrail assemblies available for selection governed by the default file. A 3D representation of the handrail assembly also displays.

Select the Flip Left/Right Handrail check box to flip the handrail.
Click Next to display the Handrail Details part of the Create Handrail window. Refer to Handrail Details for further information.
Click Back to return to the General Attributes part of the Create Handrail window.
Click Cancel to discard any inputs and close the Create Handrail window.
Note:
The position of the RPATH relative to the handrail assembly displays to assist you in the creation of a suitable RPATH.

Handrail Details
Select Assembly
Create Handrail
Note:
Flip Left/Right Handrail
Next
Handrail Details
Create Handrail
Handrail Details
Back
General Attributes
Create Handrail
Cancel
Create Handrail


If required, SLH can create curved handrails. The functionality to create a curved handrail is identical to that for the creation of a straight handrail. With the exception that curved handrails can only be created with the Copy Route Path functionality from the Route Definition part of the Create Handrail window and you must select a curved GENSEC element.

You are prompted to Pick element to copy route path from, from the 3D view.

Kickplates on Curved Handrails
Kickplates on curved segments of a handrail (not corners) follow the curved route path, a segmented kickplate terminates at the end of each curve. A continuous kickplate runs the whole length of the handrail.

Copy Route Path
Route Definition
Create Handrail
Pick element to copy route path from
Kickplates on Curved Handrails


Handrails can be created with a stair flight in Layout, if handrails are required in Detail or those stair flights created without handrails use the handrail functionality.
Irrelevant of which method is used, the position and orientation of the route path are determined by which part of the stair flight is picked and the finished floor level (FFL).
Create Route Points
The functionality to create route points on a stair flight is identical to that described earlier in this guide. Refer to Route Definition for further information.
Copy Route Path
If you select a stair stringer to trace for the route path of the handrail, the SLH application creates the current route point at the end of the stringer at the FFL, and then routes the handrail along the centre of the stringer.

If you select a landing or tread as the element to trace for the route path of the handrail, the SLH application creates the current route point at the FFL, then routes the handrail up the right hand side of the stair flight.

Route Definition
Layout
Detail
Create Route Points
Route Definition
Copy Route Path


Modifies the stair flight attributes.
All of the STRFLT modification tasks are initiated from a central Modify Stair Flight window which acts as a task hub.
The functionality available for the Modify Stair Flight window is identical to the Create Stair Flight window. Refer to Create Stair Flight for further information.

The stair flight is represented in the 3D view as construction lines.

Modify the stair flight as required, click Modify Stair Flight to commit the changes
Click Cancel to discard any changes and close the Modify Stair Flight window.

Click Yes to delete the handrail elements
Click No to close the window without any modification to the stair flight.
Note:
If the stair flight and associated handrails have been created in Layout mode and the Stair Flight is then modified into a Detail mode stair flight, a Confirm window displays:

Create Stair Flight
Modify Stair Flight
Modify Stair Flight
Create Stair Flight
Create Stair Flight
Modify Stair Flight
Cancel
Modify Stair Flight
Note:
Confirm
Yes
No


Modifies the step ladder attributes.
All of the SLADDR modification tasks are initiated from a central Modify Step Ladder window which acts as a task hub.
The functionality available for the Modify Step Ladder window is identical to the Create Step Ladder window. Refer to Create Step Ladder for further information.

The step ladder is represented in the 3D view as construction lines.

Modify the step ladder as required, click Modify Step Ladder to commit the changes.
Click Cancel to discard any changes and close the Modify Step Ladder window.

Create Step Ladder
Modify Step Ladder
Modify Step Ladder
Create Step Ladder
Create Step Ladder
Modify Step Ladder
Cancel
Modify Step Ladder


Modifies the rung ladder attributes.
All of the RLADDR modification tasks are initiated from a central Modify Rung Ladder window which acts as a task hub.
The functionality available for the Modify Rung Ladder window is identical to the Create Rung Ladder window. Refer to Create Rung Ladder for further information.
The rung ladder is represented in the 3D view as construction lines.

Modify the rung ladder as required, click Modify Rung Ladder to commit the changes.
Click Cancel to discard any changes and close the Modify Rung Ladder window.

Create Rung Ladder
Modify Rung Ladder
Modify Rung Ladder
Create Rung Ladder
Create Rung Ladder
Modify Rung Ladder
Cancel
Modify Rung Ladder


Modifies the handrail attributes.
All of the HANDRA modification tasks are initiated from a central Modify Handrail window which acts as a task hub.
The functionality available for the Modify Handrail window is identical to the Create Handrail window. Refer to Create Handrail for further information.
The handrail is represented in the 3D view as construction lines.

Modify the handrail as required, click Modify Handrails, a Confirm window displays:

Click Yes to remove any previously added details.
Click No to discard any changes.
Click Cancel to discard any changes and close the Modify Handrail window.
Note:
If you attempt to modify a Layout mode handrail element from the Modify group, an error message displays summarizing the problem.

Create Handrail
Modify Handrail
Modify Handrail
Create Handrail
Create Handrail
Note:
Modify
Modify Handrails
Confirm
Yes
No
Cancel
Modify Handrail


SLH provides functionality which allows you to ‘fine tune’ handrails, for example: modify individual components of the handrail assembly, split and merge handrails. You can also select other functionality which is common to all disciplines. Refer to Common Functionality for further information.

Common Functionality
Common Functionality


Modifies individual or multiple handrail components.
The functionality allows you to manipulate:
If a particular SLH element cannot be created at the current position in the database hierarchy, a message displays.

The used handrail components determines which tabs of the Modify Handrail Components window are populated and are available for selection.
Gates
Posts
Terminations
Rails
Kickplates
Panels (only available with panelled handrails selected as the CE).
Gates
Gates
Posts
Posts
Terminations
Terminations
Rails
Rails
Kickplates
Kickplates
Panels (only available with panelled handrails selected as the CE).
Panels (only available with panelled handrails selected as the CE).

Modify Handrail Components


AVEVA SDNF is the interface for Model which allows you to export and import files using the structural Steel Detailing Neutral File (SDNF) format.
The AVEVA SDNF interface uses a large proportion of the information transferable in SDNF format. The SDNF file, its format and contents are explained. Refer to Technical Information for further information.

Technical Information
Model
Technical Information


Exports a steel structure to a SDNF file.


Click Target Information to display the Export Target Information window which contains information about the 3D steel detailing package to which the SDNF file is being transferred.

The interface requires at least two external mapping tables for each Target Package in order to check that the Target Package can accept the data. It also may use the Profile Orientation and/or the Unicode mapping tables if necessary. The mapping tables are for the Profiles, Materials and for mapping the Profile Orientations between the application and the neutral file. The Unicode mapping table is to translate the applications Unicode strings into ASCII strings. The file arrangement on the system and required format is explained. Refer to Customise SDNF for further information. The interface also needs to know where the external mapping files are located on the computer network. For this, internal mapping tables are required. The configuration and location of files is explained. Refer to Internal Mapping Files for further information.
For example you may have a generic set of mapping tables to map between the application and SDNF for a particular steel fabricator, or you may have a similar set for each 3D steel detailing package.
The current file settings are indicated on the Export Target Information window. Changing the Target Package by using the Target Package drop-down list on the right-hand side of the window may cause the text to change giving the full path names of the respective files. Do not be concerned that the path name may be truncated by the insertion of the ellipsis (…): it is modified only for display purposes on the window.
The system also checks that these files are compatible with the Target Package by checking only the identification line at the top of each mapping table. The format of the mapping files is detailed. Refer to External Mapping Files for further information.
The two main options are, Auto and Manual which are activated by selecting the appropriate option button.
Auto causes the interface to select automatically the mapping tables for the Target Package indicated by the Target Package drop-down list on the right hand side of the window, according to the system configuration files. The files selected are dependent upon how you have configured the internal mapping files.
Manual activates other option buttons, which are greyed out for the Auto option. Selecting this option changes the display of the window. For example:

You can select the file type using the Profiles, Materials, Orient'n or Unicode radio buttons and input the full path name of the file in the data entry area. You can also include system environment variables in the path name as long as they are in the proper format, for example, %ENVVAR% being the representation of the ENVVAR environment variable.
Press Enter, the interface checks for the existence of the file and compatibility with the Target Package indicated by the Package drop-down list.
You can choose by hand which mapping file to use either by inputting its name in the text data entry field, or by using the Browse option to display a File Browser. You can use this browser to search for the relevant mapping file.
Once you have input all the correct data on the Export Target Information window, click OK and the interface variables are updated. Click Cancel to close the window, leaving the original interface variables unchanged.
Error and Log File Messages
Internal error
Internal lists are not in step.
Cannot find suitable internal mapping list
Internal mapping files not found.
Suitable Mapping Table File not found
Mapping table found is not for the correct Target Package, or it does not exist.
Not a suitable Mapping Table File
Incorrect format of file, or empty file, or wrong Target Package.
Bad Map File
Mapping file is not correct format. Possibly it is from another operating system.
Error on SDNF File Browser form
You have input incorrect data on the file browser.
Internal error
Internal lists are not in step.
Cannot find suitable internal mapping list
Internal mapping files not found.
Suitable Mapping Table File not found
Mapping table found is not for the correct Target Package, or it does not exist.
Not a suitable Mapping Table File
Incorrect format of file, or empty file, or wrong Target Package.
Bad Map File
Mapping file is not correct format. Possibly it is from another operating system.
Error on SDNF File Browser form
You have input incorrect data on the file browser.

Internal error
Internal lists are not in step.
Cannot find suitable internal mapping list
Internal mapping files not found.
Suitable Mapping Table File not found
Mapping table found is not for the correct Target Package, or it does not exist.
Not a suitable Mapping Table File
Incorrect format of file, or empty file, or wrong Target Package.
Bad Map File
Mapping file is not correct format. Possibly it is from another operating system.
Error on SDNF File Browser form
You have input incorrect data on the file browser.
Note:
The check is only that the file applies to the Target Package and not that it is a correct file type or format.

Customise SDNF
Internal Mapping Files
External Mapping Files
Target Information
Export Target Information
Customise SDNF
Internal Mapping Files
Export Target Information
External Mapping Files
Auto
Manual
Auto
Manual
Auto
Profiles
Materials
Orient'n
Unicode
Enter
Note:
Browse
Export Target Information
OK
Cancel
Error and Log File Messages
Internal error
Cannot find suitable internal mapping list
Suitable Mapping Table File not found
Not a suitable Mapping Table File
Bad Map File
Error on SDNF File Browser form


The interface can read SDNF files to both version 2 and version 3 of the format (but it will write to only version 3). The format is described elsewhere. Principally in version three files, there are many more records attached to each linear member and the method of plate definition has changed. The interface does use some of this new information, principally the date and times of creation and modification.


Click Export Information to display the Export Information window which contains information about the export process.

You can either type the full path name of the output file, or click Browse to display a File Browser. The interface checks that the file exists and if it does, you are asked whether to overwrite it. If the file does exist and you want to overwrite it, the file mode beside Browse changes from WRITE to OVERWRITE. The output file is rechecked for write/overwrite status during the actual Export process because you can perform Exports repeatedly without changing the output file name.
The SDNF file may have several sections: a header, Packet 00; a set of Linear Members, Packet 10; a set of Plates, Packet 20 and their holes (Packet 22); a set of Connection Details, Packet 40, and a set of Arc Members (Packet 60). The header is compulsory: any other Packets are optional.
Selecting the information to be contained in Packet 00 is performed by navigating to, or below, the relevant SITE, ZONE or STRU element which contains the required header information. Open the Members list window on the main Export window. When at, or below, the correct element, click Use CE on this window, the source text indicates from where the interface gets the information. If there is not enough space on the window the element's reference number is output rather than its name.
To view the information contained by the chosen header element, click Inspect to display the Export File Header Details window.

At first the entry fields are greyed out but you can read the contents. To modify the contents of the fields click Edit on the Export File Header Details window and the fields become active and allow you to input any revised data. Click Apply and the data is transferred back to the chosen header object, overwriting the original data. Click Cancel to leave all the data unchanged.

The Previous Revision and Transfer information, if changed, is transferred not to the header object but to the Configuration Site for the specific current MDB/user combination. During Export or Import AVEVA SDNF inspects all the available Configuration Sites in order to elucidate the most recent Transfer letter and Revision number. The information is then stored in the site for the current user and allows for multi-user access to the databases.
Using the toggles on the Export Information window, you can select whether to export Packet 10 (Straight), Packet 60 (Curved) or Packet 20 (Plates) with the option of their holes, Packet 22 (Holes). You cannot output Packet 40 (End Connections) without outputting either Packet 10 (Straight) or Packet 60 (Curved). If you want neither Packet 10 nor Packet 60, the sub-options, Members only and Members + End Connections are inactivated and greyed out. Similarly, one cannot output Packet 22 (Holes) without outputting Packet 20 (Plates). You are able to export Plates without their holes.
The interface checks that you are attempting to Export something and outputs a message accordingly.
Once all the correct data has been input on the Export Information window, click OK and the interface variables are updated. Click Cancel to close the window, leaving the original interface variables unchanged.
Error and Log File Messages
Export file already exists
File exists, you receive the option to overwrite it.
Wrong place in database
You are most likely at the WORLD element in the database.
Illegal Transfer letter
You can only use transfer letters between A and Z.
Nothing to export
You have deselected both the Linear Members and Plates options.
Cannot decrement Transfer letter
You cannot decrease the Transfer letter, only increment it.
Export file already exists
File exists, you receive the option to overwrite it.
Wrong place in database
You are most likely at the WORLD element in the database.
Illegal Transfer letter
You can only use transfer letters between A and Z.
Nothing to export
You have deselected both the Linear Members and Plates options.
Cannot decrement Transfer letter
You cannot decrease the Transfer letter, only increment it.

Export file already exists
File exists, you receive the option to overwrite it.
Wrong place in database
You are most likely at the WORLD element in the database.
Illegal Transfer letter
You can only use transfer letters between A and Z.
Nothing to export
You have deselected both the Linear Members and Plates options.
Cannot decrement Transfer letter
You cannot decrease the Transfer letter, only increment it.
Note:
If you do not input the full path name and just a plain file name, the output file is created in the folder which started the application. You can also include system environment variables in the path name as long as they are in the correct format, for example, %ENVVAR% being the representation of the ENVVAR environment variable.

Export Information
Export Information
Browse
Browse
WRITE
OVERWRITE
Note:
Members
Export
Use CE
Inspect
Export File Header Details
Edit
Export File Header Details
Apply
Cancel
Export Information
Packet 10 (Straight), Packet 60 (Curved) or Packet 20 (Plates) with the option of their holes, Packet 22 (Holes)
Members only
Members + End Connections
Export Information
OK
Cancel
Error and Log File Messages
Export file already exists
Wrong place in database
Illegal Transfer letter
Nothing to export
Cannot decrement Transfer letter


Click Run Information to display the Export window which allows you to view the Log File after the export process is complete and select the Log File? check box.

Click either the Brief or Verbose radio buttons to choose which format messages are displayed.
The Test Run? option allows you to suppress the updating of all the Export flags, allowing you to check if Export of the model will be successful. You may find that the Profile or Material mapping files are not quite up to date which might cause a failure in the Export process. Therefore, you can select this option to define this as a test run.
After the Export process has completed, Test Run? is reset to false. You are then forced to state categorically each time the model is Exported that the run is a trial.
Once all the correct data has been input on the Run Information window, click OK and the interface variables are updated. Click Cancel to close the window, leaving the original interface variables unchanged.

Run Information
Export
Log File?
Brief
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The Members part allows you to navigate around the database hierarchy.
Though the application will create only GENSEC elements, old models might still contain SCTNs as well. The interface will still find SCTNs and export them. If a model is being imported and there are pre-existing SCTNs, these will be preserved, but all new members will be created as GENSECs.
You must input the elements to be exported, but need not select only SCTNs, GENSECs or PANEs. The interface locates all SCTNs, GENSECs and PANEs contained in, or implied by, the Export list. If you add something to the Export list and the item display in the 3D view it is highlighted and its colour changes. The Export list is managed such that duplicate elements are removed and that items are exported only once.
There are several methods of adding elements to the Export list.
Add CE adds the current element to the list and implies all items below the current element in the database hierarchy. The WORL can not be added to the list.
The Add by Pick option allows you to select an item from the 3D view. It is similar to other pick functions. Selecting this option brings up a Status window and puts you into a mode where an item from the 3D view can be picked. You can also pick a sequence of items in succession to add to the Export list. Press the ESC key when complete. If you do not want to continue, press the ESC key.
Add Structure attempts to climb to the Structure owning the current element and add that to the Export list. A warning message displays if there isn't an owning Structure.
There is also a set of methods by which you can remove items from the Export list. These options work only on entries in the Export list, rather than in the model. As with adding to the Export list, when items are removed from the Export list, the highlight is removed from the item or items and they are returned to the default colours as defined by this interface.
Remove CE looks for the name of the current element in the list and removes it if present.
Remove by Pick allows you to select something from the 3D view and, if it is present in the Export list, the name is removed. As with the Add by Pick option, you can select a series of items to remove from the Export list until the ESC key is pressed.
Remove Selected is a means by which the item selected in the Export list is subsequently removed. Select the item first in the list, then click Remove Selected.
Clear just removes everything from the list.
You may find that items that display in the Export list do not exist, or have been renamed. The Export process determines all the valid entries in the Export list and prepares the data accordingly. Clearing the list, or removing individual items is performed as expected.
Error and Log File Messages
Can't export the WORLD
You cannot export the WORLD
No owning Structure
Cannot climb to Structure element from current location in database.
Can't export the WORLD
You cannot export the WORLD
No owning Structure
Cannot climb to Structure element from current location in database.
Cancel closes the AVEVA SDNF Export window.
Export executes the Export process. As it proceeds you are kept informed of the progress by means of messages at the bottom of the main Model window as well as by forms and prompts.
Control
The Control drop-down menu has four options; Re-initialize, Configure, Map Converter and Exit.
After changing any mapping files or any other variables:
Re-initialize reloads the files to save you having to rebuild the whole user interface from scratch.
Configure enables you to define run parameters, model parameters, display colours and environment parameters. Refer to System Configuration for further information.
Map Converter starts the tool that helps you rebuild Profile mapping files. Refer to External Mapping Files for further information.
Exit command removes all forms and menus and global variables associated with the interface.
The General drop-down menu has one option, Highlight which displays the Highlighter window enabling you to identify new, changed and deleted items in the model. The Highlighter window has more relevance to the Import process and is described in detail. Refer to Validation Process for further information.
Can't export the WORLD
You cannot export the WORLD
No owning Structure
Cannot climb to Structure element from current location in database.
Note:
Partial model transfers are supported by the interface, however, you must be aware of how the Import process handles partial model transfers. Refer to Comparison and Merge Processes for further information.
Note:
The colour may be different from the colour in which it may have originally been added to the Drawlist.

Comparison and Merge Processes
External Mapping Files
Validation Process
Note:
Comparison and Merge Processes
Add CE
Add by Pick
Status
ESC
These options work only on entries in the Export list, rather than in the model
Note:
Remove CE
Remove by Pick
Add by Pick
ESC
Remove Selected
Remove Selected
Clear
Error and Log File Messages
Can't export the WORLD
No owning Structure
Cancel
AVEVA SDNF Export
Export
Control
Control
Re-initialize, Configure, Map Converter
Exit
Re-initialize
Configure
Map Converter
External Mapping Files
Exit
General
Highlight
Highlighter
Highlighter
Validation Process