!
! 2003.10.08  P.Schwital/M.Schädler     Partielles Laden aus, Drafting_narrowDimensionDisplayType:
! 2003.12.18  P.Schwital                Zufallsfarben UG_randomColorObjectType:  bodies
!					UG_drawingBackgroundColor: 44
!					Drafting_SFsymbolLineWidth: thin
! 2004.03.24  P.Schwital/D.Eberth	UG_3DInputSensitivity von 3 auf 6 erhöht
! 2004.03.24  P.Schwital/D.Eberth	UGMGR_UpdateTransform:          off !ps 18.06.2004
! 2004.04.08  D.Eberth			UGMGR_WebServer auf "http://tst-tc90/" eingestellt
! 2004.07.05  P.Schwital		Solids_UdfLibraryFile auf R:\\KBA_udf\\nx2\\udf_library_file.txt geändert
! 2004.07.16  P.Schwital                Drafting_TextFont_xxx angepasst
! 2004.07.30  P.Schwital                Sketch_viewOrientation auf On (= Default) gesetzt
! 2004.09.07  P.Schwital/M.Merker       Drafting_chamferDimensionLeader: linearChamfer
! 					Drafting_smoothEdgeGapSize_MU: 0.01
! 					Drafting_isectGapSize_MU: 0.01
!					UG_reflSmoothLines:  off
! 2004.10.13  P.Schwital		Sketch_viewOrientation: off
!					Assemblies_WorkPartEmphasisColor: 15
! 2004.10.26  P.Schwital		Solids_tolerDist_MU, Solids_MNT_HideOnUse, timestamp_mode
!                                       UG_drawingMonochromeDisplay: off
!					UG_showDrawingGrid:                   off
!					UG_drawingRectangularGridEmphasis:    off
!					UG_drawingGridUnitX_MU:               5.0
!					UG_drawingGridUnitY_MU:               5.0
!					UG_drawingGridLineEveryX_MU:          1
!					UG_drawingGridLineEveryY_MU:          1
!					UG_drawingGridAngularUnit:            15
!					UG_drawingGridRadialUnit_MU:          5.0
!					UG_drawingGridRadialCircleEvery_MU:   1
!					UG_drawingGridRadialEmphasisEvery_MU: 2
!					UG_modelRectangularGridEmphasis:      off
!					UG_modelGridUnitX_MU:                 5.0
!					UG_modelGridUnitY_MU:                 5.0
!					UG_modelGridLineEveryX_MU:            1
!					UG_modelGridLineEveryY_MU:            1
!					UG_modelGridAngularLineEvery:         1
!					UG_modelGridAngularEmphasisEvery:     3
!					UG_modelGridRadialUnit_MU:            5
!					UG_modelGridRadialCircleEvery_MU:     1
!					UG_sketchGridUnitX_MU:                5.0
!					UG_sketchGridUnitY_MU:                5.0
!					UG_sketchGridLineEveryX_MU:           1  
!					UG_sketchGridLineEveryY_MU:           1  
!					UG_sketchGridAngularLineEvery:        1  
!					UG_sketchGridAngularEmphasisEvery:    3  
!					UG_sketchGridRadialCircleEvery_MU:    1  
!					UG_shadedFaceEdges:                   shaded_face_edges_color
!					Drafting_chamferDimensionForm:        sizeAngle
!					Drafting_chamferDimensionStub:        textAfterLeader
!					Drafting_chamferDimensionSymbol:      none
!					Drafting_detailVwLabelParentType:     note
!					Drafting_simplifySmallFeatures: off
!					Drafting_tabnoteSectionBorderWidth_MU: 6.0
!					Drafting_tabnoteCellPrecision:         3
!					Drafting_tabnoteCellTextFont:          iso8859_1
!					Drafting_tabnoteCellTextHeight_MU:     3.5                                        
!
! 2004.11.02  P.Schwital		Drafting_detailVwLabelViewLabelPrefix:     ""!"Einzelheit"
!					Drafting_sectionVwLabelViewLabelPrefix:    ""!"Schnitt"
!					Drafting_otherVwLabelViewLabelPrefix:      ""!"Ansicht"
!					Drafting_detailVwLabelScaleLabelPrefix:    "" !"Massstab"
!					Drafting_sectionVwLabelScaleLabelPrefix:   "" !"Massstab"
!					Drafting_otherVwLabelScaleLabelPrefix:     "" !"Massstab"
!
! 2005.01.13  P. Schwital               Drafting_centerlineAutoCreate:          off
! 2005.02.03  P.Schwital                latin_extended eingetragen (auch bei ugtools als font 13)
!
! 2005.02.03  P.Schwital                Solids_solidDensity:		        7.85  
!					Drafting_cylCenterlineExtension_EU:     0.0 
!					Drafting_cylCenterlineExtension_MU:     0.0 

! 2005.05.24  P.Schwital                Drafting_visWidth:             original		!2005.05.24 ps	! 2002.05.22 I.Hofmann/M.Rigotti     ! 2002.07.08 D.Eberth/M.Rigotti wieder zurück auf original
!
! 2005.06.28  P.Schwital                UG_navigateAutoPerspOff:  on			    !28.05.2005
! 2005.06.28  P.Schwital                Drafting_TextFont_n: KBA-Symbolfont   !ps 13.10.2005

!

!
!Änderungen Martino Rigotti  !mr
!Änderungen Peter Schwital   !ps
!
!
!
!
! ****************************************************************************
! **                                                                        **
! **        Copyright (c) 1992-2003 Electronic Data Systems Corporation     **
! **                   Unpublished - All Rights Reserved                    **
! **                                                                        **
! **  Welcome to the Unigraphics Customer Defaults File                     **
! **                                                                        **
! ** The purpose of this file is to allow the user to alter certain         **
! ** characteristics of Unigraphics at run-time. This file is sectioned     **
! ** into eleven parts:                                                     **
! **                                                                        **
! ** UG Gateway : The parameters that affect the core UG system are         **
! **              specified in this section. These defaults all begin with  **
! **              the prefix 'UG'.                                          **
! **                                                                        **
! **     Solids : The parameters that affect the Modeling application       **
! **		  are specified in this section. These defaults all begin   **
! **		  with the prefix 'Solids'.                                 **
! **                                                                        **
! **     Sketch : The parameters that affect the Sketcher application       **
! **		  are specified in this section. These defaults all begin   **
! **		  with the prefix 'Sketch'.                                 **
! **                                                                        **
! **   Drafting : The parameters that affect the Drafting application are   **
! **              specified in this section. These defaults all begin with  **
! **              the prefix 'Drafting'.                                    **
! **                                                                        **
! **        AXS : The parameters that affect associative cross sectioning   **
! **		  are specified in this section.  These defaults all begin  **
! **              with the prefix 'Axs'.                   	            **
! **                                                                        **
! ** Assemblies : The parameters that affect the Assemblies application are **
! **              specified in this section.  These defaults all begin with **
! **              the prefix 'Assemblies'.                   	            **
! **                                                                        **
! **        CAM : The parameters that affect the Manufacturing application  **
! **              are specified in this section. These defaults all begin   **
! **              with the prefix 'CAM'.                                    **
! **                                                                        **
! ** UG/Manager : The parameters that affect the UG/Manager application are **
! **              specified in this section. These defaults all begin with  **
! **              the prefix 'UGMGR'.                                      **
! **                                                                        **
! **        SMD : Sheet Metal Design defaults are in ug_smd.def             **
! **                                                                        **
! **        CAE : The parameters that affect the Engineering application    **
! **              are specified in this section. These defaults all begin   **
! **              with the prefix 'CAE'.                                    **
! **                                                                        **
! **        DIE : The parameters that affect the Die Engineering and        **
! **              Die Design application are specified in this section.     **
! **              These defaults all begin with the prefix 'DIE'.           **
! **                                                                        **
! **        RPI : Rapid Prototyping parameters that affect whether the      **
! **              facet set is cleaned of degeneracies and non-manifold     **
! **              vertices before writing to the output file. These         **
! **              defaults all begin with the prefix 'RPI'.
! **                                                                        **
! ****************************************************************************
! **                                                                        **
! **   IMPORTANT *** IMPORTANT *** IMPORTANT *** IMPORTANT *** IMPORTANT    **
! **                                                                        **
! ** After modifying this file, execute ug_validate to verify that all      **
! ** defaults are valid.  The format for this command is:		    **
! ** 'ug_validate -g ug_metric.def'.   					    **
! **                                                                        **
! ****************************************************************************
!
! ****************************************************************************
! ** File Format Information                                                **
! **                                                                        **
! ** Customer Defaults are described in this file as name:value pairs.      **
! ** Each default is defined on one or more lines with a "name : value"     **
! ** format.                                                                **
! **									    **
! ** The name identifier is of the form 'ApplicationID_DefaultName'.        **
! ** If the application id is absent, the default is considered a	    **
! ** "user-specified" customer default.					    **
! **									    **
! ** The following application IDs are currently available:                 **
! **                                                                        **
! ** 		'UG' - Unigraphics Gateway				    **
! **        'Solids' - Unigraphics Modeling                                 **
! **      'Drafting' - Unigraphics Drafting                                 **
! **           'Axs' - Unigraphics Associative Cross Sectioning 	    **
! **	'Assemblies' - Unigraphics Assemblies        			    **
! **           'CAM' - Unigraphics Computer Aided Manufacuturing            **
! **         'UGMGR' - UG/Manager (Unigraphics/IMAN Hookup)                 **
! **           'SMD' - Unigraphics Sheet Metal Design                       **
! **           'DIE' - Die Engineeering and Die Design                      **
! **           'RPI' - Rapid Prototyping                                    **
! **        Analysis - Analysis                                             **
! **                                                                        **
! ** The total length of the name identifier (i.e. application id and 	    **
! ** default name) must not exceed 40 characters.  The default name may be  **
! ** composed of any combination of upper and lower case alphanumeric 	    **
! ** characters (A-Z, a-z, 0-9), dashes (-) or underscores (_).  No other   **
! ** characters or embedded white space is allowed in the name identifier.  **
! ** 									    **
! ** The value identifier may be composed of a maximum of 800 characters    **
! ** and may span any number of lines (Note: Any non-terminating line MUST  **
! ** END with a backslash (\) character).  Leading and trailing white space **
! ** is permitted but is removed by the scanner.  Embedded white space is   **
! ** allowed and will be tokenized. The backslash may be used to force the  **
! ** scanner to skip the character immediately following it.  On Windows NT **
! ** each intended backslash must be preceded by an 'escape' backslash.     **
! ** Example: z:\users\foo should be represented as z:\\users\\foo.         **
! ** The first non-backslashed new line terminates a value identifier.      **
! ** All identifiers are case-sensitive.                                    **
! **                                                                        **
! ** Comments are denoted by the exclamation point (!) and may appear on    **
! ** their own line or following a value identifier.                        **
! ****************************************************************************
!
! ****************************************************************************
! **                                                                        **
! **                  U N I G R A P H I C S   G A T E W A Y                 **
! **                                                                        **
! ****************************************************************************

! Initial Units - Controls which unit type will be selected for any value
!                 needed prior to a new part operation or loading an existing
!                 part.  It also sets the default position of the "Units"
!		  toggle button on the "New Part" File Selection Dialog.
!
! Valid options are: [English, Metric]
!
UG_initialUnits:		Metric



! NOTE: As of UG Version 16.0, this option is OBSOLETE.
!       You may set it interactively from the selection preferences dialog
!       and the setting will the be stored in the registry.
!
! Pick Ball Size - This option controls the default pick ball size.  This
!                  determines the radius used by selection to identify
!                  candidate objects in the immediate vicinity of the
!                  selection cursor.
! Valid options are:
!                  1 == small
!                  2 == medium
!                  3 == large


! NOTE: As of UG Version 16.0, this option is OBSOLETE.
!       You may set it interactively from the selection preferences dialog
!       and the setting will then be stored in the registry.
!
! Crosshair Display - This option controls whether or not the crosshairs are
!                     displayed when the selection and position-indication
!                     cursors are displayed.
! Valid options are: [on, off]


! NOTE: As of UG Version 16.0, this option is OBSOLETE.
!       You may set it interactively from the selection preferences dialog
!       and the setting will then be stored in the registry.
!
! Confirmation - This option allows the user to specify whether the
!                selection confirmation dialog will always
!                appear or only appear when the confirmation gesture is used.
!                Choices are 'always' and  'gesture'.
!                Default is 'always'.
!                    always - Always confirm
!                    gesture - Confirm with Ctrl-MB1


! NOTE: As of UG Version 16.0, this option is OBSOLETE.
!       You may set it interactively from the selection preferences dialog
!       and the setting will then be stored in the registry.
!
! Object Type Confirmation - This option allows the user to specify which
!                            types of objects should be confirmed.
!                            Default is 'features'.
!                            features - Confirm edges, faces, bodies and
!                                       features.
!                            all - Confirm all types of objects. This includes
!                                  edges, faces, bodies and features; and also
!                                  includes all other selectable object types
!                                  like points, curves, dimensions,
!                                  boundaries, etc.


! NOTE: As of UG Version 16.0, this option is OBSOLETE.
!       You may set it interactively from the selection preferences dialog
!       and the setting will then be stored in the registry.
!
! PreSelection Highlighting - This option controls whether or not pre-selection
!                             highlighting is done during selection operations.
!
! Valid options are: [on, off]


! NOTE: As of UG Version 16.0, this option is OBSOLETE.
!       You may set it interactively from the selection preferences dialog
!       and the setting will then be stored in the registry.
! preSelectionDelay - This option controls the delay from the time you stop
!                     moving the mouse to the time a preselection is performed
!                     at the current cursor location.
!                     Smaller values will provide more "immediate" preselection
!                     feedback, but will result in more *frequent* preselections
!                     as you move the cursor around during a selection
!                     operation.  This is therefore more suitable when working
!                     with geometry that is fast to select, such as most
!                     wireframe geometry (i.e. curves).
!                     Larger values allow you to move the cursor around more
!                     freely without incurring the expense of a preselection
!                     until you deliberately stop moving the cursor for the
!                     duration of the delay (as described below).  This is
!                     therefore more suitable when working with geometry that
!                     is slower to select, such as certain types of solid
!                     bodies.
!
! Valid options are:  0 == No Delay;  preselections will be performed
!                          "continuously" as the cursor is being moved around
!                          in the graphics window.
!
!                     [1..20]:  "1" maps to the minimum delay required to
!                                properly detect that the cursor has, at least
!                               momentarily, stopped moving;  this is generally
!                               around 0.02 seconds.
!                               "20" maps to 0.25 seconds;  this is the
!                               maximum delay.
!                               All other values map to evenly distributed
!                               delay values between the minimum and maximum.


! Rectangle Method - This option allows the user to specify the default
!                    method for rectangle/polygon selection.
!                    Default is inside/crossing.
!                    Choices are: inside, outside, crossing,
!                                 inside/crossing, outside/crossing.
!
UG_selRectangleMethod:            inside/crossing

! Undo Confirmation - This option allows the user to specify whether
!                     a confirmation dialog should be presented prior to
!                     performing an Undo.  The value can also be set
!                     under the UI Preferences dialog.  Default is off.
! Valid options are: [on, off]
!                          on  - An Undo Confirmation dialog is presented
!                          off - An Undo Confirmation dialog is not presented
!
UG_undoConfirmation:             off

! Display Dialogs  - This option allows the user to specify whether the dialogs
!                   should be displayed during playback.
!                   The value can also be set under the UI Preferences dialog.
!                   Default is off.
! Valid options are: [on, off]
!                          on  - The dialogs are displayed (visible) during
!                                Macro playback.
!                          off - The dialogs are not displayed (invisible) during
!                                Macro playback.
!
UG_showPlaybackDialogs:        off

! Record Macro Transformations:  - This option allows the user to specify whether
!                                  all the transformations should be recorded to the
!                                  macro file. If this option is set to "off" only
!                                  the last transformation will be recorded to the
!                                  macro file.
!                                  Default is off.
! Valid options are: [on, off]
!                          on  - All the transformations will be recorded.
!                          off - Last transformation will be recorded only.
!
UG_macroRecordAllTransforms:       off

! Browser Home Page  - This string value provides the home page for main browser tab
!                      on the resource bar.
!                      If the value is unset, the main web browser tab will not be displayed.
!                      The value can also be set from the UI Preferences dialog.
!                      Default is "${UGII_BASE_DIR}\\ugii\\html_files\\${UGII_LANG}\\ie_initial.html"
! Note: this preference is stored in the user's registry.  This default value
! therefore only influences the initial value for this setting.
UG_browserHomePage:	"${UGII_BASE_DIR}\\ugii\\html_files\\${UGII_LANG}\\ie_initial.html"

! Font Display Mode - Controls the line font mode used to display curves.
!		      If set to Software Fonts, the system draws objects in
!		      the specified software font.
!		      If set to Hardware Fonts, objects are drawn using
!                     the fonts designed for faster Display Regeneration
!		      operations.
!
! Valid options are: [hardware, software]
!
UG_fontDisplayMode:			hardware


! Color, Line Font and Width Assignments
!
! The following settings control the color, line font and width of objects at
! object creation time.
!
! The <object_type><Color|LineFont|Width> settings control the object creation
! color, line font and width of objects of type object_type.
!
! The object<Color|LineFont|Width> settings control the object creation color,
! line font and width of objects whose type does not have specific color,
! line font and width settings.
!
! Valid color options are: [1-216]
! (  Pre-V17 values were:    blue (1), green (2), cyan (3), red (4), magenta (5),
!                            yellow (6), white (7), olive (8), pink (9), brown (10),
!                            orange (11), purple (12), dark-red (13), aquamarine (14), gray (15) )
!
! Valid line font options are: [solid, dashed, phantom, centerline, dotted,
!                               long_dashed, dotted_dashed]
!
! Valid width options are: [thin, normal, thick]
!
!
UG_objectColor: 	2 ! 36 ! Pure green, V18 was 2 - green ! ps übernommen von v18
UG_objectLineFont: 	solid
UG_objectWidth: 	normal
!
! Type Specific Color, Line Font and Width Assignments
!
! The following settings control the object creation color, line font and width
! of specific types of objects.
!
! Valid color options are: [default, 1-216]
! (  Pre-V17 values were:    blue (1), green (2), cyan (3), red (4), magenta (5),
!                            yellow (6), white (7), olive (8), pink (9), brown (10),
!                            orange (11), purple (12), dark-red (13), aquamarine (14), gray (15) )
!
!
! Valid line font options are: [default, solid, dashed, phantom, centerline,
!                               dotted, long_dashed, dotted_dashed]
!
! Valid width options are: [default, thin, normal, thick]
!
! NOTE: The 'default' option means that the default setting, the setting
!       associated with the object<Color|LineFont|Width> customer default, is
!       to be used.
!
!
! Point Settings
!     (Note: line font and width settings are invalid for this type)
!
UG_pointColor: 		default
!
! Line Settings
!
UG_lineColor: 		default
UG_lineFont: 		default
UG_lineWidth: 		default
!
! Arc Settings
!
UG_arcColor: 		default
UG_arcFont: 		default
UG_arcWidth: 		default
!
! Conic Settings  (i.e. Ellipse, Hyperbola, Parabola)
!
UG_conicColor: 		default
UG_conicFont: 		default
UG_conicWidth: 		default
!
! Spline Settings
!
UG_splineColor: 	default
UG_splineFont: 		default
UG_splineWidth: 	default
!
! Coordinate System Settings
!     (Note: line font and width settings are invalid for this type)
!
UG_csysColor: 		7 ! default ! ps übernommen von v18
!
! Solid Body Settings
!
UG_solidBodyColor: 	100 ! 11 is "Orange" V18 was default ! ps übernommen von v18
UG_solidBodyFont: 	default
UG_solidBodyWidth: 	thick ! default ! ps übernommen von v18
!
! Sheet Body Settings
!
UG_sheetBodyColor: 	11 ! 6 is "Yellow" V18 was default ! ps übernommen von v18
UG_sheetBodyFont: 	default
UG_sheetBodyWidth: 	thick ! default ! ps übernommen von v18
!
! Plane, Datum Plane and Datum Axis Settings
!     (Note: line font and width settings are invalid for these types)
!
UG_planeAndDatumColor:  7 ! 14 ! ps übernommen von v18

! System Color - Controls the default system color, which governs the color
!		 of view names and borders, the WCS, the grid, and temporarily
!		 displayed items such as spline vertices, knotpoints, conehead
!		 vectors, asterisks in the Point Subfunction, etc.
!                Also controls the color used for highlighting during selection
!
!  PreSelection Color - Controls the color used for pre-selection highlighting.
!
! Handles Color - This is the color used for the display of all handles.
!
! Valid color options are: [1-216]
! (  Pre-V17 values were:    blue (1), green (2), cyan (3), red (4), magenta (5),
!                            yellow (6), white (7), olive (8), pink (9), brown (10),
!                            orange (11), purple (12), dark-red (13), aquamarine (14), gray (15) )
!
UG_systemColor:         4   ! 4 is Red V18 was 7 - White
UG_preSelectionColor:   5   ! 5 is Magenta
UG_handlesColor:        6   ! 42 is Pure Yellow V18 was 6 - Yellow ! ps übernommen von v18

! Random Color Display - This option allows the user to specify whether each
!                        object of UG_randomColorObjectType will be displayed
!                        temporarily with a unique color.  These objects are
!                        redisplayed in their normal color when
!                        UG_randomColorDisplay is disabled.
!
!                        By default UG_randomColorDisplay is off.
!
! Valid options are: [on, off]
!
! Random Color Object Type - This option allows the user to identify the type of
!                            objects that will be temporarily displayed with
!                            random colors when Random Color Display is enabled.
!
!                            By default UG_randomColorObjectType is set to
!                            "faces".
!
! Valid options are: [faces, bodies]
!
! Random Color Use Quick Access - This option allows the user to specify whether
!                                 the set of quick access colors are to be
!                                 used for Random Color Display.
!
!                                 When UG_randomColorUseQuickAccess is set "off",
!                                 all colors in the current color palette will be
!                                 used for Random Color Display.  When set "on"
!                                 the set of quick access colors (the first 30
!                                 colors in the current color palette) will be
!                                 used.
!
!                                 By default UG_randomColorUseQuickAccess is set
!                                 "on".
!
! Valid options are: [on, off]
!
UG_randomColorDisplay:        off
UG_randomColorObjectType:     bodies ! faces ! ps 18.12.2003
UG_randomColorUseQuickAccess: on

! drawingMonochromeDisplay - This option allows the user to specify whether
!                   drawings should be displayed in full color mode or in monochrome
!                   mode.
!                   Default is on.
! Valid options are: [on, off]
!                          on  - Drawings will display in monochrome mode.
!                          off - Drawings will display in full color mode.
!
UG_drawingMonochromeDisplay:       off  !ps 26.10.04

! drawingSelectionColor - This option allows the user to specify the
!                   highlight color to use when in monochrome drawing display.
!                   Default is pure red.
! Valid options are: [original, 1-216]
!
UG_drawingSelectionColor:  186 ! 186 is Pure Red

! drawingPreselectionColor - This option allows the user to specify the
!                   pre-selection highlight color to use when in monochrome drawing display.
!                   Default is original.
! Valid options are: [original, 1-216]
!
UG_drawingPreselectionColor:  145 ! 145 is Light Hard Magenta

! drawingForegroundColor - This option allows the user to specify the
!                   foreground color to use when in monochrome drawing display.
!                   Default is black.
! Valid options are: [1-216]
!
UG_drawingForegroundColor:  216 ! 216 is Pure Black

! drawingBackgroundColor - This option allows the user to specify the
!                   background color to use when in monochrome drawing display.
!                   Default is white.
! Valid options are: [original, 1-216]
!
UG_drawingBackgroundColor:  44 ! 7 ! 7 is White ! ps 18.12.2003

! drawingWidthDisplay - This option allows the user to specify the
!                   width display to use when in monochrome drawing display.
!                   Default is on.
! Valid options are: [on, off]
!
UG_drawingWidthDisplay:  on

! Work Plane Emphasis - Allows objects on the work plane to be emphasized by
!                       dimming out objects off the work plane. Dimmed objects
!                       can be made non-selectable.
!                       Valid options for objects off work plane are
!                             0 => Normal display
!                             1 => dim and selectable
!                             2 => dim and non-selectable
!                       Valid options for the dimming color are: [1-216]
UG_objectsOffWorkPlane:    0
UG_workPlaneDimColor:      15 ! 15 is Gray

! Background Webpage - On Windows only.
!                      By default, on UG startup, a central webpage will be accessed
!                      and displayed on the background. This webpage will contain the
!                      usual UG tips, plus any relevant information for that particular
!                      release. If you would like to disable this feature, either to display
!                      just the tips or to override that page with your own, simply set this
!                      flag to no. If there is no internet access or the pages are not 
!                      available, the default tips page will be displayed.
!
! Valid options are: [yes, no]
!
UG_enableWebBackground: no ! yes ! de 14.03.2004 auf no

!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!
!  Grid Parameters - Specifies the parameters to apply when a grid is used
!
!  There are three complete sets of Grid Parameters:
!     sketch    For the grid which may be used when a sketch is displayed
!     drawing   For the grid which may be used when a drawing is displayed
!     model     For the grid which may be used when neither a sketch nor
!                                                   a drawing is displayed
!
!  Grid "emphasis" lines and circles are drawn as solid lines, while other
!  grid line and circles are drawn as a series of dots.
!
!  Details, where <mode> is either "sketch", "drawing" or "model":
!
!  UG_show<mode>Grid
!      "on" to display the grid in the mode, else "off".
!
!  UG_snapTo<mode>Grid
!      "on" to snap screen positions to the nearest grid point for the
!      given mode, else "off".
!
!     Note that show<mode>Grid and snapTo<mode>Grid are independent, in
!     that snapTo<mode>Grid may be "on" even in show<mode>Grid is "off",
!     and vice-versa.
!
!  UG_<mode>GridColor
!      The color index to use for the grid in this mode. The color applies
!      to both rectangular and polar grids for this mode.
!
!  UG_<mode>GridType
!      Either "rectangular" (a grid of horizontal and vertical lines) or
!      "polar" (lines eminating from an origin with circles at increasing
!      distances from the origin.
!
!  The following parameters apply only to rectangular grids:
!
!  UG_<mode>GridNonUniform
!      "off" if the grid has the same spacing in X and Y, "on" if different.
!      If "off", the rect parameters for Y are ignored, as the X values are
!      used for both X and Y.
!
!  UG_<mode>RectangularGridEmphasis
!      "on" if some of the grid lines are to be drawn with emphasis.  If
!      "off", the UG_<mode>GridEmphasisEvery parameters are ignored.
!
!  UG_<mode>GridUnitX
!      The distance along the XC axis between grid points which may be
!      snapped to.  Note that generally a grid line will not be drawn through
!      every grid point.  If NonUniform is "off" this value is also used
!      for the YC distance.
!
!  UG_<mode>GridUnitY
!      The distance along the YC axis between grid points which may be
!      snapped to.  This value is used only if NonUniform is "on".
!
!  UG_<mode>GridLineEveryX
!      Determines how far apart grid lines parallel to the YC axis are drawn,
!      in terms of grid units.  For example, 5 means a line is drawn through
!      every 5th grid point.  If NonUniform is "off", this value also
!      determines the spacing of grid lines parallel to the XC axis.
!
!  UG_<mode>GridLineEveryY
!      Determines how far apart grid lines parallel to the XC axis are drawn,
!      in terms of grid units.  This value is used only if NonUniform is "on".
!
!  UG_<mode>GridEmphasisEveryX
!      Determines which of the grid lines parallel to the YC axis are drawn
!      with emphasis.  This value is used only if RectangluarGridEmphasis
!      is "on".  If NonUniform is "off" this value is also used for the
!      grid lines parallel to the XC axis.  This value must be a multiple
!      of the GridLineEveryX value.
!
!  UG_<mode>GridEmphasisEveryY
!      Determines which of the grid lines parallel to the XC axis are drawn
!      with emphasis.  This value is used only if RectangularGridEmphasis
!      is "on" and if NonUniform is "on".  This value must be a multiple
!      of the GridLineEveryY value.
!
!  The following parameters apply only to polar grids:
!
!  UG_<mode>PolarGridEmphasis
!      "on" if some of the grid lines are to be drawn with emphasis.  Normal
!      grid lines are drawn with dots.
!
!  UG_<mode>GridAngularUnit
!      The number of degrees between sucessive rays of grid points which
!      emanate from the WCS origin.  Note that, in general, there will not
!      be a grid line for every ray of grid points.  This will be the case
!      only when GridAngularLineEvery is 1.
!
!  UG_<mode>GridAngularLineEvery
!      Determines how far apart grid lines eminating from the WCS origin
!      are drawn, in terms of angular grid units.  For example, 5 means a
!      line is drawn through every fifth ray of grid points.
!
!  UG_<mode>GridAngularEmphasisEvery
!      Determines which of the grid lines eminating from the WCS origin are
!      drawn with emphasis.  This value is used only if PolarGridEmphasis
!      is "on".  This value must be a multiple of the GridAngularLineEvery
!      value.
!
!  UG_<mode>GridRadialUnit
!      The number of inches or mm between successive concentric circles
!      of grid points which are centered at the WCS origin.  Note that, in
!      general, there will not be a grid line for every circle of grid
!      points.  This will be the case only when GridRadialLineEvery is 1.
!
!  UG_<mode>GridRadialCircleEvery
!      Determines how far apart grid circles centered at the WCS origin
!      are drawn, in terms of radial grid units.  For example, 4 means a
!      circle is drawn through every fourth circle of grid points.
!
!  UG_<mode>GridRadialEmphasisEvery
!      Determines which of the grid circles centered at the WCS origin are
!      drawn with emphasis.  This value is used only if PolarGridEmphasis
!      is "on".  This value must be a multiple of the GridRadialCircleEvery
!      value.
!
!-----------------------------------------------------------------------------
!
! Parameters for the grid displayed when a drawing is displayed:
!
UG_showDrawingGrid:                  off     !on     ! [off, on]       !ps 26.10.04
UG_snapToDrawingGrid:                off     ! [off,on]
UG_drawingGridColor:                 133     ! [1-216] 133 is "Light Blue Azure"
UG_drawingGridType:          rectangular     ! [rectangular, polar]
!
UG_drawingGridNonUniform:            off     ! [off, on]
UG_drawingRectangularGridEmphasis:   off     ! [off, on]             !ps 26.10.04
!
UG_drawingGridUnitX_EU:                0.25  ! inches     [ > 0.0]
UG_drawingGridUnitY_EU:                0.25  ! inches     [ > 0.0]
UG_drawingGridLineEveryX_EU:           4     ! 1 inch     [ >= 1]
UG_drawingGridLineEveryY_EU:           4     ! 1 inch     [ >= 1]
UG_drawingGridEmphasisEveryX_EU:       2     ! 2 inches   [ >= 1]
UG_drawingGridEmphasisEveryY_EU:       2     ! 2 inches   [ >= 1]
!
UG_drawingGridUnitX_MU:                5.0   ! mm         [ > 0.0]    !ps 26.10.04
UG_drawingGridUnitY_MU:                5.0   ! mm         [ > 0.0]    !ps 26.10.04
UG_drawingGridLineEveryX_MU:           1     ! 10 mm      [ >= 1]     !ps 26.10.04
UG_drawingGridLineEveryY_MU:           1     ! 10 mm      [ >= 1]     !ps 26.10.04
UG_drawingGridEmphasisEveryX_MU:       2     ! 20 mm      [ >= 1]
UG_drawingGridEmphasisEveryY_MU:       2     ! 20 mm      [ >= 1]
!
UG_drawingPolarGridEmphasis:         off     ! [off, on]
UG_drawingGridAngularUnit:             15    !5.0   ! degrees    [ >0.0, <=360.0] !ps 26.10.04
UG_drawingGridAngularLineEvery:        1     !3     ! 15 degrees [ >= 1]
UG_drawingGridAngularEmphasisEvery:    3     !9     ! 45 degrees [ >= 1]
!                                                                                !ps 26.10.04
UG_drawingGridRadialUnit_EU:           0.25  ! inches     [ > 0.0 ]
UG_drawingGridRadialCircleEvery_EU:    4     ! 1 inch     [ >= 1 ]
UG_drawingGridRadialEmphasisEvery_EU:  2     ! 2 inches   [ >= 1]
!
UG_drawingGridRadialUnit_MU:           5.0   !2.0   ! mm         [ > 0.0]       !ps 26.10.04
UG_drawingGridRadialCircleEvery_MU:    1     !5     ! 10 mm      [ >= 1 ]       !ps 26.10.04
UG_drawingGridRadialEmphasisEvery_MU:  2     ! 20 mm      [ >= 1]               !ps 26.10.04
!
!-----------------------------------------------------------------------------
!
! Parameters for the grid displayed when a model is displayed:
!
UG_showModelGrid:                  off     ! [off, on]
UG_snapToModelGrid:                off     ! [off,on]
UG_modelGridColor:                  87     ! [1-216] 87 is "Light Gray"
UG_modelGridType:          rectangular     ! [rectangular, polar]
!
UG_modelGridNonUniform:            off     ! [off, on]
UG_modelRectangularGridEmphasis:   off     ! [off, on]                  !ps 26.10.04
!
UG_modelGridUnitX_EU:                0.125 ! inches     [ > 0.0]
UG_modelGridUnitY_EU:                0.125 ! inches     [ > 0.0]
UG_modelGridLineEveryX_EU:           4     ! 1 inch     [ >= 1]
UG_modelGridLineEveryY_EU:           4     ! 1 inch     [ >= 1]
UG_modelGridEmphasisEveryX_EU:       2     ! 2 inches   [ >= 1]
UG_modelGridEmphasisEveryY_EU:       2     ! 2 inches   [ >= 1]
!
UG_modelGridUnitX_MU:                5.0   !1.0   ! mm         [ > 0.0]  !ps 26.10.04
UG_modelGridUnitY_MU:                5.0   !1.0   ! mm         [ > 0.0]  !ps 26.10.04
UG_modelGridLineEveryX_MU:           1     !5     ! 5 mm       [ >= 1]   !ps 26.10.04
UG_modelGridLineEveryY_MU:           1     !5     ! 5 mm       [ >= 1]   !ps 26.10.04
UG_modelGridEmphasisEveryX_MU:       2     ! 10 mm      [ >= 1]
UG_modelGridEmphasisEveryY_MU:       2     ! 10 mm      [ >= 1]
!
UG_modelPolarGridEmphasis:          on     ! [off, on]
UG_modelGridAngularUnit:            15.0   ! degrees    [ >0.0, <=360.0]
UG_modelGridAngularLineEvery:        1     !3     ! 45 degrees [ >= 1]  !ps 26.10.04
UG_modelGridAngularEmphasisEvery:    3     !2     ! 90 degrees [ >= 1]  !ps 26.10.04
!
UG_modelGridRadialUnit_EU:           0.125 ! Inches     [ > 0.0 ]
UG_modelGridRadialCircleEvery_EU:    4     ! 0.5 in     [ >= 1 ]
UG_modelGridRadialEmphasisEvery_EU:  2     ! 1 in       [ >= 1]
!
UG_modelGridRadialUnit_MU:           5     !1.0   ! mm         [ > 0.0]     !ps 26.10.04
UG_modelGridRadialCircleEvery_MU:    1     !5     ! 5 mm       [ >= 1 ]     !ps 26.10.04
UG_modelGridRadialEmphasisEvery_MU:  2     ! 10 mm      [ >= 1]
!
!-----------------------------------------------------------------------------
!
! Parameters for Rough Offset - Sheet:
!
UG_modelRoughOffsetDistance_MU:      10.0  ! mm
UG_modelRoughOffsetDistance_EU:      1.0   ! in
UG_modelRoughOffsetDeviation_MU:     1.0   ! mm
UG_modelRoughOffsetDeviation_EU:     0.1   ! in
UG_modelRoughOffsetStepover_MU:      2.0   ! mm
UG_modelRoughOffsetStepover_EU:      0.2   ! mm
!
!-----------------------------------------------------------------------------
!
! Parameters for the grid displayed when a sketch is displayed:
!
UG_showSketchGrid:                  off     ! [off, on]
UG_snapToSketchGrid:                off     ! [off,on]
UG_sketchGridColor:                  87     ! [1-216] 87 is "Light Gray"
UG_sketchGridType:          rectangular     ! [rectangular, polar]
!
UG_sketchGridNonUniform:            off     ! [off, on]
UG_sketchRectangularGridEmphasis:    on     ! [off, on]
!
UG_sketchGridUnitX_EU:                0.125 ! inches     [ > 0.0]
UG_sketchGridUnitY_EU:                0.125 ! inches     [ > 0.0]
UG_sketchGridLineEveryX_EU:           4     ! 1 inch     [ >= 1]
UG_sketchGridLineEveryY_EU:           4     ! 1 inch     [ >= 1]
UG_sketchGridEmphasisEveryX_EU:       2     ! 2 inches   [ >= 1]
UG_sketchGridEmphasisEveryY_EU:       2     ! 2 inches   [ >= 1]
!
UG_sketchGridUnitX_MU:                5.0   !1.0   ! mm         [ > 0.0]    !ps 26.10.04
UG_sketchGridUnitY_MU:                5.0   !1.0   ! mm         [ > 0.0]    !ps 26.10.04
UG_sketchGridLineEveryX_MU:           1     !5     ! 5 mm       [ >= 1]     !ps 26.10.04
UG_sketchGridLineEveryY_MU:           1     !5     ! 5 mm       [ >= 1]     !ps 26.10.04
UG_sketchGridEmphasisEveryX_MU:       2     ! 10 mm      [ >= 1]
UG_sketchGridEmphasisEveryY_MU:       2     ! 10 mm      [ >= 1]
!
UG_sketchPolarGridEmphasis:          on     ! [off, on]
UG_sketchGridAngularUnit:            15.0   ! degrees    [ >0.0, <=360.0]
UG_sketchGridAngularLineEvery:        1     !3     ! 45 degrees [ >= 1]   !ps 26.10.04
UG_sketchGridAngularEmphasisEvery:    3     !2     ! 90 degrees [ >= 1]   !ps 26.10.04
!
UG_sketchGridRadialUnit_EU:           0.125 ! Inches     [ > 0.0 ]
UG_sketchGridRadialCircleEvery_EU:    4     ! 0.5 in     [ >= 1 ]
UG_sketchGridRadialEmphasisEvery_EU:  2     ! 1 in       [ >= 1]
!
UG_sketchGridRadialUnit_MU:           1.0   ! mm         [ > 0.0]
UG_sketchGridRadialCircleEvery_MU:    1     !5     ! 5 mm       [ >= 1 ]   !ps 26.10.04
UG_sketchGridRadialEmphasisEvery_MU:  2     ! 10 mm      [ >= 1]
!
!----------------------------------------------------------------------------

! Display Tolerance  - Controls the display tolerance which affects the
!		       system's response time during Display Regeneration
!		       operations.
!       NOTE
!                      In Unigraphics, straight line segments are used to draw
!                      curves and grid curves on solid body faces. The default
!		       value shown sets the maximum deviation between the
!		       segments approximating the curve and the actual curve.
!		       Larger tolerances result in faster Display Regeneration
!		       operations, but smaller values produce smoother curves.
!
!                      The default tolerance of 0.005 produces smooth curves
!                      when the display is initially regenerated, but can
!                      lead to jagged curves at high zoom scales.   Update
!                      Display can then be used to produce smooth curves
!                      again.
!
!                      Note: The value given always results in the same
!                      maximum deviation, regardless of whether the part
!                      has metric or English units.
!
! Valid ranges are: [0.0 or greater]
!
UG_tolerance:		0.005

! Shaded display update mode - Controls what objects are updated/refaceted
!           during a display update operation.
!           valid ranges are visible, all, none
!      visible - objects within or touching the clipped view volume will
!                be updated.
!      all - all objects will be updated
!      none - no objects will be updated
!
!      Valid options - [visible, all, none]
UG_shadedTolUpdMode:   visible

! Advanced visualization display update mode - Controls what objects are updated/refaceted
!           during a display update operation of advanced visualiation views.  This includes.
!           analysis and studio views.
!           valid ranges are visible, all, none
!      visible - objects within or touching the clipped view volume will
!                be updated.
!      all - all objects will be updated
!      none - no objects will be updated
!
!      Valid options - [visible, all, none]
UG_advVisTolUpdMode:   visible

! Shaded display tolerance - Controls tolerance for shaded display.
! In V15, the shaded tolerance is controlled by 3 parameters,
! curve edge chord distance, surface chord distance and angular tolerance.
! The following table shows the mapping between the shaded display tolerance
! setting and the values for these parameters.
! Coarse:
!   Curve edge chord distance .01
!   Surface chord distance    .01
!   Angular Tolerance         0.0
! Standard:
!   Curve edge chord distance .005
!   Surface chord distance    .005
!   Angular Tolerance         15.0
! Fine:
!   Curve edge chord distance .0005
!   Surface chord distance    .0025
!   Angular Tolerance         6.0
! Extra Fine:
!   Curve edge chord distance .0005
!   Surface chord distance    .001
!   Angular Tolerance         6.0
! Ultra Fine:
!   Curve edge chord distance .0005
!   Surface chord distance    .0005
!   Angular Tolerance         3.0
!
! The UG_shadedTolerance customer default is used to specify the default
! shaded tolerance.
! Valid options - [coarse, standard, fine, extra fine, ultra fine, customize]
!
UG_shadedTolerance:     standard

! Shaded display tolerance(edge tolerance)
!
!    This customer default is used to set the facet edge tolerance for
!    the "customize" shaded display tolerance setting.
!    Note: This value is interpreted to be in the units
!    of the part.  The default value is specified in inches.
!    This option controls the faceted representation by considering the
!    curved edge approximation of the entity.  This option has been found
!    to be very useful for sealing the gaps between faces.  The recommended
!    value is 0.005.  A smaller value results in a finer display, but also
!    causes slower performance.
!
! Valid ranges are: [0.0 or greater]
!
UG_facetEdgeTol:        0.005 ! Units

! Shaded display tolerance(facet chord tolerance)
!
!    This customer default is used to set the facet edge tolerance for
!    the "customize" shaded display tolerance setting.
!    Note: This value is interpreted to be in the units
!    of the part.  The default value is specified in inches.
!    This option controls the faceted representation of an object by
!    considering the surface approximation.  This is an upper bound on
!    the distance from a position on a facet to the surface.
!    The recommended value is 0.005.  A smaller value results in a finer
!    display, but also causes slower performance.
!
! Valid ranges are: [0.0 or greater]
!
UG_facetChordTol:       0.005 !Units

! Shaded display tolerance(angle tolerance)
!    This customer default is used to set the facet edge tolerance for
!    the "customize" shaded display tolerance setting.
!    This is an upper bound on the angular deviation between the surface normals
!    at any two positions under the facet.  This option has been found
!    to be beneficial for faces with high curvature(sharp corners).
!    The recommended setting is 3-15 degrees.
!
! Valid ranges are: [1.0 to 360.0]
UG_facetAngleTol:       15.0

! Face Analysis display tolerance -
! In V15, the face analysis tolerance is controlled by 4 parameters,
! curve edge chord distance, surface chord distance, angular tolerance and
! facet width tolerance.   The following table shows
! the mapping between the analysis display tolerance setting and the values
! for these parameters.
! Coarse:
!   Curve edge chord distance .01
!   Surface chord distance    .01
!   Angular Tolerance         0.0
!   Facet Width  Tolerance    0.3
! Standard:
!   Curve edge chord distance .005
!   Surface chord distance    .005
!   Angular Tolerance         15.0
!   Facet Width  Tolerance    0.3
! Fine:
!   Curve edge chord distance .0005
!   Surface chord distance    .0025
!   Angular Tolerance         6.0
!   Facet Width  Tolerance    0.075
! Extra Fine:
!   Curve edge chord distance .0005
!   Surface chord distance    .001
!   Angular Tolerance         6.0
!   Facet Width  Tolerance    0.02
! Ultra Fine:
!   Curve edge chord distance .0005
!   Surface chord distance    .0005
!   Angular Tolerance         3.0
!   Facet Width  Tolerance    0.005
!
! This customer default is used to specify the default face analysis
! display tolerance.
! Valid options - [coarse, standard, fine, extra fine, ultra fine, customize]
!
UG_analysisTolerance:   standard

! Analysis display tolerance(edge chord tolerance)
!    This customer default is used to set the facet edge tolerance for
!    the "customize" analysis display tolerance setting.
!    Note: This value is interpreted to be in the units
!    of the part.  The default value is specified in inches.
!    This option controls the faceted representation by considering the
!    curved edge approximation of the entity.  This option has been found
!    to be very useful for sealing the gaps between faces.  The recommended
!    value is 0.005.  A smaller value results in a finer display, but also
!    causes slower performance.
!
! Valid ranges are: [0.0 or greater]
UG_analysisEdgeTol:     0.005 !Units

! Analysis  display tolerance(facet chord tolerance)
!    This customer default is used to set the facet edge tolerance for
!    the "customize" analysis display tolerance setting.
!    Note: This value is interpreted to be in the units
!    of the part.  The default value is specified in inches.
!    This option controls the faceted representation of an object by
!    considering the surface approximation.  This is an upper bound on
!    the distance from a position on a facet to the surface.
!    The recommended value is 0.005.  A smaller value results in a finer
!    display, but also causes slower performance.
!
! Valid ranges are: [0.0 or greater]
UG_analysisChordTol:    0.005

! Analysis display tolerance(angle tolerance)
!    This customer default is used to set the facet edge tolerance for
!    the "customize" shaded display tolerance setting.
!    This is an upper bound on the angular deviation between the surface normals
!    at any two positions under the facet.  This option has been found
!    to be beneficial for faces with high curvature(sharp corners).
!    The recommended setting is 3-15 degrees.
!
! Valid ranges are: [1.0 - 360.0]
UG_analysisAngleTol:    15.0

! Analysis display tolerance(facet width tolerance)
!    This customer default is used to set the facet edge tolerance for
!    the "customize" shaded display tolerance setting.
!    This values specifies the maximum width of a facet. We have found
!    this option to be necessary for reflection line display, to break
!    long skinny polygons.  The recommended setting is .3.
!    Smaller setting results in a finer display but also causes slower
!    performance.
!
! Valid ranges are: [greater than 0.0]
UG_analysisWidthTol:    0.3

! Fit Percentage - Controls the initial value of the Preferences ->
!                  Visualization -> Screen -> Fit Percentage slider.
!
!                  NOTE:  This value is a Session variable, so that it
!                  is read from the customer defaults file at the start
!                  of each session.  It is not saved with part files.
!
! Valid range is: [50, 100]
!
UG_fitPercentage:               80 ! 100 ! ps übernommen von v18

! View Fitting Options - Ctrls the initial state whether to perform
!                     a 'Fit', 'Current Scale' or previously saved scale
!                     after View Orient or View Replace.
!
!                     NOTE:  This value is a Session variable, so that it
!                     is read from the customer defaults file at the start
!                     of each session.  It is not saved with part files.
!
! Valid range is: [0, 1, 2]  0 - do 'fit' after view Orient/Replace
!                            1 - do nothing, keep 'current' setting
!                            2 - use scale & xformation saved w/ that view
!
UG_viewFittingOption:       0         

! Retain Analysis Data - Controls the initial setting of face analysis
!                      Retain Analysis Data status in Visualization Performance dialog
!
!                      NOTE: This value is a Session variable, so that it
!                      is read from the customer defaults file at the start
!                      of each session.  It is not saved with part files.
!
! Valid options are: [on, off]  - on denotes Retain Analysis Data status is enabled,
!                                 off otherwise.
UG_retainAnalysisData:      off

! Disable Smooth View Change - Controls the initial setting of general view
!                              animation playback for those functions which
!                              support view animation
!
!                     NOTE:  This value is a Session variable, so that it
!                     is read from the customer defaults file at the start
!                     of each session.  It is not saved with part files.
!
! Valid options are: [on, off]  - off denotes view animation is enabled
!
UG_disableViewAnimation:    on          !ps übernommen von v18

! Part file compression on save
!                        -  Indicates whether the Parasolid portion of
!                           the part file should be saved compressed
!
! Valid options are:  [no, yes]
!
UG_compress_part:       yes ! no ! ps übernommen von v18


! Line Font Parameters - Controls the Dash Size, Space Size and Symbol Size
!                        for line fonts.
!                        The Dash Size and the Space Size are the length
!                        of each space or each dash used to define the font.
!                        A gap or a displayed segment in a displayed line may
!                        be composed of multiple spaces or dashes.
!                        The symbol factor of each individual symbol and
!                        the Symbol Size determine the actual length between
!                        the connecting points of symbols displayed in a line.
!                        The Symbol Size and the symbol factor are used only
!                        for symbols in line font.
!
! Valid ranges are: [greater than 0.0]
!
UG_dashSize_EU:         0.05 ! inches
UG_dashSize_MU:         0.80 ! 1.00 ! mm ! ps übernommen von v18
UG_spaceSize_EU:        0.05 ! inches
UG_spaceSize_MU:        1.60 ! 1.00 ! mm ! ps übernommen von v18
UG_symbolSize_EU:       0.05 ! inches
UG_symbolSize_MU:       1.00 ! mm


! Default Symbol Font - Allows the System Manager to enter a default symbol
!                            font file name.
!
UG_defaultSymbolFont:		kba_default.sbf ! ug_default.sbf ! ps übernommen von v18


! Default Font Definition - Allows the System Manager to enter a default line
!                           font definition file name or file specification.
!
UG_defaultFontDefinition:	UG DEFAULT


! Width Display - Controls whether or not line widths are displayed.  This will
!		  be saved with the part.
!
! Valid options are: [on, off]
!
UG_widthDisplay:		off


! Text Field Decimal Places - Controls the number of decimal places for real
!			      numbers in text fields and CLSF output.
!
! Valid Range is: [0 - 11]
!
UG_textFieldDecimalPlaces:	6 ! 4 ! ps übernommen von v18

! Dialog Bar Decimal Places - Controls the number of decimal places for real
!                             numbers in text fields located in the Dialog Bar.
!
! Valid Range is: [0 - 11]
!
UG_dialogBarDecimalPlaces:      3

! Dialog Width Percent - Specifies the dialog width increase compared to the
!                        default width.  A value of 120 indicates that the actual
!                        dialog width will be 20% bigger than the default width.
!
! Valid Range is: [25 - 1000]
!
UG_dialogWidthPercent:          120 ! 100 ! ps übernommen von v18

! Dialog Bar Tracking:  - This option allows the user to specify whether
!                         the system should perform tracking within the
!                         Dialog Bar, e.g. Updating XC, YC and ZC fields
!                         as the cursor moves.
!
! Valid options are: [on, off]
!
UG_dialogBarTracking:   off ! on ! ps übernommen von v18

! Listing Window Use System Precision -
!   Controls the formatting of real numbers for display in the listing
!   window.
!     on -   Real number display will be based on the magnitude of the
!            number and the number of significant digits that can be
!            represented by the workstation's double precision floating
!            point representation.
!
!     off -   the number of decimal places specified by
!             UG_listingDecimalPlaces will be used for displaying real
!             numbers in the listing window.  If a number is large
!             enough that the sum of integral digits and the specified
!             number of decimal places would exceed the machine precision,
!             the excess decimal places will be zero filled.
!
! Valid options are: [on, off]
!
! NOTE: Starting in V17.0, the default value for UG_listingDecimalPlaces
!       is off

UG_listingUseSystemPrecision: on ! off ! ps übernommen von v18

! Listing Window Decimal Places -
!   Controls the number of decimal places for real numbers in the listing
!   window when UG_useSystemPrecision (see description above) is off.
!
! Valid Range is: [0 - 16]
!
UG_listingDecimalPlaces:       9

! Surface Grid - Sets the default value for the number of grid lines used
!                in the display of sheet bodies.
!
! Valid ranges are: [0 or greater]
!
UG_surfaceGridU:                        0
UG_surfaceGridV:                        0


! Fillet Radius - Sets the default fillet radius.
!
! Valid range is: [0.0 or greater]
!
UG_filletRadius_EU:                0.25 ! inches
UG_filletRadius_MU:                5.00 ! 6.00 ! mm ! ps übernommen von v18


! Symbol Display - Controls whether the symbol display is complete or outline.
!		   If set to outline, the symbols (and characters) will be
!		   represented by the font boxes (rectangular boundaries);
!		   otherwise, it is the complete symbol display.
!
!                  Once a part has been created, the only way to change the
!                  symbol display option of the part is by the UG/Open GRIP
!                  GPA symbol SBDISP.
!
! Valid options are: [complete, outline]
!
UG_symbolDisplay:		complete


! Default Plot Queue Name - This is the pqmgr (plotter) queue name that UG
! defaults to when the plot menu is pulled down. Enter the Primary plot queue
! here. Name MUST be all Upper Case: (i.e.: TEST1)
!                        (16 character maximum)
UG_defaultPlotQueueName:


! Default Plot Server Name - This is the hostname of the default plot queue
! server (default node to plot to). UGII_PLOT_NODE= overrides this .def file.
!                        (32 character maximum)
UG_defaultPlotServerName:


! The next set of parameters is used to assign plotter pen characteristics.
!
! Plot Pen Assignments by Width - Controls which plotter pen will draw objects
!                                 at normal, thick or thin plot widths.  For
!                                 plotters with multiple pens, enter the pen
!                                 number to be associated with each width.
!
! Valid ranges are: [0 or greater]
!
UG_plotPenAssignmentNormal:             5
UG_plotPenAssignmentThick:              6
UG_plotPenAssignmentThin:               1


! Plot Pen Assignments by Color - Controls the assignment of default plotter
!                                 pen numbers to the available display colors.
!                                 There are a total of 15 colors.
!
! Valid ranges are: [0 or greater]
!
UG_plotPenAssignmentBlue:               1
UG_plotPenAssignmentGreen:              2
UG_plotPenAssignmentCyan:               3
UG_plotPenAssignmentRed:                4
UG_plotPenAssignmentMagenta:            5
UG_plotPenAssignmentYellow:             6
UG_plotPenAssignmentWhite:              7
UG_plotPenAssignmentOlive:              8
UG_plotPenAssignmentPink:               9
UG_plotPenAssignmentBrown:              10
UG_plotPenAssignmentOrange:             11
UG_plotPenAssignmentPurple:             12
UG_plotPenAssignmentDarkRed:            13
UG_plotPenAssignmentAquamarine:         14
UG_plotPenAssignmentGray:               15

! Default thickness of Normal, Thick, and Thin Custom-Color Palette
! Pen Thickness Mode
!
UG_plotCustomNormal_MU:         0.350 ! 0.250     ! Custom Thin Thickness (mm) ! ps übernommen von v18
UG_plotCustomNormal_EU:         0.010     ! Custom Thin Thickness (inch)
UG_plotCustomThick_MU:          0.500 ! 0.420     ! Custom Thin Thickness (mm) ! ps übernommen von v18
UG_plotCustomThick_EU:          0.017     ! Custom Thin Thickness (inch)
UG_plotCustomThin_MU:           0.250 ! 0.080     ! Custom Thin Thickness (mm) ! ps übernommen von v18
UG_plotCustomThin_EU:           0.003     ! Custom Thin Thickness (inch)

! The following examples demonstrate the Custom-Color settings for the
! Blue pen:
!
! UG_plotCustomBlue_R:
!      Blue RGB value for Custom-Color Palette Pen Blue
!      Valid range [ 0 <= integer number <= 255 ]
!
! UG_plotCustomBlue_G:
!      Green RGB value for Custom-Color Palette Pen Blue
!      Valid range [ 0 <= integer number <= 255 ]
!
! UG_plotCustomBlue_B:
!      Red RGB value for Custom-Color Palette Pen Blue
!      Valid range [ 0 <= integer number <= 255 ]
!
! Thickness mode and User_defined thickness are defined in the following
! examples:
!
! UG_plotCustomBlue_T_Mode:
!      Thickness mode for Custom-Color Palette Pen Blue
!      Valid options - [ normal, thick, thin, user-defined ]
!
! UG_plotCustomBlue_T_User_MU:
!      User_Defined Thickness for Custom-Color Palette Pen Blue in Metric unit
!      Valid range [ 0 <= integer number <= 255 ]
!
! UG_plotCustomBlue_T_User_EU:
!      User_Defined Thickness for Custom-Color Palette Pen Blue in English unit
!      Valid range [ 0 <= integer number <= 255 ]

! Blue
!
UG_plotCustomBlue_R:                   0       ! Red   RGB Value
UG_plotCustomBlue_G:                   0       ! Green RGB Value
UG_plotCustomBlue_B:                   255     ! Blue  RGB Value
UG_plotCustomBlue_T_Mode:              normal  ! Custom Default Thickness
UG_plotCustomBlue_T_User_MU:           0.250   ! Thickness (mm)
UG_plotCustomBlue_T_User_EU:           0.010   ! Thickness (inch)
!
! Green
!
UG_plotCustomGreen_R:                  0       ! Red   RGB Value
UG_plotCustomGreen_G:                  255     ! Green RGB Value
UG_plotCustomGreen_B:                  0       ! Blue  RGB Value
UG_plotCustomGreen_T_Mode:             normal  ! Custom Default Thickness
UG_plotCustomGreen_T_User_MU:          0.250   ! Thickness (mm)
UG_plotCustomGreen_T_User_EU:          0.010   ! Thickness (inch)
!
! Cyan
!
UG_plotCustomCyan_R:                   0       ! Red   RGB Value
UG_plotCustomCyan_G:                   255     ! Green RGB Value
UG_plotCustomCyan_B:                   255     ! Blue  RGB Value
UG_plotCustomCyan_T_Mode:              normal  ! Custom Default Thickness
UG_plotCustomCyan_T_User_MU:           0.250   ! Thickness (mm)
UG_plotCustomCyan_T_User_EU:           0.010   ! Thickness (inch)
!
! Red
!
UG_plotCustomRed_R:                    255     ! Red   RGB Value
UG_plotCustomRed_G:                    0       ! Green RGB Value
UG_plotCustomRed_B:                    0       ! Blue  RGB Value
UG_plotCustomRed_T_Mode:               normal  ! Custom Default Thickness
UG_plotCustomRed_T_User_MU:            0.250   ! Thickness (mm)
UG_plotCustomRed_T_User_EU:            0.010   ! Thickness (inch)
!
! Magenta
!
UG_plotCustomMagenta_R:                255     ! Red   RGB Value
UG_plotCustomMagenta_G:                0       ! Green RGB Value
UG_plotCustomMagenta_B:                255     ! Blue  RGB Value
UG_plotCustomMagenta_T_Mode:           normal  ! Custom Default Thickness
UG_plotCustomMagenta_T_User_MU:        0.250   ! Thickness (mm)
UG_plotCustomMagenta_T_User_EU:        0.010   ! Thickness (inch)
!
! Yellow
!
UG_plotCustomYellow_R:                 255     ! Red   RGB Value
UG_plotCustomYellow_G:                 255     ! Green RGB Value
UG_plotCustomYellow_B:                 0       ! Blue  RGB Value
UG_plotCustomYellow_T_Mode:            normal  ! Custom Default Thickness
UG_plotCustomYellow_T_User_MU:         0.250   ! Thickness (mm)
UG_plotCustomYellow_T_User_EU:         0.010   ! Thickness (inch)
!
! White
!
UG_plotCustomWhite_R:                  0       ! Red   RGB Value
UG_plotCustomWhite_G:                  0       ! Green RGB Value
UG_plotCustomWhite_B:                  0       ! Blue  RGB Value
UG_plotCustomWhite_T_Mode:             normal  ! Custom Default Thickness
UG_plotCustomWhite_T_User_MU:          0.250   ! Thickness (mm)
UG_plotCustomWhite_T_User_EU:          0.010   ! Thickness (inch)
!
! Olive
!
UG_plotCustomOlive_R:                  114     ! Red   RGB Value
UG_plotCustomOlive_G:                  132     ! Green RGB Value
UG_plotCustomOlive_B:                  0       ! Blue  RGB Value
UG_plotCustomOlive_T_Mode:             normal  ! Custom Default Thickness
UG_plotCustomOlive_T_User_MU:          0.250   ! Thickness (mm)
UG_plotCustomOlive_T_User_EU:          0.010   ! Thickness (inch)
!
! Pink
!
UG_plotCustomPink_R:                   255     ! Red   RGB Value
UG_plotCustomPink_G:                   159     ! Green RGB Value
UG_plotCustomPink_B:                   160     ! Blue  RGB Value
UG_plotCustomPink_T_Mode:              normal  ! Custom Default Thickness
UG_plotCustomPink_T_User_MU:           0.250   ! Thickness (mm)
UG_plotCustomPink_T_User_EU:           0.010   ! Thickness (inch)
!
! Brown
!
UG_plotCustomBrown_R:                  164     ! Red   RGB Value
UG_plotCustomBrown_G:                  99      ! Green RGB Value
UG_plotCustomBrown_B:                  0       ! Blue  RGB Value
UG_plotCustomBrown_T_Mode:             normal  ! Custom Default Thickness
UG_plotCustomBrown_T_User_MU:          0.250   ! Thickness (mm)
UG_plotCustomBrown_T_User_EU:          0.010   ! Thickness (inch)
!
! Orange
!
UG_plotCustomOrange_R:                 255     ! Red   RGB Value
UG_plotCustomOrange_G:                 137     ! Green RGB Value
UG_plotCustomOrange_B:                 0       ! Blue  RGB Value
UG_plotCustomOrange_T_Mode:            normal  ! Custom Default Thickness
UG_plotCustomOrange_T_User_MU:         0.250   ! Thickness (mm)
UG_plotCustomOrange_T_User_EU:         0.010   ! Thickness (inch)
!
! Purple
!
UG_plotCustomPurple_R:                 168     ! Red   RGB Value
UG_plotCustomPurple_G:                 44      ! Green RGB Value
UG_plotCustomPurple_B:                 255     ! Blue  RGB Value
UG_plotCustomPurple_T_Mode:            normal  ! Custom Default Thickness
UG_plotCustomPurple_T_User_MU:         0.250   ! Thickness (mm)
UG_plotCustomPurple_T_User_EU:         0.010   ! Thickness (inch)
!
! DarkRed
!
UG_plotCustomDarkRed_R:                203     ! Red   RGB Value
UG_plotCustomDarkRed_G:                14      ! Green RGB Value
UG_plotCustomDarkRed_B:                0       ! Blue  RGB Value
UG_plotCustomDarkRed_T_Mode:           normal  ! Custom Default Thickness
UG_plotCustomDarkRed_T_User_MU:        0.250   ! Thickness (mm)
UG_plotCustomDarkRed_T_User_EU:        0.010   ! Thickness (inch)
!
! Aquamarine
!
UG_plotCustomAquamarine_R:             17      ! Red   RGB Value
UG_plotCustomAquamarine_G:             251     ! Green RGB Value
UG_plotCustomAquamarine_B:             18      ! Blue  RGB Value
UG_plotCustomAquamarine_T_Mode:        normal  ! Custom Default Thickness
UG_plotCustomAquamarine_T_User_MU:     0.250   ! Thickness (mm)
UG_plotCustomAquamarine_T_User_EU:     0.010   ! Thickness (inch)
!
! Gray
!
UG_plotCustomGray_R:                   53      ! Red   RGB Value
UG_plotCustomGray_G:                   53      ! Green RGB Value
UG_plotCustomGray_B:                   53      ! Blue  RGB Value
UG_plotCustomGray_T_Mode:              normal  ! Custom Default Thickness
UG_plotCustomGray_T_User_MU:           0.250   ! Thickness (mm)
UG_plotCustomGray_T_User_EU:           0.010   ! Thickness (inch)

! Plotter Origin - Controls the origin offset for the plotter.  These provide
!                  the initial values for the Plotter Origin DX and DY coordinates
!                  of the Plot Origin dialog.
!
! Valid ranges are: [0.0 or greater]
!
UG_plotterOriginDX_EU:            0.0 ! Inches
UG_plotterOriginDY_EU:            0.0 ! Inches
UG_plotterOriginDX_MU:            0.0 ! mm
UG_plotterOriginDY_MU:            0.0 ! mm

! Drawing Origin for plotting - Provides the initial values for the Drawing Origin
!                               X and Y coordinates of the Plot Origin dialog.
!
! Valid ranges are: [0.0 or greater]
!
UG_drawingOriginX_EU:              0.0 ! Inches
UG_drawingOriginY_EU:              0.0 ! Inches
UG_drawingOriginX_MU:              0.0 ! mm
UG_drawingOriginY_MU:              0.0 ! mm

! The following are initial plotter menu settings per Customer ER's
! The settings are for initial Banner mode (needed for Grip & Ufunc),
! Plot by color or width, Plot mode drawing or display, and Plot tolerance.

! banner default state at startup; options are:
! [no_banner, default_banner, prompt_banner]
UG_bannerDefaultBanner: no_banner

! Plot by type: width, color or custom options are:
! [width, color, custom_palette]
UG_plotPenType: width

! Plot source, display or drawing.  Options are:
! [display, drawing]
UG_plotSource: drawing

! Plot tolerance. This is the display tolerance for plotting.
! Range is [any real down to 0.0001] recommended max is 0.005
UG_plotTolerance: 0.001

!
! The following section contained the defaults used for plotting banners.
! These defaults are banner character size, banner origin, banner rotation,
! banner justification, banner message and banner format.
!

! Banner Character Size - The size of the plot font used to plot the banner
!			  information with.
!
! Valid ranges are: [greater than 0.0]
UG_bannerCharSize_EU:           0.06   ! For non-standard drawing size (inches)
UG_bannerCharSize_MU:           1.52   ! For non-standard drawing size (mm)
UG_bannerCharSizeA_EU:          0.06   ! Drawing size ANSI A (inches)
UG_bannerCharSizeA_MU:          1.52   ! Drawing size ANSI A (mm)
UG_bannerCharSizeB_EU:          0.06   ! Drawing size ANSI B (inches)
UG_bannerCharSizeB_MU:          1.52   ! Drawing size ANSI B (mm)
UG_bannerCharSizeC_EU:          0.06   ! Drawing size ANSI C (inches)
UG_bannerCharSizeC_MU:          1.52   ! Drawing size ANSI C (mm)
UG_bannerCharSizeD_EU:          0.06   ! Drawing size ANSI D (inches)
UG_bannerCharSizeD_MU:          1.52   ! Drawing size ANSI D (mm)
UG_bannerCharSizeE_EU:          0.06   ! Drawing size ANSI E (inches)
UG_bannerCharSizeE_MU:          1.52   ! Drawing size ANSI E (mm)
UG_bannerCharSizeF_EU:          0.06   ! Drawing size ANSI F (inches)
UG_bannerCharSizeF_MU:          1.52   ! Drawing size ANSI F (mm)
UG_bannerCharSizeH_EU:          0.06   ! Drawing size ANSI H (inches)
UG_bannerCharSizeH_MU:          1.52   ! Drawing size ANSI H (mm)
UG_bannerCharSizeJ_EU:          0.06   ! Drawing size ANSI J (inches)
UG_bannerCharSizeJ_MU:          1.52   ! Drawing size ANSI J (mm)
UG_bannerCharSizeA0_EU:         0.06   ! Drawing size ISO A0 (inches)
UG_bannerCharSizeA0_MU:         1.52   ! Drawing size ISO A0 (mm)
UG_bannerCharSizeA1_EU:         0.06   ! Drawing size ISO A1 (inches)
UG_bannerCharSizeA1_MU:         1.52   ! Drawing size ISO A1 (mm)
UG_bannerCharSizeA2_EU:         0.06   ! Drawing size ISO A2 (inches)
UG_bannerCharSizeA2_MU:         1.52   ! Drawing size ISO A2 (mm)
UG_bannerCharSizeA3_EU:         0.06   ! Drawing size ISO A3 (inches)
UG_bannerCharSizeA3_MU:         1.52   ! Drawing size ISO A3 (mm)
UG_bannerCharSizeA4_EU:         0.06   ! Drawing size ISO A4 (inches)
UG_bannerCharSizeA4_MU:         1.52   ! Drawing size ISO A4 (mm)
UG_bannerCharSizeV_EU:          0.06   ! Vector display plots (inches)
UG_bannerCharSizeV_MU:          1.52   ! Vector display plots (mm)
UG_bannerCharSizeS_EU:          0.06   ! Shaded display plots (inches)
UG_bannerCharSizeS_MU:          1.52   ! Shaded display plots (mm)

! Banner Origin - Controls the origin for the banner. The banner origin
!                 corresponds to the plotter pen start position.
!
! Valid range is:  [ any real ]
UG_bannerOrigin_X_EU:           0.0  ! For non-standard drawing size (inches)
UG_bannerOrigin_Y_EU:           0.0
UG_bannerOrigin_X_MU:           0.0  ! For non-standard drawing size (mm)
UG_bannerOrigin_Y_MU:           0.0
UG_bannerOriginA_X_EU:         10.25 ! Origin for drawing size ANSI A (inches)
UG_bannerOriginA_Y_EU:          1.0
UG_bannerOriginA_X_MU:        260.00 ! Origin for drawing size ANSI A (mm)
UG_bannerOriginA_Y_MU:         25.0
UG_bannerOriginB_X_EU:         16.25 ! Origin for drawing size ANSI B (inches)
UG_bannerOriginB_Y_EU:          1.0
UG_bannerOriginB_X_MU:        413.00 ! Origin for drawing size ANSI B (mm)
UG_bannerOriginB_Y_MU:         25.0
UG_bannerOriginC_X_EU:         21.25 ! Origin for drawing size ANSI C (inches)
UG_bannerOriginC_Y_EU:          1.0
UG_bannerOriginC_X_MU:        540.00 ! Origin for drawing size ANSI C (mm)
UG_bannerOriginC_Y_MU:         25.0
UG_bannerOriginD_X_EU:         33.25 ! Origin for drawing size ANSI D (inches)
UG_bannerOriginD_Y_EU:          1.0
UG_bannerOriginD_X_MU:        845.00 ! Origin for drawing size ANSI D (mm)
UG_bannerOriginD_Y_MU:         25.0
UG_bannerOriginE_X_EU:         43.25 ! Origin for drawing size ANSI E (inches)
UG_bannerOriginE_Y_EU:          1.0
UG_bannerOriginE_X_MU:       1099.00 ! Origin for drawing size ANSI E (mm)
UG_bannerOriginE_Y_MU:         25.0
UG_bannerOriginF_X_EU:         39.25 ! Origin for drawing size ANSI F (inches)
UG_bannerOriginF_Y_EU:          1.0
UG_bannerOriginF_X_MU:        997.00 ! Origin for drawing size ANSI F (mm)
UG_bannerOriginF_Y_MU:         25.0
UG_bannerOriginH_X_EU:         43.25 ! Origin for drawing size ANSI H (inches)
UG_bannerOriginH_Y_EU:          1.0
UG_bannerOriginH_X_MU:       1099.00 ! Origin for drawing size ANSI H (mm)
UG_bannerOriginH_Y_MU:         25.0
UG_bannerOriginJ_X_EU:         54.25 ! Origin for drawing size ANSI J (inches)
UG_bannerOriginJ_Y_EU:          1.0
UG_bannerOriginJ_X_MU:       1378.00 ! Origin for drawing size ANSI J (mm)
UG_bannerOriginJ_Y_MU:         25.0
UG_bannerOriginA0_X_EU:        45.80 ! Origin for drawing size ISO A0 (inches)
UG_bannerOriginA0_Y_EU:         1.0
UG_bannerOriginA0_X_MU:      1163.00 ! Origin for drawing size ISO A0 (mm)
UG_bannerOriginA0_Y_MU:        25.0
UG_bannerOriginA1_X_EU:        32.10 ! Origin for drawing size ISO A1 (inches)
UG_bannerOriginA1_Y_EU:         1.0
UG_bannerOriginA1_X_MU:       815.00 ! Origin for drawing size ISO A1 (mm)
UG_bannerOriginA1_Y_MU:        25.0
UG_bannerOriginA2_X_EU:        22.40 ! Origin for drawing size ISO A2 (inches)
UG_bannerOriginA2_Y_EU:         1.0
UG_bannerOriginA2_X_MU:       569.00 ! Origin for drawing size ISO A2 (mm)
UG_bannerOriginA2_Y_MU:        25.0
UG_bannerOriginA3_X_EU:        15.50 ! Origin for drawing size ISO A3 (inches)
UG_bannerOriginA3_Y_EU:         1.0
UG_bannerOriginA3_X_MU:       394.00 ! Origin for drawing size ISO A3 (mm)
UG_bannerOriginA3_Y_MU:        25.0
UG_bannerOriginA4_X_EU:        10.70 ! Origin for drawing size ISO A4 (inches)
UG_bannerOriginA4_Y_EU:         1.0
UG_bannerOriginA4_X_MU:       272.00 ! Origin for drawing size ISO A4 (mm)
UG_bannerOriginA4_Y_MU:        25.0
UG_bannerOriginV_X_EU:         10.25 ! Origin for vector display plots(inches)
UG_bannerOriginV_Y_EU:          1.0
UG_bannerOriginV_X_MU:        260.00 ! Origin for vector display plots(mm)
UG_bannerOriginV_Y_MU:         25.0
UG_bannerOriginS_X_EU:          0.0  ! Origin for shaded display plots(inches)
UG_bannerOriginS_Y_EU:          0.0
UG_bannerOriginS_X_MU:          0.0  ! Origin for shaded display plots(mm)
UG_bannerOriginS_Y_MU:          0.0

! Banner Rotation - It defines the rotation of the banner on the plot
!                   (counter-clockwise)
! Valid options are: [0,90,180,270]
UG_bannerRotation:              90    ! Use if drawing size is not standard
UG_bannerRotationA:             90    ! Use for drawing size ANSI A
UG_bannerRotationB:             90    ! Use for drawing size ANSI B
UG_bannerRotationC:             90    ! Use for drawing size ANSI C
UG_bannerRotationD:             90    ! Use for drawing size ANSI D
UG_bannerRotationE:             90    ! Use for drawing size ANSI E
UG_bannerRotationF:             90    ! Use for drawing size ANSI F
UG_bannerRotationH:             90    ! Use for drawing size ANSI H
UG_bannerRotationJ:             90    ! Use for drawing size ANSI J
UG_bannerRotationA0:            90    ! Use for drawing size ISO A0
UG_bannerRotationA1:            90    ! Use for drawing size ISO A1
UG_bannerRotationA2:            90    ! Use for drawing size ISO A2
UG_bannerRotationA3:            90    ! Use for drawing size ISO A3
UG_bannerRotationA4:            90    ! Use for drawing size ISO A4
UG_bannerRotationV:             90    ! Use for vector display plots
UG_bannerRotationS:             90    ! Use for shaded display plots

! Banner Justification - It defines the banner's justification on the plot
!
! Valid options are: [left,center,right]
UG_bannerJust:                  left   ! Use if drawing size is not standard
UG_bannerJustA:                 left   ! Use for drawing size ANSI A
UG_bannerJustB:                 left   ! Use for drawing size ANSI B
UG_bannerJustC:                 left   ! Use for drawing size ANSI C
UG_bannerJustD:                 left   ! Use for drawing size ANSI D
UG_bannerJustE:                 left   ! Use for drawing size ANSI E
UG_bannerJustF:                 left   ! Use for drawing size ANSI F
UG_bannerJustH:                 left   ! Use for drawing size ANSI H
UG_bannerJustJ:                 left   ! Use for drawing size ANSI J
UG_bannerJustA0:                left   ! Use for drawing size ISO A0
UG_bannerJustA1:                left   ! Use for drawing size ISO A1
UG_bannerJustA2:                left   ! Use for drawing size ISO A2
UG_bannerJustA3:                left   ! Use for drawing size ISO A3
UG_bannerJustA4:                left   ! Use for drawing size ISO A4
UG_bannerJustV:                 left   ! Use for vector display plots
UG_bannerJustS:                 left   ! Use for shaded display plots

! Banner Format - It defines what information goes into the banner.  Note
!                 that the banner can only have a maximum of 3 lines (rows)
!                 and maximum of 5 items (columns) per line.  For blank
!                 lines or columns, set the default to blank.  Also keep
!                 in mind that you can define 2 variables for spaces between
!                 any entries.  One is for the trailing spaces after every
!                 entry get plotted and the other is for spaces which
!                 represent the entry's length if and only if that entry is
!                 left as blank.  You will not get the trailing spaces if
!                 that entry is the last entry of the line.
!
! Valid options are: [0,1,2,3,4,...255]
UG_bannerFormatTrailingSpaces:  3  ! spaces between any entries
UG_bannerFormatEntrySpaces:     0  ! spaces represent the field's length, this
                                   ! will only be used if the entry is left
                                   ! as blank

! Valid options are: [user_name, node_name, job_name, dwg_or_view_name]
!                    [part_name, date, time, message, blank]
! Note that these options are keywords.  For instance, specifying message
! only means that the message will be placed in that spot.  The default
! message is specified with the UG_bannerMessage customer default, and 
! can be changed by the user when plotting by specifying to prompt for a 
! banner.

UG_bannerFormatRow1Column1:     user_name  ! name of user running UG
UG_bannerFormatRow1Column2:     node_name  ! node name that sent the plot
UG_bannerFormatRow1Column3:     job_name   ! job name of the plot (modifiable)
UG_bannerFormatRow1Column4:     blank
UG_bannerFormatRow1Column5:     blank
UG_bannerFormatRow2Column1:     dwg_or_view_name  ! drawing name or view name
UG_bannerFormatRow2Column2:     part_name  ! part name of work part (read only)
UG_bannerFormatRow2Column3:     date       ! time when plot was submitted
UG_bannerFormatRow2Column4:     time
UG_bannerFormatRow2Column5:     blank
UG_bannerFormatRow3Column1:     message    ! Output UG_bannerMessage here.
UG_bannerFormatRow3Column2:     blank
UG_bannerFormatRow3Column3:     blank
UG_bannerFormatRow3Column4:     blank
UG_bannerFormatRow3Column5:     blank

! This character string specifies default message for the plot banner
!
UG_bannerMessage:           ""

! Initial Part Directory - Default directory to use as a filter when creating
!                          or opening part files.
!
UG_initialPartDir:

! Initial Grip Directory - Default directory to use as a filter when selecting
!                          Grip programs to run.
!
UG_initialGripDir:

! Initial User Function Directory - Default directory to use as a filter when
!                                   selecting User Function programs to run.
!
UG_initialUFunDir:

! Initial Macro Directory - Default directory to use as a filter when
!                                   recording and playing back macros.
!
UG_initialMacroDir:

! Initial IGES File Directory - Default directory to use as a filter
!                               when selecting IGES files
!
UG_initialIgsDir:

! Initial STEP File Directory - Default directory to use as a filter
!                               when selecting STEP files
!
UG_initialStpDir:

! Initial DXF File Directory - Default directory to use as a filter
!                              when selecting DXF files
!
UG_initialDxfDir:

! Initial Translator Log File Directory - Default directory to use as
!                                         a filter when selecting
!                                         translator log files
!
UG_initialTransLogDir:

! Default User Tools Directory - Default directory to use when
!                                loading User Tools defintion files.
!
UG_default_usrt_dir:

! Automatic Pattern Update Switch - Indicates the default as to whether
!                                   or not patterns get automatically updated.
!
! Valid options are: [yes, no]
!
UG_autoPatUpdate:    yes ! no ! ps übernommen von v18

!
! Layer->Category Dialog Initial Button Settings and List Box Sizes
!

! Category List Box Size  - Indicates the number of categories that will get
!                           displayed in the Category List Box located in the
!                           Layer->Settings Dialog.
!
! Valid options are: [Any integer value greater than zero such that
!                     UG_categoryListItems + UG_layerListItems <= MAXIMUM,
!                     where MAXIMUM is 17 on a 16 inch monitor, and
!                     33 on a 19 inch monitor.]
!
!                     Suggested default for 16 inch monitor = 5
!                     Suggested default for 19 inch monitor = 10
!
UG_categoryListItems:    7 ! 5 ! ps übernommen von v18

! Layer List Box Size - Indicates the number of layers that will get displayed
!                       in the Layer List Box located in the Layer->Settings
!                       Dialog.
!
! Valid options are: [Any integer value greater than zero such that
!                     UG_categoryListItems + UG_layerListItems <= MAXIMUM,
!                     where MAXIMUM is 17 on a 16 inch monitor, and
!                     33 on a 19 inch monitor.]
!
!                     Suggested default for 16 inch monitor = 12
!                     Suggested default for 19 inch monitor = 23
!
UG_layerListItems:       18 ! 12 ! ps übernommen von v18

! Initial "Layers in List" Radio Box State - Indicates the initial state of
!                                            the "Layers in List" Radio Box
!                                            located in the Layer->Settings
!                                            Dialog.
!
! Valid options are: [all, selectable, objects]
!
UG_layersInList:         objects

! Initial Show Object Count Toggle State - Indicates the initial state of
!                                          the "Show Object Count" toggle
!                                          button located in the
!                                          Layer->Settings Dialog.
!
! Valid options are: [on, off]
!
UG_showObjectCount:      on ! off ! ps übernommen von v18

! Initial Show Category Names Toggle State - Indicates the initial state of
!                                            the "Show Category Names" toggle
!                                            button located in the
!                                            Layer->Settings Dialog.
!
! Valid options are: [on, off]
!
UG_showCategoryNames:    on ! off ! ps übernommen von v18

! Initial Fit All before Displaying State - Indicates the initial state of
!                                           the "Fit All before Displaying"
!                                           toggle button located in the
!                                           Layer->Settings Dialog.
!
! Valid options are: [on, off]
!
UG_fitAllBeforeDisplaying:    off

! Initial Apply to all faces State - Indicates the initial state of the
!                                    "Apply to all faces" toggle button
!                                    located on the Edit Object Display
!                                    dialog
!
! Valid options are: [on, off]
!
UG_applyToAllFaces:      off

! Dialog Filter Type - indicates the type of text filter used in UG_dialogs.
!
! Valid options are:
!
!       [Simple]    - Uses a simple '*' filter, as used when matching filenames
!                     in the filename dialogs.
!
!       [Regexp]    - Uses a more sophisticated regular expression filter, as
!                     used in Unix commands such as 'grep', or 'sed'.
!
!                     Note that currently the only dialog affected by this
!                     switch is the Expression editor
!
UG_dialogFilterType: Simple

! Macro Option  -  Indicates the length of a pause statement that is recorded
!                  into a macro file with the Macro->Pause menu item.
!                  The units of this option are defined in seconds.
!                  When a pause statement is encountered during the play back
!                  of a macro, the macro will temporarily pause based on the
!                  value indicated.
!
! Valid options are:
!
!       [>0]           - Pause taken in seconds during playback.
!       [=0, or blank] - Use the default setting during playback.
!       [<0]           - Indefinite pause setting.  Pause until Ok is selected
!                        from pause message box.
!
UG_macroPauseLength:   60


! Macro Option  -  This option controls the display of the information dialog
!                  associated with user entry points during playback.  To
!                  prevent the display of this dialog, turn the option to off.
!
! Valid options are: [on, off]
!
UG_macroUserEntryShowInstPrompt: on

! Control of 3D Input Devices (SpaceBall, SpaceMouse)
!
! View Option           - Controls whether the view can be rotated,
!                         panned, or zoomed with the 3D input device.
! Valid options are:
!
!       [rotateOnly]    - Motion restricted to rotation only
!       [panZoom]       - Motion restricted to pan and zoom only
!       [panRotateZoom] - No restriction on motion
!
UG_3DInputViewOption:     panRotateZoom

! Single Axis Filter    - Restricts motion to a single axis (a
!                         single degree of freedom) for most
!                         precise control.
!
! Valid options are: [on, off]
!
UG_3DInputSingleAxisFilter:  off

! Rotate About          - When on, the view is rotated about the
! Attention Point         attention point. When off, the view is
!                                rotated about the center of the view.
!
! Valid options are: [on, off]
!
UG_3DInputRotateAboutAttentionPoint:  off

! Sensitivity           - Indicates the sensitivity of the 3D input
!                         device, where 1 is the least sensitive and
!                         11 is the most sensitive
!
! Valid options are:  [1 to 11]
!
UG_3DInputSensitivity:   6    ! 5 ! de 24.03.2004           

! shininess   -  Indicates the intensity of highlights added to shaded surfaces,
!                making them appear shiny.  The value 0.0 adds no shininess,
!                and 1.0 adds the maximum amount of shininess.
!
UG_shininess: 0.7

! two-sided-light -  Indicates whether or not to disable the backlighting,
!                the lighting of facets that have normals directed away
!                from the light source. Two sided light is useful for objects
!                such as sheet bodies, which without this feature could
!                generate an invalid display.
!
! Valid options are: [0, 1]
!
UG_twoSidedLight: 1

! ContinuousNavigate
!           on - Mouse cursor position is used to control the
!           rate of change of the user's position or orientation(i.e.,
!           mouse cursor position controls the velocity of some motion variables).
!           This means that position or orientation continues to change
!           (at constant rate) even without mouse motion as long as mouse cursor
!           is not at the neutral point.  The motion stops only when Navigate
!           mode is deactivated by releasing MB1, or when mouse delta is zero.
!           This mode provides a continuous motion which gives a feeling
!           of flying.
!           off - Mouse cursor position is used to directly control the user's
!           position or orientation.  This is what we currently do with UG
!           mouse rotation.  When mouse motion stops the rotation stops.
!
! Valid options are: [on, off]
!
UG_continuousNavigate:  on

! navigateAutoPerspOff
!           Upon entering view->navigate the perspective is automatically
!           turned on. This resource lets the user to decide
!           whether the perspective should be automatically turned
!           off or not upon exiting navigate.
!           on - automatically turn off perspective upon
!           exiting navigate.
!           off - perspective is not automatically turned off upon
!           exiting navigate.
!
! Valid options are: [on, off]
!
UG_navigateAutoPerspOff:  on !2005.05.28 ps

! navigateSensitivity  -  Indicates the sensitivity level of the View Navigation
!                         where 1 is the least sensitive and 10 is the most
!                         sensitive
!
! Valid options are:  [1 to 10]
!
UG_navigateSensitivity:  2

! The Hidden Geometry Color is the color applied to geometry which
! remains visible even when nominally hidden by shaded geometry
! (e.g. coordinate systems).
! Valid color options are: [1-216]
!
UG_hiddenGeometryColor:    15 ! 15 is Gray

! Edge Display for Shaded Faces
!
! UG_shadedFaceEdges controls the display of edges for shaded faces.
! Valid options are:
!
!  [off]           Edges of shaded faces are not displayed.
!
!  [body_color]    Visible edges of shaded faces are displayed in the
!                  body color, and UG_hiddenShadedFaceEdges controls
!                  the display of hidden shaded face edges.
!
!  [shaded_face_edges_color]
!                  Visible edges of shaded faces are displayed in the
!                  color indicated by UG_shadedFaceEdgesColor, and
!                  UG_hiddenShadedFaceEdges controls the display of
!                  hidden shaded face edges.
!
! UG_shadedFaceEdgesColor specifies the color used to display visible
! edges of shaded faces when UG_shadedFaceEdges is set to specify_color.
! Valid color options are: [1-216]
!
! UG_hiddenShadedFaceEdges controls the display of hidden shaded face
! edges. Valid options are:
!
!  [invisible]     Edges of hidden shaded faces are invisible.
!
!  [dashed]        Edges of hidden shaded faces are displayed like
!                  visible shaded face edges but with dashed line
!                  font.
!
!  [hidden_geometry_color]
!                  Edges of hidden shaded faces are displayed with
!                  solid font in the color indicated by UG_hidden-
!                  GeometryColor.
!
UG_shadedFaceEdges:          shaded_face_edges_color ! V18 was off       !ps 26.10.04
UG_shadedFaceEdgesColor:     216                     ! 173 is Obscure Gray  ! RM
UG_hiddenShadedFaceEdges:    invisible

! Curvature Graphing Resources:
!
! start up spreadsheet in the beginning of ug session
UG_StartUp_SpreadSheet: 0
! width of curvature graphing window in pixels
UG_curveGraphingWindowWidth: 800
! height of curvature graphing window in pixels
UG_curveGraphingWindowHeight: 400
! display status of x grid lines in the curvature graphing window
UG_curveGraphingXgrid: off
! display status of y grid lines in the curvature graphing window
UG_curveGraphingYgrid: on
! UG_curveGraphingUpdateMethod -
! dynamic - curvature graph gets updated for all events while dragging
! automatic - curvature graph gets updated as user releases MB1 for dragging
! manual - no updating, user has to use Crtl-Shift-C to manually update graph
! UG_curveGraphingUpdateMethod: 0 = dynamic, 1 = automatic, any other # = manual
UG_curveGraphingUpdateMethod:  0

! Dimetric Views:
! This parameter controls the addition of the 16 dimetric views.
!
! These views are proposed as GM worldwide standard:
!
! View Name         Z rotation      X rotation (in degrees)
! DIMETRIC.VIEW.B1       60             -75
! DIMETRIC.VIEW.B2      120             -75
! DIMETRIC.VIEW.B5      -60             -75
! DIMETRIC.VIEW.B6     -120             -75
! DIMETRIC.VIEW.C1       30             -75
! DIMETRIC.VIEW.C2      150             -75
! DIMETRIC.VIEW.C5      -30             -75
! DIMETRIC.VIEW.C6     -150             -75
! DIMETRIC.VIEW.D1       45             -65
! DIMETRIC.VIEW.D2      135             -65
! DIMETRIC.VIEW.D5      -45             -65
! DIMETRIC.VIEW.D6     -135             -65
! DIMETRIC.VIEW.D3       45            -115
! DIMETRIC.VIEW.D4      135            -115
! DIMETRIC.VIEW.D7      -45            -115
! DIMETRIC.VIEW.D8     -135            -115
!
! NOTE: The rotations are from the TOP view. The Z rotation is done before
! the x rotation. Other view parameters have default values when the views
! are created.
!
! If these views exist in the part file, they will be listed in all view menus
! after the UG canned views except the popup menu, and the users can use them
! like the UG canned views and they cannot delete the views.
! The dimetric views will be listed in alphabetical order after UG canned views
! and before user views.
!
! NOTE: Drawing member views are listed in alphabetical order
! regardless if the views were created from canned views.
!
! Dimetric Views valid options are [yes, no]
!
! If the value is yes:
! 1/When a part is created, UG will create the 16 dimetric views.
! 2/When an existing part is retrieved:
!     For each of the 16 dimetric views:
!       If the view name does not exist in the part file, a dimetric view
!       will be created.
!     If the name already exists but the orientation is different,
!     a suffix will be added to the view name in the part,
!     and a new dimetric view will be created.
!
! If the value is no:
! 1/When a part is created, UG will behave as usual.
! 2/When an existing part is retrieved, if the part already has dimetric views,
!   they will stay and behave like dimetric views.
!
! NOTE: The part file will not be marked as modified because of the behaviors
! that are described above.
!
UG_dimetric_views: no

! Wireframe Erasure Repair Mode
!
! This User Preference controls when Unigraphics automatically repairs "holes"
! in the graphics window resulting from "Wireframe Erasures".  This refers to
! erasing temporary display data (control point markers, coneheads, coordinate
! systems, etc.), blanking objects, and deleting objects.
!
! Valid Options are:  [0, 1, 2]
!    0:  Disables the automatic repair mechanism.
!    1:  Repair holes in Wireframe Views only, not shaded views;  this may be
!        desirable if the performance impact of the repair operations is
!        excessive for shaded views.
!    2:  Repair holes in all views.
!
UG_wfeRepairMode:  2

! Black Reflection Line Smoothness -
! UG_reflSmoothLines controls whether black reflection lines in face analysis
! mode will be smoothed or not.  When set to ON, black reflection lines will
! appear smooth (anti-aliased).  When set to OFF, black reflection lines will
! not be smoothed and will be somewhat jagged in appearance (aliased).
UG_reflSmoothLines:     off ! on !ps 07.09.04

! View Sectioning
!
! The following parameters establish the default settings for the View->
! Sectioning function.  View->Sectioning data are not saved in the part
! file, so these default settings apply to every Unigraphics session.
!
! The UG_viewSectioningSlice parameter controls whether or not the slice
! feature is enabled.  If the parameter is ON, the front and back clip-
! ping planes move together, sweeping a slice, a cross section with a
! specified thickness, through the model.
!
! Valid options for UG_viewSectioningSlice are:  [on, off]

UG_viewSectioningSlice:  off

! If the UG_viewSectioningSlice parameter is ON, then parameter UG_view-
! SectioningSliceThickness specifies the slice thickness, the distance
! between the front and back clipping planes.  The thickness is ex-
! pressed as an integral percentage between 1 and 100 of the extent of
! the displayed model.  If the parameter is set to 1, for example, then
! the thickness of the slice is 1% of the extent of the displayed model
! in the direction of the clipping vector, which is normal to the clip-
! ping planes.
!
! Valid options for UG_viewSectioningSliceThickness are:  [1 to 100]

UG_viewSectioningSliceThickness:  20 ! 1 ! ps übernommen von v18

! The UG_viewSectioningCap parameter controls whether or not the section-
! ing cap is displayed.  If the parameter is ON, then a cap or "pseudo
! face" is drawn where the sectioning clipping planes intersect the model.
!
! Valid options for UG_viewSectioningCap are:  [on, off]

UG_viewSectioningCap:  on ! off ! ps übernommen von v18

! If the UG_viewSectioningCap parameter is ON, the color of the cap is
! specified by the UG_viewSectioningCapColor parameter.
!
! Valid color options for UG_viewSectioningCapColor are: [1-216]
UG_viewSectioningCapColor:  5

! The UG_viewSectioningPlanes parameter controls whether or not rectan-
! gular representations of the front and back clipping planes are dis-
! played when using the Model view sectioning mode.  If the parameter is
! ON, rectangular representations are displayed for both the front and
! back planes; if it is OFF no representations are displayed.
!
! Valid options for UG_viewSectioningPlanes are:  [on, off]

UG_viewSectioningPlanes:  on

! UG_groupInClassSelectionMenus - This option controls whether or not
!                                 Group item is initially selected
!                                 in the Type dialog in some common class
!                                 selection menus (selected), or is not
!                                 initially selected (deselected).
!                                 Other menus often have Group item initially
!                                 selected and are not affected by this option.
!
! Valid options are: [selected, deselected]
!

UG_groupInClassSelectionMenus:      deselected ! selected ! ps übernommen von v18

! UG_objectAttributeSelection -
!
! This option controls the default for the toggle button in the
! Object Attributes dialog.  The option option only has an effect when
! working in Design-in-Context (that is, the Work Part is different than
! the Displayed Part).
!
! If set to displayedPart, objects in the Object Attribute dialog will be
! selected in the Displayed Part, and therefore the attributes created,
! deleted, copied or listed are in the Displayed Part.
!
! If set to workPart, objects in the Object Attribute dialog will be
! selected in the Work Part, and therefore the attributes created,
! delete, copied or listed are in the Work Part.
!
! This default is new in V18.0.  The default of displayedPart
! corresponds to the behavior of the Object Attributes dialog before V18.0.
!
! This default is not saved with the part, but is read from the
! defaults file each time Unigraphics is started.
!
! Valid options are: [displayedPart, workPart]
!

UG_objectAttributeSelection:  displayedPart

! The UG_defaultSpreadsheetApplication parameter controls which spreadsheet
! application to use when the part has no stored spreadsheet data of the
! requested type.  If the part has stored spreadsheet data, the spreadsheet
! application that was used to store the data will always be used, regardless
! of this customer default setting.
!
! NOTE:  the "Excel" value of the parameter will only have an effect on
!        Windows NT platforms.  The UNIX platforms will always use XESS.
!
! Valid options for UG_defaultSpreadsheetApplication are:  [XESS, Excel]

UG_defaultSpreadsheetApplication:  Excel

! This option allows the customers to define their own Color Definition File
! (CDF) which is used when new parts are created.  If it is not set, then
! the UG pre-defined color palette is used instead.  The settings of this file
! can be verified through the Color Palette dialog.
!
! The format is:
! UG_default_cdf_file: /your_path/filename.cdf

UG_default_cdf_file: ${UGII_COLOR}

! This option allows the customers to define their own prefix for a name
! which is used when new Knowledge Fusion objects are created. The
! prefix supplied here will have an ascending number appended for the
! object name.  If this option is not set, then no default name is
! supplied when the user creates an object.
!
! The format is:
! UG_kf_default_object_name: your_prefix

UG_kf_default_object_name: kf_obj     ! ps übernommen von v18

! This option allows the customers to define their own prefix for a name
! which is used when new Knowledge Fusion attributes are created. The
! prefix supplied here will have an ascending number appended for the
! attribute name.  If this option is not set, then no default name is
! supplied when the user creates an attribute.
!
! The format is:
! UG_kf_default_attribute_name: your_prefix

UG_kf_default_attribute_name: kf_att     ! ps übernommen von v18

! This option allows the customers to specify where their user
! defined DFA search directories used in Knowledge Fusion are defined.
! Setting this option to yes indicates that the search directories
! are to be read from the UG registry.  In addition, the user is able
! to modify the search directories and that modification is stored
! in the UG registry between UG sessions.   Setting this option to no
! indicates that the search directories are to be read from the
! UGII_KF_USER_CLASS_DIR environment variable and that no modification
! of the search directory is permitted.
!
! Valid options are:  [yes, no]

UG_kf_modifiable_search_directories: no ! yes ! ps übernommen von v18

! This value determines if Unigraphics will automatically attempt to restore the
! Knowledge Fusion application on startup.  When restarting UG the KF
! application will be activated if all of the following conditions apply:
!  - the value of this default is set to `yes'
!  - when you last exited Unigraphics you were using the KF application
!  - you have an available knowledge fusion licence
!
! Valid options are: [yes, no]
!
UG_kf_RestoreApplication:      yes

! The following options allow the customer to define their own default
! background types and colors.   NOTE: these settings apply only to the 3D driver.
! The default background types are Graduated.
! Valid options are: [Plain, Graduated]

UG_default_shaded_background_type: Plain ! Graduated ! ps übernommen von v18
UG_default_wire_background_type: Plain ! Graduated ! ps übernommen von v18

! The following settings are applicatable if the background type is Graduated.
! Valid options are: [0 - 255] - default 35
UG_shaded_graduated_background_color1_R: 35
! Valid options are: [0 - 255] - default 35
UG_shaded_graduated_background_color1_G: 35
! Valid options are: [0 - 255] - default 75
UG_shaded_graduated_background_color1_B: 75

! Valid options are: [0 - 255] - default 14
UG_shaded_graduated_background_color2_R: 14
! Valid options are: [0 - 255] - default 105
UG_shaded_graduated_background_color2_G: 105
! Valid options are: [0 - 255] - default 150
UG_shaded_graduated_background_color2_B: 150

! Valid options are: [0 - 255] - default 35
UG_wire_graduated_background_color1_R:   35
! Valid options are: [0 - 255] - default 35
UG_wire_graduated_background_color1_G:   35
! Valid options are: [0 - 255] - default 75
UG_wire_graduated_background_color1_B:   75

! Valid options are: [0 - 255] - default 14
UG_wire_graduated_background_color2_R:   14
! Valid options are: [0 - 255] - default 105
UG_wire_graduated_background_color2_G:   105
! Valid options are: [0 - 255] - default 150
UG_wire_graduated_background_color2_B:   150

! The following options manage UG scene lights.
!
! The UG_light_default_types option controls which scene lights are turned
! on in a view when a new view is created or when "Reset to Default Lights"
! is chosen from the Basic Lights or Advanced Lights dialogs.
!
! Valid options are:
! [ambient, lefttop, top, righttop, front, leftbottom, bottom, rightbottom]

! A maximum of 8 lights are currently recognized in a view.  So any more
! than 8 UG_light_default_types specified here will be ignored.
!
!UG_light_default_types:          ambient  \
!                                 lefttop  \
!                                 righttop
UG_light_default_types:          ambient  \
                                 lefttop  \
                                 front  \
                                 righttop
                                 		! ps übernommen von v18
!
! The UG_light_default_intensities option controls the initial intensity
! value of the corresponding light in UG_light_default_types when it is
! created in a new view or when the intensity is reset because "Reset to
! Default Lights" has been chosen from the Basic Lights or Advanced Lights
! dialogs.
!
!UG_light_default_intensities:    0.15   \
!                                 0.45   \
!                                 0.85
UG_light_default_intensities:    0.35   \
                                 0.10   \
                                 0.15	\
                                 0.30
                                 		! ps übernommen von v18
!
! The following light direction options control the direction of each
! corresponding UG scene light.  These options denote X, Y, Z elements of a
! vector in view space.  Note that the vector specified will be unitized.
!
UG_light_lefttop_direction:     -1.0  1.0  1.0
UG_light_top_direction:          0.0  1.0  0.0
UG_light_righttop_direction:     1.0  1.0  1.0
UG_light_front_direction:        0.0  0.0  1.0
UG_light_leftbottom_direction:  -1.0 -1.0  1.0
UG_light_bottom_direction:       0.0 -1.0  0.0
UG_light_rightbottom_direction:  1.0 -1.0  1.0

!
! Part Navigation Tool  (PartNav)
!

!
! The following setting controls the automatic scroll switch in Part Navigator.
!
! Valid options [on, off]
!
! When the auto-scroll switch is on, the Navigator window will be automatically
! positioned so that the node of the feature selected from the graphics window
! will be displayed in the visible portion of the window even though the node
! is originally off the window.  This is the default setting.
!
! When the auto-scroll switch is off, the Navigator window will not be
! automatically positioned to display the node of the selected feature in the
! window if the node is originally off the window.
!
UG_PartNav_AutomaticScroll:     on

!
! The following setting controls the name display option in Part
! Navigator Preferences.
!
! Valid options [name_and_type, type_only, name_replaces_type]
!
! This setting gives the user a choice of three styles of name display:
!   1. name_and_type:           Display both object type and user-defined name
!   2. type_only:               Display object type only.
!   3. name_replaces_type:      Display user-defined name, if any, instead of the object type.
!
! The default setting is name_and_type
!
UG_PartNav_NameDisplay:  name_and_type

!
!  Part Navigator Mark Related Features Parameters
!
!  There are four Mark Related Features Parameters:
!
!  UG_PartNav_MarkParents      --    Valid options [on|off]
!      "on" to display the First-level Parent Features of the
!      selected feature in different font color, else "off"
!      Default is on
!
!  UG_PartNav_ParentFontColor  --    Valid range [1-216]
!      The color index to use for the font color of Parent Features.
!      Default value is 182
!
!  UG_PartNav_MarkChildren     --    Valid options [on|off]
!      "on" to display the First-level Children Features of the
!       selected feature in different font color, else "off"
!       Default is on
!
!  UG_PartNav_ChildFontColor   --    Valid range [1-216]
!      The color index to use for the font color of Children Features.
!      Default value is 139
!
! Parameters for Show Related Features Settings
!
UG_PartNav_MarkParents: on
UG_PartNav_ParentFontColor: 182
UG_PartNav_MarkChildren: on
UG_PartNav_ChildFontColor: 139

!
!  Part Navigator Hide On Use Option
!
!  While in Body Mode in the Part Navigator, the Hide On Use will blank
!      objects as they are used and removed from the unused items folder.
!      The classic example is blanking of a sketch as it is extruded.
!
!  Valid options [on|off] - default is off
!
UG_PartNav_HideOnUse: off

!
!  Part Navigator Tree Mode
!
!  The tree mode governs the display of the Part Navigator.  
!
!  Valid options [body_mode|timestamp_mode]
!
!  Timestamp Mode
!      Timestamp mode shows features in a timestamp history.
!
!  Body mode - Default
!      Body mode groups features into the bodies that they contribute to 
!      and provides more part organization tools like Reference Sets, groups, 
!      etc.
!
UG_PartNav_TreeMode: timestamp_mode                !ps 26.10.04

! ****************************************************************************
! **                                                                        **
! **                         M O D E L I N G                                **
! **                                                                        **
! ****************************************************************************
!
! The following options - Smooth Edges, Silhouettes, and Hidden Edges - are set
! on a per view basis.  That is, you can assign a particular setting to a view
! and any solid that exists in that view, or that you create in that view, will
! appear with the assigned setting.  For example, if you set Hidden Edges to
! Dashed for the TFR-ISO view, then all solids which exist or are subsequently
! created in TFR-ISO will appear with all hidden edges displayed as dashed
! lines.
!
! Smooth Edges - Controls whether edges shared by tangent faces display.
!
! Valid options are: [visible, invisible]
!
Solids_smoothEdges:				visible

! Valid View Smooth Edge Color are: [original, 1-216]
Solids_smoothEdgeColor:              original

! Model View Smooth Edge Font
! valid options are: [original, solid, dashed, phantom, centerline,
!                     dotted, long_dashed, dotted_dashed]
!
Solids_smoothEdgeFont:              original

! Model View Smooth Edge Width
! valid options are: [original, thin, normal, thick]
!
Solids_smoothEdgeWidth:             original

! Silhouettes - Controls whether silhouettes are displayed.
!
! Valid options are: [visible, invisible]
!
Solids_silhouette:				visible

! Hidden Edges - Controls the display of solid edges that are hidden by
!                other solid edges.
!
! Valid options are: [visible, invisible, dashed, gray_thin]
!
Solids_hiddenEdge:				visible
!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!
! Solids_translucency
!
!  This default controls the translucency assigned to a newly created body,
!  and to each of its faces.
!
!  When the "Inherit Face Display Properties" option is set to "New Face
!  Properties from Part Default", then the Translucency value from the part
!  is also assigned to a face which is added to an existing body.
!
!  Valid options are: [(0), 1-100 (0 is opaque, 100 is 100% translucency)]
!
Solids_translucency:			0
!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!
!  Solids_partialShading
!
!  This default controls whether a newly created body, and each of its faces,
!  has its Partial Shading property enabled.  If "on" then a new body has its
!  Partial Shading property set, so that the body is displayed as shaded in
!  a view which is "Partially Shaded".
!
!  When the "Inherit Face Display Properties" option is set to "New Face
!  Properties from Part Default", then the partialShading value from the part
!  is also used to determine whether a face which is added to an existing body
!  has its Partial Shading property enabled.
!
!  Valid options are:  [on, off]
!
Solids_partialShading:   off
!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!
!  Solids_faceAnalysis
!
!  This default controls whether a new created body has its Face Analysis
!  property enabled.  If "on" then a new body has its Face Analysis property
!  set, so that the body is display with face analysis information in a
!  "Face Analysis" view.
!
!  When the "Inherit Face Display Properties" option is set to "New Face
!  Properties from Part Default", then the faceAnalysis value from the part
!  is also used to determine whether a face which is added to an existing body
!  has its Face Analysis property enabled.
!
!  Valid options are:  [on, off]
!
Solids_faceAnalysis:   off
!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!
! Undo File Size  - Controls the disk space allocated for undo files. The Modeling
!		    Application provides the capability to back up, a step at
!		    a time, to a previous state that existed during the
!		    current modeling session.  The state of the system is
!		    saved in undo files. The number of undos that can be
!                   performed is proportional to the amount of disk space available.
!                   The space allocated for undo files must be several times the estimated
!                   size of the part file in order to have some number of
!		    undos. If the disk space is inadequate, undo files will be deleted
!                   until there is enough space to add another undo file.
!                   We recommend that you start with an undo file size that
!                   is more than half of your scratch area on disk. The undo
!                   files will be written to the directory defined by the UGII_UGSOLIDS_TMP
!                   environment variable. If this is not defined, then your
!                   /tmp or /var/tmp directory is used. The number input here
!                   represents megabytes of disk space. You should then monitor
!                   the performance of the undo function and alter this value,
!                   as required, based on your site's requirements.
!
! Valid range is: [2.0 - 4095.0]
!
Solids_undoFileSize:			4095.0 ! 256.000 ! ps übernommen von v18 

! Mass Properties Accuracy  - Controls accuracy of computation
!                              of mass properties values
!
! Valid range is: [greater than 0.0, less than or equal to 1.0]
! Suggested values are   0.9, 0.99, 0.999, 0.9999, 0.99999, 0.999999
!  (values other than these will be 'rounded off' to these)
!
Solids_MassPropsAccuracy:                        0.99

! Solid Density   - Controls the default density value that the
!                   system assigns to subsequently created solids.
!
! Valid range is: [greater than 0.0]
!
Solids_solidDensity:		7.85000 !7.83064      !ps 15.04.2005

! Solid Density Units -  Controls the units for the default density value.
! Your options are:
!
!                                lbs-in = pounds per cubic inch
!				 lbs-ft = pounds per cubic foot
!                                 gm-cm = grams per cubic centimeter
!                                 kg-m  = kilograms per cubic meter
!
! Valid options are: [lbs-in, lbs-ft, gm-cm, kg-m]
!
Solids_solidDensityUnits:		gm-cm ! kg-m ! ps übernommen von v18

! Approximation Tolerances -
!      When a modeling operation can not produce geometry that is an exact
!      solution, then the following approximation tolerances are used.  These
!      tolerances can also be modified using the modeling preferences dialog
!      box.  The tolerances are for specifying distance and angular deviation.
!      The distance tolerance has both an English and a Metric value.
!
! Valid ranges are: [greater than 0.0]
!
Solids_tolerDist_EU:                   0.0010 ! inches  !ps 26.10.04
Solids_tolerDist_MU:                   0.0010 !         !ps 26.10.04
Solids_tolerAngl:                      0.0500 ! degrees !ps 26.10.04

! Solids_v9SculptSurfStatus
!    -1   =  The v9 sculptured surface will be converted to a curve mesh
!            feature.  The generating curves will be restored to the V10 part
!            and will be put on the same layer as the surface.
!     0   =  The v9 sculptured surface will be converted to a dumb feature.
!            The generating curves will not be restored to the V10 part.
! 1 - 256 =  The v9 sculptured surface will be converted to a curve mesh
!            feature.  The generating curves will be restored to the V10 part
!            and will be put on layer = Solids_v9SculptSurfStatus
! Solids_v9SculptCurveVisible
!            If the generating curves of a sculptured surface are restored
!            to the v10 part their display status will be:
!     0   =  same as sculptured surface
!     1   =  invisible (blanked)
!
Solids_v9SculptSurfStatus:              -1
Solids_v9SculptCurveVisible:            0

!  Solids_TempGridDisp_u
!  Solids_TempGridDisp_v
!           These variables hold the grid count values currently used for
!           temporary grid display in the ruled surface function. They
!           default to 0 which will cause the confirmation step to be
!           skipped in the ruled interaction
!
Solids_TempGridDisp_u:                  0
Solids_TempGridDisp_v:                  0

!  Solids_FreeFormConstructionResult -
!           Controls the free form feature creation in Through Curve,
!           Through Curve Mesh, Sweep, and Ruled functions.
!
!     0   =  Create a bounded plane if selected curves are coplanar.
!
!     1   =  Always create a B-surface.
!
Solids_FreeFormConstructionResult:      0

! Facepair Color Display Assignments
!
! The following settings control the display color for the FacePair Feature.
!
! Valid options are: [1-216]
Solids_FP_SideOneColor:         3
Solids_FP_SideTwoColor:         6
Solids_FP_DefFaceOneColor:      3
Solids_FP_DefFaceTwoColor:      6

! Valid options are: [default, 1-216]
Solids_FP_MidsurfaceColor:      4


!
! Model Navigation Tool  (MNT)
!
! The following setting controls the Model Navigation Tool's tree mode.
!
! Valid options [quick_look, full_look, timestamp]
!
! When quick_look, a feature is displayed in the MNT's tree once (under the parent
! with oldest timestamp).  If full_look, then features are displayed under each of
! their parents.  For example, a blend may be on the edge of a block, and a slot
! that is on that block.  When in quick_look mode the MNT will show it only under
! the block, in full_look mode the MNT will show it under the block and the slot.
! The third option is timestamp, which lists the features in timestamp order
! without showing any parent-child relationship.
Solids_MNT_TreeMode:         timestamp

!
! The following setting controls the automatic scroll switch in Modeling
! Preferences.
!
! Valid options [on, off]
!
! When the auto-scroll switch is on, the Navigator window will be automatically
! positioned so that the node of the feature selected from the graphics window
! will be displayed in the visible portion of the window even though the node
! is originally off the window.
!
! When the auto-scroll switch is off, the Navigator window will not be
! automatically positioned to display the node of the selected feature in the
! window if the node is originally off the window.
!
Solids_MNT_AutomaticScroll:     on

!
!  Model Navigator Mark Related Features Parameters
!
!  There are four Mark Related Features Parameters:
!
!  Solids_MNT_MarkParents      --    Valid options [on|off]
!      "on" to display the First-level Parent Features of the
!      selected feature in different font color, else "off"
!
!  Solids_MNT_ParentFontColor  --    Valid range [1-216]
!      The color index to use for the font color of Parent Features.
!
!  Solids_MNT_MarkChildren     --    Valid options [on|off]
!      "on" to display the First-level Children Features of the
!       selected feature in different font color, else "off"
!
!  Solids_MNT_ChildFontColor   --    Valid range [1-216]
!      The color index to use for the font color of Children Features.
!
!  Solids_MNT_HideOnUse        --    Valid options [on|off]
!      "on" will cause the unused items folder of the Part Navigator,
!      when it is in use, to hide objects when they are first referenced 
!      by a modeling feature.
!
! Parameters for Show Related Features Settings
!
Solids_MNT_MarkParents: on
Solids_MNT_ParentFontColor: 182
Solids_MNT_MarkChildren: on
Solids_MNT_ChildFontColor: 139
Solids_MNT_HideOnUse: on        !off  !ps 26.10.04

! Partitioned Parasolid UNDO
!
! The following setting manages the use of Parasolid partition marks in
! feature modeling. Partition marks allow the model to be undone to
! a specific feature and rebuilt from there. This reduces update time
! by not requiring the entire model to be regenerated.
!
! Solids_Pmark_Frequency -
!    This is how frequently a modeling feature will have a partition
!    mark associated with it. You can read this number as
!    "Every 'nth' feature will have a partition mark".
!    Our testing has indicated that a good general value is 10.
!
Solids_Pmark_Frequency:       10

! Symbolic Thread options
!
! Solids_THD_Symbolic_MethodOptions -
!    These are manufacturing creation method options.  They determine
!    how a threaded feature would be created in manufacturing.
!    Defaults are:
!
!        Cut
!        Rolled
!        Ground
!        Milled
!
!    The first item on the list will appear as the default method option
!    in the symbolic thread method option menu.
!
Solids_THD_Symbolic_MethodOptions:     Cut \
                                       Rolled \
                                       Ground \
                                       Milled

!
! Solids_THD_Symbolic_FormOptions -
!     These are thread form options which define the shape of the
!     symbolic thread. These should have corresponding
!     thread lookup tables associated with them, matching the exact
!     name and case of those listed here.  Defaults are:
!
!        Metric
!        Unified
!        Trapezoidal
!        Acme
!        Stub Acme
!        Lowenherz
!        Buttress
!        Spark Plug
!        NPT
!        Hose Coupling
!        Fire Hose
!
!    The first item on the list will appear as the default form option
!    in the symbolic thread form option menu.
!    Options which consist of more than one word should be grouped together
!    using double quotes ("").
!
!Solids_THD_Symbolic_FormOptions:     Metric \
!                                     Unified \
!                                     Trapezoidal \
!                                     Acme \
!                                     "Stub Acme" \
!                                     Lowenherz \
!                                     Buttress \
!                                     "Spark Plug" \
!                                     NPT \
!                                     "Hose Coupling" \
!                                     "Fire Hose"
Solids_THD_Symbolic_FormOptions:     "Metrisch St" \
				     "Metrisch GG" \
				     "Rohr kegel"  \
				     "Rohr zylind" \
				     Panzerrohr \
				     "Heli-Coil" \
                                     Unified \
                                     Trapezoidal \
                                     Acme \
                                     "Stub Acme" \
                                     Lowenherz \
                                     Buttress \
                                     "Spark Plug" \
                                     NPT \
                                     "Hose Coupling" \
                                     "Fire Hose"
							! ps übernommen von v18
! Confirm upon Apply default
!
! The following setting controls the default value for the "Confirm Upon
! Apply" toggle button in modeling dialogs which use "Selection Steps"
!
!
! Valid options [on, off]
!
Solids_Confirm_upon_Apply: off

!
! The following toggle controls whether a UDF gets a complete name or a
! simple name when it is imported through UFUNC. If it is on, the UDF will
! get the full path name including the suffix .udf. If it is off, the directory
! path and suffix are removed from the name.
!
! Valid options [on, off]
!
Solids_Udf_Full_Path_Name: off

! Udf library file
! This default controls the udf library file location.  This file is a text file
! which holds the library name and the library location for the UDF.  The extension is
! always .txt
Solids_UdfLibraryFile: R:\\KBA_udf\\nx2\\udf_library_file.txt ! ps übernommen von v18

! Udf Library Icon Size
! This default control the size of the icon in pixels
Solids_UdfLibraryIconSize: 150

! New UDF switch
! This switch controls the default UDF function.
! on - The new UDF is created.
! off - The old UDF is created.
! Valid options [on, off]
Solids_NewUdf: on

! Allow to explode
! This switch controls if the user will have the option to explode the UDF.
! Valid options [on, off]
! on = The option is available.
Solids_AllowExplode: on

! Save the Cam data into the Udf definitions
! This switch controls if the CAM data is saved into the udfs definition file.
! It is only for old style UDFs.
! Valid options [on, off]
! on = Data is saved.
Solids_SaveCamData: on

! Module Reconnect Search for Name
! This default controls the string that is used for searching through the
! display assembly. The string itself is used to match the part name. If
! any portion of the part name matches, then the part identified is considered
! to contain the primary expression and geometry references for the
! module reconnection process.
Solids_ModuleSearchName:

! Module Reconnect Default Reference Set
! This default controls the reference set used when adding the Module to
! the work part during the instantiation process. If the specified reference
! set does not exist, or none is specified, the Entire Part reference set
! will be used.
Solids_ModuleRefSet:

!
! Solids_v9ApproxBadOffset
!  This default controls how v9 offset surfaces which can not be converted
!  exactly will be handled.  One case of this is when the base surface is
!  a non-smooth b-surface so the offset is degenerate.  Approximating the
!  offset with a b-surface is an attempt to return something usable but this
!  can be very slow and use a lot of memory for some bad offset surfaces.
!     0   =  The v9 offset surface which can not be converted exactly
!            WILL NOT be approximated and a placeholder will be returned.
!     1   =  The v9 offset surface which can not be converted exactly
!            WILL be approximated with a b-surface.
!
Solids_v9ApproxBadOffset:              0 ! 1 ! ps übernommen von v18

!
! Run Examine Geometry checks at Feature creation and update
!
!     The following setting controls whether certain Examine Geometry
! checks will be run at feature creation and update time.
! Currently, the "Tiny Objects" and "Face Self-Intersection" checks
! may be requested for the Blend, and Boolean feature operations.
! A separate bitmask will determine which tests will be performed for each
! operation.
!
!     To determine the bitmask:  1) decided which checks should be run,
!     2) add together the number of each test, using the following list:
!        1 = Tiny Objects
!        2 = Face Self-Intersection
!
!     For example,
!     to run only the Tiny Objects test:      mask = 1
!     to run only Face Self-Intersection:     mask = 2
!     to run both of these tests:             mask = 3 (1 + 2)
!
!     The default value of 0 indicates that no checking will be done
!
! Valid options range [0-3]
!
! Use the setting for Solids_handle_CheckOnUpdate to determine how any
! warnings will be reported.
!
Solids_CheckOnUpdate_BLEND: 0
Solids_CheckOnUpdate_FACE_BLEND: 0
Solids_CheckOnUpdate_BOOLEAN: 0

!
!  Allow user to ignore CheckOnUpdate warnings
!
!  The following setting enables the customer to allow individual
!  users to ignore warnings returned from checks performed at
!  creation and update time.  This setting is used only when the
!  previous settings for "CheckOnUpdate..."  are set to something
!  other than 0.
!
!  1 = the warnings are considered errors and the operation will fail
!  2 = the warnings will be written to the syslog only
!  3 = the warnings are displayed through a message dialog, but the operation
!      continues.
!
!  The default value of 2 indicates that warnings are written to the syslog
!
! Valid options [1,2,3]
!
Solids_handle_CheckOnUpdate:2         

!
!     The following setting controls whether a warning will be
! given if an attempt is made to create an offset feature on a face
! which already is part of an offset feature.
!
!     The default value of 0 indicates that no warning will be given
!
!
! Valid options range [0-1]
!
Solids_WarnOnCreate_OFFSET: 0

!
! This default is for setting the Modeling Curve Fit Method Preference
!
!     A default value of 0 indicates that curve fitting should be "CUBIC"
!     A default value of 1 indicates that curve fitting should be "QUINTIC"
!
! Valid options range [0-1]
!
Solids_output_quintic_cv: 0

!
! This default is for setting the Modeling Edit Freeform associative perference
!
!     A default value of 0 indicates that non-associative
!     A default value of 1 indicates that do-associative
!
! Valid options range [0-1]
!
Solids_edit_ff_associative: 0

!
!  Enable Delete Notification
!  The following sets the default value for the Notify on Delete Modeling
!  Preference.
!
!  Valid options [on, off]
Solids_NotifyOnDelete:on

!
!  The following setting controls whether feature update is interrupted
!  in the case any of the references of the feature being updated is
!  missing. If this setting is set to on then the update will be interrupted
!  except during feature delete.
!
!  Valid options [on, off]
Solids_FailOnMissingRefs:off

!  The following setting controls whether the deletion of a feature will also
!  cause deletion of child features. If this setting is set to on then the
!  child features will be deleted when a parent feature is deleted.
!  Valid options [on, off]
Solids_PropagateDelete:on

!  The following setting controls whether the suppression of a feature by expression will also
!  cause suppression of its child features. If this setting is set to on then the
!  its child features will be suppressed when a parent feature is suppressed by expression.
!  Valid options [on, off]
Solids_PropagateExpressionSuppress:on

! Allow Show parent curves in MNT to move parent curve from invisible
! and non-selectable layer to work layer or to change the layer to selectable layer.
!    off : change a non-selectable layer that a parent curve lives to a selectable one.
!    on  : move a parent curve from non-selectable layer to work layer.
!
! Valid options [on, off]
Solids_MoveCurvesToOtherLayer:off

! This is the curve curvature comb display mode.  This is the default mode
! that will be used to display the curves' curvature comb. The valid
! options are:
! crvtr_comb  ->  display curvature combs
! radius_comb ->  display radius of curvature combs
Solids_crvtrDispMode:crvtr_comb

! Allow the user to see bodies displayed when dynamically drag
! the generating objects in editing features, curves, and surfaces.
! The valid options are:
! None        -> No update perform
! Incremental -> Perform update when the mouse is released
! Continuous  -> Perform update when the mouse is moving
Solids_DynamicUpdate:None

! Allow the user to choose the level of update to perform in
! dynamic update. This option should use with Solids_DynamicUpdate
! The valid options are:
! First_Level -> Update only the first level of bodies can be derived
!                from the edited object.
! All         -> Update all part.
Solids_ImmediateChildren:First_Level

! Trim Curve default settings
!
! Allow the user to set the default for the Auto Progression toggle in the
! Trim Curve function. This toggle controls if the user will be automatically
! cycled to the next step after a selection is made, and if the function
! will be executed when all the input is provided.
! The valid options are:
! on    -> Toggle is set on
! off   -> Toggle is set off
Solids_TrimCurve_AutoProgression:on

! Allow the user to set the default intersection method for the
! Trim Curve function.
! The valid options are:
! 3D     -> Shortest 3D Distance
! WCS    -> Relative to WCS
! Vector -> Along a Vector
! View   -> Along View Normal
Solids_TrimCurve_IntersectionMethod:WCS

! Allow the user to set the default for the Use Inferred Intersection toggle in the
! Trim Curve function. This toggle controls if the cursor position will be used to
! select between multiple intersection points.
! The valid options are:
! on    -> Toggle is set on
! off   -> Toggle is set off
Solids_TrimCurve_InferredIntersection:on

! Allow the user to set the default for the Trim Bounding Objects toggle in the
! Trim Curve function. This toggle controls if the curves/edges selected as
! bounding objects will be trimmed or not.
! The valid options are:
! on    -> Toggle is set on
! off   -> Toggle is set off
Solids_TrimCurve_TrimBound:off

! Allow the user to set the default for the Reuse Bounding Objects toggle in the
! Trim Curve function. This toggle controls if the bounding objects selected will
! be retained after an apply or not.
! The valid options are:
! on    -> Toggle is set on
! off   -> Toggle is set off
Solids_TrimCurve_ReuseBound:on

! Allow the user to set the default for the Spline Extension method in the
! Trim Curve function. This option controls how splines will be extended,
! or allows the user to specify if all curves will not be extended.
! The valid options are:
! Natural  -> Extend splines in relation to their current shape
! Linear   -> Extend splines linearly using the tangent of the end to control direction
! Circular -> Extend splines circularly using the curvature of the end to control the circle size
! None     -> Do not extend any curve
Solids_TrimCurve_SplineExtension:Natural

! Allow the user to set the default for the Associative toggle in the
! Trim Curve function. This toggle controls if a feature is created
! reflecting the trim desired.
! The valid options are:
! on    -> Toggle is set on
! off   -> Toggle is set off
Solids_TrimCurve_Associative:off

! Allow the user to set the default for the Input Curves option in the
! Trim Curve function. This option controls how the input curves are
! handled after a non associative trim is performed.
! The valid options are:
! Retain  -> Input curves will not be affected, the trimmed curves will be new
! Blank   -> Input curves will be blanked, the trimmed curves will be new
! Delete  -> Input curves will be deleted, the trimmed curves will be new
! Replace -> Input curves will be replaced with trimmed curves
Solids_TrimCurve_InputCurves:Replace

! Allow the user to set the default for the Input Curves option in the
! Trim Curve function. This option controls how the input curves are
! handled after an associative trim is performed.
! The valid options are:
! Retain  -> Input curves will not be affected, the trimmed curves will be new
! Blank   -> Input curves will be blanked, the trimmed curves will be new
Solids_TrimCurve_AssocInputCurves:Retain

! Allow the user to set the default for the transferable toggle that controls
! whether part family templates can transfer between UG/Manager and native UG.
! This option is presented in the Part Families dialog during the creation of
! part family templates.
! The valid options are: [Yes, No]
! Yes -> Set the transferable toggle on by default
! No  -> Set the transferable toggle off by default
Solids_UGMGRTransferablePFT:Yes

!
! ****************************************************************************
! **                                                                        **
! **                 S K E T C H    P R E F E R E N C E S                   **
! **                                                                        **
! ****************************************************************************
!
Sketch_snapAngle:                 3.000           ! degrees
Sketch_decimalPlaces:             3
Sketch_textHeight_EU:             0.15            ! inches
Sketch_textHeight_MU:             3.50 ! 4.00            ! mm ! ps übernommen von v18
Sketch_dimensionLabel:            Expression      ! [Expression,Name,Value]
Sketch_viewOrientation:           Off		  ! On   ps 2004.10.13
Sketch_layerStatus:               On
Sketch_displayDOF:                On
Sketch_delayEvaluation:           Off

!
! Prefixes used for sketch entities
!
Sketch_sketchNamePrefix:          SKETCH_
Sketch_vertexNamePrefix:          V ! Vertex ! V18 was V ! ps übernommen von v18
Sketch_lineNamePrefix:            L ! Line   ! V18 was L ! ps übernommen von v18
Sketch_arcNamePrefix:             A ! Arc    ! V18 was A ! ps übernommen von v18
Sketch_conicNamePrefix:           C ! Conic  ! V18 was C ! ps übernommen von v18
Sketch_splineNamePrefix:          S ! Spline ! V18 was S ! ps übernommen von v18

!
! Sketch color preferences
!       Valid options are     : [1-216]
!       Some color values are : blue (1), green (2), cyan (3), red (4),
!                               magenta (5), yellow (6), white (7), olive (8),
!                               pink (9), brown (10), orange (11), purple (12),
!                               dark-red (13), aquamarine (14), gray (15) )
!
Sketch_curveColor:                3 ! 31           ! Pure Cyan, V18 was 3 - Cyan ! ps übernommen von v18
Sketch_inactiveSketchColor:       3                ! Cyan, new to V19
Sketch_dimensionColor:            2 ! 37           ! Pure White, V18 was 2 - Green ! ps übernommen von v18
Sketch_overdefinedColor:          6 ! 42           ! Pure Yellow, V18 was 6 - Yellow ! ps übernommen von v18
Sketch_conflictingColor:          9                ! Pink
Sketch_refDimensionColor:         7 ! 15           ! Gray, V18 was 7 - White ! ps übernommen von v18
Sketch_refCurveColor:             15               ! Gray
Sketch_outdatedCurveColor:        1                ! Blue
Sketch_dofColor:                  6 ! 42           ! Pure Yellow, V18 was 6 - Yellow ! ps übernommen von v18
Sketch_pdatumColour:              17               ! Light Hard Spring

! ****************************************************************************
! **                                                                        **
! **               G E O M E T R I C   T O L E R A N C I N G                **
! **                                                                        **
! ****************************************************************************
! Geometric Tolerancing Parameters - The following parameters are used to set
!                                    various variables affecting the Geometric
!                                    Tolerancing module.

! Invalid Datum Characters - Controls the label characters which are invalid
!                            for datum identifier creation.
! Usage - You are limited to 25 total characters in the label listing.
!         Do not separate the invalid characters (ie. ABC ).
! NOTE  - If the characters I, O, and Q are omitted from the label listing,
!         they WILL BECOME LEGAL for use as datum labels. In this case the
!         session will no longer be Standard Compliant!
!
Gdt_invalidDatumChar:                   IOQ

! Standard - Controls the standard that governs the formatting of the various
!            GD&T callouts and symbols.
! Valid options are: [ ansi82, iso83, asme94 ]
! 
Gdt_standard:                           iso83 ! asme94 ! ps übernommen von v18

! Feature Name - Controls the default naming of tolerance features. When no
!                name is specified by the user on tolerance feature creation,
!                the name will default to the following (with a sequential
!                numeric identifier appended to the end of the name).
! Usage - You are limited to 30 characters in the name.
!
Gdt_featureName:                        Feature

! Load Components on Entry - Controls whether or not component parts which
!                            contain the data definition for master model
!                            tolerances are automatically loaded on entry
!                            into the GD&T module.
! Valid Options Are: [yes, no]
!
Gdt_loadComponentsOnEntry:              no

! View Dependent Instances - Controls the default value of the view dependency
!                            of instances.
! Valid options are: [ yes, no ]
! NOTE - When in the drafting application or if a drawing is displayed, all
!        display instances will be view dependent.
!
Gdt_viewDependentInstances:             yes

! Default Tolerance Values - Controls the default value set for tolerances
!                            in the tolerancing module.
! Valid range is: [0.0 or greater]
!
Gdt_fcfTolerance_EU:                     0.05  ! Inches
Gdt_fcfTolerance_MU:                     0.1   ! Millimeters
Gdt_compLowerTol_EU:                     0.05  ! Inches
Gdt_compLowerTol_MU:                     0.1   ! Millimeters
Gdt_sizeUpperTol_EU:                     0.05  ! Inches
Gdt_sizeUpperTol_MU:                     0.1   ! Millimeters
Gdt_sizeLowerTol_EU:                     0.05 ! -0.05  ! Inches ! ps übernommen von v18
Gdt_sizeLowerTol_MU:                     0.1 ! -0.1   ! Millimeters ! ps übernommen von v18
Gdt_targetDiameter_EU:                   0.5   ! Inches
Gdt_targetDiameter_MU:                  12.0   ! Millimeters
Gdt_targetHeight_EU:                     0.5   ! Inches
Gdt_targetHeight_MU:                    12.0   ! Millimeters
Gdt_targetLength_EU:                     0.5   ! Inches
Gdt_targetLength_MU:                    12.0   ! Millimeters
! Valid thread tolerance class values are {1, 2, 3, 4, 5}
!
Gdt_threadTolClass:                      2     ! Inches
! Valid thread tolerance grade values are {3, 4, 5, 6, 7, 8, 9}
!
Gdt_threadTolPitchGrade:                 4     ! Millimeters
Gdt_threadTolMajMinGrade:                5     ! Millimeters
! Valid external thread tolerance deviation values are {e, f, g, h}
!
Gdt_extThdTolPitchDeviation:             h     ! Millimeters
Gdt_extThdMajMinDeviation:               g     ! Millimeters
! Valid internal thread tolerance deviation values are {G, H}
!
Gdt_intThdTolPitchDeviation:             H     ! Millimeters
Gdt_intThdMajMinDeviation:               G     ! Millimeters

! Default Precision Values - Controls the default precision for tolerances
!                            in the tolerancing module.
! Valid range is: [0 through 6]
!
Gdt_fcfPrecision_EU:                   2
Gdt_fcfPrecision_MU:                   1
Gdt_compPrecision_EU:                  2
Gdt_compPrecision_MU:                  1
Gdt_sizeNominalPre_EU:                 2
Gdt_sizeNominalPre_MU:                 1
Gdt_sizeTolPre_EU:                     2
Gdt_sizeTolPre_MU:                     1
Gdt_targetPrecision_EU:                2
Gdt_targetPrecision_MU:                2

!Chamfer Dimension Form
!Valid options:
![   symbol_c:  symbol "C" is displayed before the chamfer size - C5
!    size:      chamfer size is displayed - 5X5
!    sizeAngle: chamfer size and angle is displayed - 5X45
!    angleSize: chamfer angle and size is displayed - 45X5]
Drafting_chamferDimensionForm: sizeAngle       !symbol_c      !ps 26.10.04

!Chamfer Dimension Stub Type
!Valid options:
![   textAboveLeader: dimension text is displayed above the leader (there is no stub)
!    textAfterLeader: dimension text is displayed after the leader (there is no stub)
!    textAboveStub:   dimension text is displayed above the stub
!    textAfterStub:   dimension text is displayed after the stub]
Drafting_chamferDimensionStub:  textAfterLeader     !textAfterStub       !ps 26.10.04

!Chamfer Dimension Leader Type
!Valid options:
![   perpendicular: dimension leader is perpendicular to the chamfer
!    parallel:      dimension leader is parallel to the chamfer]
!ps : vgl UGANSWER 1340574 --> linearChamfer not dokumented
Drafting_chamferDimensionLeader: linearChamfer !perpendicular !ps 07.09.04 Lineare Phasenbemassung


!Chamfer Dimension Symbol Type
!Valid options:
![   none:   dimension has no special text
!    prefix: dimension has a prefix
!    suffix: dimension has a suffix]
Drafting_chamferDimensionSymbol: none    !prefix         !ps 26.10.04

!Chamfer Dimension Symbol Name
!    used as prefix or suffix for
!    Chamfer Dimension Symbol Type
Drafting_chamferDimensionSymbolName: C

!Chamfer Dimension Space Factor
!Valid range: [greater than or equal to 0.0]
Drafting_chamferDimensionSpaceFactor: 1.0

! Verbose Checking - Controls the checking preference which determines if
!                    checking output should be done in verbose mode.  Verbose
!                    checking makes reference to the GD&T standard and
!                    provides additional constraint information to the user.
!
! Valid options are: [ yes, no ]
!
Gdt_verboseChecking:                   no

! Selection of non-feature edges - Controls the preference which determines
!                                  whether or not feature edges must be selected
!                                  when creating display instances of tolerance
!                                  features.
!
! Valid options are: [ yes, no, always ]
!
Gdt_selectFeatureEdges:                yes

! Size Match Checking - When set to yes, this option enables checking which
!                       will compare the actual feature size with the
!                       projected feature size (i.e. how the dimension would
!                       be returned in drafting).
!
! Valid options are: [ yes, no ]
!
Gdt_sizeMatchChecking:                 yes

! Face Highlight Color - Controls the default face highlight color displayed when the
!                        user selects a face using Info-Geometric Tolerancing.
!
! Datum Reference Highlight Color - Controls the datum reference highlight color displayed
!                                   when the  user selects a datum or tolerance using
!                                   Info-Geometric Tolerancing.
!
! Tolerance Highlight Color - Controls the tolerance highlight color displayed when the
!                             user selected a tolerance using Info-Geometric Tolerancing.
!
! Valid options are: [1-216, -1 for system color]
Gdt_faceHighlightColor:                         7
Gdt_datumReferenceHighlightColor:               5
Gdt_toleranceHighlightColor:                    3

! Automated appended units - Controls whether or not units are appended to display
!                            instances where the display instance units are different
!                            from the part units.
!
! Valid options are: [ yes, no ]
Gdt_autoAppendUnits:                    yes

! Region Thickness - Controls the preference which determines the thickness of regions
!                    which are used in GDT to restrict the area referenced by a
!                    tolerance feature.
!
! Valid range is [greater than 0.0]
!
Gdt_regionThickness_MU:         0.025     ! Millimeters
Gdt_regionThickness_EU:         0.001     ! Inches

! Crosshatching for GDT - Controls the preference which determines
!                         whether or not crosshatching is to be used in GDT
!
! Valid options are: [ yes, no ]
!
Gdt_xhatchOnOff:                yes

! Xhatch Angle - Controls the angle of the crosshatching used with regions.
!                The angle is measured relative to the longest edge of the region
!
! Valid range is: [ any real ]
!
Gdt_xhatchAngle:                45.0    ! Degrees

! Xhatch Distance - Controls the distance between the crosshatch lines for regions
!
! Valid range is [greater than 0.0]
!
Gdt_xhatchDistance_MU:          2.5     ! Millimeters
Gdt_xhatchDistance_EU:          0.1     ! Inches

! WCS Origin Adjustment - This controls whether or not the WCS is automatically
!                         adjusted to produce proper looking display instances
!                         for tabs, slots, opposed line element features of size,
!                         opposed point features of size on conical features,
!                         and datums on revolved features with an orientation plane.
!                         For these cases, the orientation and the origin of the
!                         WCS will be modified by the system to create proper
!                         looking display instances relative to the feature geometry.
!
!                         In all other cases, only the WCS origin will be moved,
!                         which is the former behavior of this default when it was
!                         called Gdt_autoAdjustWCSOrigin.
!
! Valid range is: [ yes, no ]
!
Gdt_autoAdjustWCS:              yes

! Tolerance indexing method - Controls the tolerance indexing scheme
!                             for the current Unigraphics Session.
!
!                             When the tolerance method is set to
!                             unique, a unique index number is associated
!                             to each face and tolerance in the part.
!                             information and display routines will return
!                             this unique tolerance index.
!
!                             When the tolerance method is set to part
!                             based, the index number is based on the name
!                             of the component where the feature is defined
!                             and the index of that face or tolerance in
!                             the component part.
!
!                             In example a tolerance feature pulled from
!                             component "A" and has a single fcf with index
!                             index 3 in the assembly and index 2 in the
!                             component. If the index method is unique the
!                             index is "3". If the index method is partBased
!                             the index is "A:2"
!
! Valid options are: [unique, partBased]
!
Gdt_toleranceIndexMethod:       unique

! Zero instance checking  - This controls the default setting for zero
!                           instance checking in the tolerance feature
!                           editor
!
! Valid range is: [ none, drawing, model, all ]
!
Gdt_zeroInstanceFilter:         none ! all ! ps übernommen von v18

! Mark embedded tolerances  - This controls the default setting for
!                             persistent marking of embedded tolerances.
!
! Valid range is: [ yes, no ]
!
Gdt_markEmbeddedTolerances:     no

! Opposed Point Element Display - When set to yes, will turn on the persistent
!                                 display of the opposed point elements.
!                                 When set to no, the point elements will not
!                                 be displayed unless the user is in the
!                                 process of creating a display instance.
!
! Valid options are: [ yes, no ]
!
Gdt_opposedPointDisplay:        no

! Primary Highlight Color - Controls the primary datum reference highlight color
!                           displayed when the user selects a datum reference frame.
!
! Secondary Highlight Color - Controls the secondary datum reference highlight color
!                             displayed when the user selects a datum reference frame.
!
! Tertiary Highlight Color - Controls the tertiary datum reference highlight color
!                            displayed when the user selects a datum reference frame.
!
! Valid options are: [1-216, -1 for system color]
Gdt_primaryHighlightColor:                     4
Gdt_secondaryHighlightColor:                   6
Gdt_tertiaryHighlightColor:                    1

! Default Part Gage            - Controls the initial setting of the the
!                                SIM and SEPT REQT keywords for all tolerance
!                                features.
!
!
! Valid Options Are: [sim, sept]
!
Gdt_defaultPartGage:      sept

! Number of thread starts        - Controls the initial setting of the the
!                                  number of thread starts field in the
!                                  thread display instance. If set to yes,
!                                  thread starts are included in the thread
!                                  display instance as text, ex. "2 STARTS".
!
! Valid Options Are: [yes, no]
!
Gdt_includeNumberofThreadStarts:        no

! Interrupted Setting          - Controls the initial Interrupted setting
!                                for features being created.  If set to
!                                "Interrupted" then the UG_INTERRUPTED keyword
!                                will be added to the tolerance feature upon
!                                its creation.  If set to "NotInterrupted" then
!                                the UG_INTERRUPTED keyword will not be added
!                                upon to the tolerance feature its creation.
!
! Valid Options Are: [Interrupted, NotInterrupted]
!
Gdt_interruptedSetting:    Interrupted

! Interrupted Update Setting   - Controls the initial Interrupted Update
!                                behavior for features being created.
!
! Valid Options Are: [Discard, Include, IncludeAndRetain]
!
Gdt_interruptedUpdateSetting:    Include

! Hide GD&T Model Geometry - Controls whether or not the system removes modeling geometry
!                            created by the GD&T module from modeling dialogs and navigators.
!
! Valid Options Are: [yes, no]
!
Gdt_hideModelGeometry:  yes

! Allow Circle - U symbol - Controls whether or not the system allows display of the
!                           circle - U symbol for profile tolerances with unequally disposed
!                           tolerance zones.
!
! Valid Options Are: [yes, no]
!
Gdt_allowCircleU:    no

! ****************************************************************************
! **                                                                        **
! **                          D R A F T I N G                               **
! **                                                                        **
! ****************************************************************************
! Drafting Parameters - The next set of parameters is used to set 14 different
!                       variables affecting the creation of dimensions and/or
!                       other drafting aids such as notes and labels.

! Drafting_showNewDrawingDialog - This option allows the user to specify whether
!                   the New Drawing dialog should be displayed or th system should
!                   automatically create and display the first drawing.
!                   Default is off.
! Valid options are: [on, off]
!                          on  - Drafting application will dislay the New Drawing
!                                dialog if no drawing exists.
!                          off - Drafting application will automtically create and
!                                display a drawing if none exists.
!
Drafting_showNewDrawingDialog:       off ! on ! ps übernommen von v18

! Drafting_centerLineDisplay - Set the Drafting centerline display standard.
!                               It is only available for Normal or GBstyle (China
!                               National Standard) for now.
! Valid options are: [none, GBstyle]
Drafting_centerLineDisplay:    none

! Drafting_datumFeatureDisplay - Set the Drafting datum feature display standard.
!                               It is only available for Normal (none) or GBstyle (China
!                               National Standard) for now.
! Valid options are: [none, GBstyle]
Drafting_datumFeatureDisplay: 	none


! Text Arrow Placement - Controls the location of the text within a dimension
!			 and the orientation of the dimension arrows.
!
! Valid options are: [arrowAuto, arrowIn, arrowOut]
!
Drafting_textArrowPlacement:            arrowAuto ! arrowIn ! ps übernommen von v18


! Leader Line Orientation - Controls the position of the leader line to the left
!                           or right of the dimension or drafting object.
!
! Valid options are: [left, right]
!
Drafting_leaderOrientation:             left


! Extension Lines  - Controls the number of extension lines generated.
!
! Valid options are: [twoExtLines, extLine1, extLine2, noExtLines]
!
Drafting_extensionLines:                twoExtLines


! Extension Line Angle - Controls the angle at which extension lines are
!			 placed on the screen.
!
! Valid range is: [0.0 - 360.0]
!
Drafting_extensionLineAngle:            0.000


! Arrow Display - Controls the display of dimension arrows.
!
! Valid options are: [twoArrows, arrow1, arrow2, noArrows]
!
Drafting_arrowDisplay:                  twoArrows


! Dimension Decimal Places - Establishes the number of decimal places used to
!			     display the linear dimension values.
!
! Valid range is: [0 - 6]
!
Drafting_dimensionDecimalPlaces:        2 ! 1 ! ps übernommen von v18

! Drawing View Label Letter Size Factor
!   Character size of letter relative to current font
!   Valid range is [greater than 0.0]
!
Drafting_detailVwLabelLetterSizeFactor:     1.5
Drafting_sectionVwLabelLetterSizeFactor:    1.5
Drafting_otherVwLabelLetterSizeFactor:      1.5

! Drawing View Label Scale Prefix Size Factor
!    Character size of scale label relative to current font
!    Valid range is [greater than 0.0]
!
Drafting_detailVwLabelScalePrefixFactor:    0.5
Drafting_sectionVwLabelScalePrefixFactor:   0.5
Drafting_otherVwLabelScalePrefixFactor:     0.5

! Drawing View Label Scale Text Size Factor
!    Character size of scale value relative to current font
!    Valid range is [greater than 0.0]
!
Drafting_detailVwLabelScaleTextFactor:      1.0
Drafting_sectionVwLabelScaleTextFactor:     1.0
Drafting_otherVwLabelScaleTextFactor:       1.0

! Drawing View Label Text Label Type
!    Valid options are: [name, letter]
!
Drafting_detailVwLabelTextLabelType:        letter
Drafting_sectionVwLabelTextLabelType:       letter
Drafting_otherVwLabelTextLabelType:         name

! Drawing View Label Letter Format
!    Letter format - single letter or letter separated by dash
!    Valid options are: [single,dashed]
!
Drafting_detailVwLabelLetterFormat:         single
Drafting_sectionVwLabelLetterFormat:        dashed
Drafting_otherVwLabelLetterFormat:          single

! Drawing View Label Scale Label Position;
!   View Scale position relative to view label
!   Valid options are: [below,above]
!
Drafting_detailVwLabelViewScalePosition:    below
Drafting_sectionVwLabelViewScalePosition:   below
Drafting_otherVwLabelViewScalePosition:     below

! Drawing View Label View Scale Value Format
!    View Scale value format
!    Valid options are: [ratio,common,single,Nx]
!        ratio  - numerator and denominator separated by a colon
!        common - numerator and denominator represented by a common fraction
!        single - numerator and denominator represented by a single line fraction
!        Nx     - scale followed by x character
!
Drafting_detailVwLabelScaleValueFormat:     ratio ! common ! ps übernommen von v18
Drafting_sectionVwLabelScaleValueFormat:    ratio ! single ! ps übernommen von v18
Drafting_otherVwLabelScaleValueFormat:      ratio

! Drawing View Label Indicator To Include View Text Label
!    Valid options are: [on,off]
!     on - include the view text portion of a view label
!     off - do not include the view text portion of a view label
!
Drafting_detailVwLabelIncludeTextLabel:     on
Drafting_sectionVwLabelIncludeTextLabel:    on
Drafting_otherVwLabelIncludeTextLabel:      off

! Drawing View Label Indicator To Include View Scale Label
!    Valid options are: [on,off]
!     on - include the view scale label portion of a view label
!     off - do not include the view scale label portion of a view label
!
Drafting_detailVwLabelIncludeScaleLabel:    on
Drafting_sectionVwLabelIncludeScaleLabel:   off
Drafting_otherVwLabelIncludeScaleLabel:     off

! Drafting View Label Text Label Prefix
!    Double quotation marks, which appear before and after the string, are removed.
!    The double quotes are required only for strings containing spaces or if you
!    wish to specify the empty string.
!
Drafting_detailVwLabelViewLabelPrefix:       ""!"Einzelheit" ! "DETAIL" ! ps 02.11.2004
Drafting_sectionVwLabelViewLabelPrefix:      ""!"Schnitt" ! "SECTION" ! ps 02.11.2004
Drafting_otherVwLabelViewLabelPrefix:        ""!"Ansicht" ! "VIEW" ! ps 02.11.2004

! Drafting View Label Scale Label Prefix
!    Double quotation marks, which appear before and after the string, are removed.
!    The double quotes are required only for strings containing spaces or if you
!    wish to specify the empty string.
!
Drafting_detailVwLabelScaleLabelPrefix:     "" !"Massstab" ! "SCALE" ! ps 02.11.2004
Drafting_sectionVwLabelScaleLabelPrefix:    "" !"Massstab" ! "SCALE" ! ps 02.11.2004
Drafting_otherVwLabelScaleLabelPrefix:      "" !"Massstab" ! "SCALE" ! ps 02.11.2004

! Drafting Circular Detail View Label Display of Circle Type
! Valid Options are: [none, boundary, note, label, embedded]
! none      - no circular boundary on the parent view
! boundary  - circular boundary on parent view has no label
! note      - circular boundary on parent view has a label without leader
! label     - circular boundary on parent view has label with leader
! embedded  - circular boundary on parent view has label embedded in a gap in
!             the circular boundary. [none, boundary, note, label, embedded]
!
Drafting_detailVwLabelParentType:  note         !embedded       !ps 26.10.04

! Drafting Circular Detail View Label Circle Label Prefix
! The informative prefis, such as "VIEW", "See VIEW",
! or "See DETAIL VIEW" placed before the label.
! For no prefix, use double quotes
!
Drafting_circularDetailVwLabelPrefix:  ""

! Drafting Detail View Label Gap in Circle for Label Factor
! Valid values are greater than 0.0
!
Drafting_detailVwLabelGapFactor: 1.0

! Drafting View Label Initial View Letter
!
Drafting_vwLabelInitialLetter:      A

! Drafting View Label Included Letter List
! If you want to include numerals, add them to the included letters variable.
! The following line is an example:
!Drafting_vwLabelIncludedLetters:       ABCDEFGHJKLMNPRSTUVWXYZ0123456789
!
Drafting_vwLabelIncludedLetters:       ABCDEFGHJKLMNPRSTUVWXYZ

! Drafting View Label Excluded Letter List
!
Drafting_vwLabelExcludedLetters:       IOQ

! Drafting View Label Maximum Allowed Letters
!
! Warning:  If this variable is set too small, it may become impossible
! to add views to a drawing.  We recommend a value of 3.
Drafting_vwLabelMaxLetters:            3

! Drafting View Label Minimum Allowed Letters
!
Drafting_vwLabelMinLetters:            1

! JIS Section Line Rotation Letter
!
Drafting_sxLineRotationLetter:       O


! Tolerance Decimal Places - Establishes the number of decimal places used to
!			     display the linear tolerance values.
!
! Valid range is: [0 - 6]
!
Drafting_toleranceDecimalPlaces:        2
! Angular Dimension Decimal Places - Establishes the number of decimal places used to
!			     display the dimension values for angular dimensions.
!
! Valid range is: [0 - 6]
!
Drafting_dimensionDecimalPlaces_Degrees:        2 ! 1 ! ps übernommen von v18

! Angular Dimension Tolerance Decimal Places - Establishes the number of decimal places used to
!			     display the tolerance values for angular dimensions.
!
! Valid range is: [0 - 6]
!
Drafting_toleranceDecimalPlaces_Degrees:        2 ! 1 ! ps übernommen von v18

! Fraction Denominator - Controls the denominator when in fraction mode.
!
! Valid options are: [integer,
!                     half,
!                     quarter,
!                     eighth,
!                     sixteenth,
!                     thirtysecondth,
!                     sixtyfourth]
!
Drafting_fractionDenominator:           sixteenth


! Tolerance Type - Controls the display of the tolerance value with respect to
!		   the dimension.
!
! Valid options are: [noTolerance,
!                     limitOneLine,
!                     limitTwoLines,
!                     bilateralOneLine,
!                     bilateralTwoLines,
!                     unilateralAbove,
!                     unilateralBelow,
!                     basic,
!                     reference,
!                     limitLargerFirst,
!                     limitLargerBelow,
!                     notToScale,
!                     diameterReference]
!
Drafting_toleranceType:                 noTolerance


! Tolerance Conversion Switch - Controls whether the tolerance values are
!                               converted between INCH and SI units.
!
! Valid options are: [yes, no]
!
Drafting_dimToleranceConversion:        yes ! no ! ps übernommen von v18


! Tolerance Values - Controls the upper and lower tolerances used in dimension
!		     creation.
!
! Valid ranges are: [all]
!
Drafting_toleranceUpperValue_IN:        0.005 ! Inches
Drafting_toleranceLowerValue_IN:       -0.005 ! Inches
Drafting_toleranceUpperValue_SI:        0.200 ! 0.100 ! mm ! ps übernommen von v18
Drafting_toleranceLowerValue_SI:       -0.200 ! -0.100 ! mm ! ps übernommen von v18
Drafting_toleranceUpperValue_Degrees:   0.500 ! degrees
Drafting_toleranceLowerValue_Degrees:  -0.500 ! degrees

! Appended Text Site - Controls the placement of appended text.
!
! Valid options are: [below, after, above, before,
!                     beforeAndAfter, aboveAndBelow ]
!
Drafting_appendedTextSite:              after


! Text Orientation - Controls dimension text placement.
!
! Valid options are: [ horizontal, aligned, overDimLine, byAngle, perpendicular]
!
Drafting_textOrientation:               overDimLine


! Horizontal Text Justification - Controls the horizontal justification of text.
!
! Valid options are: [ left, center, right]
!
Drafting_horizontalTextJust:            left


! Vertical Text Justification - Controls the vertical justification of text.
!
! Valid options are: [ top, middle, bottom]
!
Drafting_verticalTextJust:              top


! Text Angle - Controls the angle (in degrees) at which dimension text will be placed.
!
! Valid range is: [0.0 - 360.0]
!
Drafting_textAngle:                     0.000

! Dimension/Appended Text Space Factor
! Controls the spacing between the Before appended text and the next piece of
! dimension text to its right; and the spacing between the after appended text
! and the next piece of dimension text to its left.  This factor is applied to
! the appended text character size to determine the spacing.
Drafting_dimAppTextSpaceFactor:         1.000

! Dimension/Tolerance Text Space Factor
! Controls the spacing between the dimension main text and the
! After tolerance text.
! This factor is applied to the tolerance text character size to determine
! the spacing.
Drafting_dimTolTextSpaceFactor:         1.000

! Dimension/Dimension Line Space Factor
! Controls the spacing between the bottom most piece of text on the dimension
! and the dimension line when the text orientation is 'overDimLine'.
! This factor is applied to the dimension text character size to determine
! the spacing.
Drafting_dimDimLineSpaceFactor:       .500

! Chain offset - Controls the distance between two adjacent dimensions in a chain dimension.
!
! Valid range is: [any real number]
!
Drafting_chainDimensionOffset_MU:       0.000 !mm
Drafting_chainDimensionOffset_EU:       0.000 !inch

! Baseline offset - Controls the distance between two adjacent dimensions in a baseline dimension.
!
! Valid range is: [any nonzero real number]
!
Drafting_baselineDimensionOffset_MU:       10.000 ! 12.700 !mm ! ps übernommen von v18
Drafting_baselineDimensionOffset_EU:       0.500  !inch

!Narrow dimension display type  -Controls if the narrow dimension has leader and stub.
!
!Valid options are: [none, noLeader, withLeaderNoStub, textAboveStub, textAfterStub]
!

Drafting_narrowDimensionDisplayType:      none ! withLeaderNoStub ! ps/M.Schädler 08.10.2003

!Narrow dimension text orientation  -Controls if the narrow dimension text orientation when text above dimension is used.
!
!Valid options are: [horizontal, parallel]
!
Drafting_narrowDimensionTextOrientation:      horizontal

!Narrow dimension text offset   - Perpendicular distance between leader end point and dimension line.
!
!Valid range is: [greater than 0.0]
!
Drafting_narrowDimensionTextOffset_MU:     10.000  !mm
Drafting_narrowDimensionTextOffset_EU:     0.400  !inch

!Narrow dimension leader angle  - Angle between leader and dimension line.
!
!Valid range is: [greater than 0.0 and less than 180.0]
!
Drafting_narrowDimensionLeaderAngle:        60.000

!Narrow dimension arrowhead Type - Controls the arrowhead type if there is no room for the normal preferred
!                                  arrowhead type when a narrow dimension in a chain dimension is automatically
!                                  created.
!
! Valid options are: [closedArrow, openArrow, filledArrow, cross, filledDot, dot, originSymbol, none]
!
Drafting_narrowDimensionArrowheadType:                filledDot

! Text Angle - Controls the angle (in degrees) at which notes, labels, and ID Symbols will be placed.
!
! Valid range is: [0.0 - 360.0]
!
Drafting_draftingAidAngle:              0.000

! Diameter-Radius Placement Site - Controls the placement of the diameter-
!			 	   radius symbols.
!
! Valid options are: [ below, after, above, before, omit]
!
Drafting_diaRadPlacementSite:           before


! Distance Between Dimension Text and Dia/Rad Symbol -
!          Controls the distance between the dimension text and diameter-
!          radius symbol as a multiple of character size.
!
! Valid range is: [0.0 or greater]
!
Drafting_diaRadSymAndDimTextDistance:    0.4 ! 1.0 ! ps übernommen von v18


! Tolerance Placement Site - Controls the placement of the tolerance text.
!
! Valid options are: [ below, after, above]
!
Drafting_tolerancePlacementSite:        after


! Dimension Trailing Zeros - Controls if trailing zeros will be suppressed in
!			     dimension text.
!
! Valid options are: [yes, no]
!
Drafting_dimTrailingZeros:              yes


! Dual Dimension Method - Controls the method of using Dual Dimensions.
!
! Valid options are: [ below, after, above, before, nonDual]
!
Drafting_dualDimensionsMethod:          nonDual


! Dual Dimensions Units - Controls which unit will be displayed with dual
!			  dimensions.
!
! Valid options are: [mm, meters, inches, archFeet-inch, enginFeet-inch]
!
Drafting_dualDimensionsUnits:           inches


! Dual Dimensions Fractions - Controls the display of decimals or fractions for
!			      dual dimensions.
!
! Valid options are: [decimal, twoThirdsSize, threeFourthsSize, common]
!
Drafting_dualDimensionsFractions:       decimal


! Dual Dimension Decimal Places - Controls the number of decimal places used to
!				  display dimension values in dual dimensions.
!
! Valid range is: [0 - 6]
!
Drafting_dualDimensionDecimalPlaces:    3


! Dual Tolerance Decimal Places - Controls the number of decimal places used to
!				  display tolerance values in dual dimensions.
!
! Valid range is: [0 - 6]
!
Drafting_dualToleranceDecimalPlaces:    4


! Dual Fraction Denominator - Controls the denominator of a dual dimension when
!			      in fraction mode.
!
! Valid options are: [integer, half, quarter, eighth, sixteenth, thirtysecondth,
!                     sixtyfourth]
!
Drafting_dualFractionDenominator:       sixteenth


! Linear Units - Allows you to specify the dimension units for single 
!                dimensions or the primary dimension of a dual dimension.
!
! Valid options are: [mm, meters, inches, archFeet-inch, enginFeet-inch]
!
Drafting_linearUnits:                   mm


! Fraction Type  - Controls whether a dimension value will be displayed in
!		   decimal or fractional format.
!
! Valid options are: [decimal, twoThirdsSize, threeFourthsSize, common]
!
Drafting_fractionType:                  decimal


! Angular Units - Controls the nominal units displayed for angular dimension.
!
! Valid options are: [fractionalDegrees, wholeDegrees, degreesMinutes,
!                     degreesMinSecs]
!
Drafting_angularUnits:                  fractionalDegrees ! degreesMinutes ! ps übernommen von v18

! Angular Tolerance Units - Controls the tolerance units displayed for angular dimension.
!
! Valid options are: [fractionalDegrees, wholeDegrees, degreesMinutes,
!                     degreesMinSecs]
!
Drafting_angularToleranceUnits:         degreesMinutes


! Angular dimension Suppress Option - Controls the zero suppression for angular dimension.
!                                     This option will apply to both nominal and tolerance.
!
! Valid options are: [displayZeros, suppressLeadingZeros, suppressAnyZeros, suppressTrailingZeros]
!
Drafting_angularSuppressZeros:          displayZeros


! Decimal Point - Controls which symbol will be displayed as the decimal point.
!
! Valid options are: [period, comma]
!
Drafting_decimalPoint:                  comma


! Arrow/Line Format - Controls:
!                        arrow size,
!                        distance between text and dimension line,
!                        distance between associated object & extension line 1,
!                        distance between associated object & extension line 2,
!                        length of extension line past arrow,
!                        stubb size
!
! Valid range is [0.0 or greater] for all.
Drafting_arrowSize:                   0.13779527559055118110236220472441    ! 0.125   ! Inches ! ps übernommen von v18
Drafting_textLine:                    0.0196850393700787 ! 0.0625           ! Inches ! ps übernommen von v18
Drafting_pointLine1:                  0.0000 ! 0.0625  ! Inches             ! ps übernommen von v18
Drafting_pointLine2:                  0.0000 ! 0.0625  ! Inches             ! ps übernommen von v18
Drafting_lineArrow:                   0.0590551181102362 ! 0.125            ! Inches ! ps übernommen von v18
Drafting_stubbSize:                   0.0590551181102362 ! 0.250            ! Inches ! ps übernommen von v18


! Arrowhead 1 Type - Controls the display type for arrowhead 1.
!
! Valid options are: [closed, open, cross, dot, originSymbol, none]
!
Drafting_arrowhead1Type:                closed


! Arrowhead 2 Type - Controls the display type for arrowhead 2.
!
! Valid options are: [closed, open, cross, dot, originSymbol, none]
!
Drafting_arrowhead2Type:                closed


! Filled Arrowheads - Controls whether or not arrowheads should be filled.
!
! Valid options are: [yes, no]
!
Drafting_filledArrowheads:              yes ! no ! ps übernommen von v18


! Filled Distance - Controls the distance between strokes used to fill the
!		    inside of arrowheads.
!
! Valid range is [greater than 0.0]
!
Drafting_filledDistance:                0.00590551181102362 ! 0.002 ! Inches ! ps übernommen von v18


! Included Angle - Controls the included angle (in degrees) of open or closed
!		   arrowheads.
!
! Valid range is [0.0 - 360.0]
!
Drafting_includedAngle:                 15.0 ! 30.0 ! ps übernommen von v18


! Dot Diameter - Controls the diameter of a dot arrowhead.
!
! Valid range is [greater than 0.0]
!
Drafting_dotDiameter:                   0.0393700787 ! 0.04 ! Inches ! ps übernommen von v18


! Dimension Line Between Extension Lines - Controls whether or not a dimension
!					   line is created between extension
!					   lines.
! Valid options are: [yes, no]
!
Drafting_dimLineBetweenExtLine:         yes ! no ! ps übernommen von v18


! Id Symbol Size - Controls the size of the ID symbol.
!
! Valid range is [greater than 0.0]
!
Drafting_idSymbolSize:                  0.590551181102362 ! 0.5 ! Inches ! ps übernommen von v18


! GD&T Symbol Frame Size - Controls the size of the GD&T symbol frame in terms
!			   of character size.
!
! Valid range is [greater than 1.0]
!
Drafting_frameSize:                     2.000 ! Units


! GD&T Runout Arrow Filled - Controls whether or not the runout arrow will
!                            be filled.
!
! Valid options are: [yes, no]
!
Drafting_runoutArrowFilled:             yes ! no ! ps übernommen von v18


! GD&T Runout Arrow Filled Distance - Controls the distance between the strokes
!				      filled inside the runout arrow.
! Valid range is [greater than 0.0]
!
Drafting_runoutArrowFilledDistance:     0.002 ! Inches


! Radius Dimension Display - Controls whether or not the arrow to arc center
!                            will be used with radius dimension displays.
!                            This setting does not affect interactive UG since
!                            there are separate buttons for the two radius
!                            dimension types in the Create Dimension dialog.
!
! Valid options are: [enable, disable]
!
Drafting_radiusDisplay:                 disable ! enable ! ps übernommen von v18


! Offset Centerpoint Display - Controls the display of an offset centerline.
!
! Valid options are: [point, pointWithCtrLine, pointWithExtLine]
!
Drafting_offsetCenterPointDisplay:      point


! Utility Symbol Parameters - Controls the parameters for centerlines,
!			      intersection symbols, and target points.
!
! Valid Range is [0.0 or greater] unless noted.
!
Drafting_centerlineExtension:           0.03937007874015748031496062992126 ! 0.250   ! Inches ! ps übernommen von v18
Drafting_centerlineGap:                 0.01968503937007874015748031496063 ! 0.0625  ! Inches ! ps übernommen von v18
Drafting_centerlineXsize:               0.03937007874015748031496062992126 ! 0.125   ! Inches ! ps übernommen von v18
Drafting_centerlineAngle:               0.000   ! Valid Range is [0.0 to 360.0]
Drafting_intersectExtension:            0.125   ! Inches
Drafting_targetPointSize:               0.250   ! Inches
Drafting_targetPointAngle:              0.000   ! Valid Range is [0.0 to 360.0]

! Utility Symbol - Automatically create centerlines when adding a view
!    Valid options are: [on, off]
!    on  - When adding a view, it will automatically create the centerlines
!    off - Do not create centerlines when adding a view
Drafting_centerlineAutoCreate:          off ! ps  13.01.2005

!Automatic cylindrical centerline extension - Controls the parameters for
!                                             cylindrical centerline extension.
Drafting_cylCenterlineExtension_EU:     0.0 !0.0625  ! Inches  !15.04.2005
Drafting_cylCenterlineExtension_MU:     0.0 !1.5     ! mm      !15.04.2005

! Entity Site - Controls object site placement.
!
! Valid options are: [topLeft, topCenter, topRight, middleLeft, middleCenter,
!                     middleRight, bottomLeft, bottomCenter, bottomRight]
!
Drafting_entitySite:                    bottomCenter ! middleCenter ! ps übernommen von v18


! User Defined Symbol - Display Parameters - Control the size at which the
!					     symbol is displayed based on the
!					     original definition in the SBF
!					     file.
! Valid Range is [0.0 or greater].
!
Drafting_userDefSymScale:               1.000
Drafting_userDefSymAspectRatio:         1.000
!
!
! Default drafting lettering fonts.  These fonts will be automatically added
! to any new part that is created.  These defaults can be used to make sure
! that parts created all have the same font numbers.
!
Drafting_TextFont_a: blockfont		!rigotti uebernommen von V16
Drafting_TextFont_b: din		!rigotti uebernommen von V16
Drafting_TextFont_c: dinbreit		!rigotti uebernommen von V16
Drafting_TextFont_d: dinschmal		!rigotti uebernommen von V16
Drafting_TextFont_e: iso8859_1		!rigotti uebernommen von V16
Drafting_TextFont_f: greekfont		!rigotti uebernommen von V16
Drafting_TextFont_g: russian		!rigotti
Drafting_TextFont_h: indexfont		!ps 13.07.2004
Drafting_TextFont_i: helvet		!ps 13.07.2004
Drafting_TextFont_j: hausschrift	!ps 13.07.2004
Drafting_TextFont_k: barcode		!ps 13.07.2004
Drafting_TextFont_l: kba_code39		!ps 13.07.2004
Drafting_TextFont_m: latin_extended     !ps 03.02.2005
Drafting_TextFont_n: KBA-Symbolfont     !ps 13.10.2005

! Drafting Lettering options - Control the customization of text creation of
!     			       drafting objects with the following parameters:
!			       Character Size, Aspect Ratio, Character Space
!			       Factor, Line Factor, Color, Font, Width.
!
! Valid Character Size, Aspect Ratio: [greater than 0.0]
! Valid Space Factor, Line Factor:    [0.0 or greater]
!
! Valid Color options are: [1-216]
! Valid fonts are those that are in the UGII_CHARACTER_FONT_DIR directory
!
! Valid Width options are: [normal, thick, thin]

! Dimension Text

Drafting_dimTextCharSize:               0.13779527559055118110236220472441 ! 0.125 ! Inches ! ps übernommen von v18
Drafting_dimTextAspectRatio:            1.000
Drafting_dimTextSpaceFactor:            1.000
Drafting_dimTextLineFactor:             1.000
Drafting_dimTextColor:                  7 ! 6 ! ps übernommen von v18
Drafting_dimTextFont:                   iso8859_1 ! blockfont ! ps übernommen von v18
Drafting_dimTextWidth:                  thin

! Tolerance Text

Drafting_tolTextCharSize:               0.0984251968503937007874015748031 ! 0.125 ! Inches ! ps übernommen von v18
Drafting_tolTextAspectRatio:            1.000
Drafting_tolTextLineFactor:             1.000
Drafting_tolTextSpaceFactor:            1.000
Drafting_tolTextColor:                  7 ! 4 ! ps übernommen von v18
Drafting_tolTextFont:                   iso8859_1 ! blockfont ! ps übernommen von v18
Drafting_tolTextWidth:                  thin

! Appended Text

Drafting_appTextCharSize:               0.13779527559055118110236220472441 ! 0.125 ! Inches ! ps übernommen von v18
Drafting_appTextAspectRatio:            1.000
Drafting_appTextLineFactor:             1.000
Drafting_appTextSpaceFactor:            1.000
Drafting_appTextColor:                  7 ! 2 ! Inches ! ps übernommen von v18
Drafting_appTextFont:                   iso8859_1 ! blockfont ! Inches ! ps übernommen von v18
Drafting_appTextWidth:                  thin

! General Text

Drafting_draftTextCharSize:             0.13779527559055118110236220472441 ! 0.125 ! Inches ! Inches ! ps übernommen von v18
Drafting_draftTextAspectRatio:          1.000
Drafting_draftTextLineFactor:           1.000
Drafting_draftTextSpaceFactor:          1.000
Drafting_draftTextColor:                7 ! 2 ! ps übernommen von v18
Drafting_draftTextFont:                 iso8859_1 ! blockfont ! ps übernommen von v18
Drafting_draftTextWidth:                normal ! thin ! ps übernommen von v18

! Extension Line 1

Drafting_extensionLine1Color:           7 ! 3 ! ps übernommen von v18
Drafting_extensionLine1Font:            solid
Drafting_extensionLine1Width:           thin

! Extension Line 2

Drafting_extensionLine2Color:           7 ! 3 ! ps übernommen von v18
Drafting_extensionLine2Font:            solid
Drafting_extensionLine2Width:           thin

! Arrowline 1

Drafting_arrowLine1Color:               7
Drafting_arrowLine1Font:                solid
Drafting_arrowLine1Width:               thin

! Arrowline 2

Drafting_arrowLine2Color:               7
Drafting_arrowLine2Font:                solid
Drafting_arrowLine2Width:               thin

! Arrowhead 1

Drafting_arrowHead1Color:               7
Drafting_arrowHead1Font:                solid
Drafting_arrowHead1Width:               thin

! Arrowhead 2

Drafting_arrowHead2Color:               7
Drafting_arrowHead2Font:                solid
Drafting_arrowHead2Width:               thin

! Id Symbol

Drafting_idSymbolColor:                 7 ! 3 ! ps übernommen von v18
Drafting_idSymbolFont:                  solid
Drafting_idSymbolWidth:                 thin

! GD&T Symbol

Drafting_gdtColor:                      7 ! 2 ! ps übernommen von v18
Drafting_gdtFont:                       solid
Drafting_gdtWidth:                      thin

! Centerline (No Font for Centerline!)

Drafting_centerlineColor:               6 ! 11 ! ps übernommen von v18
Drafting_centerlineWidth:               thin

! Crosshatching (No Font for Crosshatching!)

Drafting_crosshatchColor:               3 ! 7 ! ps übernommen von v18
Drafting_crosshatchWidth:               thin

! Intersection Symbol

Drafting_intersectionColor:             6 ! 11 ! ps übernommen von v18
Drafting_intersectionFont:              solid
Drafting_intersectionWidth:             thin

! Target Point

Drafting_targetPointColor:              6 ! 2 ! ps übernommen von v18
Drafting_targetPointFont:               solid
Drafting_targetPointWidth:              thin

! User-Defined Symbol

Drafting_userDefSymColor:               7 ! 2 ! ps übernommen von v18
Drafting_userDefSymFont:                solid
Drafting_userDefSymWidth:               thin

! Drawing defaults

Drafting_drawingUnits:                  si


! Orthographic Projection Angle - Controls the setting of the default angle of
!				  projection.
!                                 First Angle Projection is the commonly
!                                 accepted practice in many European countries.
!                                 Third Angle Projection is the commonly
!                                 accepted practice in the United States.
!
! Valid options are: [first, third]
!
Drafting_projectionAngle:               first ! third ! ps übernommen von v18

Drafting_drawingHeight:                 297.0 ! 594.0 ! ps übernommen von v18
Drafting_drawingWidth:                  420.0 ! 841.0 ! ps übernommen von v18
Drafting_drawingScaleNum:               1.0
Drafting_drawingScaleDen:               1.0
Drafting_drawingName:                   BLATT_1 ! SHT1 ! ps übernommen von v18


! View Display defaults - these are all of the options relating to any
!                         drawing member view display, including section views.

! Drawing Member View Hidden Line Color
! Valid options are:  [1-216, original]
Drafting_hlColor:                       original

! Drawing Member View Hidden Line Font
! valid options are: [invisible, solid, dashed, phantom, centerline,
!                     dotted, long_dashed, dotted_dashed]
!
Drafting_hlFont:                        long_dashed ! invisible ! ps übernommen von v18

! Drawing Member View Hidden Line Width
! valid options are: [original, normal, thick, thin]
!
Drafting_hlWidth:                       thin ! original ! ps übernommen von v18

! Drawing Member View Hidden Line Removal
! valid options are: [on, off]
!
Drafting_hlr:                           on

! Drawing Member View Show Edges Hidden by Edges
! valid options are: [on, off]
!
Drafting_ehe:                           on ! off ! ps übernommen von v18

! Drafting Member View Display Interfering Solids
! valid options are: [on, off]
!
Drafting_interferingSolids:             on ! off ! ps übernommen von v18

! Drafting Member View Display Edges Hidden by Own Solid
! valid options are: [on, off]
!
Drafting_selfHiddenEdges:               on

! Drafting Member View Display Referenced Hidden Edges Only
! valid options are: [on, off]
!
Drafting_referencedEdgesOnly:           off

! Drafting Member View Display Simplify Small Features
! valid options are: [show, simplify, hide]
!
Drafting_simplifySmallFeatures:       off    !show    !ps 26.10.04

! Drafting Member View Display Small Feature Tolerance Percent
! valid range is: [0.10 - 5.0]
!
Drafting_smallFeatureTolerancePercent:   1.0

! Drafting Member View Display Using Extracted Edges
! valid options are: [on, off]
!
Drafting_extractedEdges:                off

! Display of loaded faces in Extracted Edge Views
! valid options are: [on, off]
!
Drafting_extractedEdgeFaceDisplay:      off

! Section View Background Display
! valid options are: [on, off]
!
Drafting_bgDisplay:                     on

! Section View Crosshatch Display
! valid options are: [on, off]
!
Drafting_sxviewCrosshatchDisplay:       on

! Hidden Line Crosshatching
! valid options are: [on, off]
!
Drafting_hdCrosshatch:                  off

! Associative Hinge Line
! valid options are: [on, off]
!
Drafting_sxlAssocHinge:                 on

! Section View Section Sheet Bodies
! valid options are: [on, off]
!
Drafting_sxviewSheetBody:       on

! Drawing Member View Silhouette Display
! valid options are: [on, off]
!
Drafting_sil:                           on

! Drawing Member View UV Hatch Display
! valid options are: [on, off]
!
Drafting_uvhatch:                       off ! on ! ps übernommen von v18

! Drawing Member View Smooth Edge Gap Display
! valid options are: [on, off]
!
Drafting_smoothEdgeGapping:                    on ! off ! ps übernommen von v18

! Drawing Member View Smooth Edge Gap
! Valid range is: [0.0 or greater]
!
Drafting_smoothEdgeGapSize_MU:              0.01 !5.0 ! 3.0 ! ps übernommen von v18 !ps 07.09.04
Drafting_smoothEdgeGapSize_EU:              0.125

! Drawing Member View Virtual Intersection Gap Display
! valid options are: [on, off]
!
Drafting_isectGapping:                    on ! off ! ps übernommen von v18 

! Drawing Member View Virtual Intersection Gap
! Valid range is: [0.0 or greater]
!
Drafting_isectGapSize_MU:              0.01 !5.0 !3.0 ! ps übernommen von v18 !ps 07.09.04
Drafting_isectGapSize_EU:              0.125

! Drawing Member View Smooth Edge Display
! valid options are: [on, off]
!
Drafting_smoothEdge:                    on

! Drawing Member View Smooth Edge Color
! valid options are: [1-216, original]
Drafting_smoothEdgeColor:              original

! Drawing Member View Smooth Edge Font
! valid options are: [original, solid, dashed, phantom, centerline,
!                     dotted, long_dashed, dotted_dashed]
!
Drafting_smoothEdgeFont:              original

! Drawing Member View Smooth Edge Width
! valid options are: [original, thin, normal, thick]
!
Drafting_smoothEdgeWidth:             thin ! original ! ps übernommen von v18

! Drawing Member View Virtual Intersection Curve Display
! valid options are: [on, off]
!
Drafting_isect:                    off

! Drawing Member View Virtual Intersection Curve Color
! valid options are: [1-216, original]
Drafting_isectColor:              original

! Drawing Member View Virtual Intersection Curve Font
! valid options are: [original, solid, dashed, phantom, centerline,
!                     dotted, long_dashed, dotted_dashed]
!
Drafting_isectFont:              original

! Drawing Member View Virtual Intersection Curve Width
! valid options are: [original, thin, normal, thick]
!
Drafting_isectWidth:             thin ! original ! ps übernommen von v18

! Drawing Member View Visible Line Color
! valid options are: [1-216, original]
Drafting_visColor:              original

! Drawing Member View Visible Line Font
! valid options are: [original, solid, dashed, phantom, centerline,
!                     dotted, long_dashed, dotted_dashed]
!
Drafting_visFont:              original

! Drawing Member View Visible Line Width
! valid options are: [original, thin, normal, thick]
!
Drafting_visWidth:             original		!2005.05.24 ps	! 2002.05.22 I.Hofmann/M.Rigotti     ! 2002.07.08 D.Eberth/M.Rigotti wieder zurück auf original


! Drawing Member View Automatic Hidden Line Update
! valid options are: [on, off]
!
Drafting_autoUpdate:                    off ! on ! ps übernommen von v18

! Drawing Member View Chord Height Tolerance
! valid options are: >= 0.0
!
Drafting_chtol:                         0.0

! Drawing Member View Update Suppression
! Valid options are:
!               on 	= Suppress system updates of all drawing member views
!               off 	= Allow system updates automatic out-of-date drawing member views
!
Drafting_delayViewUpdate:            on

! Drawing Member View Update Suppression On Creation
! Valid options are:
!               on 	= Suppress update drawing member view when created
!               off 	= Allow update of drawing member view when created
!
Drafting_delayUpdateOnCreate:        off

! Drawing Member View Border Color
!
! Valid colors are: [1-216]
Drafting_borderColor:                   15

! Thread standard/method (used to render simplified thread features
! in drafting views)
!
! Valid options are: [ansi_simplified, ansi_schematic, ansi_detailed,
!                     iso_simplified, iso_detailed]
!
Drafting_threadMethod:                  iso_simplified

! Minimum apparent thread pitch
!
! Valid range is: [0.0 or greater]
Drafting_threadMinAppPitch:             0.0

! Crosshatch defaults

Drafting_crosshatchSpacing_MU:             5.00 ! 6.00 ! ps übernommen von v18
Drafting_crosshatchSpacing_EU:             0.25
Drafting_crosshatchAngle:                  45.0
Drafting_crosshatchTolerance_MU:           0.025 ! 0.25 ! ps übernommen von v18
Drafting_crosshatchTolerance_EU:           0.01

! Area Fill defaults

Drafting_areafillPattern:               10 ! 1 ! ps übernommen von v18
Drafting_areafillScale:                 1.0
Drafting_areafillAngle:                 0.0

! Solid Fill defaults

! Drafting_solidfillDistance determines the distance between
! lines that get displayed and plotted for a solid fill object.
! Set it as follows:
!      Drafting_solidfillDistance = 25.4 / (dpi * plot scale)
!          where
!          dpi is the maximum plot resolution used in dots per inch
!          plot scale is the maximum scale used to plot the solid fill objects
! The value below is the correct value for plotting on a 600 dpi
! plotter at scale 1.

Drafting_solidfillDistance:             0.04233

! Embedded GD&T Check Standard: Valid standard options are : [ ansi, iso, asme94, none ]
!
!   The GD&T Check Standard controls the availability of GD&T callouts in the Annotation Editor,
!   the standard to be used for checking callouts built in the Annotation Editor, and the
!   availability of some of the datum leader types.  The valid settings are:
!
!            ansi    - ANSI Y14.5 1982  (Annotation Editor checking is available)
!            asme94  - ASME Y14.5 1994  (Annotation Editor checking is not available)
!            iso     -  ISO  1101 1983  (Annotation Editor checking is available)
!            none    - No GD&T Standard  (Annotation Editor checking is not available)
!
!   Please note that when the standard is set to asme94 or none, no GD&T syntax checking
!   is available in the Annotation Editor.  GD&T checking for the ASME Y14.5 1994 standard
!   is available in Unigraphics only through the Geometric Tolerancing Module.
!   A separate customer default, Gdt_standard is used to set the standard for the
!   Geometric Tolerancing Module.
!

Drafting_checkStandard:                 iso

!
!
! Defaults for Retain Annotations
!
!
!
! Retain Annotations Switch - Indicates the default as to whether
!                             or not to retain annotation objects
!                             when their associated objects are
!                             deleted
!
! Valid options are: [yes, no]
!
Drafting_retainAnnotationObjects:       yes

! Color for Retained Objects - Indicates the color of the retained objects
!
! Valid colors are: [1-216, original]
Drafting_retainColor:                   10

! Font for Retained Objects - Indicates the font of the retained objects
!
! Valid fonts are: [invisible, original, solid, dashed, phantom, centerline,
!                   dotted, long-dashed, dotted-dashed]
!
Drafting_retainFont:                    original ! dashed ! ps übernommen von v18

! Width for Retained Objects - Indicates the width of the retained objects
!
! Valid options are: [original, normal, thick, thin]
!
Drafting_retainWidth:                   original

! AE Character Size Menu - Determines the values that appear in the Annotation
!                          Editor's character size multiplier menu.
!
! Valid options are:       [strings representing list of character size multipliers]
!
Drafting_AEcharSizeMenu:   0.25 0.5 0.75 1.0 1.25 1.5 1.75 2.0 2.25 2.5 2.75 3.0 3.25 3.5 3.75 4.0

! AE Bold Setting - Determines whether the Bold button in the Annotation
!                   Editor's Text Entry area corresponds to UG's normal or
!                   thick text.
!
! Valid widths are: [normal, thick]
!
Drafting_AEbold:                        normal

! AE Italic Setting - Determines the angle used for italic characters created
!                     by clicking the Italic button in the Annotation Editor's
!                     Text Entry Area.
!
! Valid range is:     [Real numbers >= 0.0]
!
Drafting_AEitalic:                      20.0

! AE Number of Rows - Determines the visible vertical size of the Annotation
!                     Editor's Edit window.
!
! Valid range is:     [Integers >= 0]
!
Drafting_AErows:                        5

! AE Number of Columns - Determines the visible horizontal size of the
!                        Annotation Editor's Edit window.
!
! Valid range is:        [Integers >= 0]
!
Drafting_AEcolumns:                     30

! AE Vertical Text - When this toggle is on, notes will be created using
!                    vertical text if the font being used for the note
!                    supports vertical text.
!
! Valid options are: [on, off]
!
Drafting_AEverticalText:                off

! AE Preview Size - Determines the default Preview Size setting in the
!                   Annotation Editor's Preview Pane.
!
! Valid options are: [actual, scale, characterSize]
!
Drafting_AEpreviewSize:                 characterSize

! AE Preview Scale - When the Preview Size option is set to Scale, this
!                    determines the default scale applied to the actual
!                    character size for display in the Annotation Editor's
!                    Preview Area.
!
! Valid range is:    [Real numbers > 0.0]
!
Drafting_AEpreviewScale:                1.0

! AE Character Size - When the Preview Size option is set to Character Size,
!                     this determines the default character size for display
!                     in the Annotation Editor's Preview Area.
!
! Valid range is:     [Real numbers > 0.0]
!
Drafting_AEpreviewCharSize_EU:           0.125
Drafting_AEpreviewCharSize_MU:           3.5 ! 3.175 ! ps übernommen von v18

! Text above Leader option - Controls display of text above leader stub.
!    Applies to Labels and
!    radial type dimensions (radius, diameter, hole, concentric circle,
!    folded radius) when the text alignment is Horizontal or By Angle.
!    Currently, only 'no' and 'bottomMax' are supported for dimensions.
!    All options except the first display the text above the leader stub.
!    Options with 'Bottom' display the leader stub below the bottom line of
!    text. Options with 'Top' display the leader stub below the top line of
!    text. Options with 'Underline' will underline all other lines of text.
!    Options with 'Max' will extend the stub and underlines to the maximum
!    text length. For options without 'Max', the stub and optional underlines
!    will be extended to the length of the text line it is under.
!
! Valid options are:
!            no - text is not displayed above leader stub.
!
!            bottomMax - stub line is extended to the maximum text length.
!            bottomMaxUnderline - underline all other text and extend stub
!                                 and underlines to the maximum text length.
!            bottom - stub line extends to the length of the bottom line.
!            bottomUnderline - underline all other text and stub and
!                              each underline extends to the length of the text
!                              line it is under.
!
!            topMax - stub line is extended to the maximum text length.
!            topMaxUnderline - underline all other text and extend stub
!                              and underlines to the maximum text length.
!            top -  stub line extends to the length of the top text line.
!            topUnderline - underline all other text and stub and
!                           each underline extends to the length of the text
!                           line it is under.
Drafting_textAboveLeader:   no

!
! Doubling the value of linear dimensions to symmetrical centerlines.
!    If a linear dimension is associated to a symmetrical centerline,
!    this flag is checked and the value is doubled based upon this setting.
! The valid options are:
!    doNotDoubleValue - Do not double the value
!    doubleValue      - Double the physical value being dimensioned.
! If this customer default is not present, the default is "doubleValue".
! Prior to the introduction of this customer default, the value of linear
! dimensions associated to symmetrical centerlines were always doubled.
! All existing dimensions created prior to the introduction of this
! customer default will continue to be doubled. I.e., this default has
! no effect on dimensions which already exist; it only affects newly
! created dimensions.
!
Drafting_doubleDimsToSymmCenterlines: doubleValue

!
! Defaults for Tabular Notes
!
!
! Specifies the initial number of rows and columns for new empty tabular notes
Drafting_tabnoteInitialNumberOfRows:             5
Drafting_tabnoteInitialNumberOfColumns:          5

! Specifies the row height and column width for new empty tabular notes
Drafting_tabnoteInitialRowHeight_EU:             0.25
Drafting_tabnoteInitialRowHeight_MU:             6.0
Drafting_tabnoteInitialColumnWidth_EU:           2.0
Drafting_tabnoteInitialColumnWidth_MU:           50.0

! Specifies where to display the column header on sections
!
! Valid options are: [ none, above, below ]
Drafting_tabnoteSectionHeaderLocation:           below

! Specifies the maximum height of sections.  Set to zero for unlimited height.
Drafting_tabnoteSectionMaxHeight_EU:             10.0
Drafting_tabnoteSectionMaxHeight_MU:             250.0

! Specifies where a new continuation section gets placed relative to
! the previous one.
!
! Valid options are: [ left, right, next_sheet ]
Drafting_tabnoteSectionOverflowDirection:        left

! Specifies the spacing between continuation sections.  This option only
! applies when Drafting_tabnoteOverflowDirection is set to "left" or "right".
Drafting_tabnoteSectionOverflowSpacing_EU:       0.25
Drafting_tabnoteSectionOverflowSpacing_MU:       6.0

! Specifies whether tabular note sections display with double width borders.
!
! Valid values are: [ yes, no ]
Drafting_tabnoteSectionUseDoubleWidthBorder:     no

! Specifies the width of the double line border.
!
! Valid values are: [ real number > 0 ]
Drafting_tabnoteSectionBorderWidth_EU:           0.25
Drafting_tabnoteSectionBorderWidth_MU:           6.0       !5.0       !ps 26.10.04

! Specifies the attachment point for tabular note sections
!
! Valid values are: [ top_left, top_right, bottom_left, bottom_right ]
Drafting_tabnoteSectionAttachPoint:                     top_left

! Specifies the default cell format
!
! Valid values are: [ text, float, fixed, general, monetary, comma,
!                     fraction_half_size, fraction_three_quarter_size,
!                     fraction_full_size, percent, degrees, hex, logic,
!                     date_dmy, date_dm, date_my, date_mdy, date_ymd,
!                     date_y4md, date_dmy_dot, time_hm, time_hms, hidden ]
Drafting_tabnoteCellFormat:                      text

! Specifies the default number of decimal places for cell text
!
! Valid values are: [ integer >= 0 ]
Drafting_tabnoteCellPrecision:                   3     !6  !ps 26.10.04

! Specifies the way numeric zeros display in cells
!
! Valid values are: [ zero, dash, empty ]
Drafting_tabnoteCellZeroDisplay:                 dash

! Specifies the default cell text font
Drafting_tabnoteCellTextFont:                    iso8859_1   !blockfont    !ps 26.10.04

! Specifies the default cell text height
Drafting_tabnoteCellTextHeight_EU:               0.125
Drafting_tabnoteCellTextHeight_MU:               3.5                  !ps 26.10.04

! Specifies the default cell text aspect ratio
Drafting_tabnoteCellAspectRatio:                 1.0

! Specifies the default cell text horizontal justification
!
! Valid values are: [ left, center, right ]
Drafting_tabnoteCellHorizJust:                   left

! Specifies the default cell text vertical justification
!
! Valid values are: [ top, middle, bottom ]
Drafting_tabnoteCellVertJust:                    middle

! Specifies the default cell text angle
Drafting_tabnoteCellTextAngle:                   0.0

! Specifies the default cell text character slant angle
Drafting_tabnoteCellTextSlant:                   0.0

! Specifies whether the cell text displays vertically by default
!
! Valid values are: [ yes, no ]
Drafting_tabnoteCellTextIsVertical:              no

! Specifies the default cell text line space factor (for
! multiple lines in a cell)
Drafting_tabnoteCellTextLineSpaceFactor:         1.0

! Specifies the default cell text character space factor
Drafting_tabnoteCellTextCharSpaceFactor:         1.0

! Specifies the list of default cell fit methods.  It determines what
! will occur when the cell text does not fit within the cell.  This
! is a space separated prioritized list of items.  If all of the fit
! methods fail to fit the text into the cell, the cell will display
! a series of pound characters (#) indicating an error.
!
! Valid values: [ overwrite_border    -    Overwrites the cell border.  Left
!                                          justified text will overwrite the
!                                          right border; right justified text
!                                          will overwrite the left border.
!                 auto_size_text      -    Squeeze the width of the text to fit.
!                                          This option will reduce the aspect
!                                          ratio down to a minimum of 0.2.
!                 wrap                -    Wrap text to the next line.  This is
!                                          useful when used in conjuction with
!                                          auto_size_row.
!                 abbreviate          -    Abbreviate by removing vowels
!                 remove_spaces       -    Remove the spaces from the text
!                 auto_size_row       -    Automatically size (enlarge or
!                                          shrink) the row to accomodate the
!                                          enclosed text.
!                 auto_size_column    -    Automatically size (enlarge or
!                                          shrink) the column to accomodate the
!                                          enclosed text.
!                 truncate ]          -    Truncates the text at the cell border
Drafting_tabnoteCellFitMethods:            wrap auto_size_row auto_size_text


!
!  Defaults for Parts Lists
!

! Specifies the direction that the parts list grow when adding new items
!
! Valid values: [ up, down ]
Drafting_plistGrowDirection:               up

! Specifies how a parts list row should display when a row that is
! locked is removed as a result of removing it's components from the assembly
!
! Valid values: [ strike_thru, blank, remove, ordinary ]
Drafting_plistShowLockedDeletedRowsMethod:   strike_thru

! Specifies if master model mode is used.  If so, the first level
! subassembly will be ignored.  If set to automatic, this value will
! get set to yes in the part only if the assembly appears to be
! a master model assembly.
! Valid values: [ yes, no, automatic ]
Drafting_plistMasterModel:                       automatic

! Specifies if only the top level components are to be used.
! If this is used in conjunction with master model, the second
! level down will be the one used.
! Valid values: [ yes, no ]
Drafting_plistTopLevelOnly:                      no

! Specifies that only leaf parts (components with no descendents)
! will be included in the parts list.
! Valid values: [ yes, no ]
Drafting_plistLeavesOnly:                        no

! Specifies whether the parts list automatically update when the model changes
!
! Valid values: [ yes, no ]
Drafting_plistAutoUpdate:                        yes

! Specifies whether the parts list automatically sorts during update
!
! Valid values: [ yes, no ]
Drafting_plistSortOnUpdate:                      no

! Specifies the type of object used to call out a piece number
!
! Valid values: [ none, id_symbol_circle, id_symbol_div_circle,
!                 id_symbol_down_triangle, id_symbol_up_triangle,
!                 id_symbol_square, id_symbol_div_square, id_symbol_hexagon,
!                 id_symbol_div_hexagon, id_symbol_quad_circle,
!                 id_symbol_rounded_box ]
Drafting_plistCalloutType:                       id_symbol_circle

! Specifies whether new parts list rows are created as locked
!
! Valid values: [ yes, no ]
Drafting_plistCreateNewRowsAsLocked:             no

! Specifies the value for the first callout.  Subsequent callout values
! will be automatically generated using a numbering sequence defined by
! the setting for Drafting_plistAlphabet.
Drafting_plistInitialCallout:                    1

! Specifies the value by which the automatically generated callout increments
Drafting_plistCalloutIncrement:                  1

! Format of the string used in the main callout symbol
! This string can contains automatic text control
! sequences as follows:
! $=  - Auto Member - Expands to the name of the member
! $~C - Auto Callout - Expands to the value of the callout
! $~Q - Auto Quantity - Expands to the value of the first
!                       non-zero quantity field
Drafting_plistMainSymbolText:                    $~C

! Format of the string used in the reference callout symbol
! This is in the same format as Drafting_plistMainSymbolText
Drafting_plistReferenceSymbolText:          

! List of callout letters to skip
Drafting_plistLettersToSkip:                     I,O,Q,S,X,Z

! Color to display the text in a cell when it contains manual text
! Valid options are: [1-216]
Drafting_plistManualTextHighlightColor:          6


! Surface Finish Symbol Color - Determines the color of the symbols
!
! Valid options are: [1-216]
Drafting_SFsymbolColor: 6

! Surface Finish Symbol Size - Determines the size of the symbols
!
! Valid options are: [ 1.8, 2.5, 3.5, 5, 7, 10, 14, 20 ]
Drafting_SFsymbolSize: 3.5 ! 10 ! ps übernommen von v18

! Surface Finish Symbol Line Width - Determines the line width for surface finish
!                                    symbols.
!
! Valid options are: normal
!                    thick
!                    thin
Drafting_SFsymbolLineWidth: thin ! normal ! ps 18.12.2003

! Surface Finish Symbol text alignment - Determines if the A1 and A2 values should be
!                                        centered or left justified.
!
! Valid options are: left
!                    center
Drafting_SFroughnessAlignment: left

! Surface Finish Roughness Units - Determines the default Roughness Units
!
! Valid options are: [ RoughnessGrade, Micrometers ]
!
Drafting_SFraUnitsOption: Micrometers ! RoughnessGrade ! ps übernommen von v18

!
! Surface Finish Roughness Units List- Determines the values that appear in the
!    Roughness combo box option lists when the Ra Units are set to
!    Micrometers. [a1, a2]
!
! Valid options are: [strings with a maximum length of 9
!                     characters, maximum 13 strings]
!Drafting_SFroughnessList_Ra:   Ra50 \
!                               Ra25 \
!                               Ra12.5 \
!                               Ra6.3 \
!                               Ra3.2 \
!                               Ra1.6 \
!                               Ra0.8 \
!                               Ra0.4 \
!                               Ra0.2 \
!                               Ra0.1 \
!                               Ra0.05 \
!                               Ra0.025
Drafting_SFroughnessList_Ra: z \
                             y \
                             x \
                             p \
                             w \
                             v
						! ps übernommen von v18

! Surface Finish Roughness Units List - Determines the values that appear in the
!    Roughness combo box option lists when the Ra Units are set to
!    Grade. [a1, a2]
!
! Valid options are: [strings with a maximum length of 8
!                     characters, maximum 13 strings]
Drafting_SFroughnessList_N:   N12 \
                              N11 \
                              N10 \
                              N9 \
                              N8 \
                              N7 \
                              N6 \
                              N5 \
                              N4 \
                              N3 \
                              N2 \
                              N1
                              			! ps übernommen von v18

! Surface Finish Production - Determines the values that appear in the production
!    combo box option list [b]
!
! Valid options are: [strings with a maximum length of 50
!                     characters, maximum 20 strings]
Drafting_SFproductionList:                        None \	
						  Blast \
                                                  Shotblast \
                                                  Turn \
                                                  Shot \
                                                  Drill \
                                                  Rub \
                                                  Mill \
                                                  Scrape \
                                                  Grind \
                                                  Plane \
                                                  Lap \
                                                  Polish \
                                                  High Polish with Mirror Finish \
                                                  Erode \
                                                  Punch \
                                                  Depolish/Dim/Dull \
                                                  Nitrify/Nitrate \
                                                  Chromium Plate \
                                                  Zinc Coat/Galvanize
                                                  ! ps übernommen von v18

! Surface Finish Waviness Height - Determines the values that appear in the
!    Waviness Height combo box option list [c]
!
! Valid options are: [strings with a maximum length of 30
!                     characters, maximum 20 strings]
!Drafting_SFwavinessHeightList:      W +0.5 \
!                                    Ry 0.4 \
!                                    Rz 0.8 \
!                                    Rz 0.4 \
!                                    2.5 \
!                                    2.5/Rz 16 \
!                                    2.5/Rz 6.3 \
!                                    2.5/Ry 6.3max. \
!                                    Rz 50 \
!                                    Rz 25 \
!                                    Rz 10 \
!                                    Rz 0.6 \
!                                    Ry 20 \
!                                    Ry 10 \
!                                    Ry 0.8 \
!                                    Ry 0.5 \
!                                    Ry 0.4 \
!                                    Ry 0.2 \
!                                    Ry 2.5
Drafting_SFwavinessHeightList:      Rz 1 \
                                    Rz 4 \
                                    Rz 10 \
                                    Rz 16 \
                                    Rz 63
							! ps übernommen von v18

! Surface Finish Surface Pattern - Determines the values that appear in the
!    Surface Pattern combo box option lists [d]
!
! Valid options are: [strings with a maximum length of 2
!                     characters, maximum 8 strings]
Drafting_SFsurfacePatternList:          = \   
                                        $i \
                                        X \
                                        M \
                                        C \
                                        R \
                                        P
							! ps übernommen von v18

! Surface Finish Machining Allowance - Determines the values that appear in the
!    Machining Allowance combo box option lists [e]
!
! Valid options are: [strings with a maximum length of 30
!                     characters, maximum 20 strings]
Drafting_SFmachiningAllowanceList:      1 \ 	
                                        1.5 \
                                        2 \
                                        2.5 \
                                        3 \
                                        3.5 \
                                        4 \
                                        4.5 \
                                        5 \
                                        5.5 \
                                        6 \
                                        6.5 \
                                        7 \
                                        7.5 \
                                        8 \
                                        8.5 \
                                        9 \
                                        9.5 \
                                        10	
                                        	        ! ps übernommen von v18

! Surface Finish Other Roughness Values - Determines the values that appear in the
!    Other Roughness Values combo box option lists [f1, f2]
!
! Valid options are: [strings with a maximum length of 30
!                     characters, maximum 20 strings]
Drafting_SFotherRoughnessValuesList:         W +0.5 \		
                                             Ry 0.4 \
                                             Rz 0.8 \
                                             Rz 0.4 \
                                             2.5 \
                                             Rz 50 \
                                             Rz 25 \
                                             Rz 10 \
                                             Rz 0.6 \
                                             Ry 20 \
                                             Ry 10 \
                                             Ry 0.8 \
                                             Ry 0.5 \
                                             Ry 0.4 \
                                             Ry 0.2 \
                                             Ry 2.5 \
                                             2.5/Rz 16 \
                                             2.5/Rz 6.3 \
                                             2.5/Ry 6.3max. ! ps übernommen von v18

! Drafting Object Alignment - This preference controls the default alignment
!                             method used to place annotations and dimensions
!                             in the part.
!
! Valid options are: [ Drag, RelativeToView, HorizontalAlignment,
!                      VerticalAlignment, AlignedWithDimensionLines, AtAPoint,
!                      CharacterOffset ]
!
Drafting_alignmentMethod:                Drag

! Drafting Alignment Associativity - This preference controls whether or not
!                                    the alignment method selected from
!                                    Drafting_alignmentMethod should retain
!                                    it's associativity.  Please note that
!                                    the "RelativeToView" option, by default,
!                                    is associative and the "AlignedWith-
!                                    DimensionLines" cannot be associative.
!
! Valid options are: [ yes, no ]
!
Drafting_alignmentMethodAssociativity:   no

! Rubberbanding Style - This option is used to control the style of
!                       rubberbanding of annotation and dimensions within the
!                       drafting application.  Users can choose to display
!                       a box around the drafting annotation view or the
!                       details of the text during placement.
!
! Valid options are: [ textBox, textWithGeometry ]
!
Drafting_rubberbandingStyle:             textWithGeometry
!
!  Drafting Symbol Library Dialog number of columns of icons to display in the icon palette.
!   ***Please Note: The specification of the number of visible columns is an approximation, and may need to be
!                   adjusted a bit until the desired result is achieved.
!
Drafting_symbolLibraryDialogColumns:  6 ! 7 ! ps übernommen von v18

!
! Drafting Symbol Library Dialog approximate number of visible rows of icons to display in the icon palette.
!   ***Please Note:  The specification of the number of visible rows is an approximation, and may need to be
!                   adjusted a bit until the desired result is achieved.
!
Drafting_symbolLibraryDialogRows:   4 ! 8 ! ps übernommen von v18

! Drafting Symbol Instance Dialog Resize Flag.  A value of on allows the dialog to resize
!    horizontally to ensure access to the note text values and the Annotation Editor access
!    pushbuttons without having to scroll.  A value of off constrains the dialog to the default
!    control panel width, but the dialog can still be manually resized.
!      Valid options are [on, off]
!
Drafting_symbolInstanceDialogAllowResize:  on

!
! Drafting Symbol Instance Dialog number of visible text items in the Note Text Input Window.
!   ***Please Note: The specification of the number of visible text items is an approximation, and may need to be
!                   adjusted a bit until the desired result is achieved.
!
Drafting_symbolInstanceDialogVisibleTextItems:   7

! Drafting Symbol Icon Size defines the default number of pixels used for drafting icon symbol
!    capture.
!
Drafting_symbolIconSize:   24

!
! Drafting Symbol Instance Dialog Text Preference default
!      letteringPreferences  - The preferences for any notes included in the symbol will come
!                                from the General Lettering Preferences in the part to which the
!                                symbol is being added.
!      symbolDefinition      - Each note included in the symbol will retain to text preferences
!                                from the corresponding note in the master symbol definition.
!
Drafting_symbolInstanceDialogTextPreference: letteringPreferences

!
! Drafting Symbol Instance Dialog Text Preference default
!      symbolPreference      - The color of the curves and any area fill or crosshatching objects
!                              will use the current user defined symbol color preference.
!      symbolDefinition      - The color of the curves and any area fill or crosshatching objects
!                              included in the symbol will retain the color of the corresponding
!                              object in the master part file.
!
Drafting_symbolInstanceDialogSymbolColor: symbolPreference

! Weld Symbol Standard - This option is used to specify the standard to be
!                        adopted while creating the weld symbol
!   Valid options are : [ ANSI, ISO, DIN, JIS ]
!
Drafting_weldSymbolStandard: ISO

! Save CGM Data in part - Save the CGM data within a quick access folder
!                         for futher retrieval outside the context of NX
! Valid Option: [yes, no]
!
Drafting_saveCGMImageWithPart: yes

! Drafting Annotation Template Name
!   This is the name of the default annotation template part which will be
!   used in the Feature Parameters dialog to inherit feature data.  The
!   format of the annotation to be inherited is taken from this part.
Drafting_annotationTemplateName_MU:             iso_din
Drafting_annotationTemplateName_EU:             ansi

! ****************************************************************************
! **                                                                        **
! **          ASSOCIATIVE CROSS SECTIONING PARAMETERS                       **
! **                                                                        **
! ****************************************************************************
!
! Section Line display type.
!
! Valid options are:
!               none 	= No display of section line
!               full 	= Full display of section line
!               iso  	= ISO display of section line
!               iso128  = ISO128 display of section line
!               jis     = JIS display of section line
!               gb      = GB display of section line
!
Axs_sxlDisplay:         iso128 ! iso ! ps übernommen von v18

! Section Line label distance
!
! The distance from the arrow origin of the section line to the origin of the label
Axs_sectionLabelDist_EU:         0.125 ! 0.500  ! Inches ! ps übernommen von v18
Axs_sectionLabelDist_MU:         3.000 ! 12.000 ! mm ! ps übernommen von v18

!Section Line label angle
!
!The offset angle measured counter-clockwise from the angle of arrow section segment
!to the angle from the arrow origin to the origin of the label. The default is 0 degree
!
! Valid range is: [0.0 - 360.0]
Axs_sectionLabelAngle:           180.00

! Section Line Arrowhead type.
!
! Valid options are: [closed, open]
!
Axs_arrowheadType:      closed


! Filled Arrowhead Display Mode - Controls whether or not filled arrowheads are
!				  displayed.
!
! Valid options are: [on, off]
!
Axs_filledArrowheadMode:                on


! Section Line color.
!
! Valid options are: [1-216]
Axs_sxlColor:           6


! Section Line Font.
!
! Valid options are: [solid, dashed, phantom, centerline, dotted,
!                     long_dashed, dotted_dashed]
!
Axs_sxlFont:            phantom


! Section Line Width -  Controls the plotting width of section line.
!
! Valid options are: [normal, thick, thin]
!
Axs_sxlWidth:           thick


! Distance past part - If there is no defined arrow segment placement, measure
! 		       this distance past the bounds of the part for arrow
!		       segment.
!
! Valid range is: [0.0 or greater]
!
Axs_distPastPart_EU:               0.500 ! Inches
Axs_distPastPart_MU:              10.000 ! 12.000 ! mm ! ps übernommen von v18


! Arrow length - Controls the length of arrow segment.
!
! Valid range is: [0.0 or greater]
!
Axs_arrowLength_EU:        1.000 ! Inches
Axs_arrowLength_MU:       15.000 ! 25.000 ! mm ! ps übernommen von v18


! Arrowhead size - Controls the length of arrowhead.
!
! Valid range is: [0.0 or greater]
!
Axs_arrowSize_EU:  0.250 ! Inches
Axs_arrowSize_MU:  7.000 ! 6.000 ! mm ! ps übernommen von v18


! Arrowhead filled distance - Controls the distance between the fill lines of
!			      the arrowhead.
!
! Valid range is: [0.0 or greater]
!
Axs_arrowFillDistance_EU:  0.01 ! Inches
Axs_arrowFillDistance_MU:  0.15 ! 0.25 ! mm ! ps übernommen von v18

! Arrowhead included angle - Controls the size of the included angle between
!			     the lines of the arrowhead (in radians).
!
! Valid range is [0.0 or greater]
!
Axs_arrowIncludedAngle: 0.2618 ! 0.5 ! radians ! ps übernommen von v18


! Stubb length - Controls the length of the stubb line for simplified section
!		 line display type.
!
! Valid range is [0.0 or greater]
!
Axs_stubbLength_EU:        0.5 ! Inches
Axs_stubbLength_MU:        5.0 ! 12.0 ! mm ! ps übernommen von v18


! Section View Scale - Controls the scale of created section views.
!
! Valid range is [0.0 or greater]
!
Axs_sectionViewScale:   1.000

! Section letter character height - The character height of section line letters
!                                   in section line/view labels.
! Default is 2X the general text character height (0.125 inches)
Axs_sxletterCharSize_EU:   0.250  ! Inches
Axs_sxletterCharSize_MU:   5.000 ! 6.000  ! mm ! ps übernommen von v18

! Assembly crosshatching clocking switch
! Valid Options are [on, off]
Axs_assemblyXhatching:        off

! Crosshatching adjacency tolerance
!
! The distance to determine two adjacent boundary edges
Axs_xhatchAdjacencyToler_MU:         1.27
Axs_xhatchAdjacencyToler_EU:         0.05

! Display JIS Rotation Letter - on or off
Axs_sxlDisplayJISRotationLetter:        on

! ****************************************************************************
! **                                                                        **
! **          ASSEMBLIES MODULE PARAMETERS                                  **
! **                                                                        **
! ****************************************************************************
!
! This value determines if Unigraphics will automatically attempt to restore the
! assemblies application on startup.  When restarting UG the assemblies
! application will be activated if all of the following conditions apply:
!  - the value of this default is set to `yes'
!  - when you last exited Unigraphics you were using the assemblies application
!  - you have an available assembly modeling license
!
! Valid options are: [yes, no]
!
Assemblies_RestoreApplication:      yes
!
! This value gives the list of directory paths to be searched for the one or more
! component filters file, component_filters.flt.
!
! These files are then read to produce a list of GLOBAL filters which may be used
! in UG for the loading and handling of components in assemblies.
! The current directory is always included implicitly in the list
!
Assemblies_GlobalFltrDirList:
!
! This logical value decides if the work part in an assembly will be
! emphasized by de-emphasizing other occurrences.
!
! Valid options are: [yes, no]
!
Assemblies_WorkPartEmphasis:        yes


! This value is one of the allowed UG colors to be used to de-emphasize
! the non-work occurrences.
!
! Note: this preference is stored in the user's registry.  This default value
! therefore only influences the initial value for this setting.
!
! Valid color options are: [1-216]
Assemblies_WorkPartEmphasisColor:   15		! 130 ps 2004.10.13		!Dark Grey, V18 was 15 - Gray


! This logical value decides whether the action of changing displayed part
! will attempt to keep the work part the same (if the current work part is
! included in new displayed part).  If this value is set to `no' the act of
! changing displayed part will make the new displayed part the work part.
!
! Valid options are: [yes, no]
!
Assemblies_WorkPartMaintain:       no ! yes ! ps übernommen von v18

! This logical value decides whether the action of changing work part will
! set the new work part to have the 'Entire Part' reference set.  The previous
! reference set in use will be recorded and restored automatically when this
! component is no longer the work part.
!
! Note: this preference is stored in the user's registry.  This default value
! therefore only influences the initial value for this setting.
!
! Valid options are: [yes, no]
!
Assemblies_ChangeWorkPartRefSet:        yes


! This logical value decides whether the user is informed whenever the work
! part is automatically changed as part of another assemblies operation.
!
! Note: this preference is stored in the user's registry.  This default value
! therefore only influences the initial value for this setting.
!
! Valid options are: [yes, no]
!
Assemblies_WarnAutoWorkPartChange:        no


! This value decides how a component is added to a parts list: Not at all,
! Only the component itself is added, All its sub components are also added.
!
! Note: this preference is stored in the user's registry.  This default value
! therefore only influences the initial value for this setting.
!
! Valid options are: [NONE, SINGLE, MULTIPLE]
!
Assemblies_AddOption:        MULTIPLE


! This logical value decides if an update report will automatically be
! presented on loading a part where some components required update.
!
! Note: this preference is stored in the user's registry.  This default value
! therefore only influences the initial value for this setting.
!
! Valid options are: [yes, no]
!
Assemblies_UpdateSwitch:            yes


! This logical value decides if on certain operations (e.g. blank, object
! display, layer move or info) selection on the screen will select a
! component member or automatically select the component itself. "yes",
! means select the member only.
! CAUTION: Selecting the members of a component for display changes such
! as BLANK, EDIT COLOR, etc., rather then selecting the whole component
! will result in the part file increasing in size.
!
! Note: this preference is stored in the user's registry.  This default value
! therefore only influences the initial value for this setting.
!
! Valid options are: [yes, no]
!
Assemblies_MemberSelect:            no


! This logical value decides whether the action of trying to modify a
! Read Only part will put up a warning dialog box.
! If this value is set to `no' then NO warning will be given when a
! Read Only part is modified. This part cannot be saved.
! The default value is "yes".
!
! Valid options are: [yes, no]
!
Assemblies_DisplayReadOnly:         yes

! This string value provides the name of the reference set that contains
! the real model geometry in the part file.  If set it will be used to determine
! which geometry to consider when storing a bounding box or if generating
! a faceted representation when saving a part.  If the value is unset, or the
! particular part being saved does not contain the named reference set, all
! appropriate geometry in the part will be used for these operations.
!
! If a value is provided when solid or sheet bodies are created in a piece
! part a model reference set of this name will be created automatically and
! the new bodies added to it.

!Assemblies_ModelReferenceSet: 	    MODELL
Assemblies_ModelReferenceSet:

! This value can contain a set of reference set names delimited by spaces.
! These would be the names of additional reference sets that represent
! model geometry - for example if you have left and right hand parts
! represented in the same part file.  These reference sets are taken account
! of in the process of generating TeamCenter Visualization files (a TeamCenter
! Visualization file will be  generated to represent each reference set).

! It is necessary to have specified the main Model Reference Set (see above)
! in order for this option to have any effect.

Assemblies_AdditionalModelRefSets:

! This string value provide the name of a facet reference set that will be
! created whenever a part containing appropriate solid geometry is saved.
! If set any solids contained in the part (or in the model reference set
! if set - see above) will have faceted representations created for them
! (if none exist already) and added to the named reference set (which is
! created if necessary.  If this name is left blank none of this save time
! processing takes place.

Assemblies_FacetReferenceSet:

! This string value provide the name of a simplified reference set that will be
! created automatically when an assembly envelope is created.

Assemblies_SimplifiedReferenceSet:

! The following resource controls whether or not TeamCenter visualization data
! should be saved for parts on part save on those platforms where this is supported.
!
! Valid options are: [yes, no]
!
Assemblies_SaveTeamCenterVisData: no

! This value governs the default curve and surface tolerance distance values used 
! when creating faceted representations. These values will be used whenever a 
! faceted body is created, unless the user has specified alternative tolerances 
! through the Representations menu..
!
! This value is interpreted according to the units of UG_initialUnits (inches or mm).
! 
! If set to 0.0, the system will govern the default tolerance instead, using a 
! technique which sets the tolerance values according to the size of the body being 
! faceted.
Assemblies_FacetRepTolerance: 0.0

!           ******************************************
!           **          PART NAME VERSIONS          **
!           ******************************************
!
! The following rules are used to describe the part names the system will use
! when searching for the version of a part for an assembly. The syntax for the
! rules follows the Regular Expressions used by the UNIX system.  Leaving the
! rules blank means the system does not recognize versions of files and will
! compare complete part names when searching for parts.
! Examples follow.
!
!
! This pattern specifies the general format of versioned part names.
!
Assemblies_PartNameFormat:


! This value decides which portion of the Assemblies_PartNameFormat rule is the
! version independent portion of the name.  It consists of 2 back-slashes "\\"
! followed by the number of the section.
!
Assemblies_PartNameSubstitution:


! This value is used to match all versions of a part in a directory.
! It consists of the  Assemblies_PartNameSubstitution  rule specifying the
! version independent portion of the name along with the section of the
! Assemblies_PartNameFormat  rule specifying the pattern for the part version.
!
Assemblies_PartNameMatch:


! This value decides which portion of the Assemblies_PartNameMatch rule
! is the version portion of the name.
!
Assemblies_VersionSubstitution:


! This value decides the sorting order that will be used to determine the latest
! version of a file if several exist.
! Note: A valid option must be specified even if file versioning is not being used.
!
! Valid options are:    [MILITARY,NUMERIC,REVERSE_NUMERIC,ALPHABETIC,REVERSE_ALPHABETIC,
!                                                ALPHANUMERIC]
!
!     where:            MILITARY              :  1 < 1.2 < 3.2.1
!                       NUMERIC               :  2 < 5 < 11
!                       REVERSE_NUMERIC       :  15 < 7 < 2
!                       ALPHABETIC            :  a < m < z < av < ff
!                       REVERSE_ALPHABETIC    :  z < a < vv < aa
!                       ALPHANUMERIC          :  a2 < a5 < b2 < b23 < aa12 < bc22
!
Assemblies_VersionType: MILITARY



!
! EXAMPLE 1:
!
! Assemblies_PartNameFormat:        ([a-z_]+_)([0-9]+(\\.[0-9]+)*)
! Assemblies_PartNameSubstitution:  \\1
! Assemblies_PartNameMatch:         \\1([0-9]+(\\.[0-9]+)*)
! Assemblies_VersionSubstitution:   \\1
! Assemblies_VersionType:           MILITARY
!
!
! The  Assemblies_PartNameFormat  pattern specifies part names of one or more
! alphabetic characters and underscores "_" followed by an underscore "_", then
! a number, then 0 or more sets of a period "." and a number.
!       Example part names in this format are:
!
!               a_1.prt
!               bcd_1.6.prt
!               efg_h_ijk_1.3.2.prt
!
!
! The  Assemblies_PartNameSubstitution  rule indicates that the FIRST section
! of the  Assemblies_PartNameFormat  pattern (i.e., "([a-z_]+_)" ) is the
! independent section.
!       Example part names without their versions in this format are:
!
!               a_
!               bcd_
!               efg_h_ijk_
!
!
! The  Assemblies_PartNameMatch  rule indicates that valid versioned part names
! consist of the part name followed by a number, then 0 or more sets of a period
! "." and a number.
!       Example part names are the same as those under Assemblies_PartNameFormat
!
!
! The  Assemblies_VersionSubstitution  rule indicates that the FIRST section of
! the  Assemblies_PartNameMatch  pattern (i.e., "([0-9]+(\\.[0-9]+)*)" ) is the
! part version section.
!       Example versions in this format are:
!
!               1
!               1.6
!               1.3.2
!
!
! EXAMPLE 2:
!
! Assemblies_PartNameFormat:([0-9\\-]+)(o|([a-hj-np-z]|([a-hj-np-z][a-hj-np-z])))
! Assemblies_PartNameSubstitution: \\1
! Assemblies_PartNameMatch:        \\1(o|([a-hj-np-z]|([a-hj-np-z][a-hj-np-z])))
! Assemblies_VersionSubstitution:  \\2
! Assemblies_VersionType:           ALPHABETIC
!
!
! The  Assemblies_PartNameFormat  pattern specifies part names of digits and
! dashes followed by either a letter o (for "original"),
!                         or a letter in the range a-z excluding i and o,
!                         or 2 letters in the range a-z excluding i's and o's.
!       Example part names in this format are:
!
!               053316o.prt
!               053316h.prt
!               053316cl.prt
!               1-32e.prt
!               68-9-00x.prt
!               -32-56-kd.prt
!
!
! The  Assemblies_PartNameSubstitution  rule indicates that the FIRST section
! of the  Assemblies_PartNameFormat  pattern (i.e., "([0-9\-]+)" ) is the
! independent section.
!       Example part names without their versions in this format are:
!
!               053316
!               1-32
!               68-9-00
!               -32-56-
!
!
! The  Assemblies_PartNameMatch  rule indicates that valid versioned part names
! consist of the part name followed by either:
!                            a letter o (for "original"),
!                         or a letter in the range a-z excluding i and o,
!                         or 2 letters in the range a-z excluding i's and o's.
!       Example part names are the same as those under Assemblies_PartNameFormat
!
!
! The  Assemblies_VersionSubstitution  rule indicates that the SECOND section of
! the  Assemblies_PartNameMatch  pattern
! (i.e., "([a-hj-np-z]|([a-hj-np-z][a-hj-np-z]))") is the part version section.
! where:
!             \\1(o|([a-hj-np-z]|([a-hj-np-z][a-hj-np-z])))
!                |^|------------------^-------------------|
!                 1               section 2
!
! From these rules, the "o" matches as being part of the version, but is not
! used for the purposes of comparison. Hence, when the version is extracted from
! a part with "o" as the revision, the system will get the empty string, and all
! versions will match to be greater than this, meaning that "o" is the first
! version of the part.
!
!       Example versions in this format are:
!
!               o
!               h
!               cl
!               e
!               x
!               kd

!           ******************************************
!           **          INTERPART MODELING          **
!           ******************************************
!
! The following resource controls the availability of interpart expressions,
! and WAVE geometry linking.
!
! Valid options are: [yes, no]
!
Assemblies_AllowInterPart: yes

! The following resource controls whether Interpart Update will be delayed by
! default or not.
!
! Valid options are: [on, off]
Assemblies_InitialUpdateDelay: off

! The following resource controls whether parts not in the displayed assembly
! will be delayed or not.
!
! Valid options are: [assembly, session]
! assembly means only parts in the displayed assembly will allow their interpart
! objects to update, session means that all loaded parts that are not delayed
! will update.
Assemblies_UpdateDelayScope: session

!           ******************************************
!           **            PROMOTIONS                **
!           ******************************************
!
! The following resource controls the availability of the promotion of
! bodies feature.
!
! Valid options are: [yes, no]
!
Assemblies_AllowPromotions: yes ! no ! ps übernommen von v18


!                    **************************
!                    **  CLEARANCE ANALYSIS  **
!                    **************************
!
! The following parameters define the default setting for Clearance
! Analysis.  These values are set only when a new Clearance Analysis
! Data Set is created.  Existing Data Sets will not be affected.


! This parameter defines the default value for the analysis mode.
!
! Valid options are:  [quick_facet, full_facet, best_available, facet_solid, solid]
Assemblies_ClrAnlMode:  facet_solid


! This parameter defines the default clearance zone.  All objects that
! don't have an explicitly set clearance zone will use this value as
! their clearance zone.  If the default value is non-zero, a new
! expression will be created.
!
! Valid options are:  any non-negative real number.
Assemblies_ClrAnlDefClrZone_EU:  0.0  ! inches
Assemblies_ClrAnlDefClrZone_MU:  0.0  ! mm


! This parameter indicates if mated pairs should be excluded from analysis.
!
! Valid options are:  [yes, no]
Assemblies_ClrAnlExclMatingPairs:  no


! This parameter indicates if object pairs that come from the same
! sub-assembly/component should be excluded from analysis.
!
! Valid options are:  [yes, no]
Assemblies_ClrAnlExclWithinComp:  no


! This parameter indicates if object pairs that come from the same
! part should be excluded from analysis.
!
! Valid options are:  [yes, no]
Assemblies_ClrAnlExclWithinPart:  no


! This parameter indicates if object pairs that come from the same
! group should be excluded from analysis.
!
! Valid options are:  [yes, no]
Assemblies_ClrAnlExclWithinGroup:  no


! The following parameters define the types of interferences that will be
! reported to the user during analysis or review.  There is one parameter
! for each interference type (hard, soft, touching, containment).  The
! Assemblies_ClrAnlMsgNew parameter specifies that only new interferences
! are reported.
!
! Valid options for each are:  [yes, no]
Assemblies_ClrAnlMsgHard:  yes
Assemblies_ClrAnlMsgSoft:  yes
Assemblies_ClrAnlMsgTouch:  yes
Assemblies_ClrAnlMsgContain:  yes
Assemblies_ClrAnlMsgNew:  no


! This logical value determines if interference geometry is saved.
!
! The delivered default for this parameter has been changed from yes to
! no.  With the new Clearance Browser in UGNX 1.0, temporary interference
! geometry is drawn when the user performs a Study Interference.  As this
! geometry is created when it is needed, it is now less important (or
! appropriate) to save interference geometry permanently.
!
! Valid options are:  [yes, no]
Assemblies_ClrAnlSaveInterf:   yes ! no ! ps übernommen von v18


! This parameter sets the layer number on which all new interference
! geometry is placed.  A value of zero indicates that the work layer
! (at the time the data set is created) will be used.
!
! valid options are:  [0, 1-256]
Assemblies_ClrAnlInterfLayer:  0


! This value defines the color assigned to all new interference geometry.
! Valid color options are: [1-216]
Assemblies_ClrAnlInterfColor:   6


! This value define the attention color used to highlight interferences
! as they are reported to the user.
! Valid color options are: [1-216]
Assemblies_ClrAnlAttenColor:   4


! This value define the attention color used to highlight the parent
! objects as interferences are reported to the user.
! Valid color options are: [1-216]
Assemblies_ClrAnlParentColor:   3


! This value defines the descriptive attribute of a part that will be
! displayed rather than just simply the file name. Note that the
! description which appears when creating a part in UG Manager is
! accessed through part attribute DB_PART_DESC, not $DESCRIPTION.
!
! Valid options are: [$FILENAME, $DESCRIPTION; anything else is deemed
!                     to be a part attribute title]
Assemblies_partDescriptiveName:   $FILENAME


! If this value is set to yes, the assemblies weight properties for the
! part will be updated on save, if necessary.  If the value is set to no,
! then the existing properties will be saved without recalculation.  This
! default can be overridden for specific parts from the File->Save Options
! menu.
!
! Valid options are: [yes, no]
!
Assemblies_GenerateWeightData:  yes ! no ! ps übernommen von v18


! This value defines the accuracy used for the assemblies weight property
! calculations.  It is used to determine the initial setting of the accuracy
! field in the Weight Management dialog.  Also, if Assemblies_GenerateWeightData
! is set to yes, this value gives the accuracy to which the calculation is
! performed, if better data is not already stored on the part.  The nearer
! to 1.0 the accuracy is, the more precise the results of the calculation
! will be (and the longer it will take).  This value must be 0.9, 0.99,
! 0.999, 0.9999, 0.99999 or 0.999999.
!
Assemblies_WeightDataAccuracy: 0.99

!           ******************************************
!           **       ASSEMBLIES ADD COMPONENT       **
!           ******************************************
!
! The following defaults control the add component dialog at session start up.
! If the values are changed in the dialog, these default values no longer take
! effect for the session.
!
! This value determines what the Add Existing Part dialog values will default to
! for the Positioning option.  Absolute means that the part will be positioned at
! the selected origin in absolute space.  Mate means that the Mating dialog will be
! invoked, and the user will be able to position the component by mating it.
! Reposition means that the reposition component dialog will be invoked, and the user
! will be able to position the component using the options in that dialog.
!
! This value will be overridden to Absolute if it is set to Reposition and
! Assemblies_AddCompMultiOption is set to Array or if this option is set to
! Mate, and Assemblies_AddCompMultiOption is set to Chain.
!
! Valid options are: [Absolute, Mate, Reposition]
!
Assemblies_AddCompPositionOption: Mate

! This value determines what the Add Existing Part and Create Component dialog values
! will default to for the Layer option.  Work means that the component and all of its
! occurrence objects will be put on the work Layer.  Original means that the component's
! occurrence objects will be put on whatever layer they are currently on in the component
! part.  Specified means that the user will specify what layer to put the component and
! its occurrence objects.
!
! Valid options are: [Work, Original, Specified]
!
Assemblies_AddCompLayerOption: Original

! This value determines what the Add Existing Part dialog value will default to for the
! Multiple add option.  No means that part will only be added once to the assembly.
! Array means the create component array dialog will be invoked to add an array of the
! selected components to the assembly.  Chain means that a dialog will be invoked to add
! a chain of the components to the assembly.
!
! Valid options are: [No, Array, Chain]
!
Assemblies_AddCompMultiOption: No

! Outlines are associated with a layer indicated by the PRODUCT_OUTLINE layer
! category. When creating an outline in a part which does not contain that
! category, this layer is used.
!
! Valid options are:  [1-256]
!
Assemblies_ProductOutlineLayer: 99 ! 190 ! ps übernommen von v18

! True Shape functionality divides space into a grid of cubic cells
! that are used to generate a coarse representation of the geometry
! in component parts.  This data is used in spatial filtering operations.
! Specify the size of the cells that will be used in this true shape
! representation and the units that this cell size is expressed in here.
!
! Note that an inappropriate cell size can negatively impact the performance
! and/or the quality of results achieved from True Shape spatial filtering.
! Please read the cell size definition guidelines in the True Shape Filtering
! portion of the technical documentation before defining a cell size.
!
! Valid TrueShapeCellSize options are:  [>= 0.0]
! (A value of 0.0 indicates that true shape filtering should not be
! employed in evaluating spatial filtering operations.)
!
! Valid TrueShapeCellSizeUnits options are: [English, Metric, Undefined]
! (If TrueShapeCellSizeUnits is Undefined, the cell size will be
! interpretted in the units specified by UG_initialUnits.)
!
Assemblies_TrueShapeCellSize:        0.0
Assemblies_TrueShapeCellSizeUnits:   Metric

! True Shape spatial filtering generates component shape representations
! (<component name>.tso) on part save when this default is enabled.  (Note
! that a cell size - TrueShapeCellSize - must also be defined in order for
! True Shape data to be generated.)
!
! Note: this preference is stored in the user's registry.  This default value
! therefore only influences the initial value for this setting.
!
! Valid options are:  [yes, no]
!
Assemblies_TrueShapeGenerate: no

! This value determines if the load operation should check whether the part
! family member referenced by the assembly is generated from the version of the
! template which is configured based on the load options.
! If set to yes and if the part family member is not generated from the
! configured version of the template, then depending upon the load option to
! auto regenerate part family members, the part family member as specified by
! the template will be generated automatically.
!
! Valid options are:  [Yes, No]
!
Assemblies_VerifyPFTWhileAutoRegenPFM: No

!
! ****************************************************************************
! **                                                                        **
! **                    UG/MANAGER MODULE PARAMETERS                        **
! **                                                                        **
! ****************************************************************************
!
! A detailed description of each of the following customer defaults can be
! found in the UG/Manager User Guide, in the appendix entitled "Customer
! Defaults and Preferences".

! This value controls whether UG/Manager prompts the user to save any
! new or modified associated files on exit from a session.
!
! Valid options are:    [Yes, No]
!
! The default is Yes.
!
UGMGR_PromptAssocFilesOnQuit:   Yes
!

! This value controls whether UG/Manager automatically locks (checks out)
! datasets and their BVRs when a part is modified as the work part in
! Unigraphics.
!
! Valid options are:    [Automatic, Manual]
!
! The default is Automatic.

UGMGR_LockingPolicy:            Automatic


! This value controls whether, when the locking policy is Automatic, the
! dataset and BVR are unlocked and checked back in, when the part is Saved
! or Closed.
!
! Valid options are:    [Close, Save]
!
! The default is Close

UGMGR_Unlock:                   Close


! This value controls whether revision conflict checking is enabled.
! If it is enabled it will report most configured revision conflicts
! as well as master model revision conflicts.
!
! Valid options are:    [on, off]
!

UGMGR_RevisionChecking:	off

! This value controls whether Unigraphics files associated with a part file
! are exported from the IMAN database.
!
! Valid options are: [on, off]
!
UGMGR_Export:                   on


! This value allows you to filter which associated files are exported from the
! IMAN database. It specifies the default role with which to start UG/Manager.
! Only files associated with the specified UG/Manager role will be exported.
! Note that if UGMGR_Export is set to off, the value corresponding to this
! customer default will be ignored.
!
! Valid options are: [all, base, gateway, design, drafting, cam,
!                     gfem, team, mechanism, moldflow, analysis]
!
! NOTE: The options specified above are valid for use with the UG/Manager system
!       as shipped. Your System Administrator can add or remove options.
!
UGMGR_UserRole:                 all


! This value determines whether any changes made to the IMAN product structure
! are reflected in a Unigraphics assembly when it is opened in Unigraphics.
!
! Valid options are: [on, off]
!
UGMGR_StructureUpdateOnLoad:    on


! This value determines whether any changes made to the Unigraphics assembly are
! updated in the IMAN product structure data when an assembly is saved in
! Unigraphics.
!
! Valid options are: [on, off]
!
UGMGR_StructureUpdateOnSave:    on


! This value enables you to choose whether you wish to be prompted in Unigraphics
! to position new component(s) which you have added in IMAN PSE. When set to `off',
! Unigraphics displays a dialog box, which requests positioning information, for
! every new component in PSE. A value of `on' causes no dialog box to be displayed,
! and each new component added to the assembly in PSE to be automatically placed at
! the origin (0, 0, 0) in Unigraphics.
!
! Valid options are: [on, off]
!
UGMGR_AutoPositionComps:        off


! This value enables you to choose whether you wish Unigraphics to honour modified
! transforms found in the IMAN database. When set to `on', Unigraphics will prompt the
! user as to how to handle modified transforms that are found and update the Unigraphics
! part file accordingly on save. A value of `off' causes Unigraphics not to honour
! modified transforms or to prompt the user, and modifications in the IMAN database
! will be ignored. With the update transforms functionality enabled, a summary is
! presented after each load operation which involves an altered transform at the end
! of the load operation.
!
! Valid options are: [on, off]
!
UGMGR_UpdateTransform:          off !ps 18.06.2004


! This customer default controls how callout values in the Unigraphics Parts List
! are synchronized in the IMAN database. Its value specifies a note type in PSE which
! you wish to be synchronized with the CALLOUT attribute in Unigraphics. The default
! value is "DB_SEQUENCE_NO", which corresponds to the sequence number in PSE.
!
! Valid options are: [DB_SEQUENCE_NO, any Note Type which your System Administrator
!                     has defined]
!
UGMGR_CalloutAttribute:         DB_SEQUENCE_NO


! This value specifies the default seed part which will be used as the basis for
! new part files created in Unigraphics. The part name (not the part number) of
! the seed part should be specified. Note that you must have read access to the
! seed part.
!
! Valid options are: [Metric, Inch, Metric_dwg, Inch_dwg, any seed which your
!                     System Administrator has defined and you have access to]
!
UGMGR_SeedPartName:             kba_Metric_NX2 ! Metric


! This value specifies whether the UG/Manager `Select Seed Part' dialog box is
! displayed when a part which has been created in IMAN is opened in Unigraphics
! for the first time. If set to `yes', or `always', the dialog box is always displayed. When
! the value is `no', or `never', the dialog box is never displayed, and the default seed
! specified by UGMGR_SeedPartName is used as the basis for new part files. If
! set to `top', the dialog box is displayed only for the top part in an
! assembly; for component parts, the dialog box is not displayed, and the
! default seed specified by UGMGR_SeedPartName is used instead.
!
! Valid options are: [yes, always, no, never, top]
!
UGMGR_DisplaySeedDialog:        yes


! This value controls whether the UG/Manager `SaveAs Non-Master Part Files'
! dialog box is displayed in Unigraphics whenever you attempt to save a
! master part file which has non-master part files belonging to it.
! If set to `display', the dialog box is always displayed. If set to
! `save_all', the dialog box is not displayed, and all non-master part files
! belonging to the master part file will be automatically saved. If the value
! is `save_none', the dialog box is not displayed and no non-master part files
! belonging to the master will be saved.
!
! Valid options are: [display, save_all, save_none]
!
UGMGR_DisplaySaveasDialog:      display

!
! Valid options are: [yes, no]
!
UGMGR_CheckNonMastersOnSave:      yes

! This value determines the format of the part information which is displayed
! in the UG/Manager Part Selection dialog box. The part information is
! restricted to the part number, part name and part description. There are
! seven possible values available for this customer default. For example,
! setting the default to `NumberName' will cause only the part number and part
! name to be displayed in the dialog box, whereas specifying `NumberNameDesc'
! will cause the part number, part name and part description to be displayed.
!
! Valid options are: [Number, Name, NameNumber, NumberName,
!                     NumberNameDesc, NumberDesc, NameDesc]
!
UGMGR_PartDisplayPreference:    NumberName


! These parameters are used to customize the way in which part file names are
! displayed in dialog boxes and on the banner above the graphics window.
! They describe the field separators for displaying the UG PART
! name. Any combination of characters is valid. The minimum length of each
! separator is 0. The maximum length of the displayed UG PART name (including
! separators) is 132. We recommend that the separators are kept short.
!
! Double quotation marks, which appear before and after the string, are removed.
! The double quotes are required only for strings containing spaces or if you
! wish to specify the empty string.


! This character string is used as a prefix for the UG/Manager part number field
! in the UG PART name
!
UGMGR_PartPrefix:           ""


! This character string is used as a suffix for the UG/Manager part number field
! in the UG PART name
!
UGMGR_PartPostfix:          ""


! This character string is used as a prefix for the UG/Manager part revision
! field in the UG PART name
!
UGMGR_PartRevPrefix:         /


! This character string is used as a suffix for the UG/Manager part revision
! field in the UG PART name
!
UGMGR_PartRevPostfix:       ""


! This character string is used as a prefix for the UG/Manager "part file name"
! field in the UG PART name
!
UGMGR_ModelPrefix:          " ("


! This character string is used as a suffix for the UG/Manager "part file name"
! field in the UG PART name
!
UGMGR_ModelPostfix:         ")"


! This character string is used as a prefix for the UG/Manager "part file type"
! field in the UG PART name.
!
! It should be noticed that the "part file type" field is nested in the
! "part file name" field and it appears after the "part file name" prefix and
! before the "part file name".
!
! E.g. | if UGMGR_ModelPrefix is "("                                          |
!      |    UGMGR_ModelPostfix is ")"                                         |
!      |    UGMGR_ModelTypePrefix is "["                                      |
!      |    UGMGR_ModelTypePostfix is "]"                                     |
!      | then the part file name section of the UG PART name is displayed as: |
!      |           ([<part file type>]<part file name>)                       |
!
UGMGR_ModelTypePrefix:     ""


! This character string is used as a suffix for the UG/Manager "part file type"
! field in the UG PART name.
!
UGMGR_ModelTypePostfix:     ": "

! This value specifies which objects in the database corresponding to UG part
! files are connected when a UG WAVE relationship is recorded between those parts at
! the time the referencing part is saved.
!
! Valid values are:
! ItemRevToItem:    The relationship will be created between the Item Revision of the
!                   referencing part and the Item of the referenced part.
! DatasetToDataset: The relationship will be created between the dataset of the
!                   referencing part and the dataset of the referenced part.
UGMGR_WAVERelations: "ItemRevToItem"

! This character string specifies the URL of the default iMAN Web Server
! which is used in the File -> Interoperate dialog.
!
UGMGR_WebServer:           ""           ! "http://tst-tc90/"      ! RM

! This preference if set specifies the default revision rule to be applied when cloning
! an assembly. If not set then the users current revision rule will be used.
UGMGR_CloneDefaultRevRule: ""

! This preference if set specifies the default revision rule to be applied when exporting
! an assembly. If not set then the users current revision rule will be used.
UGMGR_ExportDefaultRevRule: ""

! This preference if set specifies as a comma separated list the names of panes which should
! be suppressed from the Assembly Clone dialog. The names of the panes may be specified in the
! localised language or in English.
UGMGR_CloneSuppressedPanes: ""

! This preference if set specifies as a comma separated list the names of panes which should
! be suppressed from the Assembly Import dialog. The names of the panes may be specified in the
! localised language or in English.
UGMGR_ImportSuppressedPanes: ""

! This preference if set specifies as a comma separated list the names of panes which should
! be suppressed from the Assembly Export dialog. The names of the panes may be specified in the
! localised language or in English.
UGMGR_ExportSuppressedPanes: ""

! This preference if set to "Yes" specifies that when a part family member is encountered during an
! import or export operation its template part should be automatically added to the operation
UGMGR_ImportExportAutoAddPFTemplates: "No"

! This preference if set to "Template" specifies that when a Part Family Member or Family Members folder
! is created UG/Manager will attempt to assign their ownership to the owner of the Part Family Template
! part with which they are associated. If set to "User" then the ownership will not be chanegd and will
! remain with the creating user.
!  Valid options are: [User, Template]
UGMGR_PFMOwner: "User"

! This preference specifies UG/Manager's behaviour when it determines that a part has been renumbered in the
! PDM system. There are two possible behaviours:
! PreferUID:    The original part will be loaded regardless of its change of name
! PreferItemID: If a part with the same ItemID as the renumber part originally had is present in the database, that
!               will be loaded and references to the original part changed to refer to it. 
!               Otherwise the original part will be loaded.
! the default is PreferUID.
UGMGR_RenumberedPartBehaviour: "PreferUID" 

! This preference if set to "Yes" causes clone based import operation to default
! to use-existing action for components which are read-only in iMan during the
! import of assemblies with overwrite action.
!  Valid options are: [Yes, No]
UGMGR_CloneManageReadOnlyComponents: "Yes"

! This preference if set to "Yes" causes clone based import and export
! operations to ignore any part family member encountered during the operation
! The template part will be added to the operation instead
!  Valid options are: [Yes, No]
UGMGR_CloneImportExportAutoRemovePFM: "Yes"

! This preference if set to "Yes" applies the release statuses of the Part
! Family Template to the Part Family Members generated from it.
!  Valid options are: [Yes, No]
UGMGR_InheritPFTReleaseStatus: "Yes"

!
! ****************************************************************************
! **                                                                        **
! **          CAE MODULE PARAMETERS                                         **
! **                                                                        **
! ****************************************************************************
!
! CAE_DefaultAnalysisSolver indicates the default analysis solver.
!
! Uncomment out the Environment you want as your default
!
CAE_DefaultAnalysisSolver:     Structures P.E./Linear Statics Plus
!CAE_DefaultAnalysisSolver:     Structures P.E./Linear Buckling
!CAE_DefaultAnalysisSolver:     Structures P.E./Linear Statics/Axisymmetric
!CAE_DefaultAnalysisSolver:     Structures P.E./Normal Modes
!CAE_DefaultAnalysisSolver:     Structures P.E./Steady State Heat Transfer
!CAE_DefaultAnalysisSolver:     Structures P.E./Steady State Heat Transfer/Axisymmetric
!
!CAE_DefaultAnalysisSolver:     NASTRAN/Linear Statics Plus
!CAE_DefaultAnalysisSolver:     NASTRAN/Linear Buckling
!CAE_DefaultAnalysisSolver:     NASTRAN/Linear Statics/Axisymmetric
!CAE_DefaultAnalysisSolver:     NASTRAN/Normal Modes
!CAE_DefaultAnalysisSolver:     NASTRAN/Steady State Heat Transfer
!CAE_DefaultAnalysisSolver:     NASTRAN/Steady State Heat Transfer/Axisymmetric
!
!CAE_DefaultAnalysisSolver:     ANSYS/Linear Statics Plus
!CAE_DefaultAnalysisSolver:     ANSYS/Linear Buckling
!CAE_DefaultAnalysisSolver:     ANSYS/Linear Statics Plus/Axisymmetric
!CAE_DefaultAnalysisSolver:     ANSYS/Normal Modes
!CAE_DefaultAnalysisSolver:     ANSYS/Steady State Heat Transfer
!CAE_DefaultAnalysisSolver:     ANSYS/Steady State Heat Transfer/Axisymmetric
!CAE_DefaultAnalysisSolver:     ANSYS/Steady State Heat Transfer - Linear Statics Plus
!CAE_DefaultAnalysisSolver:     ANSYS/Steady State Heat Transfer - Linear Statics Plus/Axisymmetric
!
!CAE_DefaultAnalysisSolver:     ABAQUS/Linear Statics Plus
!CAE_DefaultAnalysisSolver:     ABAQUS/Linear Buckling
!CAE_DefaultAnalysisSolver:     ABAQUS/Linear Statics/Axisymmetric
!CAE_DefaultAnalysisSolver:     ABAQUS/Normal Modes
!CAE_DefaultAnalysisSolver:     ABAQUS/Steady State Heat Transfer
!CAE_DefaultAnalysisSolver:     ABAQUS/Steady State Heat Transfer/Axisymmetric
!CAE_DefaultAnalysisSolver:     ABAQUS/Steady State Heat Transfer - Linear Statics Plus
!CAE_DefaultAnalysisSolver:     ABAQUS/Steady State Heat Transfer - Linear Statics Plus/Axisymmetric

! These values define the color assigned to meshes
!
! Valid color options are: [1-216]
CAE_DefaultMesh3dColor:        3
CAE_DefaultMesh2dColor:        1
CAE_DefaultMesh1dColor:        11
CAE_DefaultMesh0dColor:        14
CAE_DefaultMeshContactColor:   2

! These values define the shading mode assigned to meshes
!
! Valid options are: [never, any, partiallyonly, fullyonly]
CAE_DefaultMesh3dShadeMode:        partiallyonly
CAE_DefaultMesh2dShadeMode:        partiallyonly

! These values define the color assigned to edges when meshes are shaded
!
! Valid color options are: [1-216]
CAE_DefaultMesh3dShadedEdgeColor:        15
CAE_DefaultMesh2dShadedEdgeColor:        15

! These values define the element shrink percentage assigned to meshes
!
! Valid values range 0 to 100 inclusive
CAE_DefaultMesh3dShrinkPercent:        0
CAE_DefaultMesh2dShrinkPercent:        0
CAE_DefaultMesh1dShrinkPercent:        0
CAE_DefaultMeshContactShrinkPercent:   0

! These values define the element normal display assigned to meshes
!
! Valid options are: [none, tails, vectors]
CAE_DefaultMesh2dNormals:        none

! These values define the color assigned to element normals in meshes
!
! Valid color options are: [1-216]
CAE_DefaultMesh2dNormalsColor:        7

! Keep all optimization results
!                        -  Indicates whether the all of the result files
!                           should be saved for an optimization run.
!
! Valid options are:  [no, yes]
!
CAE_SaveAllOptResults:       yes

! These values define the thresholds for different type of elements
!                       tri3,tri6,quad4,quad8,tetra4,tetra10
CAE_DefaultAnsysTri3AspectRatio:        20.0
CAE_DefaultAnsysTri3Skew:               60.0
CAE_DefaultAnsysTri3JacobianRatio:      30.0
CAE_DefaultAnsysTri3JacobianZero:       0.0
CAE_DefaultAnsysTri3MinAngle:           45.0
CAE_DefaultAnsysTri3MaxAngle:           165.0

CAE_DefaultAnsysTri3AspectRatioToggle:   1
CAE_DefaultAnsysTri3SkewToggle:          1
CAE_DefaultAnsysTri3JacobianRatioToggle: 1
CAE_DefaultAnsysTri3JacobianZeroToggle:  1
CAE_DefaultAnsysTri3MinMaxAngleToggle:   1

CAE_DefaultAnsysTri6AspectRatio:        20.0
CAE_DefaultAnsysTri6Skew:               60.0
CAE_DefaultAnsysTri6JacobianRatio:      30.0
CAE_DefaultAnsysTri6JacobianZero:       0.0
CAE_DefaultAnsysTri6MinAngle:           45.0
CAE_DefaultAnsysTri6MaxAngle:           165.0

CAE_DefaultAnsysTri6AspectRatioToggle:   1
CAE_DefaultAnsysTri6SkewToggle:          1
CAE_DefaultAnsysTri6JacobianRatioToggle: 1
CAE_DefaultAnsysTri6JacobianZeroToggle:  1
CAE_DefaultAnsysTri6MinMaxAngleToggle:   1

CAE_DefaultAnsysQuad4AspectRatio:       20.0
CAE_DefaultAnsysQuad4Warp:              5.0
CAE_DefaultAnsysQuad4Skew:              70.0
CAE_DefaultAnsysQuad4Taper:             0.5
CAE_DefaultAnsysQuad4JacobianRatio:     30.0
CAE_DefaultAnsysQuad4JacobianZero:      0.0
CAE_DefaultAnsysQuad4MinAngle:          45.0
CAE_DefaultAnsysQuad4MaxAngle:          155.0

CAE_DefaultAnsysQuad4AspectRatioToggle:   1
CAE_DefaultAnsysQuad4WarpToggle:          1
CAE_DefaultAnsysQuad4SkewToggle:          1
CAE_DefaultAnsysQuad4TaperToggle:         1
CAE_DefaultAnsysQuad4JacobianRatioToggle: 1
CAE_DefaultAnsysQuad4JacobianZeroToggle:  1
CAE_DefaultAnsysQuad4MinMaxAngleToggle:   1

CAE_DefaultAnsysQuad8AspectRatio:       20.0
CAE_DefaultAnsysQuad8Warp:              5.0
CAE_DefaultAnsysQuad8Skew:              100.0
CAE_DefaultAnsysQuad8Taper:             0.5
CAE_DefaultAnsysQuad8JacobianRatio:     30.0
CAE_DefaultAnsysQuad8JacobianZero:      0.0
CAE_DefaultAnsysQuad8MinAngle:          45.0
CAE_DefaultAnsysQuad8MaxAngle:          165.0

CAE_DefaultAnsysQuad8AspectRatioToggle:   1
CAE_DefaultAnsysQuad8WarpToggle:          1
CAE_DefaultAnsysQuad8SkewToggle:          1
CAE_DefaultAnsysQuad8TaperToggle:         1
CAE_DefaultAnsysQuad8JacobianRatioToggle: 1
CAE_DefaultAnsysQuad8JacobianZeroToggle:  1
CAE_DefaultAnsysQuad8MinMaxAngleToggle:   1

CAE_DefaultAnsysTetra4AspectRatio:      20.0
CAE_DefaultAnsysTetra4Skew:             60.0
CAE_DefaultAnsysTetra4JacobianRatio:    30.0
CAE_DefaultAnsysTetra4JacobianZero:     0.0
CAE_DefaultAnsysTetra4MinAngle:         45.0
CAE_DefaultAnsysTetra4MaxAngle:         165.0
CAE_DefaultAnsysTetra4TetCollapse:      100.0

CAE_DefaultAnsysTetra4AspectRatioToggle:   1
CAE_DefaultAnsysTetra4SkewToggle:          1
CAE_DefaultAnsysTetra4JacobianRatioToggle: 1
CAE_DefaultAnsysTetra4JacobianZeroToggle:  1
CAE_DefaultAnsysTetra4MinMaxAngleToggle:   1
CAE_DefaultAnsysTetra4TetCollapseToggle:   0

CAE_DefaultAnsysTetra10AspectRatio:     20.0
CAE_DefaultAnsysTetra10Skew:            60.0
CAE_DefaultAnsysTetra10JacobianRatio:   30.0
CAE_DefaultAnsysTetra10JacobianZero:    0.0
CAE_DefaultAnsysTetra10MinAngle:        45.0
CAE_DefaultAnsysTetra10MaxAngle:        165.0
CAE_DefaultAnsysTetra10TetCollapse:     100.0

CAE_DefaultAnsysTetra10AspectRatioToggle:   1
CAE_DefaultAnsysTetra10SkewToggle:          1
CAE_DefaultAnsysTetra10JacobianRatioToggle: 1
CAE_DefaultAnsysTetra10JacobianZeroToggle:  1
CAE_DefaultAnsysTetra10MinMaxAngleToggle:   1
CAE_DefaultAnsysTetra10TetCollapseToggle:   0

CAE_DefaultAnsysHex8AspectRatio:        20.0
CAE_DefaultAnsysHex8Warp:               5.0
CAE_DefaultAnsysHex8Skew:               100.0
CAE_DefaultAnsysHex8Taper:              0.5
CAE_DefaultAnsysHex8JacobianRatio:      30.0
CAE_DefaultAnsysHex8JacobianZero:       0.0
CAE_DefaultAnsysHex8MinAngle:           45.0
CAE_DefaultAnsysHex8MaxAngle:           155.0

CAE_DefaultAnsysHex8AspectRatioToggle:      1
CAE_DefaultAnsysHex8WarpToggle:             1
CAE_DefaultAnsysHex8SkewToggle:             1
CAE_DefaultAnsysHex8TaperToggle:            1
CAE_DefaultAnsysHex8JacobianRatioToggle:    1
CAE_DefaultAnsysHex8JacobianZeroToggle:     1
CAE_DefaultAnsysHex8MinMaxAngleToggle:      1

CAE_DefaultAnsysHex20AspectRatio:        20.0
CAE_DefaultAnsysHex20Warp:               5.0
CAE_DefaultAnsysHex20Skew:               100.0
CAE_DefaultAnsysHex20Taper:              0.5
CAE_DefaultAnsysHex20JacobianRatio:      30.0
CAE_DefaultAnsysHex20JacobianZero:       0.0
CAE_DefaultAnsysHex20MinAngle:           45.0
CAE_DefaultAnsysHex20MaxAngle:           155.0

CAE_DefaultAnsysHex20AspectRatioToggle:      1
CAE_DefaultAnsysHex20WarpToggle:             1
CAE_DefaultAnsysHex20SkewToggle:             1
CAE_DefaultAnsysHex20TaperToggle:            1
CAE_DefaultAnsysHex20JacobianRatioToggle:    1
CAE_DefaultAnsysHex20JacobianZeroToggle:     1
CAE_DefaultAnsysHex20MinMaxAngleToggle:      1

CAE_DefaultAnsysWedge6AspectRatio:        20.0
CAE_DefaultAnsysWedge6Warp:                5.0
CAE_DefaultAnsysWedge6Skew:               100.0
CAE_DefaultAnsysWedge6Taper:              0.5
CAE_DefaultAnsysWedge6JacobianRatio:      30.0
CAE_DefaultAnsysWedge6JacobianZero:       0.0
CAE_DefaultAnsysWedge6MinAngle:           45.0
CAE_DefaultAnsysWedge6MaxAngle:           155.0

CAE_DefaultAnsysWedge6AspectRatioToggle:      1
CAE_DefaultAnsysWedge6WarpToggle:             1
CAE_DefaultAnsysWedge6SkewToggle:             1
CAE_DefaultAnsysWedge6TaperToggle:            1
CAE_DefaultAnsysWedge6JacobianRatioToggle:    1
CAE_DefaultAnsysWedge6JacobianZeroToggle:     1
CAE_DefaultAnsysWedge6MinMaxAngleToggle:      1

CAE_DefaultAnsysWedge15AspectRatio:        20.0
CAE_DefaultAnsysWedge15Warp:                5.0
CAE_DefaultAnsysWedge15Skew:               100.0
CAE_DefaultAnsysWedge15Taper:               0.5
CAE_DefaultAnsysWedge15JacobianRatio:      30.0
CAE_DefaultAnsysWedge15JacobianZero:       0.0
CAE_DefaultAnsysWedge15MinAngle:           45.0
CAE_DefaultAnsysWedge15MaxAngle:           155.0

CAE_DefaultAnsysWedge15AspectRatioToggle:      1
CAE_DefaultAnsysWedge15WarpToggle:             1
CAE_DefaultAnsysWedge15SkewToggle:             1
CAE_DefaultAnsysWedge15TaperToggle:            1
CAE_DefaultAnsysWedge15JacobianRatioToggle:    1
CAE_DefaultAnsysWedge15JacobianZeroToggle:     1
CAE_DefaultAnsysWedge15MinMaxAngleToggle:      1

CAE_DefaultUgFeaTri3AspectRatio:        5.0
CAE_DefaultUgFeaTri3Skew:               60.0
CAE_DefaultUgFeaTri3JacobianRatio:      5.0
CAE_DefaultUgFeaTri3JacobianZero:       0.0
CAE_DefaultUgFeaTri3MinAngle:           20.0
CAE_DefaultUgFeaTri3MaxAngle:           120.0

CAE_DefaultUgFeaTri3AspectRatioToggle:   1
CAE_DefaultUgFeaTri3SkewToggle:          1
CAE_DefaultUgFeaTri3JacobianRatioToggle: 1
CAE_DefaultUgFeaTri3JacobianZeroToggle:  1
CAE_DefaultUgFeaTri3MinMaxAngleToggle:   1

CAE_DefaultUgFeaTri6AspectRatio:        5.0
CAE_DefaultUgFeaTri6Skew:               60.0
CAE_DefaultUgFeaTri6JacobianRatio:      5.0
CAE_DefaultUgFeaTri6JacobianZero:       0.0
CAE_DefaultUgFeaTri6MinAngle:           20.0
CAE_DefaultUgFeaTri6MaxAngle:           120.0

CAE_DefaultUgFeaTri6AspectRatioToggle:   1
CAE_DefaultUgFeaTri6SkewToggle:          1
CAE_DefaultUgFeaTri6JacobianRatioToggle: 1
CAE_DefaultUgFeaTri6JacobianZeroToggle:  1
CAE_DefaultUgFeaTri6MinMaxAngleToggle:   1

CAE_DefaultUgFeaQuad4AspectRatio:       5.0
CAE_DefaultUgFeaQuad4Warp:              5.0
CAE_DefaultUgFeaQuad4Skew:              60.0
CAE_DefaultUgFeaQuad4Taper:             0.5
CAE_DefaultUgFeaQuad4JacobianRatio:     5.0
CAE_DefaultUgFeaQuad4JacobianZero:      0.0
CAE_DefaultUgFeaQuad4MinAngle:          45.0
CAE_DefaultUgFeaQuad4MaxAngle:          135.0

CAE_DefaultUgFeaQuad4AspectRatioToggle:   1
CAE_DefaultUgFeaQuad4WarpToggle:          1
CAE_DefaultUgFeaQuad4SkewToggle:          1
CAE_DefaultUgFeaQuad4TaperToggle:         1
CAE_DefaultUgFeaQuad4JacobianRatioToggle: 1
CAE_DefaultUgFeaQuad4JacobianZeroToggle:  1
CAE_DefaultUgFeaQuad4MinMaxAngleToggle:   1

CAE_DefaultUgFeaQuad8AspectRatio:       5.0
CAE_DefaultUgFeaQuad8Warp:              5.0
CAE_DefaultUgFeaQuad8Skew:              60.0
CAE_DefaultUgFeaQuad8Taper:             0.5
CAE_DefaultUgFeaQuad8JacobianRatio:     5.0
CAE_DefaultUgFeaQuad8JacobianZero:      0.0
CAE_DefaultUgFeaQuad8MinAngle:          45.0
CAE_DefaultUgFeaQuad8MaxAngle:          135.0

CAE_DefaultUgFeaQuad8AspectRatioToggle:   1
CAE_DefaultUgFeaQuad8WarpToggle:          1
CAE_DefaultUgFeaQuad8SkewToggle:          1
CAE_DefaultUgFeaQuad8TaperToggle:         1
CAE_DefaultUgFeaQuad8JacobianRatioToggle: 1
CAE_DefaultUgFeaQuad8JacobianZeroToggle:  1
CAE_DefaultUgFeaQuad8MinMaxAngleToggle:   1

CAE_DefaultUgFeaTetra4AspectRatio:      20.0
CAE_DefaultUgFeaTetra4Skew:             60.0
CAE_DefaultUgFeaTetra4JacobianRatio:    10
CAE_DefaultUgFeaTetra4JacobianZero:     0.0
CAE_DefaultUgFeaTetra4MinAngle:         20.0
CAE_DefaultUgFeaTetra4MaxAngle:         120.0
CAE_DefaultUgFeaTetra4TetCollapse:      100.0

CAE_DefaultUgFeaTetra4AspectRatioToggle:   1
CAE_DefaultUgFeaTetra4SkewToggle:          1
CAE_DefaultUgFeaTetra4JacobianRatioToggle: 1
CAE_DefaultUgFeaTetra4JacobianZeroToggle:  1
CAE_DefaultUgFeaTetra4MinMaxAngleToggle:   1
CAE_DefaultUgFeaTetra4TetCollapseToggle:   1

CAE_DefaultUgFeaTetra10AspectRatio:     20.0
CAE_DefaultUgFeaTetra10Skew:            60.0
CAE_DefaultUgFeaTetra10JacobianRatio:   10
CAE_DefaultUgFeaTetra10JacobianZero:    0.0
CAE_DefaultUgFeaTetra10MinAngle:        20.0
CAE_DefaultUgFeaTetra10MaxAngle:        120.0
CAE_DefaultUgFeaTetra10TetCollapse:     100.0

CAE_DefaultUgFeaTetra10AspectRatioToggle:   1
CAE_DefaultUgFeaTetra10SkewToggle:          1
CAE_DefaultUgFeaTetra10JacobianRatioToggle: 1
CAE_DefaultUgFeaTetra10JacobianZeroToggle:  1
CAE_DefaultUgFeaTetra10MinMaxAngleToggle:   1
CAE_DefaultUgFeaTetra10TetCollapseToggle:   1

CAE_DefaultUgFeaHex8AspectRatio:        20.0
CAE_DefaultUgFeaHex8Warp:               5.0
CAE_DefaultUgFeaHex8Skew:               100.0
CAE_DefaultUgFeaHex8Taper:              0.5
CAE_DefaultUgFeaHex8JacobianRatio:      30.0
CAE_DefaultUgFeaHex8JacobianZero:       0.0
CAE_DefaultUgFeaHex8MinAngle:           45.0
CAE_DefaultUgFeaHex8MaxAngle:           155.0

CAE_DefaultUgFeaHex8AspectRatioToggle:      1
CAE_DefaultUgFeaHex8WarpToggle:             1
CAE_DefaultUgFeaHex8SkewToggle:             1
CAE_DefaultUgFeaHex8TaperToggle:            1
CAE_DefaultUgFeaHex8JacobianRatioToggle:    1
CAE_DefaultUgFeaHex8JacobianZeroToggle:     1
CAE_DefaultUgFeaHex8MinMaxAngleToggle:      1

CAE_DefaultUgFeaHex20AspectRatio:        20.0
CAE_DefaultUgFeaHex20Warp:               5.0
CAE_DefaultUgFeaHex20Skew:               100.0
CAE_DefaultUgFeaHex20Taper:              0.5
CAE_DefaultUgFeaHex20JacobianRatio:      30.0
CAE_DefaultUgFeaHex20JacobianZero:       0.0
CAE_DefaultUgFeaHex20MinAngle:           45.0
CAE_DefaultUgFeaHex20MaxAngle:           155.0

CAE_DefaultUgFeaHex20AspectRatioToggle:      1
CAE_DefaultUgFeaHex20WarpToggle:             1
CAE_DefaultUgFeaHex20SkewToggle:             1
CAE_DefaultUgFeaHex20TaperToggle:            1
CAE_DefaultUgFeaHex20JacobianRatioToggle:    1
CAE_DefaultUgFeaHex20JacobianZeroToggle:     1
CAE_DefaultUgFeaHex20MinMaxAngleToggle:      1

CAE_DefaultUgFeaWedge6AspectRatio:        20.0
CAE_DefaultUgFeaWedge6Warp:                5.0
CAE_DefaultUgFeaWedge6Skew:               100.0
CAE_DefaultUgFeaWedge6Taper:              0.5
CAE_DefaultUgFeaWedge6JacobianRatio:      30.0
CAE_DefaultUgFeaWedge6JacobianZero:       0.0
CAE_DefaultUgFeaWedge6MinAngle:           45.0
CAE_DefaultUgFeaWedge6MaxAngle:           155.0

CAE_DefaultUgFeaWedge6AspectRatioToggle:      1
CAE_DefaultUgFeaWedge6WarpToggle:             1
CAE_DefaultUgFeaWedge6SkewToggle:             1
CAE_DefaultUgFeaWedge6TaperToggle:            1
CAE_DefaultUgFeaWedge6JacobianRatioToggle:    1
CAE_DefaultUgFeaWedge6JacobianZeroToggle:     1
CAE_DefaultUgFeaWedge6MinMaxAngleToggle:      1

CAE_DefaultUgFeaWedge15AspectRatio:        20.0
CAE_DefaultUgFeaWedge15Warp:                5.0
CAE_DefaultUgFeaWedge15Skew:               100.0
CAE_DefaultUgFeaWedge15Taper:               0.5
CAE_DefaultUgFeaWedge15JacobianRatio:      30.0
CAE_DefaultUgFeaWedge15JacobianZero:       0.0
CAE_DefaultUgFeaWedge15MinAngle:           45.0
CAE_DefaultUgFeaWedge15MaxAngle:           155.0

CAE_DefaultUgFeaWedge15AspectRatioToggle:      1
CAE_DefaultUgFeaWedge15WarpToggle:             1
CAE_DefaultUgFeaWedge15SkewToggle:             1
CAE_DefaultUgFeaWedge15TaperToggle:            1
CAE_DefaultUgFeaWedge15JacobianRatioToggle:    1
CAE_DefaultUgFeaWedge15JacobianZeroToggle:     1
CAE_DefaultUgFeaWedge15MinMaxAngleToggle:      1

! Structures P.E default thresholds
CAE_DefaultInternalSolverTri3AspectRatio:        5.0
CAE_DefaultInternalSolverTri3Skew:               60.0
CAE_DefaultInternalSolverTri3JacobianRatio:      5.0
CAE_DefaultInternalSolverTri3JacobianZero:       0.0
CAE_DefaultInternalSolverTri3MinAngle:           20.0
CAE_DefaultInternalSolverTri3MaxAngle:           120.0

CAE_DefaultInternalSolverTri3AspectRatioToggle:   1
CAE_DefaultInternalSolverTri3SkewToggle:          1
CAE_DefaultInternalSolverTri3JacobianRatioToggle: 1
CAE_DefaultInternalSolverTri3JacobianZeroToggle:  1
CAE_DefaultInternalSolverTri3MinMaxAngleToggle:   1

CAE_DefaultInternalSolverTri6AspectRatio:        5.0
CAE_DefaultInternalSolverTri6Skew:               60.0
CAE_DefaultInternalSolverTri6JacobianRatio:      5.0
CAE_DefaultInternalSolverTri6JacobianZero:       0.0
CAE_DefaultInternalSolverTri6MinAngle:           20.0
CAE_DefaultInternalSolverTri6MaxAngle:           120.0

CAE_DefaultInternalSolverTri6AspectRatioToggle:   1
CAE_DefaultInternalSolverTri6SkewToggle:          1
CAE_DefaultInternalSolverTri6JacobianRatioToggle: 1
CAE_DefaultInternalSolverTri6JacobianZeroToggle:  1
CAE_DefaultInternalSolverTri6MinMaxAngleToggle:   1

CAE_DefaultInternalSolverQuad4AspectRatio:       5.0
CAE_DefaultInternalSolverQuad4Warp:              5.0
CAE_DefaultInternalSolverQuad4Skew:              60.0
CAE_DefaultInternalSolverQuad4Taper:             0.5
CAE_DefaultInternalSolverQuad4JacobianRatio:     5.0
CAE_DefaultInternalSolverQuad4JacobianZero:      0.0
CAE_DefaultInternalSolverQuad4MinAngle:          45.0
CAE_DefaultInternalSolverQuad4MaxAngle:          135.0

CAE_DefaultInternalSolverQuad4AspectRatioToggle:   1
CAE_DefaultInternalSolverQuad4WarpToggle:          1
CAE_DefaultInternalSolverQuad4SkewToggle:          1
CAE_DefaultInternalSolverQuad4TaperToggle:         1
CAE_DefaultInternalSolverQuad4JacobianRatioToggle: 1
CAE_DefaultInternalSolverQuad4JacobianZeroToggle:  1
CAE_DefaultInternalSolverQuad4MinMaxAngleToggle:   1

CAE_DefaultInternalSolverQuad8AspectRatio:       5.0
CAE_DefaultInternalSolverQuad8Warp:              5.0
CAE_DefaultInternalSolverQuad8Skew:              60.0
CAE_DefaultInternalSolverQuad8Taper:             0.5
CAE_DefaultInternalSolverQuad8JacobianRatio:     5.0
CAE_DefaultInternalSolverQuad8JacobianZero:      0.0
CAE_DefaultInternalSolverQuad8MinAngle:          45.0
CAE_DefaultInternalSolverQuad8MaxAngle:          135.0

CAE_DefaultInternalSolverQuad8AspectRatioToggle:   1
CAE_DefaultInternalSolverQuad8WarpToggle:          1
CAE_DefaultInternalSolverQuad8SkewToggle:          1
CAE_DefaultInternalSolverQuad8TaperToggle:         1
CAE_DefaultInternalSolverQuad8JacobianRatioToggle: 1
CAE_DefaultInternalSolverQuad8JacobianZeroToggle:  1
CAE_DefaultInternalSolverQuad8MinMaxAngleToggle:   1

CAE_DefaultInternalSolverTetra4AspectRatio:      20.0
CAE_DefaultInternalSolverTetra4Skew:             60.0
CAE_DefaultInternalSolverTetra4JacobianRatio:    10
CAE_DefaultInternalSolverTetra4JacobianZero:     0.0
CAE_DefaultInternalSolverTetra4MinAngle:         20.0
CAE_DefaultInternalSolverTetra4MaxAngle:         120.0
CAE_DefaultInternalSolverTetra4TetCollapse:      100.0

CAE_DefaultInternalSolverTetra4AspectRatioToggle:   1
CAE_DefaultInternalSolverTetra4SkewToggle:          1
CAE_DefaultInternalSolverTetra4JacobianRatioToggle: 1
CAE_DefaultInternalSolverTetra4JacobianZeroToggle:  1
CAE_DefaultInternalSolverTetra4MinMaxAngleToggle:   1
CAE_DefaultInternalSolverTetra4TetCollapseToggle:   0

CAE_DefaultInternalSolverTetra10AspectRatio:     20.0
CAE_DefaultInternalSolverTetra10Skew:            60.0
CAE_DefaultInternalSolverTetra10JacobianRatio:   10
CAE_DefaultInternalSolverTetra10JacobianZero:    0.0
CAE_DefaultInternalSolverTetra10MinAngle:        20.0
CAE_DefaultInternalSolverTetra10MaxAngle:        120.0
CAE_DefaultInternalSolverTetra10TetCollapse:     100.0

CAE_DefaultInternalSolverTetra10AspectRatioToggle:   1
CAE_DefaultInternalSolverTetra10SkewToggle:          1
CAE_DefaultInternalSolverTetra10JacobianRatioToggle: 1
CAE_DefaultInternalSolverTetra10JacobianZeroToggle:  1
CAE_DefaultInternalSolverTetra10MinMaxAngleToggle:   1
CAE_DefaultInternalSolverTetra10TetCollapseToggle:   0

CAE_DefaultInternalSolverHex8AspectRatio:        20.0
CAE_DefaultInternalSolverHex8Warp:               5.0
CAE_DefaultInternalSolverHex8Skew:               100.0
CAE_DefaultInternalSolverHex8Taper:              0.5
CAE_DefaultInternalSolverHex8JacobianRatio:      30.0
CAE_DefaultInternalSolverHex8JacobianZero:       0.0
CAE_DefaultInternalSolverHex8MinAngle:           45.0
CAE_DefaultInternalSolverHex8MaxAngle:           155.0

CAE_DefaultInternalSolverHex8AspectRatioToggle:      1
CAE_DefaultInternalSolverHex8WarpToggle:             1
CAE_DefaultInternalSolverHex8SkewToggle:             1
CAE_DefaultInternalSolverHex8TaperToggle:           1
CAE_DefaultInternalSolverHex8JacobianRatioToggle:    1
CAE_DefaultInternalSolverHex8JacobianZeroToggle:     1
CAE_DefaultInternalSolverHex8MinMaxAngleToggle:      1

CAE_DefaultInternalSolverHex20AspectRatio:        20.0
CAE_DefaultInternalSolverHex20Warp:               5.0
CAE_DefaultInternalSolverHex20Skew:               100.0
CAE_DefaultInternalSolverHex20Taper:              0.5
CAE_DefaultInternalSolverHex20JacobianRatio:      30.0
CAE_DefaultInternalSolverHex20JacobianZero:       0.0
CAE_DefaultInternalSolverHex20MinAngle:           45.0
CAE_DefaultInternalSolverHex20MaxAngle:           155.0

CAE_DefaultInternalSolverHex20AspectRatioToggle:      1
CAE_DefaultInternalSolverHex20WarpToggle:             1
CAE_DefaultInternalSolverHex20SkewToggle:             1
CAE_DefaultInternalSolverHex20TaperToggle:            1
CAE_DefaultInternalSolverHex20JacobianRatioToggle:    1
CAE_DefaultInternalSolverHex20JacobianZeroToggle:     1
CAE_DefaultInternalSolverHex20MinMaxAngleToggle:      1

CAE_DefaultInternalSolverWedge6AspectRatio:        20.0
CAE_DefaultInternalSolverWedge6Warp:                5.0
CAE_DefaultInternalSolverWedge6Skew:               100.0
CAE_DefaultInternalSolverWedge6Taper:              0.5
CAE_DefaultInternalSolverWedge6JacobianRatio:      30.0
CAE_DefaultInternalSolverWedge6JacobianZero:       0.0
CAE_DefaultInternalSolverWedge6MinAngle:           45.0
CAE_DefaultInternalSolverWedge6MaxAngle:           155.0

CAE_DefaultInternalSolverWedge6AspectRatioToggle:      1
CAE_DefaultInternalSolverWedge6WarpToggle:             1
CAE_DefaultInternalSolverWedge6SkewToggle:             1
CAE_DefaultInternalSolverWedge6TaperToggle:            1
CAE_DefaultInternalSolverWedge6JacobianRatioToggle:    1
CAE_DefaultInternalSolverWedge6JacobianZeroToggle:     1
CAE_DefaultInternalSolverWedge6MinMaxAngleToggle:      1

CAE_DefaultInternalSolverWedge15AspectRatio:        20.0
CAE_DefaultInternalSolverWedge15Warp:               5.0
CAE_DefaultInternalSolverWedge15Skew:               100.0
CAE_DefaultInternalSolverWedge15Taper:              0.5
CAE_DefaultInternalSolverWedge15JacobianRatio:      30.0
CAE_DefaultInternalSolverWedge15JacobianZero:       0.0
CAE_DefaultInternalSolverWedge15MinAngle:           45.0
CAE_DefaultInternalSolverWedge15MaxAngle:           155.0

CAE_DefaultInternalSolverWedge15AspectRatioToggle:      1
CAE_DefaultInternalSolverWedge15WarpToggle:             1
CAE_DefaultInternalSolverWedge15SkewToggle:             1
CAE_DefaultInternalSolverWedge15TaperToggle:            1
CAE_DefaultInternalSolverWedge15JacobianRatioToggle:    1
CAE_DefaultInternalSolverWedge15JacobianZeroToggle:     1
CAE_DefaultInternalSolverWedge15MinMaxAngleToggle:      1

! ABAQUS default thresholds
CAE_DefaultAbaqusTri3AspectRatio:        5.0
CAE_DefaultAbaqusTri3Skew:               60.0
CAE_DefaultAbaqusTri3JacobianRatio:      5.0
CAE_DefaultAbaqusTri3JacobianZero:       0.0
CAE_DefaultAbaqusTri3MinAngle:           20.0
CAE_DefaultAbaqusTri3MaxAngle:           120.0

CAE_DefaultAbaqusTri3AspectRatioToggle:   1
CAE_DefaultAbaqusTri3SkewToggle:          1
CAE_DefaultAbaqusTri3JacobianRatioToggle: 1
CAE_DefaultAbaqusTri3JacobianZeroToggle:  1
CAE_DefaultAbaqusTri3MinMaxAngleToggle:   1

CAE_DefaultAbaqusTri6AspectRatio:        5.0
CAE_DefaultAbaqusTri6Skew:               60.0
CAE_DefaultAbaqusTri6JacobianRatio:      5.0
CAE_DefaultAbaqusTri6JacobianZero:       0.0
CAE_DefaultAbaqusTri6MinAngle:           20.0
CAE_DefaultAbaqusTri6MaxAngle:           120.0

CAE_DefaultAbaqusTri6AspectRatioToggle:   1
CAE_DefaultAbaqusTri6SkewToggle:          1
CAE_DefaultAbaqusTri6JacobianRatioToggle: 1
CAE_DefaultAbaqusTri6JacobianZeroToggle:  1
CAE_DefaultAbaqusTri6MinMaxAngleToggle:   1

CAE_DefaultAbaqusQuad4AspectRatio:       5.0
CAE_DefaultAbaqusQuad4Warp:              20.0
CAE_DefaultAbaqusQuad4Skew:              60.0
CAE_DefaultAbaqusQuad4Taper:             0.5
CAE_DefaultAbaqusQuad4JacobianRatio:     5.0
CAE_DefaultAbaqusQuad4JacobianZero:      0.0
CAE_DefaultAbaqusQuad4MinAngle:          45.0
CAE_DefaultAbaqusQuad4MaxAngle:          135.0

CAE_DefaultAbaqusQuad4AspectRatioToggle:   1
CAE_DefaultAbaqusQuad4WarpToggle:          1
CAE_DefaultAbaqusQuad4SkewToggle:          1
CAE_DefaultAbaqusQuad4TaperToggle:         1
CAE_DefaultAbaqusQuad4JacobianRatioToggle: 1
CAE_DefaultAbaqusQuad4JacobianZeroToggle:  1
CAE_DefaultAbaqusQuad4MinMaxAngleToggle:   1

CAE_DefaultAbaqusQuad8AspectRatio:       5.0
CAE_DefaultAbaqusQuad8Warp:              20.0
CAE_DefaultAbaqusQuad8Skew:              60.0
CAE_DefaultAbaqusQuad8Taper:             0.5
CAE_DefaultAbaqusQuad8JacobianRatio:     5.0
CAE_DefaultAbaqusQuad8JacobianZero:      0.0
CAE_DefaultAbaqusQuad8MinAngle:          45.0
CAE_DefaultAbaqusQuad8MaxAngle:          135.0

CAE_DefaultAbaqusQuad8AspectRatioToggle:   1
CAE_DefaultAbaqusQuad8WarpToggle:          1
CAE_DefaultAbaqusQuad8SkewToggle:          1
CAE_DefaultAbaqusQuad8TaperToggle:         1
CAE_DefaultAbaqusQuad8JacobianRatioToggle: 1
CAE_DefaultAbaqusQuad8JacobianZeroToggle:  1
CAE_DefaultAbaqusQuad8MinMaxAngleToggle:   1

CAE_DefaultAbaqusTetra4AspectRatio:      20.0
CAE_DefaultAbaqusTetra4Skew:             60.0
CAE_DefaultAbaqusTetra4JacobianRatio:    20
CAE_DefaultAbaqusTetra4JacobianZero:     0.0
CAE_DefaultAbaqusTetra4MinAngle:         20.0
CAE_DefaultAbaqusTetra4MaxAngle:         120.0
CAE_DefaultAbaqusTetra4TetCollapse:      100.0

CAE_DefaultAbaqusTetra4AspectRatioToggle:   1
CAE_DefaultAbaqusTetra4SkewToggle:          1
CAE_DefaultAbaqusTetra4JacobianRatioToggle: 1
CAE_DefaultAbaqusTetra4JacobianZeroToggle:  1
CAE_DefaultAbaqusTetra4MinMaxAngleToggle:   1
CAE_DefaultAbaqusTetra4TetCollapseToggle:   0

CAE_DefaultAbaqusTetra10AspectRatio:     20.0
CAE_DefaultAbaqusTetra10Skew:            60.0
CAE_DefaultAbaqusTetra10JacobianRatio:   20
CAE_DefaultAbaqusTetra10JacobianZero:    0.0
CAE_DefaultAbaqusTetra10MinAngle:        20.0
CAE_DefaultAbaqusTetra10MaxAngle:        120.0
CAE_DefaultAbaqusTetra10TetCollapse:     100.0

CAE_DefaultAbaqusTetra10AspectRatioToggle:   1
CAE_DefaultAbaqusTetra10SkewToggle:          1
CAE_DefaultAbaqusTetra10JacobianRatioToggle: 1
CAE_DefaultAbaqusTetra10JacobianZeroToggle:  1
CAE_DefaultAbaqusTetra10MinMaxAngleToggle:   1
CAE_DefaultAbaqusTetra10TetCollapseToggle:   0

CAE_DefaultAbaqusHex8AspectRatio:        20.0
CAE_DefaultAbaqusHex8Warp:               20.0
CAE_DefaultAbaqusHex8Skew:               100.0
CAE_DefaultAbaqusHex8Taper:              0.5
CAE_DefaultAbaqusHex8JacobianRatio:      20.0
CAE_DefaultAbaqusHex8JacobianZero:       0.0
CAE_DefaultAbaqusHex8MinAngle:           45.0
CAE_DefaultAbaqusHex8MaxAngle:           135.0

CAE_DefaultAbaqusHex8AspectRatioToggle:      1
CAE_DefaultAbaqusHex8WarpToggle:             1
CAE_DefaultAbaqusHex8SkewToggle:             1
CAE_DefaultAbaqusHex8TaperToggle:           1
CAE_DefaultAbaqusHex8JacobianRatioToggle:    1
CAE_DefaultAbaqusHex8JacobianZeroToggle:     1
CAE_DefaultAbaqusHex8MinMaxAngleToggle:      1

CAE_DefaultAbaqusHex20AspectRatio:        20.0
CAE_DefaultAbaqusHex20Warp:               20.0
CAE_DefaultAbaqusHex20Skew:               100.0
CAE_DefaultAbaqusHex20Taper:              0.5
CAE_DefaultAbaqusHex20JacobianRatio:      20.0
CAE_DefaultAbaqusHex20JacobianZero:       0.0
CAE_DefaultAbaqusHex20MinAngle:           45.0
CAE_DefaultAbaqusHex20MaxAngle:           135.0

CAE_DefaultAbaqusHex20AspectRatioToggle:      1
CAE_DefaultAbaqusHex20WarpToggle:             1
CAE_DefaultAbaqusHex20SkewToggle:             1
CAE_DefaultAbaqusHex20TaperToggle:            1
CAE_DefaultAbaqusHex20JacobianRatioToggle:    1
CAE_DefaultAbaqusHex20JacobianZeroToggle:     1
CAE_DefaultAbaqusHex20MinMaxAngleToggle:      1

CAE_DefaultAbaqusWedge6AspectRatio:        20.0
CAE_DefaultAbaqusWedge6Warp:               20.0
CAE_DefaultAbaqusWedge6Skew:               100.0
CAE_DefaultAbaqusWedge6Taper:              0.5
CAE_DefaultAbaqusWedge6JacobianRatio:      20.0
CAE_DefaultAbaqusWedge6JacobianZero:       0.0
CAE_DefaultAbaqusWedge6MinAngle:           45.0
CAE_DefaultAbaqusWedge6MaxAngle:           135.0

CAE_DefaultAbaqusWedge6AspectRatioToggle:      1
CAE_DefaultAbaqusWedge6WarpToggle:             1
CAE_DefaultAbaqusWedge6SkewToggle:             1
CAE_DefaultAbaqusWedge6TaperToggle:            1
CAE_DefaultAbaqusWedge6JacobianRatioToggle:    1
CAE_DefaultAbaqusWedge6JacobianZeroToggle:     1
CAE_DefaultAbaqusWedge6MinMaxAngleToggle:      1

CAE_DefaultAbaqusWedge15AspectRatio:        20.0
CAE_DefaultAbaqusWedge15Warp:               20.0
CAE_DefaultAbaqusWedge15Skew:               100.0
CAE_DefaultAbaqusWedge15Taper:              0.5
CAE_DefaultAbaqusWedge15JacobianRatio:      20.0
CAE_DefaultAbaqusWedge15JacobianZero:       0.0
CAE_DefaultAbaqusWedge15MinAngle:           45.0
CAE_DefaultAbaqusWedge15MaxAngle:           135.0

CAE_DefaultAbaqusWedge15AspectRatioToggle:      1
CAE_DefaultAbaqusWedge15WarpToggle:             1
CAE_DefaultAbaqusWedge15SkewToggle:             1
CAE_DefaultAbaqusWedge15TaperToggle:           1
CAE_DefaultAbaqusWedge15JacobianRatioToggle:    1
CAE_DefaultAbaqusWedge15JacobianZeroToggle:     1
CAE_DefaultAbaqusWedge15MinMaxAngleToggle:      1

! This value define the tiny edge tolerance
! Any edge whose length is less than this value
! will be ignored in meshing
CAE_DefaultTinyEdgeTolerance_MU:     1.0
CAE_DefaultTinyEdgeTolerance_EU:     0.04

! This value defines the edge match tolerance used for meshing
CAE_DefaultMeshEdgeMatchTolerance:    0.5

! This value define the flat shell stiffness factor
CAE_DefaultFlatShellRzStiffnessFactor:  100.0

! The following values are used by the autocompositing  module to decide
! which faces should be composited together.
CAE_DefaultAutoCompMinEdgeSize:          63.5    ! millimeters
CAE_DefaultAutoCompSliverFactor:          0.30   ! unitless
CAE_DefaultAutoCompMinCornAng:            30     ! degrees
CAE_DefaultAutoCompFaceDevAng:            5      ! degrees

! This value is used by the face compositing module (both manual and
! automatic) to decide if any of the bounding edges on the boundary of
! a composite edge should be composited into a composite edge.
CAE_DefaultCompMinEdgeIntAng:             135

! The following defaults are for the IDEALIZE feature dialog
CAE_DefaultIdealizeTangentialEdgeAngle:      45.0
CAE_DefaultIdealizeHoleDiameter_EU:           0.4     ! inches
CAE_DefaultIdealizeHoleDiameter_MU:         10.0     ! millimeters
CAE_DefaultIdealizeBlendRadius_EU:            0.2     ! inches
CAE_DefaultIdealizeBlendRadius_MU:            5.0     ! millimeters
CAE_DefaultIdealizeTinyFaceArea_EU:           0.0139  ! square inches
CAE_DefaultIdealizeTinyFaceArea_MU:           9.0     ! square millimeters
CAE_DefaultIdealizeThinFaceWidth_EU:          0.118   ! inches
CAE_DefaultIdealizeThinFaceWidth_MU:          3.0     ! millimeters

! These values define the color assigned to loads and boundary conditions
!
! Valid color options are: [1-216]
! ( Pre-V17 values were: blue (1), green (2), cyan (3), red (4), magenta (5),
! yellow (6), white (7), olive (8), pink (9), brown (10),
! orange (11), purple (12), dark-red (13), aquamarine (14), gray (15) )

! Load
CAE_DefaultForceLoadColor: 1
CAE_DefaultDistributedLoadColor: 3
CAE_DefaultGravityLoadColor: 6
CAE_DefaultPressureLoadColor: 3
CAE_DefaultMomentLoadColor: 1
CAE_DefaultShearLoadColor: 3
CAE_DefaultCentrifugalLoadColor: 9
CAE_DefaultTemperatureLoadColor: 11
CAE_DefaultFluxLoadColor: 13
CAE_DefaultTorqueLoadColor: 10

! Constraint
CAE_DefaultConstraintBCColor: 1
CAE_DefaultDisplacementBCColor: 1
CAE_DefaultRotationBCColor: 1
CAE_DefaultTemperatureBCColor: 11
CAE_DefaultConvectionCoefficientBCColor: 14

! The following attributes control the simulation process for the strength wizard.
CAE_SW_AdaptivityErrorPercent: 10.0
CAE_SW_AdaptivityMeshRefinments: 3
CAE_SW_MeshQualityCheckMaxJacobianRatio: 50.0

! The following attributes specifie the name of the default Scenario
! report template files for each analysis type.
REPORT_StructuralTemplate:        structural.htt
REPORT_ModalTemplate:             modal.htt
REPORT_ThermalTemplate:           thermal.htt
REPORT_ThermalstructuralTemplate: thermalstructural.htt
REPORT_BucklingTemplate:          buckling.htt

! The following attribute specifies the Tool Tip text used for the Library
! button of the Materials dialog.
CAE_DefaultMaterialLibraryName:   Library    ! Default ASCII database
!CAE_DefaultMaterialLibraryName:  Mvision    ! Optional Mvision database

! The following attribute controls automatic update (refresh from external
! database) of library materials.
CAE_UpdateMaterialsOnPartLoad:     OFF        ! Do not automatically update
!CAE_UpdateMaterialsOnPartLoad:    ON         ! Automatically update

!
!for UGSMesher MAX JACOBIAN value
CAE_DefaultUGS2DMesherMidnodeOptMaxJacobian: 5.0
CAE_defaultUGSTetMesherMidnodeOptMaxJacobian: 20.0

!  Enable Delete Notification from CAE
!  The following sets the default value for the Notify on Delete CAE Preference.
!
!  Valid options [ON, OFF]
CAE_NotifyOnDelete: ON

! Post processing setup for Autoscale ( Fringe options )
! CAE_DefaultAutoScalePercentage to display top certain % of results.
! If CAE_DefaultAutoScaleApplyToAll is set to 0 then only fatigue life, fatigue
! damage and fatigue safety will use CAE_DefaultAutoScalePercentage.
! If CAE_DefaultAutoScaleApplyToAll is set to 1 then all kinds of results will
! use CAE_DefaultAutoScalePercentage.

CAE_DefaultAutoScalePercentage: 100.0
CAE_DefaultAutoScaleApplyToAll: 0
!CAE_DefaultAutoScaleApplyToAll: 1

!
! The following attributes control the Fatigue analysis options
!
CAE_Default_Fatigue_Model:  0    ! Default: Goodman
!CAE_Default_Fatigue_Model:  1    ! Gerber
CAE_Default_Fatigue_Method:  0    ! Default: Amplitude & Mean
!CAE_Default_Fatigue_Method:  1    ! Amplitude
!CAE_Default_Fatigue_Method:  2    ! Mean
CAE_Default_Fatigue_Mean_Stress_Model: 0  ! Default: Goodman
!CAE_Default_Fatigue_Mean_Stress_Model: 1  ! Soderberg
!CAE_Default_Fatigue_Mean_Stress_Model: 2  ! Gerber
!CAE_Default_Fatigue_Mean_Stress_Model: 3  ! Morrow
!CAE_Default_Fatigue_Mean_Stress_Model: 4  ! None
CAE_Default_Fatigue_Cyclic_Model: 0  ! Default: Ramberg-Osgood
!CAE_Default_Fatigue_Cyclic_Model: 1  ! Power-Hardening
!CAE_Default_Fatigue_Cyclic_Model: 2  ! Linear
CAE_Default_Fatigue_Notch_Factor:  1.


! 
! ****************************************************************************
! **                                                                        **
! **                 R A P I D   P R O T O T Y P I N G                      **
! **                                                                        **
! ****************************************************************************
!
! Clean Degeneracies - Controls whether or not, and at what tolerance,
!                      degeneracies are removed from the facet set before
!                      it is written to the STL file.  See below for a
!                      description of 'tolerance'.  If set to 'default' or
!                      'value', RPI scans the facet set and ensures
!                      that no two vertices in the same facet are closer
!                      together than the tolerance, and that no facet is
!                      narrower than the tolerance.
!
!                      'default' instructs RPI to choose a value based on
!                      the maximum absolute coordinate value in the body.
!
!                      'value' activates the '*Tol_*' entries which specify
!                      a tolerance value.
!
! Valid values are in the set {no, default, value}
!
RPI_CleanDegeneracies:            no            ! do not clean degeneracies

! Valid values are in the interval [1e-5, 10]
!
RPI_CleanDegeneraciesTol_MU:    1e-3            ! 1 micron

! Valid values are in the interval [4e-7, 0.3]
!
RPI_CleanDegeneraciesTol_EU:    4e-5            ! 40 microinches


! Clean Non-manifolds - Controls whether or not, and at what tolerance,
!                       non-manifold vertices are removed from the facet set
!                       before it is written to the STL file.  See below for a
!                       description of 'tolerance'.  If set to 'default' or
!                       'value', RPI scans the facet set and ensures that no
!                       two vertices from non-adjacent facets are closer
!                       together than the tolerance.
!
!                       'default' instructs RPI to choose a value based on
!                       the maximum absolute coordinate value in the body.
!
!                       'value' activates the '*Tol_*' entries which specify
!                       a tolerance value.
!
!                       Note that cleaning non-manifold vertices does not
!                       remove problems with edges that are shorter than the
!                       tolerance.  For those, enable RPICleanDegeneracies.
!
! Valid values are in the set {no, default, value}
!
RPI_CleanNonManifolds:             no           ! do not clean nonmanifold vertices

! Valid values are in the interval [1e-5, 10]
!
RPI_CleanNonManifoldsTol_MU:     1e-3           ! 1 micron

! Valid values are in the interval [4e-7, 0.3]
!
RPI_CleanNonManifoldsTol_EU:     4e-5           ! 40 microinches


! Choosing a tolerance value - 
!
!   Removing these problems, of course, takes processing time.  A larger 
!   tolerance means more processing time.  Choose the smallest tolerance 
!   that will meet your application's needs.  Generally, if cleaning is 
!   needed, the value RPI chooses as a default is be adequate.  
!                      
!   An uncleaned facet set can have these types of problems:
!     - very narrow facets; and
!     - slits (a slit is a narrow gap where edges that should close
!       topologically don't because the vertices from the different facets
!       involved are a hair too far apart).
!
!   Generally RPI will not create facets with these problems, but it might
!   create a few.  Other problems arise from time to time, usually because
!   of something unusual in the body, such as very short edges, very narrow
!   faces, etc.  Using the heal geometry function on bodies before creating
!   RPI files should improve the results.  Such problems might preclude
!   creating an STL file and should be reported as PRs.
!
!   If an application can deal with a facet set that contains these
!   problems, leave the RPIClean* variables set to 'no' unless it is more
!   convenient to have RPI clean the facet set than to let the application
!   do it.
!
!   If a variable is set to 'default', RPI chooses a tolerance based on the
!   size of the body, such that each vertex is guaranteed to be distinct to
!   floating point resolution (approximately 7 significant figures).
!
!   If a variable is set to 'value', RPI chooses the larger of the
!   specified tolerance and the one it would choose if 'default' were
!   specified.


! ****************************************************************************
! **                                                                        **
! **                         A N A L Y S I S                                **
! **                                                                        **
! ****************************************************************************
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!      Settings for model compare ui     !!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!----------------------------------------------------------------------
! Display properties for "Identical" edges and faces
!----------------------------------------------------------------------
Analysis_MdlCmp_IdentFacesPart1Display:  off  ! toggle - on or off
Analysis_MdlCmp_IdentFacesPart1Color:    98   ! color value - integer

Analysis_MdlCmp_IdentFacesPart2Display:  on   ! toggle - on or off
Analysis_MdlCmp_IdentFacesPart2Color:    98   ! color value - integer

Analysis_MdlCmp_IdentEdgesPart1Display:  off  ! toggle - on or off
Analysis_MdlCmp_IdentEdgesPart1Color:    206  ! color value - integer

Analysis_MdlCmp_IdentEdgesPart2Display:  off  ! toggle - on or off
Analysis_MdlCmp_IdentEdgesPart2Color:    206  ! color value - integer

!----------------------------------------------------------------------
! Display properties for "Changed" edges and faces
!----------------------------------------------------------------------
Analysis_MdlCmp_ChngdFacesPart1Display:  on   ! toggle - on or off
Analysis_MdlCmp_ChngdFacesPart1Color:    39   ! color value - integer

Analysis_MdlCmp_ChngdFacesPart2Display:  on   ! toggle - on or off
Analysis_MdlCmp_ChngdFacesPart2Color:    42   ! color value - integer

Analysis_MdlCmp_ChngdEdgesPart1Display:  off  ! toggle - on or off
Analysis_MdlCmp_ChngdEdgesPart1Color:    167  ! color value - integer

Analysis_MdlCmp_ChngdEdgesPart2Display:  off  ! toggle - on or off
Analysis_MdlCmp_ChngdEdgesPart2Color:    150  ! color value - integer

!----------------------------------------------------------------------
! Display properties for "Unique" edges and faces
!----------------------------------------------------------------------
Analysis_MdlCmp_UniqFacesPart1Display:   on   ! toggle - on or off
Analysis_MdlCmp_UniqFacesPart1Color:     7    ! color value - integer

Analysis_MdlCmp_UniqFacesPart2Display:   on   ! toggle - on or off
Analysis_MdlCmp_UniqFacesPart2Color:     7    ! color value - integer

Analysis_MdlCmp_UniqEdgesPart1Display:   off  ! toggle - on or off
Analysis_MdlCmp_UniqEdgesPart1Color:     216  ! toggle - on or off
 
Analysis_MdlCmp_UniqEdgesPart2Display:   off  ! toggle - on or off
Analysis_MdlCmp_UniqEdgesPart2Color:     216  ! color value - integer

!----------------------------------------------------------------------
! Option to select all bodies in each part
!----------------------------------------------------------------------
Analysis_MdlCmp_SelectAllBodiesInPart:   on   ! toggle - on or off

!----------------------------------------------------------------------
! Comparison Accuracy, 
! 0: Coarse
! 1: Default
! 2: Fine
!----------------------------------------------------------------------
Analysis_MdlCmp_Accuracy:                1

!----------------------------------------------------------------------
! Option to specify whether to compare all sampled points while
! comparing edges and faces. 
! If this flag is off, the face or edge comparison will exit at the 
! first deviation greater than tolerance, since the faces or edges
! being compared are not identical.
! If this flag is on, the comparison will continue to compute 
! deviations for all sampled points. This will result in a more 
! accurate deviation value in the report.
!----------------------------------------------------------------------
Analysis_MdlCmp_CompareAllSamplePoints:  off  ! toggle - on or off   

!----------------------------------------------------------------------
! Rule for classifying faces as "Identical"
!
! For two faces to be "Identical":
! Surfaces should be identical and
! 0: All trimming edges should be identical
! 1: All external trimming edges should be identical
! 2: At least one external trimming edge should be identical
!----------------------------------------------------------------------
Analysis_MdlCmp_IdentFaceRule:           1

!----------------------------------------------------------------------
! Rule for classifying "Changed" and "Unique" faces
!
! Equivalent faces with non identical surfaces should be:
! 0: Changed Faces
! 1: Unique Faces
!----------------------------------------------------------------------
Analysis_MdlCmp_ChngdUniqFacesRule:      0

!----------------------------------------------------------------------
! View to display on screen during model compare.
!
! Note: Overlap view contains bodies from both parts
!
! 0: Part1
! 1: Part2
! 2: Overlap
! 3: Part1 + Overlap
! 4: Part2 + Overlap
! 5: Part1 + Part2
! 6: Part1 + Part2 + Overlap
!----------------------------------------------------------------------
Analysis_MdlCmp_DisplayView:             6

!----------------------------------------------------------------------
! Whether to report identical features, faces, edges and expressions
! in the report
!----------------------------------------------------------------------
Analysis_MdlCmp_ReportContainsIdent:     off


!****************************************************************************
!**           Default settings for Product Design Advisor(PDA) UI          **
!****************************************************************************
! PDA face color preferences
!     Valid options are     : [1-216]
!     Some color values are : blue (1), green (2), cyan (3), red (4),
!                             magenta (5), yellow (6), white (7), olive (8),
!                             pink (9), brown (10), orange (11), purple (12),
!                             dark-red (13), aquamarine (14), gray (15) )
!----------------------------------------------------------------------
!      PDA Property pages initial page number setting
!-----------------------------------------------------
! Page Number scope,
! 1: 1st Page
! 2: 2nd Page
! 3: 3rd Page
! 3: 4th Page
!-----------------------------------------------------
Analysis_PDA_PageNumber:                      1

!----------------------------------------------------------------------
!      PDA Face Analysis settings
!----------------------------------------------------------------------
Analysis_PDA_HighlightSelectFaces:	     on   ! toggle - 1/0: on/off
Analysis_PDA_DraftAngleLimit:	    	    3.0   ! degrees
Analysis_PDA_AllFacesColor:		      3   ! cyan
Analysis_PDA_PositiveLargeAngleFaceColor:    11   ! orange
Analysis_PDA_PositiveSmallAngleFaceColor:     6   ! yellow
Analysis_PDA_VerticalFacesColor:              7   ! white  
Analysis_PDA_NegativeSmallAngleFaceColor:    14   ! 
Analysis_PDA_NegativeLargeAngleFaceColor:   211   ! 
Analysis_PDA_CrossOverFacesColor:            12   ! aquamarine
Analysis_PDA_UndercutAreasColor:              5   ! magenta 
!----------------------------------------------------------------------
!      PDA Region Analysis settings
!----------------------------------------------------------------------
Analysis_PDA_CavityRegionColor:              11   ! orange
Analysis_PDA_CoreRegionColor:               211   ! blue
Analysis_PDA_UndefinedRegionColor:            3   ! cyan
!----------------------------------------------------------------------
!      PDA settings
!----------------------------------------------------------------------
Analysis_PDA_ShowInternalLoops:	            on    ! toggle - 1/0: on/off
Analysis_PDA_ShowPartingLines:              on    ! toggle - 1/0: on/off
Analysis_PDA_ShowIncompleteLoops:           on    ! toggle - 1/0: on/off
!----------------------------------------------------------------------
!      PDA Information settings
!----------------------------------------------------------------------

!--------------------------------------------------
! Check Scope, 
! 0: Face  Properties
! 1: Model Properties
! 2: Sharp Corners
!--------------------------------------------------
Analysis_PDA_CheckScope:                     0    

Analysis_PDA_ShowBoundaries:               off    ! toggle - 1/0: on/off
Analysis_PDA_SharpAngleLimit:             45.0    ! degrees
Analysis_PDA_CornerRadiusLimit_EU:        0.02    ! inches
Analysis_PDA_CornerRadiusLimit_MU:         0.5    ! mm
Analysis_PDA_SmallCornerFaceColor:           9    ! pink

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!      Settings for Draft Analysis ui     !!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

! Analysis_Draft_Snap_Angle - controls the size of the snap angle
! while dragging the rotation handles.
! The default is to snap to the nearest 5 degrees (relative to the
! Z axis on entry to the dialog.
! Valid range is 0. - 90. (0. means no snapping)
Analysis_Draft_Snap_Angle:               5.

! Analysis_Draft_Quality - quality of faceting, higher numbers are
! slower but smaller facets. 
! Valid values: coarse
!               normal
!               fine
!               extra_fine
!               ultra_fine
Analysis_Draft_Quality:                  normal

! Analysis_Draft_Translucency_1 - The default translucency for the
! "safe" facets. These are the facets whose normals point in 
! the same general direction as the +Z axis. 
! Valid values are 0(opaque) thru 100(completely transparent)
Analysis_Draft_Translucency_1:           0

! Analysis_Draft_Color_1 - The default color index, within the 
! current color palette, for the "safe" facets. 
! Valid values are 1 thru 216 (initial value 2=green)
Analysis_Draft_Color_1:                  2

! Analysis_Draft_Isocline_1 - Should the isocline that separates 
! the "safe" and "caution" facets be displayed.
! Valid values are: on
!                   off
Analysis_Draft_Isocline_1:               off

! Analysis_Draft_Limit_Plus - The number of degrees away from the
! parting line direction that is to be included in the "caution" 
! zone. While the normal of these facets point in the same 
! direction as the +Z axis, they are dangerously close to a 
! backdraft condition.
! Valid values are 0. thru 90.
Analysis_Draft_Limit_Plus:               5.

! Analysis_Draft_Translucency_2 -  The default translucency for the
! "caution" facets. 
! Valid values are 0(opaque) thru 100(completely transparent)
Analysis_Draft_Translucency_2:           0

! Analysis_Draft_Color_2 - The default color index, within the
! current color palette, for the "caution" facets. 
! Valid values are 1 thru 216 (initial value 6=yellow)
Analysis_Draft_Color_2:                  6

! Analysis_Draft_Isocline_2 - Should the parting line be displayed.
! Valid values are: on
!                   off
Analysis_Draft_Isocline_2:               off

! Analysis_Draft_Translucency_3 - The default translucency for the
! "marginal" facets. These facets are in a backdraft condition,
! but still near to the parting line. (Within the degrees specified 
! by Analysis_Draft_Limit_Minus)
! Valid values are 0(opaque) - 100(completely transparent)
Analysis_Draft_Translucency_3:           0

! Analysis_Draft_Color_3 - The default color index, within the 
! current color palette, for the "marginal" facets. 
! Valid values are 1 thru 216 (initial value 11=orange)
Analysis_Draft_Color_3:                  11

! Analysis_Draft_Isocline_3 - Should the isocline that separates 
! the "marginal" and "bad" facets be displayed.
! Valid values are: on
!                   off
Analysis_Draft_Isocline_3:               off

! Analysis_Draft_Limit_Minus - The number of degrees away from the 
! parting line direction that is to be included in the "marginal" 
! zone.
! Valid values are -90. thru 0.
Analysis_Draft_Limit_Minus:              -5.

! Analysis_Draft_Translucency_4 -  The default translucency for the
! "bad" facets. These are the facets that are in a backdraft 
! condition greater than the angle specified by Analysis_Draft_Limit_Minus.
! Valid values are 0(opaque) thru 100(completely transparent)
Analysis_Draft_Translucency_4:           0

! Analysis_Draft_Color_4 - The default color index, within the 
! current color palette, for the "bad" facets. 
! Valid values are 1 thru 216 (initial value 4=red)
Analysis_Draft_Color_4:                  4

! Analysis_Draft_Limits_Locked - Should the +Limit and -Limit 
! sliders be locked so that the magnitude of the angles is always
! the same, but the signs opposite.
! Valid values are: on
!                   off
Analysis_Draft_Limits_Locked:            on

! Analysis_Draft_Auto_Join - This setting determines if the curves 
! generated by the "Save Isoclines" button should be join together 
! where possible to form curves that span multiple faces.
! Valid values are: on
!                   off
Analysis_Draft_Auto_Join:                on


