drawingdesign 7.0 (advance steel)

ManualDrawing Design

Thank you to Haslinger Stahlbau Ges.m.b.H., for the picture.

Advance - Manual Drawing Design Seite i

Contents

1. Document Management 1-1General ................................................................................................................................. 1-1Document Manager .............................................................................................................. 1-1Register Drawings at Model.................................................................................................. 1-4Cancel Drawings from Model................................................................................................ 1-5

2. Design Drawings 2-1General ................................................................................................................................. 2-1

General ....................................................................................................................... 2-2Detail box.................................................................................................................... 2-3Label / Contents.......................................................................................................... 2-4Label / Type ................................................................................................................ 2-8Drawing Elements....................................................................................................... 2-9Representation ......................................................................................................... 2-10

Project Data ........................................................................................................................ 2-12Filling the Title Block ........................................................................................................... 2-16

3. Prototype file 3-1General ................................................................................................................................. 3-1Make Your Own Prototype-File............................................................................................. 3-1

4. Predefined Drawing Styles 3View ..........................................................................................................................................6Detail node..............................................................................................................................32Single part ...............................................................................................................................52Main part .................................................................................................................................82Processes ...............................................................................................................................99Tie beam ...............................................................................................................................100Intersection............................................................................................................................116Special Structural Parts ........................................................................................................146Column..................................................................................................................................164Statics ...................................................................................................................................182

5. Automatic Detailing 5-2General ................................................................................................................................. 5-2Define Drawing Layout.......................................................................................................... 5-3Processes ............................................................................................................................. 5-6Rules for the Assignment of the Drawing Style .................................................................... 5-9

6. Drawing Finishing 6-1General ................................................................................................................................. 6-1Insert Line of Welding ........................................................................................................... 6-2Insert Label ........................................................................................................................... 6-3

Seite ii Advance - Manual Drawing Design

Insert Height Notation ........................................................................................................... 6-6Insert Dimensional Point ....................................................................................................... 6-7Delete Dimensional Point...................................................................................................... 6-8Additional Dimension Chain General .................................................................................... 6-9Additional Dimension Chain Longitudinal Dimension ......................................................... 6-10Additional Dimension Radian .............................................................................................. 6-11Additional Dimension Chain Angular Measure ................................................................... 6-12Additional Dimension Chain Radian Measure .................................................................... 6-13Move Dimensions................................................................................................................ 6-15Change Dimensioning Style................................................................................................ 6-16Change Text Style............................................................................................................... 6-17Move View........................................................................................................................... 6-18Delete view.......................................................................................................................... 6-19

7. Tips & Tricks 7-1

8. Drawing style management 8-1General.................................................................................................................................. 8-1Details and Detail Views ....................................................................................................... 8-1Create Your Own Drawing Styles ......................................................................................... 8-2Call the Drawing Style Management..................................................................................... 8-3Copy Existing Definitions ...................................................................................................... 8-4

9. Create new Drawing Styles 9-1General.................................................................................................................................. 9-1Design New Drawing Styles.................................................................................................. 9-1Process a New Drawing Style............................................................................................... 9-4

Title ............................................................................................................................. 9-4Layout ......................................................................................................................... 9-7Model objects............................................................................................................ 9-12

Process Detail View ............................................................................................................ 9-14Assignment ............................................................................................................... 9-14Clipping ..................................................................................................................... 9-30

10. Object Label 10-1General................................................................................................................................ 10-1Create New Object Label .................................................................................................... 10-1

Text- and Moving Orientation.................................................................................... 10-2Guideline Selection ................................................................................................... 10-3Definition of the Text Content ................................................................................... 10-4Edit Rule of the Text on the Drawing ...................................................................... 10-11

11. Object Dimension 11-1General................................................................................................................................ 11-1Generate a Dimension Definition ........................................................................................ 11-1Change a Dimension Definition........................................................................................... 11-2

Orientation of the Dimension Chain.......................................................................... 11-4Overlap scope with the total geometry (G/L) ............................................................ 11-7Arrange dimension chain above the local geometry (T/B)........................................ 11-7Create a separate dimension chain for each model object (A/S) ............................. 11-7

Selection of the Dimensional Points.................................................................................... 11-9

12. Function in the Model 12-1General................................................................................................................................ 12-1Available Functions ............................................................................................................. 12-1

13. Defaults 13-1

Advance - Manual Drawing Design Seite iii

General ............................................................................................................................... 13-1Default Values..................................................................................................................... 13-1

14. Label types 14-1

15. Dimension Styles 15-1Dimension lines................................................................................................................... 15-1Dimension strategies ........................................................................................................ 15-56

16. Presentation Rules 16-1

17. Appendix 17-1Tables for drawing styles .................................................................................................... 17-1Abbreviations ...................................................................................................................... 17-3

Seite iv Advance - Manual Drawing Design

Advance - Manual Drawing Design Page 1-1

1. Document Management

General

2D-drawings are designed automatically, based on the 3D-model, corresponding to theselected drawing type. The correlation between 3D-model and derivated drawing will remain.

The derivated drawings are managed. They can be updated after a model modification andthey can be deleted from the management menu. On modifying the name of the model- ordrawing DWG, the relation can be restored (register) or disconnected (cancel).

Document Manager

This function determines whether the derivated details (derivated drawings from the model)still correspond to the model (state current), or whether the model has been modified, andthis modification has not yet affected the derivated detail (update necessary).

Funktion: _AstDocCheck

Button:

Course of dialogue:

• Call the function

• The following window pops up

2 Advance - Manual Drawing Design

View:Select detail in the input-window and press View. The detail will be displayedwithout calling the appropriate DWG. You can end the display pressing OK.

Update:Select detail in the input-window and press Update. The detail will be updated.

Delete:Select detail in the input-window and press Delete. The detail will be deletedirrevocably from the appropriate drawing.

State:A detail can be checked manually whether being still up to date. It is necessary ifAdvance is not able to make an automatic statement.

Finish:Close the input-window and finish the function.

Help:The online help for this function pops up.


Symbole:

The detail is up to date

An update is necessary for the detail.

The model object is deleted. Therefore the detail is blank and alsocan be deleted.

The detail was deleted manually.

The state of the drawing cannot be determined. This is the case forthe node details even directly after the derivation.

The detail drawing is open. Only possible if the variable SDI is on 0.Thus several drawings can be opened simultaneously in oneAutoCAD session.

Complete drawing. Beneath are the individual details.

Clipping from the drawing manager:

If you click with the right mouse button in the left window of the drawing manager, a contextmenu will open. With this menu, the drawings can be sorted according to different properties(title, scale, drawing style, process properties). In addition, drawings and details can bedisplayed and deleted.


Register Drawings at Model

The detail drawings have a correlation to the model drawings. Due to this correlation, thedrawing manager will always know which drawings belong to the respective projects.However, it is only possible if the drawings are not renamed or moved in the file system. Ifthe model drawing or the detail drawing is being moved, the correlation will be lost. But withthis function, the correlation can be restored. It will be recognized whether the detail drawinghas been derivated from the indicated model. Thus it is impossible to assign outsidedrawings to a model.

Function: _AstorDetRegist

Button:

Course of dialogue:


• A selection-window pops up

• Go to the directory where the data file you want to register is stored

• Double-click on the file you want to register

• The following message pops up:Successful registration of:C:\Programme\GRAITEC\Advance\work\details\DET14.dwg

• The drawing will now be available in the drawing manager.


Cancel Drawings from Model

The detail drawings have a correlation to the model drawings. Due to this correlation, thedrawing manager will always know which drawings belong to the respective projects. Insome cases, e.g. if a drawing is not requested for the moment, you can cancel existingdrawings from the model. The correlation between detail drawing and model drawing will belost. However, you can restore it with REGISTER DRAWINGS AT MODEL.

Function: _AstorDetDeRegist

Button:

Course of dialogue:


• A selection-window pops up

• Go to the directory where the data file you want to cancel is stored

• Double-click on the file you want to cancel

• The following message pops up:Successful cancellation of:C:\Programme\GRAITEC\Advance\work\details\DET14.dwg

• The drawing will be not available any more in the drawing manager.


2. Design Drawings

General

2D-drawings will be designed automatically following the 3D-model, corresponding to theselected drawing type. The correlation between the 3D-model and the derivated drawings willremain.

The drawing style of the various drawing types can be adjusted individually. The styles aredefined with their settings (parts to be displayed, view, dimension, label, presentation, etc.) inAccess-tables. The drawing types available in this toolbar are only a selection of possibledrawing styles. An overview of all available drawing styles is given in the chapter 4Predefined Drawing Styles

The derivated drawings (details) can, if not done automatically, be dimensioned and labeledsubsequently with Advance-specific dimension functions (see chapter 6 Drawing Finishing).

The drawing derivation is licensed in two different Advance-modules. For the views themodule Basis is required, and for the single part and main part derivations the moduleDrawing Derivation is required.

The following buttons present a selection of the various possibilities for the drawingderivation. They differ in views, intersections and defaults.

Principle Course of Dialogue:

• Select objects if necessary. Also mere geometry-elements of AutoCAD, e.g.lines, can be objects, if you want them to be presented.

• Press the corresponding button.

• A dialogue-box appears


General

Scale:Scale of the derivated detail.

Title:Label of the complete detail. Possible entries can be seen on page 9-4


Detail box

z-Viewport:For the drawing styles you can set whether the viewing depth should be limited tothe front or to the rear (Z-orientation of the UCS). The values for the limitation canbe entered in the dialogue-box.

Example: front: 500, rear: -500 will cut a slice of 1000 mm from the model.

xy-Viewport:For the drawing styles you can set whether the complete model, selected elementsor only a clipping should be derivated. For a clipping the height (Y-orientation of theUCS) and width (X-orientation of the UCS) can be defined. It will be doneautomatically (values via default) by selection (definition by digitizing in the model)or by fixed values entered in the dialogue-box (X-,Y-delta).


Label / Contents

Label / Content:Various settings for the content of the labels. They can be set differently for thevarious structural part types. Only structural parts that will be presented can belabeled.

In the following a listing of the entries already available and their meaning.

General:These entries are available for all elements.

Label / Content LabelUse default See label of the individual styles. - No label


Sections:

Label / Content LabelHEA100 Section name#Height(5)1000 Position numberHEA100 1000 Section name, position number2 Main part number1000 Position number2000 Single part numberHEA 100 1 Section name, main part numberHEA100 – 136 1000 Section name, length, position

numberHEA100 – 136 #Height(5)1000 Section name, length, position

numberHEA100 #Height(5)1000 Section name, position numberHEA100 – 136 10.9 #Height(5)1000 Section name, length, material,

position numberHEA100 – 10 #Height(5)1000 Section name, assembly, position

numberHEA100 M #Height(5)1000 Section name, name, position number10 - #Height(5)1000 Assembly, position number10 – 1000 Assembly, position numberEPos: 2000#Newline HPos: 2 Single part number

main part number#Height(5)2 Main part numberHEA100 #Height(5)2 Section name, main part number

The entry #Height(5) means a text height of 5 mm on the drawing. #Newline creates a newline.


Plates:

Label / Content LabelBl 10x136x68 Thickness, length, width Bl 10x136x68 1000 Thickness, length width. Position

number Bl 10 1000 Thickness, position number #Height(5)1000 Position number2 Main part number1000 Position number2000 Single part numberBl 10 ThicknessBl 10 #Height(5)1000 Thickness, position number Bl 10x136x68 #Height(5)1000 Thickness, length, width, position

number Bl 10 ... 136x68 #Height(5)1000 Thickness, length, width, position

number Bl 10 ... 136x68 – 10.9 #Height(5)1000 Thickness, length, width, material,

position number 10 - #Height(5)1000 Assembly, position number 10 - 1000 Assembly, position numberBl10 2 Thickness, main part numberEPos: 2000#Newline HPos: 2 Single part number

main part number#Height(5)2 Main part numberBl10#Height(5)2 Thickness, main part number

The entry #Height(5) means a text height of 5 mm on the drawing. #Newline creates a newline.


Bolts:

Label / Content Label6 M16x136 Number, diameter, length 6Ø18 Number, diameter of bore M16x136 Diameter, length 6 M16x136#NewlineDIN 6914 Number, diameter, length

DINØ18 Diameter of bore D18 Diameter of bore 6 M16x136#NewlineDIN 6914 10.9 Number, diameter, length

DIN, quality6 M16x136 10.9 Number, diameter, length quality

Holes:

Label / Content LabelDefault See description of the individual

styles – No label 6Ø16 Number, diameter of hole Ø16 Diameter of holeD16 Diameter of hole


Label / Type

Label / Type:Style of the label that can be set. They can be set differently for the variousstructural part types. The styles are defined in Access-tables. In the styles aredefined, e.g. the guide line, text direction, placing etc.

Only structural parts that will be presented can be labeled.

Possible settings:A detailed description of the labels can be seen on page 14-1.


Drawing Elements

Drawing elements:Check mark to switch off the different objects in the derivated drawings. Thesecheck marks only effect drawing styles that contain the respective drawingelements.

Height notations are presented in the drawing styles "Views", "Intersections" and"Nodes". For isometric presentations no height notations can be inserted.

In the shop drawings height notations and line of welding symbols can be insertedvia the finishing (see chapter 6 Drawing Finishing).


Representation

Representation:Check mark to switch off hidden lines and a shortened presentation. These checkmarks only effect drawing styles that contain the respective presentation.

Clipping is used in the styles "Intersection" and in the drawing styles for main andsingle parts.

• Change the values and press OK.

• An input window for the names of the derivated DWG pops up


File name:The available drawings are displayed in a survey list. Here, the name proposed bythe system will be taken or changed.

In the management tool another path can be preset (drawing – general, path of thedetail drawings and prefix).

Prototype file:Name of the prototype-drawing that is to be used for creating the derivateddrawings. Here, the AutoCAD-styles for dimension, line types etc. are defined.

Prototype-files created by your own can be stored in the directory Advance\Support.In the management-tool the required prototype-file can be preset (drawing –general, detail-prototype-file).

• A message will pop up concerning the used prototype-drawing and the DWGwhere the detail has been generated:

Use prototype-drawingC:\Programme\GRAITEC\Advance\SUPPORT\DSCDETPROTO.DWG-> C:\Programme\GRAITEC\Advance\Work\details\DET4.dwg

For the drawing derivation a prototype-drawing will be used. Here, dimension and text styles,layer, etc. are defined. The prototype-drawing to be used can be adjusted individually. Whendoing, it should be called and processed only with the mere AutoCAD (without Advance), ifpossible.


Project Data

Project data can be defined for the model that will be saved with the model. The data can beused in the drawing derivation for the automatic filling of a title block.

Function: _AstM4CommProjectData

Button:

Course of Dialogue:

• Press the button

• A dialogue-box (register-cards) pops up

General


additional

Preferences

Defining what preferred sizes should be processed (see manual MANAGEMENTTOOL).


Project unit for weight

Project unit for length


Project unit for angle


Filling the Title Block

In the drawing derivation, these project data can be inserted automatically in the title blocks.To do this, the title block must have a determined name with defined attributes.

The name of the block for the title block is: HYPERSTEELPAGEHEADER.

Following attributes are used:

AttributBezeichnung

Eingabeaufforderung Register

PROJECT Project : “Project data general“PROJECT_NO Project-No. : “Project data general“CLIENT Client : “Project data general“BUILDING Building : “Project data general“BUILDING_PLACE Building site : “Project data general“CONTRACTOR Contractor : “Additional project data“DATE_ORDER Date of order: “Additional project data“DESIGNER Designer : “Additional project data“DETAILER Detailer : “Additional project data“DATE_PLOT “inserted by Advance”MODEL “inserted by Advance”DRAWING_NO “inserted by Advance”

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3. Prototype file

General

Advance-details are saved in DWGs. When giving a new name for the destination file, youcan also name a prototype-file you want to use, e.g. including dimensional style and thedrawing frame.

To do this, you can select from a list of prototype-files in the file-name dialogue for creatingthe detail. You can set a standard prototype-file by default. It will appear automatically as thefile to be used.

You can define your own dimensional styles in existing or in new prototype-files.

Make Your Own Prototype-File

The prototype-files are in the directory Hyper\Shared\Support\Prototypes. Here, you canstore your own prototype-files. You define in the defaults which prototype-file is pre-set(default: drawing-general, detail-prototype-file).

The prototype-files offered in the list must be in the same directory that can be determined asfollows:

Starting point is the default value DETAIL-PROTOTYPEFILE. The path given here and/or file-name determines the listed directory and the pre-selected prototype-file.

If only one path is given, the program will use DSCDETPROTO.DWG as default-file.However, we recommend entering explicitly a file-name. In this case, there are twopossibilities:

1. Default value contains file-name NAME.DWG without pathIt will be searched for prototypes\NAME.DWG, that is the given file in the sub-directoryprototypes. The search will be done first in the path of the currently processed model(such as ...\Projekt1\Prototypes), and then in the AutoCAD search-path (such as...\Hyper\Shared\Support.

2. Default value contains absolute path with file-name NAME.DWGIt will be searched for exactly this combination of path and file-name, such asC:\DetailprototypesProjekt1\NAME.DWG.

This type is recommended only for the users with single working station who use for alltheir projects the same type heading or frame. Otherwise the default valueC40_PrototypeDwg must be changed for each project.

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Notes:

• The relevant graphic objects (such as frames and type heading) are in theAutoCAD-paperfield. Modifications are useful only in the paperspace.

• Detail must never be derivated directly in the prototype-file. For Advance aDWG is either model or prototype or drawing.

If you want to use your own page frame with page header, you must proceed as follows:

• Copy an existing prototype-file

• Open this file in AutoCAD

• Delete or explode page frame and page header

• Enter command BEREINIG, Type BL and clear the blockHYPERSTEELPAGEFRAME and HYPERSTEELPAGEHEADER.

• Create or modify the new page frame and page header

• Create block with the names HYPERSTEELPAGEFRAME with the elements ofthe page frame

• Create block with the name HYPERSTEELPAGEHEADER with the elements ofthe page header

• Save the drawing

To find out the place which can be used for the details the maximum extents of the blockHYPERSTEELPAGEHEADER is subtracted from the maximum extents of the blockHYPERSTEELPAGEFRAME.

Example:

The place above the title block should not be used for details, because additionalinformations should be placed there. To achieve this, a point must be set in the right abovecorner, which must be put in the block HYPERSTEELPAGEHEADER.

Title block

Point

Advance - Manual Drawing Design

4. Predefined Drawing Styles

On the following pages you will find a listing of the drawing styles already defined inAdvance. For each style a double page is intended and composed in a specific structure.

F n n
unctio Menutext Butto
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Example

Name in DrawingstyleManagement

Advance - Manual Drawing Design Page 5/454

Description of the table:

Title Content of the Detail Title

Position title Position of the detail titletop center, bottom left

Request name(s) Detail viewsComposition of presentation-, label- and dimensionrules.

Clipping Shortened presentationX, Y, XY, Off

Presentation rule Which elements are presented and labeled in whichway

Dimension rule How are the elements dimensioned

Object selection Which elements are filtered from the model

Scale Presentation scale

Viewing direction Viewing direction on the elements

Model box Selection of the viewport, restriction of the viewingdepth


View

These styles enable the creation of the isometric views of the complete model. The viewingdepth depends on the UCS and is against the positive Z-axis. The views are presented in thedefault scale 1:20 and are not dimensioned. The clipping is switched off.

View V – NoDim NoLab (1 1)

View V – NoDim Mp PosSmGuid (1 2)

View V – NoDim Mp NamePosSmGuid (1 3)

View V – Select. Parts NoDim Mp NamePosSmGuid (1 7)

View VH – NoDim NoLab (1 4)

View VH – NoDim Mp PosSmGuid (1 5)

View VH – NoDim Mp NamePosSmGuid (1 6)

View VH – Select. Parts NoDim Mp NamePosSmGuid (1 8)

View VHA – NoDim NoLab (1 11)

View VHA – NoDim Mp PosSmGuid (1 10)

View VHA – NoDim Mp NamePosSmGuid (1 9)

View VHA – Select. Parts NoDim Mp NamePosSmGuid (1 12)


AstM4CommDetByStyle 1 1 View 1

Button:

Category / Style ViewView V – NoDim NoLab

Title View

Position title below left

Request name(s) View V – NoDim NoLab 1:20 CO

Clipping Off

Presentation rule View V – NoLab

Dimension rule Off

Object selection Complete Model with XRefs

Scale 1:20

Viewing direction UCS

Model box Automatic, without restrictions



1

1

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Button:

Category / Style ViewView V – NoDim Mp PosSmGuid

Title View


Request name(s) View V – NoDim Mp PosSmGuid 1:20 CO

Clipping Off

Presentation rule View V – Mp PosSmGuid

Dimension rule Off


Scale 1:20





1

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B

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Button:

Category / Style ViewView V – NoDim Mp NamePosSmGuid

Title View


Request name(s) View V – NoDim Mp NamePosSmGuid 1:20 CO

Clipping Off

Presentation rule View V – Mp NamePosSmGuid

Dimension rule Off


Scale 1:20





1

1

2

2

3

3

A

A

B

B

C

C

HEA240 1

HEA180 3

HEA140 4

HEA140 4

HEA140 5

HEA140 5

HEA240 8

IPE270 7

HEA240 1 IPE270 2

HEA120 6

HEA240 1IPE270 7HEA120 6

HEA240 8

HEA240 1

IPE270 2HEA180 3

IPE270 2

HEA140 9

IPE270 2


AstM4CommDetByStyle 1 4

Button: Call with command or Drawing Style Management

Category / Style ViewView VH – NoDim NoLab

Title View


Request name(s) View VH – NoDim NoLab 1:20 CO

Clipping Off

Presentation rule View VH – NoLab

Dimension rule Off


Scale 1:20





1

1

2

2

3

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A

A

B

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Category / Style ViewView VH – NoDim Mp PosSmGuid

Title View


Request name(s) View VH – NoDim Mp PosSmGuid 1:20 CO

Clipping Off

Presentation rule View VH – Mp PosSmGuid

Dimension rule Off


Scale 1:20





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Category / Style ViewView VH – NoDim Mp NamePosSmGuid

Title View


Request name(s) View VH – NoDim Mp NamePosSmGuid 1:20 CO

Clipping Off

Presentation rule View VH – Mp NamePosSmGuid

Dimension rule Off


Scale 1:20





1

1

2

2

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A

A

B

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C

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HEA240 1

HEA140 4

HEA240 8

HEA140 4

HEA140 5

HEA140 5

IPE270 7

HEA240 1IPE270 2

HEA120 6

IPE270 7HEA120 6

HEA240 8

HEA240 1

IPE270 2

HEA180 3

IPE270 2

HEA140 9

HEA180 3

IPE270 2

HEA240 1



Button:

Category / Style ViewView V – Select. Parts NoDim Mp NamePosSmGuid

Title View


Request name(s) View V – NoDim Mp PosSmGuid 1:20 CO

Clipping Off


Dimension rule Off

Object selection Selection set

Scale 1:20





A

A

B

B

C

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Category / Style ViewView VH – Select. Parts NoDim Mp NamePosSmGuid

Title View


Request name(s) View VH – NoDim Mp PosSmGuid 1:20 CO

Clipping Off


Dimension rule Off


Scale 1:20





A

A

B

B

C

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Category / Style ViewView VHA – NoDim Mp NamePosSmGuid

Title View


Request name(s) View VHA – NoDim Mp NamePosSmGuid 1:20 CO

Clipping Off

Presentation rule View VHA – Mp NamePosSmGuid

Dimension rule Off


Scale 1:20





1

1

2

2

3

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A

A

B

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C

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HEA140 4

HEA140 5

HEA140 5

HEA240 8

IPE270 7

HEA240 1IPE270 2

HEA120 6

IPE270 7HEA120 6

HEA240 8

HEA240 1

IPE270 2

HEA180 3

IPE270 2

HEA180 3

HEA140 9

IPE270 2

HEA240 1

HEA240 1

HEA140 4




Category / Style ViewView VHA – NoDim Mp PosSmGuid

Title View


Request name(s) View VHA – NoDim Mp PosSmGuid 1:20 CO

Clipping Off

Presentation rule View VHA – Mp PosSmGuid

Dimension rule Off


Scale 1:20





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Category / Style ViewView VHA – NoDim NoLab

Title View


Request name(s) View VHA – NoDim NoLab 1:20 CO

Clipping Off

Presentation rule View VHA – NoLab

Dimension rule Off


Scale 1:20





1

1

2

2

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B

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Category / Style ViewView VHA – Select. Parts NoDim Mp NamePosSmGuid

Title View


Request name(s) View VHA – NoDim Mp PosSmGuid 1:20 CO

Clipping Off


Dimension rule Off


Scale 1:20





A

A

B

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C

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Detail node

With these styles, clippings can be generated from a model, e.g. node of a frame. Theviewing direction depends on the UCS and is oriented against the positive Z-axis. The size ofthe detail clipping is digitized via two points. The default scale is 1:10, there is no automaticdimension. The clipping is switched off.

The drawings generated with these styles will be displayed in the drawing manager as status“Unknown” even directly after the derivation. With the button Status you can correct it.

Detail V – NoDim NoLab (2 1)

Detail V – NoDim MpSp PosSmGuid (2 2)

Detail V – NoDim MpSp NamePosSmGuid (2 3)

Detail VH – NoDim NoLab (2 4)

Detail VH – NoDim MpSp PosSmGuid (2 5)

Detail VH – NoDim MpSp NamePosSmGuid (2 6)

Detail VHA – NoDim NoLab (2 9)

Detail VHA – NoDim MpSp PosSmGuid (2 8)

Detail VHA – NoDim MpSp NamePosSmGuid (2 7)




Category / Style Detail NodeDetail V – NoDim NoLab

Title Detail


Request name(s) Detail V – NoDim NoLab 1:10 CO

Clipping Off

Presentation rule Detail V – NoLab

Dimension rule Off

Object selection Detail box with XRefs

Scale 1:10

Viewing direction UCS Digi

Model box Digitized by 2 points, without restriction!! Deactivate Ortho and Ofang !!




Category / Style Detail NodeDetail V – NoDim MpSp PosSmGuid

Title Detail


Request name(s) Detail V – NoDim MpSp PosSmGuid 1:10 CO

Clipping Off

Presentation rule Detail V – MpSp PosSmGuid

Dimension rule Off


Scale 1:10





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1013

8




Category / Style Detail NodeDetail V – NoDim MpSp NamePosSmGuid

Title Detail


Request name(s) Detail V – NoDim MpSp NamePosSmGuid 1:10 CO

Clipping Off

Presentation rule Detail V – MpSp NamePosSmGuid

Dimension rule Off


Scale 1:10





IPE270 7

Bl 20 1016

Bl 10 1012

Bl 10 1015Bl 10 1009 Bl 10 1010

Bl 10 1013

HEA240 8


AstM4CommDetByStyle 2 4 Node 1

Button:

Category / Style Detail NodeDetail VH – NoDim NoLab

Title Detail


Request name(s) Detail VH – NoDim NoLab 1:10 CO

Clipping Off

Presentation rule Detail VH – NoLab

Dimension rule Off


Scale 1:10





Button:

Category / Style Detail NodeDetail VH – NoDim MpSp PosSmGuid

Title Detail


Request name(s) Detail VH – NoDim MpSp PosSmGuid 1:10 CO

Clipping Off

Presentation rule Detail VH – MpSp PosSmGuid

Dimension rule Off


Scale 1:10





7

1016

10121015

1009 1010

1013

8



Button:

Category / Style Detail NodeDetail VH – NoDim MpSp NamePosSmGuid

Title Detail


Request name(s) Detail VH – NoDim MpSp NamePosSmGuid 1:10 CO

Clipping Off

Presentation rule Detail VH – MpSp NamePosSmGuid

Dimension rule Off


Scale 1:10





IPE270 7Bl 20 1016

Bl 10 1012Bl 10 1015Bl 10 1009 Bl 10 1010

Bl 10 1013

HEA240 8




Category / Style Detail NodeDetail VHA – NoDim MpSp NamePosSmGuid

Title Detail


Request name(s) Detail VHA – NoDim MpSp NamePosSmGuid 1:10 CO

Clipping Off

Presentation rule Detail VHA – MpSp NamePosSmGuid

Dimension rule Off


Scale 1:10





IPE270 7Bl 20 1016

Bl 10 1012Bl 10 1015

Bl 10 1009 Bl 10 1010

Bl 10 1013

HEA240 8




Category / Style Detail NodeDetail VHA – NoDim MpSp PosSmGuid

Title Detail


Request name(s) Detail VHA – NoDim MpSp PosSmGuid 1:10 CO

Clipping Off

Presentation rule Detail VHA – MpSp PosSmGuid

Dimension rule Off


Scale 1:10





7

1016

1012 10151009

1010

1013

8




Category / Style Detail NodeDetail VHA – NoDim NoLab

Title Detail


Request name(s) Detail VHA – NoDim NoLab 1:10 CO

Clipping Off

Presentation rule Detail VHA – NoLab

Dimension rule Off


Scale 1:10




Single part

Design of shop drawings of the single parts. The viewing direction does not depend on theUCS, but on the internal system of coordinates of the selected element. The default scale is1:10. The details are dimensioned and labeled automatically.

Sp – Plate 1:1 CO (3 13)

Sp – Plate 1:1 CX (3 10)

Sp – Plate 1:10 CO (3 14)

Sp – Plate 1:10 CX (3 7)

Sp – Plate UCS 1:10 CXY (3 12)

Sp – Bent Beam (3 6)

Sp – Beam UCS 1:10 CX (3 11)

Sp – Beam front 1:10 CX (3 1)

Sp – Beam front,top 1:10 CX (3 2)

Sp – Beam front,top,bottom 1:1 CX (3 9)

Sp – Beam front,top,bottom 1:10 CO (3 8)

Sp – Beam front,top,bottom 1:10 CX (3 3)

Sp – Beam front,bottom 1:10 CX (3 4)

Sp – Beam Selection of views 1:10 CX (3 5)


AstM4CommDetByStyle 3 1 Sp – Beam front

Button:

Category / Style SinglepartSp – Beam front 1:10 CX

Title #Height(3.5)%Quantityx %Namex%Length – %Material %Note#Height(5)%SinglePartPosNum

Position title top middle

Request name(s) Sp Beam Front 1:10 CX

Clipping X

Presentation rule Singlepart VHA

Dimension rule Sp Beam

Object selection Singlepart

Scale 1:10

Viewing direction Object front



AstM4CommDetByStyle 3 1 Sp – Beam front

1x HEB500x3319 - S235JRG2 1082150 1544 116 76 100 532 46 77 46 419 213

2252 610 80 108 269

3319

7515

027

5

274

6620

6674

150

350

274

3541

6981

350

150

130

370

R=65


AstM4CommDetByStyle 3 2 Sp – Beam front, top

Button:

Category / Style SinglepartSp – Beam front,top 1:10 CX



Request name(s) Sp Beam Front 1:10 CXSp Beam Top, Bottom 1:10 CX

Clipping X




Scale 1:10

Viewing direction Object front / Object top



AstM4CommDetByStyle 3 2 Sp – Beam front, top

1x HEB500x3319 - S235JRG2 1082150 1544 116 76 100 532 46 77 46 419 213

2252 610 80 108 269

3319

7515

027

5

274

6620

6674

150

350

274

3541

6981

350

150

130

370

R=65

2252 1067

2252 853 214

3319

300


AstM4CommDetByStyle 3 3 Sp – Beamfront,top,bottom

Button:

Category / Style SinglepartSp – Beam front,top,bottom 1:10 CX



Request name(s) Sp Beam Front 1:10 CXSp Beam Top, Bottom 1:10 CXSp Beam Bottom, Top1:10 CX

Clipping X




Scale 1:10

Viewing direction Object front / Object top / Object bottom



AstM4CommDetByStyle 3 3 Sp – Beamfront,top,bottom

1x HEB500x3319 - S235JRG2 1082150 1544 116 76 100 532 46 77 46 419 213

2252 610 80 108 269

3319

7515

027

5

274

6620

6674

150

350

274

3541

6981

350

150

130

370

R=65

2252 1067

2252 853 214

3319

300

2252 853 214

2252 1067

3319

300


AstM4CommDetByStyle 3 4 Sp – Beamfront,bottom

Button:

Category / Style SinglepartSp – Beam front,bottom 1:10 CX



Request name(s) Sp Beam Front 1:10 CXSp Beam Bottom, Top1:10 CX

Clipping X




Scale 1:10

Viewing direction Object front / Object bottom



AstM4CommDetByStyle 3 4 Sp – Beamfront,bottom

1x HEB500x3319 - S235JRG2 1082150 1544 116 76 100 532 46 77 46 419 213

2252 610 80 108 269

3319

7515

027

5

274

6620

6674

150

350

274

3541

6981

350

150

130

370

R=65

2252 853 214

2252 1067

3319

300


AstM4CommDetByStyle 3 5 Sp – Beam selection of view

Button:

Category / Style SinglepartSp – Beam selection of view 1:10 CX



Request name(s) Sp AllViews 1:10 CX

Clipping X




Scale 1:10

Viewing direction Object selected



AstM4CommDetByStyle 3 5 Sp – Beam selection of view

1x HEB500x3319 - S235JRG2 1082150 1544 116 76 100 532 46 77 46 419 213

2252 610 80 108 269

3319

7515

027

5

274

6620

6674

150

350

274

3541

6981

350

150

130

370

R=65

2252 1067

2252 853 214

3319

300

2252 853 214

2252 1067

3319

300

2252 610 80 108 269

150 1544 116 76 100 532 46 77 46 419 213

3319

275

150

75

7466

2066

274

350

150

8169

4135

274

150

350

370

130

R=65

150 150

300

250

250

150 150

300

250

250


AstM4CommDetByStyle 3 6 Sp - BentBeam

Button:

Category / Style SinglepartSp - BentBeam



Request name(s) Sp BentBeam Top 1:10 CO

Clipping Off (BentBeams cannot be clipped)


Dimension rule Sp BentBeam


Scale 1:10

Viewing direction Object top



AstM4CommDetByStyle 3 6 Sp - BentBeam

1x HEA160x3401 - S235JRG2 1023

662

38

98040

980

38

662

3400

7676

7013

69

7013

69

3143

611

2ø14

2ø14

2ø14


AstM4CommDetByStyle 3 7 Sp – Plate

Button:

Category / Style SinglepartSp – Plate 1:10 CX

Title #Height(3.5)%Quantityx %Name – %Material %Note#Height(5)%SinglePartPosNum


Request name(s) Sp Plate 1:10 CX

Clipping X


Dimension rule Sp plate


Scale 1:10




AstM4CommDetByStyle 3 7 Sp – Plate

3x BL 10x250x200 - S235JRG2 1010

49 57 144

250

100 150

6556

79

100

100

2002ø13




Category / Style SinglepartSp – Beam front,top,bottom 1:10 CO



Request name(s) Sp Beam Front 1:10 CO Sp Beam Top,Bottom 1:10 COSp Beam Bottom,Top 1:10 CO

Clipping Off




Scale 1:10





1x HEB500x3319 - S235JRG2 1082150 1544 116 76 100 532 46 77 46 419 213

2252 610 80 108 269

3319

7515

027

5

274

6620

6674

150

350

274

3541

6981

350

150

130

370

R=65

2252 1067

2252 853 214

3319

300

2252 853 214

2252 1067

3319

300




Category / Style SinglepartSp – Beam front,top,bottom 1:1 CX



Request name(s) Sp Beam Front 1:1 CX Sp Beam Top,Bottom 1:1 CXSp Beam Bottom,Top 1:1 CX

Clipping X




Scale 1:1





1x RO48.3X3.2x3973 - S235JRG2 10203973

2424

3973

2424

3973

2424




Category / Style SinglepartSp – Plate 1:1 CX



Request name(s) Sp Plate 1:1 CX

Clipping X


Dimension rule Sp Plate


Scale 1:1





3x BL 10x250x200 - S235JRG2 1010

49 57 144

250

100 150

6556

79

100

100

200

2ø13




Category / Style SinglepartSp – Beam UCS 1:10 CO



Request name(s) Sp Beam UCS 1:10 CO

Clipping Off




Scale 1:10





1x HEB500x3319 - S235JRG2 1082

213

41946 77 46

532

100 76 116

1544

150

269108 80

610

2252

3319

7515

027

5

274

6620

6674

150

350

274

3541

6981

350

150

130

370

R=65




Category / Style SinglepartSp – Plate UCS 1:10 CXY



Request name(s) Sp Plate UCS 1:10 CXY

Clipping XY




Scale 1:10





3x BL 10x250x200 - S235JRG2 1010

144

5749

250

150

100

79 56 65

100 100

200

2ø13




Category / Style SinglepartSp – Plate 1:1 CO



Request name(s) Sp Plate 1:1 CO

Clipping Off




Scale 1:1





3x BL 10x250x200 - S235JRG2 1010

49 57 144

250

100 150

6556

79

100

100

200

2ø13




Category / Style SinglepartSp – Plate 1:10 CO



Request name(s) Sp Plate 1:10 CO

Clipping Off




Scale 1:10





3x BL 10x250x200 - S235JRG2 1010

49 57 144

250

100 150

6556

79

100

100

2002ø13


Main part

Design of shop drawings of the main parts. The default scale is 1:10. The details aredimensioned and labeled automatically. The clipping is switched on for the XY-direction.

Mainpart – UCS (4 1)

Mainpart – Plate, AutoIntersections (4 2)

Mainpart – Bent Beam (4 3)

Mainpart – UCS add. Parts (4 5)

Mainpart – UCS System dimension (4 6)

Mainpart – Intersection of selected parts (4 7)

In order to get a front plate view from the inside of cover plates, they must have the functionof cover plate, base plate or butt plate (Advance Properties Register Note).


AstM4CommDetByStyle 4 1 Mainpart – UCS

Button:

Category / Style MainpartMainpart – UCS

Title #Height(3.5)%Quantityx %Name – %Material %Note#Height(5)%Position


Request name(s) Mp UCS 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X

Presentation rule Mp VHA / Mp intersection VHAC

Dimension rule Mainpart / End plates / Mp intersection

Object selection Mainpart

Scale 1:10

Viewing direction UCS / End plates from inside /IntersectionsRightSide xy500 F2R500



AstM4CommDetByStyle 4 1 Mainpart – UCS

1x HEB500 - S235JRG2 Deckenträger 23

230100

210100

575

87

1548

2561

289

2850

1844

57 199100

25070

330

850

100

1170

2535 61

609

500

250

250

500

150

330

170

312

3215

6

341

5010

9

128

372

9956

345

500

100

102

2637

2

178

322

KB ø16x75

1010

1031

1015

KB ø16x75

KB ø16x751083

2 M16x45DIN 6914Fv=0.5

2 M16x45DIN 6914

2 M12x30DIN 6914

2ø18-50

80 140 80

300

5019

019

050

1048

010

1083

6 M16x50DIN 6914Fv=1.0

10 100 100 100

2020

060

200

2015

0

1010

1031

1015




Category / Style MainpartMainpart – Plate, AutoIntersections



Request name(s) Mp Top 1:10 CXMp Top, Bottom 1:10 CXIntersectionsR, Bottom 1:10 CO

Clipping X

Presentation rule Mp SpMpPos VHA / Mp VHA / Mp intersection VHAC

Dimension rule Mainpart / Mp Flange / Mp intersection


Scale 1:10

Viewing direction Object front / Object top / IntersectionsRightSide xy500 F2R500



AstM4CommDetByStyle 4 3 Mainpart – Bent Beam

Button:

Category / Style MainpartMainpart – BentBeam

Title #Height(3.5)%Quantityx%Namex%Length – %Material %Note#Height(5)%Position


Request name(s) Mp BentBeam Top 1:10 COEndplates from inside 1:10 CO

Clipping Off

Presentation rule Mp SpMpPos VHA / Mp VHA

Dimension rule Mp BentBeam / End plates


Scale 1:10

Viewing direction Object top / Endplates from inside



AstM4CommDetByStyle 4 3 Mainpart – Bent Beam

1x HEA160x3401 - S235JRG2 17

662

38

98040

980

38

662

5995

3209

9559

3400

7415

210

7415

210

7013

69

7013

69

7676

EPos: 1023HPos: 17

1036 1036

2 M12x40DIN 7990

2 M12x40DIN 7990

2 M12x40DIN 7990




Category / Style MainpartMainpart – UCS add. Parts

Title #Height(3.5)%Quantityx%Name – %Material %Note#Height(5)%Position


Request name(s) Mp UCS 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X

Presentation rule Mp VHA / Mp intersection VHAC

Dimension rule Mainpart / End plates / Mp Intersection

Object selection Main part and additional elements

Scale 1:10

Viewing direction UCS / Endplates from inside /IntersectionsRightSide xy500 F2R500





Category / Style MainpartMainpart – UCS system dimensions



Request name(s) Mp UCS BemSystem 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X

Presentation rule Mp SpMpPos VHA / End plates / Mp Intersection VHAC

Dimension rule Mp System / End plates / Mp Intersection


Scale 1:10

Viewing direction UCS / Endplates from inside /IntersectionsRightSide xy500 F2R500




1x HEB500 - S235JRG2 Deckenträger 23

230100

210100

575

87

1548

2561

289

100

2850

250

2850

1844

57 199100

25070

330

850

100

1170

2535 61

609

500

250

250

500

150

330

170

312

3215

6

341

5010

9

128

372

9956

345

500

100

102

2637

2

178

322

EPos: 1085HPos: 23

KB ø16x75

1010

1031

1015

KB ø16x75

KB ø16x75

1083

2 M16x45DIN 6914Fv=0.5

2 M16x45DIN 6914

2 M12x30DIN 6914

2ø18-50

80 140 80

300

5019

019

050

1048

010

1083

6 M16x50DIN 6914Fv=1.0

10 100 100 10020

200

6020

020

150

1010

1031

1015


AstM4CommDetByStyle 4 7 Mainpart – intersection ofselected parts

Button:

Category / Style MainpartMainpart – intersection of selected parts

Title Intersection

Position title Bottom left

Request name(s) Mp cross section 1:10 CO

Clipping Off

Presentation rule Mp intersection VHAC

Dimension rule Off


Scale 1:10




AstM4CommDetByStyle 4 7 Mainpart – intersection ofselected parts

1010

1015


Customer

Button:

Category / Style CustomerDelete later

This style serves only for the display of the category and has no further function. In thiscategory you can place your own styles in order to distinguish them from the other styles.

The name of the category can be renamed in the table DetBaseCategories. After restartingAdvance the new name will be available.

A toolbar compiled beforehand is available for your own drawing styles. Via the menu View /Toolbars you can activate it via the menu group HyperDetailing (alternatively: right-handmouse-button in the menu, HyperDetailing, Own Drawing Styles).

To integrate your own drawing styles or drawing styles not available in the menu, click withthe right mouse-button on this toolbar and select “Adjust …”. Now you can process theproperties of each button by clicking the required button with the right or left mouse-button(that depends on der AutoCAD version). The following window will open:


Name:Text that will be displayed if the mouse touches the button..

Hilfe:Text that will be shown at the lower screen frame, if the mouse touches the button.

Macro:Function calling the drawing style.

^C^C = a command then active will be canceled.

AstM4CommDetByStyle = function calling the drawing derivation.

Now, only the category and the drawing style must be added.

Categories (DetBaseCategories):

Nr. Kategorie0 General

1 View

2 Detail Node

3 Single Part

4 Main Part

5 Customer

6 Processes

7 Tie beam

8 Intersections

9 Special Structural Parts

10 Column

11 Statics

You will find the number of the category and drawing style in the drawing stylemanagement.


The command should be as follows:

^C^CAstM4CommDetByStyle 1 8

Category Style


Processes

Button: AstM4CommDetByStyle 6 1 – 6 10

Category / Style Processes

These styles are specifically for the automatic drawing design (see chapter Fehler!Verweisquelle konnte nicht gefunden werden. Fehler! Verweisquelle konnte nichtgefunden werden.). They differ only from other styles in their title text where the number ofpieces in the model or, concerning the single parts, at the main part is displayed, andintersections are not queried but generated automatically.

Process – Sp Plate 1:1 CX MpQuantity (6 1)

Process – Sp Plate 1:10 CX MpQuantity (6 2)

Process – Sp Beam 1:1 CX MpQuantity (6 3)

Process – Sp Beam 1:10 CO MpQuantity (6 4)

Process – Sp Beam 1:10 CX MpQuantity (6 5)

Process – Mp Plate, AutoIntersections (6 6)

Process – Tie beam 1:10 CO, AutoIntersections (6 7)

Process – Tie beam, AutoIntersections (6 8)

Process – Column, AutoIntersections (6 9)

Process – ZED-Purlin, AutoIntersections (6 10)

The available process definitions will be described on page 5-6


Tie beam

Design of shop drawings of tie beam lying in main parts The viewing directions does notdepend on the UCS, but on the internal system of coordiantes of the selected main part. Theviews are presented, labeled and dimensioned in the default scale 1:10. The clipping isactivated in X-direction.

Tie beam – front (7 1)

Tie beam – front,top (7 2)

Tie beam – front,top,bottom (7 3)

Tie beam – front,bottom (7 4)

Tie beam – selection of view (7 5)

Tie beam – with environment (7 6)

Tie beam – AutoIntersections (7 7)


AstM4CommDetByStyle 7 1 Tie beam – front

Button:

Category / Style Tie beamTie beam – front

Title #Height(3.5)%Quantityx %Namex%Length – %Material %Note#Height(5)%Position


Request name(s) Mp Top 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X




Scale 1:10

Viewing direction Object front / Endplates from inside /IntersectionsRightSide xy500 F2R500



AstM4CommDetByStyle 7 1 Tie beam – front

1x HEB500x2850 - S235JRG2 Deckenträger 23

230 100 210 100 575 87 1548

2561 289

20 2850

2850

1844 57 199 100 250 70 330

850 100 117025

35 61 609

250

250

500

500

150

330

170

312

3215

6

341

5010

9

128

372

9956

345

500

100

102

2637

2

178

322

EPos: 1085HPos: 23

1083

KB ø16x75

1010

1031

1015

KB ø16x75

KB ø16x75

2 M16x45DIN 6914Fv=0.5

2 M16x45DIN 6914

2 M12x30DIN 6914

2ø18-50

80 140 80

300

5019

019

050

1048

010

1083

6 M16x50DIN 6914Fv=1.0

10 100 100 100

2020

060

200

2015

0

1010

1031

1015


AstM4CommDetByStyle 7 2 Tie beam – front,top

Button:

Category / Style Tie beamTie beam – front, top



Request name(s) Mp Top 1:10 CXMp Top, Bottom 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X

Presentation rule Mp SpMpPos VHA / Mp VHA / Mp Intersection VHAC

Dimension rule Mp / Mp Flange / End plates / Mp Intersection


Scale 1:10

Viewing direction Object front / Object top / Endplates from inside /IntersectionsRightSide xy500 F2R500



AstM4CommDetByStyle 7 2 Tie beam – front,top

Pos. 23 A - A

230 100 210 100 575 87 1548

2561 289

20 2850

2850

1844 57 199 100 250 70 330

850 100 117025

35 61 609

250

250

500

500

150

330

170

312

3215

6

341

5010

9

128

372

9956

345

500

100

102

2637

2

178

322

EPos: 1085HPos: 23

1083

KB ø16x75

1010

1031

1015

KB ø16x75

KB ø16x75

2 M16x45DIN 6914Fv=0.5

2 M16x45DIN 6914

2 M12x30DIN 6914

2ø18-50

50 2800

2100 100 650

2561 289

300

100

100

100

120

100

80

1083

1010

1031

1015

2 M20x60DIN 6914

80 140 80

300

5019

019

050

1048

010

1083

6 M16x50DIN 6914Fv=1.0

10 100 100 100

2020

060

200

2015

0

1010

1031

1015



AstM4CommDetByStyle 7 3 Tie beam – front,top,bottom

Button:

Category / Style Tie beamTie beam – front, top, bottom



Request name(s) Mp Top 1:10 CX Mp Bottom, Top 1:10 CX

Mp Top, Bottom 1:10 CX Endplates from inside 1:10 CO

IntersectionsR Choice, Bottom1:10 CO

Clipping X


Dimension rule Mainpart / Mp Flange / End plates / Mp Intersection


Scale 1:10

Viewing direction Object front / Object bottom / Object top /Endplates from inside / IntersectionsRightSide xy500 F2R500



AstM4CommDetByStyle 7 3 Tie beam – front,top,bottom

230 100 210 100 575 87 1548

2561 289

20 2850

2850

1844 57 199 100 250 70 330

850 100 117025

35 61 609

250

250

500

150

330

170

312

3215

6

341

5010

9

128

372

9956

345

500

100

102

2637

2

178

322

EPos: 1085HPos: 23

1083

KB ø16x75

1010

1031

1015

KB ø16x75

KB ø16x75

2 M16x45DIN 6914Fv=0.5

2 M16x45DIN 6914

2 M12x30DIN 6914

2ø18-50

2561 289

300

1083

1010 1015

50 2800

2100 100 650

2561 289

300

100

100

100

120

100

80

1083

1010

1031

1015

2 M20x60DIN 6914

80 140 80

300

5019

019

050

1048

010

1083

6 M16x50DIN 6914Fv=1.0

10 100 100 100

2020

060

200

2015

0

1010

1031

1015


Pos. 23 A - A


AstM4CommDetByStyle 7 4 Tie beam – front,bottom

Button:

Category / Style Tie beamTie beam – front, bottom



Request name(s) Mp Top 1:10 CXMp Bottom, Top 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X




Scale 1:10

Viewing direction Object front / Object bottom / Endplates from inside /IntersectionsRightSide xy500 F2R500



AstM4CommDetByStyle 7 4 Tie beam – front,bottom

Pos. 23 A - A

230 100 210 100 575 87 1548

2561 289

20 2850

2850

1844 57 199 100 250 70 330

850 100 117025

35 61 609

250

250

500

150

330

170

312

3215

6

341

5010

9

128

372

9956

345

500

100

102

2637

2

178

322

EPos: 1085HPos: 23

1083

KB ø16x75

1010

1031

1015

KB ø16x75

KB ø16x75

2 M16x45DIN 6914Fv=0.5

2 M16x45DIN 6914

2 M12x30DIN 6914

2ø18-50

2561 289

300

1083

1010 1015

80 140 80

300

5019

019

050

1048

010

1083

6 M16x50DIN 6914Fv=1.0

10 100 100 100

2020

060

200

2015

0

1010

1031

1015



AstM4CommDetByStyle 7 5 Tie beam – selectionof view

Button:

Category / Style Tie beamTie beam – selection of view



Request name(s) Mp Top 1:10 CXMp Bottom Choice, Top 1:10 CXMp Top Choice, Bottom 1:10 CXMp Rear Choice 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X




Scale 1:10

Viewing direction Object front / Object bottom / Object top / Object rear /Endplates from inside / IntersectionsRightSide xy500 F2R500



AstM4CommDetByStyle 7 5 Tie beam – selectionof view

Pos. 23 A - A

230 100 210 100 575 87 1548

2561 289

20 2850

2850

1844 57 199 100 250 70 330

850 100 117025

35 61 609

250

250

500

500

150

330

170

312

3215

6

341

5010

9

128

372

9956

345

500

100

102

2637

2

178

322

EPos: 1085HPos: 23

1083

KB ø16x75

1010

1031

1015

KB ø16x75

KB ø16x75

2 M16x45DIN 6914Fv=0.5

2 M16x45DIN 6914

2 M12x30DIN 6914

2ø18-50

2561 289

300

1083

1010 1015

50 2800

2100 100 650

2561 289

300

100

100

100

120

100

80

1083

1010

1031

1015

2 M20x60DIN 6914

80 140 80

300

5019

019

050

1048

010

1083

6 M16x50DIN 6914Fv=1.0

10 100 100 100

2020

060

200

2015

0

1010

1031

1015


1083372

250

128

250

2 M16x45DIN 6914

230

20

100

650

HPos: 23

2100

2561

2ø18-50

156

3231

2

109

50

2 M16x45DIN 6914Fv=0.5

341

1031

100

150

500

2850

2850

575210 100

EPos: 1085

87 1548

289

500


AstM4CommDetByStyle 7 6 Tie beam – withenvironment

Button:

Category / Style Tie beamTie beam – with environment



Request name(s) Mp Front WithEnvironment 1:10 CXMp Top WithEnvironment 1:10 CXEndplates from inside 1:10 CXYIntersectionsR Choice, Bottom1:10 CO

Clipping X



Object selection Mainpart with environment

Scale 1:10

Viewing direction Object front xy500 FR500 / Object top xy500 FR500 /Endplates from inside / IntersectionsRightSide xy500 F2R500


The color of the environment can be changed in the database AstorDetails.mdb in the tableDetAcadSettings, Key 17. Default is colour 9.


AstM4CommDetByStyle 7 6 Tie beam – withenvironment

3973

48

EPos: 1020HPos: 10

12

7

6

1035

3973

48

10401040

12

7

16

61034

1035

1041

1042

11

25 50 25

26 48 26

5010

050

7648

76

1040

4 M16x45DIN 7990

7

16

1042

25 50 25

26 48 26

5010

050

7648

76

10404 M16x45DIN 7990

12

1041 11

1x RO48.3X3.2x3973 - S235JRG2 10




Category / Style Tie beamTie beam – AutoIntersections



Request name(s) Mp Top 1:10 CXMp Top, Bottom 1:10 CXMp Bottom, Top 1:10 CXEndplates from inside 1:10 COIntersectionsR, Bottom 1:10 CO

Clipping X




Scale 1:10

Viewing direction Object front / Object top / Object bottom /Endplates from inside / IntersectionsRightSide xy500 F2R500




230 100 210 100 575 87 1548

2561 289

20 2850

2850

1844 57 199 100 250 70 330

850 100 117025

35 61 609

250

250

500

150

330

170

312

3215

6

341

5010

9

128

372

9956

345

500

100

102

2637

2

178

322

EPos: 1085HPos: 23

1083

KB ø16x75

1010

1031

1015

KB ø16x75

KB ø16x75

2 M16x45DIN 6914Fv=0.5

2 M16x45DIN 6914

2 M12x30DIN 6914

2ø18-50

2561 289

300

1083

1010 1015

50 2800

2100 100 650

2561 289

300

100

100

100

120

100

80

1083

1010

1031

1015

2 M20x60DIN 6914

80 140 80

300

5019

019

050

1048

010

1083

6 M16x50DIN 6914Fv=1.0

10 100 100 100

2020

060

200

2015

0

1010

1031

1015


Pos. 23 A - A


Intersection

With the intersections, geometric clippings are generated from the model. The viewingdirection depends on the UCS and is orientated against the positive Z-axis. The views arepresented in the default scale 1:20. The clipping is activated in X-direction.

Intersection V – FR500 – NoDim NoLab (8 1)

Intersection V – FR500 – NoDim Mp PosSmGuid (8 2)

Intersection V – FR500 – NoDim Mp NamePosSmGuid (8 3)

Intersection V – FR500 – Ra Mp PosSmGuid (8 7)

Intersection V – FR500 – RaSy Mp PosSmGuid (8 9)

Intersection V – F8R0 – RaSy Mp PosSmGuid (8 10)

Intersection VH – FR500 – NoDim NoLab (8 4)

Intersection VH – FR500 – NoDim Mp PosSmGuid (8 5)

Intersection VH – FR500 – NoDim Mp NamePosSmGuid (8 6)

Intersection VH – FR500 – Ra Mp PosSmGuid (8 8)

Intersection VH – F5R8 – RaSchr Mp PosSmGuid (8 11)

Intersection VHA – FR500 – NoDim NoLab (8 12)

Intersection VHA – FR500 – NoDim Mp PosSmGuid (8 13)

Intersection VHA – FR500 – NoDim Mp NamePosSmGuid (8 14)


AstM4CommDetByStyle 8 1 Intersection 1

Button:

Category / Style IntersectionIntersection V – FR500 – NoDim NoLab

Title Intersection

Position title bottom left

Request name(s) Intersection V 500 – NoDim NoLab 1:20 CX

Clipping X

Presentation rule View V – NoLab

Dimension rule Off


Scale 1:20

Viewing direction UCS Intersection FR500

Model box Automatic, Top and Rear 500 mm



+1500

1 2 3



Button:

Category / Style IntersectionIntersection V – FR500 – NoDim Mp PosSmGuid

Title Intersection


Request name(s) Intersection V 500 – NoDim Mp PosSmGuid 1:20 CX

Clipping X


Dimension rule Off


Scale 1:20


Model box Automatic, Top and Rear 500 mm



+1500

1

22

1

3

1 2 3



Button:

Category / Style IntersectionIntersection V – FR500 – NoDim Mp NamePosSmGuid

Title Intersection


Request name(s) Intersection V 500 – NoDim Mp NamePosSmGuid 1:20 CX

Clipping X

Presentation rule View V – Mp NamePosSmGuid

Dimension rule Off


Scale 1:20


Model box Automatic, Front and Rear 500 mm



+1500

HEA240 1

IPE270 2IPE270 2

HEA240 1

HEA180 3

1 2 3




Category / Style IntersectionIntersection VH – FR500 – NoDim NoLab

Title Intersection


Request name(s) Intersection VH 500 – NoDim NoLab 1:20 CX

Clipping X

Presentation rule View VH – NoLab

Dimension rule Off


Scale 1:20





+1500

1 2 3




Category / Style IntersectionIntersection VH – FR500 – NoDim Mp PosSmGuid

Title Intersection


Request name(s) Intersection VH 500 – NoDim Mp PosSmGuid 1:20 CX

Clipping X


Dimension rule Off


Scale 1:20





+1500

1

22

1

3

1 2 3




Category / Style IntersectionIntersection VH – FR500 – NoDim Mp NamePosSmGuid

Title Intersection


Request name(s) Intersection VH 500 – NoDim MpNamePosSmGuid 1:20 CX

Clipping X

Presentation rule View VH – Mp NamePosSmGuid

Dimension rule Off


Scale 1:20





+1500

HEA240 1

IPE270 2IPE270 2

HEA240 1

HEA180 3

1 2 3




Category / Style IntersectionIntersection V – FR500 – Gr Mp PosSmGuid

Title Intersection


Request name(s) Intersection V 500 – Gr Mp PosSmGuid 1:20 CX

Clipping X


Dimension rule Grid


Scale 1:20





+1500

1

22

1

3

1 2 3

5000 5000




Category / Style IntersectionIntersection VH – FR500 – Gr Mp PosSmGuid

Title Intersection


Request name(s) Intersection VH 500 – Gr Mp PosSmGuid 1:20 CX

Clipping X


Dimension rule Grid


Scale 1:20





+1500

1

22

1

3

1 2 3

5000 5000



Button:

Category / Style IntersectionIntersection V – FR500 – GrSy Mp PosSmGuid

Title Intersection


Request name(s) Intersection V 500 – GrSy Mp PosSmGuid 1:20 CX

Clipping X


Dimension rule Grid BeamSystem


Scale 1:20





+1500

1

22

1

3

1 2 3



Button:

Category / Style IntersectionIntersection V – V8H0 – GrSy Mp PosSmGuid

Title Intersection


Request name(s) Intersection V F8R0 – GrSy Mp PosSmGuid 1:20 CX

Clipping X


Dimension rule Grid BeamSystem


Scale 1:20

Viewing direction UCS Intersection V8H0

Model box Automatic, Front no limit, Rear 0 mm



10000

4000

4000

1 2

2

1

1 2

2

1

77

88


AstM4CommDetByStyle 8 11 Anchoring plan

Button:

Category / Style IntersectionIntersection VH – V5H8 – GrBo Mp PosSmGuid

Title Intersection


Request name(s) Intersection VH F5R8 – GrSy Mp PosSmGuid 1:20 CX

Clipping X

Presentation rule Detail VH – MpSp PosSmGuid Bo

Dimension rule Grid Bolts


Scale 1:20

Viewing direction UCS Intersection F5R8

Model box Automatic, Front 5, Rear no limit


AstM4CommDetByStyle 8 11 Anchoring plan

1

1

2

2

3

3

AA

BB

CC

5000 5000

115 1845 80 1920 80 960 960 80 1920 80 1845 115

4000

4000

6060

3880

60 6038

8060

60

1

1

1

1

4 5 5 4

8

1014

2 M20x400DIN 267

1014

2 M20x400DIN 267

10142 M20x400DIN 267

10142 M20x400DIN 267

1014

2 M20x400DIN 267

1014

2 M20x400DIN 267

1018

2 M20x400DIN 267

1018

2 M20x400DIN 267

1018 2 M20x400DIN 267

10182 M20x400DIN 267

8




Category / Style IntersectionIntersection VHA – FR500 – NoDim NoLab

Title Intersection


Request name(s) Intersection VHA 500 – NoDim NoLab 1:20 CX

Clipping X

Presentation rule View VHA – NoLab

Dimension rule Off


Scale 1:20





+1500

1 2 3




Category / Style IntersectionIntersection VHA – FR500 – NoDim Mp PosSmGuid

Title Intersection


Request name(s) Intersection VHA 500 – NoDim Mp PosSmGuid 1:20 CX

Clipping X


Dimension rule Off


Scale 1:20





+1500

1

22

1

3

1 2 3




Category / Style IntersectionIntersection VHA – FR500 – NoDim Mp NamePosSmGuid

Title Intersection


Request name(s) Intersection VHA 500 – NoDim Mp NamePosSmGuid 1:20 CX

Clipping X

Presentation rule View VHA – Mp NamePosSmGuid

Dimension rule Off


Scale 1:20





+1500

HEA240 1

IPE270 2IPE270 2

HEA240 1

HEA180 3

1 2 3


Special Structural Parts

In this category are styles for elements available that need a special presentation or operatemore with functions. The viewing direction does not depend on the UCS, but is orientated tothe internal system of coordinates of the selected main part. The default scale is 1:10, thedimensioning and labeling is done automatically. The clipping is active in X-direction.

Compression pipe – front,bottom (9 1)

Crossbracing – front,bottom (9 2)

Tube with templates (9 3)

Templates (9 4)

Railing – UCS (9 5)

ZED-Purlin – selection of view (9 6)

Picket Railing – UCS (9 7)

Stairway – front (9 8)


AstM4CommDetByStyle 9 1 Compression pipe

Button:

Category / Style Special Structural PartsCompression pipe – front, bottom



Request name(s) Compression pipe Front 1:10 CXCompression pipe Bottom, Top 1:10 CX Endplates from inside

Clipping X


Dimension rule Compression pipe / Off / End plates


Scale 1:10

Viewing direction Object front / Object bottom / End plates from inside



AstM4CommDetByStyle 9 1 Compression pipe

1x RO101.6X3.6x7764 - S235JRG2 6

7714 50 90 40 20

7764 90 40

5151

EPos: 1074HPos: 6

1036

1026

2 M16x45DIN 7990

1036 1026

25 70 25

9 102 9

3019

030

7410

274

1036

4 M16x45DIN 7990


AstM4CommDetByStyle 9 2 Crossbracing

Button:

Category / Style Special Structural PartsCrossbracing – front, bottom



Request name(s) Crossbracing Front 1:10 CXCrossbracing Bottom, Top 1:10 CX

Clipping X


Dimension rule Crossbracing / Off


Scale 1:10

Viewing direction Object front / Object bottom



AstM4CommDetByStyle 9 2 Crossbracing

1x RD12x5162 - S235JRG2 25

35 155 60 90 45 150 5102 60 155 35

5817

EPos: 1071HPos: 251074 10761076

2x 1068

1 M12x40DIN 7990 1 M12x40

DIN 7990

1074 1076

10762x 1068

5721

EPos: 1070HPos: 24

1081

1081

1081 1081

1x RD16x5721 - S235JRG2 24


AstM4CommDetByStyle 9 3 Tube with templates

Button:

Category / Style Special Structural PartsTube with templates



Request name(s) Sp Beam Front 1:10 CXSp Beam Top, Bottom 1:10 CXTemplate Right 1:1 CO / Template Left CO 1:1

Clipping X

Presentation rule Singlepart VHA / Template

Dimension rule Sp Beam / Template


Scale 1:10 / 1:1

Viewing direction Object front / Object top / Template Right / Template Left



AstM4CommDetByStyle 9 3 Tube with templates

1x RO60.3X3.6x920 - S235JRG2 101941

10898

1041

70 779 70

919

3030

3030

R=51

R=51

10 899 10

4110

89810

41

919

60


AstM4CommDetByStyle 9 4 Templates

Button:

Category / Style Special Structural PartsTemplates

Title #Height(3.5) Templates for %Name#Height(5)%SinglePartPosNum


Request name(s) Templates main view blank 1:1 COTemplates 1:1 COTemplates Left 1:1 CO

Clipping Off

Presentation rule Template

Dimension rule Off / Template


Scale 1:1

Viewing direction Object front / Template / Template Left



AstM4CommDetByStyle 9 4 Templates

Schablone für RO60.3X3.6 1019




Category / Style Special Structural PartsRailing – UCS



Request name(s) Railing UCS 1:10 CX IntersectionsR Choice, Bottom1:10 CO

Clipping X

Presentation rule Mp SpMpPos VHA / Mp Intersection VHAC

Dimension rule Railing / Mp Intersection


Scale 1:10

Viewing direction UCS / IntersectionsRightSide xy500 F2R500


This result only can be achieved if the said functions are used in the model (Railing Handrail,Railing Post, Railing Kneerail, Railing End, Railing Elbow, Railing Baseplate). The addition„Post“ must be assigned to all horizontal parts, the addition „Stair“ all inclined parts. Theserole texts are not displayed in the detail.

1069

1069

1005

RO48.3X3.2

RO48.3X3.2 1062

-1.84

1x RO48.3X3.2x2327 - S235JRG2 17

24 60 140 900 900 900 900 900 900 900 140 60 24

6748

1041

660

530

8478

710

416

6053

084

2987

10

347

272

292

1041

632

534

978

710

416

325

349

1100

787

1100

921

EPos: 1041HPos: 17

1070

1070

1042

1069

1069

1052

1050

2x 10381048

1067

1044

1052

1004

1047

1070

1070

1042

1005

1051

1047

1051

1051

1004

1052

1061

1061

1062

1006

1052

1004

1005

1044

1048

10061050

1052



Gel

ände

r Pfo

sten

Pod

est

Gel

ände

r Pfo

sten

Pod

est

Gel

ände

r Pfo

sten

Pod

est

Geländer KnieleistePodest

Geländer Handlauf Podest

Geländer Fußplatte Podest



Geländer FußleistePodest

Geländer Bogen Podest



24 60 140 1134 1133 140 60 24

2715

105 6

042

560

380

6024

1014

1049

052

4

1024

EPos: 1059HPos: 10

1069

1069

1069

1069

106010601060

1057

105510551056

10541054

1056

105310531053

461027

116

105 6

041

227

462

2028

10601057

1054

1053


Gel

ände

r End

schw

inge

P

odes

t

Gel

ände

r End

schw

inge

P

odes

tGeländer Endschwinge Podest

Geländer Endschwinge Podest

1x RO48.3X3.2x2547 - S235JRG2 10

Pos. 10 A - A

Geländer KnieleistePodest




Category / Style Special Structural PartsZED-Purlin – selection of view



Request name(s) ZED-Purlin Front 1:10 CXZED-Purlin Bottom Choice, Top 1:10CX ZED-Purlin Top Choice, Bottom 1:10 CX

ZED-Purlin Rear Choice 1:10 CXZED-Purlin Right 1:10 CX

Clipping X

Presentation rule ZED-Purlin SpMpPos / ZED-Purlin

Dimension rule Mainpart / Mp Flange / Off


Scale 1:10

Viewing direction Object front / Object bottom / Object top / Object rear /Object right




1x ZG180/70/1.50/10°DNx2000 - S235JRG2 82000

2215

8

EPos: 1034HPos: 8

2 M20x20DIN 6914w= 40

2ø18

2000

3470

900 100 1000

2000

3470

6044

2ø18

2000

2215

8

EPos: 1034HPos: 8

2 M20x20DIN 6914w= 402ø18




Category / Style Special Structural PartsPicket railing – UCS



Request name(s) Picket railing UCS 1:10 COIntersectionsR Choice, Bottom1:10CO

Clipping Off

Presentation rule Picket railing / Mp intersection VHAC

Dimension rule Picket railing / Mp Intersection


Scale 1:10

Viewing direction UCS / IntersectionsRightSide xy500 F2R500





Category / Style Special Structural PartsStringer – front



Request name(s) Stringer Front 1:10 CO Endplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping Off

Presentation rule Stair VHA / Mp VHA / Mp Intersection VHAC



Scale 1:10





1x UPE160x1373 - S235JRG2 20

342 124 203 124 203 124 253

1291 82

1373

97 12 1206 58 40

160

127

33

4211

8

1030

1063

1066

6 M12x30DIN 6914

22 56 22

70 30

5290

62

819

95

1063

4 M12x30DIN 6914

22 56 22

30 70

3064

45

1213

98 1066

4 M12x30DIN 6914


Column

Design of shop drawings of vertical elements. The viewing direction does not depend on theUCS, but is oriented to the internal system of coordinates of the selected main beam. Thedefault scale is 1:10, and the dimensioning and labeling is done automatically. The clipping isactivated in X-direction.

Column – front (10 1)

Column – front,left (10 2)

Column – front,left,right (10 3)

Column – front,right (10 4)

Column – Selection of views (10 5)

Column – with environment (10 6)

Column – AutoIntersections (10 7)

Column horizontal – Selection of views (10 8)


AstM4CommDetByStyle 10 1 Column – front

Button:

Category / Style ColumnColumn – front



Request name(s) Mp Front Vertical 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X

Presentation rule Mp Vertical SpMpPos VHA / Mp VHA / Mp intersection VHAC

Dimension rule Mainpart / End plates / Mp intersection


Scale 1:10




AstM4CommDetByStyle 10 1 Column – front

230

100

210

100

575

8715

48

2561

289

2028

50

2850

1844

5719

910

025

070

330

850

100

1170

2535

6160

9

500

250 250

150 500

170 330

156 32 312

109 50 341

372 128

345 56 99

100 500

372 26 102

322 178

EPos: 1085HPos: 23

1083

KB

ø16

x75

1010

1031

1015

KB

ø16

x75

KB

ø16

x75

2 M

16x4

5D

IN 6

914

2 M

16x4

5D

IN 6

914

2 M12x30DIN 6914

2ø18

-50

50 190 190 50

10 480 10

8014

080

300

1083

6 M16x50DIN 6914Fv=1.0

150 20 200 60 200 20

1010

010

010

0

1010

1031

1015


Pos. 23 A - A


AstM4CommDetByStyle 10 2 Column – front,left

Button:

Category / Style ColumnColumn – front, left



Request name(s) Mp Front Vertical 1:10 CXMp Bottom Vertical, Top 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X

Presentation rule Mp Vertical SpMpPos VHA / Mp vertical VHA / Mp intersectionVHAC

Dimension rule Mainpart / Mp Flange / End plates / Mp intersection


Scale 1:10

Viewing direction Object front / Object bottom / Endplates from inside /IntersectionsRightSide xy500 F2R500



AstM4CommDetByStyle 10 2 Column – front,left

230

100

210

100

575

8715

48

2561

289

2028

50

2850

1844

5719

910

025

070

330

850

100

1170

2535

6160

9

500

250 250

150 500

170 330

156 32 312

109 50 341

372 128

345 56 99

100 500

372 26 102

322 178

EPos: 1085HPos: 23

1083

KB

ø16

x75

1010

1031

1015

KB

ø16

x75

KB ø

16x7

5

2 M

16x4

5D

IN 6

914

2 M

16x4

5D

IN 6

914

2 M12x30DIN 6914

2ø18

-50

5028

00

2100

100

650

2561

289

300

100 100 100

80 100 120

1083

1010

1031

1015

2 M

20x6

0D

IN 6

914

50 190 190 50

10 480 10

8014

080

300

1083

6 M16x50DIN 6914Fv=1.0

150 20 200 60 200 20

1010

010

010

0

1010

1031

1015


Pos. 23 A - A


AstM4CommDetByStyle 10 3 Column – front,left,right

Button:

Category / Style ColumnColumn – front, left, right



Request name(s) Mp Front Vertical 1:10 CXMp Top Vertical, Bottom 1:10 CXMp Bottom Vertical, Top 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X

Presentation rule Mp Vertical SpMpPos VHA / Mp vertical VHA / Mp VHA / Mpintersection VHAC



Scale 1:10




AstM4CommDetByStyle 10 3 Column – front,left,right

230

100

210

100

575

8715

48

2561

289

2028

50

2850

1844

5719

910

025

070

330

850

100

1170

2535

6160

9

500

250 250

150 500

170 330

156 32 312

109 50 341

372 128

345 56 99

100 500

372 26 102

322 178

EPos: 1085HPos: 23

1083

KB

ø16

x75

1010

1031

1015

KB

ø16

x75

KB ø

16x7

5

2 M

16x4

5D

IN 6

914

2 M

16x4

5D

IN 6

914

2 M12x30DIN 6914

2ø18

-50

2561

289

300

1083

1010

1015

5028

00

2100

100

650

2561

289

300

100 100 100

80 100 120

1083

1010

1031

1015

2 M

20x6

0D

IN 6

914

50 190 190 50

10 480 10

8014

080

300

1083

6 M16x50DIN 6914Fv=1.0

150 20 200 60 200 20

1010

010

010

0

1010

1031

1015


Pos. 23 A - A


AstM4CommDetByStyle 10 4 Column – front,right

Button:

Category / Style ColumnColumn – front, right



Request name(s) Mp Front Vertical 1:10 CXMp Top Vertical, Bottom 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X




Scale 1:10

Viewing direction Object front / Object top / Endplates from inside /Intersections xy500 F2R500



AstM4CommDetByStyle 10 4 Column – front,right

230

100

210

100

575

8715

48

2561

289

2028

50

2850

1844

5719

910

025

070

330

850

100

1170

2535

6160

9

500

250 250

150 500

170 330

156 32 312

109 50 341

372 128

345 56 99

100 500

372 26 102

322 178

EPos: 1085HPos: 23

1083

KB

ø16

x75

1010

1031

1015

KB

ø16

x75

KB ø

16x7

5

2 M

16x4

5D

IN 6

914

2 M

16x4

5D

IN 6

914

2 M12x30DIN 6914

2ø18

-50

2561

289

300

1083

1010

1015

50 190 190 50

10 480 10

8014

080

300

1083

6 M16x50DIN 6914Fv=1.0

150 20 200 60 200 20

1010

010

010

0

1010

1031

1015


Pos. 23 A - A


AstM4CommDetByStyle 10 5 Column – selection of view

Button:

Category / Style ColumnColumn – Selection of view



Request name(s) Mp Front Vertical 1:10 CXMp Top Vertical Choice, Bottom 1:10 CXMp Bottom Vertical Choice, Top 1:10 CXMp Rear Vertical Choice 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X




Scale 1:10

Viewing direction Object front / Object top / Object bottom / Object rear /Endplates from inside / IntersectionsRightSide xy500 F2R500



AstM4CommDetByStyle 10 5 Column – selection of view

230

100

210

100

575

8715

48

2561

289

2028

50

2850

1844

5719

910

025

070

330

850

100

1170

2535

6160

9

500

250 250

150 500

170 330

156 32 312

109 50 341

372 128

345 56 99

100 500

372 26 102

322 178

EPos: 1085HPos: 23

1083

KB

ø16

x75

1010

1031

1015

KB

ø16

x75

KB ø

16x7

5

2 M

16x4

5D

IN 6

914

2 M

16x4

5D

IN 6

914

2 M12x30DIN 6914

2ø18

-50

2561

289

300

1083

1010

1015

5028

00

2100

100

650

2561

289

300

100 100 100

80 100 120

1083

1010

1031

1015

2 M

20x6

0D

IN 6

914

50 190 190 50

10 480 10

8014

080

300

1083

6 M16x50DIN 6914Fv=1.0

150 20 200 60 200 20

1010

010

010

0

1010

1031

1015


Pos. 23 A - A


AstM4CommDetByStyle 10 6 Column – WithEnvironment

Button:

Category / Style ColumnColumn – with environment

Title #Height(3.5)%Namex%Length – %Material #Height(5)%Position


Request name(s) Mp Front WithEnvironment 1:10 CXMp Top WithEnvironment 1:10 CXEndplates from inside 1:10 CXYIntersectionsR Choice, Bottom1:10 CO

Clipping X



Object selection Main part with environment

Scale 1:10

Viewing direction Object front xy500 FR500 / Object top xy500 FR500 /Endplates from inside / IntersectionsRightSide xy500 F2R500


The color of the environment can be changed in the database AstorDetails.mdb in the tableDetAcadSettings, Key 17. Default is colour 9.


AstM4CommDetByStyle 10 6 Column – WithEnvironment

2x HEA140x5375 - S235JRG2 5

5347

28

2053

75

8 125

9 58 66

EPos: 1010HPos: 5

1044

1028

2 M20x620DSTV Anker

4 M16x45DIN 7990

19

5347

28

140

70 70

1044

1028

2 M20x620DSTV Anker

19

35 72 36

5 133 5

7515

075

8014

773

10444 M16x45DIN 7990

19

150 150

83 133 84

7016

070

8014

080

1028

2 M20x620DSTV Anker




Category / Style ColumnColumn – AutoIntersections



Request name(s) Mp Front Vertical 1:10 CXMp Top Vertical, Bottom 1:10 CXMp Bottom Vertical, Top 1:10 CXEndplates from inside 1:10 COIntersectionsR, Bottom 1:10 CO

Clipping X

Presentation rule Mp Vertical SpMpPos VHA/ Mp vertical VHA / Mp VHA / Mpintersection VHAC



Scale 1:10





230

100

210

100

575

8715

48

2561

289

2028

50

2850

1844

5719

910

025

070

330

850

100

1170

2535

6160

9

500

250 250

150 500

170 330

156 32 312

109 50 341

372 128

345 56 99

100 500

372 26 102

322 178

EPos: 1085HPos: 23

1083

KB ø

16x7

5

1010

1031

1015

KB ø

16x7

5K

B ø1

6x75

2 M

16x4

5D

IN 6

914

2 M

16x4

5D

IN 6

914

2 M12x30DIN 6914

2ø18

-50

2561

289

300

1083

1010

1015

5028

00

2100

100

650

2561

289

300

100 100 100

80 100 120

1083

1010

1031

1015

2 M

20x6

0D

IN 6

914

50 190 190 50

10 480 10

8014

080

300

1083

6 M16x50DIN 6914Fv=1.0

150 20 200 60 200 20

1010

010

010

0

1010

1031

1015


Pos. 23 A - A




Category / Style ColumnColumn horizontal – Selection of views



Request name(s) Mp Front 1:10 CXMp Top Choice, Bottom 1:10 CXMp Bottom Choice, Top 1:10 CXMp Rear Choice 1:10 CXEndplates from inside 1:10 COIntersectionsR Choice, Bottom1:10 CO

Clipping X




Scale 1:10

Viewing direction Object front / Object top / Object bottom / Object hinten /Endplates from inside / IntersectionsRightSide xy500 F2R500




Pos. 23 A - A

230 100 210 100 575 87 1548

2561 289

20 2850

2850

1844 57 199 100 250 70 330

850 100 117025

35 61 609

250

250

500

500

150

330

170

312

3215

6

341

5010

9

128

372

9956

345

500

100

102

2637

2

178

322

EPos: 1085HPos: 23

1083

KB ø16x75

1010

1031

1015

KB ø16x75

KB ø16x75

2 M16x45DIN 6914Fv=0.5

2 M16x45DIN 6914

2 M12x30DIN 6914

2ø18-50

2561 289

300

1083

1010 1015

50 2800

2100 100 650

2561 289

300

100

100

100

120

100

80

1083

1010

1031

1015

2 M20x60DIN 6914

80 140 80

300

5019

019

050

1048

010

1083

6 M16x50DIN 6914Fv=1.0

10 100 100 100

2020

060

200

2015

0

1010

1031

1015


1083372

250

128

250

2 M16x45DIN 6914

230

20

100

650

HPos: 23

2100

2561

2ø18-50

156

3231

2

109

50

2 M16x45DIN 6914Fv=0.5

341

1031

100

150

500

2850

2850

575210 100

EPos: 1085

87 1548

289

500


Statics

With these drawing styles you can design model surveys with system lines. The viewingdirection depends on the UCS oriented against the positive Z-axis. The default scale is 1:20.The clipping is activated in XY-direction.

Statics plan with position, complete (11 1)

Statics plan with position, clipping (11 2)

Statics plan without position, complete (11 3)

Statics plan without position, clipping (11 4)


AstM4CommDetByStyle 11 1 Statics plan complete

Button:

Category / Style StaticsStatics plan with position, complete

Title Statics plan


Request name(s) Statics plan UCS 1:20 CX

Clipping X

Presentation rule Staticsplan with Pos

Dimension rule Off


Scale 1:20




AstM4CommDetByStyle 11 1 Statics plan complete

HEA

240

1

IPE270 2

IPE270 2

HEA

240

1

HEA

240

1

IPE270 2

IPE270 2

HEA

240

1

HEA

140

4

HEA

140

5

HEA

140

5

HEA

140

4

HEA180 3

HEA120 6

HEA120 6

IPE270 7

IPE270 7

HEA

240

8

HEA180 3

HEA140 9

HEA

240

8

1

1

2

2

3

3

A

A

B

B

C

C


AstM4CommDetByStyle 11 2 Statics planClipping

Button:

Category / Style StaticsStatics plan with position, clipping

Title Statics plan Detail


Request name(s) Statics plan UCS Digi FR500 1:20 CX

Clipping X

Presentation rule Staticsplan with Pos

Dimension rule Off


Scale 1:20

Viewing direction UCS Digi FR500

Model box Digitized by 2 points, front and Rear 500!! Deactivate Ortho and Ofang !!


AstM4CommDetByStyle 11 2 Statics planClippingH

EA

240

1

IPE270 2IPE270 2

HEA180 3

1 2




Category / Style StaticsStatics plan without position, complete

Title Statics plan


Request name(s) Statics plan without Pos UCS Pos 1:20 CX

Clipping X

Presentation rule Statics plan without Pos

Dimension rule Off


Scale 1:20





HEA

240

IPE270

IPE270

HEA

240

HE

A24

0

IPE270

IPE270

HEA

240

HE

A14

0

HE

A14

0

HE

A14

0

HE

A14

0

HEA180

HEA120

HEA120

IPE270

IPE270

HEA

240

HEA180

HEA140

HE

A24

0

1

1

2

2

3

3

A

A

B

B

C

C




Category / Style StaticsStatics plan without position, clipping

Title Statics plan Detail


Request name(s) Statics plan without Pos UCS Digi FR500 1:20 CX

Clipping X

Presentation rule Statics plan without Pos

Dimension rule Off


Scale 1:20

Viewing direction UCS Digi FR500

Model box Digitized by 2 points, front and Rear 500!! Deactivate Ortho and Ofang !!


AstM4CommDetByStyle 11 4H

EA

240

IPE270

IPE270

HEA180

1 2

2 HyperSteel Version 7.0 Manual Drawing Design

5. Automatic Detailing

General

For the general acceleration of the detailing, automatic detailing processes have beenintroduced that, starting form a 3D-model, creates dimensioned and labeled 2D-drawings. Anautomatic detailing process in Advance is called “process” and includes a number of sub-processes:

• Selection of parts

• Sorting

• Used drawing styles

• Rules for the arrangement of details on the sheet

• Rules for the design of new sheets

The drawings are listed in the drawing management (see chapter 1 Document Management)and can be displayed from there or respectively further processed. The styles entered in theproperty-box will be considered in the processes. If no styles has been entered, anappropriate style will be used automatically. This style is distinguished by the model role ofthe element (e.g. column, girder) or the single / main part (e.g. single part plate, main partbeam).In the DRAWING STYLE MANAGEMENT only the styles, which are used in the processes,can be modified. To create new processes or to modify the existing processes, you mustchange directly in the database via Access or the management-tool.

HyperSteel Version 7.0 Manual Drawing Design Page 5-3

Define Drawing Layout

Function: _AstM5DetSetArranger

Button:

In the processes, the details will be arranged automatically on the drawing sheets. Thedirection of the arrangement can be defined in the prototype-files.

Principle Course of Dialogue:

• Press the iconA dialogue-box (register-cards) will pop up where distance and arrangement of thedetails and the start position on the drawing sheet can set.


in columnsfrom left to right: from right to left:

from left to right and bottom: from right to left and bottom:

HyperSteel Version 7

in linesfrom bottom to top: from top to bottom:

from bottom to to from top to bottom and left:

Grid column/lineGrid in m

Distance betweeDistance

Start position X /Startcoor

p and left:

.0 Manual Drawing Design Page 5-5

s:m. The bigger the grid the less details can be placed.

n details:between the details in mm. Measured is the frame of the hole detail.

Y:dinate of the first detail.


Processes

On the following pages you will find a listing of the processes already defined in Advance.The following menu is identical for A0 to A4.

All SinglepartsAll Singleparts PlateAll Singleparts BeamAll MainpartsAll Mainparts PlateAll Mainparts BeamAll Mainparts with attached partsAll CamerasSelected SinglepartsSelected Singleparts PlateSelected Singleparts BeamSelected MainpartsSelected Mainparts PlateSelected Mainparts BeamSelected Mainparts with attached partsSelected Cameras


Course of Dialogue:

• Push buttonA dialogue-box will pop up where a selection of the detailing process and the processproperties such as sorting can be set.

• The detailing process runs automatically without queries. The assignment ofnames for the drawings is also done automatically with the respective prefix.

To present all main parts as single parts in the single part processes, the default Positioning /Main part number must be set on 0.

All details are maximum scaled up to 1:25 in case the detail does not fit to the drawing. Thebasis scale is the one defined in the drawing style. This is 1:10 in the single and main partstyles. In the processes with A3- and A4-papersize the scaling starts with 1:1.


Process A0 A1 A2 A3 A4All Singleparts 1 2 3 4 5All Singleparts, Position can be set 6 7 8 9 10All Singleparts Plate 11 12 13 14 15All Singleparts Plate, Thickness can be set 16 17 18 19 20All Singleparts Plate, Position can be set 21 22 23 24 25All Singleparts Beam 26 27 28 29 30All Singleparts Beam CO 31 32 33 34 35All Singleparts Beam, Position can be set 36 37 38 39 40All Singleparts Plate 1:1 CO 41

All Mainparts 51 52 53 54 55All Mainparts, Position can be set 56 57 58 59 60All Mainparts Plate 61 62 63 64 65All Mainparts Plate, Thickness can be set 66 67 68 69 70All Mainparts Plate, Position can be set 71 72 73 74 75All Mainparts Beam 76 77 78 79 80All Mainparts Beam, Position can be set 86 87 88 89 90All Mainparts WithConnParts 91 92 93 94 94All Cameras 101 102 103 104 105All Cameras Node 106 107 108 109 110All Cameras Overview 111 112 113 114 115

Selected Singleparts 121 122 123 124 125Selected Singleparts, Position can be set 126 127 128 129 130Selected Singleparts Plate 131 132 133 134 135Selected Singleparts Plate, Thickness can be set 136 137 138 139 140Selected Singleparts Plate, Position can be set 141 142 143 144 145Selected Singleparts Beam 146 147 148 149 150Selected Singleparts Beam, Position can be set 156 157 158 159 160

Selected Mainparts 171 172 173 174 175Selected Mainparts, Position can be set 176 177 178 179 180Selected Mainparts Plate 181 182 183 184 185Selected Mainparts Plate, Thickness can be set 186 187 188 189 190Selected Mainparts Plate, Position can be set 191 192 193 194 195Selected Mainparts Beam 196 197 198 199 200Selected Mainparts Beam, Position can be set 206 207 208 209 210Selected Mainparts WithConnParts 211 212 213 214 215Selected Cameras 221 222 223 224 225Selected Cameras Node 226 227 228 229 230Selected Cameras Overview 231 232 233 234 235Selected Parts 241 242 243 244 245Selected Parts, Position can be set 246 247 248 249 250

To call a process you must use the command AstM4DetProc and the according number fromabove table. The bold numbers are already included in the menu of the processes. All otherscan be reached by changeing the process propoerties.


Rules for the Assignment of the Drawing Style

There are two possibilities to assign to the elements an appropriate drawing style for theprocesses:

• Assignment of a function in the model (Advance-properties, register note).

• Direct assignment of the drawing style in the model (Advance-properties,register drawing style).

The selection determines the presentation of the model element on the drawing. In thefollowing you will find a survey of the pre-defined selection criteria.

MainParts

Model object Drawing styleColumns – Al, Function Process - Column, AutoIntersections

Girder – Al, Function Process - Girder, AutoIntersections

Compression pipe Al, Function Compression pipe - front, bottom

Turnbuckle bracing Al, Function Crossbracing - front, bottom

Purlins - Fr, Function Process - Girder, AutoIntersections

Mp - Beams Al Process - Girder, AutoIntersections

Mp - Plate Al Mainpart - Plate, AutoIntersections

Used in the processes 31 – 45, 51 – 55, 71 – 85, 137 – 151, 172 - 191

MainPartsWithAttachingParts

Model object Drawing styleColumns – Al, Function Process - Column, AutoIntersections

Girder – Al, Function Process - Girder, AutoIntersections

Compression pipe Al, Function Compression pipe - front, bottom

Turnbuckle bracing Al, Function Crossbracing - front, bottom

Purlins - Fr, Function Process - Girder, AutoIntersections

Mp - Beams Al Process - Girder, AutoIntersections

Mp - Plate Al Mainpart - Plate, AutoIntersections

AttPl - Al Process - Sp Plate 1:10 CX MpQuant

AttBea - Al Process - Sp Beams 1:10 CX MpQuant

AttBentBea - Al Sp - BentBeam

Used in the processes 46 – 50, 86 – 90


SingleParts

Model object Drawing styleBeams - Al Sp - Beams front,top,bottom 1:10 CX

Plates - Al Sp - Plate 1:10 CX

BentBea - Al Sp - BentBeam

Used in the processes 1 – 3, 16 – 18, 21 – 23, 26 – 30, 56 – 58, 61 – 63, 66 – 68, 91 – 93,122 – 129, 132 – 134, 152 – 154, 157 – 159, 162 – 164, 167 – 169, 192 - 194

SingleParts Beam CO

Model object Drawing styleBeams - Al Sp - Beams front,top,bottom 1:10 CO

Used in the processes 11 – 15

SingleParts single draw

Model object Drawing styleBeams - Al Sp - Beams front,top,bottom 1:1 CX

Plates - Al Sp - Plate 1:1 CX

BentBea - Al Sp - BentBeam

Used in the processes 4, 5 , 9, 10, 19, 20, 24, 25 ,29, 30, 59, 60, 64, 65, 69, 70, 94, 95, 130,131, 135, 136, 155, 156, 160, 161, 165, 166, 170, 171, 195, 196

Cameras Overview

Model object Drawing styleCameras - Al View V – NoDim Mp PosSmGuid

Used in the processes 6 – 10, 96 – 115

Cameras Node

Model object Drawing styleCameras - Al Detail V – NoDim MpSp PosSmGuid

Used in the processes 116 – 120


Plates 1:1 CO

Model object Drawing stylePlates - Al Sp - Plate 1:1 CO

Used in the processes 121

MainParts Beam CO

Model object Drawing styleBeams - Al Process - Girder 1:10 CO, AutoIntersections

Used in the processes 197


6. Drawing Finishing

General

By linking the model with the drawings it is possible to insert dimensions, labels or heightnotations subsequently. The toolbar Finishing offers the available processing potentialities.


Insert Line of Welding

Function: _AstM4CommDetCrWeldSeam

Button:

Course of dialogue:Please select detail. d1Please select reference point of the symbol at the detail. d2Please select the position point of the symbol. d3

An input window with several register-cards pops up. They are roughly identical with thosefor the insertion of a line of welding in the model (see chapter “Welding Patterns” section“Weld Point”).

If the dashed line is not required, you must simply rename the two files dsc_d_wline.dwg anddsc_d_wline_u.dwg in the directory IBSA\Advance\Support\Symbols (but do not deletethem!). The modification does only affect newly inserted lines of welding. Existing lines ofwelding symbols remain unchanged.


Insert Label

Function: _AstM4CommDetInsertAnno

Button:

Course of dialogue:Please select the detail:_d1Select object you want to label(change <L>abel):_d2Start point of the text:_d3Angle of the text:_d4

The insertion point of the guideline (d2) and the direction of the text can be modified via thegrips.

If on query concerning the object that is to be labeled a L is entered, the content of the labelcan be modified.


The possible settings are subdivided according to model objects. The content is the same asin on page 2-4. These settings will be saved in the active session.

Via the Advance properties the guideline can be switched off


and the teyt style can be modified.

Here, only text styles can be selected that are already defined in the prototype-file or filedsubsequently via Change text style.

These settings apply also for the height notation.


Insert Height Notation

Function: _AstM4CommDetCrHeightKote

Button:

Course of dialogue:Please select detail. d1Please select the reference point of the symbol. d2Please select placing point for the sybmbol. d3

If a height notation is defined with WCS (Z) in the model, it will be taken, otherwise theabsolute WCS height will be given.

By the Advance-Properties of the height notation the unit, format and the precision of thenumber can be set. Thereby it is possible to set it to meters although the unit in the model isset to millimeter.


Insert Dimensional Point

Function: _AstM4CommDetModDimAdd

Button:

Course of dialogue:Select dimensions where you want to insert:_ d1Select dimensions where you want to insert:_<RETURN>Enter dimensional point:_ d2


Delete Dimensional Point

Function: _AstM4CommDetModDimRemove

Button:

Course of dialogue:Select the dimension line you want to remove:_d1


Additional Dimension Chain General

Function: _AstM4CommDetAddDim

Button:

Course of dialogue:Please select a view (<D>iameter, <Angle>, <Arc>,<Dimensioning<ST>yle, <Dim>ensioning type): (Linear)_ d1First point for direction:_ d2Second point for direction:_ d3Position point of the dimension line:_ d4First dimensional point:_ d5...d7Enter dimensional point:_

d1

d2 d3

d4

d5

d6 d7


Additional Dimension Chain Longitudinal Dimension

Function: _AstM4CommDetAddDimLinear

Button:

Course of dialogue:Please select a view (<D>iameter, <angle>, <arc>,<dimensioning<ST>yle, <dimension>type ) : (Linear)_ d1First point for direction d2Second point for direction d3Position point of the dimension line:_ d4First dimensional point:_ d5Enter dimensional point:_ d6


Additional Dimension Radian

Function: _AstM4CommDetAddDimArc

Button:

Course of dialogue:Please select a view (<D>iameter, <angle>, <arc>,<dimensioning<ST>yle, <dimension>type) : (Arc)_ d1Circle central point (3P/2P/Radius):_ d2Point on the circle:_ d3Position point of the dimension line:_ d5Enter dimensional point:_ d4

Die Maßkette wird genau zwischen d3 und d4 erzeugt und muß nachträglich über die Griffenach außen verschoben werden.

Der Kreisdurchmesser kann hier auch über 3 Punkte eingegeben werden (siehe RadienmaßSeite 6-13).


Additional Dimension Chain Angular Measure

Function: _AstM4CommDetAddDimAngle

Button:

Course of dialogue:Please select a view (<D>iameter, <angle>, <arc>,<dimensioning<ST>yle, <dimension>type ) : (angle)_ d1Start point of the 0°line:_ d2End point of the 0° line:_ d3Position point of the dimension line:_ d4First <D>imensional point or point for second <L>ine:_ d5

d1

d5

d2d3

d4

Advance - Man

Additional Dimension Chain Radian Measure

Function: _AstM4CommDetAddDimRadial

Button:

Course of diaPlea ct a view (<D>iameter, <Angle>, <Arc>,<Dim ng<ST>yle, <Dim>ensioning type) (Diameter)_d1CircPoinPosi

When circularbe found. If thcircle will be d

logue:se seleensioni
le central point (3P/2P/radius):_d2t on the circle:_d3tion point of the dimension line:_d4
contour processings at beams and plates are concerned, no center point cane circle central point is requested, you must enter 3P, and the diameter of theigitized via 3 points.

ual Drawing Design Page 6-13


Course of dialogue:Please select a view (<D>iameter, <Angle>, <Arc>,<Dimensioning<ST>yle, <Dim>ensioning type) :(Diameter)_d1Circle central point (3P/2P/radius):_3PStarting point (3P/2P/radius):__nea to d2End point:__nea to d3Circle point:_nea to d4Position point of the dimension line:_d5


Move Dimensions

A dimension chain is a connected object and can easily be deleted or moved.

To move a dimension chain generated automatically or subsequently, you must select thisdimension chain. Doing this, the grips at the base point of the texts, of the dimensionauxiliary lines and the dimensioned points will be activated.

At the base point of the text, each text can be moved individually.

At the base point of the dimension auxiliary lines, the position of the dimension chain can bemodified without moving the dimensioned points (which would happen with the AutoCAD-command “Move”).

At the base point of the dimensional points, the point that is to be dimensioned can be movedquite easily. The dimension will adjust automatically to the new length.

Base point

Base point

Base point


Change Dimensioning Style

Function: _AstM4CommDetModDimStyle

Button:

Course of dialogue:

• Press button

• An input-window pops up

This function corresponds to the AutoCAD-command Dimension / Style.


Change Text Style

Function: _AstM4CommDetModTextStyle

Button:

Course of dialogue:

• Press button


Pressing the button NEW you can define a new text style in this drawing.

As well an existing text style can be renamed or deleted.


Move View

When derivating main part drawings, various views and cuts of the main part can begenerated. They can be moved subsequently onto the deduced drawing. On an update of themain part drawing after a model modification, the moved views and cuts will be kept.

Function: _AstM4DetViewTransform

Button:

Course of dialogue:

• Open the drawing with the main part drawing.

• Press button

• Select cut/view of the main part drawing

• Move cut/view entering starting (d1) and end point (d2).

Example:

d1

d2

Intersection tobe moved

after thesuspension


Delete view

By this function separate detail views, e.g. Intersection A – A, can be deleted out of thewhole detail. The connection to the model remains. The cut-symbol in the main view is notdeleted and must be removed manually.

Function: _AstM4DetViewDelete

Button:

Course of dialogue:Select detail view:_d1View successfully deleted.

d1


7. Tips & Tricks

Working Method for the Drawing derivationIn order to get correct shop and survey drawings, the following controls should be madebefore the actual drawing design:

• Collision check

• Bolt is not connected with beam/plate

• Bolts are crossing

• Bolts cannot be inserted

• Beam / plate is double (was copied on itself by accident)

• Beams / plates must be adjusted

Icon Collisions in the modelList of the collisions will be displayed in the text window (F2)

Icon Display test resultsEnter index from collision listCollision solid will be marked red

Icon Search marked objectsAn arrow indicates the marked objects

• Checking of the position numbers

• Two objects are (apparently) identical, but have different position numbers.

• Two objects are (apparently) different, but have identical position numbers

Icon Check all groups with identical position numbersChecks all objects and displays in the text window a list of theincorrect position numbers


• Control of the connections

Icon Mark main part structureMarks all objects related to a main part (beams, plates, bolts,lines of welding)

Icon Search marked objectsAn arrow indicates the marked objects

Troubleshooting in the drawing derivation1. The derivation of surveys of views is being canceled

Model contains too many collisions.

2. The derivation of shop drawings (main parts) is being canceled The objects are not positioned.

3. Attaching parts are not being displayed the attaching parts are not connected with the main part, add connection,

check position number, position again if necessary.

4. Bolts are being displayed outside the beam bolts are connected with the wrong beam, disassemble connection, check

position number, position again if necessary.

5. A main part is being displayed in the wrong position check which part is MP, create MP.

Advance - Drawing Style Management Page 8-1

8. Drawing style management

General

The drawing style management enables the adjustment of the styles for the drawingderivation to your own requirement and external standards. In this way, the presentation ofthe geometry, type and content of the label and the dimension can be modified.

The drawing style management is a comfortable surface to do this. At present, not all pointscan be processed with this surface, but it is intended for later releases.

For this reason, the surface of the drawing style management as well as the underlyingtables will be described in the following.

All names, e.g. drawing styles, presentation-, label-, and dimension rules, are named withabbreviations that are explained in the appendix on page 17-3 and in the text.

Details and Detail Views

Designing production drawings, assembly drawings and survey diagrams to a Advance-model require specific rules in order to achieve a usable result. These rules are defined inthe drawing styles.

A Advance-detail is a drawing derivated from the Advance-model, e.g.

• View of the complete model

• Single part drawing with several views

• Main part drawing with several view/cuts

The views and cuts in a Advance-detail are called detail views. They present a modelclipping with the settling of:

• scale

• coordinate system

• presentation type of the model objects

• label of the model objects

• dimension

2 Advance - Drawing Style Management

Create Your Own Drawing Styles

In order not to complicate the cooperation in case of inquiries, the definitions provided byAdvance can not be modified. To import user specific drawing styles in a software update,please proceed as follows:

• Call the management tool

• Select the button “Author”

• In the field “Name” you can enter e.g. the abbreviation of the company (XYZ),and in “Text” the full name of the company (XYZ Ltd.).

• Save the new author and set as new setting.

• Quit the management tool.

Note: All tables mentioned in this manual refer to the database AstorDetails.mdb, if not saidotherwise.

Advance - Drawing Style Management Page 8-3

Call the Drawing Style Management

Function: _AstM5DetailStylesExplorer

Button:

Course of dialogue:

• Press the button


A rough classification in three categories:

Drawing Styles:Definition of the styles including the label and dimension.

Object Label:Definition of the label content, label orientation and positioning strategy for the text.

Object Dimension:Which points of an object are to be dimensioned in a dimension chain.

4 Advance - Drawing Style Management

Copy Existing Definitions

To modify existing or design you own styles, the respective definitions must be copied andsaved under unambiguous names. If not described otherwise in this manual, the followingprocedure applies:

Having pressed the button an input-window pops up:

Under Name: you must enter the name of the new definition. “Copy of” and the name of thebasic style will always be given as standard. The basis style can be changed with the pull-down fields Start with:. If possible, select a style close the one required.

For the composition of a new style already existing entries can be used.


9. Create new Drawing Styles

General

In the drawing styles it will be differentiated first in various element types, e.g. column, girderor view.

Design New Drawing Styles

By clicking the − symbols, the planes lying underneath will be visible.

Note:Here, the availabe definitions from the tableDetailStyle. If a style is not included inDetailMasterTable , a category "-" will bedisplayed.


Change column width:If the columns are not wide enough to display the complete text, 3 dots will appearafter the name. To modify the column width, you can adjust the width with themouse through the separating bar between 2 columns.

Use:Here, you can call your own designed styles, because usually they do not have theirown icons in the menu. Select drawing style and press Use. The drawing will thenbe created and the drawing manager will be called (here, only the just createddrawing is displayed). Having quit the drawing manager the drawing stylemanagement will appear again.

The styles can also be called manually via the keyboard. In the column Type thedrawing style is displayed. The two numbers, e.g.7 8, call this style with thecommand _AstM4CommDetByStyle 7 8. The first number stands for theBaseCategory (e.g. column, girder), the second number stands for the SubCategory(table DetailMasterTable).

Before the usage of main part styles (girder, columns, main part, single part, specialstructural parts) the model objects must be positioned, otherwise the drawingderivation is not possible.

Apply:If several settings have been modified, the modifications can be saved with Apply.The drawing style management will not quit.

OK:Saves the database and quits the input-window without further doing.

Cancel:Quits the input-window without saving the modifications since the last import.

Help:Calls the Advance-online-help.


Copy: Select drawing style, object label or object dimension that you want to use as basis,and press . An input-window will pop up where you must enter the new name.Default is “Copy of” and the name of the basis style. The basis style can be modifiedhere. If a style from another category is selected, it is possible to import an availablestyle for columns also into the categories Girder.

Assigning the name take care that the entries are unambiguous.

Delete:

Select drawing style and press . After the safety request and confirmation themarked style will be removed. If you press No in the safety request, the deleting willbe canceled.


Process a New Drawing Style

Marking a drawing style, on the right side of the editor 3 register-cards will be visible: title,layout and model objects.

Title

Position:Defines the position of the title text. Possible is at present top center and bottom left.


Format and Contents:Appearance and content of the title text (main part label). As default differentvariables are available that can be entered here. A normal text can be uses as well.

Meaning Model Object VariableName beam, plate, camera %Name

Beam HEA 200Plate 10x200x100Camera Type

Material beam, plate %MaterialDenotation beam, plate, camera %DenotationPosition number beam, plate %PositionSingle part number beam, plate %SinglePartPosNum

Works only if “single part” isselected in model object

Main part number beam, plate %MainPartPosNumLength beam %LengthNumber total beam, plate %QuantityNumber per main part beam, plate %MainPartQuantityOthers beam, plate, camera %Note

Camera DenotationScale %ScaleDate %DateUS Date %USDateTime %TimeYear %YearMonth %MonthDay %DayHour %HourMinute %MinuteText height #Height(<Height in mm>)

see also pp 10-4 ffText font #Font(<Text style>)

see also pp 10-4 ffText color #Color(<Color number>) see also pp 10-4 ffNew line #Newline see also pp 10-4 ffText border #Rectangle, #Rounded, #Hexagon, #Circle see also pp

10-4 ff


Examples:#Font(Arial)#Height(5)%Namex%Length - %Material #Height(8) %Position

#Height(5)%Namex%Length - %Material #Height(8) %Position

#Font(Arial)#Height(5)%Denotation%Namex%Length #Font(Arial Black)#Height(8)%Position

Platform Beam HEA300x5011


Layout

Arrange Strategy:A clearance between the views is given (always measured from the last object of thedetail view) to avoid that the individual views on the drawing are not too close toeach other. Available are now the defaults 10, 15, 20, 30 und 40 mm distance on thedrawing. They can be extended, as you like.


Requests:Combination of the individual detail views where the presentation-, label- anddimension rules are integrated. The definition of the scale, the position of the detailview and whether or not to clip is done here as well.

Add new view:Detail views already defined can be used in all styles. E.g. for “Girder – Front, Top”the same front view is stored as for “Column – Front, Top”.

Change order:

Via the button and the order of the views can be influenced. But it does notaffect the drawing derivation and serves only the clear arrangement. The topmostentry cannot be deleted, to be removed it must be moved downward.

Orientation of the views:Here, the orientation of the detail presentation can be explicitly defined, e.g. thecolumn can be thus positioned always vertically on the drawing, with the bottomdownward. There are the following possibilities:

Standard Without special orientation.Recommended for details and views

Vertical Beam longitudinal axis vertically on the drawingLonger plate side vertically on the drawing

ModelZ Top Side lying at top in the model is also in detail at top ModelZ Right If columns are presented lying, they will be tipped over to the

right, that means the base point is always on the left side onthe drawing

ModelZ Left If columns are presented lying, they will be tipped over to theleft, that means the base point is always on the right side onthe drawing

Another influence on the orientation of the objects has the default „Standard positionof straight beams on the drawing“ in the category „Drawing – Presentation“ in themanagement tool.


For instance a beam with the starting koordinates 200,500,300 and the endingkoordinates has at the end of 500,1500,800 an inclined cut.

Following settings are possible:

Highest Z-Coordinate leftside

From both ends the highest Z-Coordinate is calculated. Theaccording end of the beam issituated on the left side of thedrawing.

X=200Y=500Z=300

X=500Y=1500Z=800

Highest Z-Coordinate rightside

From both ends the highest Z-Coordinate is calculated. Theaccording end of the beam issituated on the right side ofthe drawing.

X=200Y=500Z=300

X=500Y=1500Z=800

Start point left side The start point of the beam issituated on the left side of thedrawing.

X=200Y=500Z=300

X=500Y=1500Z=800


Start point rightside

The start point of the beam issituated on the right side ofthe drawing.

X=500Y=1500Z=800

X=200Y=500Z=300

Highest XYZ-Coordinate leftside

From both ends the highestX-, Y- orZ-Coordinate iscalculated. The according endof the beam is situated on theleft side of the drawing.

X=500Y=1500Z=800

X=200Y=500Z=300

Highest XYZ-Coordinate rightside

From both ends the highestX-, Y- orZ-Coordinate iscalculated. The according endof the beam is situated on theleft side of the drawing.

X=200Y=500Z=300

X=500Y=1500Z=800


Model objects

This selection defines the reference objects.

Complete model:Complete model.

Complete model with XRefs:Complete model and the linked external references (XRefs).

Complete model and solids:Complete model and additional ACIS-solids

Detail box:With the appropriate definition in the model box, clippings can be defined from themodel, e.g. node (see pp. 9-13)

Detail box with XRefs:Same as Detail box, additionally linked external references are detailed.

Selection set:Accepts only the selected elements.


Single part:Single part without attaching parts.

Main part:Main part with attaching parts.

Main part with environment:Main part with attaching parts and defined environment. In the model box a xy- anda z-viewport must be defined.

Mainpart and additional elements:Main part and additional Advance- and ACIS-solids.


Process Detail View

A detail view is the presentation of a model clipping defining scale, coordinate system,presentation type and label of the model objects and the dimension.

Principle Course:

• Select detail view, e.g. main view front

• Press button

• A dialogue-box with register-cards pops up

Assignment


View direction and model box:

System and Detailbox Name:


Name of the view direction

View direction on object:How is the reference object viewed, e.g. from the front, right, active UCS,intersection.

Enlarge the viewport for parts additionally presented:If additional elements are to be presented, e.g. filler pates, the viewport must beenlarged for the presentation. Usually, the viewport is as large as the referenceobject with attaching parts.

z- Viewport:Defines the depth of the view to the front and the rear (Z-orientation of the UCS).Example: front 500, rear 500 – cuts a slice of 1000 mm from the model.

xy- Viewport:For a clipping, the height (Y-orientation of the UCS) and the width (X-orientation ofthe UCS) of the viewport can be defined. It will be done automatically, entering fixedvalues (x-, y-delta) or by digitized points in the model.


Presentation types and label rules:Assignment of the presentation and label to the model objects. Thus it will bedefined which objects in a detail view are presented and labeled in which way.

With the button New further definitions can be added, and with the button Editexisting definitions can be modified.


In the assignment of the model object you must keep a certain order to achieve the requiredresults. Principally, the list will be processed from top to bottom. If a setting can be applied, itwill be processed. Otherwise the next entry will be taken.

In the following you find a list as example:

01. Not Visible - Al, Function 11. Center punch - Al 21. Bo02. Mp – Beam 12. Threaded holes 22. Stud shear03. Mp – Plate 13. Slotted holes 23. Welding line04. Mp – BentBea 14. Blind holes 24. Grid05. AttBea – Al 15. Countersunk holes 25. Height notations - Al06. AttPl – Al 16. Mp – Ho 26. Add. Parts07. AttBentBear – Al 17. AttPa – Ho 27. Special parts - Al08. Beam 18. Ho 28. Add. ACIS-Solids - Al09. Plate 19. Mp – Bo10. BentBeam 20. AttPa – Bo

Because beams, plates, special parts and bolts can be added the role „Not Visible“, this entrymust be set at top of this list.

If shop bolts exist in the model, the general entry “Bo – Al” must be added. Otherwise theywill not be presented.


Subset of the selected model objects:Defines the used model elements. The values in parentheses indicate the usedabbreviations. An extension of the subsets is only possible by modifying the tableDetObjQualifierSet. In column GeometricRestrictions the orientation of the elements isdefined, the consequences will be shown in the following tables. The number that is to beused can be seen in the left column, as well as the used abbreviations in the names.

Name PlateAll (Al)

0

No restriction

Linear (Li)

1

Not linear (Nl)

2

Top view (Tv)

3

Front side (Fr)

4

Width (Wd)

5

(TvLg)

6

Length (Lg)

7

(FvWd)

8

B = width of plate, L = length of plate


Name BeamAll (Al)

0

No restricition

Linear (Li)

1

Not linear (Nl)

2

Top view (Tv)

3

(FvFr)

4

Front side (Fr)

5

(FvTv)

6

Front view (Fv)

7

(TvFr)

8


Name Connecting ElementsAll (Al)

0

No restriction

Linear (Li)

1Not linear (Nl)

2

Top view (Tv)

3Front side (Fr)

4


Presentation of model objects:The way the model objects are presented, Modifications are only possible in the tableDetObjAppearance.

Label / Content

Axis

AxisSymbol

Off

Height notation

Grid

Template with symbol

Template reference point

Line of welding

Visible

VisibleAxis

VisibleModelcolor

VisibleIntersection

VisibleHidden

VisibleHiddenAxis

VisibleHiddenAxis Intersection

VisibleHiddenModelcolor

VisibleHiddenIntersection

Symbol

EnvironmentVisible

EnvironmentVisibleHidden

EnvironmentVisibleHiddenAxis

Default

In table DetObjAppearance you can define you own combinations. Here the meaning:

Column Presentation of Appropriate for Model Object

BodyVisible visible solid lines beam, plate, bolt, special partsAxis axes beam, bolt, gridSymbols symbols bolt, hole, weld, gridCutFaces plane of sections of solids

with model boxbeam, plate, bolt

BodyHidden hidden lines beam, plate, bolt, special parts


Examples:

Modellobjekte BodyVisible Axis Symbols CutFaces BodyHidden

bolts

Holes

Beams

Holes are always presented, because they are a contour processing. Only one axis can beadded.

Labeling of the model objects:The way the presented objects are labeled. The label type must have been definedin advance via the category object label.


Dimension ruleCombination of the dimension chains for a detail view. If a separate dimension rule is definedfor each detail view, each view can be dimensioned differently.

With the button you can add a new dimension requirement.


Dimension type:

Label / Content Example

Radial

Linear

Arc length

Arc length with sum

Arc length ony sum

Spandrel

Spandrel with sum

Spandrel only sum


Label / Content Example

Linear with coordinates

Coordinates

Dimension definition:You can select here only definitions that have been defined in advance in thecategory object dimension.


View options:


Scale:Scale in which the reference object will be presented.

View selection control:Defines whether this view should be generated always or on interactive requested.For the interactive request green frame will appear in the model that can beselected.

View arrangement:Position of the view concerning the front view. The front view must always be set onautomatically, because it is the reference of the other views.


Clipping


Selection of the presentation shortened in length of model objects:These data refer always to the coordinate system of the reference object, not on theposition in the drawing. Possible are clipping X, clipping XY, without clipping.

Clipping starting from constant intervals in the length:Defines the size of clipping, e.g. for 2x30=60 mm on the drawing without attachingpart, bolts etc. it will be clipped. The smaller the intervals, the bigger the clipping willbe.

How many should be kept on each side of the clipping area:Distance in mm on the drawing.


Example:

( Values as given above)


10. Object Label

General

An essential part of the automatic drawing design is the labeling of the model objects in detailviews. In table DetObjAnnotationStrategy strategies for the object label are defined. Amongothers, definitions for text content, text orientation, the positioning on the drawing and theguideline selection are here included.

Create New Object Label

First, you must select a style in the drawing style management in the category object label.


Text- and Moving Orientation

MaxDistance:This setting integrates labels of objects whose distance must not go beyondMaxDistance Millimeter on the drawing.

Use object system:The definition of the text orientation and moving directions for the positioning on thedrawing will be done in a reference system. Inmost cases it is the view system.However, sometimes it will be required to refer to an object system, e.g. for thelabeling of beams along their axis (for girders horizontal, for columns vertical).

Text direction:The orientation of the text in the reference system. Allowed orientations are –90 to90 degree. Text orientation 2 is intended for further developments.


Guideline Selection

Definition of the guideline:The options Underscored and Only Text are here available.


Definition of the Text Content

Name of the text content definition:The name should be selected in that way that it can be recognized which modelobjects it is referred to (see Applicate to).

Use for:Defines for which objects in the model the definition applies. This setting hasinfluence on the selection of the label style in Label / Content after having called thedrawing styles. E.g. for bolts only label styles will be listed containing in this field theentry Bolt or All objects.

Preview:Here it is displayed how the text will look like on the drawing. If formatting has beenused, it will displayed only as text.


Text module:Offers the possible label contents as variable. It is not possible for the user to extendthis table.

Meaning Model Objects VariableSection name Beam %ProfNameNumber ofmembers

Beam (compound sections) %RodCount

Material Beam, Plate, Bolts, Stud shear,Special part

%Material

Coating Beam, Plate, Bolts, Stud shear,Special part

%Coating

Name StrBOM Beam, Plate, Special part %DenotationPosition number Beam, Plate, Special part %PosNumEinzelteilnummer Beam, Plate, Special part %SinglePartPosNumHauptteilnummer Beam, Plate %MainPartPosNumLength Beam, Plate, Bolts, Stud shear %LengthWidth Plate %WidthThickness Plate %ThicknessNorm Bolts, Stud shear %NormDiameter Bolts, Holes, Stud shear %DiameterHole diameter Bolts, Holes %HoleDiameterNumber bolts Bolts, Holes %BoltCountDepth Countersunk-, threaded-, blind hole %SunkDepthThread type Threaded hole %TappingAngle Countersunk hole %Alpha_eHead diameter Blind hole %HeadDiameterCommodity number Beam, Plate, Special part %ItemNumberAssembly Beam, Plate, Special part %AssemblyOthers Beam, Plate, Bolts, Special part %NoteSet (Mu2S) Bolts %SetModel role Beam, Plate, Special part, Holes %Role


Contents of Label:Combination of the individual variable and additional texts. Specific special symbolsmust be inserted with the so-called ASCII-font. To do so, a number combinationmust be entered on the numeric block with the ALT-key being pressed.

Zeichen ø µ ½ ± ¼Abbr. 155 230 171 241 172

These abbreviations do only apply if the standard font is used. If via the formatting#Font another font is used, the same abbreviations will result in other symbols,because the table is defined with another type. This way, also other special symbolscan be used. Which symbols are possible can be quested via the Windows symboltable (Start – Programs – Accessories – Symbol Table).

Text format:#Height(<Height in mm>)Textheight in mm on the drawing.

#Rectangle, #Rounded, #Hexagon, #CircleDraws a frame around the text. Rectangular, rectangular with fillets, hexagonal orcircular. The distance to the text can be given in brackets, e.g. #Circle(3). Using thistext formatting, the text can not be summarized (see pages 10-1 MaxDistance). Thebordering of different height or font isn’t allowed.

#Font(<name>)Changes the font. You can use all *.shx in the font directory of AutoCAD and allfonts in the font directory of Windows (C:\Winnt\Fonts). The text font for the detailscan be adjusted globally by default (Text font for details), being set on txt.shx.Alternatively, simplex.shx is recommended, because it is close to the standard font.If you select this setting, the dimension style must also be adjusted in all prototype-files, because it has no access to the defaults.

txt.shx simplex.shx

#NewlineStarts a new line. The data for the font must be entered again.

#Color(<AutoCad color number>)Changes the color of the text.

#EndDetermines a text formatting set before.


Example:#Rectangle#Font(Arial Narrow)%BoltCount M%Diameterx%Length#Newline#Font(Arial Narrow)DIN %Norm

Additional there exists the possibility to set a unit format in the labelling, e.g. inch. This formatis generated by 3 numbers, which are given in front of the variable, e.g. %[1,2,3]Length.

1 = Key from UnitsOfDistance2 = Key from UnitsType3 = Key from UnitsPrecision

UnitsOfDistance

Key RunName Units BasisUnit Symbol

1 Foot 12 inch ft2 Mile 63360 inch ml3 Millimeter 0,001 meter mm4 Centimeter 0,01 meter cm5 Meter 1 meter m6 Kilometer 1000 meter km7 Microinch 0,00000001 inch microinch8 Mil 0,001 inch mil9 Yard 36 inch yd

10 Angstrom 1E-10 meter angstrom11 Nanometer 0,000000001 meter nm12 Micron 0,000001 meter micron13 Decimeter 0,1 meter dm14 Dekameter 10 meter Dm15 Hectometer 100 meter Hm16 Gigameter 1000000000 meter Gm17 Astronomical Unit 1,495979E+11 meter au18 Light Year 9,46053E+15 meter lightyear19 Parsec 3,085677E+16 meter parsec20 Inch 1 inch in.21 mm 0,0393700787401575 inch mm


UnitsType

Key RunName BasisUnitKey

1 Architectural inch2 Engineering inch3 Dezimal meter4 Bruch meter5 Dezimal inch

1009 gram gram1010 ounce ounce2005 Bogenmaß circle2006 Dezimalgrade circle2007 Neugrade circle2008 Grad / Min / Sek circle

UnitsPrecision

Key RunName Divisor UnitsTypeKey

1 0 0 Dezimal2 0.0 10 Dezimal3 0.00 100 Dezimal4 0.000 1000 Dezimal5 0.0000 10000 Dezimal6 0.00000 100000 Dezimal7 0.000000 1000000 Dezimal

20 0' 0" 0 Engineering21 0' 0.0" 10 Engineering22 0' 0.00" 100 Engineering23 0' 0.000" 1000 Engineering24 0' 0.0000" 10000 Engineering25 0' 0.00000" 100000 Engineering26 0' 0.000000" 1000000 Engineering27 0' 0.0000000" 10000000 Engineering40 0' 0" 0 Architectural41 0' 0 1/2" 2 Architectural42 0' 0 1/4" 4 Architectural43 0' 0 1/8" 8 Architectural44 0' 0 1/16" 16 Architectural45 0' 0 1/32" 32 Architectural46 0' 0 1/64" 64 Architectural47 0' 0 1/128" 128 Architectural48 0' 0 1/256" 256 Architectural


Key RunName Divison UnitsTypeKey

50 0 0 Dezimal51 0.0 10 Dezimal52 0.00 100 Dezimal53 0.000 1000 Dezimal54 0.0000 10000 Dezimal55 0.00000 100000 Dezimal56 0.000000 1000000 Dezimal60 0 0 Bruch61 0 1/2 2 Bruch62 0 1/4 4 Bruch63 0 1/8 8 Bruch64 0 1/16 16 Bruch65 0 1/32 32 Bruch66 0 1/64 64 Bruch67 0 1/128 128 Bruch68 0 1/256 256 Bruch70 0r 0 Bogenmaß71 0.0r 10 Bogenmaß72 0.00r 100 Bogenmaß73 0.000r 1000 Bogenmaß74 0.0000r 10000 Bogenmaß75 0.00000r 100000 Bogenmaß76 0.000000r 1000000 Bogenmaß77 0.0000000r 10000000 Bogenmaß78 0.00000000r 100000000 Bogenmaß80 0 0 Dezimalgrade81 0.0 10 Dezimalgrade82 0.00 100 Dezimalgrade83 0.000 1000 Dezimalgrade84 0.0000 10000 Dezimalgrade85 0.00000 100000 Dezimalgrade86 0.000000 1000000 Dezimalgrade87 0.0000000 10000000 Dezimalgrade88 0.00000000 100000000 Dezimalgrade


Key RunName Divison UnitsTypeKey

90 0g 0 Neugrade91 0.0g 10 Neugrade92 0.00g 100 Neugrade93 0.000g 1000 Neugrade94 0.0000g 10000 Neugrade95 0.00000g 100000 Neugrade96 0.000000g 1000000 Neugrade97 0.0000000g 10000000 Neugrade98 0.00000000g 100000000 Neugrade

100 0d 0 Grad / Min / Sek101 0d00' 60 Grad / Min / Sek102 0d00'00" 3600 Grad / Min / Sek103 0d00'00.0" 36000 Grad / Min / Sek104 0d00'00.00" 360000 Grad / Min / Sek105 0d00'00.000" 3600000 Grad / Min / Sek106 0d00'00.0000" 36000000 Grad / Min / Sek110 0 0 gram111 0.0 10 gram112 0.00 100 gram113 0.000 1000 gram114 0.0000 10000 gram115 0.00000 100000 gram116 0.000000 1000000 gram120 0lb 0oz 0 ounce121 0lb 0.0oz 10 ounce122 0lb 0.00oz 100 ounce123 0lb 0.000oz 1000 ounce124 0lb 0.0000oz 10000 ounce125 0lb 0.00000oz 100000 ounce126 0lb 0.000000oz 1000000 ounce127 0lb 0.0000000oz 10000000 ounce


Edit Rule of the Text on the Drawing


Settings for the positioning process:1. If in the iterative steps an accepted position can be found, the following steps will

not be checked. This may save you time, but does not give you always anoptimum position.

2. If in the range between MinDistance and MaxDistance no position can be found,the basis position will be selected (usually center object).

3. Is the complete detail view (global) to be viewed for the position search or onlythe object that is locally to be labeled.

4. The preceding sign of the moving direction is not being considered meaning lessiterative steps are necessary.

Angle of the moving direction:In which direction (angle) should be searched for a blank position. Relevant here isthe system set in AutoCAD (menu format – unities – direction). Default is that 0° is inthe East and it is measured anticlockwise.

1.

2.

3.

4.


MinDistance:Smallest distance from the object that must be kept.

MaxDistance:Largest distance to the object.

Available position rules:The names of the rule contain the angles for whose range it is searched.

NameG_030_330G_355_005G_085_095G_175_185G_265_275G_085-095_265-275G_175-185_355-005L_030_330L_175-185_355-005L_50-130_230-310


11. Object Dimension

General

The object dimension defines the objects that are to be dimensioned in a dimension chain.Each entry in this category stands for a diminesion chain on the drawing.

Generate a Dimension Definition

With the button new dimension definitions can be generated. After the generation, itseems as if nothing happens. In order to be able to use a new style. It must be added withthe button .


Change a Dimension Definition


Orientation of the Dimension Chain

The direction of the dimension chain can refer to the detail view on the drawing or to anobject in the model. Available are:

Label / Content

X-direction of the viewY-direction of the viewX-axis of an objectY-axis of an objectX-axis of a main element Y-axis of a main element X-axis of a bended beam Y-axis of a bended beam


Examples:


Y

X

X-Achse eines gebogenen TrägersY-Achse eines gebogenen Trägers


Overlap scope with the total geometry (G/L)

Selection whether the dimension chain should be free of intersections with the dimensionedlocal geometry or with the total geometry of the detail.

Selection box not active Selection box activeAbbreviation: G(lobal) Abbreviation: L(ocal)

Arrange dimension chain above the local geometry (T/B)

Defines whether the dimension chain should be positioned above or beneath a detail view. Invertical detail views above is left and beneath is right.

Abbreviation: T(op) / B(ottom)

Create a separate dimension chain for each model object (A/S)

Here, for each single object detected in the model, e.g. bolt pattern, its own dimension chainwill be generated. If the selection box is not active, all detected objects will be dimensioned inone dimension chain.

Example:

Selection box not active Selection box activeAbbreviation: A(ll) Abbreviation: S(ingle)


A bolt pattern can be composed of several borings (HS-properties, size, number X andnumber Y). It generates only one dimension chain, because it is just one object.

Note: The settings above are mentioned as abbreviation in the name of the dimensiondefinition. Examples:

Mp X - Extreme GTA stands for a dimension chain with the maximum dimensions of a mainpart. It must be intersection-free with the total geometry (G), the dimension chain ispositioned above the detail (T) and all detected elements will be dimensioned in one singledimension chain (A).

MP X – MP Bo LBS stands for a dimension chain with the bolts of the main part (Mp Bo). Itmust not be intersection-free with the total geometry (L, that is dimension chain as close tothe dimensioned element as possible), the dimension chain is positioned beneath the detail(B), and a dimension chain will be generated for each detected element (S).


Selection of the Dimensional Points


Model objects:Selection of the model objects to be dimensioned. Here, the function in the modelwill be considered. The defaults can only be modified in table DetObjQualifierSet(see chapter Fehler! Verweisquelle konnte nicht gefunden werden. Fehler!Verweisquelle konnte nicht gefunden werden.).

Point type:Defines the points of the selected model objects that will be dimensioned. E.g. allholes can be selected. Furthermore, points can be used as reference. The followingexample will illustrate the consequence:

If no holes, slotted holes or bolts are available in the main part, no dimension chainwill be generated. If the reference were not used here, a (unnecessary) dimensionchain with the maximum dimensions of the beams would have been generated.


Specification of the position in the dimension system:Geometrical restriction of the selected points. Thus it is possible to dimension allattaching parts at the upper flange in the front view of a beam, while those at thelower flange are not dimensioned. To do so, you must select main part for the modelobject, attaching parts for the point type and top as restriction. The restriction refersalways to the position on the drawing and the orientation of the dimension chain.Possible entries are:

Label / Content

aboveabove rightabove leftbottombottom rightbottom left


12. Function in the Model

General

In Advance functions can be assigned to the model objects. This is done either by applyingconstruction rules or interactively.

In the drawing derivation, these functions can be used to differentiate explicitly individualgroups of objects from other.

The function cover pate, end plate and butt plate will generate in a main part automatically afront plate view from the inside. If no other elements, such as lug plates or ledgers, arewelded at this spot, no further cut will be offered from the program.

Available Functions

The user can extend the set of functions provided by Advance in table ModelRole inAstorBase.mdb. The following functions are available:


Function Function FunctionAnchor beam Haunch Beam Railing Kickprofile StairAnchor Bolt Haunch Plate Railing KneerailAnchor no Standard Haunchflange Railing Kneerail LandingAngle Haunchweb Railing Kneerail LastAngle Cleat Head part Railing Kneerail StairBar Shear Connector Hilti Anchor Railing Picket LandingBase Plate Hip Plate Railing Picket StairBent Beam Hip Rafter Railing PostBent Plate Hole Railing Post LandingBinding plate Horizontal Beam Railing Post LastBlind hole Kickprofile Railing Post StairBolt Krupp purlin Reinforcing plateBolt Above Lacing Reinforcing sectionBolt Below Lacing diagonal Roof BracingButt Strap Lacing vertical ShimCenter mark Ladderbrace Side RailCleat Ladderconnection SleeveCold Rolled Ladderprofile Slotted HoleCold Rolled Accessory Ladderstep StayCold Rolled Diagonal Tie Ladderstrip StepCold Rolled Strut Landing plate StiffenerColumn Landingrail StringerCompression Pipe Landingrail Last Stringer horizontalCorner finish Lower Flange Lattice Work Stringer verticalCountersunk hole Lug plate Stud shearCover Plate Member of Bracing, Type 1 Stud shear weldingCranked Rafter Member of Bracing, Type 2 Tab PlateDoor Post None Tension RodEaves Beam Not visible Threaded holeEaves Tie Plate Tie BeamElbow Purlin TraverseEnd Plate Rafter Truss BoomFeature Railing Baseplate Landing TurnbuckleFin Plate Railing Baseplate Stair Turnbuckle bracingFischer Anchor Railing Elbow Landing Typical LacingFlange Plate Railing Elbow Stair Upat AnchorFlat Bracing Railing End Upper Flange Lattice WorkFlat Iron Railing End Landing Vertical BracingGirder Railing End Stair VisibleGroup Railing Handrail Landing WeldingGusset plate Railing Handrail Stair Wind bracingHand Rail Railing Kickprofile Landing ZED-Purlin


And here some consequences of the function:

Model Element with function without function Flange pate

function plate function flange pate, nonestiffener

left stiffener without functioncover platebase plate

lower plate without function


In table DetObjQualifierSet the function that will be applied is defined.

Key RunName GeometricRestriction

s

Number ofitems

ObjQualifier1

ModelRole1

ObjQualifier2

....61 Ep – Al,

Function0 3 Attached Part End plate

GeometricRestrictions:Restrictions of the position of the elements on the drawing (see also pages 9-16):

Value Meaning Abbreviation0 none Al1 only orthogonal Li2 Not only orthogonal Nl3 z-axis in view orientation Tv4 z-axis vertical view orientation Fr (for plates)5 x-axis in view orientation Fr (for beams)6 x-axis vertical view orientation7 y-axis in view orientation8 y-axis vertical view orientation

Number of items:Number of the ObjQualifier-ModelRole-pairs that are considered

ObjQualifier1...x:Reference to table DetObjQualifier.

ModelRole1...x:Reference to table ModelRole.


Extract from DetObjQualifierSet with the used functions:

RunName ObjQualifier ModelRoleAttPl - Al, Function Attached Plates Butt Strap

Gusset platePlateVisibleNone

AttPl - Tv, Function Attached Plates Butt StrapGusset platePlateVisibleNone

AttPl - Li, Function Attached Plates Butt StrapGusset platePlateVisibleNone

AttPl - Nl, Function Attached Plates Butt StrapGusset platePlateVisibleNone

AttPl - Fr, Function Attached Plates Butt StrapGusset platePlateVisibleNone

AttPa - Al, Function Attached PlatesAttached PlatesAttached PlatesAttached PlatesAttached PlatesAttached Beams

Butt StrapGusset platePlateVisibleNone

AttPa - Anchor Bo Al, Function AttPa Bolts Fischer Anchor ,Hilt AnchorUpat AnchorAnchor no STAN

AttPa - Anchor Bo Tv, Function AttPa Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN

AttPa - Anchor Bo Li, Function AttPa Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN

AttPa - Anchor Bo Nl, Function AttPa Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN

AttPa - Anchor Bo Fr, Function AttPa Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN


RunName ObjQualifier ModelRoleAnchor Bo - Al, Function Bolts Fischer Anchor

Hilt AnchorUpat AnchorAnchor no STAN

Anchor Bo - Tv, Function Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN

Anchor Bo - Li, Function Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN

Anchor Bo - Nl, Function Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN

Anchor Bo - Fr, Function Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN

Compression Pipe Al, Function Mainpart Compression PipeEp - Al, Function Attached part Base plate, End plate, Cover plateEp - Tv, Function Attached part Base plate, End plate, Cover plateEp - Li, Function Attached part Base plate, End plate, Cover plateEp - Nl, Function Attached part Base plate, End plate, Cover plateEp - Fr, Function Attached part Base plate, End plate, Cover plateRail - Bg Landing Al, Function Beam Railing Elbow LandingRail - Bg Stair Al, Function Beam Railing Elbow StairRail - End Landing Al, Function Beam, Plates Railing End LandingRail - End Stair Al, Function Beam, Plates Railing End StairRail - Bb Landing Al, Function Beam, Plates Railing Baseboard LandingRail - Bb Stair Al, Function Beam, Plates Railing Baseboard StairRail - Bp Landing Al, Function Beam, Plates Railing Baseplate LandingRail - Bp Stair Al, Function Beam, Plates Railing Baseplate StairRail - Fd Landing Al, Function Beam, Plates Railing Picket LandingRail - Fd Stair Al, Function Beam, Plates Railing Picket StairRail - Hr Landing Al, Function Beam, Plates Railing Handrail LandingRail - Hr Stair Al, Function Beam, Plates Railing Handrail StairRail - Kr Landing Al, Function Beam, Plates Railing Kneerail LandingRail - Kr Stair Al, Function Beam, Plates Railing Kneerail StairRail - Post Landing Al, Function Beam, Plates Railing Post LandingRail - Post Stair Al, Function Beam, Plates Railing Post StairHt - Anchor Bo Al, Function Mp Bolts Fischer Anchor



RunName ObjQualifier ModelRoleHt - Anchor Bo Tv, Function Ht Bolts Fischer Anchor


Ht - Anchor Bo Li, Function Ht Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN

Ht - Anchor Bo Nl, Function Ht Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN

Ht - Anchor Bo Fr, Function Ht Bolts Fischer AnchorHilt AnchorUpat AnchorAnchor no STAN

Purlin - Al, Function Beam PurlinPurlin - Fr, Function Beam PurlinTie beam - Al, Function Beam Tie beamTie beam - Tv, Function Beam Tie beamTie beam - Li, Function Beam Tie beamTie beam - Nl, Function Beam Tie beamTie beam - Fr, Function Beam Tie beamElbow Al, Function Bent Beam ElbowBo Top - Fr, Function Bolts Bolts topBo Bottom - Fr, Function Bolts Bolts bottomVisible – Al, Function All Objects VisibleTurnbuckle-Bracing Al, Function Beam, Plates Turnbuckle-BracingStiffeners – Al, Function Plates StiffenerStiffeners – Tv, Function Plates StiffenerStiffeners – Li, Function Plates StiffenerStiffeners – Nl, Function Plates StiffenerStiffeners – Fr, Function Plates StiffenerColumns – Al, Function Beam ColumnColumns – Tv, Function Beam ColumnColumns – Li, Function Beam ColumnColumns – Nl, Function Beam ColumnColumns – Fr, Function Beam ColumnNot visible – Al, Function Alle Objekte Not visibleHaunch - Al, Function Beam HaunchBeam


13. Defaults

General

To a certain degree the appearance of the drawings can be controlled with the defaultswithout using tables or drawing styles. With the management tool this can be done quiteeasily. In the following those defaults are listed the affect the drawing derivation.

Default Values

Drawing - General ValueDistance Arcus to each other 9Distance global arcus to geometry 20Distance global dimensions in single part details 10Distance global dimensions to geometry 20Distance local dimensions to geometry 4Distance dimensions to each other 9Distance between detail frames 10Usage of grip length increase (0=no, 1=yes) 1Detail prototype file DSCDETPROTO.DWGGenerating the template (0 = outer generated surface,1 = inner generated surface, 2 = combination)

0

General tolerance for orthogonal vectors (in degree) 1Maximum angle between view direction and bolt direction 45Scale-prefix in details MMinimum diameter for symbol presentation of bolts 2


Drawing - General ValueMinimum size (mm) of parts to be presented on the drawing 0,5Minimum length of the template 60Only one cut for attaching parts beneath this distance. . 1000Path of the detail drawings and prefix details\DETPath to the symbol-files for the details SymbolsPresent weld joints to hidden objects (0=no, 1=yes) 1Visibilty test bolts ( 1=all, 0=only first ) 1Scaling data in the page header for single sheet processes (0=no,1=yes)

0

Connect lines to polylines (0=no, 1=yes) 0Warnings bolt length (0=no, 1=yes) 0

Drawing – Label/Dimension ValueGenerate also weld symbols for standard thickness(see also standard thickness for lines of welding )(0=no, 1=yes)

1

Dimensioning of bolt pattern with axes perpend. to view direction(0=do not provide dimensional points; 1=provide dimensionalpoints).

1

Dimension style in detail DSC_DIM_STYLE1Height axis grid text in details 4Height date text in details 3Height scale text in details 5Height weld symbols 2,5Height object name in details 2,5Height title text in single part drawings 5Height title text in overviews 5Additional label with considering the function(0=no, 1=yes)

1

Additional label with considering the type(0=no, 1=yes)

1

Arrow height in height notation 4Prefix for cutting frame SchnittPoint selection (0 =in front of, 1= behind scale text) 1Text font for details txt.shxText height in height notations 2,5Dimension hidden objects (0=no, 1=yes) 1Label hidden objects (0=no, 1=yes) 0


Drawing – Presentation ValuePresentation type of the height notation 1Presentation type for very small bolts on the drawing (0 = off, 1 =polyline original size,2 = symbol minimum size, 3 = polyline minimum size)

1

Color of object axes 1Color of object names 7Color of separating lines for longitudinal clipping 7Color of visible solid lines 50Color of symbol presentation hidden bolts 0Color of axis grids 1Color of detail frames 3Color of scale text 3Color of hidden lines 70Color of detail titles 3Color of dimensions 7Color of plane of sections in details 1Color of symbols 7Line type (longitudinal clipping) ZigzagLine type (object axes) Acad_iso04w100Line type (hidden lines) Acad_iso02w100Line type file for details DSCAcadiso.linLine type scaling factor for details 0,25Point at reference point of the guiding line (0=no, 1=yes) 0Shading of intersections HypeCutRegionPresent hidden bolt patterns (0=no, 1=yes) 1

General ValueUser key for your own data -User text for you owne data -

Plate ValueName of plate for the variable %Name BL %Thicknessx

%Lengthx%Width

Positioning ValueMain part number (0=MPSP, 1=MP) 1

Advance – Manual Drawing Design Seite 14-1

14. Label types

In the following the principal table structure for the label styles can be seen. A blank picturefield indicates that this type does not exist, the user must generate it himself.

Name of Object Label

Picturewithout guiding line

Picturewith guiding line

Picturealong objector vertical

Text content

For labels with guiding line the text “Guid” is attached to the name of the object label, for theorientation along the object “Object”.

Additionally, in the name is mentioned the positioning strategy:G = Global (without additional angle data = 30-330°)L = Local (without additional angle data = 30-330°)TB = Top Bottom 85-95° and 265-275"LR = Left Right 175-185° and 355-5°

Example:

Plate Name PosBig Guid GLabel of plates with the name in default text height and the position number in text height5 mm. The text does not have a guiding line and is positioned global (Angle 30 – 330°)

The name of the plates can be adjusted by default (plate – name of plate). The variables%Thickness for thickness, %Length for length and %Width for width are used.

Seite 14-2 Advance – Manual Drawing Design

Anchorbolts 6M16x70

2 M20x620DSTV Anker

%BoltCount M%Diameterx%Length#Newline%Norm#Newline%Note

Off

There is no label.

AssGr PosBig

254 - 2

%Assembly - #Height(5)%PosNum

AssGr PosSm

254 - 1007

%Assembly - %PosNum


Plate Thickness

Bl 10 Bl 10

Bl %Thickness

Plate Thickness MpPosBig

Bl 10

Bl %Thickness #Height(5)%MainPartPosNum

Plate Thickness MpPosSm

Bl 10 2

Bl %Thickness %MainPartPosNum

Plate Thickness PosBig

Bl 10 1014 Bl 10 1014

Bl %Thickness #Height(5)%PosNum


Plate Thickness PosSm

Bl 10 1014 Bl 10 1014

Bl %Thickness %PosNum

Plate Name

Bl 10x300x150 Bl 10x300x150

Bl%Thicknessx%Lengthx%Width

Plate Name PosBig

Bl 10x300x150 1014 Bl 10x300x150 1014

Bl%Thicknessx%Lengthx%Width #Height(5)%PosNum

Plate Name PosSm

Bl 10x300x150 1014 Bl 10x300x150 1014

Bl%Thicknessx%Lengthx%Width %PosNum


Plate NameMat PosBig

Bl 10x300x150-S235JRG2 1014

Bl%Thicknessx%Lengthx%Width-%Material #Height(5)%PosNum

SpPos MpPos

HPos: 2EPos: 1014

EPos: %SinglePartPosNum#NewlineHPos: %PosNum

SpPosSm

1014%SinglePartPosNum

Threaded hole

(Rechtsgewinde) < 45

Gewindelochø18x5

%Role#Newlineø%Diameterx%SunkDepth#Newline(%Tapping)<%Alpha_e


Height notation

Height notations are generated by inserting the block dsc_heightkote or dsc_heightkote_u.By modifying the dwg in the directory Advance / Support / Symbols the appearance of the

symbol can be adjusted.

MpPosBig

2#Height(5)%MainPartPosNum

MpPosSm

2%MainPartPosNum

Stud shear Stsh ø19x90

KB ø16x75 KB ø16x75

6x75

Stsh ø%Diameterx%Length


Center punch

Center Marks are presented as small + in the drawing deductionand are labeled with the normal text "Center punch".

Center punch

Slotted holes 6SH ø18-40

2LL ø18-40

2LL ø18-40%BoltCountSH ø%Diameter-%Length

Slotted holes 6ø18-40

2ø18-40 2ø18-40 2ø18

-40

%BoltCountø%Diameter-%Length

Holes 6ø17

2ø18 2ø18

2ø18

%BoltCountø%Diameter


Holes D17

D18 D18D%Diameter

Holes ø17

ø18 ø18ø%Diameter

PosBig

2 2#Height(5)%PosNum

PosSm

2 2%PosNum


PosSm Vertical

%PosNum

Section Name

HEA100 HEA100%ProfName

Section Name MpPosBig

HEA100 2%ProfName #Height(5)%MainPartPosNum

Section Name MpPosSm

HEA100 2%ProfName %MainPartPosNum


Section Name PosBig

HEA100 2 HEA100 2%ProfName #Height(5)%PosNum

Section Name PosSm

HEA100 2 HEA100 2%ProfName %PosNum

Section NameDen PosBig

HEA100 Riegel 2%ProfName %Denotation #Height(5)%PosNum

Section NameAssGr PosBig

HEA100 - 254 2%ProfName - %Assembly #Height(5)%PosNum


Section NameLength PosBig

HEA100-500 2 HEA100-500 2%ProfName-%Length #Height(5)%PosNum

Section NameLength PosSm

HEA100-500 2 HEA100-500 2%ProfName-%Length %PosNum

Section NameLengthMat PosBig

HEA100-500 S235JRG2 2

%ProfName-%Length %Material #Height(5)%PosNum

Blind hole

Sacklochø18x5 ø23

%Role#Newlineø%Diameterx%SunkDepth ø%HeadDiameter


Bolts 6M16x70

2 M16x45 2 M16x45%BoltCount M%Diameterx%Length

Bolts 6M16x70 10.9

2 M16x45 10.9

2 M16x45 10.9%BoltCount M%Diameterx%Length %Material

Bolts 6M16x70 STAN 6914

DIN 69142 M16x45

DIN 69142 M16x45

914

6x45

%BoltCount M%Diameterx%Length#NewlineDIN %Norm

Bolts 6M16x70 STAN 6914 10.9

DIN 6914 10 92 M16x45

%BoltCount M%Diameterx%Length#NewlineDIN %Norm %Material


Bolts 6M16x70 STAN 6914 Note

DIN 69142 M16x45

DIN 69142 M16x45

%BoltCount M%Diameterx%Length#NewlineDIN %Norm#Newline%Note

Bolts 6ø17

2ø18 2ø18%BoltCountø%HoleDiameter

Bolts 6ø17 Note

2ø18Fv=1 0

%BoltCountø%HoleDiameter#Newline%Note

Bolts D17

D18 D18D%HoleDiameter

Bolts M16x70


M16x45 M16x45M%Diameterx%Length

Bolts ø17

ø18 ø18ø%HoleDiameter

Line of welding

The presentation of the lines of welding cannot be affected.

Countersunk hole

Senklochø18x5 < 45

%Role#Newlineø%Diameterx%SunkDepth < %Alpha_e


15. Dimension Styles

Dimension lines

Below the principle table structure for the dimensional styles can be seen.

Name of Object Dimensioning

Bild

Dimensioned points from DetViewDimPointSelection

Abkürzung BedeutungMp X - Orientation of the dimension chain in X-orientation of main element Mp Y - Orientation of the dimension chain in Y-orientation of main element View X - Orientation of the dimension chain in X-orientation of view (horizontal)View Y - Orientation of the dimension chain in Y-orientation of view (vertical)BentBea X - Orientation of the dimension chain in X-orientation of bended beamBentBea Y - Orientation of the dimension chain in Y-orientation of bended beamEp X - Orientation of the dimension chain in X-orientation of view (horizontal),

reference to end plate with function Ep Y - Orientation of the dimension chain in Y-orientation of view (vertical),

reference to end plate with function Obj X - Orientation of the dimension chain in X-orientation of an object.Obj Y - Orientation of the dimension chain in Y-orientation of an object.

For bent beams also Mp X can be used. As dimensional type you must then use Arcus.


View X – AttPa GTA

AttBea – Extreme Al / AttPl – Extreme Al / Ref. Mp – Extreme

View X – Rail Post+End GBA

Rail – Post Landing Sy Al, Function / Rail – Post Stair Sy Al, Function / Rail – End LandingSy Al, Function / Rail – End Stair Sy Al, Function / Mp - Colli

View X – Rail Post+Fd GBA

Rail – Post Landing Sy Al, Function / Rail – Post Stair Sy Al, Function / Rail – Fd LandingSy, Function / Rail – Fd Stair Sy, Function / Mp - Colli


View X – Grid GTA

Grid

View X – Grid GBA

Grid

View X – Bo+Ho Tv GTA

Bo – Tv / Ho – Tv / Grid


View X – BeamSystem GTA

Mp - Beam Sy / Grid

View X – BeamSystem GTA

Mp - Beam Sy / Grid

View X – Bracing GTA

Turnbuckle Bracing Extreme / Ho – Tv / Bo – Tv


View Y – AttPa GTA

AttBea – Extreme Al / AttPl – Extreme Al / Ref. Mp - Extreme

View Y – Rail Hr+Post+End+Bp+Bb Landing GBA

Rail – Hr Landing Sy Al, Function / Rail – Hr Landing Extreme Al R, Function / Rail – PostLanding Extreme Al L, Function / Rail – End Landing Sy, Function / Rail – Bp LandingExtreme Al, Function / Rail – Bb Landing Extreme Al, Function

View Y – Grid GTA

Grid


View Y – Grid GBA

Grid

View Y – Bo+Ho Tv GBA

Bo – Tv / Ho – Tv / Grid

View Y – BeamSystem GTA

Mp - Beam System / Grid


View Y – BeamSystem GBA

Mp - Beam System / Grid

Ep X – Mp GTA

Mp – Extreme / Ref. Ep - Extreme Tv, Function

Ep X – Mp GBA



Ep X – Bo Tv GTA

Bo – Tv / Ref. Ep - Extreme Tv, Function

Ep X – Bo Tv GBA


Ep X – Bo+Ho Tv GTA

Ho – Tv / Bo – Tv / Ref. Ep - Extreme Tv, Function


Ep X – Bo+Ho Tv GBA


Ep Y – Mp GTA


Ep Y – Mp GBA



Ep Y – Bo Tv GTA


Ep Y – Bo Tv GBA


Ep Y – Bo+Ho Tv GTA



Ep Y – Bo+Ho Tv GBA


BentBea X – Mp Bo+Ho Fr LBA

Mp – Bo+Ho Fr / Ref. BentBea Außen, All / Ref. BentBea Innen, All

BentBea X – Contour LBA

Mp – Contour / Ref. Mp - Extreme


BentBea Y – AttPa Extreme+Bo+Ho Tv LBS

AttPa – Extreme Al / Ref. BentBea Außen, All / Ref. BentBea Innen, All

BentBea Y – Mp Proc LTS

Mp - Proc Einzeln / Ref. BentBea Außen, All / Ref. BentBea Innen, All

BentBea Y – Mp Ho LBS

Mp – Ho Tv / Ref. BentBea Außen, All / Ref. BentBea Innen, All


BentBea Y – Mp Bo LBS

Mp – Bo Tv / Ref. BentBea Außen, All / Ref. BentBea Innen, All

BentBea Y – Stsh Tv LBS

Stsh - Tv / Ref. BentBea Außen, All / Ref. BentBea Innen, All

Mp X – AttPl Extreme GTA

AttPl – Extreme Al / Ref. Mp – Extreme


Mp X – AttPl Extreme GBA

AttPl – Extreme Al / Ref. Mp – Extreme

Mp X – AttPa Extreme GTA

AttPa – Extreme Al / Ref. Mp – Extreme

Mp X – AttPa Extreme GBA

AttPa – Extreme Al / Ref. Mp – Extreme


Mp X – AttPa Extreme+Bo+Ho Tv GTA

AttPa - Bo Tv / AttPa - Ho Tv / AttPl - Extreme Tv / Stiffeners - Extreme Al, Function /AttBea - Extreme Al / Ref. Mp - Extreme

Mp X – AttPa Extreme+Bo+Ho Tv GBA

AttPa - Bo Tv / AttPa - Ho Tv / AttPl - Extreme Tv / Stiffeners - Extreme Al, Function /AttBea - Extreme Al / Ref. Mp - Extreme

Mp X – AttPa Top GTA

Mp – AttPa, Top / Ref. Mp – Extreme


Mp X – AttPa Bo Tv GTA

AttPa – Bo Tv / Ref. Mp – Extreme

Mp X – AttPa Bo Tv GBA

AttPa – Bo Tv / Ref. Mp – Extreme

Mp X – AttPa Bo+Ho Tv GTA

AttPa – Bo Tv / AttPa – Ho Tv / Ref. Mp – Extreme


Mp X – AttPa Bo+Ho Tv GBA

AttPa – Bo Tv / AttPa – Ho Tv / Ref. Mp – Extreme

Mp X – AttPa Bottom GBA

Mp – AttPa, Bottom / Ref. Mp – Extreme

Mp X – AttBea Extreme GTA202 246 611 100 77 100 66 188 54 188 599 100 136 128 57

AttBea – Extreme Al / Ref. Mp – Extreme


Mp X – AttBea Extreme GBA

AttBea – Extreme Al / Ref. Mp – Extreme

Mp X – Proc GTA

Mp – Proc / Ref. Mp – Extreme

Mp X – Proc GBA

Mp – Proc / Ref. Mp – Extreme


Mp X – Proc Top GTA

Mp - Proc All, Top / Ref. Mp – Extreme

Mp X – Proc Bottom GBA

Mp - Proc All, U / Ref. Mp – Extreme

Mp X – Proc+Contour GTA

Mp – Proc / Mp – Contour / Ref. Mp – Extreme


Mp X – Proc+Contour GBA

Mp – Proc / Mp – Contour / Ref. Mp – Extreme

Mp X – Proc+Contour Top GTA

Mp – Proc, Top / Mp – Contour, Top / Ref. Mp – Extreme

Mp X – Proc+Contour Bottom GBA

Mp – Proc, Bottom / Mp – Contour, Bottom / Ref. Mp – Extreme


Mp X – Extreme GTA

Mp – Extreme

Mp X – Extreme GBA

Mp – Extreme

Mp X – Extreme+Ep Li GTA

Mp – Extreme / Ep – Extreme Li, Function


Mp X – Extreme+Ep Li GBA

Mp – Extreme / Ep – Extreme Li, Function

Mp X – Extreme+Ep Fr GTA

Ep – Extreme Fr, Function / Mp – Extreme

Mp X – Extreme+Ep Fr GBA

Ep – Extreme Fr, Function / Mp – Extreme


Mp X – Extreme+System GTA

Mp – Extreme / Ref. Mp – System

Mp X – Extreme+System GBA

Mp – Extreme / Ref. Mp – System

Mp X – Mp Ho Tv GTA

Mp – Ho Tv / Ref. Mp – Extreme


Mp X – Mp Ho Tv GBA

Mp – Ho Tv / Ref. Mp – Extreme

Mp X – Mp Bo GTA

Mp – Bo / Ref. Mp – Extreme

Mp X – Mp Bo GBA

Mp – Bo / Ref. Mp – Extreme


Mp X – Mp Bo Al Top GTA

Mp - Bo, Top / Ref. Mp – Extreme

Mp X – Mp Bo Al Bottom GBA

Mp - Bo, Bottom / Ref. Mp – Extreme

Mp X – Mp Bo Tv GTA

Mp – Bo Tv / Ref. Mp – Extreme


Mp X – Mp Bo Tv GBA

Mp – Bo Tv / Ref. Mp – Extreme

Mp X – Mp Bo Fr GTA

Mp – Bo Fr / Ref. Mp – Extreme

Mp X – Mp Bo Fr GBA

Mp – Bo Fr / Ref. Mp – Extreme


Mp X – Mp Bo+Ho Tv GTA

Mp – Bo+Ho Tv / Slotted holes / Ref. Mp – Extreme

Mp X – Mp Bo+Ho Tv GBA

Mp – Bo+Ho Tv / Slotted holes / Ref. Mp – Extreme

Mp X – Mp Bo+Ho Fr GTA

Mp – Bo+Ho Fr / Ref. Mp – Extreme


Mp X – Mp Bo+Ho Fr GBA

Mp – Bo+Ho Fr / Ref. Mp – Extreme

Mp X – Stsh Tv GTA

Stsh – Tv / Ref. Mp – Extreme

Mp X – Stsh Tv GBA

Stsh – Tv / Ref. Mp – Extreme


Mp X – Stsh Fr GTA

Stsh – Fr / Ref. Mp – Extreme

Mp X – Stsh Fr GBA

Stsh – Fr / Ref. Mp – Extreme

Mp X – Colli GTA

Mp - Colli


Mp X – Colli GBA

Mp - Colli

Mp X – Contour GTA

Mp – Contour / Ref. Mp – Extreme

Mp X – Contour GBA

Mp – Contour / Ref. Mp – Extreme


Mp X – Contour Top GTA

Mp – Contour, Top / Ref. Mp – Extreme

Mp X – Contour Bottom GBA

Mp – Contour, Bottom / Ref. Mp – Extreme

Mp X – Template reference point GTA

Template reference point / Ref. Mp – Extreme


Mp X – Template reference point GBA

Template reference point / Ref. Mp – Extreme

Mp X – Bo+Ho Tv GTA

Bo – Tv / Ho – Tv / Ref. Mp - Extreme

Mp X – Bo+Ho Tv GBA



Mp X – Stiffeners Extreme Fr GTA

Stiffeners – Extreme Fr, Function / Ref. Mp – Extreme

Mp X – Stiffeners Extreme Fr GBA

Stiffeners – Extreme Fr, Function / Ref. Mp – Extreme

Mp Y – AttPl Extreme Tv LTS

AttPl - Extreme Tv / Ref. Mp - Extreme


Mp Y – AttPl Extreme Tv LBS

AttPl - Extreme Tv / Ref. Mp - Extreme

Mp Y – AttPl Extreme Fr LTS

AttPl - Extreme Fr / Ref. Mp - Extreme

Mp Y – AttPl Extreme Fr LBS

AttPl - Extreme Fr / Ref. Mp - Extreme


Mp Y – AttPl Extreme Fr Function LTS

AttPl - Extreme Fr, Function / Ref. Mp - Extreme

Mp Y – AttPa Extreme Al LTS

AttPa - Extreme Al / Ref. Mp - Extreme

Mp Y – AttPa Extreme Al LBS

AttPa - Extreme Al / Ref. Mp - Extreme


Mp Y – AttPa Extreme Al Function LTS

AttPa - Extreme Al, Function / Ref. Mp - Extreme

Mp Y – AttPa Extreme Al Function LBS

AttPa - Extreme Al, Function / Ref. Mp - Extreme

Mp Y – AttPa Bo Tv GTA

AttPa – Bo Tv / Ref. Mp - Extreme


Mp Y – AttPa Bo Tv GBA

AttPa – Bo Tv / Ref. Mp - Extreme

Mp Y – AttPa Bo Tv LTS

AttPa - Bo Tv / Ref. Mp – Extreme

Mp Y – AttPa Bo Tv LBS

AttPa - Bo Tv / Ref. Mp – Extreme


Mp Y – AttPa Bo Tv Center LTS

AttPa - Bo Tv / Ref. Mp – Center

Mp Y – AttPa Bo Tv Center LBS

AttPa - Bo Tv / Ref. Mp – Center

Mp Y – AttBea Extreme LTS

AttBea - Extreme Al / Ref. Mp - Extreme


Mp Y – AttBea Extreme LBS

AttBea - Extreme Al / Ref. Mp - Extreme

Mp Y – Proc Left GBA

Mp - Proc All, Left / Ref. Mp – Extreme

Mp Y – Proc LTS

Mp - Proc Single / Ref. Mp – Extreme


Mp Y – Proc LBS

Mp - Proc Single / Ref. Mp – Extreme

Mp Y – Proc Top GTA

Mp - Proc All, Top / Ref. Mp – Extreme Bottom

Mp Y – Proc Right GTA

Mp - Proc All, Right / Ref. Mp – Extreme


Mp Y – Proc Bottom GTA

Mp - Proc All, Bottom / Ref. Mp – Extreme Bottom

Mp Y – Proc+Contour Top GTA

Mp - Proc All, Top / Mp – Contour, Top / Ref. Mp – Extreme Bottom

Mp Y – Proc+Contour Bottom GBA

Mp - Proc All, Bottom / Mp – Contour, Bottom / Ref. Mp – Extreme, Bottom


Mp Y – Extreme GTA

Mp – Extreme

Mp Y – Extreme GBA

Mp – Extreme

Mp Y – Mp Ho Tv LTS

Mp - Ho Tv / Ref. Mp - Extreme


Mp Y – Mp Ho Tv LBS

Mp - Ho Tv / Ref. Mp - Extreme

Mp Y – Mp Ho Tv Center LTS

Mp - Ho Tv / Ref. Mp - Center

Mp Y – Mp Ho Tv Center LBS

Mp - Ho Tv / Ref. Mp - Center


Mp Y – Mp Ho Tv Right LTS

Mp - Ho Tv / Ref. Mp – Extreme, Right

Mp Y – Mp Ho Tv Right LBS

Mp - Ho Tv / Ref. Mp – Extreme, Right

Mp Y – Mp Bo Tv LTS

Mp - Bo Tv / Ref. Mp - Extreme


Mp Y – Mp Bo Tv LBS

Mp - Bo Tv / Ref. Mp - Extreme

Mp Y – Mp Bo Tv Center LTS

Mp - Bo Tv / Ref. Mp - Center

Mp Y – Mp Bo Tv Center LBS

Mp - Bo Tv / Ref. Mp - Center


Mp Y – Mp Bo Tv Right LTS

Mp - Bo Tv / Ref. Mp – Extreme, Right

Mp Y – Mp Bo Tv Right LBS

Mp - Bo Tv / Ref. Mp – Extreme, Right

Mp Y – Mp Bo+Ho Tv GTA

Mp – Ho Tv / Mp - Bo Tv / Ref. Mp – Extreme


Mp Y – Mp Bo+Ho Tv GBA

Mp – Ho Tv / Mp - Bo Tv / Ref. Mp – Extreme

Mp Y – Stsh Tv LTS

Stsh – Tv / Ref. Mp - Extreme

Mp Y – Stsh Tv LBS

Stsh – Tv / Ref. Mp - Extreme


Mp Y – Stsh Tv Center LTS

Stsh – Tv / Ref. Mp - Center

Mp Y – Stsh Tv Center LBS

Stsh – Tv / Ref. Mp - Center

Mp Y – Colli GTA

Mp - Colli


Mp Y – Colli GBA

Mp - Colli

Mp Y – Contour Left GTA

Mp – Contour, Left / Ref. Mp – Extreme, Top

Mp Y – Contour Top GTA

Mp – Contour, Top / Ref. Mp – Extreme


Mp Y – Contour Right GBA

Mp – Contour, Right / Ref. Mp – Extreme, Top

Mp Y – Contour Bottom GBA

Mp – Contour, Bottom / Ref. Mp – Extreme

Mp Y – Ho Tv LTS

Ho - Tv / Ref. Mp – Extreme


Mp Y – Ho Tv LBS

Ho - Tv / Ref. Mp – Extreme

Mp Y – Ho Tv Center LTS

Ho - Tv / Ref. Mp – Center

Mp Y – Ho Tv Center LBS

Ho - Tv / Ref. Mp – Center


Mp Y – Bo Tv LTS

Bo – Tv / Ref. Mp - Extreme

Mp Y – Bo Tv LBS

Bo – Tv / Ref. Mp - Extreme

Mp Y – Bo Tv Center LTS

Bo – Tv / Ref. Mp - Center


Mp Y – Bo Tv Center LBS

Bo – Tv / Ref. Mp - Center

Mp Y – Bo+Ho Tv GTA


Mp Y – Bo+Ho Tv GBA



Obj Y – Rail Hr+Kr+Bp Landing LBA

Rail – Hr Landing Extreme Al R, Function / Rail – Kr Landing Sy Al / Function, Rail – BpLanding Extreme Al, Function

Obj Y – Rail Hr+Kr+Bp Stair LBA

Rail – Hr Stair Extreme Al R, Function / Rail – Kr Stair Sy Al, Function / Rail – Bp StairExtreme Al, Function

Obj Y – Rail Landing Height GTA

Rail – Hr Landing Extreme Al R, Function / Rail – Bp Landing Extreme Al L, Function


Obj Y – Rail Landing Height GBA

Rail – Hr Landing Extreme Al R, Function / Rail – Bp Landing Extreme Al L, Function


Dimension strategies

Off

Dimension type Dimension definition

Compression pipe


Linear Mp X – AttPa Extreme+Bo+Ho Tv GTA

Linear Mp X – Bo+Ho Tv GTA

Linear Mp Y – Bo Tv LTS

Linear Mp Y – Ho Tv LTS

End plates


Linear Ep X – Bo+Ho Tv GTA

Linear Ep X – Mp GTA

Linear Ep Y – Bo+Ho Tv GTA

Linear Ep Y – Mp GTA


Sp Plate


Linear Mp X – Bo+Ho Tv GTA

Linear Mp X – Proc+Contour Top GTA

Linear Mp X – Stsh Tv GBA

Linear Mp X – Proc+Contour Bottom GBA

Linear Mp X – Extreme GBA

Linear Mp Y – Bo+Ho Tv GTA

Linear Mp Y – Proc+Contour Top GTA

Linear Mp Y – Proc+Contour Bottom GBA

Linear Mp Y – Extreme GBA

Radial Mp X – Contour GTA

Sp BentBeam


ArcLength Mp X – Mp Bo+Ho Tv GTA

ArcLength Mp X – Stsh Tv GTA

ArcLength Mp X – Proc+Contour GTA

ArcLength Mp X – Extreme GTA

Linear BentBea Y – Mp Ho LBS

Linear BentBea Y – Mp Bo LBS

Linear BentBea Y – Stsh Tv LBS

Linear BentBea Y – Mp Proc LTS


Linear Mp Y – Extreme GTA

Radial Mp X – Contour GBA


Sp Beam


Linear Mp X – Mp Bo+Ho Tv GTA




Linear Mp X – Template reference point GBA




Linear Mp Y – Stsh Tv LTS

Linear Mp Y – Proc LTS

Linear Mp Y – Contour Top GTA

Linear Mp Y – Contour Bottom GBA


Sp Beam Top






Linear Mp X – Template reference point GBA


Linear Mp Y – Ho Tv Re LTS

Linear Mp Y – Bo Tv Re LTS

Linear Mp Y – Stsh Tv Re LTS






Picket railing


Linear View X – Rail Post+Fd GBA

Linear View X – Rail Post+End GBA

Linear Mp X – Colli GBA

Linear View Y – Rail Hr+Post+End+Bp+Bb Landing GBA

Linear Mp Y – Colli GBA

Linear Obj Y – Rail Hr+Kr+Bp Stair LBA

Linear Obj Y – Rail Hr+Kr+Bp Landing LBA

Linear Obj Y – Rail Landing Height GTA

Linear Obj Y – Rail Stair Height GBA

Mainpart




Linear Mp X – Extreme+Ep Li GTA


Linear Mp X – AttPa Extreme+Bo+Ho Tv GBA





Linear Mp Y – AttPa Extreme Al Function LTS






Mp Top




Linear Mp X – Extreme+Ep Li GTA








Linear Mp Y – Mp Ho Tv Re LTS

Linear Mp Y – Mp Bo Tv Re LTS

Linear Mp Y – AttPa Ho Tv LTS

Linear Mp Y – AttPa Bo Tv LTS

Linear Mp Y – Stsh Tv Re LTS


Railing


Linear View X – Rail Post+End GBA

Linear Mp X – Colli GBA

Linear View Y – Rail Hr+Post+End+Bp+Bb Landing GBA

Linear Mp Y – Colli GBA

Linear Obj Y – Rail Hr+Kr+Bp Stair LBA

Linear Obj Y – Rail Hr+Kr+Bp Landing LBA

Linear Obj Y – Rail Landing Height GTA

Linear Obj Y – Rail Stair Height GBA


Mp Flange





Linear Mp X – Proc+Contour GBA









Mp Flange Center





Linear Mp X – Proc+Contour GBA





Linear Mp Y – Ho Tv Center LTS

Linear Mp Y – Bo Tv Center LTS




Mp BentBeam




Linear Mp X – Stsh Tv GTA

Linear Mp X – Proc+Contour GTA

Linear Mp X – Extreme+Ep Fr GTA

Linear BentBea Y – AttPa Extreme+Bo+Ho+Tv LBS

Linear BentBea Y – Mp Ho LBS

Linear BentBea Y – Mp Bo LBS

Linear BentBea Y – Stsh Tv LBS


Mp Intersection


Linear View X – AttPa GTA

Linear View Y – AttPa GTA

Mp System




Linear Mp X – Extreme+System GTA













Grid


Linear View X – Grid GBA

Linear View Y – Grid GTA

Grid Bolts



Linear View X – Bo+Ho Tv GTA


Linear View Y – Bo+Ho Tv GBA

Grid BeamSystem


Linear View X – BeamSystem GBA


Linear View Y – BeamSystem GTA


Template


Linear Mp Y – Bo+Ho Tv GTA

Linear Mp X – Stiffeners Extreme Fr GBA

Crossbracing


Linear View X – Bracing GTA

Linear View X – Bo+Ho Tv GTA


16. Presentation Rules

In the following, the presentation rules available in the standard version will be listed. If apresentation rule is used, the request will be given under the respective table. Also therelated drawing styles are assgned. They are described in details in the manual DrawingDesign.

All, without welding lines

Model Object Presentation Type Label Type

Welding line – Al Off Off

Grid Grid Off

All Default Off

View V – MP NamePosGrGuid


Not Visible – Al, Function Off Off

Mp – Beams Al Visible Section Name MpPosBig S30 Guid G

Mp – Plate Al Visible Plate Thickness MpPosBig S30 Guid G

Mp – BentBea Al Visible Section Name MpPosBig S30 Guid G

AttBea – Al Visible Off

AttPl – Al Visible Off

AttBentBea – Al Visible Off

Beams – Al Visible Off

Plates – Al Visible Off

Special parts Visible Off

Grid Grid Off

Height notations Symbol Height notations GLR

Add. ACIS-Solids – Al Visible Off

Is used in request and drawing style:View V – NoDim Mp NamePosGrGuid 1:20 CO Intersection V 500 – NoDim Mp NamePosGrGuid 1:20 CX


View V – MP NamePosKlGuid



Mp – Beams Al Visible Section Name MpPosSm S30 Guid G

Mp – Plate Al Visible Plate Thickness MpPosSm S30 Guid G

Mp – BentBea Al Visible Section Name MpPosSm S30 Guid G







Grid Grid Off



Is used in request and drawing style:View V – NoDim Mp NamePosKlGuid 1:20 CO 1 3Intersection V 500 – NoDim Mp NamePosKlGuid 1:20 CX 8 3

View V – MP PosGrGuid



Mp – Beams Al Visible MpPosBig S30 Guid G

Mp – Plate Al Visible MpPosBig S30 Guid G

Mp – BentBea Al Visible MpPosBig S30 Guid G







Grid Grid Off



Is used in request and drawing style:Intersection V 500 – NoDim Mp PosGrGuid 1:20 CX View V – NoDim Mp PosGrGuid 1:20 CO


View V – MP PosKlGuid



Mp – Beams Al Visible MpPosSm S30 Guid G

Mp – Plate Al Visible MpPosSm S30 Guid G

Mp – BentBea Al Visible MpPosSm S30 Guid G







Grid Grid Off



Is used in request and drawing style:View V – NoDim Mp PosKlGuid 1:20 CO 1 2 / 1 7Intersection V 500 – NoDim Mp PosKlGuid 1:20 CX 8 2Intersection V 500 – Ra Mp PosKlGuid 1:20 CX 8 7Intersection V 500 – RaSy Mp PosKlGuid 1:20 CX 8 9Intersection V V8H0 – RaSy Mp PosKlGuid 1:20 CX 8 10

View V – NoLab





BentBea – Al Visible Off


Grid Grid Off



Is used in request and drawing style:View V – NoDim NoLab 1:20 CO 1 1Intersection V 500 – NoDim NoLab 1:20 CX 8 1


View VA – MP NamePosGrGuid



Mp – Beams Al VisibleAxis Section Name MpPosBig S30 Guid G


Mp – BentBea Al VisibleAxis Section Name MpPosBig S30 Guid G

AttBea – Al VisibleAxis Off


AttBentBea – Al VisibleAxis Off

Beams – Al VisibleAxis Off



Grid Grid Off



Is used in request and drawing style:View VA – NoDim Mp NamePosGrGuid 1:20 CO Intersection VA 500 – NoDim Mp NamePosGrGuid 1:20 CX

View VA – MP NamePosKlGuid



Mp – Beams Al VisibleAxis Section Name MpPosSm S30 Guid G


Mp – BentBea Al VisibleAxis Section Name MpPosSm S30 Guid G







Grid Grid Off



Is used in request and drawing style:View VA – NoDim Mp NamePosKlGuid 1:20 CO Intersection VA 500 – NoDim Mp NamePosKlGuid 1:20 CX


View VA – MP PosGrGuid



Mp – Beams Al VisibleAchse MpPosBig S30 Guid G


Mp – BentBea Al VisibleAxis MpPosBig S30 Guid G







Grid Grid Off



Is used in request and drawing style:View VA – NoDim Mp PosGrGuid 1:20 CO Intersection VA 500 – NoDim Mp PosGrGuid 1:20 CX

View VA – MP PosKlGuid



Mp – Beams Al VisibleAxis MpPosSm S30 Guid G


Mp – BentBea Al VisibleAxis MpPosSm S30 Guid G







Grid Grid Off



Is used in request and drawing style:View VA – NoDim Mp PosKlGuid 1:20 CO Intersection VA 500 – NoDim Mp PosKlGuid 1:20 CX


View VA – NoLab





BentBea – Al VisibleAxis Off


Grid Grid Off



Is used in request and drawing style:View VA – NoDim NoLab 1:20 CO Intersection VA 500 – NoDim NoLab 1:20 CX

View VH – MP NamePosGrGuid



Mp – Beams Al VisibleHidden Section Name MpPosBig S30 Guid G

Mp – Plate Al VisibleHidden Plate Thickness MpPosBig S30 Guid G

Mp – BentBea Al VisibleHidden Section Name MpPosBig S30 Guid G

AttBea – Al VisibleHidden Off

AttPl – Al VisibleHidden Off

AttBentBea – Al VisibleHidden Off

Beams – Al VisibleHidden Off

Plates – Al VisibleHidden Off


Grid Grid Off


Add. ACIS-Solids – Al VisibleHidden Off

Is used in request and drawing style:View VH – NoDim Mp NamePosGrGuid 1:20 CO Intersection VH 500 – NoDim Mp NamePosGrGuid 1:20 CX


View VH – MP NamePosKlGuid



Mp – Beams Al VisibleHidden Section Name MpPosSm S30 Guid G

Mp – Plate Al VisibleHidden Plate Thickness MpPosSm S30 Guid G

Mp – BentBea Al VisibleHidden Section Name MpPosSm S30 Guid G







Grid Grid Off

Height notations Symbol Height notations


Is used in request and drawing style:View VH – NoDim Mp NamePosKlGuid 1:20 CO 1 6Intersection VH 500 – NoDim Mp NamePosKlGuid 1:20 CX 8 6

View VH – MP PosGrGuid



Mp – Beams Al VisibleHidden MpPosBig S30 Guid G

Mp – Plate Al VisibleHidden MpPosBig S30 Guid G

Mp – BentBea Al VisibleHidden MpPosBig S30 Guid G







Grid Grid Off



Is used in request and drawing style:View VH – NoDim Mp PosGrGuid 1:20 CO Intersection VH 500 – NoDim Mp PosGrGuid 1:20 CX


View VH – MP PosKlGuid



Mp – Beams Al VisibleHidden MpPosSm S30 Guid G

Mp – Plate Al VisibleHidden MpPosSm S30 Guid G

Mp – BentBea Al VisibleHidden MpPosSm S30 Guid G







Grid Grid Off



Is used in request and drawing style:View VH – NoDim Mp PosKlGuid 1:20 CO 1 5 / 1 8Intersection VH 500 – NoDim Mp PosKlGuid 1:20 CX 8 5Intersection VH 500 – Ra Mp PosKlGuid 1:20 CX 8 8

View VH – NoLab




Plate – Al VisibleHidden Off

BentBea – Al VisibleHidden Off


Grid Grid Off



Is used in request and drawing style:View VH – NoDim NoLab 1:20 CO 1 4Intersection VH 500 – NoDim NoLab 1:20 CX 8 4


View VHA – Mp NamePosGrGuid



Mp – Beams Al VisibleHiddenAxis

Section Name MpPosBig S30 Guid G


Mp – BentBea Al VisibleHiddenAxis

Section Name MpPosBig S30 Guid G

AttBea – Al VisibleHiddenAxis

Off


AttBentBea – Al VisibleHiddenAxis

Off

Beams – Al VisibleHiddenAxis

Off



Grid Grid Off



Is used in request and drawing style:View VHA – NoDim Mp NamePosGrGuid 1:20 CO Intersection VHA 500 – NoDim Mp NamePosGrGuid 1:20 CX


View VHA – Mp NamePosKlGuid




Section Name MpPosSm S30 Guid G



Section Name MpPosSm S30 Guid G


Off



Off


Off



Grid Grid Off



Is used in request and drawing style:View VHA – NoDim Mp NamePosKlGuid 1:20 CO 1 9Intersection VHA 500 – NoDim Mp NamePosKlGuid 1:20 CX 8 14


View VHA – Mp PosGrGuid




MpPosBig S30 Guid G



MpPosBig S30 Guid G


Off



Off


Off



Grid Grid Off



Is used in request and drawing style:View VHA – NoDim Mp PosGrGuid 1:20 CO Intersection VHA 500 – NoDim Mp PosGrGuid 1:20 CX


View VHA – Mp PosKlGuid



Mp – Beams Al VisibleHiddenAxis MpPosSm S30 Guid G


Mp – BentBea Al VisibleHiddenAxis MpPosSm S30 Guid G

AttBea – Al VisibleHiddenAxis Off


AttBentBea – Al VisibleHiddenAxis Off

Beams – Al VisibleHiddenAxis Off



Grid Grid Off



Is used in request and drawing style:View VHA – NoDim Mp PosKlGuid 1:20 CO 1 10 / 1 12Intersection VHA 500 – NoDim Mp PosKlGuid 1:20 CX 8 13

View VHA – NoLab




Off


BentBea – Al VisibleHiddenAxis

Off


Grid Grid Off



Is used in request and drawing style:View VHA – NoDim NoLab 1:20 CO 1 11Intersection VHA 500 – NoDim NoLab 1:20 CXY 8 12


Detail S – MpSp NamePosGrGuid





AttBea – Al Visible Section Name PosBig S30 Guid G

AttPl – Al Visible Plate Thickness PosBig S30 Guid G

AttBentBea – Al Visible Section Name PosBig S30 Guid G



Special parts Visible PosBig S30 Guid G

Grid Grid Off



Stsh – Al Visible Off

Bo – Al Visible Off

Is used in request and drawing style:Detail S – NoDim MpSp NamePosGrGuid 1:10 CO

Detail S – MpSp NamePosGrGuid Bo





AttBea – Al Visible Section Name PosBig S30 Guid G


AttBentBea – Al Visible Section Name PosBig S30 Guid G




Grid Grid Off




Bo – Al Visible Bolts 6M16x70 STAN 6914 Note S30Guid G


Detail S – MpSp NamePosKlGuid





AttBea – Al Visible Section Name PosSm S30 Guid G

AttPl – Al Visible Plate Thickness PosSm S30 Guid G

AttBentBea – Al Visible Section Name PosSm S30 Guid G



Special parts Visible PosSm S30 Guid G

Grid Grid Off





Is used in request and drawing style:Detail S – NoDim MpSp NamePosKlGuid 1:10 CO 2 3

Detail S – MpSp NamePosKlGuid Bo





AttBea – Al Visible Section Name PosSm S30 Guid G


AttBentBea – Al Visible Section Name PosSm F S30 Guid G




Grid Grid Off






Detail S – MpSp PosGrGuid


Mp – Beams Al Visible MpPosBig S30 Guid G


Mp – BentBea Al Visible MpPosBig S30 Guid G

AttBea – Al Visible PosBig S30 Guid G

AttPl – Al Visible PosBig S30 Guid G

AttBentBea – Al Visible PosBig S30 Guid G




Grid Grid Off





Is used in request and drawing style:Detail S – NoDim MpSp PosGrGuid 1:10 CO

Detail S – MpSp PosKlGuid


Mp – Beams Al Visible MpPosSm S30 Guid G


Mp – BentBea Al Visible MpPosSm S30 Guid G

AttBea – Al Visible PosSm S30 Guid G

AttPl – Al Visible PosSm S30 Guid G

AttBentBea – Al Visible PosSm S30 Guid G




Grid Grid Off





Is used in request and drawing style:Detail S – NoDim MpSp PosKlGuid 1:10 CO 2 2


Detail S – NoLab



Plate – Al Visible Off

BentBea – Al Visible Off


Grid Grid Off





Is used in request and drawing style:Detail S – NoDim NoLab 1:10 CO 2 1

Detail VA – MpSp NamePosGrGuid





AttBea – Al VisibleAxis Section Name PosBig S30 Guid G


AttBentBea – Al VisibleAxis Section Name PosBig S30 Guid G




Grid Grid Off





Is used in request and drawing style:Detail VA – NoDim MpSp NamePosGrGuid 1:10 CO


Detail VA – MpSp NamePosGrGuid Bo





AttBea – Al VisibleAxis Section Name PosBig S30 Guid G


AttBentBea – Al VisibleAxis Section Name PosBig S30 Guid G




Grid Grid Off





Detail VA – MpSp NamePosKlGuid





AttBea – Al VisibleAxis Section Name PosSm S30 Guid G


AttBentBea – Al VisibleAxis Section Name PosSm S30 Guid G




Grid Grid Off





Is used in request and drawing style:Detail VA – NoDim MpSp NamePosKlGuid 1:10 CO


Detail VA – MpSp NamePosKlGuid Bo





AttBea – Al VisibleAxis Section Name PosSm S30 Guid G


AttBentBea – Al VisibleAxis Section Name PosSm F S30 Guid G




Grid Grid Off





Detail VA – MpSp PosGrGuid


Mp – Beams Al VisibleAxis MpPosBig S30 Guid G


Mp – BentBea Al VisibleAxis MpPosBig S30 Guid G

AttBea – Al VisibleAxis PosBig S30 Guid G

AttPl – Al Visible PosBig S30 Guid G

AttBentBea – Al VisibleAxis PosBig S30 Guid G




Grid Grid Off





Is used in request and drawing style:Detail VA – NoDim MpSp PosGrGuid 1:10 CO


Detail VA – MpSp PosKlGuid


Mp – Beams Al VisibleAxis MpPosSm S30 Guid G


Mp – BentBea Al VisibleAxis MpPosSm S30 Guid G

AttBea – Al VisibleAxis PosSm S30 Guid G

AttPl – Al Visible PosSm S30 Guid G

AttBentBea – Al VisibleAxis PosSm S30 Guid G




Grid Grid Off





Is used in request and drawing style:Detail VA – NoDim MpSp PosKlGuid 1:10 CO

Detail VA – NoLab



Plate – Al Visible Off

BentBea – Al VisibleAxis Off


Grid Grid Off





Is used in request and drawing style:Detail VA – NoDim NoLab 1:10 CO


Detail VH – MpSp NamePosGrGuid





AttBea – Al VisibleHidden Section Name PosBig S30 Guid G

AttPl – Al VisibleHidden Plate Thickness PosBig S30 Guid G

AttBentBea – Al VisibleHidden Section Name PosBig S30 Guid G




Grid VisibleHidden Off



Stsh – Al VisibleHidden Off

Bo – Al VisibleHidden Off

Is used in request and drawing style:Detail VH – NoDim MpSp NamePosGrGuid 1:10 CO

Detail VH – MpSp NamePosGrGuid Bo





AttBea – Al VisibleHidden Section Name PosBig S30 Guid G


AttBentBea – Al VisibleHidden Section Name PosBig S30 Guid G








Bo – Al VisibleHidden Bolts 6M16x70 STAN 6914 Note S30Guid G


Detail VH – MpSp NamePosKlGuid





AttBea – Al VisibleHidden Section Name PosSm S30 Guid G

AttPl – Al VisibleHidden Plate Thickness PosSm S30 Guid G

AttBentBea – Al VisibleHidden Section Name PosSm S30 Guid G









Is used in request and drawing style:Detail VH – NoDim MpSp NamePosKlGuid 1:10 CO 2 6

Detail VH – MpSp NamePosKlGuid Bo

















Detail VH – MpSp PosGrGuid





AttBea – Al VisibleHidden PosBig S30 Guid G

AttPl – Al VisibleHidden PosBig S30 Guid G

AttBentBea – Al VisibleHidden PosBig S30 Guid G









Is used in request and drawing style:Detail VH – NoDim MpSp PosGrGuid 1:10 CO

Detail VH – MpSp PosSm Guid





AttBea – Al VisibleHidden PosSm S30 Guid G

AttPl – Al VisibleHidden PosSm S30 Guid G

AttBentBea – Al VisibleHidden PosSm S30 Guid G









Is used in request and drawing style:Detail VH – NoDim MpSp PosKlGuid 1:10 CO 2 5


Detail VH – MpSp PosSm Guid Bo
















Is used in request and drawing style:Intersection VH V5H8 – RaSy Mp PosKlGuid 1:20 CXY 8 11

Detail VH – NoLab






Grid Grid Off





Is used in request and drawing style:Detail VH – NoDim NoLab 1:10 CO 2 4


Detail VHA – MpSp NamePosGrGuid


Mp – Beams Al VisibleHiddenAxis Section Name MpPosBig S30 Guid G


Mp – BentBea Al VisibleHiddenAxis Section Name MpPosBig S30 Guid G

AttBea – Al VisibleHiddenAxis Section Name PosBig S30 Guid G


AttBentBea – Al VisibleHiddenAxis Section Name PosBig S30 Guid G









Is used in request and drawing style:Detail VHA – NoDim MpSp NamePosGrGuid 1:10 CO

Detail VHA – MpSp NamePosGrGuid Bo


Mp – Beams Al VisibleHiddenAxis Section Name MpPosBig S30 Guid G


Mp – BentBea Al VisibleHiddenAxis Section Name MpPosBig S30 Guid G

AttBea – Al VisibleHiddenAxis Section Name PosBig S30 Guid G


AttBentBea – Al VisibleHiddenAxis Section Name PosBig S30 Guid G










Detail VHA – MpSp NamePosKlGuid
















Is used in request and drawing style:Detail VHA – NoDim MpSp NamePosKlGuid 1:10 CO 2 7

Detail VHA – MpSp NamePosKlGuid Bo

















Detail VHA – MpSp PosGrGuid





AttBea – Al VisibleHidden PosBig S30 Guid G

AttPl – Al VisibleHidden PosBig S30 Guid G

AttBentBea – Al VisibleHidden PosBig S30 Guid G









Is used in request and drawing style:Detail VHA – NoDim MpSp PosGrGuid 1:10 CO

Detail VHA – MpSp PosKlGuid
















Is used in request and drawing style:Detail VHA – NoDim MpSp PosKlGuid 1:10 CO 2 8


Detail VHA – NoLab



Off



Off


Grid Grid Off





Is used in request and drawing style:Detail VHA – NoDim NoLab 1:10 CO 2 9

Sp VH





Threaded hole – Al Axis Threaded hole S30 G

Slotted hole – Al Axis Slotted hole 6∅18–40 S30 GTB

Blind hole – Al Axis Blind hole S30 G

Countersunk hole – Al Axis Countersunk hole S30 G

Ho – Al Axis Holes 6∅17 S30 GTB

Bo – Fr Axis Off

Bo – Tv Symbol Bolts 6∅17 S30 GTB

Bo – Nl Symbol Bolts 6∅17 S30 GTB

Stsh – Tv Axis Stud shear Stsh ∅19x90 GTB

Stsh – Al Axis Off

Center punch – Al Axis Center punch

Template Templaten–bezugspunkt

Off


Sp VHA



Off



Off





Ho – Al Axis Holes 6∅17 S30 GTB

Bo – Fr Axis Off

Bo – Tv Symbol Bolts 6∅17 S30 GTB

Bo – Nl Symbol Bolts 6∅17 S30 GTB



Center punch – Al Axis Center punch

Template Schablonen–bezugspunkt

Off

Is used in request and drawing style:Sp AlleAnsichten 1:10 CX 3 5Sp Plate 1:1 CO 3 13Sp Plate 1:1 CX 3 10 / 6 1Sp Plate 1:10 CO 3 14Sp Plate 1:10 CX 3 7 / 6 2Sp Plate UCS 1:10 CXY 3 12Sp GebTrägerOben 1:10 CO 3 6Sp Beams UCS 1:10 CO 3 11Sp Beams Rear 1:10 CO Sp Beams Rear 1:10 CX Sp Beams Top, Bottom 1:1 CX 3 9 / 6 3Sp Beams Top, Bottom 1:10 CO 3 8 / 6 4Sp Beams Top, Bottom 1:10 CX 3 2 / 3 3 / 6 5 / 9 3Sp Beams Object 1:10 CX Sp Beams Bottom, Top 1:1 CX 3 9 / 6 3Sp Beams Bottom, Top 1:10 CO 3 8 / 6 4Sp Beams Bottom, Top 1:10 CX 3 3 / 3 4Sp Beams Front 1:1 CX 3 9 / 6 3Sp Beams Front 1:10 CO 3 8 / 6 4Sp Beams Front 1:10 CX 3 1 / 3 2 / 3 3 / 3 4 / 6 5 / 9 3


Picket Railing VHA



SpPos MpPos S30 Guid G

Mp – Plate Al VisibleHidden SpPos MpPos S30 Guid G

Rail – Fd Landing Al,Function

VisibleHiddenAxis

PosSm Object L

Rail – Fd Stair Al,Function

VisibleHiddenAxis

PosSm Object L

Rail – Post Landing Al,Function

VisibleHidden PosSm Object L

Rail – Post Stair Al,Function

VisibleHidden PosSm Object L


PosSm S30 Guid G



PosSm S30 Guid G




Slotted hole – Al Axis Slotted hole 6LL ∅18–40 S30Guid G

Mp – Ho Tv Axis Holes 6∅17 S30 GTB

AttPa – Ho Tv Axis Off

Anker Bo – Tv, Function Axis Anchorbolts 6M16x70 Note S30 Guid G

Bo – Fr Axis Off

Mp – Bo Tv Symbol Bolts 6M16x70 STAN 6914 Note S30GTB

Mp – Bo Nl Symbol Bolts 6M16x70 STAN 6914 Note S30GTB

AttPa – Bo Tv Symbol Bolts 6M16x70 STAN 6914 Note S30Guid G


Stsh – Fr Axis Off

Center punch – Al Axis Center punch G

Add. Parts without Grid –Al

VisibleHidden PosSm S30 Guid G

Welding line – Al Welding line Welding line S30 L

Is used in request and drawing style:Picket railing UCS 1:10 CO 9 7


Mp SpMpPos VH


Mp – Beams Al VisibleHidden SpPos MpPos S30 Guid G


Mp – BentBea Al VisibleHidden SpPos MpPos S30 Guid G










Anker Bo – Tv, Function Axis Anchorbolts 6M16x70 Note S30 GuidG

Bo – Fr Axis Off

Mp – Bo Tv Symbol Bolts 6M16x70 STAN 6914 Note S30Guid G

Mp – Bo Nl Symbol Bolts 6M16x70 STAN 6914 Note S30Guid G


AttPa – Bo Nl Axis Bolts 6M16x70 STAN 6914 Note S30Guid G



Center punch – Al Axis Off



PosSm S30 Guid G

Special parts – Al Visible PosSm S30 Guid G



Mp SpMpPos VHA


Mp – Beams Al VisibleHiddenAxis SpPos MpPos S30 Guid G


Mp – BentBea Al VisibleHiddenAxis SpPos MpPos S30 Guid G

AttBea – Al VisibleHiddenAxis PosSm S30 Guid G


AttBentBea – Al VisibleHiddenAxis PosSm S30 Guid G



Countersunk hole –Al

Axis Countersunk hole S30 G




Anker Bo – Tv,Function

Axis Anchorbolts 6M16x70 Note S30 Guid G

Bo – Fr Axis Off

Mp – Bo Tv Symbol Bolts 6M16x70 STAN 6914 Note S30 Guid G

Mp – Bo Nl Symbol Bolts 6M16x70 STAN 6914 Note S30 Guid G

AttPa – Bo Tv Symbol Bolts 6M16x70 STAN 6914 Note S30 Guid G

AttPa – Bo Nl Axis Bolts 6M16x70 STAN 6914 Note S30 Guid G




Add. Parts withoutGrid – Al


PosSm S30 Guid G



Is used in request and drawing style:Compression pipe Front 1:10 CX 9 1Holmgeländer UCS 1:10 CX 9 5Mp UCS BemSystem 1:10 CX 4 6Mp GebTrägerOben 1:10 CO 4 3Mp Rear 1:10 CXY Mp Rear Choice 1:10 CX 7 5 / 10 8Mp Right, Left 1:10 CX Mp Front 1:10 CO 6 7Mp Front 1:10 CX 4 2 / 6 6 / 6 8 / 7 1 – 7 5 / 7 7 / 10 8Mp Front WithEnvironment1:10 CX 7 6 / 10 6Mp Front Choice 1:10 CX Crossbracing Front 1:10 CX 9 2


Mp Intersection VHAS


Mp – Beams Al VisibleHiddenAxisCut Off

Mp – Plate Al VisibleHiddenCut Off

Mp – BentBea Al VisibleHiddenAxisCut PosSm Guid

AttBea – Al VisibleHiddenAxisCut PosSm Guid

AttPl – Al VisibleHiddenCut PosSm Guid

AttBentBea – Al VisibleHiddenAxisCut PosSm Guid

Ho – Tv Axis Off

Bo – Tv Axis Bolts 6M16x70 Guid

Bo – Fr Axis Off



Welding line – Al VisibleHidden Welding line

Is used in request and drawing style:Mp Querschnitt 1:10 CO 4 7IntersectionsR Choice, Top 1:10 CO IntersectionsR Choice, Top 1:5 CO IntersectionsR Choice, Bottom 1:10 CO 4 1 / 4 5 / 4 6 / 7 1 – 7 6 / 9 5 / 9 7 / 9 8 / 10 1 /

10 3 – 10 6 / 10 8IntersectionsR Choice, Bottom 1:5 CO IntersectionsR, Top 1:10 CO IntersectionsR, Top 1:5 CO IntersectionsR, Bottom 1:10 CO 4 2 / 6 6 – 6 10 / 7 7 / 10 7IntersectionsR, Bottom 1:5 CO


Mp Intersection VHC


Mp – Beams Al VisibleHiddenCut Off

Mp – Plate Al VisibleHiddenCut Off

Mp – BentBea Al VisibleHiddenCut PosSm Guid

AttBea – Al VisibleHiddenCut PosSm Guid

AttPl – Al VisibleHiddenCut PosSm Guid

AttBentBea – Al VisibleHiddenCut PosSm Guid

Ho – Tv Axis Off

Bo – Tv Axis Bolts 6M16x70 Guid

Bo – Fr Axis Off



Welding line – Al VisibleHidden Welding line


Mp VH


Mp – Beams Al VisibleHidden Off

Mp – Plate Al VisibleHidden Off

Mp – BentBea Al VisibleHidden Off











Bo – Fr Axis Off










PosSm S30 Guid G




Mp VHA


Mp – Beams Al VisibleHiddenAxis Off


Mp – BentBea Al VisibleHiddenAxis Off






Countersunk hole –Al

Axis Countersunk hole S30 G




Anker Bo – Tv,Function

Axis Anchorbolts 6M16x70 Note S30 Guid G

Bo – Fr Axis Off

Mp – Bo Tv Symbol Bolts 6M16x70 STAN 6914 Note S30 Guid G

Mp – Bo Nl Symbol Bolts 6M16x70 STAN 6914 Note S30 Guid G

AttPa – Bo Tv Symbol Bolts 6M16x70 STAN 6914 Note S30 Guid G

AttPa – Bo Nl Axis Bolts 6M16x70 STAN 6914 Note S30 Guid G




Add. Parts withoutGrid – Al


PosSm S30 Guid G



Is used in request and drawing style:Compression pipe Bottom, Top 1:10 CX 9 1Endplates from inside 1:10 CO 4 1 / 4 3 / 4 5 / 4 6 /6 7 – 6 9 / 7 1 – 7 5 / 7 7 /

9 1 / 9 8 / 10 1 – 10 5 / 10 7 / 10 8Endplates from inside 1:5 CO Endplates from inside 1:10 CXY 7 6 / 10 6Mp UCS 1:10 CXY 4 1 / 4 5Mp Top WithEnvironment 1:10 CX 7 6 / 10 6Mp Top Choice, Top 1:10 CX Mp Top Choice, Bottom 1:10 CX 7 5 / 10 8Mp Top, Top 1:10 CX 4 2 / 6 6Mp Top, Bottom 1:10 CO 6 7Mp Top, Bottom 1:10 CX 6 8 / 7 2 / 7 3 / 7 7


Mp Bottom Choice, Top 1:10 CX 7 5 / 10 8Mp Bottom Choice, Bottom 1:10 CX Mp Bottom, Top 1:10 CO 6 7Mp Bottom, Top 1:10 CX 6 8 / 7 3 / 7 4 / 7 7Mp Bottom, Bottom 1:10 CX Crossbracing Bottom, Top 1:10 CX 9 2

Mp Vertical SpMpPos VH


Mp – Beams Al VisibleHidden SpPos MpPos S30 Guid G












Bo – Fr Axis Off

Mp – Bo Tv Symbol Bolts 6M16x70 STAN 6914 S30Vertical GLR

Mp – Bo Nl Symbol Bolts 6M16x70 STAN 6914 S30Vertical GLR



Stsh – Tv Axis Stud shear Stsh ∅19x90 VerticalGLR





PosSm S30 Guid G




Mp Vertical SpMpPos VHA














Bo – Fr Axis Off










PosSm S30 Guid G



Is used in request and drawing style:Mp Rear Vertical Choice 1:10 CX 10 5Mp Front Vertical 1:10 CX 6 9 / 10 1 – 10 5 / 10 7Mp Front Vertical Choice 1:10 CX


Mp Vertical VH














Bo – Fr Axis Off










PosSm S30 Guid G




Mp Vertical VHA














Bo – Fr Axis Off










PosSm S30 Guid G



Is used in request and drawing style:Mp Top Vertical Choice, Bottom 1:10 CX 10 5Mp Top Vertical, Bottom 1:10 CX 6 9 / 10 3 / 10 4 / 10 7Mp Bottom Vertical Choice, Top 1:10 CX 10 5Mp Bottom Vertical, Top 1:10 CX 6 9 /10 2 / 10 3 / 10 7


Modell Function



Beams – Al Visible Modell Function Guid G

Plates – Al Visible Modell Function Guid G

BentBea – Al Visible Modell Function Guid G

Special parts – Al Visible Off

Grid Grid Off

Height notations – Al Symbol Height notations GLR


Template


Template Tenplate with symbol Off

Is used in request and drawing style:Template 1:1 CO 9 4Template main view blank 1:1 CO 9 4Template Left 1:1 CO 9 3 / 9 4Template Right 1:1 CO 9 3

Statics plan with Pos


Beams – Al Axis Section Name PosSm Object L

BentBea – Al Axis Section Name PosSm Object L

Grid Grid Off

Is used in request and drawing style:Statics plan UCS 1:20 CX 11 1Statics plan UCS Digi VH500 1:20 CX 11 2

Statics plan without Pos


Beams – Al Axis Section Name Object L

BentBea – Al Axis Section Name Object L

Grid Grid Off

Is used in request and drawing style:Statics plan without Pos UCS 1:20 CXY 11 3Statics plan without Pos UCS Digi VH500 1:20 CXY 11 4


Stair VH














Bo – Fr Axis Off

Mp – Bo Tv Symbol Bolts 6M16x70 STAN 6914 NoteZ500 Guid G









PosSm S30 Guid G




Stair VHA














Bo – Fr Axis Off

Mp – Bo Tv Symbol Bolts 6M16x70 STAN 6914 NoteZ500 Guid G









PosSm S30 Guid G



Is used in request and drawing style:Stairway Front 1:10 CO 9 8


ZED-Purlin














Bo – Fr Axis Off


Mp – Bo Nl Symbol Off








PosSm S30 Guid G



Is used in request and drawing style:ZED-Purlin Top Choice, Bottom 1:10 CX 6 10 / 9 6ZED-Purlin Right 1:10 CX 9 6ZED-Purlin Bottom Choice, Top 1:10 CX 6 10 / 9 6


ZED-Purlin SpMpPos














Bo – Fr Axis Off


Mp – Bo Nl Symbol Off








PosSm S30 Guid G



Is used in request and drawing style:ZED-Purlin Rear Choice 1:10 CX 9 6ZED-Purlin Front 1:10 CX 6 10 / 9 6


17. Appendix

Tables for drawing styles

The tables from AstorDetails.mdb and AstorBase.mdb are listed below that are necessary forthe drawing styles and their connection to other tables.

Table name ExplanationDetAcadSettings Color settings for details. Defined by standard in the defaults.

DetailFilenameSelector Processes: prototype-file, prefixConnection to DetailProcessScales

DetailMasterTable Start table for drawing styleConnection to DetBaseCategories / DetailStyle

DetailOrientation Orientation of the DetailViews on the sheet DetailProcessDefinition Start table for processes (all MP A0)

Connection to ProcessStepDetailProcessScales Scale for processesDetailProcessSelection Selection of the model objects (all MP)DetailProcessSort Sorting (according pos., length)DetailProcessStep Arrangement processes

Connection to DetCoordSystemSelector /DetailFilenameSelector / DetailProcessSelection /DetailProcessSort / DetailStyleMap /DetProcStepPrecondition

DetailStencil Calculation method of the templatesDetailStyle Arrangement of the drawing styles

Distance of the views, title textConnection to DetViewArrangeStrategy / DetailOrientation /DetObjSelectionStrategy / DetViewRequest

DetailStyleMap Assignment of the ModelRole to the processesConnection to DetObjQualifierSet / DetailStyle /DetailStyleOverrides

DetAnnotationType Label model objectsConnection to DetObjQualifier

DetAnnotationTypeContents Variables for labelsDetArrangerControl Positioning rule for labelsDetBaseCategories Basis categories (column, tie beam etc.)DetCoordSystemSelector Coordinate system for processesDetLeaderStyle Guiding line


Table name ExplanationDetModelType Model type of the elementsDetObjAnnotationStrategy Assignment of the labels

Connection to DetAnnotationType /DetLeaderStyle / DetArrangerControl

DetObjAppearance Presentation of the objectsConnection to DetAcadSettings

DetObjQualifier Filter for model objectsConnection to DetRole / DetModelType

DetObjQualifierSet Arrangement of the selection setConnection to DetObjQualifierSet / ModelRole

DetObjReprMaps Presentation ruleConnection to DetObjQualifierSet / DetObjAppearance /DetObjAnnotationStrategy

DetObjSelectionStrategy Selection of the model objectsDetProcStepPrecondition Selection of the model objects for the processesDetRequestLinearDirection Direction of the dimension chain (main part X, View Y etc.)DetRequestTypes Dimensioning type (linear, radial etc.)DetRole Element typeDetViewArrangeDirection Arrangement of the DetailViews (left, right etc.)DetViewArrangeStrategy Distance of the DetailViews (10 – 40 mm)DetViewDimPointSelection Selection of the dimensional points

Connection to DetObjQualifierSet / DetViewDimPointtype /DetVwDimGeomRestrictions

DetViewDimPointtype Dimensional points of the objects (Object dimension ..)DetViewDimRequestLinear Single dimension chains (Mp X etc.)

Connection toDetViewDimPointtype / DetRequestLinearDirection

DetViewDimStrategy Dimensioning rule (arrangement of the dimension chains)Connection toDetViewDimRequestLinear / DetRequestTypes

DetViewDimSum Sum dimensionsDetViewLengthClip Clipping in X, Y, XY, OffDetViewRequest Arrangement of the DetailViews

Connection to DetViewSystemAndBox /DetObjReprMaps / DetObjAppearanceDetViewSelectMode / DetViewDimStrategyDetViewLengthClip / Scale / DetViewArrangeDirection

DetViewSelectMode Generation of the DetailViews (always, interactive)DetViewSystemAndBox Model box

Connection to DetViewSystemSourcesDetViewSystemSources Viewing direction of the DetailViewDetVwDimGeomRestrictions Restriction of the points to dimensionScale ScaleModelRole Function in the model


Abbreviations

Below the used abbreviations are listed:

Abbreviation ExplanationAB Above, BelowAl AllAssGr Assembly GroupAttBea Attached BeamAttBentBea Attached Bent BeamAttPa Attached PartAttPl Attached Plate

Bb BaseboardBentBea Bent BeamBp BaseplateBo Bolts

CO Clipping OffCX Clipping in X-directionCXY Clipping in XY- direction

Den Denotation

Eb EllbowEnd End of railingEp Endplate

F, Fr Front, FrontF8 Front infiniteFd Filled RodGTA Global, Top, AllGBA Global, Bottom, AllGr GridGuid with Guidline

Ho HolesHr Hand railing

Kr Knee railing

LTS Local, Top, SingleLBS Local, Bottom, SingleLR Left, RightLi Linear


Abbreviation ExplanationMat MaterialMax MaximumMp Mainpart

Nl Not linearNoDim No DimensionNoLab No Label

Object Text orientation by ObjectPosBig Textheight Positionnumber Big (Textheight 5 mm)PosSm Textheight Positionnumber Small (Textheight Default)Pl PlateProc Processing

R RearRail Railing

S30 Summarize 30 mm (Object label)Sp SinglepartStsh Stud shearSy System

Tv Top view

V VisibleVH VisibleHiddenVHA VisibleHiddenAxisVHC VisibleHiddenCutVHAC VisibleHiddenAxisCut

drawingdesign 7.0 (advance steel)

Documents

programmegraitecadvanceworkdetailsdet14

gelnder endschwinge

1060gelnder

manual drawing

category style

statics statics

mainpart bent

structural