! ! ! ! **************************************************************************** ! ** ** ! ** Copyright (c) 1992-2001 Unigraphics Solutions Inc. ! ** Unpublished - All Rights Reserved ** !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 ten 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 : The parameters that affect the Sheet Metal Design ** ! ** application are specified in this section. These defaults ** ! ** all begin with the prefix 'SMD'. ** ! ** ** ! ** 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'. ** ! ** ** ! **************************************************************************** ! ** ** ! ** 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 ** ! ** ** ! ** 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 ! 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 settings control the object creation ! color, line font and width of objects of type object_type. ! ! The object 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: 37 !Fi UG_objectLineFont: solid UG_objectWidth: thick !Fi ! ! 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 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: default ! ! Solid Body Settings ! UG_solidBodyColor: 87 !Fi UG_solidBodyFont: default UG_solidBodyWidth: default ! ! Sheet Body Settings ! UG_sheetBodyColor: 87 !Fi UG_sheetBodyFont: default UG_sheetBodyWidth: default ! ! Plane, Datum Plane and Datum Axis Settings ! (Note: line font and width settings are invalid for these types) ! UG_planeAndDatumColor: 14 ! 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: 42 !Fi UG_preSelectionColor: 5 UG_handlesColor: 42 !Fi ! 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: ! [blue, green, cyan, red, magenta, yellow, white, ! olive, pink, brown, orange, purple, dark-red, ! aquamarine, gray] ! UG_objectsOffWorkPlane: 0 UG_workPlaneDimColor: 15 ! Grid Parameters - Controls the grid type and distance (spacing) between ! points when the grid is used. ! ! Valid options are: [rectangular, polar] ! UG_gridType: rectangular ! ! Valid ranges are: [0.0 or greater] ! UG_gridSpacingX_EU: 0.25 ! Inches UG_gridSpacingY_EU: 0.25 ! Inches UG_gridRadialSpacing_EU: 0.25 ! Inches UG_gridSpacingX_MU: 5.00 ! mm !Fi UG_gridSpacingY_MU: 5.00 ! mm !Fi UG_gridRadialSpacing_MU: 5.00 ! mm !Fi ! ! Valid range is: [0.0 - 360.0] ! UG_gridAngularSpacing: 15.0 ! Degrees ! 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 ! Display File - Controls the use of display files during part filing or ! retrieval. ! ! Valid options are: [on, off] ! UG_displayFiles: off ! 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: 100 ! 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 ! Disable Smooth View Change - Controls the initial value of the ! Preferences -> Visualization Performance -> ! General Settings -> Disable Smooth View Change checkbox. ! ! 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: [1, 0] To enable or disable general view animation playback ! UG_disableAnimation: 0 ! 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: no ! 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: 1.00 ! mm UG_spaceSize_EU: 0.05 ! inches UG_spaceSize_MU: 1.00 ! mm 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: ug_default.sbf ! 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: 4 ! 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: 100 ! 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: on ! 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: off ! 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: 1.00 ! mm !Fi ! 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: LJ2100_Q !Fi ! 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: 1 UG_plotPenAssignmentThick: 2 UG_plotPenAssignmentThin: 3 ! 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 ! Custom Thin Thickness (mm) !Fi UG_plotCustomNormal_EU: 0.010 ! Custom Thin Thickness (inch) UG_plotCustomThick_MU: 0.500 ! Custom Thin Thickness (mm) !Fi UG_plotCustomThick_EU: 0.017 ! Custom Thin Thickness (inch) UG_plotCustomThin_MU: 0.250 ! Custom Thin Thickness (mm)!Fi 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, 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] ! options continue: [part_name, date, time, message, blank] 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 ! any message to go with this plot UG_bannerFormatRow3Column2: blank UG_bannerFormatRow3Column3: blank UG_bannerFormatRow3Column4: blank UG_bannerFormatRow3Column5: blank ! 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: no ! ! 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: 5 ! 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: 12 ! 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: off ! 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: off ! 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 ! 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 ! View Options - Indicates the Spaceball's initial view option ! ! Valid options are: ! ! [rotateOnly] - Image movement restricted to rotation only ! [panZoom] - Image movement restricted to translation and zoom only ! [panRotateZoom] - No restriction on image movement ! ! UG_sbsViewOption: panRotateZoom ! Single Axis Filter - Restricts motion to pure x, y, or z axis for maximum ! precision ! ! Valid options are: [on, off] ! UG_sbsSingleAxisFilter: off ! Rotate About Attention Point - When on, the model is rotated about the ! attention point. When off, the model is ! rotated about the center of the view. ! ! Valid options are: [on, off] ! UG_sbsRotateAboutAttentionPoint: off ! Spaceball Sensitivity - Indicates the sensitivity level of the spaceball ! where 1 is the least sensitive and 11 is the most ! sensitive ! ! Valid options are: [1 to 11] ! UG_sbsSensitivity: 6 ! View Options - Indicates the Magellan's initial view option ! ! Valid options are: ! ! [rotateOnly] - Image movement restricted to rotation only ! [panZoom] - Image movement restricted to translation and zoom only ! [panRotateZoom] - No restriction on image movement ! ! UG_mglViewOption: panRotateZoom ! Single Axis Filter - Restricts motion to pure x, y, or z axis for maximum ! precision ! ! Valid options are: [on, off] ! UG_mglSingleAxisFilter: off ! Rotate About Attention Point - When on, the model is rotated about the ! attention point. When off, the model is ! rotated about the center of the view. ! ! Valid options are: [on, off] ! UG_mglRotateAboutAttentionPoint: off ! Magellan Sensitivity - Indicates the sensitivity level of the Magellan ! where 1 is the least sensitive and 11 is the most ! sensitive ! ! Valid options are: [1 to 11] ! UG_mglSensitivity: 6 !Fi ! 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: off ! 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 ! Edge Display for Shaded Faces ! ! The following parameters initialize edge display for shaded faces in ! new and pre-V13 parts. ! ! The UG_shadedFaceEdges parameter controls whether or not edges are ! displayed for shaded faces. When the parameter is ON, visible edges ! are displayed in the body color. Also, when the parameter is ON, the ! UG_hiddenShadedFaceEdges parameter controls how the edges of hidden ! shaded faces are displayed. The edges of hidden shaded faces can be ! invisible (not displayed), or they can be displayed in the body color ! with dashed font, or they can be displayed in a specified color with ! solid font. ! ! Valid options for UG_shadedFaceEdges are: [on, off] ! ! Valid color options for UG_hiddenShadedFaceEdges are: [invisible, dashed, 1-216] UG_shadedFaceEdges: off 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: on ! 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: 1 ! 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: off ! 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: selected ! 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: ! 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: ! 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: ! 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: 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: Graduated UG_default_wire_background_type: Graduated ! The following settings are applicatable if the background type is Graduated. ! Valid options are: [0 - 255] - default 31 UG_shaded_graduated_background_color1_R: 31 ! Valid options are: [0 - 255] - default 45 UG_shaded_graduated_background_color1_G: 45 ! Valid options are: [0 - 255] - default 81 UG_shaded_graduated_background_color1_B: 81 ! Valid options are: [0 - 255] - default 103 UG_shaded_graduated_background_color2_R: 103 ! Valid options are: [0 - 255] - default 150 UG_shaded_graduated_background_color2_G: 150 ! Valid options are: [0 - 255] - default 197 UG_shaded_graduated_background_color2_B: 197 ! Valid options are: [0 - 255] - default 0 UG_wire_graduated_background_color1_R: 0 ! Valid options are: [0 - 255] - default 0 UG_wire_graduated_background_color1_G: 0 ! Valid options are: [0 - 255] - default 0 UG_wire_graduated_background_color1_B: 0 ! Valid options are: [0 - 255] - default 44 UG_wire_graduated_background_color2_R: 44 ! Valid options are: [0 - 255] - default 77 UG_wire_graduated_background_color2_G: 77 ! Valid options are: [0 - 255] - default 110 UG_wire_graduated_background_color2_B: 110 ! 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 ! ! 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 ! ! 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 ! **************************************************************************** ! ** ** ! ** 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 ! Translucency - Controls the default translucency attribute that is stored ! with every solid face. This is only used for editing ! solid faces, rather than when creating them. ! ! Valid options are: [(0), 1-100 (100 is 100% translucency)] ! Solids_translucency: 0 ! 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: 256.000 ! 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: 7830.64 ! 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: kg-m ! 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 Solids_tolerDist_MU: 0.0254 ! mm Solids_tolerAngl: 0.5000 ! degrees ! 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 ! 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" ! 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: ! 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. ! 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: 1 ! ! 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 ! ! 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 ! ! **************************************************************************** ! ** ** ! ** S K E T C H P R E F E R E N C E S ** ! ** ** ! **************************************************************************** ! Sketch_snapAngle: 3.000 ! degrees Sketch_decimalPlaces: 1 !Fi Sketch_textHeight_EU: 0.15 ! inches Sketch_textHeight_MU: 2.50 ! mm !Fi Sketch_dimensionLabel: Expression ! [Expression,Name,Value] Sketch_viewOrientation: On !Fi Sketch_layerStatus: On Sketch_displayDOF: On ! ! Prefixes used for sketch entities ! Sketch_sketchNamePrefix: SKETCH_ Sketch_vertexNamePrefix: V Sketch_lineNamePrefix: L Sketch_arcNamePrefix: A Sketch_conicNamePrefix: C Sketch_splineNamePrefix: S ! ! 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 ! Cyan Sketch_dimensionColor: 2 ! Green Sketch_overdefinedColor: 6 ! Yellow Sketch_conflictingColor: 9 ! Pink Sketch_refDimensionColor: 7 ! White Sketch_refCurveColor: 15 ! Gray Sketch_outdatedCurveColor: 1 ! Blue Sketch_dofColor: 6 ! Yellow ! **************************************************************************** ! ** ** ! ** 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 !Fi ! 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 ! Inches Gdt_sizeLowerTol_MU: -0.1 ! Millimeters 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 ! 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 ! 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 ] ! Gdt_zeroInstanceFilter: none ! 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 ! **************************************************************************** ! ** ** ! ** 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 ! 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: GBstyle ! 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 !Fi ! 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: 1 ! Drawing View Label Letter Size Factor ! Character size of letter relative to current font ! Valid range is [greater than 0.0] ! Drafting_detailVwLabelLetterSizeFactor: 1.0 !Fi Drafting_sectionVwLabelLetterSizeFactor: 1.0 !Fi Drafting_otherVwLabelLetterSizeFactor: 1.0 !Fi ! 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 !Fi Drafting_sectionVwLabelScaleValueFormat: ratio !Fi 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: "" !Fi Drafting_sectionVwLabelViewLabelPrefix: "" !Fi Drafting_otherVwLabelViewLabelPrefix: "" !Fi ! 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: "" !Fi Drafting_sectionVwLabelScaleLabelPrefix: "" !Fi Drafting_otherVwLabelScaleLabelPrefix: "" !Fi ! Drafting View Label Initial View Letter ! Drafting_vwLabelInitialLetter: A ! Drafting View Label Included Letter List ! Drafting_vwLabelIncludedLetters: ABCDEFGHJKLMNPRSTUVWXYZ ! Drafting View Label Excluded Letter List ! Drafting_vwLabelExcludedLetters: IOQ ! Drafting View Label Maximum Allowed Letters ! 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: 1 ! 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: 1 ! 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: no ! 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: 0.100 ! mm Drafting_toleranceLowerValue_SI: -0.100 ! mm 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 ! 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 !mm !Fi Drafting_baselineDimensionOffset_EU: 0.500 !inch ! 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: 0.5 !Fi ! 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 - Controls which units will be displayed with linear dual ! dimensions. ! ! 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: degreesMinutes ! 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: 0.125 ! Inches Drafting_textLine: 0.0625 ! Inches Drafting_pointLine1: 0.0000 ! Inches !Fi Drafting_pointLine2: 0.0000 ! Inches !Fi Drafting_lineArrow: 0.07874 ! Inches !Fi Drafting_stubbSize: 0.125 ! Inches !Fi ! 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 !Fi ! Filled Distance - Controls the distance between strokes used to fill the ! inside of arrowheads. ! ! Valid range is [greater than 0.0] ! Drafting_filledDistance: 0.002 ! Inches ! Included Angle - Controls the included angle (in degrees) of open or closed ! arrowheads. ! ! Valid range is [0.0 - 360.0] ! Drafting_includedAngle: 15.0 !Fi ! Dot Diameter - Controls the diameter of a dot arrowhead. ! ! Valid range is [greater than 0.0] ! Drafting_dotDiameter: 0.04921 ! Inches !Fi ! 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 !Fi ! Id Symbol Size - Controls the size of the ID symbol. ! ! Valid range is [greater than 0.0] ! Drafting_idSymbolSize: 0.12500 ! Inches !Fi ! 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: no ! 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: enable ! 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: 0.05315 ! Inches !Fi Drafting_centerlineGap: 0.07874 ! Inches !Fi Drafting_centerlineXsize: 0.07874 ! Inches !Fi Drafting_centerlineAngle: 0.000 ! Valid Range is [0.0 to 360.0] Drafting_intersectExtension: 0.125 ! Inches Drafting_targetPointSize: 0.125 ! Inches !Fi Drafting_targetPointAngle: 0.000 ! Valid Range is [0.0 to 360.0] ! Entity Site - Controls object site placement. ! ! Valid options are: [topLeft, topCenter, topRight, middleLeft, middleCenter, ! middleRight, bottomLeft, bottomCenter, bottomRight] ! Drafting_entitySite: middleCenter ! 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: iso_font !Fi Drafting_TextFont_b: iso_font !Fi Drafting_TextFont_c: iso_font !Fi Drafting_TextFont_d: iso_font !Fi Drafting_TextFont_e: iso_font !Fi Drafting_TextFont_f: iso_font !Fi Drafting_TextFont_g: iso_font !Fi Drafting_TextFont_h: iso_font !Fi Drafting_TextFont_i: iso_font !Fi Drafting_TextFont_j: iso_font !Fi Drafting_TextFont_k: iso_font !Fi Drafting_TextFont_l: iso_font !Fi Drafting_TextFont_m: iso_font !Fi Drafting_TextFont_n: iso_font !Fi ! 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: 0.125 ! Inches Drafting_dimTextAspectRatio: 1.000 Drafting_dimTextSpaceFactor: 1.000 Drafting_dimTextLineFactor: 1.000 Drafting_dimTextColor: 3 !Fi Drafting_dimTextFont: iso_font !Fi Drafting_dimTextWidth: normal !Fi ! Tolerance Text Drafting_tolTextCharSize: 0.08858 ! Inches !Fi Drafting_tolTextAspectRatio: 1.000 Drafting_tolTextLineFactor: 1.000 Drafting_tolTextSpaceFactor: 1.000 Drafting_tolTextColor: 3 !Fi Drafting_tolTextFont: iso_font !Fi Drafting_tolTextWidth: thin ! Appended Text Drafting_appTextCharSize: 0.125 ! Inches Drafting_appTextAspectRatio: 1.000 Drafting_appTextLineFactor: 1.000 Drafting_appTextSpaceFactor: 1.000 Drafting_appTextColor: 3 !Fi Drafting_appTextFont: iso_font !Fi Drafting_appTextWidth: normal !Fi ! General Text Drafting_draftTextCharSize: 0.125 ! Inches Drafting_draftTextAspectRatio: 1.000 Drafting_draftTextLineFactor: 1.000 Drafting_draftTextSpaceFactor: 1.000 Drafting_draftTextColor: 3 !Fi Drafting_draftTextFont: iso_font !Fi Drafting_draftTextWidth: normal !Fi ! Extension Line 1 Drafting_extensionLine1Color: 3 !Fi Drafting_extensionLine1Font: solid Drafting_extensionLine1Width: thin ! Extension Line 2 Drafting_extensionLine2Color: 3 !Fi Drafting_extensionLine2Font: solid Drafting_extensionLine2Width: thin ! Arrowline 1 Drafting_arrowLine1Color: 3 !Fi Drafting_arrowLine1Font: solid Drafting_arrowLine1Width: thin ! Arrowline 2 Drafting_arrowLine2Color: 3 !Fi Drafting_arrowLine2Font: solid Drafting_arrowLine2Width: thin ! Arrowhead 1 Drafting_arrowHead1Color: 3 !Fi Drafting_arrowHead1Font: solid Drafting_arrowHead1Width: thin ! Arrowhead 2 Drafting_arrowHead2Color: 3 !Fi Drafting_arrowHead2Font: solid Drafting_arrowHead2Width: thin ! Id Symbol Drafting_idSymbolColor: 3 !Fi Drafting_idSymbolFont: solid Drafting_idSymbolWidth: thin ! GD&T Symbol Drafting_gdtColor: 3 !Fi Drafting_gdtFont: solid Drafting_gdtWidth: normal !Fi ! Centerline (No Font for Centerline!) Drafting_centerlineColor: 3 !Fi Drafting_centerlineWidth: thin ! Crosshatching (No Font for Crosshatching!) Drafting_crosshatchColor: 3 !Fi Drafting_crosshatchWidth: thin ! Intersection Symbol Drafting_intersectionColor: 3 !Fi Drafting_intersectionFont: solid Drafting_intersectionWidth: thin ! Target Point Drafting_targetPointColor: 3 !Fi Drafting_targetPointFont: solid Drafting_targetPointWidth: thin ! User-Defined Symbol Drafting_userDefSymColor: 3 !Fi 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 !Fi Drafting_drawingHeight: 210.0 !Fi Drafting_drawingWidth: 297.0 !Fi Drafting_drawingScaleNum: 1.0 Drafting_drawingScaleDen: 1.0 Drafting_drawingName: SHT1 ! 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: invisible ! Drawing Member View Hidden Line Width ! valid options are: [original, normal, thick, thin] ! Drafting_hlWidth: thin !Fi ! 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: off ! Drafting Member View Display Interfering Solids ! valid options are: [on, off] ! Drafting_interferingSolids: off ! 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: [on, off] ! This option is not yet available, changing the variable will do nothing. ! Drafting_simplifySmallFeatures: off ! Drafting Member View Display Small Feature Tolerance Percent ! valid range is: [0.0 - 5.0] ! This option is not yet available. ! 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 ! 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: on ! Drawing Member View Smooth Edge Gap Display ! valid options are: [on, off] ! Drafting_smoothEdgeGapping: off ! Drawing Member View Smooth Edge Gap ! Valid range is: [0.0 or greater] ! Drafting_smoothEdgeGapSize_MU: 3.0 Drafting_smoothEdgeGapSize_EU: 0.125 ! Drawing Member View Virtual Intersection Gap Display ! valid options are: [on, off] ! Drafting_isectGapping: off ! Drawing Member View Virtual Intersection Gap ! Valid range is: [0.0 or greater] ! Drafting_isectGapSize_MU: 3.0 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 !Fi ! 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: original ! 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 ! Drawing Member View Automatic Hidden Line Update ! valid options are: [on, off] ! Drafting_autoUpdate: on ! 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_suppressViewUpdate: on ! 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: 1.0 ! Crosshatch defaults Drafting_crosshatchSpacing_MU: 2.50 !Fi Drafting_crosshatchSpacing_EU: 0.25 Drafting_crosshatchAngle: 45.0 Drafting_crosshatchTolerance_MU: 0.25 Drafting_crosshatchTolerance_EU: 0.01 ! Area Fill defaults Drafting_areafillPattern: 1 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 ! 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: 15.0 !Fi ! 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 AutomaticPreview - When this toggle button is on, the preview area ! is updated whenever any change (including typing ! characters) is made to the Annotation Editor's Edit ! window. ! ! Valid options are: [on, off] ! Drafting_AEautoPreview: on ! AE trackTextSize - When this toggle button is on, the note size is ! tracked in the preview area. ! ! Valid options are: [on, off] ! Drafting_AEtrackTextSize: on ! 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: 3.175 ! AE Lock Note Width - When the Lock Note Width toggle is on, the note ! Note Width is constrained to the value specified by ! the Note Width Text Field (specified in part units). ! The default note width can be set by ! AEnoteWidth_EU and AEnoteWidth_MU for English and ! Metric units, respectively. ! ! Valid options are: [on, off] ! Drafting_AElockNoteWidth: off ! AE Note Width - The maximum note width specified in part units. ! This value will entering characters on a line that ! will cause the specified note width to be exceeded. ! This value is ignored if the Lock Note Width toggle ! is off. ! ! Valid range is: [Real numbers > 0.0] ! Drafting_AEnoteWidth_EU: 10.0 Drafting_AEnoteWidth_MU: 250.0 ! AE Warning Bell - When the Warning Bell toggle is on, the warning ! bell will sound when the note width reaches 85% ! of the value specified by the Note Width Text Field. ! If this toggle is on, and the Lock Note Width toggle ! is off, continuing to type characters will result ! in the bell sounding for each character past the ! 85% point, but the characters will continue to be ! deposited. If the Lock Note Width toggle in on, ! the bell will sound and characters will continue ! to be deposited between the 85% and 100% of note ! width points. Once 100% of the note width is ! reached, no further characters will be deposited, ! but the bell will sound for each character if you ! continue to enter characters. ! ! If the Warning Bell toggle is off, character entry ! will be controlled, or not, depending on the Lock ! Note Width as described above, but in either case, ! the warning bell does not sound. ! ! Valid options are: [on, off] ! Drafting_AEwarningBell: off ! AE Preview Color - Allows the user to choose User Interface Colors or ! Graphics Window Colors for the preview area display. With the User ! Interface Colors option, the preview uses the AE dialog foreground ! and background colors as it did previously. With the Graphics Window ! Colors option: ! - for notes, labels, and GD&T ! the graphics window color is the background, and the color set in ! the text preferences pane is the foreground ! - for appended text ! the graphics window color is the background, and the Appended Text ! color preference is used for the foreground ! ! Valid options are: ! user_interface - User Interface Colors ! graphics_window - Graphics Window Colors ! Drafting_AEpreviewColor: graphics_window ! 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 ! ! ! Font mappings for tabular notes - Indicates the UG font to use for ! each corresponding spreadsheet font ! ! Valid values on the left side are the ones listed below (all should be ! specified). Valid values on the right side are any currently loaded ! UG fonts (including user-defined fonts). ! ! Spreadsheet font UG font Drafting_tabnoteFontMappings: default | blockfont \ courier | aurora \ times-roman | helios \ helvetica | blockfont \ souvenir | oldEnglish \ lubalin-graph | lubalins \ new-century-schoolbook | script \ avant-garde | leroy \ symbol | slimfont ! Size mappings for tabular notes - Indicates the UG text height to use ! for each corresponding spreadsheet ! text font point size ! ! Valid values on the left side are the ones listed below (all should be ! specified). Valid values on the right side include any positive real ! number. ! ! Spreadsheet size UG size (mm) Drafting_tabnoteSizeMappings_MU: 8 | 2 \ 10 | 2.5 \ 12 | 3 \ 14 | 3.5 \ 18 | 4.5 \ 24 | 6 Drafting_tabnoteSizeMappings_EU: 8 | 0.1 \ 10 | 0.125 \ 12 | 0.15625 \ 14 | 0.1875 \ 18 | 0.25 \ 24 | 0.3 ! Aspect ratio of text fields ! ! Valid range is: [real numbers > 0.0] ! Drafting_tabnoteAspectRatio: 1.0 ! Border Type - Indicates the type of border to draw around the tabular note ! ! Valid values are: [none, single, double] Drafting_tabnoteBorderType: single ! Border Width - Indicate the width of the border when ! Drafting_tabnoteBorderType is set to "double" ! ! Valid range is: [real numbers > 0.0] Drafting_tabnoteBorderWidth_MU: 6.0 ! mm Drafting_tabnoteBorderWidth_EU: 0.2362 ! Inches ! 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: [ 2.5, 3.5, 5, 7, 10, 14, 20 ] Drafting_SFsymbolSize: 10 ! Surface Finish Roughness Units - Determines the default Roughness Units ! ! Valid options are: [ RoughnessGrade, Micrometers ] ! Drafting_SFraUnitsOption: RoughnessGrade ! ! 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: None \ Ra50 \ Ra25 \ Ra12.5 \ Ra6.3 \ Ra3.2 \ Ra1.6 \ Ra0.8 \ Ra0.4 \ Ra0.2 \ Ra0.1 \ Ra0.05 \ Ra0.025 ! 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: None \ N12 \ N11 \ N10 \ N9 \ N8 \ N7 \ N6 \ N5 \ N4 \ N3 \ N2 \ N1 ! 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 40 ! 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 ! 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 15 ! characters, maximum 20 strings] Drafting_SFwavinessHeightList: None \ 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 ! 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: None \ = \ $i \ X \ M \ C \ R \ P ! 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 15 ! characters, maximum 20 strings] Drafting_SFmachiningAllowanceList: None \ 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 ! 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 15 ! characters, maximum 20 strings] Drafting_SFotherRoughnessValuesList: None \ 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. ! 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 ! ! 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 ! 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 user 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 ! **************************************************************************** ! ** ** ! ** 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: iso ! Section line label switch ! Valid Options are [on, off] Axs_sxlwithlabel: on ! Section view label. ! ! The label type of the section view, preceding the section line letter ! The default is SECTION Axs_sectionLabel: Schnitt !Fi ! Section Line label distance ! ! The distance from the arrow origin of the section line to the origin of the label Axs_sectionLabelDist_EU: 0.500 ! Inches Axs_sectionLabelDist_MU: 3.500 ! mm !Fi !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: 3 !Fi ! Section Line Font. ! ! Valid options are: [solid, dashed, phantom, centerline, dotted, ! long_dashed, dotted_dashed] ! Axs_sxlFont: centerline !Fi ! 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: 10.00 ! mm !Fi ! Arrow length - Controls the length of arrow segment. ! ! Valid range is: [0.0 or greater] ! Axs_arrowLength_EU: 1.000 ! Inches Axs_arrowLength_MU: 10.000 ! mm !Fi ! Arrowhead size - Controls the length of arrowhead. ! ! Valid range is: [0.0 or greater] ! Axs_arrowSize_EU: 0.250 ! Inches Axs_arrowSize_MU: 3.125 ! mm !Fi ! 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: 0.25 ! mm ! 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: 0.26180! radians !Fi ! 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: 2.0 ! mm !Fi ! 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: 3.125 ! mm !Fi ! Assembly crosshatching clocking switch ! Valid Options are [on, off] Axs_assemblyXhatching: on !Fi ! Crosshatching adjacency tolerance ! ! The distance to determine two adjacent boundary edges Axs_xhatchAdjacencyToler_MU: 1.27 Axs_xhatchAdjacencyToler_EU: 0.05 ! **************************************************************************** ! ** ** ! ** 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: no ! ! 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. ! ! Valid color options are: [1-216] Assemblies_WorkPartEmphasisColor: 15 ! 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: yes ! 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. ! ! 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. ! ! Valid options are: [yes, no] ! Assemblies_UpdateSwitch: no ! 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. ! ! 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. 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 ProductVision files (a ProductVision ! 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 ProductVision data should ! be saved for parts on part save on those platforms where this is supported. ! ! Valid options are: [yes, no] ! Assemblies_SaveProductVisionData: no ! ****************************************** ! ** 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: no ! 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: no ! ************************** ! ** 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. ! ! Valid options are: [yes, no] Assemblies_ClrAnlSaveInterf: yes ! 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: no ! 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: Absolute ! 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 !Fi ! 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 ! These parameters control the Product Outlines function of advanced assemblies. ! When switching an outline on or off, if your machine is capable of supporting ! translucency the display may fade between states. ! ! Valid options are: [Yes, No] ! Assemblies_ShowOutlineSmoothly: 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: 190 ! 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] ! (If TrueShapeCellSizeUnits is not defined, 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 ! (.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.) ! ! Valid options are: [yes, no] ! Assemblies_TrueShapeGenerate: 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 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: 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 ! 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: | ! | ([]) | ! 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: "" ! ! **************************************************************************** ! ** ** ! ** CAE MODULE PARAMETERS ** ! ** ** ! **************************************************************************** ! ! CAE_DefaultAnalysisSolver indicates the default analysis solver. ! ! Uncomment out the Environment you want as your default ! CAE_DefaultAnalysisSolver: StructuresP.E./Linear Statics Plus !CAE_DefaultAnalysisSolver: StructuresP.E./Linear Buckling !CAE_DefaultAnalysisSolver: StructuresP.E./Linear Statics/Axisymmetric !CAE_DefaultAnalysisSolver: StructuresP.E./Normal Modes !CAE_DefaultAnalysisSolver: StructuresP.E./Steady State Heat Transfer !CAE_DefaultAnalysisSolver: StructuresP.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 ! These values define the color assigned to meshes ! ! Valid color options are: [1-216] CAE_DefaultMesh3dColor: 3 CAE_DefaultMesh2dColor: 6 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_DefaultAnsysTetra4AspectRatioToggle: 1 CAE_DefaultAnsysTetra4SkewToggle: 1 CAE_DefaultAnsysTetra4JacobianRatioToggle: 1 CAE_DefaultAnsysTetra4JacobianZeroToggle: 1 CAE_DefaultAnsysTetra4MinMaxAngleToggle: 1 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_DefaultAnsysTetra10AspectRatioToggle: 1 CAE_DefaultAnsysTetra10SkewToggle: 1 CAE_DefaultAnsysTetra10JacobianRatioToggle: 1 CAE_DefaultAnsysTetra10JacobianZeroToggle: 1 CAE_DefaultAnsysTetra10MinMaxAngleToggle: 1 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: 2.5 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: 2.5 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: 2.5 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: 2.5 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_DefaultUgFeaTetra4AspectRatioToggle: 1 CAE_DefaultUgFeaTetra4SkewToggle: 1 CAE_DefaultUgFeaTetra4JacobianRatioToggle: 1 CAE_DefaultUgFeaTetra4JacobianZeroToggle: 1 CAE_DefaultUgFeaTetra4MinMaxAngleToggle: 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_DefaultUgFeaTetra10AspectRatioToggle: 1 CAE_DefaultUgFeaTetra10SkewToggle: 1 CAE_DefaultUgFeaTetra10JacobianRatioToggle: 1 CAE_DefaultUgFeaTetra10JacobianZeroToggle: 1 CAE_DefaultUgFeaTetra10MinMaxAngleToggle: 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 ! 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 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 ! 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 !Use CAE_DefaultMotionSolver to set the default Motion Solver environment. !There are two options - DynamicsSolver to set the environment to Dynamics ! - KinematicsSolver to set the environment to Kinematics ! Uncomment the environment you want as your default ! CAE_DefaultMotionSolver: DynamicsSolver !CAE_DefaultMotionSolver: KinematicsSolver ! ! ! **************************************************************************** ! ** ** ! ** DIE MODULE PARAMETERS ** ! ** ** ! ** The following set of defaults control various settings in the ** ! ** Die Engineering and Die Design functions ** ! ** ** ! **************************************************************************** ! ! The following default is for the Entrance value on the Die Trim Steel dialog. ! The entrance value is the distance the trim steel will penetrate the ! sheet metal when the die is closed. DIE_TrimSteel_Entrance: 8.0 ! The following default is for the Scrap Cutter option menu setting on the ! Die Trim Steel dialog. ! It should be set to one of the following values: ! ! None-No Adjacent ! None-Start Adjacent ! None-End Adjacent ! None-Both Adjacent ! Start-No Adjacent ! Start-End Adjacent ! End-No Adjacent ! End-Start Adjacent ! Both-No Adjacent ! ! This option controls whether the trim steel being built will have a ! scrap cutter built onto it, and at which end ( the first portion of ! the option setting ). It also controls whether an adjacent trim ! steel has a scrap cutter and at which end ( the second portion of the ! option setting ). DIE_TrimSteel_ScrapCutter: None-No Adjacent ! The following defaults are for the Cross Section parameters page of the ! Die Trim Steel and the Die Lower Scrap Cutter other parameters dialog. ! These parameters control the cross section dimensions of the trim ! steel and the lower scrap cutter. DIE_TrimSteel_Thickness: 25.0 DIE_TrimSteel_LandHeight: 20.0 DIE_TrimSteel_LandThickness: 10.0 DIE_TrimSteel_LandAngle: 30.0 DIE_TrimSteel_ReliefAngle: 45.0 DIE_TrimSteel_Relief: 5.0 DIE_TrimSteel_BaseHeight: 20.0 ! The following defaults are for the Scrap Cutter Clearance parameters ! page of the Die Trim Steel other parameters dialog. These parameters ! control the adjustment made in the Entrance distance of the trim ! steel to provide clearance for a lower scrap cutter. DIE_TrimSteel_AdjEntrance: 1.0 DIE_TrimSteel_AdjDistance1: 15.0 DIE_TrimSteel_AdjDistance2: 20.0 ! The following default is for the Miscellaneous parameters page ! of the Die Trim Steel other parameters dialog. This parameter ! controls the entrance value for a scrap cutter on the trim steel. DIE_ScrapCutter_Entrance: 3.0 ! The following default is for the Miscellaneous parameters page ! of the Die Trim Steel other parameters dialog. This parameter ! controls the relief spacing between trim steels, the scrap ! cutter relief will also use this value. DIE_TrimSteel_JointRelief: 5.0 ! The following defaults are for the Miscellaneous parameters page ! of the Die Trim Steel and Die Lower Scrap Cutter other parameters ! dialog. These parameters control how far scrap cutters will go ! beyond the sheet metal being trimmed, information about ribs on the ! trim steel or lower scrap cutter, and the dimensions of dowel holes ! and bolt holes in the base. DIE_ScrapCutter_Overhang: 10.0 DIE_TrimSteel_RibThickness: 20.0 DIE_TrimSteel_RibHeight: 75.0 DIE_TrimSteel_DowelDiameter: 16.0 DIE_TrimSteel_BoltDiameter: 17.5 ! The following default is for the Die Trim Steel Assistant dialog. ! It controls the maximum allowable length of a trim steel. DIE_TrimSteel_AssistMaxLength: 300.0 ! The following defaults are for the Attributes parameter page ! of the Die Trim Steel and Die Lower Scrap Cutter other parameters ! dialog. The appropriate faces and edges will have attributes ! put onto them using the title supplied and the value. Faces ! will also be colored as indicated. If no title is supplied then ! an attribute will not be put on for that face or edge category and ! the face will use the default color. DIE_TrimSteel_FaceFormTitle: DIE_TrimSteel_FaceFormValue: DIE_TrimSteel_FaceFormColor: 3 DIE_TrimSteel_FaceTrimTitle: DIE_TrimSteel_FaceTrimValue: DIE_TrimSteel_FaceTrimColor: 3 DIE_TrimSteel_FaceEndTitle: DIE_TrimSteel_FaceEndValue: DIE_TrimSteel_FaceEndColor: 3 DIE_TrimSteel_EdgeTrimTitle: DIE_TrimSteel_EdgeTrimValue: ! The following defaults are for the Base Attributes parameter page ! of the Die Trim Steel and Die Lower Scrap Cutter other parameters ! dialog. The appropriate faces will have attributes put onto them using ! the title supplied and the value. Faces will also be colored as ! indicated. If no title is supplied then an attribute will not be ! put on for that face category and the face will use the default color. ! If titles are supplied for the DiameterTitle and DepthTitle ! then a float attribute with that title will be put onto the hole faces ! with the value of the hole's diameter and depth. DIE_TrimSteel_FaceBaseTitle: DIE_TrimSteel_FaceBaseValue: DIE_TrimSteel_FaceBaseColor: 11 DIE_TrimSteel_DowelHoleTitle: DIE_TrimSteel_DowelHoleValue: DIE_TrimSteel_DowelHoleColor: 11 DIE_TrimSteel_DowelHoleDiameterTitle: DIE_TrimSteel_DowelHoleDepthTitle: DIE_TrimSteel_BoltHoleTitle: DIE_TrimSteel_BoltHoleValue: DIE_TrimSteel_BoltHoleColor: 11 DIE_TrimSteel_BoltHoleDiameterTitle: DIE_TrimSteel_BoltHoleDepthTitle: ! The following default is for the Clearance value on the Die Lower ! Scrap Cutter dialog. It is also used for the Lower Scrap Cutter ! Clearance value on the Scrap Cutter Clearance parameters page of ! the Die Trim Steel other parameters dialog. This parameter controls ! the amount of space between the sheet metal being trimmed and the ! lower scrap cutter. DIE_LowerScrapCutter_Clearance: 2.0