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    SuCri® Knowledge Base 5. Numbering (Weld seam / Spool / Part) 5.3. Module 4 Settings
    SuCri-User Guide (EN)
    • 1. Introduction to SuCri
      • 1.1 Supported versions
      • 1.3. Key Terminology
      • 1.4. Request trial version
    • 2. First Steps
      • 2.1. System requirements
      • 2.2. Installation instructions
        • 2.2.1. Module 1
        • 2. Installation
        • 2.2.3. Module 3 (P3D)
        • 2.2.4. Module 3 (ADVS)
        • 2.2.5. Module 4
        • 2.2.6. Module 5
        • 2.2.7. Uninstalling modules correctly
        • 2.2.8. Installation for enterprise customers
      • 2.3. First execution
    • 3. Overview of the Ribbon
      • 3.1. Module 1
      • 3.2. Module 2
      • 3.3. Module 3 (P3D)
      • 3.4. Module 3 (ADVS)
      • 3.5. Module 4
      • 3.6. Module 5
    • 4. Calculation of the screw length
      • 4.1. Module 1
        • 4.1.1. Automatic nominal diameter check
        • 4.1.2. Automatic connection check
        • 4.1.3. Sliding plates and insert strips
        • 4.1.4. Dynamic height adjustment
        • 4.1.5. Dynamic clamping systems
        • 4.1.6. Changing support heights and support types
        • 4.1.7. Structural steel profiles from the pipe class
        • 4.1 Commands
      • 4.2 Drawing selection
        • 4.2.2. Selection (SuCri2SelectSupport)
        • 4.2.3. Replace [DWG] (SuCri2ReplaceExistingSupportDWG)
        • 4.2.4. Bracket (SuCri2AutoSelectSupport)
        • 4.2.5. Export supports (SuCri2ExportPrimarySupport)
        • 4.2.6. Bracket [x] (SuCri2AutoSelectMultipleSupport)
        • 4.2.7. Info (SuCri2SupportXdata)
        • 4.2.8. Clamping system [x] (SuCri2AutoSelectMultipleClamp)
        • 4.2.9. Clamping system (SuCri2AutoSelectClamp)
        • 4.2.10. Detach (SuCri2DetachSupport)
        • 4.2.11. Mount + clamping system (SuCri2AutoSelectSupportClamp)
        • 4.2.12. Align Faces (SuCri2AlignFace)
        • 4.2.13. Attach Double Support (SuCri2AttachDoubleSupport)
        • 4.2.14. Appending with Reference (SuCri2AttachSupportWithRef)
        • 4.2.15. Automatic Plates (SuCri2AutoAddPlate)
        • 4.2.16. Automatic Screws (SuCri2AutoAddScrewForPlate)
        • 4.2.17. Bracket + Clamping System [x] (SuCri2AutoSelectMultipleSupportClamp)
        • 4.2.18. Creating Dummy Parts (SuCri2CleanDummyParts)
        • 4.2.19. Detach all Xrefs (SuCri2DetachAllXref)
        • 4.2.20. Release Double Support (SuCri2DetachDoubleSupport)
        • 4.2.21. Detach Xref (SuCri2DetachXref)
        • 4.2.22. Dynamic properties [DWG] (SuCri2DynamicPropertiesDWG)
        • 4.2.23. Dynamic Property [PRJ] (SuCri2DynamicPropertiesProject)
        • 4.2.24. Export selected supports (SuCri2ExportPrimarySupportForSelection)
        • 4.2.25. MTO [DWG] (SuCri2GetReportActiveDrawing)
        • 4.2.26. MTO [PRJ] (SuCri2GetReportAllDrawing)
        • 4.2.27. MTO Heights [DWG] (SuCri2GetTotalHeight)
        • 4.2.28. MTO Heights [PRJ] (SuCri2GetTotalHeightAllDrawing)
        • 4.2.29. Configuring Dynamic Properties (SuCri2LoadDynamicProperty)
        • 4.2.30. Load Settings (SuCri2LoadSetting)
        • 4.2.31. MTO [DWG] MPSS (SuCri2MPSSMTOExportDWG)
        • 4.2.32. MTO [PRJ] MPSS (SuCri2MPSSMTOExportProject)
        • 4.2.33. Option Switch for Multiple Item Numbers (SuCri2MultiPosNumbers)
        • 4.2.34. Load Language Mapping (SuCri2OpenLanguageMapping)
        • 4.2.35. Replace [PRJ] (SuCri2ReplaceExistingSupportProject)
        • 4.2.36. Reversing screws (SuCri2ReverseMPSSBolt)
        • 4.2.37. Selection Double Support (SuCri2SelectDoubleSupport)
        • 4.2.38. Clamping system Xref [x] (SuCri2SelectMultipleClampFromRef)
        • 4.2.39. Holder + Clamping System Xref [x] (SuCri2SelectMultipleSupportClampFromRef)
        • 4.2.40. Holder Xref [x] (SuCri2SelectMultipleSupportFromRef)
        • 4.2.41. Snap Point Option Switches (SuCri2SupportSnapPoint)
        • 4.2.42. Convert Selected Profiles to Spec Profile (SuCri2SwitchProfileStructure)
        • 4.2.43. Convert Profiles to Spec Profiles [DWG] (SuCri2SwitchProfileStructureDrawing)
        • 4.2.44. Update dummy parts (SuCri2UpdateDummyParts)
        • 4.2.45. Spec Properties [DWG] (SuCri2UpdateDWGPropertiesFromSpec)
        • 4.2.46. Spec Properties [PRJ] (SuCri2UpdatePropertiesFromSpec)
        • 4.2.47. Option switch for license pull behavior (SuCriAutoPullLicense)
        • 4.2.48. Send crash report (SuCriSendSupportRequest)
        • 4.2.49. Open Error Log File (SuCriShowLog)
      • 4.3 Configuration Data – BoltLengthCalculation.json
        • 4.3.1. Update all blocks in active DWG (SuCri3BatchUpdateBlocks)
        • 4.3.2. Updating all connections in active DWG (SuCri3BatchUpdateConnections)
        • 4.3.3. Place axis system on drawing (SuCri3DrawGridToLayoutPlan)
        • 4.3.4. Export anchor list (SuCri3ExportAnchors)
        • 4.3.5. Import Supports (SuCri3ImportSupports)
        • 4.3.6. Move connection (SuCri3MoveConnection)
        • 4.3.8. Option switch for weld seam (SuCri3SetAutoWeld)
        • 4.3.9. Defining the axis reference (SuCri3SetGridReference)
        • 4.3.10. Update Item Numbers (SuCri3SetItemCodes)
        • 4.3.11. Placing a Location Point (SuCri3SetLocationPoint)
        • 4.3.12. Option switch for profile connection to main profile (SuCri3SetProfilesWeldedTogether)
        • 4.3.13. Tolerance setting (SuCri3SetTolerance)
        • 4.3.14. Open Error Log (SuCri3ShowLog)
        • 4.3.15. Open connection dialog (SuCri3ShowSelectConnection)
        • 4.3.16. Update Location Point (SuCri3UpdateLocationPoint)
        • 4.3.7. Reload SuCri Resources (SuCri3ReloadData)
        • 4.3.17. Check profile lengths (SuCri3ValidateProfileLength)
      • 4.4 Calculation formula
        • 4.4.1. Updating all blocks in active DWG (SuCri3BatchUpdateBlocks)
        • 4.4.2. Update all connections in active DWG (SuCri3BatchUpdateConnections)
        • 4.4.3. Place axis system on drawing (SuCri3DrawGridToLayoutPlan)
        • 4.4.4. Export anchor list (SuCri3ExportAnchors)
        • 4.4.5. Import Supports (SuCri3ImportSupports)
        • 4.4.6. Move connection (SuCri3MoveConnection)
        • 4.4.7. Reload SuCri Resources (SuCri3ReloadData)
        • 4.4.8. Option switch for weld seam (SuCri3SetAutoWeld)
        • 4.4.9. Setting the Axis Reference (SuCri3SetGridReference)
        • 4.4.10. Update Item Numbers (SuCri3SetItemCodes)
        • 4.4.11. Placing a Location Point (SuCri3SetLocationPoint)
        • 4.4.12. Option switch for profile connection to main profile (SuCri3SetProfilesWeldedTogether)
        • 4.4.13. Tolerance setting (SuCri3SetTolerance)
        • 4.4.14. Open Error Log (SuCri3ShowLog)
        • 4.4.15. Open connection dialog (SuCri3ShowSelectConnection)
          • 4.4.15.1. Place connections
          • 4.4.15.2. Free End Connection
          • 4.4.15.3. Joint connection
          • 4.4.15.4. Connection collision
          • 4.4.15.5. Connection crossing
        • 4.4.16. Update Location Point (SuCri3UpdateLocationPoint)
        • 4.4.17. Check profile lengths (SuCri3ValidateProfileLength)
        • 4.4.18. Update or copy connection
        • 4.4.19. Deleting a connection
      • 4.5 Calculation of wafer-type screws (WF)
        • 4.5.1. Attaching (SuCri4AttachSupport)
        • 4.5.2. Attaching with reference (SuCri4AttachSupportWithRef)
        • 4.5.3. Update Scale of All Views (SuCri4ChangeAllViewScale)
        • 4.5.4. Change the scale of the selected view (SuCri4ChangeViewScale)
        • 4.5.5. Check whether drawing was created with SuCri (SuCri4CheckSuCriDrawing)
        • 4.5.6. Detach all Xrefs (SuCri4DetachAllXref)
        • 4.5.7. Detaching (SuCri4DetachSupport)
        • 4.5.8. Detach Xref (SuCri4DetachXref)
        • 4.5.9. Hide all centerlines on the drawing (SuCri4HideAllCenterLine)
        • 4.5.10. Load Settings (SuCri4LoadSetting)
        • 4.5.11. Label view with Ortho Annotations (SuCri4PlantOrthoAnnotate)
        • 4.5.12. Create single drawing (SuCri4PlantOrthoCreateMultiple)
        • 4.5.13. Create multiple drawings (SuCri4PlantOrthoCreateMultipleSU)
        • 4.5.14. Labeling the View with Custom Annotations (SuCri4PlantOrthoCustomAnnotate)
        • 4.5.15. Dimension view (SuCri4PlantOrthoDimension)
        • 4.5.16. Defining Drawing Areas (SuCri4PlantOrthoDrawArea)
        • 4.5.17. Refresh view (SuCri4PlantOrthoDrawArea)
        • 4.5.18. Update all views (SuCri4PlantOrthoUpdateAllView)
        • 4.5.19. Defining the Front View (SuCri4SelectFrontView)
        • 4.5.20. Selection (SuCri4SelectSupport)
        • 4.5.21. Setting the Scale of a View (SUCRI4SetOrthoScale)
        • 4.5.22. Display Front View (SuCri4ShowSUFrontView)
        • 4.5.23. Info (SuCri4SupportXdata)
        • 4.5.24. Option switch for displaying the Orthocube (SuCri4ShowOrthoCube)
      • 4.6 Excel report
    • 5. Numbering (Weld seam / Spool / Part)
      • 5.1. Module 2 Settings
      • 5.2. Module 3 Settings
      • 5.3. Module 4 Settings
    • 6. AutoRouting
      • 6.1. Daily tasks
      • 6.2. Advanced Tasks
      • 6.3. Example Scenarios
    • 7. Clip-Box
      • 7.1. Installation and Setup
        • 7.1.1. Access to license management
        • 7.1.2. Behavior after the SuCri test phase has expired
      • 7.2. Module 1
        • 7.2.1. Pipe clamps and pipe classes – note on DIN dimensions
        • 7.2.2. Different geometries when inserting components from the tool palette
      • 7.3. Module 2
        • 7.3.1. What does the ForceOverwriteDynamicProp setting do
        • 7.3.2. Combining Plant 3D and Advance Steel – Handling Changes in Steel Construction
        • 7.3.3. How can I display additional columns in the MTO?
        • 7.3.4. Output of Threaded Rod Lengths (Setting MTOForBG)
        • 7.3.5. How can I display the MTO in a different language?
      • 7.4. Module 3 (P3D)
        • 7.4.1. Storage location for custom block components
        • 7.4.2. How can I work with profiles that are not supported
        • 7.4.3. Where can I see which connections are available?
      • 7.5. Module 3 (ADVS)
        • 7.5.1. Negative part numbers in Advance Steel
        • 7.5.2. Storage location of the SuCri Patcher
        • 7.5.3. Storage location for custom Special Parts
        • 7.5.4. Display line number and SupporTag as a label
        • 7.5.5. Assembly designations are not entered into the other parts
        • 7.5.6. How the individual connections are used and with which extension
        • 7.5.7. How can I work with profiles that are not supported
        • 7.5.8. Where can I see which connections are available?
      • 7.6. Module 4
        • 7.6.1. How can I round dimensions to one decimal place
        • 7.6.2. How can I adjust the cell height of the bill of materials
        • 7.6.3. How can I display the total weight of the assembly?
        • 7.6.4. How can I display the SuNo as a property in the title block?
        • 7.6.5. How can I set the view headings to German
        • 7.6.6. How can I hide the viewport frame
        • 7.6.7. How do I handle my own blocks?
        • 7.6.8. How can I change the SuNo format?
        • 7.6.9. MTO on the drawing – incorrect representation of profiles
        • 7.6.10. Automatic annotations in views and isos
        • 7.6.11. Plant 3D fasteners in secondary steelwork
        • 7.6.12. Display line number and SupporTag as labels
      • 7.7. Module 5
    • 8. Tools
      • 8.4 Module 3 (P3D)
      • 8.1. Performance problems
      • 8.2. Module 1
        • 8.2.1. Error message: “Can’t find symbol for specified part”
        • 8.2.2. Error message: "Can't find module vormain"
        • 8.2.3. Error message: "ImportError: DLL load failed"
        • 8.2.4. Missing images in the tool palette for SuCri components
      • 8.3. Module 2
        • 8.3.1. Surface no longer visible
        • 8.3.2. No suitable clamping system found at TurboTools
        • 8.3.3. Dynamic properties are reset
        • 8.3.4. Missing information on clamping systems in isometrics
        • 8.3.5. Isometry shows only a star symbol for supports
        • 8.3.6. Turbo tools do not place components
        • 8.3.7. No suitable holder found at TurboTools
      • 8.5. Module 3 (ADVS)
        • 8.5.1. Problem with decimal separators in ADVS 2026 report generation
        • 8.5.2. Problem when importing supports between different SuCri versions
        • 8.5.3. Problem connecting Sikla-Pressix CC41 profiles in Advance Steel (Module 3)
        • 8.5.4. Many more components appear on the drawing
        • 8.5.5. Primary supports and clamping systems are missing in the Advance Steel bill of materials
        • 8.5.6. Incorrect profile when importing Sikla profiles (HEA-100 is imported)
        • 8.5.7. Components appear disconnected (ProfileWeldedTogether)
        • 8.5.8. Profiles appear in Navisworks as wireframes
        • 8.5.9. Profiles appear as triangles
        • 8.5.10. Advance Steel cannot find the Hilti profiles
        • 8.5.11. Profiles are shortened after import from Plant3D
        • 8.5.12. Views appear twisted on the drawing
        • 8.5.13. Profile positions offset after import in Advance Steel
        • 8.5.14. After the new version, I can no longer find the patcher
      • 8.6. Module 4
        • 8.6.1. Defining front view does not work correctly
        • 8.6.2. Advance Steel steelwork is not dimensioned
        • 8.6.3. The profiles from the XREFs do not appear on the drawing
        • 8.6.4. No bill of materials is created on the ortho drawing
        • 8.6.5. Components from other assemblies are also displayed
        • 8.6.6. Profiles with different lengths are listed as one item in the bill of materials
        • 8.6.7. Position label display incorrect
        • 8.6.8. When creating a drawing with Modul4, additional models are opened
        • 8.6.9. MTO on the drawing – incorrect representation of profiles
        • 8.6.10. ViewCube obscures components in orthoviews after update
      • 8.7. Module 5
        • 8.7.1. Crash in Module5
        • 8.7.2. Nuts and bolts disappear from the M4 bill of materials
    • 9. Settings
      • 9.1. Definitions
      • 9.2. Acronyms
      • 9.3. SuCri Commands
    • 10. License Manager
      • 10.1. Optimization tips
      • 10.2. Security practices
      • 10.3. Backup and Recovery
    • 11. Release notes for SuCri
      • 11.1. Current version
      • 11.2. Previous versions
      • 11.3. Coming Functions
    • 12. Appendix to the SuCri manual
      • 12.1. Technical data
      • 12.2. Recognition of third-party providers
      • 12.3. References and Sources
    • 13. Support and feedback for SuCri
      • 13.1. Error reports
      • 13.2. Function requests
      • 13.3. Subscribe to newsletter
    • 14. License agreement for SuCri
      • 14.1. Terms of Use
      • 14.2. Privacy Policy
      • 14.3. Termination and Renewal
    • 8.4.1. Problem when connecting Sikla-Pressix CC41 profiles in Advance Steel (Module 3)
    • 8.4.2. Components appear disconnected (ProfileWeldedTogether)

    5.3. Module 4 Settings, Numbering (Weld seam / Spool / Part)

    Updated on 27/08/2026

    On this page


      Optimizes views, drawings, and dimensioning for precise documentation.

      Name
      OrthoDrawingName
      Value
      {DwgName}_{SuNo}
      Note
      Example these name are valid: {SuCri}_{DwgName}_{SuNo} {Sikla}_{DwgName}_{SuNo} {DwgName}_{SuNo} {SuNo}
      Feature
      Automatic views, Automatic drawings
      Description
      Examples of valid names: {SuCri}{DwgName}{SuNo} {Sikla}{DwgName}{SuNo} {DwgName}_{SuNo} {SuNo} Explanation: SuCri/Sikla: Any text (Optional) DwgName: Drawing name (Optional) SuNo: SU number (Must be included)
      General
      nan
      Name
      SuNoFormat
      Value
      SU{FreeNumber}
      Note
      Example these name are valid: {Tag}-SU{FreeNumber} {Tag}-{NominalDiameter}-SU{FreeNumber} SU{FreeNumber} SUNumber{FreeNumber} Explain: {Property}: Any Property like Tag, NominalDiameter, etc. (Optional) SU/SUNumber: Abitrary text (Optional) FreeNumber: Free SU Number (Must have)
      Feature
      Attach
      Description
      Valid name examples: {Tag}-SU{FreeNumber} {Tag}-{NominalDiameter}-SU{FreeNumber} SU{FreeNumber} SUNumber{FreeNumber} Explanation: {Property}: Any property such as Tag, NominalDiameter, etc. (Optional). SU/SUNumber: Any text (Optional). FreeNumber: A free SU number (Mandatory field, must be included).
      General
      nan
      Name
      OrthoCubeOffset
      Value
      0;0;0
      Note
      Top;Bottom;Side
      Feature
      Automatic views, Automatic drawings
      Description
      Sets the offset for the Ortho Cube to define distances at the sides. The possible offset options are: Top: Top side Bottom: Bottom side Side: Sides It is possible to set different values for the distances by separating the values with a semicolon, e.g., 10;20;30. If the distance for a side should be 0, then 0 must be entered at that position. Note: Three values must always be assigned.
      General
      nan
      Name
      ShowAllAttached
      Value
      ACPPSTRUCTUREPLATE, ACPPSTRUCTUREANCHORAGE, ASTCONCRETEBEAM, ACPPSUPPORT
      Note
      ACPPSTRUCTUREPLATE
      Feature
      Automatic views, Automatic drawings
      Description
      When creating a typical with Module 5, the foundation or the profile is attached to the type. You can specify which class should be fully displayed in the drawing.
      General
      nan
      Name
      ShowAttachVertical
      Value
      ACPPSTRUCTUREBEAM, ASTBEAM
      Note
      ACPPSTRUCTUREBEAM
      Feature
      Automatic views, Automatic drawings
      Description
      When creating a typical with Module 5, the foundation or the profile is attached to the type. You can specify which class should be displayed exclusively in the vertical direction in the drawing.
      General
      nan
      Name
      ShowProfileCenterline
      Value
      1
      Note
      0 - Off 1 - On
      Feature
      Show centerlines
      Description
      Permanently displays or hides the centerline of the profile: 0 - Off: The centerline is not displayed. 1 - On: The centerline is displayed.
      General
      nan
      Name
      LayerName
      Value
      P3D_BS_Sonderkonstruktionen
      Note
      Default layer for all part generated in a typical
      Feature
      SUCRI5Create
      Description
      Standard layer for all parts generated in a typical (Module 5).
      General
      nan
      Name
      LayerNameHeader
      Value
      SuCri_Header
      Note
      Default layer for text
      Feature
      Automatic views, Automatic drawings
      Description
      Sets the layer used by default for the headers of the views.
      General
      nan
      Name
      HeaderTextStyle
      Value
      Default
      Note
      - Default: The current text style in the template - YourTextStyle: Your custom text style for header
      Feature
      Automatic views, Automatic drawings
      Description
      Possible selection: Default: The current text style from the template. YourTextStyle: Your custom text style for headers from the template.
      General
      nan
      Name
      HeaderOffset
      Value
      10
      Note
      mm. Offset from header text to viewport
      Feature
      Automatic views, Automatic drawings
      Description
      Offset in mm: Distance from the header text to the viewport.
      General
      nan
      Name
      LayerNameAnnotation
      Value
      SuCri_Annotation
      Note
      Default layer for annotation
      Feature
      Automatic annotations
      Description
      Standard layer for annotations: Sets the layer used by default for annotations.
      General
      nan
      Name
      LayerNameDimension
      Value
      SuCri_Dimension
      Note
      Default layer for dimension
      Feature
      Automatic dimensioning
      Description
      Standard layer for dimensions: Sets the layer used by default for dimensions.
      General
      nan
      Name
      ModifiedProfileWarning
      Value
      1
      Note
      0 - Off 1 - On
      Feature
      Move (Standard command)
      Description
      Once a typical has been created, any change to the profile, including copying or moving, triggers a warning depending on this value: 0 - Off: No warning is displayed. 1 - On: Changes trigger a warning. Note: An update of this value requires a restart of Plant 3D.
      General
      nan
      Name
      AutoScale
      Value
      0
      Note
      0 - Auto scale 1 - Set by Set Scale command
      Feature
      Set scale
      Description
      When creating multiple views, the scale of each view is either automatically adjusted to the paper size or set by the SUCRI4SetOrthoScale command: 0 - Automatic scale: The scale is automatically adjusted to the paper size. 1 - Set by SUCRI4SetOrthoScale: The scale is defined by the SUCRI4SetOrthoScale command.
      General
      View
      Name
      IsoView
      Value
      Default
      Note
      Default/NW/NE/SW/SE
      Feature
      Automatic views, Automatic drawings
      Description
      Default/NW/NE/SW/SE: Sets the default orientation for the isometric view.
      General
      nan
      Name
      IsoViewScale
      Value
      Default
      Note
      Default - Auto scale 1:1 - Scale to 1:1 1:7 - Scale to 1:7
      Feature
      Automatic views, Automatic drawings
      Description
      The Default option means that the scale of the Iso view is automatically adjusted to the drawing area. Alternatively, a specific scale can be specified as a real value: Default: Automatic scale. 1:1: Scale 1:1. 1:7: Scale 1:7.
      General
      nan
      Name
      LayoutplanViewScale
      Value
      Default
      Note
      Default - Auto scale 1:1 - Scale to 1:1 1:7 - Scale to 1:7
      Feature
      Automatic views, Automatic drawings
      Description
      The Default option means that the scale of the layout plan is automatically adjusted to the drawing area. Alternatively, a specific scale can be specified as a real value: Default: Automatic adjustment of the scale. 1:1: Scale 1:1. 1:7: Scale 1:7.
      General
      nan
      Name
      StandardViewScale
      Value
      1:1, 1:2, 1:5, 1:10, 1:20, 1:50, 1:100
      Note
      In auto generate multiple view, the scale will be auto select from this list if AutoScale = 0
      Feature
      Automatic views, Automatic drawings
      Description
      When automatically creating multiple views (e.g., front, left, ...), the scale is automatically selected from this list if AutoScale = 0.
      General
      nan
      Name
      SetUCSForLayoutPlan
      Value
      WCS
      Note
      Show coordination in WCS or UCS
      Feature
      Automatic views, Automatic drawings
      Description
      Coordinate display in WCS or UCS: Determines whether the coordinates on the layout plan should be displayed in the World Coordinate System (WCS) or the User Coordinate System (UCS).
      General
      nan
      Name
      LayoutplanUcsOffset
      Value
      0;0
      Note
      The value equal to offset with North;East 1000;500 : Mean offset 1000 to the North, 500 to the East -1000;-500 : Mean offset 1000 to the South, 500 to the West
      Feature
      Automatic views, Automatic drawings
      Description
      The value corresponds to the offset with North;East: 1000;500: Means an offset of 1000 to the North and 500 to the East. -1000;-500: Means an offset of 1000 to the South and 500 to the West.
      General
      nan
      Name
      HiddenLineMode
      Value
      0
      Note
      0 - No hidden line 1 - Hidden lines in iso view 2 - Hidden lines in all view 3 - Hidden lines in all view but not Layout plan
      Feature
      Automatic views, Automatic drawings
      Description
      Options for hidden lines: 0 - No hidden lines: No hidden lines are displayed. 1 - Hidden lines in isometric view: Hidden lines are only shown in the isometric view. 2 - Hidden lines in all views: Hidden lines are displayed in all views. 3 - Hidden lines in all views, except in the layout plan: Hidden lines are shown in all views except in the layout plan.
      General
      nan
      Name
      OrthoInsulationMode
      Value
      2
      Note
      0 - No insulation 1 - Solid line insulation 2 - Hidden line insulation
      Feature
      Automatic views, Automatic drawings
      Description
      This setting corresponds to the configuration of PLANTORTHOINSULATIONMODE: 0 - No insulation: No insulation is shown. 1 - Insulation with solid line: The insulation is displayed with a continuous line. 2 - Insulation with dashed line: The insulation is displayed with a dashed line.
      General
      nan
      Name
      ShowLayoutPlan
      Value
      1
      Note
      0 - Off 1 - On
      Feature
      Automatic views, Automatic drawings
      Description
      Setting for displaying the layout plan: 0 - Off: The layout plan is not displayed. 1 - On: The layout plan is displayed.
      General
      nan
      Name
      ViewportOffet
      Value
      10
      Note
      mm
      Feature
      Automatic views, Automatic drawings
      Description
      Sets the distance in mm between the body edge and the boundary of the viewport.
      General
      Annotation & Dimension
      Name
      LayoutplanOffset
      Value
      5
      Note
      mm
      Feature
      Automatic views, Automatic drawings
      Description
      Sets the distance in mm between the layout plan and the content of the view.
      General
      nan
      Name
      LayoutplanMinSize
      Value
      90
      Note
      mm
      Feature
      Automatic views, Automatic drawings
      Description
      Sets the minimum size of the layout plan drawing area
      General
      nan
      Name
      AnnotationOffset
      Value
      20
      Note
      mm
      Feature
      Automatic annotations
      Description
      Sets the distance in mm between annotations and other elements or boundaries.
      General
      nan
      Name
      AnnotationPlacementMethod
      Value
      2
      Note
      1 - Exterior 2 - Clear space
      Feature
      Automatic views, Automatic drawings
      Description
      Determines whether annotations, including item numbers, are placed near the body edge (Clear space) or around the views (Exterior): 1 - Exterior: Annotations are placed around the views. 2 - Clear space: Annotations are placed in the nearest free space.
      General
      nan
      Name
      TOSAnnotationOrientation
      Value
      1
      Note
      0 - Same as other annotation. 1 - Annotate horitontally to left/right of the view.
      Feature
      Automatic annotations
      Description
      Specifies how the TOS (Top of Steel) annotation is executed: 0 - Like other annotations: The TOS annotation is treated like a normal annotation. 1 - Horizontally left/right of the view: The TOS annotation is specifically placed horizontally left or right of the view.
      General
      nan
      Name
      DimSimilarProfileOption
      Value
      1
      Note
      0 - Similar profile will be ignore 1 - Dim all profile, which can cause some duplicated dimension
      Feature
      Automatic dimensioning
      Description
      Specifies how similar profiles are handled during dimensioning: 0 - Similar profiles are ignored: No dimensions are created for similar profiles. 1 - All profiles are dimensioned: May lead to duplicate dimensions.
      General
      nan
      Name
      DimAttachedProfile
      Value
      0
      Note
      0 - Off 1 - On
      Feature
      Automatic dimensioning
      Description
      Specifies whether a profile that has been connected to a typical should also be dimensioned: 0 - Off: The profile is not dimensioned. 1 - On: The profile is dimensioned.
      General
      nan
      Name
      ShowPlateCoordinate
      Value
      1
      Note
      0 - Off 1 - On
      Feature
      Automatic views, Automatic drawings
      Description
      Determines whether coordinates of the plate center axes should be labeled in a section in a top view: 0 - Off: The coordinates of the plate center axes are not displayed. 1 - On: The coordinates of the plate center axes are displayed. Note: This function currently does not support all plates.
      General
      nan
      Name
      MinDimFromEdge
      Value
      10
      Note
      mm.
      Feature
      Automatic dimensioning
      Description
      Sets the minimum distance in mm between the first dimension chain and the body edge.
      General
      nan
      Name
      DimSpace
      Value
      7
      Note
      mm.
      Feature
      Automatic dimensioning
      Description


      General
      nan
      Name
      RoundProfileLength
      Value
      2
      Note
      0 - 100 1 - 100.1 2 - 100.12
      Feature
      Automatic views, Automatic drawings
      Description
      Sets the number of decimal places to which the profile length in the orthographic parts list is rounded: 0 - 100: No decimal places. 1 - 100.1: One decimal place. 2 - 100.12: Two decimal places.
      General
      nan
      Name
      DrawingLanguage
      Value
      ENG
      Note
      DEU ENG
      Feature
      Automatic views, Automatic drawings
      Description
      Can be set to ENG (English), DEU (German), or another language. Each new language column must be set in the MapLanguage table.
      General
      nan
      Name
      ExtendPipelengthinviews
      Value
      0
      Note
      0 – no extend
      100 - extend 100mm
      Feature
      Automatic views, Automatic drawings
      Description
      This extension value stretches the Orthocube from the center of the support to both ends of the pipe, so that more of the pipe geometry is represented in the view.
      General
      nan

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