"Graphic" = " An individual graphic element on a canvas. `Graphic` is an abstract superclass (that is, no actual `Graphic` objects exist, only more specialized sub-types of `Graphic` such as `Line` and `Shape`).";
"Graphic.actionURL" = " URL to be opened when this graphic is clicked/tapped with the action tool or in presentation mode.";
"Graphic.alignsEdgesToGrid" = " Align edges or center to the grid.";
"Graphic.allowsConnections" = " Allow line connections to this graphic.";
"Graphic.automationAction" = " An array of two strings, the first being the plugin id and the second being the action id for an automation action. This automation action is performed when this graphic is clicked/tapped with the action tool or in presentation mode.";
"Graphic.connectedLines" = " An array of all `Line` graphics connected to this graphic.";
"Graphic.cornerRadius" = " Corner radius of the stroke.";
"Graphic.duplicateTo" = " A convenience method, this does the same thing as canvas.duplicate() and then setting the geometry origin of the newly duplicated graphic. The destination canvas parameter can be omitted entirely in order to make a duplicate of the graphic to a different location of the same canvas it is already on.";
"Graphic.flippedHorizontally" = " Is this graphic flipped horizontally?";
"Graphic.flippedVertically" = " Is this graphic flipped vertically?";
"Graphic.geometry" = " The bounds rectangle of this graphic.";
"Graphic.id" = " A unique identifier (within this canvas) of this graphic. Note that this value is NOT persistent across closing/reopening of the document.";
"Graphic.incomingLines" = " A subset of the connected lines: those lines whose head are connected to this graphic.";
"Graphic.layer" = " The layer this graphic is on.";
"Graphic.locked" = " Whether this graphic is locked.";
"Graphic.name" = " The name of this graphic, if any. Note that most graphics do not have names unless they are explicitly set; instead they will be displayed using a placeholder string (such as \"Rectangle\") in the outline.";
"Graphic.notes" = " Notes attached to this graphic.";
"Graphic.orderAbove" = " Reorder this graphic so that it is just above the given one.";
"Graphic.orderBelow" = " Reorder this graphic so that it is just below the given one.";
"Graphic.outgoingLines" = " A subset of the connected lines: those lines whose tail are connected to this graphic.";
"Graphic.plasticCurve" = " If the stroke style is plastic, this is the depth of curvature.";
"Graphic.plasticHighlightAngle" = " If the stroke style is plastic, this is the highlight angle of the \"light\" shining on the plastic.";
"Graphic.remove" = " Remove this graphic from its canvas, deleting it.";
"Graphic.rotation" = " Rotation of this graphic.";
"Graphic.setUserData" = " Set the user data string attached to this graphic for a given key.";
"Graphic.shadowColor" = " Color of the shadow.";
"Graphic.shadowFuzziness" = " Fuzziness of the shadow.";
"Graphic.shadowVector" = " Direction and length of the shadow.";
"Graphic.strokeCap" = " Type of end cap on the stroke.";
"Graphic.strokeColor" = " Color of the stroke.";
"Graphic.strokeJoin" = " Type of join on segments of the stroke.";
"Graphic.strokePattern" = " Dash pattern of the stroke.";
"Graphic.strokeThickness" = " Thickness of the stroke in points.";
"Graphic.strokeType" = " Type of stroke (the outline around the graphic).";
"Graphic.userData" = " User data for this graphic";
"GridInfo" = " Holds the grid settings for a particular canvas.";
"GridInfo.drawsInFront" = " Whether the grid draws in front of all graphics or behind them.";
"GridInfo.majorColor" = " Color of the major grid lines.";
"GridInfo.majorSpacing" = " Number of minor grid squares between each major grid line.";
"GridInfo.minorColor" = " Color of the minor grid lines.";
"GridInfo.snaps" = " Whether graphics on the canvas snap to the grid.";
"GridInfo.spacing" = " Number of points of spacing between each minor grid line. (Also the width and height of each minor grid square.)";
"GridInfo.visible" = " Whether the grid is currently visible or invisible.";
"Group" = "  A set of grouped graphics represented by a single graphic. Groups can contain more groups, et cetera.";
"Group.connectToGroupOnly" = " Whether lines may connect to individual constituents or must connect to the group as a whole.";
"Group.graphics" = " An array of graphics contained inside the group.";
"Group.magnets" = " Connection magnets on the group.";
"Group.ungroup" = " Remove this group, putting all of the graphics inside back on the canvas the group was previously upon. The group itself is deleted.";
"GroupConstructor" = "";
"GroupConstructor.constructInstance" = " Construct a new group containing the given graphics and replace those graphics on their original canvas with the group graphic.";
"ImageReference" = " An image inside an OmniGraffle document. The image can be part of the fill for more than one 'Solid' graphic, and all of them will refer to the same 'ImageReference'.";
"ImageReference.data" = " The image data bytes.";
"ImageReference.originalSize" = " Original size of the image in pixels.";
"ImageReference.uniqueID" = " A unique (within this document) identifier for this image reference.";
"LayoutInfo" = " Graphic layout information for a canvas.";
"LayoutInfo.automaticLayout" = " Whether to re-layout automatically on every change to the canvas.";
"LayoutInfo.circularLineLength" = " Optimum line length to try to achieve during circular layout.";
"LayoutInfo.direction" = " The hierarchical layout orientation.";
"LayoutInfo.forceDirectedLineLength" = " Optimum line length to try to achieve during force-directed layout.";
"LayoutInfo.forceDirectedSeparation" = " Separation distance between graphics to try to achieve during force-directed layout.";
"LayoutInfo.objectSeparation" = " Distance between graphics at the same level during hierarchical layout.";
"LayoutInfo.radialSeparation" = " Distance between graphics during radial layout.";
"LayoutInfo.rankSeparation" = " Distance between graphics from one level to an adjacent level higher or lower during hierarchical layout.";
"LayoutInfo.type" = " Type of layout to perform: hierarchical, circular, radial, or force-directed.";
"LineGraphic" = " A graphic which is a line, potentially connecting two other graphics at its head and tail ends.";
"LineGraphic.bezierPoints" = " Array of bezier control points, or empty for non-bezier lines. Each line point is first, followed by its control points. The first and last line point have a single control point, while any intermediate line points have two control points.";
"LineGraphic.head" = " Graphic attached to the head of this line.";
"LineGraphic.headMagnet" = " Index of the magnet in the head graphic which this line is connected to. Zero if not any particular magnet.";
"LineGraphic.headScale" = " Scale of the line ending at the head end of this line.";
"LineGraphic.headType" = " Type of line ending at the head end of this line.";
"LineGraphic.hopType" = " Style and behavior of line hops when this line passes over any other line on this canvas.";
"LineGraphic.lineType" = " Line type of this line. (Straight, Curved, Orthogonal, Bezier.)";
"LineGraphic.points" = " Array of control points for this line in canvas coordinates.";
"LineGraphic.tail" = " Graphic attached to the tail of this line.";
"LineGraphic.tailMagnet" = " Index of the magnet in the tail graphic which this line is connected to. Zero if not any particular magnet.";
"LineGraphic.tailScale" = " Scale of the line ending at the tail end of this line.";
"LineGraphic.tailType" = " Type of line ending at the tail end of this line.";
"LineGraphicConstructor" = "";
"LineGraphicConstructor.allLineEndingTypes" = "";
"OGActionSelection" = " The 'selection' argument to plugin actions, letting them inspect the selection.";
"OGActionSelection.canvas" = " The currently selected canvas.";
"OGActionSelection.graphics" = " The currently selected graphics.";
"OGActionSelection.lines" = " The subset of the currently selected graphics which are lines.";
"OGActionSelection.solids" = " The subset of the currently selected graphics which are solids.";
"OGLayer" = " A layer containing graphics on a given canvas.";
"OGLayer.addShape" = " Create a new graphic of a given shape and place it on this layer.";
"OGLayer.graphics" = " All graphics in this layer.";
"OGLayer.locked" = " Whether this layer is locked, effectively locking all graphics contained in the layer.";
"OGLayer.name" = " Name of this layer.";
"OGLayer.newShape" = " Create a zero-sized rectangle (presumably to be modified further) and place it on this layer.";
"OGLayer.orderAbove" = " Reorder this layer so that it is just above the given layer.";
"OGLayer.orderBelow" = " Reorder this layer so that it is just below the given layer.";
"OGLayer.prints" = " Whether graphics on this layer should be visible when this canvas is printed.";
"OGLayer.remove" = " Remove this layer from its canvas, deleting it.";
"OGLayer.visible" = " Whether graphics on this layer are visible.";
"OGModel" = "";
"OGModel.addLine" = " Create a new line between two points and place it on the first visible layer.";
"OGModel.addShape" = " Create a new graphic of a given shape and place it on the first visible and unlocked layer.";
"OGModel.addText" = " Create a new shape containing text (with no stroke or shadow) and place it on the first visible layer.";
"OGModel.allGraphicsWithUserDataForKey" = " Get all graphics with the given data string for the user data key.";
"OGModel.autosizesDown" = " Should the canvas automatically grow when graphics are added below the current bounds.";
"OGModel.autosizesLeft" = " Should the canvas automatically grow when graphics are added to the left of the current bounds.";
"OGModel.autosizesRight" = " Should the canvas automatically grow when graphics are added to the right of the current bounds.";
"OGModel.autosizesUp" = " Should the canvas automatically grow when graphics are added above the current bounds.";
"OGModel.background" = " A solid graphic representing the canvas background. Its fill and image properties determine the canvas background appearance.";
"OGModel.canvasSizeIsMeasuredInPages" = "";
"OGModel.canvasSizingMode" = "";
"OGModel.columnAlignment" = " Setting for how graphics ought to be aligned vertically.";
"OGModel.combine" = "";
"OGModel.connect" = " Create a new line connecting two existing graphics.";
"OGModel.duplicate" = " Duplicate existing graphics onto new graphics placed upon this canvas. The original graphics may be from elsewhere - such as from another canvas, a stencil, or another document.";
"OGModel.graphicWithId" = " Get the graphic with the given id, if it exists on this canvas.";
"OGModel.graphicWithName" = " Get the first graphic with the given name, if any. Note that most graphics do not have names unless they are explicitly set; instead they will be displayed using a placeholder string (such as \"Rectangle\") in the outline.";
"OGModel.graphicWithUserDataForKey" = " Get the first graphic with the given data string for the user data key, if any.";
"OGModel.graphics" = " All graphics upon this canvas.";
"OGModel.grid" = " Settings for the major and minor grids, if any.";
"OGModel.horizontalPages" = " Number of printer pages wide.";
"OGModel.id" = " A unique (within this document) identifying number for this canvas.";
"OGModel.layers" = " All layers of this canvas.";
"OGModel.layout" = " Perform automatic layout of all graphics on this canvas.";
"OGModel.layoutGraphics" = " Perform automatic layout of only the given graphics (all of which need to be on this canvas).";
"OGModel.layoutInfo" = " The automatic layout information describing how graphics should be arranged.";
"OGModel.name" = " The title of this canvas.";
"OGModel.newLayer" = " Create a new (top-most) layer.";
"OGModel.newLine" = " Create a new zero-length line (presumably to be modified further) and place it on the first visible layer.";
"OGModel.newShape" = " Create a zero-sized rectangle (presumably to be modified further) and place it on the first visible and unlocked layer.";
"OGModel.onGraphicChanged" = "  A handler called when any graphic on this canvas changes any properties.";
"OGModel.orderAfter" = " Reorder this canvas to be after another canvas in this document.";
"OGModel.orderBefore" = " Reorder this canvas to be before another canvas in this document.";
"OGModel.outlineRoot" = " Builds a model of all shapes in the canvas as a hierarchical outline (as in hierarchical auto layout) and returns the root of that outline.";
"OGModel.pageSize" = " Size of each page in points.";
"OGModel.remove" = " Remove this canvas from the document, deleting it.";
"OGModel.rowAlignment" = " Setting for how graphics ought to be aligned horizontally.";
"OGModel.shapes" = "";
"OGModel.size" = " Overall size in points.";
"OGModel.spaceBetweenObjectsInColumn" = " Setting for how graphics ought to be spaced out vertically.";
"OGModel.spaceBetweenObjectsInRow" = " Setting for how graphics ought to be spaced out horizontally.";
"OGModel.verticalPages" = " Number of printer pages tall.";
"OGOutlineNode" = " An outline node is one element of a hierarchical organization of the canvas's graphics. Each node represents a single shape, with the lines between shapes determining parent-child relationships. The outline structure is visualized in the Mac applications 'Outline' sidebar tab.";
"OGOutlineNode.children" = " Child nodes of this node.";
"OGOutlineNode.graphic" = "  Graphic that this outline node represents.";
"OGPortfolio" = " A `Portfolio` represents the main contents of an OmniGraffle `Document` and is used as the global object in any scripting session that is related to a particular document.";
"OGPortfolio.addCanvas" = " Add a new canvas to the end of the current canvases.";
"OGPortfolio.addImage" = " Add an image to the document given some image data. The resulting `ImageReference` can then be set as the image fill of any number of `Solid` graphics on canvases within this document. Returns nil if the data could not be interpreted as a valid image.";
"OGPortfolio.canvases" = " List of canvases in the portfolio.";
"OGPortfolio.copyImage" = " Copy an image from another document or stencil to this one.";
"OGPortfolio.images" = " A list of all images referenced by any graphic in this document. Each `ImageReference` is a unique image and appears only once in the list, even if it is used as the image fill for multiple graphics.";
"ShapedGraphic" = " A 'Solid' graphic which has a particular shape, either one of the built-in shapes, or a custom bezier shape.";
"ShapedGraphic.shape" = " Name of the shape for this graphic.";
"ShapedGraphic.shapeControlPoints" = " The vertices and controlPoint1 & controlPoint2 of each bezier segment. For straight line segments, both control points will be identical to the vertex point.";
"ShapedGraphic.shapeVertices" = " Array of vertices for this shape.";
"SolidGraphic" = " A solid graphic is one that potentially has a fill, image, and text - as opposed to a 'Line', which has only a stroke. Almost all solid graphics will actually be the subclass 'Shape', but a canvas background is a 'Solid' without being a 'Shape'.";
"SolidGraphic.autosizing" = " Autosizing behavior of the graphic when the text size changes.";
"SolidGraphic.blendColor" = " The middle color of a three color gradient fill, if the fill style includes such.";
"SolidGraphic.blendFraction" = " The middle fraction of a three color gradient fill, if the fill style includes such.";
"SolidGraphic.fillColor" = " Color of the fill for this graphic.";
"SolidGraphic.fillType" = " Style of fill for this graphic.";
"SolidGraphic.get_fontName" = " Font of text in this graphic. This is the Font's \"Postscript name\", as displayed in the Font Book application’s Font Info pane on the Mac. Where there are multiple fonts, this returns the first character's font. Setting this value sets it for all text in the graphic.";
"SolidGraphic.gradientAngle" = " For linear gradients, the angle at which the gradient is drawn.";
"SolidGraphic.gradientCenter" = " For radial gradients, the position of the center of the gradient.";
"SolidGraphic.gradientColor" = " For gradient fills, the second color (along with the fill color) that the fill goes between.";
"SolidGraphic.image" = " Image fill for this graphic, if any.";
"SolidGraphic.imageOffset" = " Positioning offset of the image fill. This is the difference between the image origin and the graphic origin in percentage terms.";
"SolidGraphic.imageOpacity" = " Opacity percentage for the image fill for this graphic.";
"SolidGraphic.imagePage" = " Page number to display for the given image, if relevant. Mainly useful for PDF images, which are potentially multiple pages.";
"SolidGraphic.imageScale" = " Scaling of the image fill. This is a multiplier between the displayed size and original image size.";
"SolidGraphic.imageSizing" = " Type of sizing behavior for the image, if any.";
"SolidGraphic.magnets" = " Array of connection magnets for this graphic.";
"SolidGraphic.set_fontName" = "";
"SolidGraphic.text" = " Text contents of this graphic.";
"SolidGraphic.textAlongPathGlyphAnchor" = " text-on-path glyph placement anchor; 0 = glyph anchored at bottom center (this is how text-on-path works in OmniGraffle 7.10 and later), 1 = glyph anchored at bottom left (this is how text-on-path works in OmniGraffle 7.9.3 and previous)";
"SolidGraphic.textColor" = " Color of the text in this graphic. Where there are multiple colors, this returns the first character's color. Setting this value sets it for all text in the graphic.";
"SolidGraphic.textFlow" = " Text flow behavior of the graphic.";
"SolidGraphic.textGeometry" = " Drawing bounds of the text in canvas coordinates.";
"SolidGraphic.textHorizontalAlignment" = " Alignment of the text in this graphic horizontally.";
"SolidGraphic.textHorizontalPadding" = " Horizontal padding between the edge of the graphic's bounds and the edge of the text area where text is drawn.";
"SolidGraphic.textRotation" = " Rotation of the text.";
"SolidGraphic.textRotationIsRelative" = " Whether the text rotation is relative to the existing rotation of the graphic itself, or whether it is constant compared to the canvas.";
"SolidGraphic.textSize" = " Font size of text in this graphic. Where there are multiple fonts, this returns the first character's font size. Setting this value sets it for all text in the graphic.";
"SolidGraphic.textUnitRect" = " Size and position of the graphics' text area as a unit square. I.e. The x and y are in terms of proportion of graphic size from the graphic bounds (so 0,0 is the graphic origin, (1,1) originates at the graphic's lower-righthand corner, and the width and height are the scale of the text area in proportion to the graphic, so (1,1) is the same size as the graphic bounds, (2,2) would be twice as large, etc.";
"SolidGraphic.textVerticalPadding" = " Vertical padding between the edge of the graphic's bounds and the edge of the text area where text is drawn.";
"SolidGraphic.textVerticalPlacement" = " Alignment of the text in this graphic vertically.";
"SolidGraphic.textWraps" = " Whether the text wraps to the graphic's bounds, or can go as wide as it wishes outside the graphic bounds.";
"SolidGraphic.tripleBlend" = " Whether the fill includes three colors in a gradient.";
"Stencil" = " A stencil containing graphics that can be copied to documents.";
"Stencil.graphics" = " Array of graphics available on the stencil.";
"Stencil.images" = " A list of all images referenced by any graphic in this stencil. Each `ImageReference` is a unique image and appears only once in the list, even if it is used as the image fill for multiple graphics.";
"Stencil.isLoaded" = " Whether or not this stencil has already been loaded into memory.";
"Stencil.load" = " Load this stencil document into memory so its graphics and images can be accessed.";
"Stencil.name" = " Name of the stencil.";
"Subgraph" = " A 'Subgraph' is a type of 'Group' that can be expanded and collapsed to show or hide its contents.";
"Subgraph.background" = " The background graphic which is shown behind the contents when expanded, and by itself when collapsed.";
"Subgraph.collapsed" = " Whether this subgraph is currently collapsed.";
"Subgraph.subgraphics" = " An array of graphics contained inside the subgraph.";
"SubgraphConstructor" = "";
"SubgraphConstructor.constructInstance" = "";
"TableConstructor" = "";
"TableConstructor.constructInstance" = "";
"TableConstructor.withRowsColumns" = "";
"TableGroup" = " A 'Table' is a type of 'Group' where the graphics inside aren't arranged arbitrarily, but are instead in fixed rows and columns.";
"TableGroup.columns" = " Number of columns in the table.";
"TableGroup.graphicAt" = " Retrieve the contained graphic at the given row and column index.";
"TableGroup.rows" = " Number of rows in the table.";
"TableGroup.setColumnWidth" = " Change the width of all graphics in the given column index so that the column itself is the new width.";
"TableGroup.setRowHeight" = " Change the height of all graphics in the given row index so that the row itself is the new height.";
"_CanvasSizingMode_GeneratedWrapper" = "";
"_CanvasSizingMode_GeneratedWrapperConstructor" = "";
"_CanvasSizingMode_GeneratedWrapperConstructor.Fit" = " Resizes to fit its contents.";
"_CanvasSizingMode_GeneratedWrapperConstructor.Fixed" = " Specific size in pages or in points.";
"_CanvasSizingMode_GeneratedWrapperConstructor.Infinite" = " No specific size and no canvas edges.";
"_CanvasSizingMode_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_FillType_GeneratedWrapper" = "";
"_FillType_GeneratedWrapperConstructor" = "";
"_FillType_GeneratedWrapperConstructor.Linear" = " Linear Gradient.";
"_FillType_GeneratedWrapperConstructor.Marker" = " Marker.";
"_FillType_GeneratedWrapperConstructor.Plastic" = " Plastic.";
"_FillType_GeneratedWrapperConstructor.Radial" = " Radial Gradient.";
"_FillType_GeneratedWrapperConstructor.Solid" = " Solid.";
"_FillType_GeneratedWrapperConstructor.Squiggle" = " Squiggle.";
"_FillType_GeneratedWrapperConstructor.Stipple" = " Stipple.";
"_FillType_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_HierarchicalDirection_GeneratedWrapper" = "";
"_HierarchicalDirection_GeneratedWrapperConstructor" = "";
"_HierarchicalDirection_GeneratedWrapperConstructor.Bottom" = " Root of the hierarchy is at the bottom and tree extends upwards.";
"_HierarchicalDirection_GeneratedWrapperConstructor.Left" = " Root of the hierarchy is at the left and tree extends rightwards.";
"_HierarchicalDirection_GeneratedWrapperConstructor.Right" = " Root of the hierarchy is at the right and tree extends leftwards.";
"_HierarchicalDirection_GeneratedWrapperConstructor.Top" = " Root of the hierarchy is at the top and tree extends downwards.";
"_HierarchicalDirection_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_HopType_GeneratedWrapper" = "";
"_HopType_GeneratedWrapperConstructor" = "";
"_HopType_GeneratedWrapperConstructor.Bridge" = " Bridge over the other line(s).";
"_HopType_GeneratedWrapperConstructor.Gap" = " Leave a gap while crossing the other line(s).";
"_HopType_GeneratedWrapperConstructor.Ignore" = " No hops, and ignore this line when computing hops for other lines.";
"_HopType_GeneratedWrapperConstructor.None" = " Don't hop at all.";
"_HopType_GeneratedWrapperConstructor.Round" = " Rounded over the other line(s).";
"_HopType_GeneratedWrapperConstructor.RoundUnder" = " Rounded under the other line(s).";
"_HopType_GeneratedWrapperConstructor.Square" = " Square shape over the other line(s).";
"_HopType_GeneratedWrapperConstructor.SquareUnder" = " Square shape under the other line(s).";
"_HopType_GeneratedWrapperConstructor.ThreeSide" = " Three segments angled over the other line(s).";
"_HopType_GeneratedWrapperConstructor.ThreeSideUnder" = " Three segments angled under the other line(s).";
"_HopType_GeneratedWrapperConstructor.TwoSide" = " Vee over the other line(s).";
"_HopType_GeneratedWrapperConstructor.TwoSideUnder" = " Vee under the other line(s).";
"_HopType_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_HorizontalAlignment_GeneratedWrapper" = "";
"_HorizontalAlignment_GeneratedWrapperConstructor" = "";
"_HorizontalAlignment_GeneratedWrapperConstructor.Center" = " Align to horizontal centers.";
"_HorizontalAlignment_GeneratedWrapperConstructor.Left" = " Align to left edges.";
"_HorizontalAlignment_GeneratedWrapperConstructor.Right" = " Align to right edges.";
"_HorizontalAlignment_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_HorizontalTextAlignment_GeneratedWrapper" = "";
"_HorizontalTextAlignment_GeneratedWrapperConstructor" = "";
"_HorizontalTextAlignment_GeneratedWrapperConstructor.Center" = " Centered horizontally.";
"_HorizontalTextAlignment_GeneratedWrapperConstructor.Justify" = " Spacing adjusted to fill available horizontal space.";
"_HorizontalTextAlignment_GeneratedWrapperConstructor.Left" = " Aligned left.";
"_HorizontalTextAlignment_GeneratedWrapperConstructor.Right" = " Aligned right.";
"_HorizontalTextAlignment_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_ImageSizing_GeneratedWrapper" = "";
"_ImageSizing_GeneratedWrapperConstructor" = "";
"_ImageSizing_GeneratedWrapperConstructor.Manual" = " Manual.";
"_ImageSizing_GeneratedWrapperConstructor.Stretched" = " Stretched.";
"_ImageSizing_GeneratedWrapperConstructor.Tiled" = " Tiled.";
"_ImageSizing_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_LayoutType_GeneratedWrapper" = "";
"_LayoutType_GeneratedWrapperConstructor" = "";
"_LayoutType_GeneratedWrapperConstructor.Circular" = " Tries to arrange sibling shapes in a circle around their parent.";
"_LayoutType_GeneratedWrapperConstructor.ForceDirected" = " Grows in semi-random directions from the center.";
"_LayoutType_GeneratedWrapperConstructor.Hierarchical" = " Creates layers of equally-ranked objects, extending in one direction..";
"_LayoutType_GeneratedWrapperConstructor.Radial" = " Tries to arrange sibling shapes in arcs around their parent.";
"_LayoutType_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_LineJoin_GeneratedWrapper" = "";
"_LineJoin_GeneratedWrapperConstructor" = "";
"_LineJoin_GeneratedWrapperConstructor.Bevel" = " Line segments are joined with a squared-off end.";
"_LineJoin_GeneratedWrapperConstructor.Miter" = " Line segments are joined with a sharp (angled) corner.";
"_LineJoin_GeneratedWrapperConstructor.Round" = " Line segments are joined with a rounded end.";
"_LineJoin_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_LineType_GeneratedWrapper" = "";
"_LineType_GeneratedWrapperConstructor" = "";
"_LineType_GeneratedWrapperConstructor.Bezier" = " Bezier line.";
"_LineType_GeneratedWrapperConstructor.Curved" = " Curved line.";
"_LineType_GeneratedWrapperConstructor.Orthogonal" = " Orthogonal line.";
"_LineType_GeneratedWrapperConstructor.Straight" = " Straight line.";
"_LineType_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_ShapeCombination_GeneratedWrapper" = "";
"_ShapeCombination_GeneratedWrapperConstructor" = "";
"_ShapeCombination_GeneratedWrapperConstructor.Intersect" = " Form the intersection of the shapes.";
"_ShapeCombination_GeneratedWrapperConstructor.None" = " Perform no combination operation.";
"_ShapeCombination_GeneratedWrapperConstructor.Subtract" = " Subtract the shapes from the first shape";
"_ShapeCombination_GeneratedWrapperConstructor.Union" = " Form the union of the shapes.";
"_ShapeCombination_GeneratedWrapperConstructor.Unite" = " An alias for `Union`.";
"_ShapeCombination_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_StrokeDash_GeneratedWrapper" = "";
"_StrokeDash_GeneratedWrapperConstructor" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash10on3off2on3off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash10on3off2on3off2on3off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash16on9off" = " Sixteen point dash segments with nine point gaps.";
"_StrokeDash_GeneratedWrapperConstructor.Dash16on9off16on9off1on9off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash16on9off1on9off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash16on9off1on9off1on9off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash1on3off" = " One point dot segments with three point gaps.";
"_StrokeDash_GeneratedWrapperConstructor.Dash1on4off" = " One point dot segments with four point gaps.";
"_StrokeDash_GeneratedWrapperConstructor.Dash1on5off" = " One point dot segments with five point gaps.";
"_StrokeDash_GeneratedWrapperConstructor.Dash1on9off" = " One point dot segments with nine point gaps.";
"_StrokeDash_GeneratedWrapperConstructor.Dash20on5off4on5off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash20on5off4on5off4on5off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash2on2off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash40on9off8on9off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash40on9off8on9off8on9off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash4on3off1on3off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash4on3off1on3off1on3off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash4on3off4on3off1on3off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash4on4off" = " Four point dash segments with four point gaps.";
"_StrokeDash_GeneratedWrapperConstructor.Dash4on9off1on5off" = " Four point dash alternating with one point dots, with nine and five point gaps";
"_StrokeDash_GeneratedWrapperConstructor.Dash4on9off1on5off1on5off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Dash8on4off1on4off" = " Eight point dash alternating with one point dots, both with four point gaps.";
"_StrokeDash_GeneratedWrapperConstructor.Dash8on5off" = " Eight point dash with five point gaps.";
"_StrokeDash_GeneratedWrapperConstructor.Dash8on5off8on5off1on5off" = "";
"_StrokeDash_GeneratedWrapperConstructor.Solid" = " Solid stroke with no dash pattern.";
"_StrokeDash_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_StrokeType_GeneratedWrapper" = "";
"_StrokeType_GeneratedWrapperConstructor" = "";
"_StrokeType_GeneratedWrapperConstructor.Double" = " Double.";
"_StrokeType_GeneratedWrapperConstructor.Freehand" = " Freehand.";
"_StrokeType_GeneratedWrapperConstructor.Inner" = " Inner.";
"_StrokeType_GeneratedWrapperConstructor.Outer" = " Outer.";
"_StrokeType_GeneratedWrapperConstructor.Plastic" = " Plastic.";
"_StrokeType_GeneratedWrapperConstructor.Single" = " Single.";
"_StrokeType_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_TextAutosizing_GeneratedWrapper" = "";
"_TextAutosizing_GeneratedWrapperConstructor" = "";
"_TextAutosizing_GeneratedWrapperConstructor.Clip" = " Clip.";
"_TextAutosizing_GeneratedWrapperConstructor.Full" = " Full.";
"_TextAutosizing_GeneratedWrapperConstructor.Overflow" = " Overflow.";
"_TextAutosizing_GeneratedWrapperConstructor.Vertical" = " Vertical.";
"_TextAutosizing_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_TextFlow_GeneratedWrapper" = "";
"_TextFlow_GeneratedWrapperConstructor" = "";
"_TextFlow_GeneratedWrapperConstructor.Clip" = " Clip.";
"_TextFlow_GeneratedWrapperConstructor.FillsShape" = " Fills shape.";
"_TextFlow_GeneratedWrapperConstructor.FollowsPath" = " Follows path.";
"_TextFlow_GeneratedWrapperConstructor.Overflow" = " Overflow.";
"_TextFlow_GeneratedWrapperConstructor.Resize" = " Resize.";
"_TextFlow_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_VerticalAlignment_GeneratedWrapper" = "";
"_VerticalAlignment_GeneratedWrapperConstructor" = "";
"_VerticalAlignment_GeneratedWrapperConstructor.Bottom" = " Align to bottom edges.";
"_VerticalAlignment_GeneratedWrapperConstructor.Center" = " Align to vertical centers.";
"_VerticalAlignment_GeneratedWrapperConstructor.Top" = " Align to top edges.";
"_VerticalAlignment_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
"_VerticalTextPlacement_GeneratedWrapper" = "";
"_VerticalTextPlacement_GeneratedWrapperConstructor" = "";
"_VerticalTextPlacement_GeneratedWrapperConstructor.Bottom" = " Aligned to the bottom of the shape.";
"_VerticalTextPlacement_GeneratedWrapperConstructor.Middle" = " Centered in the vertical middle of the shape.";
"_VerticalTextPlacement_GeneratedWrapperConstructor.Top" = " Aligned to the top of the shape.";
"_VerticalTextPlacement_GeneratedWrapperConstructor.all" = " An array of all items of this enumeration.";
