CATTPSEditor Setting Repository

CATTPSEditor

Role: Manages Functional Tolerancing and Annotation options

The CATTPSEditor repository has the following characteristics:

• Primary Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerancing
• Repository File: CATTPSEditor
• Version: 1
• Full Compatibility: 1
• Upward Compatibility: 1
• Root tab page /Mechanical Design/Functional Tolerancing and Annotation/Administration reused as /Infrastructure/3D Annotations Infrastructure/Administration

CATTPSEditor setting repository attributes:

• AfterCre
  Role: Display insert text after manipulators during creation
  Detailed role: Insert text after manipulator lets you easily insert a text after a dimension main value during creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• AfterMod
  Role: Display insert text after manipulators during modification
  Detailed role: Insert text after manipulator lets you easily insert a text after a dimension main value during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• AnalysisDisplayMode
  Role: Activate analysis display mode
  Detailed role: Displays the various types of dimensions in different and customizable colors.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 1
• AnnotInvalid
  Role: Invalid dimensions and annotations
  Detailed role: Defines the color used in analysis display mode to represent invalid dimensions and annotations.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 1
• AnnotInvalidCol
  Role: Color used in analysis display mode to represent invalid dimensions and annotations
  Detailed role: Defines the color used in analysis display mode to represent invalid dimensions and annotations.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• AnnotOnDelGeom
  Role: Dimensions and annotations on deleted geometry
  Detailed role: Defines the color used in analysis display mode to represent dimensions and annotations on deleted geometry.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 1
• AnnotOnDelGeomCol
  Role: Color used in analysis display mode to represent dimensions and annotations on deleted geometry
  Detailed role: Defines the color used in analysis display mode to represent dimensions and annotations on deleted geometry.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• AnnotOnUnloadGeom
  Role: Dimensions and annotations on unloaded geometry
  Detailed role: Defines the color used in analysis display mode to represent dimensions and annotations on unloaded geometry.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 1
• AnnotOnUnloadGeomCol
  Role: Color used in analysis display mode to represent dimensions and annotations on unloaded geometry
  Detailed role: Defines the color used in analysis display mode to represent dimensions and annotations on unloaded geometry.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• ApplyViewpointAtViewActivationSetting
  Role: Apply first related capture viewpoint
  Detailed role: Apply to the 3D scene the viewpoint corresponding to the first capture related to the view.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 0
• ApplyVisuFilterAtViewActivationSetting
  Role: Apply first related capture visual filter
  Detailed role: Apply to the 3D scene the visual filter corresponding to the first capture related to the view.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 1
• BeforeCre
  Role: Display insert text before manipulators during creation
  Detailed role: Insert text before manipulator lets you easily insert a text before a dimension main value during creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• BeforeMod
  Role: Display insert text before manipulators during modification
  Detailed role: Insert text before manipulator lets you easily insert a text before a dimension main value during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• BlankingCre
  Role: Display modify blanking manipulators during creation
  Detailed role: Modify blanking manipulators let you modify interactively the blanking of each extension line during creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• BlankingMod
  Role: Display modify blanking manipulators during modification
  Detailed role: Modify blanking manipulators let you modify interactively the blanking of each extension line during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• BrokenLinksAutoReconnectionModeSetting
  Role: Different modes available for automatic reconnection of broken links
  Detailed role: Different modes available for automatic reconnection of broken links.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Annotation
  • Type: integer
  • Default value: 0
  • Min value: 0
  • Max value: 2
• BrokenLinksAutoReconnectionSetting
  Role: Automatically propose reconnection of broken links
  Detailed role: Automatically proposes the reconnection of broken links.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Annotation
  • Type: boolean
  • Default value: 1
• CAPTURE_BODY_HIDE_ALLOWED
  Role: Manage the visibility of part instances, bodies and geometrical sets
  Detailed role: Defines whether the visibility status of part instances in products, bodies and geometrical sets in parts is managed by captures or not.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Annotation
  • Type: boolean
  • Default value: 0
• CaptureCurrentAndUnsetAtViewActivationSetting
  Role: Set related captures as current and unset others
  Detailed role: Set as current all the captures which are associated to this view and unset all the others.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 1
• CaptureNameUnicitySetting
  Role: Ensure uniqueness of capture names
  Detailed role: Define the behavior for capture names during creation and modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Administration
  • Type: boolean
  • Default value: 0
• CATDrwTbAnchorPointSetting
  Role: Anchor point setting
  Detailed role: Property toolbar anchor point setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbBoldSetting
  Role: Bold setting
  Detailed role: Property toolbar bold setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbColorSetting
  Role: Color setting
  Detailed role: Property toolbars color setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbDimensionLineSetting
  Role: Dimension line setting
  Detailed role: Property toolbars dimension line setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbFontNameSetting
  Role: Font name setting
  Detailed role: Property toolbar font name setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbFontSizeSetting
  Role: Font sizesetting
  Detailed role: Property toolbar font size setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbFrameSetting
  Role: Frame setting
  Detailed role: Property toolbars frame setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbItalicSetting
  Role: Italic setting
  Detailed role: Property toolbar italic setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbJustificationSetting
  Role: Justification setting
  Detailed role: Property toolbar justification setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbLineTypeSetting
  Role: Line type setting
  Detailed role: Property toolbars line type setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbNumDispDescSetting
  Role: Number display description setting
  Detailed role: Property toolbars number display description setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbPatternSetting
  Role: Pattern setting
  Detailed role: Property toolbars pattern setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbPointTypeSetting
  Role: Point type setting
  Detailed role: Property toolbars point type setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbPrecisionSetting
  Role: Precision setting
  Detailed role: Property toolbars precision setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbStrikeThroughSetting
  Role: Strike through setting
  Detailed role: Property toolbar strike through setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbSymbolSetting
  Role: Symbol setting
  Detailed role: Property toolbars symbol setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbThicknessSetting
  Role: Thickness setting
  Detailed role: Property toolbars thickness setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbTolerancesSetting
  Role: Tolerance properties settings
  Detailed role: Property toolbar behavior for tolerance description and tolerance proerties.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATDrwTbUnderOverLineSetting
  Role: Underline/over line setting
  Detailed role: Property toolbar underline/over line setting.
  
  • Tab Page: /Mechanical Design/Drafting/Administration
  • Type: integer
  • Default value: 2
  • Values:

    0	Fix value
    1	Value based on element type
    2	Value based on style
    3	Value based on style (no overload)

• CATFTAAnnotOnZeroZSetting
  Role: Dimension Default Position Along View Normal
  Detailed role: Options for dimensions default position management at creation time.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 0
• CATFTAChamferDefaultLowerTolSetting
  Role: Default lower tolerance value for chamfer size
  Detailed role: Defines the default lower tolerance value for angular size, enabled when Symmetric lower limit is not selected.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: -0.1
  • Min value: -1000000
  • Max value: 1000000
• CATFTAChamferDefaultUpperTolSetting
  Role: Default upper tolerance value for chamfer size
  Detailed role: Defines the default upper tolerance value for chamfer size.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: 0.1
  • Min value: -1000000
  • Max value: 1000000
• CATFTAChamferGeneralTolASMEClassSetting
  Role: General tolerance class for chamfer size ASME standard
  Detailed role: Defines the general tolerance class for chamfer size, according to ASME Standard
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: integer
  • Default value: 0
  • Min value: 0
  • Max value: 3
• CATFTAChamferGeneralTolClassSetting
  Role: General tolerance class for chamfer size ISO standard
  Detailed role: Defines the general tolerance class for chamfer size, according to ISO Standard
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: integer
  • Default value: 0
  • Min value: 0
  • Max value: 3
• CATFTAChamferNumValStepSetting
  Role: Numerical value increment for chamfer size
  Detailed role: Defines the numerical value increment for chamfer size .
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: 0.1
  • Min value: -1000000
  • Max value: 1000000
• CATFTAChamferSymLowerTolSetting
  Role: Symmetric lower limit for chamfer size
  Detailed role: Defines whether the default lower tolerance value is symmetric in relation to the default upper tolerance value or not.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: boolean
  • Default value: 1
• CATFTAEdgesColorSetting
  Role: Constructed geometry edge color
  Detailed role: Defines the constructed geometry edge color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• CATFTAEdgesLineTypeSetting
  Role: Constructed geometry edge type
  Detailed role: Defines the constructed geometry edge type.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 4
  • Min value: 1
  • Max value: 7
• CATFTAEdgesThicknessSetting
  Role: Constructed geometry edge thickness
  Detailed role: Defines the constructed geometry edge thickness.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 1
  • Min value: 1
  • Max value: 55
• CATFTAUFAutoTolerancingSetting
  Role: File name and path to the tolerancing schema catalog that has to be used for the automatic tolerancing of User Features
  Detailed role: File name and path to the tolerancing schema catalog that has to be used for the automatic tolerancing of User Features.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerancing
  • Type: string
  • Default value:
• CATFTAUseLastTolerancesSetting
  Role: New Size Tolerances Creation
  Detailed role: Options for default size tolerances values management at creation time.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: boolean
  • Default value: 0
• CATTPSMirrorAnnotSet
  Role: Mirror annotations
  Detailed role: Restore readability of annotations when displaying capture.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 1
• ChangePrimaryViewPlaneSetting
  Role: Change primary view plane
  Detailed role: Changes primary view plane when selecting a reference element during primary view creation. View box dimensions remain the same as define in the standard.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 1
• ConfigurationSnapping
  Role: Configure snapping
  Detailed role: Configures the way dimension snaps its position on the grid or its value between symbols.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: integer
  • Default value: 1
  • Values:

    1	On the grid Detailed role: Snaps the position of the dimension on the grid.
    2	With value between symbols Detailed role: Snaps the value to its standard position if it's located between symbols.
    3	Both Detailed role: Both snaps position on the grid and value between symbols.

• CreateAnnotBodyOnAnnotPlaneSetting
  Role: Annotation Default Position Along View Normal
  Detailed role: Options for annotations default position management at creation time.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 0
• CreateCaptureAxonometricViewSetting
  Role: An axonometric view
  Detailed role: Automatically create a dedicated capture when creating an axonometric view.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 1
• CreateCapturePrincipalViewSetting
  Role: A principal view
  Detailed role: Automatically create a dedicated capture when creating a principal view.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 1
• CreateCaptureProjectionViewSetting
  Role: A projection view
  Detailed role: Automatically create a dedicated capture when creating a projection view.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 0
• CreateCaptureSectionViewsSetting
  Role: A section view or a section cut
  Detailed role: Automatically create a dedicated capture when creating a section view or a section cut.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 1
• CreateLeaderExtremityInLimitsSetting
  Role: Try to create leader extremity in limits
  Detailed role: Define where to create the leader extremity if possible.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: double
  • Default value: 2.0
  • Min value: 0
  • Max value: 1000000
• CreateLeaderExtremityPosSetting
  Role: Specifies Leader Extremity Position
  Detailed role: Define where to create the leader extremity if possible.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: integer
  • Default value: 1
  • Values:

    1	Try to create leader extremity on the selection point Detailed role: Define where to create the leader extremity if possible.
    2	Try to create leader extremity in limits Detailed role: Define where to create the leader extremity if possible.
    3	Try to create leader extremity in the annotation plane Detailed role: Define where to create the leader extremity if possible.

• DIM_ANG_GENERAL_TOL_ASME_CLASS
  Role: General tolerance class for angular size ASME standard
  Detailed role: Defines the general tolerance class for angular size, according to ASME Standard
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: integer
  • Default value: 0
  • Min value: 0
  • Max value: 3
• DIM_ANG_GENERAL_TOL_CLASS
  Role: General tolerance class for angular size ISO standard
  Detailed role: Defines the general tolerance class for angular size, according to ISO Standard
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: integer
  • Default value: 0
  • Min value: 0
  • Max value: 3
• DIM_GENERAL_TOL_ASME_CLASS
  Role: General tolerance class for linear size ASME standard
  Detailed role: Defines the general tolerance class for linear size, according to ASME Standard.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: integer
  • Default value: 0
  • Min value: 0
  • Max value: 3
• DIM_GENERAL_TOL_CLASS
  Role: General tolerance class for linear size ISO standard
  Detailed role: Defines the general tolerance class for linear size, according to ISO Standard.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: integer
  • Default value: 0
  • Min value: 0
  • Max value: 3
• DimCircle
  Role: By default, create dimensions on circle's or cylinder's or revolute's center or axis or edge
  Detailed role: By default, creates dimensions on circle's or cylinder's or revolute's center or axis or edge.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: integer
  • Default value: 1
  • Values:

    1	Create dimensions on circle's or cylinder's or revolute's center or axis Detailed role: Creates dimensions on circle's or cylinder's or revolute's center or axis.
    2	Create dimensions on circle's or cylinder's or revolute's edge Detailed role: Creates dimensions on circle's or cylinder's or revolute's edge.

• DimLinePosRelative
  Role: Constant offset between dimension line and geometry
  Detailed role: Lets the dimension line remain at a defined distance from the geometry when the geometry is moving.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 0
• DimLinePosValue
  Role: Default dimension line/geometry distance
  Detailed role: Defines the default distance between dimension line and geometry at creation and/or when moving the geometry.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: double
  • Default value: 5.0
  • Min value: -1000.0
  • Max value: 1000.0
• DimMoveSubPart
  Role: Move only selected sub-part
  Detailed role: Allows to move only the selected sub-part of the dimension(dimension line, value, or dimension line secondary).
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 0
• DimSketch
  Role: Dimension following the cursor (CTRL toggles)
  Detailed role: Dimension follows the mouse cursor.Pressing the "CTRL" key lets you temporarily activate or deactivate this mode.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 0
• DimSnap
  Role: Snap by default (SHIFT toggles)
  Detailed role: Activates snapping when moving dimensions.Use the "Configure snapping" button to customize the way the dimension snaps.
  Pressing the "Shift" key lets you temporarily activate or deactivate this mode.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 0
• DistinguishCaseInUnicitySetting
  Role: Distinguish lower case and upper case
  Detailed role: Distinguish lower case and upper case characters while checking naming uniqueness.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Administration
  • Type: boolean
  • Default value: 0
• DistinguishCodeInUnicitySetting
  Role: Distinguish SBCS and DBCS characters
  Detailed role: Distinguish SBCS and DBCS characters while checking naming uniqueness.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Administration
  • Type: boolean
  • Default value: 0
• DrwLineUpAutoFunnel
  Role: Automatically add a funnel
  Detailed role: Automatically adds a funnel whenever the value of the dimension cannot be displayed correctly without it.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 1
• DrwLineUpCumulVal
  Role: Align cumulated dimension values
  Detailed role: Aligns all the values of a group of cumulated dimensions on the value of the smallest dimension of the group.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 1
• DrwLineUpStackVal
  Role: Align stacked dimension values
  Detailed role: Aligns all the values of a group of stacked dimensions on the value of the smallest dimension of the group.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 0
• DrwTextOnAttachmentPtsOnly
  Role: Allow attachment points selection during positional link creation
  Detailed role: If this option is activated, it is possible to select attachment points on annotation when creating an annotation or creating a positional link.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Annotation
  • Type: boolean
  • Default value: 1
• EditCaptureEndCreationSetting
  Role: Edit filter at the end of capture creation command
  Detailed role: Launch the edition of the created capture filter just after the end of the capture creation command.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 0
• FilterPrdFTAFeatures
  Role: Do not load annotations with missing related geometric elements
  Detailed role: Do not load annotations, in the specification tree and the geometry area, with missing related geometric elements.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• FilterPrdFTAFeaturesMode
  Role: By default, at least one related geometric element is missing"
  Detailed role: By default, do not load annotations when at least one related geometric element is missing.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: integer
  • Default value: 1
  • Values:

    1	At least one related geometric element is missing Detailed role: Do not load annotations when at least one related geometric element is missing.
    2	All related geometric elements are missing Detailed role: Do not load annotations when all related geometric elements are missing.

• LeaderAssociativity
  Role: Leader associativity to the geometry
  Detailed role: Defines associativity to the geometry for leader of 3D annotations at creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerancing
  • Type: integer
  • Default value: 0
  • Values:

    0	Free Detailed role: Allows leader extremity to move freely on the geometry.
    1	Perpendicular Detailed role: Makes leader perpendicular to the geometry.

• ManipMovableDatumCre
  Role: Display indicate a movable datum manipulators during selection
  Detailed role: Indicate a movable datum manipulator lets you indicate if the datum is movable (it is only available for datum target) during selection.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• ManipMovableDatumMod
  Role: Display indicate a movable datum manipulators during modification
  Detailed role: Indicate a movable datum
  manipulator lets you indicate if the datum is movable (it is only available for datum target) during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• ManipMoveLeaderAnchorCre
  Role: Display move leader anchor point manipulators during selection
  Detailed role: Move leader anchor point manipulator lets you move the anchor point of the leader (and only the anchor point) during selection.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• ManipMoveLeaderAnchorMod
  Role: Display move leader anchor point manipulators during modification
  Detailed role: Move leader anchor point manipulator lets you move the anchor point of the leader (and only the anchor point) during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• ManipMoveLeaderCre
  Role: Display move leader manipulators during selection
  Detailed role: Move leader manipulator lets you move the leader extremity (and only the extremity) during selection.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• ManipMoveLeaderMod
  Role: Display move leader manipulators during modification
  Detailed role: Move leader manipulator lets you move the leader extremity (and only the extremity) during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• ManipMoveValueAnnotCre
  Role: Display slide text manipulators during selection
  Detailed role: Slide text manipulator lets you slide the text (only the text and not its leaders) during selection.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• ManipMoveValueAnnotMod
  Role: Display slide text manipulators during modification
  Detailed role: Slide text manipulator lets you slide the text (only the text and not its leaders) during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• ManipRefSize
  Role: Reference size for displaying manipulators
  Detailed role: Defines the reference size used for displaying manipulators.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: double
  • Default value: 2.0
  • Min value: 0.0
  • Max value: 1000000.0
• ManipResizeAnnotCre
  Role: Display resize text manipulators during selection
  Detailed role: Resize text manipulator lets you resize the annotation during selection.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• ManipResizeAnnotMod
  Role: Display resize text manipulators during modification
  Detailed role: Resize text manipulator lets you resize the annotation during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• ManipTranslationAnnotCre
  Role: Display stretch text manipulators during selection
  Detailed role: Stretch text manipulator lets you lets you stretch the text of the annotation during selection.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• ManipTranslationAnnotMod
  Role: Display stretch text manipulators during modification
  Detailed role: Stretch text manipulator lets you stretch the text of the annotation during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• ManipTranslationLeaderCre
  Role: Display resize leader attachment manipulators during selection
  Detailed role: Resize leader attachment manipulator lets you resize the leader attachment (and only the attachment) during selection.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• ManipTranslationLeaderMod
  Role: Display resize leader attachment text manipulators during modification
  Detailed role: Resize leader attachment manipulator lets you resize the leader attachment (and only the attachment) during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• ManipZoom
  Role: Manipulators zoomable or not
  Detailed role: Defines if manipulators are zoomable like geometry.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• Move2dPartCre
  Role: Display move dimension line secondary part manipulators during creation
  Detailed role: Move dimension line secondary part manipulator lets you easily move the secondary part of a dimension line (and only this part) during creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• Move2dPartMod
  Role: Display move dimension line secondary part manipulators during modification
  Detailed role: Move dimension line secondary part manipulator lets you easily move the secondary part of a dimension line (and only this part) during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• MoveDimLineCre
  Role: Display move dimension line manipulators during creation
  Detailed role: Move dimension line manipulator lets you easily move the dimension line (and only this line) during creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• MoveDimLineMod
  Role: Display move dimension line manipulators during modification
  Detailed role: Move dimension line manipulator lets you easily move the dimension line (and only this line) during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• MoveLeaderCre
  Role: Display move dimension leader manipulators during creation
  Detailed role: Move dimension leader manipulator lets you easily move the leader (and only this part) during creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• MoveLeaderMod
  Role: Display move dimension leader manipulators during modification
  Detailed role: Move dimension leader manipulator lets you easily move the leader (and only this part) during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• MoveValueCre
  Role: Display move value manipulators during creation
  Detailed role: Move value manipulator lets you easily move the dimension value (and only this value) during creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• MoveValueMod
  Role: Display move value manipulators during modification
  Detailed role: Move value manipulator lets you easily move the dimension value (and only this value) during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• NoaCreation
  Role: Allow note object attribute creation
  Detailed role: Allows user to create note object attribute.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerancing
  • Type: boolean
  • Default value: 0
• NonSemanticAllwaysUpgrade
  Role: Always try to create semantic tolerances and dimensions
  Detailed role: When a non-semantic tolerance or dimension is created, an attempt to transform it in a semantic one is always done.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerancing
  • Type: boolean
  • Default value: 1
• NonSemanticDimAllowed
  Role: Non-semantic dimension creation allowed
  Detailed role: Allows or not the creation of non-semantic dimensions.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerancing
  • Type: boolean
  • Default value: 1
• NonSemanticMarked
  Role: Mark non-semantic annotations
  Detailed role: Marks with wavy red line non-semantic 3D annotations of the types: Datum, Datum Target, Geometrical Tolerance and Dimensions.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• NonSemanticTolAllowed
  Role: Non-semantic tolerance creation allowed
  Detailed role: Allows or not the creation of non-semantic tolerances.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerancing
  • Type: boolean
  • Default value: 1
• OrientedSymbol
  Role: Use dimension origin symbol
  Detailed role: Defines whether the dimension origin symbol is used.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 1
• ORunCre
  Role: Display modify overrun manipulators during creation
  Detailed role: Modify overrun manipulators let you modify interactively the overrun of each extension line during creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• ORunMod
  Role: Display modify overrun manipulators during modification
  Detailed role: Modify overrun manipulators let you modify interactively the overrun of each extension line during modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• PUBLISHED_GEOMETRY
  Role: Create annotation on published geometry only
  Detailed role: Creates annotation on published geometry only.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerancing
  • Type: boolean
  • Default value: 0
• ResizeViewBoxOn3DSetting
  Role: Resize view box according to 3D model
  Detailed role: Resizes view box according to 3D model when selecting a reference element during primary view creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 1
• RotSnapAngle
  Role: Rotation snap angle
  Detailed role: Defines the snapping value used when rotating an element using the Select-Rotate command.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: double
  • Default value: 15.0
  • Min value: -355.0
  • Max value: 355.0
• RotSnapAuto
  Role: Automatic snapping when rotating
  Detailed role: Snapping automatically when rotating an element.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 0
• SnapOnDirectionSetting
  Role: Snap on privileged directions
  Detailed role: Snaps annotation leaders or arrows on privileged directions (horizontal or vertical, perpendicular or tangent to a reference).
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Manipulators
  • Type: boolean
  • Default value: 1
• standard
  Role: Default standard at creation
  Detailed role: Sets default standard at creation.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerancing
  • Type: string
  • Default value: ISO_3D
• SwitchOffTxtFlagNoteNOAMarking
  Role: Switch off text, Flag Note and NOA marking
  Detailed role: Switches off the text, Flag Note and NOA marking as non-semantic.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• TPS_AllowDistortions_SETTING
  Role: Allow distortions in the grid
  Detailed role: Allows different graduations and spacing in the grid.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• TPS_ANGLE_SIZE_SYM_SETTING
  Role: Symmetric lower limit for angular size
  Detailed role: Defines whether the default lower tolerance value is symmetric in relation to the default upper tolerance value or not.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: boolean
  • Default value: 1
• TPS_ANNOT_DEFAULTPRECISION_SETTING
  Role: Precision for geometrical tolerance
  Detailed role: Defines the geometrical tolerance precision after the numerical separator.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: integer
  • Default value: 2
  • Min value: 0
  • Max value: 6
• TPS_ANNOT_DEFAULTSEPARATOR_SETTING
  Role: Separator for geometrical tolerance
  Detailed role: Defines the symbol used as separator.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: integer
  • Default value: 11
  • Min value: 0
  • Max value: 18
• TPS_ANNOT_EXTLINELENGTH_SETTING
  Role: Define the extension line length
  Detailed role: Defines the extension line length between the geometrical frame and the its leader.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Annotation
  • Type: double
  • Default value: 0.0
  • Min value: -1e15
  • Max value: 1e15
• TPS_ANNOT_MOVEAFTERCREATION_SETTING
  Role: Annotation following the cursor (CTRL toggles)
  Detailed role: Annotation follows the mouse cursor.Pressing the "CTRL" key lets you temporarily activate or deactivate this mode.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Annotation
  • Type: boolean
  • Default value: 0
• TPS_ANNOT_NUMDESCRIPTION_SETTING
  Role: Description
  Detailed role: Sets the description of numerical display.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: string
  • Default value: NUM.DIMM
• TPS_ANNOT_NUMDISPLAYFACTOR_SETTING
  Role: Display factor
  Detailed role: Sets the number of unit factors to display.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: integer
  • Default value: 1
  • Min value: 1
  • Max value: 2
• TPS_ANNOT_SEMANTICDEFAULTNUM_SETTING
  Role: Default numerical value for geometrical tolerance
  Detailed role: Defines the default numerical for geometrical tolerance.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: 0.1
  • Min value: -1000000
  • Max value: 1000000
• TPS_ANNOT_SEMANTICSTEP_SETTING
  Role: Numerical value increment for geometrical tolerance
  Detailed role: Defines the numerical value increment for geometrical tolerance.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: 0.01
  • Min value: -1000000
  • Max value: 1000000
• TPS_ANNOT_ZEROAFTER_SETTING
  Role: Display trailing zeros
  Detailed role: Defines whether the trailing zeros are displayed or not, according to the precision.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: boolean
  • Default value: 0
• TPS_ANNOT_ZEROBEFORE_SETTING
  Role: Display leading zeros
  Detailed role: Defines whether the "0" before the numerical separator, when value is less than 1, is displayed or not.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: boolean
  • Default value: 1
• TPS_AUTO_LINE_CHECK_SETTING
  Role: Center axis
  Detailed role: Defines whether all the center axis's constructed geometry is automatically created or not, for cylinder, cone.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 1
• TPS_AUTO_PLANE_CHECK_SETTING
  Role: Center plane
  Detailed role: Defines whether all the center plane's constructed geometry is automatically created or not, for slot.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 1
• TPS_AUTO_PT_CHECK_SETTING
  Role: Center point
  Detailed role: Defines whether all the center point's constructed geometry is automatically created or not, for circle center, sphere center.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 1
• TPS_CONTACTING_FEATURE_CHECK_SETTING
  Role: Contacting feature area settings while creating
  Detailed role: Defines whether the following settings are applied while creating a contacting feature.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 1
• TPS_CONTACTING_FEATURE_CURVECOLOR_SETTING
  Role: Contacting feature curve color
  Detailed role: Defines the contacting feature curve color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_CONTACTING_FEATURE_EDGECOLOR_SETTING
  Role: Contacting feature edge color
  Detailed role: Defines the edge color of the contacting feature's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_CONTACTING_FEATURE_EDGETHICKNESS_SETTING
  Role: Contacting feature edge thickness
  Detailed role: Defines the edge thickness of the contacting feature's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 1
  • Min value: 1
  • Max value: 55
• TPS_CONTACTING_FEATURE_LINE_TYPE_SETTING
  Role: Contacting feature edge type
  Detailed role: Defines the edge type of the contacting feature's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 5
  • Min value: 1
  • Max value: 7
• TPS_CONTACTING_FEATURE_POINTCOLOR_SETTING
  Role: Contacting feature point color
  Detailed role: Defines the contacting feature point color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_CONTACTING_FEATURE_SURFACECOLOR_SETTING
  Role: Contacting feature area surface color
  Detailed role: Defines the surface color of the contacting feature.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_CONTACTING_FEATURE_THICKNESS_SETTING
  Role: Contacting feature curve thickness
  Detailed role: Defines the contacti
  ng feature curve thickness.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 1
  • Min value: 1
  • Max value: 55
• TPS_CONTACTING_FEATURE_TRANS_SETTING
  Role: Contacting feature transparency
  Detailed role: Defines the surface color transparency of the contacting feature.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: float
  • Default value: 128.0
  • Min value: 0.0
  • Max value: 255.0
  • Step: 1.0
• TPS_CONTACTING_FEATURE_TYPE_SETTING
  Role: Contacting feature curve type
  Detailed role: Defines the contacting feature curve type.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 5
  • Min value: 1
  • Max value: 7
• TPS_CONTACTING_FEATURE_TYPEP_SETTING
  Role: Contacting feature point type
  Detailed role: Defines the contacting feature point type.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 1
  • Min value: 1
  • Max value: 9
• TPS_DATUM_TARGET_CHECK_SETTING
  Role: Datum target area settings while creating
  Detailed role: Defines whether the following settings are applied while creating a datum target feature.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 1
• TPS_DATUM_TARGET_CURVECOLOR_SETTING
  Role: Datum area curve color
  Detailed role: Defines the datum area curve color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_DATUM_TARGET_EDGECOLOR_SETTING
  Role: Datum target edge color
  Detailed role: Defines the edge color of the datum target's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_DATUM_TARGET_EDGETHICKNESS_SETTING
  Role: Datum target edge thickness
  Detailed role: Defines the edge thickness of the datum target's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 1
  • Min value: 1
  • Max value: 55
• TPS_DATUM_TARGET_LINE_TYPE_SETTING
  Role: Datum target edge type
  Detailed role: Defines the edge type of the datum target's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 5
  • Min value: 1
  • Max value: 7
• TPS_DATUM_TARGET_POINTCOLOR_SETTING
  Role: Datum area point color
  Detailed role: Defines the datum area point color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_DATUM_TARGET_SURFACECOLOR_SETTING
  Role: Datum target area surface color
  Detailed role: Defines the surface color of the datum target.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_DATUM_TARGET_THICKNESS_SETTING
  Role: Datum area curve thickness
  Detailed role: Defines the datum area curve thickness.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 1
  • Min value: 1
  • Max value: 55
• TPS_DATUM_TARGET_TRANS_SETTING
  Role: Datum target transparency
  Detailed role: Defines the surface color transparency of the datum target.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: float
  • Default value: 128.0
  • Min value: 0.0
  • Max value: 255.0
  • Step: 1.0
• TPS_DATUM_TARGET_TYPE_SETTING
  Role: Datum target curve type
  Detailed role: Defines the datum target curve type.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 5
  • Min value: 1
  • Max value: 7
• TPS_DATUM_TARGET_TYPEP_SETTING
  Role: Datum area point type
  Detailed role: Defines the datum area point type.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 1
  • Min value: 1
  • Max value: 9
• TPS_GRAPHIC_PROP_CHECK_SETTING
  Role: Apply graphic properties settings while creating constructed geometry
  Detailed role: Defines whether all the graphic properties settings are applied or not.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 1
• TPS_GRAPHIC_PROP_COLOR1_SETTING
  Role: Red constituent of constructed geometry surface color
  Detailed role: Defines Red constituent of the constructed geometry surface color for plane and cylinder.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_GRAPHIC_PROP_COLOR2_SETTING
  Role: Green constituent of constructed geometry surface color
  Detailed role: Defines Green constituent of the constructed geometry surface color for plane and cylinder.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_GRAPHIC_PROP_COLOR3_SETTING
  Role: Blue constituent of constructed geometry surface color
  Detailed role: Defines Blue constituent of the constructed geometry surface color for plane and cylinder.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_GRAPHIC_PROP_COLORL1_SETTING
  Role: Red constituent of constructed geometry curve color
  Detailed role: Defines Red constituent of the constructed geometry curve color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_GRAPHIC_PROP_COLORL2_SETTING
  Role: Green constituent of constructed geometry curve color
  Detailed role: Defines Green constituent of the constructed geometry curve color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_GRAPHIC_PROP_COLORL3_SETTING
  Role: Blue constituent of constructed geometry curve color
  Detailed role: Defines Blue constituent of the constructed geometry curve color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_GRAPHIC_PROP_COLORP1_SETTING
  Role: Red constituent of constructed geometry point color
  Detailed role: Defines Red constructed geometry point color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_GRAPHIC_PROP_COLORP2_SETTING
  Role: Green constituent of constructed geometry point color
  Detailed role: Defines Green constituent of the constructed geometry point color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_GRAPHIC_PROP_COLORP3_SETTING
  Role: Blue constituent of constructed geometry point color
  Detailed role: Defines Blue constituent of the constructed geometry point color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_GRAPHIC_PROP_THICKNESS_SETTING
  Role: Constructed geometry curve thickness
  Detailed role: Defines the constructed geometry curve thickness.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 1
  • Min value: 1
  • Max value: 55
• TPS_GRAPHIC_PROP_TRANS_SETTING
  Role: Constructed geometry transparency
  Detailed role: Defines the surface color transparency of the constructed geometry.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: float
  • Default value: 128.0
  • Min value: 0.0
  • Max value: 255.0
  • Step: 1.0
• TPS_GRAPHIC_PROP_TYPE_SETTING
  Role: Constructed geometry curve type
  Detailed role: Defines the constructed geometry curve type.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 4
  • Min value: 1
  • Max value: 7
• TPS_GRAPHIC_PROP_TYPEP_SETTING
  Role: Constructed geometry point type
  Detailed role: Defines the constructed geometry point type.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: unsigned integer
  • Default value: 1
  • Min value: 1
  • Max value: 9
• TPS_GRIDDISPLAY_SETTING
  Role: Display the grid
  Detailed role: Defines that you will display the grid.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• TPS_GridPrimarySpacing_SETTING
  Role: Main grid spacing in horizontal direction
  Detailed role: Defines the main spacing to be applied to the grid in the horizontal direction.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: double
  • Default value: 100.0
  • Min value: 0.0
  • Max value: 1000000
  • Step: 5.0
• TPS_GridSecondaryStep_SETTING
  Role: Number of graduations in horizontal direction
  Detailed role: Applies a given number of graduations to each primary spacing in the horizontal direction.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: integer
  • Default value: 10
  • Min value: 1
  • Max value: 100000
• TPS_GRIDSNAPT_SETTING
  Role: Snap to point
  Detailed role: Helps you creating points at given locations.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• TPS_GridVPrimarySpacing_SETTING
  Role: Main grid spacing in vertical direction
  Detailed role: Defines the main spacing to be applied to the grid in the vertical direction.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: double
  • Default value: 100.0
  • Min value: 0.0
  • Max value: 1000000
  • Step: 5.0
• TPS_GridVSecondaryStep_SETTING
  Role: Number of graduations in vertical direction
  Detailed role: Applies a given number of graduations to each primary spacing in the vertical direction.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: integer
  • Default value: 10
  • Min value: 1
  • Max value: 100000
• TPS_HIGHLIGHT_DEF_ANNOT_SETTING
  Role: Allow query for default annotation (automatic selection mode)
  Detailed role: Allows query for default annotation (automatic selection mode).
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 1
• TPS_LIMITS_OVERRUN_SETTING
  Role: All around overrun
  Detailed role: Defines the minimal limit between the constructed geometry and its related geometry.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Constructed Geometry
  • Type: double
  • Default value: 10.0
  • Min value: 0.0
  • Max value: 1000000.0
• TPS_NODE_ANNOTUNDERSET_SETTING
  Role: Annoations under annotation set node
  Detailed role: Specifies whether annotations are displayed under the annotation set node in the specification tree.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 1
• TPS_NODE_ANNOTUNDERVIEW_SETTING
  Role: Annotations under view/annotation plane nodes
  Detailed role: Specifies whether annotations are displayed under the view/annotation plane nodes in the specification tree.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• TPS_NODE_PARAMETERS_SETTING
  Role: Display parameters under annotation feature node
  Detailed role: Displays annotation parameters under the annotation feature node.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• TPS_NODE_UNDERFEAT_SETTING
  Role: Annotations under geometric feature nodes
  Detailed role: Specifies whether annotations are displayed under the geometric feature nodes in the specification tree.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• TPS_RESTRICTED_AREA_CHECK_SETTING
  Role: Apply restricted area settings while creating
  Detailed role: Defines whether the following settings are applied while creating a restricted area feature.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 1
• TPS_RESTRICTED_AREA_COLOR1_SETTING
  Role: Red constituent of restricted area surface color
  Detailed role: Defines Red constituent of the surface color of the restricted area.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_RESTRICTED_AREA_COLOR2_SETTING
  Role: Green constituent of restricted area surface color
  Detailed role: Defines Green constituent of the surface color of the restricted area.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_RESTRICTED_AREA_COLOR3_SETTING
  Role: Blue constituent of restricted area surface color
  Detailed role: Defines Blue constituent of the surface color of the restricted area.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_RESTRICTED_AREA_COLORL1_SETTING
  Role: Red constituent of restricted area edge color
  Detailed role: Defines Red constituent of the edge color of the restricted area's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_RESTRICTED_AREA_COLORL2_SETTING
  Role: Green constituent of restricted area edge color
  Detailed role: Defines Green constituent of the edge color of the restricted area's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_RESTRICTED_AREA_COLORL3_SETTING
  Role: Blue constituent of restricted area edge color
  Detailed role: Defines Blue constituent of the edge color of the restricted area's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_RESTRICTED_AREA_CURVECOLOR_SETTING
  Role: Restricted area curve color
  Detailed role: Defines the restricted area curve color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_RESTRICTED_AREA_POINTCOLOR_SETTING
  Role: Restricted area point color
  Detailed role: Defines the restricted area point color.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 0
  • Min value: 0
  • Max value: 255
• TPS_RESTRICTED_AREA_THICKNESS_SETTING
  Role: Restricted area curve thickness
  Detailed role: Defines the restricted area curve thickness.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 2
  • Min value: 1
  • Max value: 55
• TPS_RESTRICTED_AREA_TRANS_SETTING
  Role: Restricted area transparency
  Detailed role: Defines the surface color transparency of the restricted area.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: float
  • Default value: 128.0
  • Min value: 0.0
  • Max value: 255.0
  • Step: 1.0
• TPS_RESTRICTED_AREA_TYPE_SETTING
  Role: Restricted area curve type
  Detailed role: Defines the restricted area curve type.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 4
  • Min value: 1
  • Max value: 7
• TPS_RESTRICTED_AREA_TYPEP_SETTING
  Role: Restricted area point type
  Detailed role: Defines the restricted area point type.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 1
  • Min value: 1
  • Max value: 9
• TPS_RESTRICTED_LINE_TYPE_SETTING
  Role: Restricted area edge type
  Detailed role: Defines the edge type of the restricted area's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 4
  • Min value: 1
  • Max value: 7
• TPS_RESTRICTED_THICKNESS_SETTING
  Role: Restricted area edge thickness
  Detailed role: Defines the edge thickness of the restricted area's border.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: unsigned integer
  • Default value: 2
  • Min value: 1
  • Max value: 55
• TPS_SIZE_DEFAULTLOWERANGLENUM_SETTING
  Role: Default lower tolerance value for angular size
  Detailed role: Defines the default lower tolerance value for angular size, enabled when Symmetric lower limit is not selected.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: -0.1
  • Min value: -355.0
  • Max value: 355.0
• TPS_SIZE_DEFAULTLOWERNUM_SETTING
  Role: Default lower tolerance value for linear size
  Detailed role: Defines the default lower tolerance value for linear size, enabled when Symmetric lower limit is not selected.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: -0.1
  • Min value: -1000000
  • Max value: 1000000
• TPS_SIZE_DEFAULTNUMANGLESTEP_SETTING
  Role: Numerical value increment for angular size
  Detailed role: Defines the numerical value increment for angular size .
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: 0.1
  • Min value: -355.0
  • Max value: 355.0
• TPS_SIZE_DEFAULTNUMSTEP_SETTING
  Role: Numerical value increment for linear size
  Detailed role: Defines the numerical increment value for linear size .
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: 0.01
  • Min value: -1000000
  • Max value: 1000000
• TPS_SIZE_DEFAULTTAB_SETTING
  Role: Default tabulated value for linear size
  Detailed role: Defines the default tabulated value for linear size.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: string
  • Default value: H7
• TPS_SIZE_DEFAULTUPPERANGLENUM_SETTING
  Role: Default upper tolerance value for angular size
  Detailed role: Defines the default upper tolerance value for angular size.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: 0.1
  • Min value: -355.0
  • Max value: 355.0
• TPS_SIZE_DEFAULTUPPERNUM_SETTING
  Role: Default upper tolerance value for linear size
  Detailed role: Defines the default upper tolerance value for linear size.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: double
  • Default value: 0.1
  • Min value: -1000000
  • Max value: 1000000
• TPS_SIZE_SYM_SETTING
  Role: Symmetric lower limit for linear size
  Detailed role: Defines whether the default lower tolerance value is symmetric in relation to the default upper tolerance value or not.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerances
  • Type: boolean
  • Default value: 1
• TPS_TPS_GSM_NORMALSHIFTED_SETTING
  Role: Display for shifted profile tolerance
  Detailed role: Defines the display option for shifted profile tolerance.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• TPSDimLineUpOffsetBetDimAngle
  Role: Default offset between dimensions for radius/diameter dimensions
  Detailed role: Defines the default value for the offset between dimensions, for radius/diameter dimensions.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: double
  • Default value: 15.0
  • Min value: -180.0
  • Max value: 180.0
• TPSDimLineUpOffsetBetDimLength
  Role: Default offset between dimensions for length/distance/angle dimensions
  Detailed role: Default value for the offset between dimensions, for length/distance/angle dimensions.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: double
  • Default value: 10.0
  • Min value: -1000.0
  • Max value: 1000.0
• TPSDimLineUpOffsetToRefAngle
  Role: Default offset to reference for radius/diameter dimensions
  Detailed role: Defines the default value for the offset to the reference, for radius/diameter dimensions.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: double
  • Default value: 0.0
  • Min value: -180.0
  • Max value: 180.0
• TPSDimLineUpOffsetToRefLength
  Role: Default offset to reference for length/distance/angle dimensions
  Detailed role: Defines the default value for the offset to the reference, for length/distance/angle dimensions.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: double
  • Default value: 0.0
  • Min value: -1000.0
  • Max value: 1000.0
• TPSPATTERNSECT
  Role: Display pattern for clipping plane
  Detailed role: Displays hatching, coloring or dotting for clipping plane in the 3D viewer.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Display
  • Type: boolean
  • Default value: 0
• TPSUpgradeGeneralTol
  Role: Always try to create semantic general tolerances on dimensions
  Detailed role: When a non-semantic dimension is created, an attempt to transform it in a semantic one is always done.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Tolerancing
  • Type: boolean
  • Default value: 0
• TrueDim
  Role: Color used in analysis display mode to represent True length dimensions
  Detailed role: Defines the color used in analysis display mode to represent True length dimensions.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: boolean
  • Default value: 1
• TrueDimCol
  Role: Color used in analysis display mode to represent True length dimensions
  Detailed role: Defines the color used in analysis display mode to represent True length dimensions.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Dimension
  • Type: integer
  • Default value: 255
  • Min value: 0
  • Max value: 255
• ViewAssociativity
  Role: Create views associative to geometry
  Detailed role: Associativity between views and geometry allows views and their 3D annotations to be automatically updated when the geometry is modified.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 1
• ViewNameUnicitySetting
  Role: Ensure uniqueness of view names
  Detailed role: No identical view names during creation and modification.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/Administration
  • Type: boolean
  • Default value: 0
• ViewProfile
  Role: Visualization of the profile in the current view
  Detailed role: Defines whether the profile of the sectioned or cut geometry is displayed in the current view.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 0
• ViewReferential
  Role: View axis display
  Detailed role: Specifies whether the axis is displayed in the current view.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: integer
  • Default value: 2
  • Values:

    0	View axis systems always hidden Detailed role: All the axis systems are hidden.
    1	View axis systems displayed for current view only Detailed role: Only the axis system of the active view/annotation plane is displayed.
    2	View axis systems displayed for last selected view Detailed role: Only the axis system of the last selected view/annotation plane, in multi-selection context, is displayed.

• ViewReferentialZoomable
  Role: View axis zoomable
  Detailed role: Defines whether the view axis is zoomable like geometry.
  
  • Tab Page: /Mechanical Design/Functional Tolerancing and Annotation/View Annotation Plane
  • Type: boolean
  • Default value: 1

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