/**
* $Id: mxConstants.java,v 1.9 2014/02/08 14:05:57 gaudenz Exp $
* Copyright (c) 2007-2012, JGraph Ltd
*/
package com.mxgraph.util;
/**
* Contains all global constants.
*/
public class mxConstants
{
/**
* Defines the number of radians per degree.
*/
public static double RAD_PER_DEG = 0.0174532;
/**
* Defines the number of degrees per radian.
*/
public static double DEG_PER_RAD = 57.2957795;
/**
* Defines the minimum scale at which rounded polylines should be painted.
* Default is 0.05.
*/
public static double MIN_SCALE_FOR_ROUNDED_LINES = 0.05;
/**
* Defines the portion of the cell which is to be used as a connectable
* region. Default is 0.3.
*/
public static double DEFAULT_HOTSPOT = 0.3;
/**
* Defines the minimum size in pixels of the portion of the cell which is
* to be used as a connectable region. Default is 8.
*/
public static int MIN_HOTSPOT_SIZE = 8;
/**
* Defines the maximum size in pixels of the portion of the cell which is
* to be used as a connectable region. Use 0 for no maximum. Default is 0.
*/
public static int MAX_HOTSPOT_SIZE = 0;
/**
* Defines the SVG namespace.
*/
public static String NS_SVG = "http://www.w3.org/2000/svg";
/**
* Defines the XHTML namespace.
*/
public static String NS_XHTML = "http://www.w3.org/1999/xhtml";
/**
* Defines the XLink namespace.
*/
public static String NS_XLINK = "http://www.w3.org/1999/xlink";
/**
* Comma separated list of default fonts for CSS properties.
* And the default font family value for new image export.
* Default is Arial, Helvetica.
*/
public static String DEFAULT_FONTFAMILIES = "Arial,Helvetica";
/**
* Defines the default font family. Default is "Dialog". (To be replaced
* with Font.DIALOG after EOL of Java 1.5.)
*/
public static String DEFAULT_FONTFAMILY = "Dialog";
/**
* Defines the default font size. Default is 11.
*/
public static int DEFAULT_FONTSIZE = 11;
/**
* Defines the default start size for swimlanes. Default is 40.
*/
public static int DEFAULT_STARTSIZE = 40;
/**
* Default line height for text output. Default is 1.2. This is ignored for HTML in
* the current version of Java. See
* http://docs.oracle.com/javase/6/docs/api/index.html?javax/swing/text/html/CSS.html
*/
public static float LINE_HEIGHT = 1.2f;
/**
* Specifies if absolute line heights should be used (px) in CSS. Default
* is false. Set this to true for backwards compatibility.
*/
public static boolean ABSOLUTE_LINE_HEIGHT = false;
/**
* Specifies the line spacing. Default is 0.
*/
public static int LINESPACING = 0;
/**
* Whether or not to split whole words when applying word wrapping in mxUtils.wordWrap.
*/
public static boolean SPLIT_WORDS = true;
/**
* Defines the inset in absolute pixels between the label bounding box and
* the label text. Default is 3.
*/
public static int LABEL_INSET = 3;
/**
* Multiplier to the width that is passed into the word wrapping calculation
* See mxUtils.wordWrap for details
*/
public static double LABEL_SCALE_BUFFER = 0.9;
/**
* Defines the default marker size. Default is 6.
*/
public static int DEFAULT_MARKERSIZE = 6;
/**
* Defines the default image size. Default is 24.
*/
public static int DEFAULT_IMAGESIZE = 24;
/**
* Defines the default opacity for stencils shadows. Default is 1.
*/
public static int STENCIL_SHADOW_OPACITY = 1;
/**
* Defines the default shadow color for stencils. Default is "gray".
*/
public static String STENCIL_SHADOWCOLOR = "gray";
/**
* Defines the x-offset to be used for shadows. Default is 2.
*/
public static int SHADOW_OFFSETX = 2;
/**
* Defines the y-offset to be used for shadows. Default is 3.
*/
public static int SHADOW_OFFSETY = 3;
/**
* Defines the color to be used to draw shadows in W3C standards. Default
* is gray.
*/
public static String W3C_SHADOWCOLOR = "gray";
/**
* Defines the transformation used to draw shadows in SVG.
*/
public static String SVG_SHADOWTRANSFORM = "translate(2 3)";
/**
* Specifies the default dash pattern, 3 pixels solid, 3 pixels clear.
*/
public static float[] DEFAULT_DASHED_PATTERN = new float[] {3.0f , 3.0f};
/**
* Specifies the default distance at 1.0 scale that the label curve is
* created from its base curve
*/
public static double DEFAULT_LABEL_BUFFER = 12.0;
/**
* Defines the handle size. Default is 7.
*/
public static int HANDLE_SIZE = 7;
/**
* Defines the handle size. Default is 4.
*/
public static int LABEL_HANDLE_SIZE = 4;
/**
* Defines the default value for the connect handle. Default is false.
*/
public static boolean CONNECT_HANDLE_ENABLED = false;
/**
* Defines the connect handle size. Default is 8.
*/
public static int CONNECT_HANDLE_SIZE = 8;
/**
* Defines the length of the horizontal segment of an Entity Relation.
* This can be overridden using mxConstants.STYLE_SEGMENT style.
* Default is 30.
*/
public static int ENTITY_SEGMENT = 30;
/**
* Defines the rounding factor for rounded rectangles in percent between
* 0 and 1. Values should be smaller than 0.5. Default is 0.15.
*/
public static double RECTANGLE_ROUNDING_FACTOR = 0.15;
/**
* Defines the size of the arcs for rounded edges. Default is 10.
*/
public static double LINE_ARCSIZE = 10;
/**
* Defines the spacing between the arrow shape and its terminals. Default
* is 10.
*/
public static int ARROW_SPACING = 10;
/**
* Defines the width of the arrow shape. Default is 30.
*/
public static int ARROW_WIDTH = 30;
/**
* Defines the size of the arrowhead in the arrow shape. Default is 30.
*/
public static int ARROW_SIZE = 30;
/**
* Defines the value for none. Default is "none".
*/
public static String NONE = "none";
/**
* Defines the key for the perimeter style.
* This is a function that defines the perimeter around a particular shape.
* Possible values are the functions defined in mxPerimeter that use the
* <code>mxPerimeterFunction</code> interface. Alternatively, the constants
* in this class that start with <code>PERIMETER_</code> may be used to
* access perimeter styles in <code>mxStyleRegistry</code>.
*/
public static String STYLE_PERIMETER = "perimeter";
/**
* Defines the ID of the cell that should be used for computing the
* perimeter point of the source for an edge. This allows for graphically
* connecting to a cell while keeping the actual terminal of the edge.
*/
public static String STYLE_SOURCE_PORT = "sourcePort";
/**
* Defines the ID of the cell that should be used for computing the
* perimeter point of the target for an edge. This allows for graphically
* connecting to a cell while keeping the actual terminal of the edge.
*/
public static String STYLE_TARGET_PORT = "targetPort";
/**
* Defines the direction(s) that edges are allowed to connect to cells in.
* Possible values are <code>DIRECTION_NORTH, DIRECTION_SOUTH,
* DIRECTION_EAST</code> and <code>DIRECTION_WEST</code>.
*
*/
public static String STYLE_PORT_CONSTRAINT = "portConstraint";
/**
* Defines the key for the opacity style. The type of the value is
* <code>float</code> and the possible range is 0-100.
*/
public static String STYLE_OPACITY = "opacity";
/**
* Defines the key for the text opacity style. The type of the value is
* <code>float</code> and the possible range is 0-100.
*/
public static String STYLE_TEXT_OPACITY = "textOpacity";
/**
* Defines the key for the overflow style. Possible values are "visible",
* "hidden" and "fill". The default value is "visible". This value
* specifies how overlapping vertex labels are handles. A value of
* "visible" will show the complete label. A value of "hidden" will clip
* the label so that it does not overlap the vertex bounds. A value of
* "fill" will use the vertex bounds for the label.
*
* @see com.mxgraph.view.mxGraph#isLabelClipped(Object)
*/
public static String STYLE_OVERFLOW = "overflow";
/**
* Defines if the connection points on either end of the edge should be
* computed so that the edge is vertical or horizontal if possible and
* if the point is not at a fixed location. Default is false. This is
* used in mxGraph.isOrthogonal, which also returns true if the edgeStyle
* of the edge is an elbow or entity.
*/
public static String STYLE_ORTHOGONAL = "orthogonal";
/**
* Defines the key for the horizontal relative coordinate connection point
* of an edge with its source terminal.
*/
public static String STYLE_EXIT_X = "exitX";
/**
* Defines the key for the vertical relative coordinate connection point
* of an edge with its source terminal.
*/
public static String STYLE_EXIT_Y = "exitY";
/**
* Defines if the perimeter should be used to find the exact entry point
* along the perimeter of the source. Possible values are 0 (false) and
* 1 (true). Default is 1 (true).
*/
public static String STYLE_EXIT_PERIMETER = "exitPerimeter";
/**
* Defines the key for the horizontal relative coordinate connection point
* of an edge with its target terminal.
*/
public static String STYLE_ENTRY_X = "entryX";
/**
* Defines the key for the vertical relative coordinate connection point
* of an edge with its target terminal.
*/
public static String STYLE_ENTRY_Y = "entryY";
/**
* Defines if the perimeter should be used to find the exact entry point
* along the perimeter of the target. Possible values are 0 (false) and
* 1 (true). Default is 1 (true).
*/
public static String STYLE_ENTRY_PERIMETER = "entryPerimeter";
/**
* Defines the key for the white-space style. Possible values are "nowrap"
* and "wrap". The default value is "nowrap". This value specifies how
* white-space inside a HTML vertex label should be handled. A value of
* "nowrap" means the text will never wrap to the next line until a
* linefeed is encountered. A value of "wrap" means text will wrap when
* necessary.
*/
public static String STYLE_WHITE_SPACE = "whiteSpace";
/**
* Defines the key for the rotation style. The type of the value is
* <code>double</code> and the possible range is 0-360.
*/
public static String STYLE_ROTATION = "rotation";
/**
* Defines the key for the fillColor style. The value is a string
* expression supported by mxUtils.parseColor.
*
* @see com.mxgraph.util.mxUtils#parseColor(String)
*/
public static String STYLE_FILLCOLOR = "fillColor";
/**
* Defines the key for the gradientColor style. The value is a string
* expression supported by mxUtils.parseColor. This is ignored if no fill
* color is defined.
*
* @see com.mxgraph.util.mxUtils#parseColor(String)
*/
public static String STYLE_GRADIENTCOLOR = "gradientColor";
/**
* Defines the key for the gradient direction. Possible values are
* <code>DIRECTION_EAST</code>, <code>DIRECTION_WEST</code>,
* <code>DIRECTION_NORTH</code> and <code>DIRECTION_SOUTH</code>. Default
* is <code>DIRECTION_SOUTH</code>. Generally, and by default in mxGraph,
* gradient painting is done from the value of <code>STYLE_FILLCOLOR</code>
* to the value of <code>STYLE_GRADIENTCOLOR</code>. Taking the example of
* <code>DIRECTION_NORTH</code>, this means <code>STYLE_FILLCOLOR</code>
* color at the bottom of paint pattern and
* <code>STYLE_GRADIENTCOLOR</code> at top, with a gradient in-between.
*/
public static String STYLE_GRADIENT_DIRECTION = "gradientDirection";
/**
* Defines the key for the strokeColor style. The value is a string
* expression supported by mxUtils.parseColor.
*
* @see com.mxgraph.util.mxUtils#parseColor(String)
*/
public static String STYLE_STROKECOLOR = "strokeColor";
/**
* Defines the key for the separatorColor style. The value is a string
* expression supported by mxUtils.parseColor. This style is only used
* for SHAPE_SWIMLANE shapes.
*
* @see com.mxgraph.util.mxUtils#parseColor(String)
*/
public static String STYLE_SEPARATORCOLOR = "separatorColor";
/**
* Defines the key for the strokeWidth style. The type of the value is
* <code>float</code> and the possible range is any non-negative value.
* The value reflects the stroke width in pixels.
*/
public static String STYLE_STROKEWIDTH = "strokeWidth";
/**
* Defines the key for the align style. Possible values are
* <code>ALIGN_LEFT</code>, <code>ALIGN_CENTER</code> and
* <code>ALIGN_RIGHT</code>. This value defines how the lines of the label
* are horizontally aligned. <code>ALIGN_LEFT</code> mean label text lines
* are aligned to left of the label bounds, <code>ALIGN_RIGHT</code> to the
* right of the label bounds and <code>ALIGN_CENTER</code> means the
* center of the text lines are aligned in the center of the label bounds.
* Note this value doesn't affect the positioning of the overall label
* bounds relative to the vertex, to move the label bounds horizontally, use
* <code>STYLE_LABEL_POSITION</code>.
*/
public static String STYLE_ALIGN = "align";
/**
* Defines the key for the verticalAlign style. Possible values are
* <code>ALIGN_TOP</code>, <code>ALIGN_MIDDLE</code> and
* <code>ALIGN_BOTTOM</code>. This value defines how the lines of the label
* are vertically aligned. <code>ALIGN_TOP</code> means the topmost label
* text line is aligned against the top of the label bounds,
* <code>ALIGN_BOTTOM</code> means the bottom-most label text line is
* aligned against the bottom of the label bounds and
* <code>ALIGN_MIDDLE</code> means there is equal spacing between the
* topmost text label line and the top of the label bounds and the
* bottom-most text label line and the bottom of the label bounds. Note
* this value doesn't affect the positioning of the overall label bounds
* relative to the vertex, to move the label bounds vertically, use
* <code>STYLE_VERTICAL_LABEL_POSITION</code>.
*/
public static String STYLE_VERTICAL_ALIGN = "verticalAlign";
/**
* Defines the key for the horizontal label position of vertices. Possible
* values are <code>ALIGN_LEFT</code>, <code>ALIGN_CENTER</code> and
* <code>ALIGN_RIGHT</code>. Default is <code>ALIGN_CENTER</code>. The
* label align defines the position of the label relative to the cell.
* <code>ALIGN_LEFT</code> means the entire label bounds is placed
* completely just to the left of the vertex, <code>ALIGN_RIGHT</code>
* means adjust to the right and <code>ALIGN_CENTER</code> means the label
* bounds are vertically aligned with the bounds of the vertex. Note this
* value doesn't affect the positioning of label within the label bounds,
* to move the label horizontally within the label bounds, use
* <code>STYLE_ALIGN</code>.
*/
public static String STYLE_LABEL_POSITION = "labelPosition";
/**
* Defines the key for the vertical label position of vertices. Possible
* values are <code>ALIGN_TOP</code>, <code>ALIGN_BOTTOM</code> and
* <code>ALIGN_MIDDLE</code>. Default is <code>ALIGN_MIDDLE</code>. The
* label align defines the position of the label relative to the cell.
* <code>ALIGN_TOP</code> means the entire label bounds is placed
* completely just on the top of the vertex, <code>ALIGN_BOTTOM</code>
* means adjust on the bottom and <code>ALIGN_MIDDLE</code> means the label
* bounds are horizontally aligned with the bounds of the vertex. Note
* this value doesn't affect the positioning of label within the label
* bounds, to move the label vertically within the label bounds, use
* <code>STYLE_VERTICAL_ALIGN</code>.
*/
public static String STYLE_VERTICAL_LABEL_POSITION = "verticalLabelPosition";
/**
* Defines the key for the align style. Possible values are
* <code>ALIGN_LEFT</code>, <code>ALIGN_CENTER</code> and
* <code>ALIGN_RIGHT</code>. The value defines how any image in the vertex
* label is aligned horizontally within the label bounds of a SHAPE_LABEL
* shape.
*/
public static String STYLE_IMAGE_ALIGN = "imageAlign";
/**
* Defines the key for the verticalAlign style. Possible values are
* <code>ALIGN_TOP</code>, <code>ALIGN_MIDDLE</code> and
* <code>ALIGN_BOTTOM</code>. The value defines how any image in the vertex
* label is aligned vertically within the label bounds of a SHAPE_LABEL
* shape.
*/
public static String STYLE_IMAGE_VERTICAL_ALIGN = "imageVerticalAlign";
/**
* Defines the key for the glass style. Possible values are 0 (disabled) and
* 1(enabled). The default value is 0. This is used in mxLabel.
*/
public static String STYLE_GLASS = "glass";
/**
* Defines the key for the image style. Possible values are any image URL,
* registered key in mxImageResources or short data URI as defined in
* mxImageBundle.
* The type of the value is <code>String</code>. This is the path to the
* image to image that is to be displayed within the label of a vertex. See
* mxGraphics2DCanvas.getImageForStyle, loadImage and setImageBasePath on
* how the image URL is resolved. Finally, mxUtils.loadImage is used for
* loading the image for a given value.
*/
public static String STYLE_IMAGE = "image";
/**
* Defines the key for the imageWidth style. The type of this value is
* <code>int</code>, the value is the image width in pixels and must be
* greated than 0.
*/
public static String STYLE_IMAGE_WIDTH = "imageWidth";
/**
* Defines the key for the imageHeight style The type of this value is
* <code>int</code>, the value is the image height in pixels and must be
* greater than 0.
*/
public static String STYLE_IMAGE_HEIGHT = "imageHeight";
/**
* Defines the key for the image background color. This style is only used
* for image shapes. Possible values are all HTML color names or HEX codes.
*/
public static String STYLE_IMAGE_BACKGROUND = "imageBackground";
/**
* Defines the key for the image border color. This style is only used for
* image shapes. Possible values are all HTML color names or HEX codes.
*/
public static String STYLE_IMAGE_BORDER = "imageBorder";
/**
* Defines the key for the horizontal image flip. This style is only used
* in mxImageShape. Possible values are 0 and 1. Default is 0.
*/
public static String STYLE_IMAGE_FLIPH = "imageFlipH";
/**
* Defines the key for the vertical image flip. This style is only used
* in mxImageShape. Possible values are 0 and 1. Default is 0.
*/
public static String STYLE_IMAGE_FLIPV = "imageFlipV";
/**
* Defines the key for the horizontal stencil flip. This style is only used
* for <mxStencilShape>. Possible values are 0 and 1. Default is 0.
*/
public static String STYLE_STENCIL_FLIPH = "stencilFlipH";
/**
* Defines the key for the vertical stencil flip. This style is only used
* for <mxStencilShape>. Possible values are 0 and 1. Default is 0.
*/
public static String STYLE_STENCIL_FLIPV = "stencilFlipV";
/**
* Defines the key for the horizontal image flip. This style is only used
* in <mxImageShape>. Possible values are 0 and 1. Default is 0.
*/
public static String STYLE_FLIPH = "flipH";
/**
* Variable: STYLE_FLIPV
*
* Defines the key for the vertical flip. Possible values are 0 and 1.
* Default is 0.
*/
public static String STYLE_FLIPV = "flipV";
/**
* Defines the key for the noLabel style. If this is
* true then no label is visible for a given cell.
* Possible values are true or false (1 or 0).
* Default is false.
*/
public static String STYLE_NOLABEL = "noLabel";
/**
* Defines the key for the noEdgeStyle style. If this is
* true then no edge style is applied for a given edge.
* Possible values are true or false (1 or 0).
* Default is false.
*/
public static String STYLE_NOEDGESTYLE = "noEdgeStyle";
/**
* Defines the key for the label background color. The value is a string
* expression supported by mxUtils.parseColor.
*
* @see com.mxgraph.util.mxUtils#parseColor(String)
*/
public static String STYLE_LABEL_BACKGROUNDCOLOR = "labelBackgroundColor";
/**
* Defines the key for the label border color. The value is a string
* expression supported by mxUtils.parseColor.
*
* @see com.mxgraph.util.mxUtils#parseColor(String)
*/
public static String STYLE_LABEL_BORDERCOLOR = "labelBorderColor";
/**
* Defines the key for the indicatorShape style.
* Possible values are any of the SHAPE_*
* constants.
*/
public static String STYLE_INDICATOR_SHAPE = "indicatorShape";
/**
* Defines the key for the indicatorImage style.
* Possible values are any image URL, the type of the value is
* <code>String</code>.
*/
public static String STYLE_INDICATOR_IMAGE = "indicatorImage";
/**
* Defines the key for the indicatorColor style. The value is a string
* expression supported by mxUtils.parseColor.
*
* @see com.mxgraph.util.mxUtils#parseColor(String)
*/
public static String STYLE_INDICATOR_COLOR = "indicatorColor";
/**
* Defines the key for the indicatorGradientColor style. The value is a
* string expression supported by mxUtils.parseColor. This style is only
* supported in SHAPE_LABEL shapes.
*
* @see com.mxgraph.util.mxUtils#parseColor(String)
*/
public static String STYLE_INDICATOR_GRADIENTCOLOR = "indicatorGradientColor";
/**
* Defines the key for the indicatorSpacing style (in px).
*/
public static String STYLE_INDICATOR_SPACING = "indicatorSpacing";
/**
* Defines the key for the indicatorWidth style (in px).
*/
public static String STYLE_INDICATOR_WIDTH = "indicatorWidth";
/**
* Defines the key for the indicatorHeight style (in px).
*/
public static String STYLE_INDICATOR_HEIGHT = "indicatorHeight";
/**
* Defines the key for the shadow style. The type of the value is
* <code>boolean</code>. This style applies to vertices and arrow style
* edges.
*/
public static String STYLE_SHADOW = "shadow";
/**
* Defines the key for the segment style. The type of this value is
* <code>float</code> and the value represents the size of the horizontal
* segment of the entity relation style. Default is ENTITY_SEGMENT.
*/
public static String STYLE_SEGMENT = "segment";
/**
* Defines the key for the endArrow style.
* Possible values are all constants in this
* class that start with ARROW_. This style is
* supported in the <code>mxConnector</code> shape.
*/
public static String STYLE_ENDARROW = "endArrow";
/**
* Defines the key for the startArrow style.
* Possible values are all constants in this
* class that start with ARROW_.
* See STYLE_ENDARROW.
* This style is supported in the mxConnector shape.
*/
public static String STYLE_STARTARROW = "startArrow";
/**
* Defines the key for the endSize style. The type of this value is
* <code>float</code> and the value represents the size of the end
* marker in pixels.
*/
public static String STYLE_ENDSIZE = "endSize";
/**
* Defines the key for the startSize style. The type of this value is
* <code>float</code> and the value represents the size of the start marker
* or the size of the swimlane title region depending on the shape it is
* used for.
*/
public static String STYLE_STARTSIZE = "startSize";
/**
* Defines the key for the endFill style. Use 0 for no fill or 1
* (default) for fill. (This style is only exported via <mxImageExport>.)
*/
public static String STYLE_ENDFILL = "endFill";
/**
* Defines the key for the startFill style. Use 0 for no fill or 1
* (default) for fill. (This style is only exported via <mxImageExport>.)
*/
public static String STYLE_STARTFILL = "startFill";
/**
* Defines the key for the dashed style. The type of this value is
* <code>boolean</code> and the value determines whether or not an edge or
* border is drawn with a dashed pattern along the line.
*/
public static String STYLE_DASHED = "dashed";
/**
* Defines the key for the dashed pattern style. The type of this value
* is <code>float[]</code> and the value specifies the dashed pattern
* to apply to edges drawn with this style. This style allows the user
* to specify a custom-defined dash pattern. This is done using a series
* of numbers. Dash styles are defined in terms of the length of the dash
* (the drawn part of the stroke) and the length of the space between the
* dashes. The lengths are relative to the line width: a length of "1" is
* equal to the line width.
*/
public static String STYLE_DASH_PATTERN = "dashPattern";
/**
* Defines the key for the rounded style. The type of this value is
* <code>boolean</code>. For edges this determines whether or not joins
* between edges segments are smoothed to a rounded finish. For vertices
* that have the rectangle shape, this determines whether or not the
* rectangle is rounded.
*/
public static String STYLE_ROUNDED = "rounded";
/**
* Defines the key for the source perimeter spacing. The type of this value
* is <code>double</code>. This is the distance between the source
* connection point of an edge and the perimeter of the source vertex in
* pixels. This style only applies to edges.
*/
public static String STYLE_SOURCE_PERIMETER_SPACING = "sourcePerimeterSpacing";
/**
* Defines the key for the target perimeter spacing. The type of this value
* is <code>double</code>. This is the distance between the target
* connection point of an edge and the perimeter of the target vertex in
* pixels. This style only applies to edges.
*/
public static String STYLE_TARGET_PERIMETER_SPACING = "targetPerimeterSpacing";
/**
* Defines the key for the perimeter spacing. This is the distance between
* the connection point and the perimeter in pixels. When used in a vertex
* style, this applies to all incoming edges to floating ports (edges that
* terminate on the perimeter of the vertex). When used in an edge style,
* this spacing applies to the source and target separately, if they
* terminate in floating ports (on the perimeter of the vertex).
*/
public static String STYLE_PERIMETER_SPACING = "perimeterSpacing";
/**
* Defines the key for the spacing. The value represents the spacing, in
* pixels, added to each side of a label in a vertex (style applies to
* vertices only).
*/
public static String STYLE_SPACING = "spacing";
/**
* Defines the key for the spacingTop style. The value represents the
* spacing, in pixels, added to the top side of a label in a vertex (style
* applies to vertices only).
*/
public static String STYLE_SPACING_TOP = "spacingTop";
/**
* Defines the key for the spacingLeft style. The value represents the
* spacing, in pixels, added to the left side of a label in a vertex (style
* applies to vertices only).
*/
public static String STYLE_SPACING_LEFT = "spacingLeft";
/**
* Defines the key for the spacingBottom style The value represents the
* spacing, in pixels, added to the bottom side of a label in a vertex
* (style applies to vertices only).
*/
public static String STYLE_SPACING_BOTTOM = "spacingBottom";
/**
* Defines the key for the spacingRight style The value represents the
* spacing, in pixels, added to the right side of a label in a vertex (style
* applies to vertices only).
*/
public static String STYLE_SPACING_RIGHT = "spacingRight";
/**
* Defines the key for the horizontal style. Possible values are
* <code>true</code> or <code>false</code>. This value only applies to
* vertices. If the <code>STYLE_SHAPE</code> is <code>SHAPE_SWIMLANE</code>
* a value of <code>false</code> indicates that the swimlane should be drawn
* vertically, <code>true</code> indicates to draw it horizontally. If the
* shape style does not indicate that this vertex is a swimlane, this value
* affects only whether the label is drawn horizontally or vertically.
*/
public static String STYLE_HORIZONTAL = "horizontal";
/**
* Defines the key for the direction style. The direction style is used to
* specify the direction of certain shapes (eg. <code>mxTriangle</code>).
* Possible values are <code>DIRECTION_EAST</code> (default),
* <code>DIRECTION_WEST</code>, <code>DIRECTION_NORTH</code> and
* <code>DIRECTION_SOUTH</code>. This value only applies to vertices.
*/
public static String STYLE_DIRECTION = "direction";
/**
* Defines the key for the elbow style. Possible values are
* <code>ELBOW_HORIZONTAL</code> and <code>ELBOW_VERTICAL</code>. Default is
* <code>ELBOW_HORIZONTAL</code>. This defines how the three segment
* orthogonal edge style leaves its terminal vertices. The vertical style
* leaves the terminal vertices at the top and bottom sides.
*/
public static String STYLE_ELBOW = "elbow";
/**
* Defines the key for the fontColor style. The value is type
* <code>String</code> and of the expression supported by
* mxUtils.parseColor.
*
* @see com.mxgraph.util.mxUtils#parseColor(String)
*/
public static String STYLE_FONTCOLOR = "fontColor";
/**
* Defines the key for the fontFamily style. Possible values are names such
* as Arial; Dialog; Verdana; Times New Roman. The value is of type
* <code>String</code>.
*/
public static String STYLE_FONTFAMILY = "fontFamily";
/**
* Defines the key for the fontSize style (in points). The type of the value
* is <code>int</code>.
*/
public static String STYLE_FONTSIZE = "fontSize";
/**
* Defines the key for the fontStyle style. Values may be any logical AND
* (sum) of FONT_BOLD, FONT_ITALIC, FONT_UNDERLINE and FONT_SHADOW. The type
* of the value is <code>int</code>.
*/
public static String STYLE_FONTSTYLE = "fontStyle";
/**
* Defines the key for the autosize style. This specifies if a cell should be
* resized automatically if the value has changed. Possible values are 0 or 1.
* Default is 0. See mxGraph.isAutoSizeCell. This is normally combined with
* STYLE_RESIZABLE to disable manual sizing.
*/
public static String STYLE_AUTOSIZE = "autosize";
/**
* Defines the key for the foldable style. This specifies if a cell is foldable
* using a folding icon. Possible values are 0 or 1. Default is 1. See
* mxGraph.isCellFoldable.
*/
public static String STYLE_FOLDABLE = "foldable";
/**
* Defines the key for the editable style. This specifies if the value of
* a cell can be edited using the in-place editor. Possible values are 0 or
* 1. Default is 1. See mxGraph.isCellEditable.
*/
public static String STYLE_EDITABLE = "editable";
/**
* Defines the key for the bendable style. This specifies if the control
* points of an edge can be moved. Possible values are 0 or 1. Default is
* 1. See mxGraph.isCellBendable.
*/
public static String STYLE_BENDABLE = "bendable";
/**
* Defines the key for the movable style. This specifies if a cell can
* be moved. Possible values are 0 or 1. Default is 1. See
* mxGraph.isCellMovable.
*/
public static String STYLE_MOVABLE = "movable";
/**
* Defines the key for the resizable style. This specifies if a cell can
* be resized. Possible values are 0 or 1. Default is 1. See
* mxGraph.isCellResizable.
*/
public static String STYLE_RESIZABLE = "resizable";
/**
* Defines the key for the cloneable style. This specifies if a cell can
* be cloned. Possible values are 0 or 1. Default is 1. See
* mxGraph.isCellCloneable.
*/
public static String STYLE_CLONEABLE = "cloneable";
/**
* Defines the key for the deletable style. This specifies if a cell can be
* deleted. Possible values are 0 or 1. Default is 1. See
* mxGraph.isCellDeletable.
*/
public static String STYLE_DELETABLE = "deletable";
/**
* Defines the key for the shape style.
* Possible values are any of the SHAPE_*
* constants.
*/
public static String STYLE_SHAPE = "shape";
/**
* Takes a function that creates points. Possible values are the
* functions defined in mxEdgeStyle.
*/
public static String STYLE_EDGE = "edgeStyle";
/**
* Defines the key for the loop style. Possible values are the
* functions defined in mxEdgeStyle.
*/
public static String STYLE_LOOP = "loopStyle";
/**
* Defines the key for the horizontal routing center. Possible values are
* between -0.5 and 0.5. This is the relative offset from the center used
* for connecting edges. The type of this value is <code>float</code>.
*/
public static String STYLE_ROUTING_CENTER_X = "routingCenterX";
/**
* Defines the key for the vertical routing center. Possible values are
* between -0.5 and 0.5. This is the relative offset from the center used
* for connecting edges. The type of this value is <code>float</code>.
*/
public static String STYLE_ROUTING_CENTER_Y = "routingCenterY";
/**
* FONT_BOLD
*/
public static final int FONT_BOLD = 1;
/**
* FONT_ITALIC
*/
public static final int FONT_ITALIC = 2;
/**
* FONT_UNDERLINE
*/
public static final int FONT_UNDERLINE = 4;
/**
* FONT_SHADOW
*/
public static final int FONT_SHADOW = 8;
/**
* SHAPE_RECTANGLE
*/
public static final String SHAPE_RECTANGLE = "rectangle";
/**
* SHAPE_ELLIPSE
*/
public static final String SHAPE_ELLIPSE = "ellipse";
/**
* SHAPE_DOUBLE_RECTANGLE
*/
public static final String SHAPE_DOUBLE_RECTANGLE = "doubleRectangle";
/**
* SHAPE_DOUBLE_ELLIPSE
*/
public static final String SHAPE_DOUBLE_ELLIPSE = "doubleEllipse";
/**
* SHAPE_RHOMBUS
*/
public static final String SHAPE_RHOMBUS = "rhombus";
/**
* SHAPE_LINE
*/
public static final String SHAPE_LINE = "line";
/**
* SHAPE_IMAGE
*/
public static final String SHAPE_IMAGE = "image";
/**
* SHAPE_ARROW
*/
public static final String SHAPE_ARROW = "arrow";
/**
* SHAPE_ARROW
*/
public static final String SHAPE_CURVE = "curve";
/**
* SHAPE_LABEL
*/
public static final String SHAPE_LABEL = "label";
/**
* SHAPE_CYLINDER
*/
public static final String SHAPE_CYLINDER = "cylinder";
/**
* SHAPE_SWIMLANE
*/
public static final String SHAPE_SWIMLANE = "swimlane";
/**
* SHAPE_CONNECTOR
*/
public static final String SHAPE_CONNECTOR = "connector";
/**
* SHAPE_ACTOR
*/
public static final String SHAPE_ACTOR = "actor";
/**
* SHAPE_CLOUD
*/
public static final String SHAPE_CLOUD = "cloud";
/**
* SHAPE_TRIANGLE
*/
public static final String SHAPE_TRIANGLE = "triangle";
/**
* SHAPE_HEXAGON
*/
public static final String SHAPE_HEXAGON = "hexagon";
/**
* ARROW_CLASSIC
*/
public static final String ARROW_CLASSIC = "classic";
/**
* ARROW_BLOCK
*/
public static final String ARROW_BLOCK = "block";
/**
* ARROW_OPEN
*/
public static final String ARROW_OPEN = "open";
/**
* ARROW_BLOCK
*/
public static final String ARROW_OVAL = "oval";
/**
* ARROW_OPEN
*/
public static final String ARROW_DIAMOND = "diamond";
/**
* ALIGN_LEFT
*/
public static final String ALIGN_LEFT = "left";
/**
* ALIGN_CENTER
*/
public static final String ALIGN_CENTER = "center";
/**
* ALIGN_RIGHT
*/
public static final String ALIGN_RIGHT = "right";
/**
* ALIGN_TOP
*/
public static final String ALIGN_TOP = "top";
/**
* ALIGN_MIDDLE
*/
public static final String ALIGN_MIDDLE = "middle";
/**
* ALIGN_BOTTOM
*/
public static final String ALIGN_BOTTOM = "bottom";
/**
* DIRECTION_NORTH
*/
public static final String DIRECTION_NORTH = "north";
/**
* DIRECTION_SOUTH
*/
public static final String DIRECTION_SOUTH = "south";
/**
* DIRECTION_EAST
*/
public static final String DIRECTION_EAST = "east";
/**
* DIRECTION_WEST
*/
public static final String DIRECTION_WEST = "west";
/**
* DIRECTION_MASK_NONE
*/
public static final int DIRECTION_MASK_NONE = 0x00;
/**
* DIRECTION_MASK_WEST
*/
public static final int DIRECTION_MASK_WEST = 0x01;
/**
* DIRECTION_MASK_NORTH
*/
public static final int DIRECTION_MASK_NORTH = 0x02;
/**
* DIRECTION_MASK_SOUTH
*/
public static final int DIRECTION_MASK_SOUTH = 0x04;
/**
* DIRECTION_MASK_EAST
*/
public static final int DIRECTION_MASK_EAST = 0x08;
/**
* DIRECTION_MASK_EAST
*/
public static final int DIRECTION_MASK_ALL = 0x0F;
/**
* ELBOW_VERTICAL
*/
public static final String ELBOW_VERTICAL = "vertical";
/**
* ELBOW_HORIZONTAL
*/
public static final String ELBOW_HORIZONTAL = "horizontal";
/**
* Name of the elbow edge style. Can be used as a string value
* for the STYLE_EDGE style.
*/
public static final String EDGESTYLE_ELBOW = "elbowEdgeStyle";
/**
* Name of the entity relation edge style. Can be used as a string value
* for the STYLE_EDGE style.
*/
public static final String EDGESTYLE_ENTITY_RELATION = "entityRelationEdgeStyle";
/**
* Name of the loop edge style. Can be used as a string value
* for the STYLE_EDGE style.
*/
public static final String EDGESTYLE_LOOP = "loopEdgeStyle";
/**
* Name of the side to side edge style. Can be used as a string value
* for the STYLE_EDGE style.
*/
public static final String EDGESTYLE_SIDETOSIDE = "sideToSideEdgeStyle";
/**
* Name of the top to bottom edge style. Can be used as a string value
* for the STYLE_EDGE style.
*/
public static final String EDGESTYLE_TOPTOBOTTOM = "topToBottomEdgeStyle";
/**
* Name of the orthogonal edge style. Can be used as a string value for
* the STYLE_EDGE style.
*/
public static final String EDGESTYLE_ORTHOGONAL = "orthogonalEdgeStyle";
/**
* Name of the generic segment edge style. Can be used as a string value
* for the STYLE_EDGE style.
*/
public static final String EDGESTYLE_SEGMENT = "segmentEdgeStyle";
/**
* Name of the ellipse perimeter. Can be used as a string value
* for the STYLE_PERIMETER style.
*/
public static final String PERIMETER_ELLIPSE = "ellipsePerimeter";
/**
* Name of the rectangle perimeter. Can be used as a string value
* for the STYLE_PERIMETER style.
*/
public static final String PERIMETER_RECTANGLE = "rectanglePerimeter";
/**
* Name of the rhombus perimeter. Can be used as a string value
* for the STYLE_PERIMETER style.
*/
public static final String PERIMETER_RHOMBUS = "rhombusPerimeter";
/**
* Name of the triangle perimeter. Can be used as a string value
* for the STYLE_PERIMETER style.
*/
public static final String PERIMETER_TRIANGLE = "trianglePerimeter";
/**
* Name of the hexagon perimeter. Can be used as a string value
* for the STYLE_PERIMETER style.
*/
public static final String PERIMETER_HEXAGON = "hexagonPerimeter";
}