DundasWebGauge GaugeContainer is the root object of Dundas Gauge. The gauge container may contain the following: Circular gauges, stored in the collection. Linear gauges, stored in the collection. State indicators, stored in the collection. Numeric indicators, stored in the collection. Input values, stored in the collection.

The gauge coordinate system provides the basis for positioning and sizing of all elements contained in the container. The origin is the upper-left corner with the X axis pointing to the right and the Y axis pointing down. Coordinate values are between 0 and 100 percent, and all measurements are represented as a percentage of the parent object's width and height. If a gauge element has a parent object then its coordinate system is relative to its parent, and not the gauge container.

The gauge container exposes the and events, used for custom drawing.

An important property is the collection, which stores objects. Input values can be used as source values for other gauge elements that have a value (e.g. pointers, indicators, etc.) by using their ValueSource property. The advantage to using input values is that their historical data (a history is created that stores previous values) can be used for near-real time playback, as well as calculated values. They also provide a data binding mechanism.

Serialization can be accomplished using the prorpety, which gets a object.

The filename of the SmartClient dll. Determines if the SmartClient control should poll the server. Constructor. Control destructor Disposing control resoursec Saves a gauge image to disk using the specified path and filename. The pathname of the image to be saved to disk. The image to be used when saving to disk. You can save all gauge pictures to disk, regardless of the rendering type used. The imageFileName argument must be a full pathname (e.g. c:\MyGauge.svg). Note that you must also specify the file extension. Saves a gauge image to disk using the specified path and filename. Also takes a compression value. The pathname of the image to be saved to disk. The image to be used when saving to disk. The amount of compression for the generated image. Use zero (0) for uncompressed, high quality image. Compression is used only for JPEGS. You can save all gauge pictures to disk, regardless of the rendering type used. The imageFileName argument must use a full pathname (e.g. c:\MyGauge.svg). Note that you must also specify the file extension. Saves a gauge image to a stream. The used to save the gauge picture. The image to be used when saving to the stream. Saves a gauge image to a stream. Also takes a compression value. The used to save the gauge picture The image to be used when saving to disk. The amount of compression for generated image. Use zero (0) for uncompressed, high quality image. Compression is used only for JPEGS. Saves a gauge image to a stream. The image type and compression are determined by the control properties. The used to save the gauge picture. Saves a gauge image to disk using the specified path and filename. The image type and compression are determined by the control properties. The pathname of the image to be saved to disk. Call this method to determine the gauge element, if any, that is located at a point defined by given X and Y coordinates. The X coordinate for the point in question. Often obtained from a parameter in an event (e.g. the X parameter value in the MouseDown event). The Y coordinate for the point in question. Often obtained from a parameter in an event (e.g. the Y parameter value in the MouseDown event). A object, which provides information concerning the gauge element (if any) that is at the specified location. Call this method to determine the gauge element (if any) that is located at a specified point. Often this method is used in some mouse-related event (e.g. MouseDown) to determine what gauge element the end-user clicked on. The X and Y mouse coordinates obtained from the event parameters are then used for the X and Y parameter values of this method call. The returned object's properties can then be used to determine what gauge element was clicked on, and also provides an instance of the actual object selected (if any). Call this method to embed a gauge in a custom printing routine. object used for the drawing operation. A Rectangle structure that determines where the gauge will be drawn. Forces data binding of the control to the selected data source. Used only to force data binding if using the data binding-related properties (instead of the method). If using the data binding-related properties (e.g. , and ) instead of the method, binding of the data can (and should) be forced using this GaugeContainer.DataBind method. Returns a rectangle that has its coordinates changed from relative percentages to absolute pixels. object whose coordinate system to use. Rectangle object to be converted. object that has absolute coordinates in pixels. Absolute coordinates are useful for mouse-related events, custom drawing, etc. Returns a rectangle that has its coordinates changed from absolute pixels to relative percentages. object whose coordinate system to use. Rectangle object to be converted. object that has relative coordinates as percentages. Absolute coordinates are useful for mouse-related events, custom drawing, etc. Returns a point that has its coordinates changed from relative percentages to absolute pixels. object whose coordinate system to use. Point object to be converted. object that has absolute coordinates in pixels. Absolute coordinates are useful for mouse-related events, custom drawing, etc. Returns a point that has its coordinates changed from absolute pixels to relative percentages. object whose coordinate system to use. Point object to be converted. object that has relative coordinates as percentages. Absolute coordinates are useful for mouse-related events, custom drawing, etc. Returns a size that has its coordinates changed from relative percentages to absolute pixels. object whose coordinate system to use. Size object to be converted. object that has absolute coordinates in pixels. Absolute coordinates are useful for mouse-related events, custom drawing, etc. Returns a size that has its coordinates changed from absolute pixels to relative percentages. object whose coordinate system to use. Size object to be converted. object that has relative coordinates as percentages. Absolute coordinates are useful for mouse-related events, custom drawing, etc. Returns an array of all selected elements. An array of which contains a reference to all selected elements. This method returns an array of all elements that are selected. An element is selected if its Selected property is set to true. This method will also return selected elements that are not visible. Validate data source. Data source object. Perform data binding. Data to bind to. Restores view-state information from a previous page request that was saved by the SaveViewState method. An Object that represents the control state to be restored. Saves any server control view-state changes that have occurred since the time the page was posted back to the server. Returns the server control's current view state. Generates and returns the JavaScript which causes the gauge to refresh itself at a specified interval. A string representing the gauge container id. The refresh interval in seconds. A string containing the generated JavaScript code. Generates and returns the JavaScript which causes the gauge to refresh itself at a specified interval. A string representing the gauge container id. The refresh interval in seconds. True is the target browser is IE, false otherwise. A string containing the generated JavaScript code. Checks if the gauge should be rendered as windows forms control. When RenderAsControl property is set to Auto - automatically detects if the client has .Net installed. True if chart should be rendered as control. Renders the gauge as a windows forms control using Object tag or using binary streaming. HTML writer. Gauge data file name. This function is called when the gauge is rendered as a smart client. If fires the RealTimeData event and sends the result as formatted XML. The output stream to write to. The gauge container ID. This function is called when the gauge is rendered as a real time binary streaming. It fires the RealTimeData event and put the results in the Values collection. Gets the full path from the image url. The image URL. A string containing the full path. An adapter method for Request.MapPath(). The virtual path. Handles the real time data request. The unique ID. The output. Gets the URL or GridManager.js and Rendering.gif The image URL. The filename. Creates the HTML for an image tag with AJAX support. This basically involves wrapping the image with two divs. The image URL. if set to true include java script. if set to true include a handle for the click event. Generates the initialization java script. The image URL. Gets the image map. The image URL. Render this control to the output parameter specified. HTML writer. Gets the current image URL that the gauge control is rendering to. Current gauge image URL. Helper function, which returns a new image URL using the sequence numbers Image URL format. New image URL. Render this control to the output parameter specified. HTML writer. Renders as a Flash Object tag or Flash using binary streaming. HTML writer. Chart data file name. If true will place a second tag for a buffer object. True is the target browser is IE, false otherwise. Check if the image with this name exsists and it's live time is smaller than image time-to-live specified. In this case put a warning into the even log. File name. Time to live. Saves the image of the control as well as any required JS files. The full image path. Removes the white spaces and comments. The chars. Checks image URL sequence format. Image URL to test. Checks if control is in design mode. True if control is in design mode. On initialization. Event arguments. On load. Event arguments. Invokes delegates registered with the Click event. Method of the IPostBackEventHandler that raises change events. Event arguments. Raises the RealTimeData event. The sender. The instance containing the event data. Raises the callback event. Event sender. The Instance containing the event data. Gets a collection containing all input values of the control. An object that contains all input values in the container. The input values in this collection can be accessed either by index or by name. Gets a collection containing all circular gauges of the control. A object that contains all circular gauges in the container. The circular gauges in this collection can be accessed either by index or by name. Gets a collection containing all linear gauges of the control. A object that contains all linear gauges in the container. The linear gauges in this collection can be accessed either by index or by name. Gets a collection containing all numeric indicators of the control. A object that contains all numeric indicators in the container. The numeric indicators in this collection can be accessed either by index or by name. Gets a collection containing all state indicators of the control. A object that contains all state indicators in the container. The state indicators in this collection can be accessed either by index or by name. Gets a collection containing gauge images of the control. A that contains gauge images in the container. The gauge images in this collection can be accessed either by index or by name, and can be displayed anywhere within the container.

A top image can be displayed on top of the container using the property.

Various other gauge elements may also use images (e.g. a pointer can have an image, used as a custom pointer and set via the pointer's Image property).

Gets a collection containing the labels of the control. A object that contains labels of the container. The labels in this collection can be accessed either by index or by name, and can be displayed anywhere within the container.

Note that these are not scale labels (a scale has standard and custom labels).

Gets a collection containing all named images in the control. A object that contains all named images in the container. The named images in this collection can be accessed either by index or by name.

A named image added to the container can be used at any time as the source for any image property of the gauge, and the named image is saved as a resource. NOTE: For the Gauge web control, this functionality is limited due to the limited lifetime of the control.

Map area collection, which contains custom map areas. A object, that stores elements. objects objects represent custom map areas, as opposed to map areas that are automatically created for gauge elements as a result of having their Href or ToolTip property being set.

NOTE: Setting this property will only have an effect if the property is set to true.

Gets or sets the refresh rate of the entire gauge container in redraws per second. A double that represents how many times per second the gauge container is to be redrawn. The default value is 30. An ArgumentException will be thrown if the value is less than 0. This property determines how many times per second the gauge container should be refreshed. Decreasing this value might improve performance, but the motion of the pointers may become choppy.

This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms Control.

Determines if client-side image maps are enabled. If true client-side image maps will be enabled, if false they will not be. Defaults to true. If this property is set to false then setting the property, as well as setting the Tooltip and Href properties of gauge elements, will not result in their associated image maps being created. Determines if the location and size of all circular and linear gauges is to be calculated automatically for the best fit. If true the gauge location/sizes are automatically calculated, if false they are not. Defaults to true. Gets or sets the intensity of all shadows, measured as a percentage. A float that can range from 0 to 100. The default value is 25. An ArgumentException will be thrown if the value is not between 0 and 100. This property represents the intensity of all shadows in the entire gauge container. Ranges from 0 to 100. At 100 the shadow will be completely black. Gets or sets the frame attributes of the gauge container. A which contains all attributes of the gauge container's frame. The contains all of the visual attributes of the gauge container's frame, such as shape, style, colors, etc. Gets or sets the image to be displayed on top of the gauge container. A string representing the URL of the top image. The image should be an absolute or relative.

NOTE: This could also be the name of a , but this functionality is limited due to the limited lifetime of the control.

Get or sets the transparent color of the top image. A representing the transparent color of the top image. The default value is Color.Empty. The color specified by this property will be treated as the transparent color of the image and will not be shown. Gets or sets the hue color to be applied to the top image. A that represents the hue color to be applied to the top image. The default value is Color.Empty. The hue color is applied to the entire image in order to modify its hue. Gets or sets the smoothing (antialiasing) mode for all elements in the gauge container. One of the values. The default is AntiAliasing.All. This property affects all elements. Gets or sets the quality of text antialiasing. One of the values. The default is TextAntiAliasingQuality.High. This property affects the rendering of all text. Indicates whether the control should draw right-to-left for RTL languages. One of the values. The default is RightToLeft.No. This property affects the direction of all circular gauge scales as well as any horizontal linear scales. Gets the gauge serializer object which can be used to load or save all attributes of the gauge container and its children. A object. The object provides methods to load and save the entire contents of the gauge container to an XML or a binary file. Gets the callback manager object which can be used to disable callback updates, execute JavaScript code and update other controls during the handling of the and events. A object. This class should only be used inside the handlers of the and events. Gets or sets the source containing a list of values used to populate history data. A System.Collections.IEnumerable implemented object that contains a collection of values used to supply data to this control. The default value is a null reference (Nothing in Visual Basic). Use the DataSource property to specify the source of values to bind to history data of the control. The data source must be an object that implements the interface (such as , , and ) to bind to history data. Determines how often (in seconds) the Windows Forms control will poll the Web server in order to retrieve real-time data. When the server if polled the event is fired. This event must be handled on the server in order to provide the real time data. A float representing the time between polls in seconds. The default value is 1, which means that the Windows Forms control will poll the server every second. Use this property in conjunction with the event in order to provide real time data to the Windows Forms control when it is hosted in a web browser. Determines the view state to be persisted on the server. A enumeration value that represents the view state. The default value is . Use this property to set the view state of the GaugeContainer control. When using this property the view state is automatically saved by the GaugeContainer control, and is also loaded automatically when a postback occurs. To enable state management set the EnableViewState property to TRUE. Determines the type of image to be rendered. Can be Png, Jpg, Bmp, Flash, etc. When the property is set to RenderType.RealTimeStreaming" this property also determines if the real time streaming will be image based or Flash based. An value. Defaults to ImageType.Png. For Jpg note that the compression can be set using the property. Image compression value. Ranges from 0 to 100 percent, used for JPEGs. An integer that represents the percentage of JPEG compression. Defaults to 0. Gauge image's absolute or relative URL, which determines the location where the gauge image is saved. Only used when the image is rendered as an IMG tag or INPUT tag. This property has no effect if the property is set to binary streaming.

The temporary image files can be managed by using this ImageUrl property. There are 3 type of file management: Single Filename; Unique Filenames using UIDS; and Round Robin (the default). For more information see the "Image File Management" help topic.

Determines if the gauge should be rendered as an image tag, input tag, binary data stream or image map. A value, that represents the rendering type. Defaults to RenderType.ImageTag. If rendered as an IMG tag then the URL where the temporary image is saved is determined by the property. Gets or sets the color which will become transparent. A that represents the transparent color. The default value is Color.Empty. This property is very useful if you are trying to make the background of the gauge transparent. /// Determines if the gauge should be rendered as a WinForms control. A value, that specifies if the control should be rendered as a WinForms contorol. The default value is AutoBool.False. If this property is set to AutoBool.Auto the control with check if the client has .NET installed and render as a WinForms control. If the client does not have the .NET runtime installed Absolute or relative URL of the Windows Forms control. A string value, that specifies the URL. The default value is an empty string. Gets or sets the text message which is displayed while the control's data is being loaded from the server. Applies only when the GaugeContainer is renders as a Windows Forms control hosted in a web browser. A string containg the message. The default value is "Loading...". When the Windows Forms control is first displayed in a web browser it connects to the server in order to load its data. This might take some time, so it is a good idea to display a message indicating to the user that data is being loaded. Gets or sets the location of the image which is displayed while the control's data is being loaded from the server. Applies only when the GaugeContainer is renders as a Windows Forms control hosted in a web browser. A string containg location of the image. By default this property is empty. When the Windows Forms control is first displayed in a web browser it connects to the server in order to load its data. This might take some time, so it is a good idea to display a message or an image (or both) indicating to the user that data is being loaded. Gets or sets the location of the image which is displayed while the control's DLL is being loaded from the server. Applies only when the GaugeContainer is renders as a Windows Forms control hosted in a web browser. A string containg location of the image. By default this property is empty. Before the Windows Forms control is first displayed in a web browser, the browser has to download the control's DLL file from the server. This process sometimes take time, so it is a good idea to display an image to the user. Gets a value indicating whether the control is being loaded in response to a real time data request, or if it is being loaded and accessed for the first time. The value will be true if this is a real time data request; otherwise false. When the control is performing real-time data requests, either through SmartClient or RealTimeStreaming, the server will be hit at intervals specified by the property. Use this property in events like to determine if this is a real-time data request or the control is being loaded for the first time. Gets a value indicating whether this request is an AJAX callback. The value will be true if this is a callback request; otherwise false. When the zooming or panning functionality is enabled the control will receive requests for partial content from the client. In this case only a small section of the content is rendered. In this case this property will be set to True. This property will also be True is this is a rasult from calling doCallback() from JavaScript on the client. Gets or sets any additional attributes that are to be placed inside the rendered tag. A string containg location of the image. By default this property is empty.

If the property is set to RenderType.ImageTag the Dundas Gauge component will place an img tag with the location of the gauge image on the server. You can use the TagAttributes property to place any additional attributes of the img tag, like align, border, alt, etc. You can also use this property to handle events such as onload, onclick, etc."

If the Dundas Gauge is rendered as a Winows Forms control (a.k.a. SmartClient) an object tag is placed. Then the TagAttributes property can be used to provide additional attributes that will be placed inside the object tag. Similarly you can use it to specify attributes and handle events.

Determines the fill color of the markers of a selected element. The default value is Color.LightBlue. A gauge element can be selected by setting its Selected property to true. Determines the border color of the selection. The default value is Color.Black. A gauge element can be selected by setting its Selected property to true. Width of the gauge container. Should be UnitType.Pixel. A value. Defaults to 320 pixels. Height of the gauge container. Should be UnitType.Pixel. A value. Defaults to 240 pixels. Gets or sets a boolean value that determines if state management is enabled. True if state management is enabled, otherwise false. The default value is false. Setting this property (which is inherited from the Windows Form Control class) to true will enable state management for the GaugeContainer control. The view state that is saved is determined by either the or properties. For further information consult your Visual Studio documentation concerning view state or state mangement. Access key property. Should not be used. Should not be used. Should not be used. Should not be used. A reference to the element currently selected in design time. Called just before a gauge element's background is painted. Called just after a gauge element's background is painted. Defines the Click event using the event property syntax. The Events property stores all the event delegates of a control as name/value pairs. Fires during a real-time data request. Fires during a user callback. EnableTheming is suppressing SkinID is suppressed This class is used to prepare drawing for Svg Rendering class. Svg rendering class is used in two products: Dundas Chart and Dundas Diagram, and it cannot use internally any definition from these two products. Rendering SVG Class which is used for rendering SVG graphics file in a XML document. This class is used to prepare attributes for use with Svg Rendering class. Svg rendering class is used in two products: Dundas Chart and Dundas Diagram, and it cannot use internally any definition from these two products. This class is used as an abstract class to define necessary attributes for SVG drawing. This file is used in two products: Dundas Diagram and Dundas Chart. This class is base class for all SVG classes. Public constructor Returns string presentation of X coordinate in current coordinate system and measurement units. X value which should be converted to string Result string with coordinate and measurement units. Returns string presentation of Y coordinate in current coordinate system and measurement units. Y value which should be converted to string Result string with coordinate and measurement units. Returns string presentation of X coordinate in current coordinate system and measurement units. Point which X value should be converted to string Result string with coordinate and measurement units. Returns string presentation of X coordinate in current coordinate system and measurement units. Rectangle which X value should be converted to string Result string with coordinate and measurement units. Returns string presentation of Width in current coordinate system and measurement units. Rectangle which Width value should be converted to string Result string with size and measurement units. Returns string presentation of Height coordinate in current coordinate system and measurement units. Rectangle which Height value should be converted to string Result string with size and measurement units. Returns string presentation of Y coordinate in current coordinate system and measurement units. Point which Y value should be converted to string Result string with coordinate and measurement units. Returns string presentation of Y coordinate in current coordinate system and measurement units. Point which Y value should be converted to string Result string with coordinate and measurement units. Gets the color of the Solid brush or the first color of Gradient brush Gets the color of the Text Color Gets the second color of Gradient Brush Gets determine direction for filling gradient. Gets the Fill Type. The fill type could be solid color, gradient, etc . Gets the Fill Mode. Specifies how the interior of a closed path is filled. Gets the Image Wrap Mode. Specifies how an image is tiled when it is smaller than the area being filled. Gets the color used for drawing lines and curves. Gets the width of this Pen. Gets the Line Cap Style. Gets the style used for dashed lines drawn with this Pen. Gets the Matrix object which represents matrix transformation elements Gets a Font object which defines a particular format for text, including font face, size, and style attributes. Gets String format which encapsulates text layout information (such as alignment and line spacing), display manipulations (such as ellipsis insertion and national digit substitution) and OpenType features. Gets or Set Picture size This enumeration defines how start or finish point of a line is drawn Specifies a flat line cap. Specifies a round line cap. Specifies a square line cap. This enumeration defines pattern for solid and blank sequences for rendering a line Line consisting of dashes Line consisting of a repeating pattern of dash-dot Line consisting of a repeating pattern of dash-dot-dot Line consisting of a repeating pattern of dash-dash-dot Line consisting of doubledashes Line consisting of a repeating pattern of doubledash-halfdash-halfdash Line consisting of a repeating pattern of doubledash-halfdash Line consisting of a repeating pattern of doubledash-doubledash-halfdash Line consisting of halfdashes Line consisting of a repeating pattern of halfdash-dot Line consisting of a repeating pattern of halfdash-dot-dot Line consisting of a repeating pattern of halfdash-halfdash-dot Line consisting of dots Custom pattern Solid line This enumeration defines the type of filling Solid fill Hatch fill Image fill Gradient fill No fill This enumeration defines the type of gradient Disabled Specifies a gradient from Left to Right. Specifies a gradient from Top to Bottom. Specifies a gradient from Center. Specifies a gradient from Top Left to Bottom Right. Specifies a gradient from Top Right to Bottom Left. Specifies a gradient from Center to Left and Right. Specifies a gradient from Center to Top and Bottom. This enumeration defineshow image is tiled when it is larger than the area being filled Scaled to fill available area Tiles Reverses the image horizontally and then tiles it Reverses the image vertically and then tiles it Reverses the image horizontally and vertically and then tiles it Fill available area without scaling Brush Color Second Brush Color used for gradient Encapsulates a 3-by-3 affine matrix that represents a geometric transform. Defines a particular format for text, including font face, size, and style attributes. Encapsulates text layout information (such as alignment and line spacing), display manipulations (such as ellipsis insertion and national digit substitution) and OpenType features. Gradient types used in SVG Rendering class The size of the chart picture Specifies how an image texture is tiled when it is larger than the area being filled. Default constructor This method will replace comma wit dot when the number is converted to the string. In some European countries comma is used as decimal point separator. Floating point number The string which represents the number This method will replace comma wit dot when the number is converted to the string. In some European countries comma is used as decimal point separator. Double number The string which represents the number Returns string presentation of X coordinate in current coordinate system and measurement units. X value which should be converted to string Result string with coordinate and measurement units. Returns string presentation of Y coordinate in current coordinate system and measurement units. Y value which should be converted to string Result string with coordinate and measurement units. Returns string presentation of X coordinate in current coordinate system and measurement units. Point which X value should be converted to string Result string with coordinate and measurement units. Returns string presentation of X coordinate in current coordinate system and measurement units. Rectangle which X value should be converted to string Result string with coordinate and measurement units. Returns string presentation of Width in current coordinate system and measurement units. Rectangle which Width value should be converted to string Result string with size and measurement units. Returns string presentation of Height coordinate in current coordinate system and measurement units. Rectangle which Height value should be converted to string Result string with size and measurement units. Returns string presentation of Y coordinate in current coordinate system and measurement units. Point which Y value should be converted to string Result string with coordinate and measurement units. Returns string presentation of Y coordinate in current coordinate system and measurement units. Point which Y value should be converted to string Result string with coordinate and measurement units. Set brush which defines how to fill the interiors of graphical shapes such as rectangles, ellipses, pies, polygons, and paths. Set private fields which define Pen attributes. Gets the color of the Solid brush or the first color of Gradient brush Sets the color of the Solid brush or the first color of Gradient brush Sets the color, width and style for drawing Gets the second color of Gradient Brush Gets determine direction for filling gradient. Gets the Fill Type. The fill type could be solid color, gradient, etc . Gets the color used for drawing lines and curves. Gets the width of this Pen. Gets the style used for dashed lines drawn with this Pen. Gets the Matrix object which represents matrix transformation elements Gets a Font object which defines a particular format for text, including font face, size, and style attributes. Gets String format which encapsulates text layout information (such as alignment and line spacing), display manipulations (such as ellipsis insertion and national digit substitution) and OpenType features. Gets Picture size Gets or sets the flag that specifies the filling mode used during filling operations Gets the Line Cap Style. Gets the Image Wrap Mode. Specifies how an image is tiled when it is smaller than the area being filled. Gets the color of the Text Color Xml Text Writer object used for SVG output. Id gradient used to define same gradient Id used to define clip region Drawing code is under selection mode. Id gradient string used to define same gradient Used to compare new assigned matrix object with matrix object currently assigned. if true Anti aliasing is enabled if true Anti aliasing is enabled for font Variable used to close transformation section in SVG file. Text used for SVG Tooltips Text used for title There is minimum one drawing primitive which have tool tip Clip Region is set Svg document is resizable Public constructor Open SVG Document for writing Svg stream or file used as an output. Size of a SVG Picture Set Title for SVG document. SVG document title Open SVG Document for writing Svg stream or file used as an output. Size of a SVG Picture Structure with extra parameters Validation for commonly used variables. Used to Close and put finish tag on SVG document Draws a line connecting the two points specified by coordinate pairs. Point structure that represents the first point to connect. Point structure that represents the second point to connect. Draws a series of line segments that connect an array of Point structures. Array of Point structures that represent the points to connect. Draws a rectangle specified by a coordinate pair, a width, and a height. A Rectangle structure that represents the rectangle to draw. Set a rectangle coordinates specified by a coordinate pair, a width, and a height to SVG document. A Rectangle structure that represents the rectangle to draw. Draws a polygon defined by an array of Point structures. Array of Point structures that represent the vertices of the polygon. Sets a polygon coordinates defined by an array of Point structures. Array of Point structures that represent the vertices of the polygon. Draws an arc representing a portion of an ellipse specified by a Rectangle structure. Rectangle structure that defines the boundaries of the ellipse. Angle in degrees measured clockwise from the x-axis to the starting point of the arc. Angle in degrees measured clockwise from the startAngle parameter to ending point of the arc. Draws a pie shape defined by an ellipse specified by a Rectangle structure and two radial lines. Rectangle structure that represents the bounding rectangle that defines the ellipse from which the pie shape comes. Angle measured in degrees clockwise from the x-axis to the first side of the pie shape. Angle measured in degrees clockwise from the startAngle parameter to the second side of the pie shape. Sets a pie shape coordinates defined by an ellipse specified by a Rectangle structure and two radial lines. Rectangle structure that represents the bounding rectangle that defines the ellipse from which the pie shape comes. Angle measured in degrees clockwise from the x-axis to the first side of the pie shape. Angle measured in degrees clockwise from the startAngle parameter to the second side of the pie shape. Draws an ellipse defined by a bounding rectangle specified by a pair of coordinates, a height, and a width. Rectangle structure that defines the boundaries of the ellipse. Set an ellipse coordinates defined by a bounding rectangle specified by a pair of coordinates, a height, and a width. Rectangle structure that defines the boundaries of the ellipse. Draws a Bézier spline defined by four Point structures. Point structure that represents the starting point of the curve. Point structure that represents the first control point for the curve. Point structure that represents the second control point for the curve. Point structure that represents the ending point of the curve. Draws a series of Bézier splines from an array of PointF structures. Array of PointF structures that represent the points that determine the curve. Draws a cardinal spline through a specified array of Point structures. Array of Point structures that define the spline. Value greater than or equal to 0.0F that specifies the tension of the curve. Draws a cardinal spline through a specified array of PointF structures using a specified tension. The drawing begins offset from the beginning of the array. Array of PointF structures that define the spline. Offset from the first element in the array of the points parameter to the starting point in the curve. Number of segments after the starting point to include in the curve. Value greater than or equal to 0.0F that specifies the tension of the curve. Draws a GraphicsPath object. GraphicsPath object to draw. Draws a closed cardinal spline defined by an array of Point structures. Array of Point structures that define the spline. Value greater than or equal to 0.0F that specifies the tension of the curve. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws the specified Image object at the specified location and with the original size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Fills the specified Rectangle at the specified location with specified Texture Brush. Brush with texture Destination rectangle Draws the specified text string at the specified location with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. RectangleF structure that specifies the location of the drawn text. Draws the specified text string at the specified location with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. PointF structure that specifies the upper-left corner of the drawn text. Fills the interior of a rectangle specified by a RectangleF structure. RectangleF structure that represents the rectangle to fill. Fill a polygon defined by an array of Point structures. Array of Point structures that represent the vertices of the polygon. Fill a pie shape defined by an ellipse specified by a Rectangle structure and two radial lines. Rectangle structure that represents the bounding rectangle that defines the ellipse from which the pie shape comes. Angle measured in degrees clockwise from the x-axis to the first side of the pie shape. Angle measured in degrees clockwise from the startAngle parameter to the second side of the pie shape. Fill an ellipse defined by a bounding rectangle specified by a pair of coordinates, a height, and a width. Rectangle structure that defines the boundaries of the ellipse. Fill a closed cardinal spline defined by an array of Point structures. Array of Point structures that define the spline. Value greater than or equal to 0.0F that specifies the tension of the curve. Fill a GraphicsPath object. GraphicsPath object to draw. Fill a Bézier spline defined by four Point structures. If curve is open a line will connect the curve. Point structure that represents the starting point of the curve. Point structure that represents the first control point for the curve. Point structure that represents the second control point for the curve. Point structure that represents the ending point of the curve. Fill a cardinal spline through a specified array of Point structures. Array of Point structures that define the spline. Value greater than or equal to 0.0F that specifies the tension of the curve. Fill an arc representing a portion of an ellipse specified by a Rectangle structure. Rectangle structure that defines the boundaries of the ellipse. Angle in degrees measured clockwise from the x-axis to the starting point of the arc. Angle in degrees measured clockwise from the startAngle parameter to ending point of the arc. Method which checks if elements of assigned transformation matrix are changed. True if matrix is changed Method which checks if there is any transformation True if there are no transformations Method which reset transformations This method is used to wrap string which can not fir specified rectangle. SVG does not support multi line text and automatic text wrapping. String which has to be wrapped. Destination rectangle. Rectangle which should be filled with text in many columns. Split the text with empty char Converts Image object into the BASE64 encoded string Image to convert. BASE64 encoded image data. Converts Svg Dash Style enumeration to the string definition. Dash style enumeration. String presentation of Dash style. Returns Alpha value from Color object converted to 0.0 - 1.0 value. Color object Alpha value from 0 to 1 Convert Color object to string Color object SVG string presentation of color Convert String Alignment to SVG string format. String Format The world transformation for SVG Drawing. Sets the rendering quality for this Graphics object. True if Anti Aliasing is on True if shape antialias mode is active and false for text Create string presentation of transformation matrix Transformation 2D Matrix object. Set Old Matrix String presentation of transformation matrix. Create define section before drawing section. Fill mode is active Draw mode is active This method starts SVG Selection mode The location of the referenced object, expressed as a URI reference. Title which could be used for tooltips. This method stops SVG Selection mode Activate Tool Tips Define graphics parameters as Brush and Pen in SVG Fill mode is active Draw mode is active End section tag This method is used to set def section for gradient. This method will create Gradient ID which will be used letter for filling primitives. The first color used for gradient The second color used for gradient Gradient Type Gradient ID This method creates SVG radial gradient ( from center ) definition statement. Gradient definition ID The first color used for gradient The second color used for gradient This method creates SVG linear gradient definition statement. Gradient definition ID The first color used for gradient The second color used for gradient Gradient Type This method creates SVG linear gradient definition statement. Id of the SCG Gradient Used Linear gradient brush Sets the clipping region of this Graphics object to the rectangle specified by a RectangleF structure. RectangleF structure that represents the new clip region. Resets the clip region of this Graphics object to an infinite region. This string property contain script used for tooltips in SVG Documents This string property contain script used for tooltips in SVG Documents Defines the interface which must be implemented by every rendering class. Draws a line connecting two PointF structures. Pen object that determines the color, width, and style of the line. PointF structure that represents the first point to connect. PointF structure that represents the second point to connect. Draws a line connecting the two points specified by coordinate pairs. Pen object that determines the color, width, and style of the line. x-coordinate of the first point. y-coordinate of the first point. x-coordinate of the second point. y-coordinate of the second point. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws an ellipse defined by a bounding rectangle specified by a pair of coordinates, a height, and a width. Pen object that determines the color, width, and style of the ellipse. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse. Width of the bounding rectangle that defines the ellipse. Height of the bounding rectangle that defines the ellipse. Draws a cardinal spline through a specified array of PointF structures using a specified tension. The drawing begins offset from the beginning of the array. Pen object that determines the color, width, and height of the curve. Array of PointF structures that define the spline. Offset from the first element in the array of the points parameter to the starting point in the curve. Number of segments after the starting point to include in the curve. Value greater than or equal to 0.0F that specifies the tension of the curve. Draws a rectangle specified by a coordinate pair, a width, and a height. Pen object that determines the color, width, and style of the rectangle. x-coordinate of the upper-left corner of the rectangle to draw. y-coordinate of the upper-left corner of the rectangle to draw. Width of the rectangle to draw. Height of the rectangle to draw. Draws a polygon defined by an array of PointF structures. Pen object that determines the color, width, and style of the polygon. Array of PointF structures that represent the vertices of the polygon. Draws the specified text string in the specified rectangle with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. Font object that defines the text format of the string. Brush object that determines the color and texture of the drawn text. RectangleF structure that specifies the location of the drawn text. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws the specified text string at the specified location with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. Font object that defines the text format of the string. Brush object that determines the color and texture of the drawn text. PointF structure that specifies the upper-left corner of the drawn text. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws a rectangle specified by a coordinate pair, a width, and a height. A Pen object that determines the color, width, and style of the rectangle. The x-coordinate of the upper-left corner of the rectangle to draw. The y-coordinate of the upper-left corner of the rectangle to draw. The width of the rectangle to draw. The height of the rectangle to draw. Draws a GraphicsPath object. Pen object that determines the color, width, and style of the path. GraphicsPath object to draw. Draws a pie shape defined by an ellipse specified by a coordinate pair, a width, and a height and two radial lines. Pen object that determines the color, width, and style of the pie shape. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie shape comes. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie shape comes. Width of the bounding rectangle that defines the ellipse from which the pie shape comes. Height of the bounding rectangle that defines the ellipse from which the pie shape comes. Angle measured in degrees clockwise from the x-axis to the first side of the pie shape. Angle measured in degrees clockwise from the startAngle parameter to the second side of the pie shape. Draws an arc representing a portion of an ellipse specified by a pair of coordinates, a width, and a height. Pen object that determines the color, width, and style of the arc. x-coordinate of the upper-left corner of the rectangle that defines the ellipse. y-coordinate of the upper-left corner of the rectangle that defines the ellipse. Width of the rectangle that defines the ellipse. Height of the rectangle that defines the ellipse. Angle in degrees measured clockwise from the x-axis to the starting point of the arc. Angle in degrees measured clockwise from the startAngle parameter to ending point of the arc. Draws the specified Image object at the specified location and with the specified size. Image object to draw. RectangleF structure that specifies the location and size of the drawn image. Draws an ellipse defined by a bounding RectangleF. Pen object that determines the color, width, and style of the ellipse. RectangleF structure that defines the boundaries of the ellipse. Draws a series of line segments that connect an array of PointF structures. Pen object that determines the color, width, and style of the line segments. Array of PointF structures that represent the points to connect. Fills the interior of an ellipse defined by a bounding rectangle specified by a RectangleF structure. Brush object that determines the characteristics of the fill. RectangleF structure that represents the bounding rectangle that defines the ellipse. Fills the interior of a GraphicsPath object. Brush object that determines the characteristics of the fill. GraphicsPath object that represents the path to fill. Fills the interior of a GraphicsPath object. Brush object that determines the characteristics of the fill. GraphicsPath object that represents the path to fill. The angle by which this path has been rotated. Determines if the offset of the brush transformation matrix should be used to position the gradient. Determines if this path is a circle. Fills the interior of a Region object. Brush object that determines the characteristics of the fill. Region object that represents the area to fill. Fills the interior of a rectangle specified by a RectangleF structure. Brush object that determines the characteristics of the fill. RectangleF structure that represents the rectangle to fill. Fills the interior of a rectangle specified by a pair of coordinates, a width, and a height. Brush object that determines the characteristics of the fill. x-coordinate of the upper-left corner of the rectangle to fill. y-coordinate of the upper-left corner of the rectangle to fill. Width of the rectangle to fill. Height of the rectangle to fill. Fills the interior of a polygon defined by an array of points specified by PointF structures . Brush object that determines the characteristics of the fill. Array of PointF structures that represent the vertices of the polygon to fill. Fills the interior of a pie section defined by an ellipse specified by a pair of coordinates, a width, and a height and two radial lines. Brush object that determines the characteristics of the fill. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie section comes. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie section comes. Width of the bounding rectangle that defines the ellipse from which the pie section comes. Height of the bounding rectangle that defines the ellipse from which the pie section comes. Angle in degrees measured clockwise from the x-axis to the first side of the pie section. Angle in degrees measured clockwise from the startAngle parameter to the second side of the pie section. Measures the specified string when drawn with the specified Font object and formatted with the specified StringFormat object. String to measure. Font object defines the text format of the string. SizeF structure that specifies the maximum layout area for the text. StringFormat object that represents formatting information, such as line spacing, for the string. This method returns a SizeF structure that represents the size, in pixels, of the string specified in the text parameter as drawn with the font parameter and the stringFormat parameter. Measures the specified string when drawn with the specified Font object and formatted with the specified StringFormat object. String to measure. Font object defines the text format of the string. This method returns a SizeF structure that represents the size, in pixels, of the string specified in the text parameter as drawn with the font parameter and the stringFormat parameter. Saves the current state of this Graphics object and identifies the saved state with a GraphicsState object. This method returns a GraphicsState object that represents the saved state of this Graphics object. Restores the saved state of graphics object. State to restore. Resets the clip region of this Graphics object to an infinite region. Sets the clipping region of this Graphics object to the rectangle specified by a RectangleF structure. RectangleF structure that represents the new clip region. Sets the clipping region of this Graphics object to the result of the specified operation combining the current clip region and the specified GraphicsPath object. GraphicsPath object to combine. Member of the CombineMode enumeration that specifies the combining operation to use. Prepends the specified translation to the transformation matrix of this Graphics object. x component of the translation. y component of the translation. This method starts Selection mode The location of the referenced object, expressed as a URI reference. Title which could be used for tooltips. This method stops Selection mode Gets or sets the world transformation for this Graphics object. Gets or sets the rendering quality for this Graphics object. Gets or sets the rendering mode for text associated with this Graphics object. Gets or sets a Region object that limits the drawing region of this Graphics object. Reference to the Graphics object Gets a value indicating whether the clipping region of this Graphics object is empty. Default constructor Draws a line connecting two PointF structures. Pen object that determines the color, width, and style of the line. PointF structure that represents the first point to connect. PointF structure that represents the second point to connect. Draws a line connecting the two points specified by coordinate pairs. Pen object that determines the color, width, and style of the line. x-coordinate of the first point. y-coordinate of the first point. x-coordinate of the second point. y-coordinate of the second point. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws an ellipse defined by a bounding rectangle specified by a pair of coordinates, a height, and a width. Pen object that determines the color, width, and style of the ellipse. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse. Width of the bounding rectangle that defines the ellipse. Height of the bounding rectangle that defines the ellipse. Draws a cardinal spline through a specified array of PointF structures using a specified tension. The drawing begins offset from the beginning of the array. Pen object that determines the color, width, and height of the curve. Array of PointF structures that define the spline. Offset from the first element in the array of the points parameter to the starting point in the curve. Number of segments after the starting point to include in the curve. Value greater than or equal to 0.0F that specifies the tension of the curve. Draws a rectangle specified by a coordinate pair, a width, and a height. Pen object that determines the color, width, and style of the rectangle. x-coordinate of the upper-left corner of the rectangle to draw. y-coordinate of the upper-left corner of the rectangle to draw. Width of the rectangle to draw. Height of the rectangle to draw. Draws the specified text string in the specified rectangle with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. Font object that defines the text format of the string. Brush object that determines the color and texture of the drawn text. RectangleF structure that specifies the location of the drawn text. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws the specified text string at the specified location with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. Font object that defines the text format of the string. Brush object that determines the color and texture of the drawn text. PointF structure that specifies the upper-left corner of the drawn text. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws a rectangle specified by a coordinate pair, a width, and a height. A Pen object that determines the color, width, and style of the rectangle. The x-coordinate of the upper-left corner of the rectangle to draw. The y-coordinate of the upper-left corner of the rectangle to draw. The width of the rectangle to draw. The height of the rectangle to draw. Draws a GraphicsPath object. Pen object that determines the color, width, and style of the path. GraphicsPath object to draw. Draws a pie shape defined by an ellipse specified by a coordinate pair, a width, and a height and two radial lines. Pen object that determines the color, width, and style of the pie shape. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie shape comes. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie shape comes. Width of the bounding rectangle that defines the ellipse from which the pie shape comes. Height of the bounding rectangle that defines the ellipse from which the pie shape comes. Angle measured in degrees clockwise from the x-axis to the first side of the pie shape. Angle measured in degrees clockwise from the startAngle parameter to the second side of the pie shape. Draws an arc representing a portion of an ellipse specified by a pair of coordinates, a width, and a height. Pen object that determines the color, width, and style of the arc. x-coordinate of the upper-left corner of the rectangle that defines the ellipse. y-coordinate of the upper-left corner of the rectangle that defines the ellipse. Width of the rectangle that defines the ellipse. Height of the rectangle that defines the ellipse. Angle in degrees measured clockwise from the x-axis to the starting point of the arc. Angle in degrees measured clockwise from the startAngle parameter to ending point of the arc. Draws the specified Image object at the specified location and with the specified size. Image object to draw. RectangleF structure that specifies the location and size of the drawn image. Draws an ellipse defined by a bounding RectangleF. Pen object that determines the color, width, and style of the ellipse. RectangleF structure that defines the boundaries of the ellipse. Draws a series of line segments that connect an array of PointF structures. Pen object that determines the color, width, and style of the line segments. Array of PointF structures that represent the points to connect. Fills the interior of an ellipse defined by a bounding rectangle specified by a RectangleF structure. Brush object that determines the characteristics of the fill. RectangleF structure that represents the bounding rectangle that defines the ellipse. Fills the interior of a GraphicsPath object. Brush object that determines the characteristics of the fill. GraphicsPath object that represents the path to fill. Fills the interior of a GraphicsPath object. Brush object that determines the characteristics of the fill. GraphicsPath object that represents the path to fill. The angle by which this path has been rotated. Determines if the offset of the brush transformation matrix should be used to position the gradient. Determines if this path is a circle. Fills the interior of a Region object. Brush object that determines the characteristics of the fill. Region object that represents the area to fill. Fills the interior of a rectangle specified by a RectangleF structure. Brush object that determines the characteristics of the fill. RectangleF structure that represents the rectangle to fill. Fills the interior of a rectangle specified by a pair of coordinates, a width, and a height. Brush object that determines the characteristics of the fill. x-coordinate of the upper-left corner of the rectangle to fill. y-coordinate of the upper-left corner of the rectangle to fill. Width of the rectangle to fill. Height of the rectangle to fill. Fills the interior of a polygon defined by an array of points specified by PointF structures . Brush object that determines the characteristics of the fill. Array of PointF structures that represent the vertices of the polygon to fill. Fills the interior of a pie section defined by an ellipse specified by a pair of coordinates, a width, and a height and two radial lines. Brush object that determines the characteristics of the fill. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie section comes. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie section comes. Width of the bounding rectangle that defines the ellipse from which the pie section comes. Height of the bounding rectangle that defines the ellipse from which the pie section comes. Angle in degrees measured clockwise from the x-axis to the first side of the pie section. Angle in degrees measured clockwise from the startAngle parameter to the second side of the pie section. Sets the clipping region of this Graphics object to the rectangle specified by a RectangleF structure. RectangleF structure that represents the new clip region. Resets the clip region of this Graphics object to an infinite region. Sets the clipping region of this Graphics object to the result of the specified operation combining the current clip region and the specified GraphicsPath object. GraphicsPath object to combine. Member of the CombineMode enumeration that specifies the combining operation to use. Prepends the specified translation to the transformation matrix of this Graphics object. x component of the translation. y component of the translation. Set Gradient colors and type The first gradient color The second gradient color The gradient type Draws a polygon defined by an array of PointF structures. Pen object that determines the color, width, and style of the polygon. Array of PointF structures that represent the vertices of the polygon. Saves the current state of this Graphics object and identifies the saved state with a GraphicsState object. This method returns a GraphicsState object that represents the saved state of this Graphics object. Restores the state of this Graphics object to the state represented by a GraphicsState object. GraphicsState object that represents the state to which to restore this Graphics object. Measures the specified string when drawn with the specified Font object and formatted with the specified StringFormat object. String to measure. Font object defines the text format of the string. SizeF structure that specifies the maximum layout area for the text. StringFormat object that represents formatting information, such as line spacing, for the string. This method returns a SizeF structure that represents the size, in pixels, of the string specified in the text parameter as drawn with the font parameter and the stringFormat parameter. Measures the specified string when drawn with the specified Font object and formatted with the specified StringFormat object. String to measure. Font object defines the text format of the string. This method returns a SizeF structure that represents the size, in pixels, of the string specified in the text parameter as drawn with the font parameter and the stringFormat parameter. This method starts Selection mode The location of the referenced object, expressed as a URI reference. Title which could be used for tooltips. This method stops Selection mode Gets or sets the world transformation for this Graphics object. Gets or sets the rendering quality for this Graphics object. Gets a value indicating whether the clipping region of this Graphics object is empty. Gets or sets a Region object that limits the drawing region of this Graphics object. Reference to the Graphics object Gets or sets the rendering mode for text associated with this Graphics object. Specifies the format of the image. Joint Photographic Experts Group (JPEG) image format. W3C Portable Network Graphics (PNG) image format. Bitmap image format (BMP). Tag Image File Format (TIFF) image format. Graphics Interchange Format (GIF) image format. Enhanced Meta File (Emf) image format. Flash format. Encapsulates GDI+ gauge drawing functionality. This class is exposed in some of the event argument-related classes, and can be used to perform custom drawing. This class is used as a connection point between different rendering types as SVG, GDI+, Flash etc. Indicates that chart element shadow is drawn. Default Constructor Draws a line connecting two PointF structures. Pen object that determines the color, width, and style of the line. PointF structure that represents the first point to connect. PointF structure that represents the second point to connect. Draws a line connecting the two points specified by coordinate pairs. Pen object that determines the color, width, and style of the line. x-coordinate of the first point. y-coordinate of the first point. x-coordinate of the second point. y-coordinate of the second point. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws an ellipse defined by a bounding rectangle specified by a pair of coordinates, a height, and a width. Pen object that determines the color, width, and style of the ellipse. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse. Width of the bounding rectangle that defines the ellipse. Height of the bounding rectangle that defines the ellipse. Draws a cardinal spline through a specified array of PointF structures using a specified tension. The drawing begins offset from the beginning of the array. Pen object that determines the color, width, and height of the curve. Array of PointF structures that define the spline. Offset from the first element in the array of the points parameter to the starting point in the curve. Number of segments after the starting point to include in the curve. Value greater than or equal to 0.0F that specifies the tension of the curve. Draws a rectangle specified by a coordinate pair, a width, and a height. Pen object that determines the color, width, and style of the rectangle. x-coordinate of the upper-left corner of the rectangle to draw. y-coordinate of the upper-left corner of the rectangle to draw. Width of the rectangle to draw. Height of the rectangle to draw. Draws a polygon defined by an array of PointF structures. Pen object that determines the color, width, and style of the polygon. Array of PointF structures that represent the vertices of the polygon. Draws the specified text string in the specified rectangle with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. Font object that defines the text format of the string. Brush object that determines the color and texture of the drawn text. RectangleF structure that specifies the location of the drawn text. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws the specified text string at the specified location with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. Font object that defines the text format of the string. Brush object that determines the color and texture of the drawn text. PointF structure that specifies the upper-left corner of the drawn text. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws a rectangle specified by a coordinate pair, a width, and a height. A Pen object that determines the color, width, and style of the rectangle. The x-coordinate of the upper-left corner of the rectangle to draw. The y-coordinate of the upper-left corner of the rectangle to draw. The width of the rectangle to draw. The height of the rectangle to draw. Draws a GraphicsPath object. Pen object that determines the color, width, and style of the path. GraphicsPath object to draw. Draws a pie shape defined by an ellipse specified by a coordinate pair, a width, and a height and two radial lines. Pen object that determines the color, width, and style of the pie shape. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie shape comes. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie shape comes. Width of the bounding rectangle that defines the ellipse from which the pie shape comes. Height of the bounding rectangle that defines the ellipse from which the pie shape comes. Angle measured in degrees clockwise from the x-axis to the first side of the pie shape. Angle measured in degrees clockwise from the startAngle parameter to the second side of the pie shape. Draws an arc representing a portion of an ellipse specified by a pair of coordinates, a width, and a height. Pen object that determines the color, width, and style of the arc. x-coordinate of the upper-left corner of the rectangle that defines the ellipse. y-coordinate of the upper-left corner of the rectangle that defines the ellipse. Width of the rectangle that defines the ellipse. Height of the rectangle that defines the ellipse. Angle in degrees measured clockwise from the x-axis to the starting point of the arc. Angle in degrees measured clockwise from the startAngle parameter to ending point of the arc. Draws the specified Image object at the specified location and with the specified size. Image object to draw. RectangleF structure that specifies the location and size of the drawn image. Draws an ellipse defined by a bounding RectangleF. Pen object that determines the color, width, and style of the ellipse. RectangleF structure that defines the boundaries of the ellipse. Draws a series of line segments that connect an array of PointF structures. Pen object that determines the color, width, and style of the line segments. Array of PointF structures that represent the points to connect. Fills the interior of an ellipse defined by a bounding rectangle specified by a RectangleF structure. Brush object that determines the characteristics of the fill. RectangleF structure that represents the bounding rectangle that defines the ellipse. Fills the interior of a GraphicsPath object. Brush object that determines the characteristics of the fill. GraphicsPath object that represents the path to fill. Fills the interior of a GraphicsPath object. Brush object that determines the characteristics of the fill. GraphicsPath object that represents the path to fill. The angle by which this path has been rotated. Determines if the offset of the brush transformation matrix should be used to position the gradient. Determines if this path is a circle. Fills the interior of a Region object. Brush object that determines the characteristics of the fill. Region object that represents the area to fill. Fills the interior of a rectangle specified by a RectangleF structure. Brush object that determines the characteristics of the fill. RectangleF structure that represents the rectangle to fill. Fills the interior of a rectangle specified by a pair of coordinates, a width, and a height. Brush object that determines the characteristics of the fill. x-coordinate of the upper-left corner of the rectangle to fill. y-coordinate of the upper-left corner of the rectangle to fill. Width of the rectangle to fill. Height of the rectangle to fill. Fills the interior of a polygon defined by an array of points specified by PointF structures . Brush object that determines the characteristics of the fill. Array of PointF structures that represent the vertices of the polygon to fill. Fills the interior of a pie section defined by an ellipse specified by a pair of coordinates, a width, and a height and two radial lines. Brush object that determines the characteristics of the fill. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie section comes. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie section comes. Width of the bounding rectangle that defines the ellipse from which the pie section comes. Height of the bounding rectangle that defines the ellipse from which the pie section comes. Angle in degrees measured clockwise from the x-axis to the first side of the pie section. Angle in degrees measured clockwise from the startAngle parameter to the second side of the pie section. Open Flash File for writing. Stream used for flash output Size of the picture This method sets gradient type for SVG rendering The first color used for gradient The second color used for gradient The gradient Type Close Svg File Transforms the hue color. The hue color. This method starts SVG Selection mode The object for which we are starting the selection. This method stops SVG Selection mode Measures the specified string when drawn with the specified Font object and formatted with the specified StringFormat object. String to measure. Font object defines the text format of the string. SizeF structure that specifies the maximum layout area for the text. StringFormat object that represents formatting information, such as line spacing, for the string. This method returns a SizeF structure that represents the size, in pixels, of the string specified in the text parameter as drawn with the font parameter and the stringFormat parameter. Measures the specified string when drawn with the specified Font object and formatted with the specified StringFormat object. String to measure. Font object defines the text format of the string. This method returns a SizeF structure that represents the size, in pixels, of the string specified in the text parameter as drawn with the font parameter and the stringFormat parameter. Saves the current state of this Graphics object and identifies the saved state with a GraphicsState object. This method returns a GraphicsState object that represents the saved state of this Graphics object. Restores the state of this Graphics object to the state represented by a GraphicsState object. GraphicsState object that represents the state to which to restore this Graphics object. Resets the clip region of this Graphics object to an infinite region. Sets the clipping region of this Graphics object to the rectangle specified by a RectangleF structure. RectangleF structure that represents the new clip region. Set Title for SVG Document Title Text Sets the clipping region of this Graphics object to the result of the specified operation combining the current clip region and the specified GraphicsPath object. GraphicsPath object to combine. Member of the CombineMode enumeration that specifies the combining operation to use. Prepends the specified translation to the transformation matrix of this Graphics object. x component of the translation. y component of the translation. This method starts Selection mode The location of the referenced object, expressed as a URI reference. Title which could be used for tooltips. This method stops Selection mode Gets current rendering object. Gets and sets active rendering type. Gets or sets the rendering mode for text associated with this Graphics object. Gets or sets the world transformation for this Graphics object. Gets or sets the rendering quality for this Graphics object. Gets or sets a Region object that limits the drawing region of this Graphics object. Gets a value indicating whether the clipping region of this Graphics object is empty. Reference to the Graphics object Draws a line connecting the two specified points. Line color. Line width. Line style. A Point that represents the first point to connect. A Point that represents the second point to connect. Draws a line connecting the two specified points using absolute coordinates. Line color. Line width. Line style. A Point that represents the first point to connect. A Point that represents the second point to connect. Draws a line with shadow connecting the two specified points. Line color. Line width. Line style. A Point that represents the first point to connect. A Point that represents the second point to connect. Shadow Color. Shadow Offset. Draws a line with shadow connecting the two specified points. Line color. Line width. Line style. A Point that represents the first point to connect. A Point that represents the second point to connect. Shadow Color. Shadow Offset. Creates a Hatch Brush. Chart Hatch style. Fore Color. Back Color. Brush Creates a textured brush. Image file name or URL. Image transparent color. Wrap mode. Textured brush. Return the shadow brush depending on the intensity. Return the shadow brush depending on the intensity. This method creates a gradient brush. A rectangle which has to be filled with a gradient color. First color. Second color. Gradient type. Gradient Brush This method creates a gradient brush for pie. This gradient is one of the types used only with pie and doughnut. A rectangle which has to be filled with a gradient color First color Second color Gradient Brush Converts GDI+ line style to Chart Graph line style. Chart Line style. GDI+ line style. Widens the provided graphics path. Combines the two graphics paths into one. A reference to the first GraphicsPath. A reference to the second GraphicsPath. A reference to a new GraphicsPath representing the union of the two paths. Splits the provided paths into segments. GraphicsPath to be split. Starting point for splitting. Splitter path/ An array of graphics paths containing the segments. Returns the first point of path1 that is inside path2. The index of the first point or -1 if not found. Creates a marker brush. The GraphicsPath of the marker. the marker style. The marker origin. The angle of rotation. The fill color. The gradient type. The second color of the gradient. The fill hatch style. A reference to the newly created brush. Creates polygon for multi-corner star marker. Marker rectangle. Number of corners (4 and up). Array of points. Draw marker using relative coordinates of the center. Coordinates of the center. Marker style. Marker size. Marker color. Marker border color. Marker border size. Marker image name. Marker image transparent color. Marker shadow size. Marker shadow color. Rectangle to which marker image should be scaled. Draw marker using absolute coordinates of the center. Coordinates of the center. Marker style. Marker size. Marker color. Marker border color. Marker border size. Marker image name. Marker image transparent color. Marker shadow size. Marker shadow color. Rectangle to which marker image should be scaled. Always use anti aliasing when drawing the marker. Angle for drawing. Draw a string. Text. Text Font. Text Brush. Text Position. Format and text alignment. Text angle. Draw a string. Text. Text Font. Text Brush. Text Position. Format and text alignment. Text angle. Measures the specified text string when drawn with the specified Font object and formatted with the specified StringFormat object. The string to measure The Font object used to determine the size of the text string. A SizeF structure that represents the size of text as drawn with font. Measures the specified text string when drawn with the specified Font object and formatted with the specified StringFormat object. The string to measure The Font object used to determine the size of the text string. A SizeF structure that specifies the layout rectangle for the text. A StringFormat object that represents formatting information, such as line spacing, for the text string. A SizeF structure that represents the size of text as drawn with font. Draws the specified text string at the specified location with the specified Brush object and font. The formatting attributes in the specified StringFormat object are applied to the text. A string object that specifies the text to draw. A Font object that specifies the font face and size with which to draw the text. A Brush object that determines the color and/or texture of the drawn text. A RectangleF structure that specifies the location of the drawn text. A StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws the specified text string at the specified location with the specified angle and with the specified Brush object and font. The formatting attributes in the specified StringFormat object are applied to the text. A string object that specifies the text to draw. A Font object that specifies the font face and size with which to draw the text. A Brush object that determines the color and/or texture of the drawn text. A RectangleF structure that specifies the location of the drawn text. A StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. A angle of the text Draw a bar with shadow. Size of rectangle Color of rectangle Hatch style Back Image Image mode Image transparent color. Image alignment Gradient type Gradient End Color Border Color Border Width Border Style Shadow Color Shadow Offset Pen Alignment Draws rectangle or circle (inside rectangle) with shadow. Size of rectangle Color of rectangle Hatch style Back Image Image mode Image transparent color. Image alignment Gradient type Gradient End Color Border Color Border Width Border Style Shadow Color Shadow Offset Pen Alignment Draw circular shape inside the rectangle. Number of sectors in circle when drawing the polygon. 3D Circle must be drawn. Draw Shadow for a bar Bar rectangle Shadow Color Shadow Offset Back Color Draw Shadow for a bar Bar rectangle Shadow Color Shadow Offset Back Color Draw circular shape inside the rectangle. Number of sectors in circle when drawing the polygon. Fills and/or draws border as circle or polygon. Border pen. Border brush. Circle position. Number of sectors for the polygon. Indicates that circle should be 3D.. Creates 3D sector brush. Original brush. Sector position. Sector size. 3D brush. This method creates gradient color with brightness. Start color for gradient. Position used between Start and end color. Calculated Gradient color from gradient position Draw Rectangle using absolute coordinates. Size of rectangle Color of rectangle Hatch Style Image URL Image Mode Image transparent color. Image alignment. Gradient Type End Gradient color Border Color Border Width Border Style Border is outside or inside rectangle Draws shadow on path Fills graphics path using absolute coordinates. Graphics path to fill. Color of rectangle Hatch Style Image URL Image Mode Image transparent color. Image alignment. Gradient Type End Gradient color Border Color Border Width Border Style Border is outside or inside rectangle Creates brush with specified attributes. Gradient rectangle Color of rectangle Hatch style Back Image Image mode Image transparent color. Image alignment Gradient type Gradient End Color New brush object. Converts a point on the gauge in graphics pixels to percents. A containing the X and Y coordinates in pixels. A containing the coordinates in percents, where the top left corner is (0, 0) and the bottom right corner is (100, 100). Converts a point on the gauge in percents to graphics pixels. A containing the X and Y coordinates in percents, where the top left corner of the gauge control is (0, 0) and the bottom right corner is (100, 100). A containing the coordinates in pixels. Converts a size from graphics pixels to percents. A containing the Width and Height in pixels. A containing the size in percents, where the top left corner is (0, 0) and the bottom right corner is (100, 100). Converts a point on the gauge in percents to graphics pixels. A containing the Width and Height in percents, where the top left corner is (0, 0) and the bottom right corner is (100, 100). A containing the size in pixels. Converts the absolute X coordinate to a relative X coordinate. The absolute X coordinate in pixels. The relative X coordinate in percents. Converts the absolute Y coordinate to a relative Y coordinate. The absolute Y coordinate in pixels. The relative Y coordinate in percents. Converts the absolute width coordinate to a relative width coordinate. The absolute width coordinate in pixels. The relative width coordinate in percents. Converts the absolute height coordinate to a relative height coordinate. The absolute height coordinate in pixels. The relative height coordinate in percents. Converts the relative X coordinate to an absolute X coordinate. The relative X coordinate in percents. The absolute X coordinate. Converts the relative Y coordinate to an absolute Y coordinate. The relative Y coordinate in percents. The absolute Y coordinate. Converts the relative width coordinate to an absolute width coordinate. The relative width coordinate in percents. The absolute width coordinate. Converts the relative height coordinate to an absolute height coordinate. The relative height coordinate in percents. The absolute height coordinate. Converts absolute coordinates of a rectangle to relative coordinates. Absolute coordinates. Relative coordinates as a percent. Converts absolute coordinates of a point to relative coordinates. Absolute coordinates. Relative coordinates as a percent. Converts an absolute size to a relative size. Absolute size. Relative size. Converts relative coordinates of one dimension to absolute coordinates. Relative position as a percent. Absolute position. Converts relative coordinates of a point to absolute coordinates. Relative position as a percent. Absolute position. Converts relative coordinates of a rectangle to absolute coordinates. Relative position as a percent. Absolute position. Converts relative size to absolute size. Relative size as a percent. Absolute size. Helper function which creates a rounded rectangle path. Rectangle coordinates. Array of 4 corners radius. Graphics path object. Helper function which draws a shadow of the rounded rect. Rectangle coordinates. Array of 4 corners radius. Rounding radius. Center color. Surrounding color. Shadow scale value. Draws a pie defined by an ellipse specified by a Rectangle structure and two radial lines. Rectangle structure that represents the bounding rectangle that defines the ellipse from which the pie shape comes. Angle measured in degrees clockwise from the x-axis to the first side of the pie shape. Angle measured in degrees clockwise from the startAngle parameter to the second side of the pie shape. Fill color Fill Hatch Style Fill texture Texture image mode Texture transparent color Texture Alignment Fill Gradient type Fill Gradient Second Color Border Color Border Width Border Style Border Pen Alignment True if shadow is active An offset of the shadow True if Doughnut is drawn instead of pie Internal radius of the doughnut Used for soft shadow The soft shadow of the pie An offset of the shadow Angle measured in degrees clockwise from the x-axis to the first side of the pie shape. Angle measured in degrees clockwise from the startAngle parameter to the second side of the pie shape. Used for soft shadow Rectangle of the pie in absolute coordinates Fill color Get the brush for an circular range. The bounding rectangle of the range. The start angle. The sweep angle. The back color. The hatch style. The back image. The transparent color. The image alignment. The type of gradient. The gradient end color. Returns the graphics path of an circular range. The rectangle of the circular side of the range. The start angle. The sweep angle. The start radius. The end radius. The placement. Returns an array intermediate colors between the two given colors. The start color. The end color. The number of intermediate colors to return. A reference to an array of colors. Creates a graphics path for a range. The start position in relative coordinates. The end position in relative coordinates. The start width in relative coordinates. The end width in relative coordinates. The position of the scale in relative coordinates. The orientation of the linear gauge. The distance from scale in relative coordinates. The placement of the range. The width of the scale bar in relative coordinates. A reference to the new GraphicsPath object. Returns the brush of a range. The bounding rectangle of the range in absolute coordinates. The fill color. The hatch style. The gradient type. The gradient end color. The orientation of the linear gauge. Determines if the scale is reversed. Start value. End value. A reference to the new brush. Creates a grphics path for a thermometer. The start position in relative coordinates. The end position in relative coordinates. The bar width in relative coordinates. The position of the scale in relative coordinates. The orientation of the linear gauge. The distance from scale in relative coordinates. The placement of the thermometer. Determines if the scale is reversed. The width of the scale bar in relative coordinates. The offset of the bulb. The size of the bulb. The style of the thermometer. A reference to the new GraphicsPath object. Creates and returns a path and a brush that emulate a circular edge reflection. The bounding rectangle of the circle. The rotation angle of the reflection. The alpha factor of the reflection. The point to which the path and brush need to be translated to. The graphics path of the reflection. The brush of the reflection. Draws the specified Image object at the specified location and with the specified size. Image file name or URL Image position Find rounding coordinates for a rectangle Rectangle which has to be rounded Rounded rectangle Find rounding coordinates for a rectangle Rectangle which has to be rounded Rounded rectangle Set picture size Width Height Constructor Common elements class Closes the object. Dispose pen and brush Sets the clipping region of this Graphics object to the rectangle specified by a RectangleF structure. Region rectangle Returns the gradient color from a gradient position. The color from the gradient beginning. The color from the gradient end. Relative position between Begin color and End color. The double number between 0 - 1. Result color. Draws a selection around the specified rectangle. Actully the selection is drawn withing the rectangle's bounds. The rectangle of the selection. True if this is a design-time selection, false otherwise. The color of the border. The fill color of the markers. Draws a selection around the specified rectangle. Actually, the selection is drawn within the rectangle's bounds. The rectangle of the selection. Number of pixels by which the selection rectangle is to be inflated. True if this is a design-time selection, false otherwise. The color of the border. The fill color of the markers. Gets or sets a Graphics object, which encapsulates a GDI+ drawing surface. A object. This object can be used to perform drawing-related functions. Chart Graphics Anti alias mode Used to set and restore the image smoothing state. A reference to the GaugeGraphics Stores SmoothingMode Stores CompositingQuality Stores InterpolationMode Sets the image smoothing state. Restores the old image smoothing state/ Rendering Flash Class which is used for rendering Flash graphics file. Binary Writer used if flash file is streamed to the file Memory stream which contains flash binary data Memory stream which contains Define Butons records for URL and Tooltips Memory stream which contains Define Butons records for URL and Tooltips for all the animated characters which change their position during animation. Shape ID. Every shape in Flash file has to have different ID Current selection URL string. Current selection tooltip string. List of animated characters True if tooltips action script shuld be added Tooltips script data. Indicates that animated moving character is currently processed. Indicates that characters are automatically placed on display list. Default constructor is not available. Constructor. File Stream used for Image Tag or Memory stream used for binary streaming. Opens Flash document. Size of the picture. Closes flash document. Size of the picture. Number of frames per second. Total number of frames. Total number of non-repeated frames. True indicates that animation should be repeatted. Delay in seconds before animation is repeated. Draws line. Line color. Line width. First point of the line. Second point of the line. Transformation matrix. Draws rectangle outline. Line color. Line pen width. Rectangle position. Transformation matrix. Fills graphics path. Fill Color Graphics path Transformation matrix. Determines the rotation angle of a matrix. The matrix. A float representing the angle. Fills graphics path. Fill color. Graphics path. Gradient type. Gradient second fill color. Fill image. Fill image is tiled. Transformation matrix. The matrix of the gradient brush. The rectangle of the gradient brush. The angle by which this path has been rotated. Determines if the offset of the brush transformation matrix should be used to position the gradient. Determines if this path is a circle. Draws graphics path outline. Outline color. Outline pen width. Graphics path. Transformation matrix. Fills rectangle. Fill color. Rectangle to be filled. Gradient type. Gradient second fill color. Fill image. Fill image is tiled. Transformation matrix. Writes end shape record. Bits writer. Size of End Shape Record Writes style change record. Output bit writer. True if fill style is used. True if line style is used. Start coordinate X Start coordinate Y Create Straight Edge Record. Output bit writer. Delta X Value. Delta Y Value. Writes action data into the output flash stream. Writes selection and tooltips related data into the flash document. ID of the selectable character. Character transformation matrix. Writes button definition into the output stream. ID of the character used for hit testing. Action URL. Action tooltip. Character transformation matrix. Writes GetUrl action in to specified bit writer. Output bit writer. URL string to be used in action. True if it's the last action record. Writes RollOver and RollOut actions for tooltips in to specified bit writer. Output bit writer. Tooltip string to be used in action. Gets animated character translation. Used for characters animated without morphing (like text). Offset of end position from start position. Animation duration in frames. Current frame of animation. Chracter translation required. Gets animated character color translation. Used for characters animated without morphing (like text). Start color. End Color. Animation duration in frames. Current frame of animation. Character color transformation color. Writes animation frames into the flash output. Number of first frame. Number of last frame. Number of frames per second. Writes Place Object2 record. Bit writer. Placed shape ID. Transformation matrix. Writes Place Object2 record including morphing ratio. Bit writer. Placed shape ID. Morphing ratio. Transformation matrix. Writes Place Object2 record including morphing ratio. Bit writer. Placed shape ID. Morphing ratio. Transformation matrix. Color transformation. Indicates if new object should be place or old one moved. This tag defines a JPEG character. Image. Image character Id. Writes fill style array. Output bit writer. Fill style type. Fill color. Image character ID. Image transformation matrix. Gradient transformation matrix. Second gradient fill color. True if centered linear gradient. Writes array of line styles. Output bit writer. Line width. Line color. Creates byte array from Color. Color. Array of bytes. Writes rectangle coordinates into the writer. Bit writer. Rectangle structute The DefineShape3 tag defines a shape for later use by control tags such as PlaceObject. The ShapeId uniquely identifies this shape as ‘character’ in the Dictionary. The ShapeBounds field is the rectangle that completely encloses the shape. The SHAPEWITHSTYLE structure includes all the paths, fill styles and line styles that make up the shape Output bit writer. Shape character ID. Shape bounding rectangle. Fill style type. Fill color. Line color. Line width. The DefineShape tag defines a shape for later use by control tags such as PlaceObject. The ShapeId uniquely identifies this shape as ‘character’ in the Dictionary. The ShapeBounds field is the rectangle that completely encloses the shape. The SHAPEWITHSTYLE structure includes all the paths, fill styles and line styles that make up the shape Output bit writer. Shape character ID. Shape bounding rectangle. Fill style type. Fill color. Image ID. Image transformation matrix. Gradient transformation matrix. Gradien second fill color. True if linear gradient is centered. Line color. Line width. Each tag begins with a tag type and a length. There are two tag header formats, short and long. Short tag headers are used for tags with 62 bytes of data or less. Long tag headers can be used for any tag size up to 4GB, far larger than is presently practical. Bit writer. Record tag type. Length of record. Each tag begins with a tag type and a length. There are two tag header formats, short and long. Short tag headers are used for tags with 62 bytes of data or less. Long tag headers can be used for any tag size up to 4GB, far larger than is presently practical. Bit writer. Record tag type. Length of record. Writes string into the bit writer. Bit writer used fro output. String to write. Return size of the value in bits. Integer value Number of bits used for this number Checks if matrix is empty. Matrix to test. True if matrix is empty. Writes matrix data into the bit writer. Bit writer for output. Matrix to write. Writes morping shape into the Flash output. Morping start path. Morping end path. Start pen color. End pen color. Start pen width. End pen width. Start fill color. End fill color. Fill gradient type. Start gradient second color. End gradient second color. Fill image. True if image tiled. Character transformation matrix. Writes morping shape fill styles array. Output bit writer. Start bounding rectangle. End bounding rectangle. Start fill color. End fill color. Fill gradient type. Start gradient second color. End gradient second color. Fill image. True if image tiled. True if fill style is non-empty. Writes path shape into the output writer. Output bit writer. Path shape. True if line style should be set. True if fill style should be set. Writes morping shape into the Flash output. Morping start path. Morping end path. Start pen color. End pen color. Start pen width. End pen width. Character transformation matrix. Writes morping shape into the Flash output. Morping start path. Morping end path. Start fill color. End fill color. Fill gradient type. Start gradient second color. End gradient second color. Fill image. True if image tiled. Character transformation matrix. Flash record tag types. Flash file end tag. DefineShape3 tag. DefineButton2 tag. PlaceObject2 tag. MorphShape tag. ShowFrame tag. RemoveObject tag. DefineBitsJpeg2 tag. DoAction tag. SetBackgroundColor tag. Flash fill style types. Solid Fill Linear Gradient Fill Radial Gradient Fill Repeating Bitmap Fill Clipped Bitmap Fill Non Smoothed Repeating Bitmap Non Smoothed Clipped Bitmap Non filling Data structure class with information about animated character. Character ID. Character transformation matrix. Animation start frame. Animation end frame. True if animation should be repeated. Animation repeate delay in seconds. Animated start color. Animated end color. Animated position offset. True if offset should be scaled while animated. True if color should be scaled while animated. True if morphing is used to animate character. Indicated if morphing character was placed on display list. Character to be removed from the display list when this element is started animating. No public default constructor. Constructor. Character ID. Character transformation matrix. Animation start frame. Animation end frame. True if animation should be repeated. Animation repeat delay in seconds. Constructor Character ID. Character transformation matrix. Animation start frame. Animation end frame. True if animation should be repeated. Animation repeat delay in seconds. Animated start color. Animated end color. nimated position offset. ValueBase class is base class for InputValue and CalculatedValue classes. The main functionality is - handling with data history monitoring value changes and raising events. NamedElement is the base class for almost all collection elements in the Gauge, such as values, gauges, pointers, scales, ranges etc. NamedElement has one main property , which is unique if the named element is a part of the . The name of this NamedElement. Reference to common objects holder Reference to the collection which contain this NamedElement Flag which is false during initialization Initializes a new instance of NamedElement class. This method is called right after this NamedElement has been removed from a NamedCollection. This method is called right after this NamedElement becomes a member of a NamedCollection. This method is called right after this NamedElement has been renamed Initiate initialization. Finalize initialization Performs invalidating of the gauge core. Performs refreshing of the gauge core. Handles reconnect message to data providers, usually after initialization True to throw an exception if failed. Handles notification message from other NamedElements. The message of MessageType type NamedElement which sends the message Additional parameters, depended of the MessageType Returns the full name of this NamedElement including collection name in format CollectionName.NamedElementName Returns the full name of this NamedElement Returns the full name of this NamedElement including collection name in format CollectionName.NamedElementName. This method is used during this NamedElement is renaming. The new name of the element Returns the full name of this NamedElement Implementation of the IDisposable interface. Disposes the object. Dispose(bool disposing) executes in two distinct scenarios. If disposing equals true, the method has been called directly or indirectly by a user's code. Managed and unmanaged resources can be disposed. If disposing equals false, the method has been called by the runtime from inside the finalizer and you should not reference other objects. Only unmanaged resources can be disposed. This method can be overridden from successors in order to dispose their internal fields. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. Creates a shallow copy of the current Object. A shallow copy of the current Object. Initializes an object that is a copy of the current instance. The object to initialize Initialized copy of this current instance Exposes CommonElements field The named element's parent collection. A object, which is the collection that stores the named element. Gets the parent named element. Returns null if the element is not connected to the GaugeContainer. A object. Returns Default name of this class Gets or sets the name of the named element. A string that represents the name of the named element. This interface provides the ability to access and change a value provider object. The ValueBase class implements this interface. Registers new consumer of value data. The consumer to register Unregister previous registered consumer. The consumer to unregister Returns the current output value of this IValueProvider instance. The current output value. Returns the current output date stamp of this IValueProvider instance. The current output date stamp. Returns the name of this IValueProvider. The name of this IValueProvider Returns data history of this IValueProvider and passes the period needed and DateTime point. The IValueProvider uses this information to modify his history length. Returns true if this IValueProvider is in PlayBack mode. True if this IValueProvider is in PlayBack mode. Returns current ValueState of this IValueProvider. Exposes external history duration Represents internal history duration. Represents value limit for raising ValueLimitOverflow event Represents current input value of ValueBase object Represents current input date of ValueBase object Represents current output value of ValueBase object Represents current output date of ValueBase object Keeps history. List with data consumers. Keeps current ProviderState state. Possible states are --- Suspended, Playback, DataLoading, Interactive. -- Initializes a new instance of ValueBase class. Returns a string representation of the value's name. A string that represents the object's name. Resets the value, clears data history and reset consumers. Sets the value of the element and records into the data history under the current (system) date and time. Value to be set. You can use the property to achieve the same result. Sets the value of the element and records into the data history, using the given date and time and performs calculations. Value to be set. Date and time for the historical record. Returns the value. A double that represents the current output value. Check and truncates history according history depth. Appends to history the current inputValue and inputDate Appends to history Value to be added The time stamp of the value. Fires OnValueLimitOverflow event ValueChangedEventArgs to pass as event parameter Checks value if exceed the valueLimit. Note: The method should be called before registering value into history. Overrides NamedElement.OnNameChanged(). Informs all consumers that the object has changed its name. Overrides NamedElement.OnRemove().Informs all consumers that the object has been removed from its parent collection. Overrides NamedElement.OnAdded(). Notifies all gauge elements for new value object. Performs recalculation based on given input value/date pair. Input value Input DateTime Performs calculation based on given input value/date pair. This method should be overridden by CalculatedValue object. The input value The input DateTime Forces consumers to read output data again. Simulates output value/date change. OnDispose implementation; Clears data. Registers new consumer of value data. The consumer to register Unregister previous registered consumer. The consumer to unregister Returns the current output value of this instance. The current output value. Returns the current output date stamp of this instance. The current output date stamp. Returns the name of current instance. The name of this ValueBase instance Returns data history of this IValueProvider and passes the period needed and DateTime point. The ValueBase uses this information to modify the history length. Returns true if current instance is in PlayBack mode. True if current instance is in PlayBack mode. Returns current ValueState of current instance. Initializes an object that is a copy of the current instance. The object to initialize Initialized copy of this current instance Occurs when an input or playback value has changed. Occurs when a value limit has overflowed. The value limit is set by the InputValue.ValueLimit property. Exposes the history collection. Represents the name of the value object. A string that represents the name of the value. Represents the current date stamp of the value. A DateTime object that represents the date/time stamp. Represents the limit for firing the ValueLimitOverflow event. A double that represents the limit at which point the ValueLimitOverflow will be raised. Exposes private historyDepth value. Exposes the provider state. Note that in playback mode current internal value state is suspended. Represents real value state for internal purposes. Checks the current ProviderState and returns true if the state is PlayBack. Checks current ProviderState and returns true is the state allows firing events InputValue represents an input value of the gauge container, and has an associated history that stores previous values along with a time stamp. These input values are stored in the collection property, and can be used as a value source for pointers, ranges, and indicators via their ValueSource property.

The advantage to using input values is that their historical data can be used for playback, as well as calculated values. They also provide a data binding mechanism.

An input value can be used to perform data binding with external data sources. Data binding is performed at design-time using the , and properties, or can be performed at run-time using the method.

An input value can have one more associated objects, which are stored in the collection property.

The property is that field that has the date of the historical record, and the is that field that has the value of the historical record.

Initializes a new InputValue instance. Increments the current value by 1. Increments the current by the specified increment. The increment value. Sets the value of the element and records into the data history under the current (system) date and time. Value to be set. You can use the property to achieve the same result. Sets the value of the element and records into the data history, using the given date and time. Value to be set. The time stamp of the value. InputValue - cloning which performs the playback. Playback timer. Pointer to history index where is current playback data. Represents current speed multiplier. Flag which shows if the data consumers are notified about playback start. Pause flag Initialize playBackTimer instance. The timer is stopped. Performs one step of playback. Timer call back method, perform recurring recalculations, invoked by timer. Sender object. Event arguments. Performs playback. The start point from the history. Zero (0) is from beginning. The max is Data.Count Stops current visualization and performs history playback using the specified speed. Represents the speed for playback. Less than 1 performs playback slower than normal, and greater than 1 is faster than normal. Stops current visualization and performs history playback using the given speed and start time. Represents the speed for playback. Less than 1 performs playback slower than normal, and greater than 1 is faster than normal. Represents the start point in the history. Stops current visualization and performs history playback using the given speed and displaying the given number of historical records. Represents the speed for playback. Less than 1 performs playback slower than normal, and greater than 1 is faster than normal. The number of historical records to be played back. Stops playback mode if it is active, and switches to normal mode. Pauses temporary current playback mode. The playback can be resumed later using the method. Resumes playback if it is active and has been stopped temporarily with the method. While in playback mode this method returns the current playback value. A representing the current playback value. If we are not in playback mode this method will return While in playback mode this method returns the time stamp of the current playback value. A reference to representing the time stamp of the current playback value. If we are not in playback mode this method will return . Determines if this input value is in playback mode. A boolean which is true if this input value is in playback mode and false otherwise. Returns a filled with data from the history. object filled with data from the history. The structure of this is: ColumnDescriptions Value that represents the value. DateStamp that represents the time stamp. Returns a filled with data from the history. Specifies the maximum of records to return. object filled with data from the history. The structure of this is: ColumnDescriptions Value that represents the value. DateStamp that represents the time stamp.

The result contains the bottom of the history, ie. from the oldest record.

Returns a filled with data from the history. Specifies maximum of records to return. object filled with data from history The structure of this is: ColumnDescriptions Value that represents the value. DateStamp that represents the time stamp.

The result contains the bottom of the history, ie. from the oldest record.

Data binds the input value to a data source. The DataBind method will bind the input value to the data source specified by the property.

In cases where a data source is set to an input value and no other data operations are required, the DataBind method is not required to be explicitly called. In these cases, the GaugeContainer itself will databind all input values to the data source prior to rendering.

Performs databinding with historical data. The data source types should implement the IEnumerable interface. The data source which will be used to populate the history data. Field name which contains values information in the data source. Field name which contains date/time information in the datasource. Performs databinding with historical data. The data source types should implement the IEnumerable interface. Also takes a dataMember parameter, used for multi-member data sources. The data source which will be used to populate the history data. Field name which contains values information in the data source. Field name which contains date/time information in the data source. Data member name in a multi-member data source (e.g. table name in multi-table data source). Forces data binding if this.valueFieldMember is not empty Data binds to the provided IEnumerable. The data to bind to. Check, casts, converts and return the data object as IEnumerable. The Data to be converted The DataMember name in case that the data is DataSet with multiple tables. Output to flag which specified if the result is DataReader and if it mast be close after data binding. Output to IDbConnection if is created one. The IEnumerable instance. Convert enumeration item object from DataRow and DataRowView to the actual value of specified column in row Enumeration item. Converted item. Called internally when the playback is complete. Overrides NamedElement.BeginInit() in order to call BeginInit () to internal elements; Overrides NamedElement.EndInit() in order to call EndInit() to internal elements; Overrides NamedElement.OnDispose() in order to call OnDispose() to internal elements; Overrides ValueBase.Reset() in order to stop playback. Initializes an object that is a copy of the current instance. The object to initialize Initialized copy of this current instance A collection of CalculatedValue objects. A object, which stores objects. Represents the current value of the input value. A double that represents the current value. When the property is set to a new value the previous value is saved as historical data, along with a time stamp. Gets or sets the history depth. A long that represents the history depth. Represents how long previous values should be stored in the history. Measured in units defined by the property. Gets or sets history depth type in units. A value, that represents the duration type. Defaults to DurationType.Count. Gets or sets the specific data member in a multi-member data source to bind to the history. A data member from a multi-member data source. The default value is . Use the DataMember property to specify a member from a multi-member data source to bind to the history. For example, if you have a data source with more than one table (specified by the property) use this property to specify which table to bind to the history. Gets the source containing a list of values used to populate history data. An System.Collections.IEnumerable implemented object that contains a collection of values used to supply data to this control. The default value is a null reference (Nothing in Visual Basic). Use the DataSource property to specify the source of values to bind to history data of this control. The data source must be an object that implements the interface (such as , , and ) to bind to history data. Gets or sets the field of the data source that provides the date content of the historical items. A value that specifies the field of the data source that provides the date content of history items. The default is . Use this property to specify a field in the data source with date information for loading and binding history data. Gets or sets the field of the data source that provides the value content of the history items. A that specifies the field of the data source that provides the date content of history items. The default is . Use this property to specify a field in the data source with value information for loading and binding history data. Gets and sets the CommonElements instance Gets current speedMultiplier value. The TypeConverter of the InputValue class. The CollectionItemTypeConverter is design time type converter. The type of object which belongs this type converter. Must be set in the constructor. Initializes a new instance of CollectionItemTypeConverter class. This method overrides CanConvertTo from TypeConverter. This is called when someone wants to convert an instance of object to another type. Here, only conversion to an InstanceDescriptor is supported. Descriptor context. Destination type. True if object can be converted. This code performs the actual conversion from an object to an InstanceDescriptor. Descriptor context. Culture information. Object value. Destination type. Converted object. Initializes a new instance of the InputValueConverter class. Gauge data source design-time converter. Displays list of available data sources. Standard values supported - return true. Descriptor context. Standard values supported. Standard values are not exclusive - return false. Descriptor context. Non exclusive standard values. Synchronize the elements of two collections. The target collection Fill in the list of gauge type names. Descriptor context. Standard values collection. Gauge data source design-time converter. Displays list of available data source members. Standard values supported - return true. Descriptor context. Standard values supported. Standard values are not exclusive - return false. Descriptor context. Non exclusive standard values. Fill in the list of gauge type names. Descriptor context. Standard values collection. Gauge data source design-time converter. Displays list of available data source members. Standard values supported - return true. Descriptor context. Standard values supported. Standard values are not exclusive - return false. Descriptor context. Non exclusive standard values. Gets an list of the data source member names. Data source object to get the members for. List of member names. Fill in the list of gauge type names. Descriptor context. Standard values collection. Gauge data source design-time converter. Displays list of available data sources. Standard values supported - return true. Descriptor context. Standard values supported. Standard values are not exclusive - return false. Descriptor context. Non exclusive standard values. Fill in the list of gauge type names. Descriptor context. Standard values collection. Collection of State objects. This collection is exposed as the property of objects.

State indicators can have one or more defined states, which are either on or off.

Base class for most Dundas Gauge collections. This is the base class for almost all collections in Dundas Gauge, such as Values, Gauges, Pointers, Scales, Ranges, etc.

The collection stores the base class, NamedElement which is also the base class of Dundas Gauge.

The main purpose of this class is to control names and elements for duplication.

 Reference to CommonElements object. Defines default elements type. Used for type checking. Reference to parent (owner) object Flag which is true during design mode in collection editor. Initializes a new instance of NamedElement class. Cannot be used. Initializes a new instance of NamedElement class. Cannot be used. The parent NamedElement. The reference to common object holder. Gets an element index by name. Name of the element. Index of the element if found, or -1 if it does not exist. Gets the element associated with the first occurrence of the specified value. The value whose element to get. The element associated with the specified if found; otherwise, an will be thrown. GetByName compares the specified to the value of the property of each element, and returns the matching element. Gets the element by index. The index of the element to get. The element with specified index if found; otherwise, an will be thrown. Searches for the specified object and returns the zero-based index of the first occurrence within the entire collection. The object to locate in the collection. The value can be a null reference (or Nothing in Visual Basic). The zero-based index of the first occurrence of value within the entire collection, if found; otherwise -1. The collection is searched forward starting at the first element and ending at the last element. This method performs a linear search; therefore, the average execution time is proportional to the Count. That is, this method is an O(n) operation, where n is the Count.

This method determines equality by calling Object.Equals.

Before clear implementation of class Before insert implementation of class Index of the collection Element object After insert implementation of class After remove implementation of class Before set ( replace ) implementation of class After set ( replace ) implementation of class Performs hard check ( throws exception ) of NamedElement before to be attached to collection. Element to add Checks for valid ( not empty, unique) name of an element before this NamedElement to be renamed. The new name of the NamedElement NamedElement which will be renamed Returns true of the name is unique. Note that some collections as CalculateValueCollection has overridden this method. Name for checking. True of the name is unique. Generates unique name for new collection element. New NamedElement object Unique name for this object Returns element by name and throws exception if not found The name of NamedElement for search The NamedElement with requested name Replaces existing element in the collection by name. Name of existing element in the collection. New element which will replace element with name "Name". True if replacing is successful. Replaces existing element in the collection by name and throw an exception if not found. The name of existing element in the collection New element which will replace element with name Returns true if element is correct type. Must be overridden if collection will contain elements with more than one type. Object for check True for correct type. Performs start of initialization. Performs end of initialization. Force all elements to perform data connection. Indicates to throw an exception the procedure is failed Returns format string for element name. NamedElement used to get format string. The default format string of this NamedElement type. Returns default element name. Can be overridden. The NamedElement instance The default element name Force invalidate in gauge core. Returns the collection name. The collection name Handles and performs message notification to collection elements. The MessageType message The sender element Additional parameters, depended of the MessageType Flag to indicate if we have already been disposed. Disposes of the current object. Implements IDisposable.

Do not make this method virtual. Also, a derived class should not be able to override this method.

Dispose(bool disposing) executes in two distinct scenarios. If disposing equals true, the method has been called directly or indirectly by a user's code. Managed and unmanaged resources can be disposed. If disposing equals false, the method has been called by the runtime from inside the finalizer and you should not reference other objects. Only unmanaged resources can be disposed./// This method can be overridden from successors in order to dispose their internal fields. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. Gets the parent named element. Returns null if this collection is not connected to the GaugeContainer. A object. Returns the CommonElements object Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by StateCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Also, the name argument is the Name property of the object being added. Adds a State object to the end of the collection. The object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified State object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns the State object Indexer of the class. Returns a State object. Represents a gauge label, which can be displayed anywhere within the gauge container. This class is stored in the property of the root class.

These labels can have a parent element, which effects their coordinate system.

Note that there are also custom labels available, which are used by scales (i.e. a different type of label).

The IRenderable interface allows classes to be identified from the gauge core render system and treated as graphical elements. Performs rendering of the static elements as scale and frame. The GaugeGraphics instance Performs rendering of the dynamic elements as pointers and state indicators. The GaugeGraphics instance Returns ZOrder of this IRenderable element. The ZOrder Returns the bounding rectangle of this element Returns parent object which holds the coordinate system. if there is no parent object the result should be null. Returns the name of the parent object which holds the coordinate system This interface provides the ability to access to the tool tip information. Returns tool tip information for the object implemented this interface. The current The tool tip string Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. This interface provides the ability to access to the ImageMap information. Used in Gauge Web Component. Returns the toop tip string. Returns the toop tip string. Returns HRef string. Returns additional map area attributes. Constructor. This flag determines if the Parent property has been changed from its default value. Gets the name of the label. A string that represents the label's name. This function returns the graphics path of the gauge label. A reference to GaugeGraphics. A reference to GraphicsPath. This function returns the graphics path of the gauge label text. A reference to GaugeGraphics. A reference to GraphicsPath. This function returns the fill brush of the gauge label. A reference to GaugeGraphics. A reference to Brush. This function returns the pen of the gauge label. A reference to GaugeGraphics. A reference to Pen. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. Determines the parent element of the label, which effects its coordinate system. String value that represents the parent element of the label. Determines the Z order of the gauge label in the gauge container. Integer that represents the Z order of the label. The tool tip to be displayed when the cursor is over the gauge label. String that represents the label's tool tip. The user can format the tool tip using #INPUTVALUE, #INPUTVALUE1, etc. The value from the collection will then be displayed. The Href of the gauge label. String value that represents the Href of the label. Setting this property will only have an effect if the gauge is displayed as an image map (e.g. the MapEnabled property is set to true.) Other attributes of the map area (can also be javascript). String value that represents map area attributes of the label. Setting this property will only have an effect if the gauge is displayed as an image map (e.g. the MapEnabled property is set to true.) The name of the gauge label. String value that represents the name of the label. The location of the gauge label inside the gauge container. The coordinates are measured as a percentage of the container's width and height. A object, which represents the location of the gauge label. The size of the gauge label inside the gauge container. The coordinates are measured as a percentage of the container's width and height. A object, which represents the size of the gauge label. Determines how the text is aligned within the gauge label. A value, which represents the alignment of the label's text. Determines the visibility of the gauge label. If true the label is visible, if false it is not. Defaults to true. Specifies the font of the gauge label. A object, which represents the label's font. Determines if the font will be automatically resized so that the text will always fit. A value, which determines how resizing occurs. If ResizeMode is set to None then the and properties determine the size of the text. Determines if the font size is measured as a percentage of the parent or in units specified by the Font.Unit property. A object, which determines the font units. Gets or sets the color of the gauge label's border. A object that represents the color of the gauge label's border. The default value is Color.Black. This property represents the color of the gauge label's border. This property will not have any effect if the property is set to 0. The line style of the gauge label's border. A object that represents the style of the gauge label's border. The default value is GaugeDashStyle.Solid. This property represents the style of the gauge label's border. This property will not have any effect if the property is set to 0. The line width of the gauge label's border, measured in pixels. An integer that represents the width of the label's border. Defaults to 0. Gets or sets the back color of the gauge label. A object that represents the back color. The default value is Color.Empty This property represents the background color. Gets or sets the text color of the gauge label. A object that represents the the text color. The default value is Color.White. This property represents the text color of the gauge label. The gradient type of the gauge label's background. A value that determines the gradient type. Defaults to GradientType.None. Colors used are determined by the and properties. Gets or sets the end color of the label's background gradient. A object that represents the end color of the label's back gradient. The default value is Color.Empty. This property represents end color of the label's back gradient, and is used if the property is a valid gradient. In addition to that it is also used as the hatch foreground color in case a hatch style is selected via the property. The hatch style of the gauge label back. A value, which represents the label's hatch style. Defaults to GaugeHatchStyle.None. The text to be displayed for the gauge label. A string that represents the label's text. Determines how far to the right and down the back shadow will be. Measured in pixels. A integer that represents the shadow offset, in pixels. Defaults to 0. Determines how far to the right and down the text shadow will be. A integer that represents the text shadow offset, in pixels. Defaults to 0. The angle of rotation (0 to 360 degrees). A real number that represents the angle of rotation. Defaults to 0 degrees. Determines if the gauge label visually appears selected. If true the gauge label appears selected. Default value is false. This is a wrapper property for location and size. Gets object reference to the parent object. If there is not valid parent element the result is null. Represents a gauge image, stored in the Images collection property of the container. These images can be displayed anywhere within the container.

The source of the image is set by the property, which can be a pathname to an image saved to disk, or the name of a object that has been added to the container's collection.

Constructor. This flag determines if the Parent property has been changed from its default value. Returns the name of the gauge image as a string. String value that represents the image's name. Draws the image if the gauge image. A reference to GaugeGraphics. The name of the image to draw. If true, only draw the shadow of the image. This function returns the graphics path of the "No Image" text. A reference to GaugeGraphics. A reference to GraphicsPath. This function returns the graphics path of the image when there is no image. A reference to GaugeGraphics. A reference to GraphicsPath. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. The name of the parent element, which affects its coordinate system. A string value that represents the name of the image's parent object. Determines the Z order of the gauge image in the gauge container. An integer that represents the image's Z order. The tool tip to be displayed when the cursor is over the gauge image. A string that represents the image's tool tip. The Href of the gauge image. A string that represents the image's Href property. Setting this property will only have an effect if image maps are enabled (e.g. MapEnabled is true). Determines other attributes of the map area. A string that represents the image's map area attributes. Setting this property will only have an effect if image maps are enabled (e.g. MapEnabled is true). The name of the gauge image. A string that represents the name of the gauge image. The location of the gauge image inside the gauge container. The coordinates are measured as a percentage of the container's width and height. A object, which represents the location of the gauge image. The size of the gauge image inside the gauge container. The coordinates are measured as a percentage of the container's width and height. A object, which represents the size of the gauge image. Determines the visibility of the gauge image. If true the gauge image is visible, if false it is not. Defaults to true. Determines whether or not the image will be stretched to fit the specified size. If true the gauge image will be stretched to fit the given size, if false it will not. Defaults to true. If ResizeMode is set to None then the and properties determine the size of the text. The path image to be used for the default state. A string that represents the image to be displayed in the default state. Gets or sets the transparent color of the state image. A that represents the transparent color of the state image. The default value is Color.Empty. If you have a state image with a yellow background and you would like to make the background transparent set this property to Color.Yellow. Determines how far to the right and down the image's shadow will appear. A real number that represents the shadow offset. Defaults to 1 pixel. The angle of rotation (0 to 360 degrees). A real number that represents the angle of rotation. Defaults to 0 degrees. Determines the transparency of the image. Measured as a percentage. A real number that represents the transparency percentage. Determines if the gauge image visually appears selected. If true the gauge image appears selected. Default value is false. This is a wrapper property for location and size. Gets object reference to the parent object. If there is not valid parent element the result is null. Abstract base class for gauges (LinearGauge and CircularGauge). Initializes a new instance of GaugeBase class. This function turns off the AutoLayout property of the gauge container. Returns ranges belongs to this gauge. Must be overridden. The ranges belongs to this gauge Converts element scale name ( like pointers.Scale) to real scale name. This is needed to handle situation with "Default" scale name. The element scale name The real scale name Initialize this.parentSystem field which is NamedElement holds the parent coordinate system. Flag to throw an exception if the parent element is invalid. This method is called right after this NamedElement to become a member of a NamedCollection. Finalize initialization Returns the bounding rectangle of this element Performs rendering of the static elements as pointers and state indicators. The GaugeGraphics instance Performs rendering of the dynamic elements as pointers and state indicators. The GaugeGraphics instance Performs rendering of the static elements as pointers and state indicators. The GaugeGraphics instance Performs rendering of the dynamic elements as pointers and state indicators. The GaugeGraphics instance Returns ZOrder of this IRenderable element. The ZOrder Returns the bounding rectangle of this element Returns parent object which holds the coordinate system. if there is no parent object the result should be null. Returns the name of the parent object which holds the coordinate system Must be overridden in order to call the PointerValueChanged event for the range that the pointer might be in. Implementation of the GetToolTip(). Returns the resolved tooltip string. A reference to HitTestResult. A string containing the resolved tooltip. Determines the parent element, which is used for the coordinate system. A string value that represents the parent element. Gets an object reference to the parent object. If there is no valid parent element the result is null. The parent object, or null if there is none. The name of the gauge object. A string value that represents the name of the gauge. The tool tip to be displayed when the cursor is over the gauge. A string value that represents the tooltip. The user can format the tool tip using #INPUTVALUE, #INPUTVALUE1, etc., in which case the value from the GaugeContainer.Values collection will be displayed. #POINTERVALUE, #POINTERVALUE1, etc., can also be used, in which case the value of the indexed pointer will be shown. Determines the Href attribute of the gauge element if the gauge is displayed as an image map. A string that represents the Href of the gauge element. Determines other attributes of the map area element. A string that represents the map area attributes of the gauge element. This only has an effect if the gauge is displayed as an image map.

This property can also be used for javascript.

The location of the gauge inside the gauge container. The coordinates are measured as a percentage of the container's width and height. A object, which represents the location of the gauge. The size of the gauge inside the gauge container. The coordinates are measured as a percentage of the container's width and height. A object, which represents the location of the gauge. Determines the Z order of the gauge in the gauge container. An integer that represents the Z order. Determines the visibility of the gauge. If true the gauge is visible, if false it is not. Defaults to true. The frame attributes of the gauge or gauge container. A object, that represents the frame. Determines if the content of the gauge is clipped (to the gauge bounds or its frame). If true content is clipped to the gauge bounds, or frame if it exists. If false no clipping will occur. Defaults to true. Determines if the gauge visually appears selected. If true the gauge appears selected. Default value is false. Gets or sets the image to be displayed on top of this gauge. A string representing the URL of the top image. The image should be an absolute or relative.

NOTE: This could also be the name of a , but this functionality is limited due to the limited lifetime of the control.

Get or sets the transparent color of the top image. A representing the transparent color of the top image. The default value is Color.Empty. The color specified by this property will be treated as the transparent color of the image and will not be shown. Gets or sets the hue color to be applied to the top image. A that represents the hue color to be applied to the top image. The default value is Color.Empty. The hue color is applied to the entire image in order to modify its hue. This is a wrapper property for location and size. Scale for CircularGauge objects. Circular scales are stored in the property.

objects are assigned to a circular scale, and it is this scale the pointers 'points' to. objects are also assigned to scales.

The radius of circular scales are measured as a percentage of the width or height of their parent (e.g. gauge container).

Represents a scale, which graphically represents a set of values. Circular and linear scales are associated with and objects, respectively, and exposed via their Scales property.

Scales have values pointed to by pointers, and can also have associated ranges to highlight a range of their values.

Scales have standard labels (that have an interval, etc.) and also have custom labels, which can be positioned anywhere along a scale.

Defines maximum major tick marks per scale ( full size scale ). Represents start position of the scale in the independent coordinate system. Represents end position of the scale in the independent coordinate system. Represents sweep position of the scale in the independent coordinate system. Indicates whether or not scale is rendered under pointers Initializes a new instance of ScaleBase class. The minor tick marks attributes of this scale. Calculates offset from normal scale bound in order to fit thermometer bulb. The parent linear gauge The offset from normal scale bound Determines if the scale is reversed by also taking the Control.RightToLeft property. Creates gradient brush for tick marks. The GaugeGraphics instance The tickmark instance Primary fill color The GraphicsPath which contain this tick mark The initilized brush. Renders one tick mark. Must be overridden from Circular and Linear Scales. Current GaugeGraphics Tick mark object Position against scale. Offset from scale, can be negative Renders one tick mark. Current GaugeGraphics Tick mark object Value position against scale. Offset from scale, can be negative Matrix transformation Draws the tick mark image the GaugeGraphics instance Custom tick mark. Transformation matrix. Center point. if true, only draw the shadow of the image. Calculate tick mark offset from scale line determined by its placement. The tick mark Offset from scale, can be negative. Negative offset in circular scale means inner placement, otherwise placement toward zero axis. Renders minor or major tick marks on the scale. The GaugeGraphics instance. Tick mark object. Tickmark intervals. Start position in absolute value. End position in absolute value. Offset from start position. Forces linear intervals over logarithmic scale. Used for minor tick marks. Renders all major and minor tick marks The GaugeGraphics instance Draws one label. Must be overridden. The label to be drawn Returns the scale label style.Must be overridden. The scale's label style Calculate label offset from scale. Scale offset. Scale position. Label offset from scale. Returns resized font according LabelStyle.ResizeLabels. Font to be resized Font units. Resized font Performs rendering of all custom labels. The GaugeGraphics instance Draws one special position ( pin ). Must be overridden. the GaugeGraphics instance The special position instance The offset ( angle) Renders Minimum and Maximum pins Calculates new end position. Calculates new sweep position. Returns scale tick mark colors from range. Absolute value which determines tick mark position Current tick mark color RangeBase.RangeTickMarksColor if value get into range values or current tick mark color Returns scale label color from range. Absolute value which determines label position Current tick mark color RangeBase.RangeLabelsColor if value get into range values or current label color Checks and returns value by using minimum, maximum, pins, and snapping as restriction. This method is used by pointers ( DataAttributes consumers ) to set its visual position. Current value SnapEnable flag Snap interval flag Changed value Checks and returns value in depends on Minimum and Maximum Pins. It is used from PointerBase. The value to check Value in ranges Returns interval offset - default, for major tick marks, minor tickmarks and labels. Calculate it if interval offset is "Not Set" ( Double.NaN) Type of interval Returns interval - default, for major tick marks, minor tickmarks and labels. Calculate it if interval is "Not Set" ( Double.NaN) Type of interval Calculate next scale absolute position of tickmarks and labels. Current position of the item ( tickmark or label). Absolute step from this position. Flag to force linear scale, this is used from small tick marks in logarithmic scale. Next absolute scale position Returns proportion of the value and Maximum/Minimum scale range; For example if minimum = 0 and maximum = 100 and value = 50 then PointerPositionRel returns 0.5; Pointer value Returns proportion of the value and Maximum/Minimum scale range Calculates value against scale position ratio. ( 0.0 - 1.0 is full scale) The ratio number ( between 0.0 and 1.0) The value against scale position ratio Determines if the scale is reversed; The linear scale overrides this method. True if scale is reversed. Returns relative pointer position in (0,100) coord. system depend on its value, scale start and end position Pointer value Scale start position Scale end position Returns relative pointer offset in (0,100) coord. system depend on its value Returns relative pointer position in (0,100) coord. system depend on its value. The value for calculation Calculated relative position Returns scale value from position. Used from hit test and interactive pointer. Relative scale position Scale value Returns value calculated from center point and other point in the scale. Center point or "pin point" Mouse hit point Calculated value Returns PointF structure determined by position and offset from scale line. Calculates PointF in the current coord. system determined by value and offset from scale line ( radius); Calculates PointF in absolute coord. system determined by value and offset from circle line ( radius); This method is called from the pointer when his data attribute has changed. The pointer reference This method is called right after this NamedElement to become a member of a NamedCollection. This method is called right after this NamedElement has been removed from a NamedCollection. Initiate initialization. Finalize initialization Performs invalidating of the gauge core and sends message to pointers to perform reposition. This function will round off the maximum and minimum values for the scale. The result is the removal of any rounded numbers along the scale. Implementation of the GetToolTip(). Returns the resolved tooltip string. A reference to HitTestResult. A string containing the resolved tooltip. Represents the scale's collection of custom labels. A object. Scales have standard labels (that have an interval, etc.) but can also display custom labels, which can be positioned anywhere along the scale. The name of the scale. A string that represents the name of the scale. The start value of the scale. A double that represents the minimum (start) value of the scale. Defaults to 0. The end value of the scale. A double that represents the maximum (end) value of the scale. Defaults to 100. Amount by which the scale's values are multiplied before being displayed. A real number that represents the multiplier value. Defaults to 1. For example, if the property is set to 10, and this Multiplier property is set to 10, the displayed minimum value will be 100. Determines how often the scale's tick marks and labels will be displayed. A double that represents the scale's interval. Defaults to Double.NaN (not set). The interval can also be offset using . Determines the amount by which the scale's tick marks and labels will be offset. A double that represents the scale's interval offset. Defaults to Double.NaN (not set). The interval is set using . The tool tip to be displayed when the cursor is over the scale. A string that represents the scale's tool tip. The Href of the scale. A string that represents the Href. Setting this prorpety will only have an effect if the MapEnabled property is set to true. Other attributes of the scale's map area. A string that represents the map area attributes. Setting this prorpety will only have an effect if the MapEnabled property is set to true. The major tick marks attributes of this scale. Determines if the scale's tick marks should drawn on top of any pointers associated with the scale. If true the tick marks are drawn on top of pointers, if false they are not. Defaults to false. Determines if the direction of the scale is reversed. If true the direction is reversed, if false it is not. Defaults to false. A reversed circular scale will be counter-clockwise. A reversed linear scale will be right-to-left if horizontal, and top-to-bottom if vertical. Determines if the scale is logarithmic. If true the scale is logarithmic, if false it is not. Defaults to false. Determines the base for logarithmic scales. A double that represents the logarithmic base. Defaults to 10. Setting this property only has an effect if the property is set to true. Attributes for the minimum pin of the scale. A value, which represents the minimum pin. The MinimumPin property sets a delimiter on the minimum value that can be input into a scale. If the value of a pointer falls below the minimum pin of the scale, the pointer will stop moving at the minimum pin. Attributes for the maximum pin of the scale. A value, which represents the maximum pin. The MaximumPin property sets a delimiter on the maximum value that can be input into a scale. If the value of a pointer falls above the maximum pin of the scale, the pointer will stop moving at the maximum pin. Determines the visibility of the scale. If true the scale is visible, if false it is not. Defaults to true. The width of the scale bar, measured as a percent. A float that represents the width of the scale. For circular scales this will be an arched bar and for linear scales it will be a straight bar.

Measured as a percentage of the scale's radius for circular scales, and for linear scales it is measured as a percentage of the associated object's width.

The scale bar width can be 0.

The color of the scale bar's border. A object that represents the bar's border color. Defaults to Color.Black. Setting this property will only have an effect if the border width is set to a value greater than 0. The line style of the scale bar's border. A value that represents the bar's border style. Defaults to GaugeDashStyle.Solid. Setting this property will only have an effect if the border width is set to a value greater than 0. The width of the scale bar's border, measured in pixels.. An integer that represents the bar's width. Defaults to 0. Gets or sets the fill color of the scale. A that represents the fill color. The default value is Color.CornflowerBlue. This property represents the fill color of the scale. If a gradient is set via the property this color will be used as the start color for the gradient. Furthermore if a hatch style is set via the property this color will be used as the background color for the hatch. The primary fill gradient type of the scale. A object that represents the gradient style. The default value is GradientType.None. If a gradient is specified then the and properties determine the colors used. Gets or sets the end color of the scale's fill gradient. A that represents the gradient end color. The default value is Color.White. This property represents the end color of the scale's fill gradient. It is used if the property has a valid gradient. In addition to that it is also used as the hatch foreground color in case a hatch style is set via the property. The primary fill hatch style of the scale. A object that represents the hatch style. The default value is GaugeHatchStyle.None. If hatching is specified then the and properties determine the colors used. Determines how far to the right and down the shadow will appear. Measured in pixels. A float that represents the shadow offset. Defaults to 1 pixels. Determines if the scale visually appears selected. If true the scale appears selected. Default value is false. Gets the start position of the scale. Calculates offset for thermometer Gets the end position of the scale. Calculates offset for thermometer Gets the sweep position of the scale Initializes a new instance of CircularScale class. Returns the radius of the scale in relative units. Returns the PivotPoint position in relative units Returns Bar Graphics path. Inner offset from scale. Outer offset from scale. The Bar Graphics path Puts scale graphics into hot region list. This graphics path looks like an Arc and contain scale and tick marks. Current GaugeGraphics object This function returns the graphics path that encompasses the scale bar, the tick marks, the labels, custom labels, pins etc. A reference to GraphicsPath. Returns shadow path. Used for rendering with other shadows like pointers to prevent double shadows. GraphicsPath with shadow of scales. Renders scales' bar The GaugeGraphics instance Renders one tick mark. Current GaugeGraphics. Tick mark object. Value position against scale. Offset from scale, can be negative. Draws one label. String to be drawn. Relative angle of scale. Angle position as offset from scale. Rotation angle for labels. Label font. Label color. Determines if labels are rotated along with the scale. Determines is labels can be rotated by more than 90 degrees. Font units. Performs rendering of all labels The GaugeGraphics instance Draw one custom label Custom label to be drawn Performs drawing of the special position elements "pins" The GaugeGraphics instance The SpecialPosition element The position to be drawn Performs rendering of gauge scale The GaugeGraphics instance Performs rendering of gauge scale The GaugeGraphics instance Sets the virtual draw region. Setup relative coordinates. Note that scale elements are relative to scale radius and the center is at pin point. The GaugeGraphics instance Returns the name of the object as a string. String that represents the name of the object. Returns the CircularGauge object to which this scale belongs. A reference to the owner object. Returns the pointer position. Measured value the pointer position Returns PointF structure determined by position and offset from circle line. The position. The offset from the scale position. PointF structure determined by angle and offset from circle line. Returns value calculated from center point and other point in the scale. Center point or "pin point" Mouse hit point Calculated value This function returns the largest radius of this scale, taking into consideration labels, custom labels, and tick marks. Returns the offset of scale for the provided custom label. A reference to GaugeGraphics. The custom label. The offset in relative coordinates. Returns the offset of the provided tick mark. A reference to GaugeGraphics. The tick mark. The offset in relative coordinates. Returns the label offset of the scale labels. A reference to GaugeGraphics. A float representing the offset in relative units. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. The label attributes of this scale. A enumeration value. Determines the radius of the scale, measured as a percent of the gauge's width or height, whichever is smaller. A float that represents the radius of the scale. Defaults to 37 percent of the associated gauge objects width or height (whichever is smaller). The scale radius is used as the basis for associated pointer measurements, which are measured as a percentage of this radius. The start angle of the scale in degrees (0 to 360). A float that represents the start angle of the scale. Defaults to 20 degrees. The sweep angle of the scale in degrees (0 to 360). A float that represents the sweep angle of the scale. Defaults to 320 degrees. The major tick mark attributes of this scale. A object. The minor tick mark attributes of this scale. A object. The point around which the needle rotates. The X, Y coordinates are measured as a percent of the associated gauge objects width or height, (whichever is smaller). A object, which represents the location of the pivot point. Attributes for the minimum pin of the scale. A value, which represents the minimum pin. The MinimumPin property sets a delimiter on the minimum value that can be input into a scale. If the value of a pointer falls below the minimum pin of the scale, the pointer will stop moving at the minimum pin. Attributes for the maximum pin of the scale. A value, which represents the maximum pin. The MaximumPin property sets a delimiter on the maximum value that can be input into a scale. If the value of a pointer falls above the maximum pin of the scale, the pointer will stop moving at the maximum pin. This Converter is used in design time Initializes a new instance of Converter class. Collection of CircularRange objects. This collection is exposed as the property of objects. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by CircularRangeCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Also, the name argument is the Name property of the object being added. Adds a CircularRange object to the end of the collection. The object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified CircularRange object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns a CircularRange object. Indexer of the class. Returns a CircularRange object. The purpose of this class is to extend the ExpandableObjectConverter in order to prevent it displaying the class name in the properties window. Constructor for NoNameExpandableObjectConverter class. Convert type to a destination type. Type descriptor context. Culture info. Value to convert. Destination type. Overrides the GetPropertiesSupported method of TypeConverter. Save reference to the descriptor context. Descriptor context. Indicates if properties are supported. Image Url editor class Edit Image Url value. Makes a base class call with a chart control descriptor context. Editing context. Provider. Value to edit. Result Converter for the array of map area coordinates Overrides the CanConvertFrom method of TypeConverter. The ITypeDescriptorContext interface provides the context for the conversion. Typically this interface is used at design time to provide information about the design-time container. Descriptor context. Conversion source type. Indicates if conversion is possible. Overrides the ConvertFrom method of TypeConverter. Convert from comma separated values in the string. Descriptor context. Culture information. Value to convert from. Indicates if conversion is possible. Overrides the ConvertTo method of TypeConverter. Convert coordinates array to comma separated values in string. Descriptor context. Culture information. Value to convert. Conversion destination type. Converted object. Type editor for the hatch type. Paints a rectangle with hatch sample. Override this function to support palette colors drawing Descriptor context. Can paint values. Override this function to support palette colors drawing Paint value event arguments. Enumeration defining state indicator styles. The state indicator is a rectangular LED. The state indicator is a circular LED. The state indicator is a rectangular LED with rounded corners. The state indicator is represented as a text string. Represents a state indicator. State indicators are stored in the collection property.

A state indicator has a collection of states that are stored in the collection property. If the value of the state indicator falls within the start and end range of one of these states then that state is considered to be activated. If not the indicator is in its default state.

An activated object has appearance properties, which determine the appearance of its state indicator when that state is activated.

This interface provides the ability to access and change a pointer gauge objects. The all pointers, state and numeric indicators implement this interface. Used from IValueConsumer to notify this IPointerProvider that the output date/value has been changed. Returns the position ( the current value ) of this IPointerProvider. Data linker to input/calculated value Represents the state indicator position. Constructor. Used by VS designer - prevents the obsolete property from serialization. false to prevent the property from serialization. This flag determines if the Parent property has been changed from its default value. Gets the name of the indicator. A string that represents the name of the indicator. This function returns the graphics path of the state indicator. A reference to GaugeGraphics. A reference to the current state. A reference to GraphicsPath. This function returns the fill brush of the state indicator. A reference to GaugeGraphics. A reference to the current state. Input rectangle. A reference to Brush. This function returns the pen of the state indicator. A reference to GaugeGraphics. The current state. A reference to Pen. Draws the image if the state indicator. A reference to GaugeGraphics. The name of the image to draw. Transparent color of the image. Hue color of the image. If true, only draw the shadow of the image. Returns the current state or null is the current state is the default state. A reference to State. Determines if the state indicator is circular based on its style. True if it is circular. Handle disposal of this instance. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. Represents the indicator's collection of states. A object, which stores the indicator's states. Gets an object reference to the parent object. If there is no valid parent element the result is null. A object. Determines the parent element, which affects the indicator's coordinate system. Determines the Z order of the indicator in the gauge container. An integer that represents the Z order. The tool tip to be displayed when the cursor is over the indicator. A string that represents the tool tip. The user can format the tool tip using #INPUTVALUE, #INPUTVALUE1, etc. The value from the GaugeContainer.Values collection will then be displayed. #INDICATORVALUE can also be used to show the current value of the indicator. The Href of the indicator. A string that represents the Href. Setting this prorpety will only have an effect if the MapEnabled property is set to true. Other attributes of the indicator's map area. /// A string that represents the map area attributes. Setting this prorpety will only have an effect if the MapEnabled property is set to true. The name of the indicator. String that represents the name of the indicator. NOTE: This property is obsolete in Dundas Gauge 2.0. IndicatorStyle is supposed to be used instead. Determines the style of the state indicator. A value that represents the indicator's style. Defaults to StateIndicatorStyle.CircularLed. Determines the style of the state indicator. A value that represents the indicator's style. Defaults to StateIndicatorStyle.CircularLed. The location of the indicator inside the gauge container. The coordinates are measured as a percentage of the container's width/height. A object, which represents the indicator's location inside its container. The size of the indicator inside the gauge container. The coordinates are measured as a percentage of the container's width/height. A object, which represents the indicator's size inside its container. Determines the visibility of the state indicator. If true the indicator is visible, if false it is not. Defaults to true. Specifies the font used for the indicator's default state. A object, used for the default state. The color of the state indicator's border when the indicator is in its default state. A object that represents the state indicator's border color. Defaults to Color.Black. Setting this property will only have an effect if the state indicator border width is set to a value greater than 0. The line style of the state indicator's border when the indicator is in its default state. A value that represents the state indicator's border style. Defaults to GaugeDashStyle.Solid. Setting this property will only have an effect if the border width is set to a value greater than 0. The line width of the state indicator's border when the indicator is in its default state. Measured in pixels. An integer that represents the line width. Defaults to 0 pixels. The fill color of the state indicator's border when the indicator is in its default state. A color that represents the fill color. The default value is Color.LawnGreen. This property represents the fill color of the state indicator when the indicator is in its default state. If a gradient is set via the property this color will be used as the start color for the gradient. Furthermore if a hatch style is set via the property this color will be used as the background color for the hatch. The primary fill gradient type of the state indicator when it is in its default state. A object that represents the gradient style. The default value is GradientType.Center. If a gradient is specified then the and properties determine the colors used. The end color of the state indicator when it is in its default state. A that represents the gradient end color. The default value is Color.DarkGreen. This property represents the end color of the fill gradient. It is used if the property has a valid gradient. In addition to that it is also used as the hatch foreground color in case a hatch style is set via the property. The primary fill hatch style of the state indicator when it is in its default state. A object that represents the hatch style. The default value is GaugeHatchStyle.None. If hatching is specified then the and properties determine the colors used. The value of the state indicator. A double that represents the indicator's value. A state indicator has a collection of states that are stored in the collection property. If the value of the state indicator falls within the start and end range of one of these states then that state is considered to be activated. If not the indicator is in its default state.

The value of an indicator can also be set using the property, which allows for the display of calculated values, and also results in a history being created.

Specifies the name of the input or calculated value. If ValueSource is used as the value source a history will be created, which can be used for calculated values and playback.

A state indicator has a collection of states that are stored in the collection property. If the value of the state indicator falls within the start and end range of one of these states then that state is considered to be activated. If not the indicator is in its default state.

The text of the state indicator when it is in its default state. The image to be used when the state indicator is in its default state. A string that represents the pathname of an image saved to disk, or the name of a named image stored in the collection property. The transparent color of the state image. A object that represents the color that will be displayed as transparent. Defaults to Color.Empty. Gets or sets the hue color to be applied to the state image. A that represents the hue color to be applied to the state image. The default value is Color.Empty. The hue color is applied to the entire image in order to modify its hue. Read-only property that represents the name of the current state. A string that represents the name of the current state. If no state is active (i.e. indicator is in its default state) then an empty string will be returned. Determines how far to the right and down the shadow will appear. An integer that represents the shadow offset. Defaults to 1 pixel. The angle of rotation (0 to 360 degrees). A float that represents the amount by which the indicator is rotated. Defaults to 0 degrees. Determines if the font will be automatically resized so that the text will always fit. This property is used only if the state indicator style is text. A value, which determines how resizing occurs. If ResizeMode is set to None then the and properties determine the size of the text. Determines the transparency of the image. This property is only used if the property is set. A real number that represents the transparency percentage. Determines if the font size is measured as a percentage of the parent or in units specified by the Font.Unit property. A object, which determines the font units. Determines if the state indicator visually appears selected. If true the state indicator appears selected. Default value is false. This is a wrapper property for location and size. Gets and sets CommonElements. Setting this property cause set of the Common to the internal DataAttributes object. Gets and sets the pointer position. Setting this property cause Refresh in win control. Represents a range, which displays a range of values. Circular and linear ranges are associated with and objects, respectively, and exposed via their Ranges property.

Ranges are usually used to highlight some range of values along a scale, and ranges are always associated with a scale.

There are numerous range-related events that can be used for warnings, etc.

Hashtable with RangeDataState. The key is the data attribute. Initializes new instance of Range class. Searches and returns RangeDataState which corresponds to defined DataAttributes The DataAttributes to search The RangeDataState reference if found, null if not Emulates "PointerValueChanged" for all DataAttributes. Returns range timeout in milliseconds Timer call back procedure RangeDataState object. Invokes OnValueRangeTimeOut of the Gauge Invokes OnValueRangeEnter of the Gauge Invokes OnValueRangeLeave of the Gauge Processing enter/leave/outoftime events Data attributes. Handles notification message from other NamedElements. The message of MessageType type NamedElement which sends the message Additional parameters, depended of the MessageType Before dispose implementation The start value of the range. A double that represents the start value of a range. The end value of the range. A double that represents the end value of a range. Determines how long a value needs to stay in the range before triggering the The type of the InRangeTimeout value. Keeps range state for each data attribute. Initializes new instance of RangeDataState class The parent range The parent data attributes gets playback mode info Represents base class for range for circular and linear gauge. Initializes new instance of RangeBase class. The width of the range at the end in percent. Draws range. Must be overridden. The gauge graphics Gets parent GaugeBase This method is called right after this NamedElement becomes a member of a NamedCollection. Handles notification message from other NamedElements. The message of MessageType type NamedElement which sends the message Additional parameters, depended of the MessageType Returns tool tip information for the object implemented this interface. The current The tool tip string Returns the tool tip string. Returns the toop tip string. Returns HRef string. Returns additional map area attributes. The name of the range. String that represents the name of the range. Determines where the range should be placed relative to the scale bar. A value that represents the placement. Defaults to Placement.Inside. For linear gauges the inside is to the bottom or the right. The distance from the range to the scale, measured as a percent. A float that represents the distance from the scale. Default to 10 percent. This property is measured as a percentage of the linear gauge's width or height. The name of the scale to which this range belongs. A string that represents the name of the scale that the range belongs to. Gets or sets the color of the scale tick marks that occur within the range. A that represents the color. The default value is Color.Empty. This color affects the fill color of the scale tick marks that are within this range. This property, along with the property, is very useful if you would like to display a range that simply appears as differently colored scale labels and tick marks.

Even if the property of this range is set to false the scale tick marks will change their fill color.

Gets or sets the color of the scale labels that occur within the range. A that represents the color. The default value is Color.Empty. This color affects the fill color of the scale labels that are within this range. This property, along with the property, is very useful if you would like to display a range that simply appears as differently colored scale labels and tick marks.

Even if the property of this range is set to false the scale labels will change their fill color.

Gets or sets the fill color of a bar pointer that falls within this range. A that represents the color. The default value is Color.Empty. This color affects the fill color of a bar pointer that falls within this range. This property only affects the part of the bar pointer that is within the range, not the entire bar pointer.

Even if the property of this range is set to false the bar pointer will still be affected.

The tool tip to be displayed when the cursor is over the range. The HREF of the range. A string that represents the Href. Setting this property will only have an effect if the MapEnabled property is set to true. Other attributes of the map area. A string that represents the map area attributes. Setting this prorpety will only have an effect if the MapEnabled property is set to true. Determines the visibility of the range. If true the range is visible, if false it is not. Defaults to true. Setting this property to false will not prevent the or properties from having an effect. The color of the range's border. A value that represents the border color. Defaults to Color.Black. Setting this property will not have an effect if is set to 0. Determines how far to the right and down the shadow will appear. Measured in pixels. A float that represents the shadow offset. Defaults to 0 pixels. The style of the range's border. A value that represents the border style. Defaults to GaugeDashStyle.NotSet. Setting this property will not have an effect if is set to 0. The width of the range's border, measured in pixels. An integer that represents the border width. Defaults to 1 pixel. Gets or sets the fill color of the range. A that represents the fill color. The default value is Color.White. This property represents the fill color of the range. If a gradient is set via the property this color will be used as the start color for the gradient. Furthermore if a hatch style is set via the property this color will be used as the background color for the hatch. The primary fill gradient type of the range. A object that represents the gradient style. The default value is RangeGradientType.StartToEnd. If a gradient is specified then the and properties determine the colors used. Gets or sets the end color of the range's fill gradient. A that represents the gradient end color. The default value is Color.Red. This property represents the end color of the range's fill gradient. It is used if the property has a valid gradient. In addition to that it is also used as the hatch foreground color in case a hatch style is set via the property. The primary fill hatch style of the range. A object that represents the hatch style. The default value is GaugeHatchStyle.None. If hatching is specified then the and properties determine the colors used. Determines how long a pointer needs to stay in the range before triggering the See the GaugeContainer.PointerRangeTimeOut event. A double that represents the amount of time before the time out event is fired. Defaults to 0 seconds. The type of timeout is set by the property. This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. The type of the InRangeTimeout value. See the GaugeContainer.PointerRangeTimeOut event. A object that represents the type of the time out. Defaults to PeriodType.Seconds. The timeout is set by the property. This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. Determines if the range visually appears selected. If true the range appears selected. Default value is false. The width of the range at the start in percent. Gets or sets the end width of the range. Implements the propery editor form. Required designer variable. Clean up any resources being used. true if managed resources should be disposed; otherwise, false. Required method for Designer support - do not modify the contents of this method with the code editor. Keeps the last used bounds for the form. Reference to UIPropertyEditor object The current edit value Initializes new instance of UIPropertyEditorForm object Initializes new instance of UIPropertyEditorForm object accepting the lead UIPropertyEditor object. The UIPropertyEditor object OnParentChanged event handeling. Wait for parent to be connected to set property default form bounds and size. Invokes the ShowDialog in given IWindowsFormsEditorService context The IWindowsFormsEditorService context DialogResult value Invalidates selected object of the property grid and form caption. Note that editValue can be IList. In this case itemIndex is used. PropertyGrid PropertyValueChanged event processing. Saves the current form bounds for next use. Gets and sets the current edit value which appears in the property grid. Gets the index of item in case that editValue is a IList HistoryEntry class represents data point as date and value pair. DateTime part of current HistoryEntry instance Value part of current HistoryEntry instance Initializes a new instance of the HistoryEntry class. Initializes a new instance of the HistoryEntry class. The time stamp for the new instance. The Value for the new instance. Compares the current instance with another object of the same type An object to compare with this instance. A 32-bit signed integer that indicates the relative order of the comparands Creates a new object that is a copy of the current instance A new object that is a copy of this instance. Gets and sets the Date of the current HistoryEntry instance Gets and sets the Value of the current HistoryEntry instance The HistoryCollection class implements collection of HistoryEntry objects. This class implements the history database of the IValueProvider objects. Accumulates truncated Date ticks. Accumulates truncated integral value against ticks. The parent ValueBase object of this collection. Initializes a new instance of the class. Overrides CollectionBase.OnClear(). Removes all elements from the collection. Overrides CollectionBase.OnRemove( int, object) in order to accumulate ticks and values. Index of the element that will be removed Object that will be removed. Adds new HistoryEntry instance in the collection Time stamp of the new value. Value to be added Loads history entries from another history to this history. A reference to representing the source history collection. Truncates depends on . Searches element with specified time stamp. If the search is not successful the result is -1. Time stamp to be searched. Returns -1 if not element is not found, otherwise the index of the element in the collection. Searches element with specified date. If the search is not successful the result is the index of the element with the biggest date. The time stamp to be searched Index of the element in the collection Searches in the collection element with specified date. The time stamp for searching. Flag to perform exact search. Returns index of the element if found, or nearest bigger element if not found but exact is false, or -1 if not found but exact is true Returns all collection elements into HistoryEntry[] array. The HistoryEntry[] array which contain the collection elements Returns all collection elements into HistoryEntry[] array with HistoryEntry object which Date part is after specified date. Time stamp for selection The HistoryEntry[] array with HistoryEntry.TimeStamp objects after specified date. Returns all collection elements into HistoryEntry[] array with HistoryEntry objects that Date part is between two dates. The low date bound The high date bound The selected HistoryEntry[] array. Returns all collection elements into HistoryEntry[] array with HistoryEntry objects that index is after specified index point. The start index. The selected HistoryEntry[] array. Returns all collection elements into HistoryEntry[] array with HistoryEntry objects that index is between two specified index point. The start index The end index The selected HistoryEntry[] array. Returns all collection elements into HistoryEntry[] array with HistoryEntry objects selected by specified GaugeDuration from currentDate point. The GaugeDuration for select The date point for selection The selected HistoryEntry[] array. Converts all collection content in to DateTable object The DateTable object which contain this collection content information. Converts the collection content in to DateTable object by specified DateTime point. The DateTime point for selection The DateTable object which contain this collection content information. Converts the collection content in to DateTable object by specified index. Start index for selection The DateTable object which contain this collection content information. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. Gets HistoryEntry reference which corresponds to the provided index. Gets the last element in the collection. Gets the current AccumulatedValue integral value. Represents a numerical indicator's range. A range allows for the usage of numerical indicator's and range-related events.

These ranges are stored in the property of objects.

Initializes new instance of NumericRange class. Gets the name of the range. A string that represents the range's name. This method is called right after this NamedElement becomes a member of a NamedCollection. The name of the range. A string that represents the range's name. The start value of the range. A double that represents the start value of the range. Defaults to 7000. The end value of the range. A double that represents the end value of the range. Defaults to 10000. Gets or sets the color of the digits when the indicator's value is in range. A that represents the the color. The default value is Color.Red. This property represents the text color of the digits when the numerical indicator's value is in range. Gets or sets the color of the decimals when the indicator's value is in range. A that represents the the color. The default value is Color.Red. This property represents the text color of the digits when the numerical indicator's value is in range. Determines how long the value needs to stay in the range before triggering the GaugeContainer.PointerRangeTimeOut event. A double that represents the amount of time before the time out event is fired. Defaults to 0 seconds. The type of timeout is set by the property. This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. The type of the InRangeTimeout value. GaugeContainer.PointerRangeTimeOut event. A object that represents the type of the time out. Defaults to PeriodType.Seconds. The timeout is set by the property. This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. This is design time type converter of the NumericRange class. Initialize new instance of Converter class. Range for LinearGauge objects. All measurements of the range properties are measured as a percentage of the width or height of the linear gauge the range belongs to.

Like pointers, ranges are assigned to an existing scale.

Constructor. Returns the name as a string. A string value that represents the name of the pointer. Returns the gauge to which this range belongs. A reference to the owner object. Returns the scale to which this range is assigned. A reference to the assigned object. Returns the shadow graphics path of this range. True to get the shadow path, false to get the normal path. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. The start value of the range. An integer that represents the range's start value. The end value of the range. An integer that represents the range's end value. The width of the range at its start. Measured as a percent of the width of the linear gauge object that owns the range. A real number that represents the start width of the range. Defaults to 10 percent of the linear gauge object's width. The width of the range at its end. Measured as a percent of the width of the linear gauge object that owns the range. A real number that represents the end width of the range. Defaults to 10 percent of the linear gauge object's width. Determines where the range should be placed, relative to the scale. A enumeration value. Defaults to Placement.Outside. The distance from the range to the scale. Measured as a percent of the radius of the circular gauge object that owns the range. A real number that represents the distance from the range to the scale. Defaults to 10 percent. Collection of LinearPointer objects. This collection is exposed as the property of objects. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by LinearPointerCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Also, the name argument is the Name property of the object being added. Adds a LinearPointer object to the end of the collection. The name of the object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified LinearPointer object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns the LinearPointer object Indexer of the class. Returns a LinearPointer object. Summary description for ImageOrigin. Constructor. Constructor that takes X and Y position coordinates, and a boolean that determines if it is set. Determines if image origin is set. X position of image origin. Y position of image origin. This flag determines if the location has been initialized to some value. It is used to determine if the location should be automatically set to some desired value. Returns string that represent element position. Element position data as string. Returns position of image origin as a point. Point that describes the image origin. Returns a clone of the object. The X value of the image origin. The Y value of the image origin. Determines if the image origin is not set. Element location converter. Overrides the CanConvertFrom method of TypeConverter. Descriptor context. Conversion source type. Indicates if conversion is possible. Overrides the CanConvertTo method of TypeConverter. Descriptor context. Destination type. Indicates if conversion is possible. Overrides the ConvertTo method of TypeConverter. Descriptor context. Culture information. Value to convert. Conversion destination type. Converted object. Overrides the ConvertFrom method of TypeConverter. Converts from string with comma separated values. Descriptor context. Culture information. Value to convert from. Indicates if conversion is possible. Renders both static and dynamic elements. Renders only static elements. Renders only dynamic elements. Core for the gauge. The collection of InputValue object references The collection of CircularGauge object references The collection of LinearGauge object references The collection of NumericIndicator object references The collection of StateIndicator object references The collection of GaugeImage object references The collection of GaugeLabel object references The collection of NamedImage object references Flag which determines whether or not to paint exception on the gauge or throw it. Used in design time, web control Determines whether to render all elements, only the static ones or only the dynamic ones. Holds the build number when it is loaded from an XML or .bin file. A collection of map areas The array with all IRenderable elements The bitmap for buffering all gauge to prevent flicking The bitmap for buffering of static elements of the gauge The ImageLoader reference Determines if there is a big changes in the gauge structure and next paint has to be full including static elements Flag for suppressing invalidation. It is true during paint process. This flag is true during initialization. This flag is true if there is needed to be repainted dynamic elements. Used by internal timer-refresh system in win control. Flag determines that there is active data source that should be bounded before next paint. True during print procedure The size of print/inline drawing area. The reference to service container. Collection which caches IRenderable elements - unordered Flag to determine is we are saving to a metafile. Initializes a new instance of GaugeCore class. Initializes a new instance of GaugeCore class. This function provides a very simple auto layout for circular gauges. Returns an array of all circular gauges to which auto layout would apply. An array of all circular gauges Returns an array of all linear gauges to which auto layout would apply. An array of all linear gauges Positions the gauges in a single line either horizontally or vertically. An array of gauges that are to be positioned. The rectangle in which the gauges are to be positioned. If true the gauges will be stacked horizontally, otherwise vertically. This function is called by the auto layout algorithm to adjust the Location and Size of the gauge, so that if the gauge frame has a shadow it would not be clipped. The gauge that is to be adjusted. Positions the gauges in a matrix line either horizontally or vertically. The number of lines is determined by the lineCount parameter. An array of gauges that are to be positioned. The rectangle in which the gauges are to be positioned. If true the gauges will be stacked horizontally, otherwise vertically. The number of lines of the matrix. Return the width of the gauge container in pixels. Return the height of the gauge container in pixels. Resets auto values. Future implementation Sets dirtyFlag and forces invalidate on parent component ( works only in WinForms ) Handles font changes of the GaugeContainer. Not implemented yet. The refresh timer callback procedure. Performs invalidate of the Gauge. Collects and returns all renderable elements' collections Initiate initialization. Finalize initialization Sends reconnect message to data providers, usually after initialization True to throw an exception if failed. Sends notification message from other NamedElements. The message of MessageType type NamedElement which sends the message Additional parameters, depended of the MessageType Initialize bitmap for buffered drawing Initialize bitmap for buffered drawing. The BufferBitmap to initialize. Size of bitmap. Initialized bitmap. Gets Smoothing mode, maps Antialiasing property with Drawing2D.SmootingMode. Smoothing mode. Gets text rendering quality. Text rendering quality. Initialize GaugeGraphics. Rendering type (GDI, Flash, etc). GDI Graphics Stream for Flash and SVG. Initilized GaugeGraphics Returns all renderable elements sorted by zOrder Renders a water mark for the evaluation or beta version of the gauge. Initialized GaugeGraphics object. Renders particular IRenderable element. Reference to GaugeGraphics object. The element to render. Performs recursive rendering of all elements in parent - child order Initialized GaugeGraphics object Target parent element, null for top level elements Determines if to render static or dynamic elements Renders the selection of all selected elements, as well as the design-time selected element. Returns an array of all selected elements. Renders top image. Initialized GaugeGraphics object. Render all static elements ( faces ) GaugeGraphics object Render all static elements in back buffer bitmap( faces ) GaugeGraphics object Render all dynamic elements - pointers, indicator's elements etc. Perform drawing of the Gauge according rendering type. The Graphics reference Determine rendering type Stream that is used for non GDI+ output Determine whether or not to use buffer bitmaps Perform drawing of the Gauge into custom Graphics in specified Rectangle position. The graphics reference The Rectangle position Perform all GDI painting. Used from WinControl The GDI+ graphics Saves Gauge image to a stream. Stream to accept the gauge image The format of the image Determines the quality output Saves gauge image to stream. Stream to accept the gauge image The format of the image Saves gauge image to file. File name to accept the gauge image The format of the image Saves gauge image to file. File name to accept the gauge image The format of the image Determines quality of the image Helper function. Returns image encoder using Mime image type Mime image type Image codec Saves image into the metafile stream. Image stream. Returns a region which is a union of all renderable elements. A reference to Region. Returns true if design mode is active Draws exception information at design-time. Graphics to use. Exception information. Forces painting to prepare hot regions. Returns the HitTestResult against specified point. The x coordinate of the point. The y coordinate of the point. The result of HitTest Locates HotRegion which corresponds to a NamedElement. NamedElement to search. The HotRegion of this NamedElement. Populates the MapAreas collection with the non-custom image maps Writes the map tag into the stream. Html writer to output the data to. Map name. Data binds to the provided IEnumerable. The data to bind to. Performs data binding of all input values to their external sources of data. Force databinding regardless boudToDataSource flag Checks if the type of the data source is valid. Data source object to test. True if valid data source object. Resolves the #KEYWORD style keywords. The original text. The gauge element to which this text belongs. A new string where all the keywords have been resolved. Resolved a particular keyword. The original string containing one or more keywords. The keyword to be resolved. The value that is to be formatted. A string containing the resolved keyword. Disposes the gauge elements Checks the gauge license at design time True if license found. Collection of InputValue objects. An object, used to store input values. Input values can be used to display calculated values, and each input value also has an associated history. Collection of NamedImage objects. An object, used to store named images. Collection of CircularGauge objects. An object, used to store circular gauges. Collection of LinearGauge objects. A object, used to store linear gauges. Collection of NumericIndicator objects. A object, used to store numeric indicators. Collection of StateIndicator objects. A object, used to store state indicators. Collection of GaugeImage objects. A object, used to store state indicators. Collection of GaugeLabel objects. A object, used to store gauge labels. A collection of map areas. Determines if automatic layout is used for the container. If true gauge elements in the container are automatically laid out, if false they are not. Defaults to true. Gets or sets the refresh rate of the entire gauge container in redraws per second. A double that represents how many times per second the gauge container is to be redrawn. The default value is 30. An ArgumentException will be thrown if the value is less than 0. This property determines how many times per second the gauge container should be refreshed. Decreasing this value might improve performance, but the motion of the pointers might become choppy. Gets or sets the frame attributes of the gauge container. Gets and sets the name of the top image Gets and sets the top image color Gets and sets the top image hue color Gets and sets the AntiAliasing type Gets and sets the TextAntiAliasingQuality type Gets and sets the shadowIntensity Gets and sets the background color Gets and sets the RightToLeft type Gets and sets the width of the GaugeContainter Gets and sets the Height of the GaugeContainter Gets the name of this element. A object. Gets the build number of the control Build number of the control Determines the fill color of the markers of a selected element. Determines the border color of the selection. Determines how often (in seconds) the Windows Forms control will poll the Web server in order to retrieve real-time data. When the server is polled the GaugeContainer.RealTimeData event is fired. This event must be handled on the server in order to provide the real time data. Defines an image type. Gets or sets the compression. Gets or sets the image URL. Determines if map areas are enabled. Gets or sets the rendering type. Gets or sets the transparent color. Causes the GaugeContainer.EnableViewState property to be serialized. Causes the GaugeContainer.ViewStateContent property to be serialized. Determines if the control is rendered as a smart control. Gets or sets the Windows Forms control's URL. Gets or sets the load text. Gets or sets the load image. Gets or sets the loading control image. Gets or sets the tag attributes. Gets or sets the source containing a list of values used to populate history data. An System.Collections.IEnumerable implemented object that contains a collection of values used to supply data to this control. The default value is a null reference (Nothing in Visual Basic). Use the DataSource property to specify the source of values to bind to history data of this control. The data source must be an object that implements the interface (such as , , and ) to bind to history data. Gets the reference to the GaugeSerializer object Gets the reference to the CallbackManager object. A flag whether the gauge has been set with transparent background. When this flag is set to true image caching is disable as well as erasing the background is applied over the bmp buffer. Gets the reference to the GaugeContainer Gets the reference to the HotRegionList object. Determine Serializing state. A reference to the element currently selected in design time. Returns flag which determines that synchronization is required between threads. Sorts elements by zOrder Reference to the collection to sort. Initialize instance of ZOrderSort object. Compares two objects and returns a value indicating whether one is less than, equal to or greater than the other. First object to compare. Second object to compare. Compare result for x less than y ( less than 0), x = y ( = 0) or x > y ( > 0) Editor for labels format Edit label format by showing the form Editing context. Provider. Value to edit. Result Show modal form. Editing context. Editor style. Summary description for LabelFormatEditorForm. Result format Required designer variable. Required method for Designer support - do not modify the contents of this method with the code editor. Constructor. Clean up any resources being used. Updates numeric sample on the form. Form loading Sender. Argument. Precision changed. Sender. Argument. Format changed. Sender. Argument. Updates custom formatting sample. Tab control changed. Sender. Argument. Ok button clicked. Sender. Argument. Cancel button clicked. Sender. Argument. Collection of GaugeLabel objects. This collection is exposed as the property of the root object. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Adds a GaugeLabel object to the end of the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. The name argument is the Name property of the object being added. Adds a GaugeLabel object to the end of the collection. The object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified GaugeLabel object from the collection. object to be removed. Overriden in order to set the format of the automatically generated names. The new element. A string representing the name format. Overriden in order to set the format of the automatically generated names. The new element. A string representing the name format. We override this function in order to automatically adjust the position of newly inserted elements. Also we set a parent to either the default circular gauge or default linear gauge if they exist. Integer indexer that is used internally. Indexer of the class. Returns the GaugeLabel object Indexer of the class. Returns a GaugeLabel object. Collection of GaugeImage objects. This collection is exposed as the property of the root object.

These images can be either images saved to disk, or a object that has been added to the container's NamedImages collection.

Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by GaugeImageCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. The name argument is the Name property of the object being added. Adds a GaugeImage object to the end of the collection. The object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified GaugeImage object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. We override this function in order to automatically adjust the position of newly inserted elements. Also we set a parent to either the default circular gauge or default linear gauge if they exist. Integer indexer that is used internally. Indexer of the class. Returns the GaugeImage object Indexer of the class. Returns a GaugeImage object. Represents a circular gauge. May have scales, ranges and pointers. Circular gauges are displayed within the , which is the root object of Dundas Gauge.

The container can display multiple circular gauges.

Keeps the absolute rectangle of this circular gauge. Default constructor. Returns the name of the gauge as a string. The name as a string. Renders top image. Initialized GaugeGraphics object. Overridden in order to call the BeginInit() of the Scales, Ranges and Pointers collections. Overridden in order to call the EndInit() of the Scales, Ranges and Pointers collections. Overridden in order to call the OnDispose() of the Scales, Ranges and Pointers collections. Overridden in order to call the ReconnectData() method of the Pointer collection. Overridden in order to propagate the message system to the children of the gauge. Overridden in order to return the circular ranges collection. Overridden in order to call the PointerValueChanged event for the range that the pointer might be in. A reference to the pointer. Obtains the bounding rectangle of this gauge. This function ensures that the bounding rectangle of a circular gauge is always a square. A reference to GaugeGraphics. A RectangleF representing the bounding rectangle. This function renders all static elements, which are elements that do not change their position when the value changes. All elements except the pointers are static. A reference to GaugeGraphics. This function renders all dynamic elements - elements that do change their position when the value changes. The only static elements in a circular gauge are the pointers and scales (for their tick marks in case they are on top). A reference to GaugeGraphics. Renders all the shadows for the dynamic elements. A reference to GaugeGraphics. Renders all the shadows for the dynamic elements. A reference to GaugeGraphics. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. Represents the collection of scales used by the gauge. Represents the collection of ranges used by the gauge. Represents the collection of pointers used by the gauge. Represents the collection of knobs used by the gauge. The point around which the needle rotates. The X, Y coordinates are in percent. X and Y coordinates of the pivot point, as a percentage of its parent object's width and height. Overridden in order to set the Common property of the Scales, Ranges and Pointers collections. Summary description for LinearUIControl. Initialize new instance of BaseLocationUIEditor class The LocationUIControl class displays drop down user control to edit location in property browser. Initialize new instance of LocationUIControl Class GaugeLocation to edit X bound Y bound ITypeDescriptorContext provided in design time Initializes the component. Sets the edit result New GaugeLocation Paints the control Converts relative point to GaugeLocation Handles OnMouseDown event Handles OnMouseMove event Handles keyboard True if key is processed Gets result of editing The SizeUIControl class displays drop down user control to edit GaugeSize in property browser. Initializes new instance of SizeUIControl Class GaugeSize to edit Width bound Height bound Design time ITypeDescriptorContext Sets the edit result new GaugeLocation Gets the result of editing Gauge line style enumeration. Style not set. Specifies a line consisting of dashes. Specifies a line consisting of a repeating pattern of dash-dot. Specifies a line consisting of a repeating pattern of dash-dot-dot. Specifies a line consisting of dots. Specifies a solid line. Gauge image alignment type. Image aligned to the top-left corner. Image aligned to the top boundary. Image aligned to the top-right corner. Image aligned to the right boundary. Image aligned to the bottom-right corner. Image aligned to the bottom boundary. Image aligned to the bottom-left corner. Image aligned to the left boundary. Image aligned in the center. Specifies how a texture or gradient is tiled when it is larger than the area being filled. Clamps the texture or gradient to the object boundary. Tiles the gradient or texture. Reverses the texture or gradient horizontally and then tiles the texture or gradient. Reverses the texture or gradient horizontally and vertically and then tiles the texture or gradient. Reverses the texture or gradient vertically and then tiles the texture or gradient. Unscaled. Gauge hatching style. No hatching. Backward and diagonal. Cross. Dark downward and diagonal. Dark and horizontal. Dark, upward and diagonal. Dark and vertical. Dashed, downward and diagonal. Dashed and horizontal. Dashed, upward and diagonal. Dashed and vertical. Diagonal brick. Diagonal cross. Divot. Dotted diamond. Dotted grid. Forward and diagonal. Horizontal. Horizontal brick. Large checker board. Large confetti. Large grid. Light, downward and diagonal. Light and horizontal. Light, upward and diagonal. Light vertical. Narrow horizontal. Narrow vertical. Outlined diamond. Percentage, 05. Percentage, 10. Percentage, 20. Percentage, 25. Percentage, 30. Percentage, 40. Percentage, 50. Percentage, 60. Percentage, 70. Percentage, 75. Percentage, 80. Percentage, 90. Plaid. Shingle. Small checker board. Small confetti. Small grid. Solid diamond. Sphere. Trellis. Vertical. Wave. Weave. Wide, downward and diagonal. Wide, upward and diagonal. Zig zag. Anti aliasing mode. Anti aliasing is enabled. Anti aliasing is disabled. Text anti aliasing quality. Normal anti aliasing quality. High anti aliasing quality. System default anti aliasing quality. Anti aliasing flags. No anti aliasing. Use anti aliasing when drawing text. Use anti aliasing when drawing graphics primitives (lines, rectangle, ...) Use anti alias for everything. Gradient types. Disabled. Specifies a gradient from Left to Right. Specifies a gradient from Top to Bottom. Specifies a gradient from Center. Specifies a gradient from Top Left to Bottom Right. Specifies a gradient from Top Right to Bottom Left. Specifies a gradient from Center to Left and Right. Specifies a gradient from Center to Top and Bottom. Gradient types. Disabled. Specifies a gradient from the range start to the range end. Specifies a gradient from Left to Right. Specifies a gradient from Top to Bottom. Specifies a gradient from Center. Specifies a gradient from Top Left to Bottom Right. Specifies a gradient from Top Right to Bottom Left. Specifies a gradient from Center to Left and Right. Specifies a gradient from Center to Top and Bottom. Placement enumeration. The item is on the inside of the scale. The item is on the outside of the scale. The item is right on the scale bar. Enumeration of supported image types. BMP image format. Jpeg image format. Png image format. Enhanced Meta File (Emf) image format. Svg graphics format. Image rendering type. An image is rendered as image tag. An image is rendered as an input tag with type=image. An image is streamed back directly. An image map is rendered. The image is streamed directly and is updated at a specified interval. Represents a linear gauge orientation. The linear gauge is horizontal. The linear gauge is vertical. The orientation is automatically determined based on the width and the height of the gauge. Types of circular pointers, associated with circular gauges. The pointer looks like a standard gauge needle, which also contains a needle cap. The needle cap can be made invisible by setting the property to false.There are several properties that only apply to a Needle style. They all have the "Needle" prefix. The pointer is a marker. The shape of the marker can be selected using the property. There are several properties that only apply to a Marker style. They all have the "Marker" prefix. The pointer is a bar. The bar can either start at 0 or at the beginning of the scale. There are several properties that only apply to a bar style. All have the "Bar" prefix. Frame styles. There is no frame. Very simple frame. A frame with a single edge. Shapes of frames. The shape of the frame is a circle. The shape of the frame is a rectangle. The shape of the frame is a rounded rectangle. The shape of the frame is automatically determined in such a way that it would encompass all the elements of the gauge or gauge container. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A custom circular shape. A semi-circular custom shape facing north. A semi-circular custom shape facing north. A semi-circular custom shape facing north. A semi-circular custom shape facing north. A semi-circular custom shape facing south. A semi-circular custom shape facing south. A semi-circular custom shape facing south. A semi-circular custom shape facing south. A semi-circular custom shape facing east. A semi-circular custom shape facing east. A semi-circular custom shape facing east. A semi-circular custom shape facing east. A semi-circular custom shape facing west. A semi-circular custom shape facing west. A semi-circular custom shape facing west. A semi-circular custom shape facing west. A quarter-circular custom shape facing north-east. A quarter-circular custom shape facing north-east. A quarter-circular custom shape facing north-east. A quarter-circular custom shape facing north-east. A quarter-circular custom shape facing north-west. A quarter-circular custom shape facing north-west. A quarter-circular custom shape facing north-west. A quarter-circular custom shape facing north-west. A quarter-circular custom shape facing south-east. A quarter-circular custom shape facing south-east. A quarter-circular custom shape facing south-east. A quarter-circular custom shape facing south-east. A quarter-circular custom shape facing south-west. A quarter-circular custom shape facing south-west. A quarter-circular custom shape facing south-west. A quarter-circular custom shape facing south-west. Used to determine the style of the needle cap. Simple needle cap where the user can set the fill gradient or fill hatch style. A custom needle cap. A custom needle cap. A custom needle cap. A custom needle cap. A custom needle cap. A custom needle cap. A custom needle cap. A custom needle cap. Determines which point will remain pinned when an element's size changes. The top-left point will be pinned. The top-center point will be pinned. The center point will be pinned. The top-right point will be pinned. The center-left point will be pinned. The center-right point will be pinned. The bottom-left point will be pinned. The bottom-center point will be pinned. The bottom-right point will be pinned. Represents various font units. The font size is a percentage. The font size in units specified by the Font.Unit property. A NamedElement was added to a collection. A NamedElement is about to be removed from a collection. A NamedElement is about to be renamed. A data need to be invalidated. Prepare for snapshot. Represents resize modes. The content will not be resized. The content will be resized so that it fits in the available space. Represents the style of a thermometer. The thermometer has a standard look with a circular bulb. The thermometer looks like a flask. Represents the glass effect of the frame. There is no glass effect. The glass effect is a simple reflection. Three state boolean (true, false, auto). Auto mode. True. False. An enumeration of cursors which is identical to the collection provided by the class. This enumeration is used to specify the cursor appearance for pointers and knobs when the Dundas Gauge for ASP.NET is rendered as a Windows Forms control in a web browser. The cursor that appears when an application starts. The arrow cursor. The crosshair cursor. The default cursor, which is usually an arrow cursor. The hand cursor, typically used when hovering over a Web link. The Help cursor, which is a combination of an arrow and a question mark. The cursor that appears when the mouse is positioned over a horizontal splitter bar. The I-beam cursor, which is used to show where the text cursor appears when the mouse is clicked. The cursor that indicates that a particular region is invalid for the current operation. The cursor that appears during wheel operations when the mouse is not moving, but the window can be scrolled in both a horizontal and vertical direction. The cursor that appears during wheel operations when the mouse is not moving, but the window can be scrolled in a horizontal direction. The cursor that appears during wheel operations when the mouse is not moving, but the window can be scrolled in a vertical direction. The cursor that appears during wheel operations when the mouse is moving and the window is scrolling horizontally to the right. The cursor that appears during wheel operations when the mouse is moving and the window is scrolling horizontally and vertically upward and to the right. The cursor that appears during wheel operations when the mouse is moving and the window is scrolling vertically in an upward direction. The cursor that appears during wheel operations when the mouse is moving and the window is scrolling horizontally and vertically upward and to the left. The cursor that appears during wheel operations when the mouse is moving and the window is scrolling horizontally and vertically downward and to the right. The cursor that appears during wheel operations when the mouse is moving and the window is scrolling vertically in a downward direction. The cursor that appears during wheel operations when the mouse is moving and the window is scrolling horizontally and vertically downward and to the left. The cursor that appears during wheel operations when the mouse is moving and the window is scrolling horizontally to the left. The four-headed sizing cursor, which consists of four joined arrows that point north, south, east, and west. The two-headed diagonal (northeast/southwest) sizing cursor. The two-headed vertical (north/south) sizing cursor. The two-headed diagonal (northwest/southeast) sizing cursor. The two-headed horizontal (west/east) sizing cursor. The up arrow cursor, typically used to identify an insertion point. The cursor that appears when the mouse is positioned over a vertical splitter bar. The wait cursor, typically an hourglass shape. Gauge elements name converter. Displays list of available gauge element names Standard values supported - return true. Descriptor context. Standard values supported. Standard values are not exclusive - return false. Descriptor context. Non exclusive standard values. Fill in the list of the InputValues for the BaseValueName. Descriptor context. Standard values collection. This class represents an integral calculated value. A calculated value is owned by an object, which has a collection.

Calculated values use the history of their input values as source data.

A base class, used for the data engine which performs calculations. It implements both IValueConsumer and IValueProvider interfaces. In the Object model, this class is stored in the CalculatedValues collection of objects.

A calculated value is owned by an object, which has a collection.

Calculated values use the history of their input values as source data.

This interface provides the ability to access and change a value consumer objects. The CalculatedValue and DataAttribute classes implement this interface. Used from IValueProvider to notify this IValueConsumer that the IValueProvider has been removed from the gauge. The IValueProvider which send this notification. Used from IValueProvider to notify this IValueConsumer that the name of this IValueProvider has been changed. The IValueProvider which send this notification. Used from IValueProvider to notify this IValueConsumer that the output value/date of this IValueProvider has been changed. Event sender. Event arguments. Resets state of this IValueConsumer. Force reread of value/date from IValueProvider of this IValueConsumer. Returns IValueProvider to which this IValueConsumer is connected. Keeps reference to provider. Used for autorefresh. Keeps and tracks timespans. Determine if calculations are performed under autorefresh mode or invoked by provider. If true, suppress restarting timer. Flag which stops auto refreshes. Initializes a new instance of the class. Dispose implementation. Initializes timer, setups timer properties. The initialized timer is stopped. Initializes the this.timerData field, interval part. Starts the timer in order to perform auto refreshes. Stops the timer. Perform attaching to input value provider by name. Locates value provider by name. Provider for locating. Provider or null if not found. Checks if this instance is a member of collection and checks if this collection has parent (e.g., collection is connected to the gauge control). Returns true is instance is part of the gauge OnAdded into collection hook. The object tries to connect to provider. Performs initialization. Initialize cloning by copying/cloning internal fields. Object to initialize. Initialized object. Overrides ValueBase.Recalculate( double, DateTime) in order to clear noMoreData flag; Performs recalculation based on given input value/date pair. Input value. Input time stamp. Performs calculations when it is overridden. Successors should modify input value and call base.CalculateValue (value, date) to raise events and save in the history; Input value Input time stamp. Invoked by provider when it is removed from the Gauge Provider which is removed. Invoked by provider when its name has changed. Provider which its name has changed Invoked by provider (through event handler, from different thread) when its value has changed. as sender parameter which contain value, date and provider state. Returns current attached provider. Can be null. Returns current attached provider. Performs reset of the IValueConsumer. All history will be erased and current values will be set to Double.NaN; Forces consumers to read output data again. The maximum amount of time that can elapse before the calculated value is refreshed. A double that represents the refresh rate. Defaults to not set (Double.NaN). This property determines how often the calculated values are recalculated. It will only have an effect if its associated InputValue object has not had its value changed for the given refresh rate, at which point recalculation occurs.

If the refresh rate is not set then the calculated value will not be automatically recalculated.

Gets or sets of the refresh rate. A value. Gets or sets the period for calculations (i.e. their interval). The period, used for the calculated value interval. Defaults to zero. Gets or sets type of . A value that determines the period type. Gets a string representation of the calculated value type. A string that represents the type of the calculated value. Gets or sets the name of the or object to be linked to. A string that represents the base value name. Usually this is the name of the associated input value, however, it can also be the name of another calculated value object. Represents the current value. A double that represents the current value. Gets and sets CommonElements object. The setter is used to force attaching to input value. If this property is true the value is calculated only id the new value is different than the current (the value changes). Default value is true. This property was introduced as a BUGFIX(SG)#7849. Returns base ( parent ) InputValue Represents Integral interval The integral base to add to result. The integral accumulative result. The last input value copy Calculates integral for specified GaugeDuration. The input value. The input date. Performs regeneration of intergal result after refreshing or PlayBack/Interactive switching. Resets the calculated value. Forces consumers to read output data again. This cause this calculate value to regenerate its result. Initializes an object that is a copy of the current instance. The object to initialize Initialized copy of this current instance Gets or sets the integral interval. Measured in IntegralIntervalType units. A double that represents the integral interval. Defaults to not set (Double.NaN). Gets or sets the integral interval period type. A value, that represents the interval type. Gets or sets the integral base. A double that represents the interval base. Defaults to 0. This calculated value does not use the Period property This calculated value does not use the PeriodType property Design time TypeConverter class Initializes a new instance of the Converter class. Determines the style of numeric indicators. Digital style, 7 segments. Digital style, 14 segments. Mechanical style. Represents how +/- signs are displayed. Never show a plus or a minus sign. Show the sign if it is a minus, but not if it is a plus. Always show the sign, no matter what it is. Represents a numeric indicator. Numeric indicators are stored in the collection property.

A numeric indicator has a value, which can be displayed via its property or property.

A numeric indicator can have multiple ranges, set by the property. These allow for the usage of range-related events. The and properties also specify a range.

Represents pointer position. We have difference between Position and Data.value, when we have dampening. Data linker to input/calculated value. Refresh pending flag; Represents pointer position. We have difference between Position and Data.value, when we have dampening. Reference to SegmentsCache object. Initializes a new instance of NumericIndicator class. Used by VS designer - prevents the obsolete property from serialization. false to prevent the property from serialization. Gets the name of the indicator. A string that represents the indicator's name. Determines and returns font color of indicator against the number position and range. The default color Flag to selecting color for decimals The range color Creates gradient brush for font drawing The GaugeGraphics reference The default font color Initialized brush Calculates number to display. The number to display Calculates number to display. number to calculate. number to display Gets display format string. The format string Returns label string to display returns flag if digitsPrinted or simple message String for display Performs drawing of one symbol. The GaugeGraphics reference. Symbol to display. Bounding rectangle. The font to use for drawing. The brush to use for drawing. The StringFormat to use for drawing. If to show decimal separator after the symbol. If to show comma after the symbol. Draws separator of Mechanical Indicator. The GaugeGraphics reference. The brush to use for drawing. How many symbols has this indicator. The position of the separator. The width of the separator. Checks if format string is simple or custom type Drawing procedure The GaugeGraphics reference Performs drawing of the background and shadow Initialize this.parentSystem field which is NamedElement holds the parent coordinate system. Flag to throw an exception if the parent element is invalid. Handles notification message from other NamedElements. The message of MessageType type NamedElement which sends the message Additional parameters, depended of the MessageType This method is called right after this NamedElement becomes a member of a NamedCollection. Initiate initialization. Finalize initialization Handles reconnect message to data providers, usually after initialization True to throw an exception if failed. Disposes inner elements Performs invalidating of the gauge core. This method is called when the data attribute value has changed. Slow refresh timer call back procedure Performs refresh of gauge core. Calculates the snap value The current value Snapped value Set the hot region Draws all elements Returns ZOrder of this IRenderable element. The ZOrder Returns the bounding rectangle of this element Returns parent object which holds the coordinate system. if there is no parent object the result should be null. Returns the name of the parent object which holds the coordinate system. Returns tool tip information for the object implemented this interface. The current The tool tip string Returns the toop tip string. Returns the toop tip string. Returns HRef string. Returns additional map area attributes. Used from IValueConsumer to notify this IPointerProvider that the output date/value has been changed. True to suppress dampening and slow refresh. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. Represents a collection of numeric ranges, used for range-related events. A object, used to store the indicator's ranges (if any). The and properties are also used to set a range. Gets an object reference to the parent object. If there is no valid parent element the result is null. A object. Determines the parent element, which affects the indicator's coordinate system. A string that represents the name of the parent object, if any. Determines the Z order of the numeric indicator in the gauge container. An integer that represents the Z order. The tool tip to be displayed when the cursor is over the numeric indicator. A string that represents the tool tip. The user can format the tool tip using #INPUTVALUE, #INPUTVALUE1, etc. The value from the GaugeContainer.Values collection will then be displayed. #INDICATORVALUE can also be used to show the current value of the numeric indicator. The Href of the numeric indicator. A string that represents the Href. Setting this prorpety will only have an effect if the MapEnabled property is set to true. Other attributes of the indicator's map area. A string that represents the map area attributes. Setting this prorpety will only have an effect if the MapEnabled property is set to true. The name of the numeric indicator. String that represents the name of the numeric indicator. NOTE: This property is obsolete in Dundas Gauge 2.0. IndicatorStyle is supposed to be used instead. Determines the style of the numeric indicator. A value that represents the indicator's style. Defaults to NumericIndicatorStyle.Mechanical. Determines the style of the numeric indicator. A value that represents the indicator's style. Defaults to NumericIndicatorStyle.Mechanical. The total number of digits that will be shown, including decimals. An integer that represents the total number of displayed digits. Defaults to 6. The total number of decimals that will be shown. An integer that represents the total number of displayed decimals. Defaults to 1. Determines if the font size is measured as a percentage of the parent or in units specified by the Font.Unit property. A enumeration which determines the font units. Defaults to FontUnit.Percent. If ResizeMode is set to AutoFit then FontUnit does not determine the size of the font. Determines if the font will be automatically resized so that the text will always fit. A value, which represents the resize mode. Defaults to ResizeMode.AutoFit. If ResizeMode is set to None then the and properties determine the size of the text. Determines how far to the right and down the shadow will appear. An integer that represents the shadow offset. Defaults to 1 pixel. The format string, which is a standard .NET format string. A string, which is used for formatting. This also determines how many numbers after the decimals to show.

Refer to the Formatting Types topic in the MSDN for further information.

Determines whether or not the decimal point is displayed. If true the decimal point is displayed, if false it is not. Defaults to false. Determines whether or not leading zeros are displayed. If true the leading zeros are displayed, if false they are not. Defaults to true. Determines how often the indicator is refreshed per second. A real number that determines the refresh rate. Defaults to 10 refreshed per second. This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. The string to be displayed if the Value property is Double.NaN. A string that is used if Value is Double.NaN (represents 'not set'). Defaults to '-'. If this string is longer than the value of the property it will be cropped. The string to be displayed if the Value property is out of range. A string that is used if Value is out of range. Defaults to 'Error'. The range is determined by the and values, and/or the property.

If this string is longer than the value of the Digits property it will be cropped.

Determines which sign (plus or minus) to display. A value, that represents the sign to display. The start value of the numeric indicator, which determines the start of its range. An integer that represents the indicator's minimum. Defaults to double.NegativeInfinity. The Minimum and Maximum properties determine the indicator's range, which allows for the usage of range-related events.

Extra ranges can also be added using the property.

The end value of the numeric indicator, which determines the end of its range. An integer that represents the indicator's minimum. Defaults to double.PositiveInfinity. The Minimum and Maximum properties determine the indicator's range, which allows for the usage of range-related events.

Extra ranges can also be added using the property.

Amount by which the indicator's value is multiplied before being displayed. A real number that represents the multiplier value. Defaults to 1. For example, if the property is set to 10, and this Multiplier property is set to 10, the displayed value will be 100. Determines if snapping of the indicator's value to a given interval is enabled. If true the numeric indicator will snap to values determined by the property, if false it will not. Defaults to false. The interval to use when snapping is enabled. An integer that represents the snapping interval. If set to 0 there will be no snapping. Determines if the value movement will be dampened. If true dampening is enabled, if false it is not. Defaults to false. Dampening can be used if the value is being updated very quickly. Seting it to True will slow down the movement of the numeric indicator. If the Minimum and Maximum properties are set to Double.NegativeInfinity and Double.PositiveInfinity respectively, this property will have no effect.

ASP.NET - This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control.

Represents the time it takes (in seconds) to make a full sweep from the minimum to the maximum of the indicator. An integer that represents the dampening sweep time. Defaults to 1 second. If the Minimum and Maximum properties are set to Double.NegativeInfinity and Double.PositiveInfinity respectively, this property will have no effect.

ASP.NET - This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control.

The location of the indicator inside the gauge container. The coordinates are measured as a percentage of the container's width/height. A object, which represents the indicator's location inside its container. The size of the indicator inside the gauge container. The coordinates are measured as a percentage of the container's width/height. A object, which represents the indicator's size inside its container. Determines the visibility of the numeric indicator. If true the indicator is visible, if false it is not. Defaults to true. Specifies the font used for the indicator's digits. A object, used for the digit font. Gets or sets the color of the numeric indicator's border. A object that represents the color of the numeric indicator border. The default value is Color.DimGray. This property represents the color of the numeric indicator border.

This property will not have any effect if the property is set to 0.

The line style of the numeric indicator border. A value, that represents the line style. Defaults to GaugeDashStyle.Solid. This property will not have any effect if the property is set to 0. The line width of the numeric indicator's border. Measured in pixels. An integer that represents the line width. Defaults to 1 pixel. Gets or sets the color of the lines that separate the digits. A object that represents the separator color. The default value is Color.DimGray. This property represents the color of the lines that separate the digits of the numeric indicator.

This property will not have any effect if the property is set to 0.

The line width of the separator. Measured in percent of the indicator. A real number that represents the separator width. The default value is 1 percent. Gets or sets the background color of the numeric indicator. A that represents the back color. The default value is Color.DimGray. This property represents the background color.

If a gradient is selected via the property this color will be used as the start color for the gradient.

If a hatch style is selected through the property this color will be used as the background color for the hatch.

The gradient type of the background. A value that determines the gradient type. Defaults to GradientType.None. Colors used are determined by the and properties. Gets or sets the end color of the numeric indicator's back gradient. A that represents the gradient end color. The default value is Color.White. This property represents the end color of the numeric indicator's back gradient. It is used if the property has a valid gradient. In addition to that it is also used as the hatch foreground color in case a hatch style is set via the property. The hatch style of the background. A value that determines the hatching, if any. Defaults to GaugeHatchStyle.None. Colors used are determined by the and properties. Gets or sets the color of the digits in the numeric indicator. A that represents the digit color. The default value is Color.SteelBlue. This property represents the text color of the digits, but not the decimals. The decimals can have a different color, which is determined by the property. Gets or sets the color of the decimals in the numeric indicator. A that represents the the decimal color. The default value is Color.Firebrick. This property represents the text color of the decimals, but not the normal digits. Please use the property to set the color of the digits. Gets or sets the color of the digit's background in the digital indicator. A that represents the the digit background color. The default value is Color.Empty. The current value of the indicator. A double that represents the indicator's value. Alternatively can be used to set the indicator's value. Specifies the name of an input or calculated value. A double that represents the indicator's input or calculated value. If is used as the value source a history will be created, which is used for calculated values and playback. Determines if the numeric indicator visually appears selected. If true the numeric indicator appears selected. Default value is false. This is a wrapper property for location and size. Gets and sets the pointer position. Setting this property cause Refresh in win control. Gets and sets CommonElements. Setting this property cause set of the Common to the internal DataAttributes object. Gets the DataAttributes reference This flag determines if the Parent property has been changed from its default value. Returns the position ( the current value ) of this IPointerProvider. Determines 7 Segment LEDs. Represents empty segments (none, space). Represents top horizontal segment. Represents right-upper vertical segment. Represents right-lower vertical segment. Represents bottom horizontal segment. Represents left lower vertical segment. Represents left upper vertical segment. Represents center horizontal segment. Represents decimal point segment. Represents decimal point segment. Represents digit 1 segments. Represents digit 2 segments. Represents digit 3 segments. Represents digit 4 segments. Represents digit 5 segments. Represents digit 6 segments. Represents digit 7 segments. Represents digit 8 segments. Represents digit 8 segments. Represents digit 0 segments. Represents dash (negative symbol). Error all segments Determines 14 segment LEDs. Represents empty segments (none, space). Represents top horizontal segment. Represents right-upper vertical segment. Represents right-lower vertical segment. Represents bottom horizontal segment. Represents left lower vertical segment. Represents left upper vertical segment. Left central horizontal segment. Right central horizontal segment. Represents center horizontal segment. Represents decimal point segment. Represents decimal point segment. Represents digit 1 segments. Represents digit 2 segments. Represents digit 3 segments. Represents digit 4 segments. Represents digit 5 segments. Represents digit 6 segments. Represents digit 7 segments. Represents digit 8 segments. Represents digit 8 segments. Represents digit 0 segments. Represents dash (negative symbol). Represents dash (negative symbol). /// Error. All segments. This internal class contain procedures to help creating of each LED segment proportion between width and height of each symbol. determines slope angle proportion between width of the symbol and width of the segments. Creates point array with segment 7segment type with shape below The center point the size of the one ( center ) horizontal segment Array of six points Creates point array with segment 7segment type with shape below The center point The size of the symbol to print the width of one LED segment Indicates left or right slope Array of for points Creates graphics path with one segment determined by LEDSegment7 type, center point and size The segment set center point the size of the digit Initialized GraphicsPath Creates graphics path with one segment determined by LEDSegment14 type, center point and size The segment set center point the size of the digit Initialized GraphicsPath Creates combined graphics path determined by LEDSegment7 type SET, center point and size The segment set center point the size of the digit Initialized GraphicsPath Creates sheared graphics path determined by LEDSegment7 type SET, center point and size. The segment set. center point. the size of the digit. Segments cache. Initialized GraphicsPath. Creates combined graphics path determined by LEDSegment14 type SET, center point and size The segment set center point the size of the digit Initialized GraphicsPath Creates sheared graphics path determined by LEDSegment14 type SET, center point and size. The segment set. center point. the size of the digit. The segment cache reference, held by numeric indicator. Initialized GraphicsPath Returns combined graphics path determined by symbol. Symbol to print. center point. size of symbol/digit. Print decimal point with digit. Print comma with digit. Print separator dots (:) with digit, for future use. The segment cache reference, holded by numeric indicator. Combined graphics path with segments. Returns combined graphics path determined by symbol. Symbol to print. center point. size of symbol/digit. Print decimal point with digit. Print comma with digit. Print separator dots (:) with digit, for future use. The segment cache reference, held by numeric indicator. Combined graphics path with segments. Implements mechanism for caching graphics path determined by segment sets Hashtable which holds graphics path and segments set Transformation matrix. controls invalidation of caching. Changing of size cause clearing of the hashtable. Returns cached graphics path or null if not found. Set of segments Center point The size ( height ) of the symbol/digit Cached graphics path or null Clears the cache. Checks cache against size and perform reset if needed The size ( height) of the symbol/digit Sets segment into cache. The segment set. The graphics path. The center point of this path. The size ( height) of the symbol/digit. The Converter is type converter for NumericIndicator. Initializes new instance of Converter class Collection of NamedImage objects. This collection is exposed as the property of the root object.

A named image added to the container can be used at any time as the source for any image property of the gauge.

A named images is saved as a resource.

Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Adds a NamedImage object specified by name to the end of the collection. The named image object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Removes the specified NamedImage object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns the NamedImage object. Indexer of the class. Returns a NamedImage object. An image with a unique name, which is saved as a resource. A named image can be used as the source for any image property (as opposed to specifying an image saved to disk).

Named images are stored in the , which is exposed as the property of the root object.

A named image added to the container can be used at any time as the source for any image property of the gauge.

A named image is saved as a resource.

Constructor. Constructor that takes a unique name and an Image object. Image name. Image object. Returns the name of the gauge as a string. The name as a string. Image object to be used as a named image. object. Collection editor that supports property help in the property grid Initializes a new instance of GaugeCollectionEditor class. Type of the editor (usually UITypeEditor). Edit object's value. Descriptor context. Service provider. Value to edit. The new value of the object. Displaying help for the curently selected item in the property grid Cretaes form for collection editing. Form object. Event that handles the selection change in the list box and enables/ disables the clone button. Event handler for the Click event of the clone button. Determines if the given name is a clone name Determines if the string is a number. Override so we can populate all the collections when a new object is added to a top level collection. Update design-time HTML when OK button is clicked in the collection editor Update design-time HTML when propery is added or removed Update design-time HTML when propery is changed Indicate if specified instance can be removed from collection. The instance to check for removal. true, if the instance can be removed. Override the HelpTopic property to provide different topics, depending on selected property. Defines a list of items used to create a DesignerActionPanel. Extends Dundas Gauge design time functionality in VS 2005 Keeps information for the custom property dialog Disables of enables action list ( returns empty list ) Contains list of GaugeActionType items Creates new instance of GaugeActionList with specified parameters Parent Gauge Designer Returns the collection of DesignerActionItem objects contained in the list. Collection of DesignerActionItem objects contained in the list Locates and returns GaugeActionType againts selected Gauge object Corresponed GaugeActionType Enables action list population Disables action list population Returns the parent designer The Gauge designer Gets the selected Gauge object Gets the selected object context as SelectedItemInfo object Gets the colection which contains the selected Gauge object Returns true if any Gauge object is selected Helper fuction which converts property name to expression - "ChangePropertyName" to "Change Property Name" Gets the service object of the specified type. An object that specifies the type of service object to get. A service object of type serviceType. -or- null if there is no service object of type serviceType. Closes any previously opened drop down control area Displays the specified control in a drop down area below a value field of the property grid that provides this service. Shows the specified Form. Returns collection of properties of this object. Collection of properties descriptors. Returns collection of properties of this object. Attributes for filtering. Collection of properties descriptors. Gets object class name. Object class name. Gets object attributes. Object attributes Gets object component name. Object component name. Gets object converter. Object converter. Gets object default event. Object default event. Gets object default property. Object default property. Gets object editor. Editor base type. object editor. Gets object events. Filtering attributes. Object events. Gets object events. Object events. Get property owner. Property descriptor. Property owner. Invoke propery change in transaction context change callback object context name of transaction Shows the custom propery editor, handles "Configure XXX..." object context frue for success Shows the custom propery editor, handles "Configure XXX..." Gets or sets a value indicating whether the DesignerActionPanel should automatically be displayed when it is created Gets the Gauge object Custom TypeDescriptorContextImpl to replace or generate ITypeDescriptorContext for UIEditors. Provides contextual information about a component, such as its container and type descriptor. Initializes new instance of TypeDescriptorContextImpl with specified parameters The parent GaugeActionList The target PropertyDescriptor Returns a service by specified type Raises the ComponentChanged event. Raises the ComponentChanging event. true if this object can be changed; otherwise, false. Returns the ComponentChangeService Gets the container representing this TypeDescriptor request. Gets the object that is connected with this type descriptor request. Gets the PropertyDescriptor that is associated with the given context item The SelectedItemInfo helps to process properly information of selected item. Is used mostly from property editor dialog ( see UIPropertyEditor ) Initializes new instance of SelectedItemInfo class Gather information from given GaugeActionList and returns properly initialized SelectedItemInfo object. The GaugeActionList object. New initialized SelectedItemInfo object. Gets and sets the PropertyDescriptor of selected object if selected object is a member of collection the property returns the PropertyDescriptor of the collection. Gets and sets the index of the selected object if selected object is a member of collection Gets and sets the name of the selected object which appears into the "Configure... " action verb, property editor and undo transactions The base object which is being edited. Usually is the Gauge but for Axis is GaugeArea. The selected object is being edited , can be IList as series or object as axis Returns true if selected object is empty collection or null Returns true if selected object is an array Returns true if selected object is a collection returns true if selected object is Gauge. Property descriptor with ability to dynamically change attributes of the base property descriptor object. Used to expose Gauge properties to the design time action list. Note that action list accept and visualize edit property items only on hist own properties. See DesignerActionPropertyItem. The GaugeActiolList implements ICustomTypeDescriptor which deploy specified Gauge properties trought this ActionPropertyDescriptor. Constructor of the dynamic property descriptor. Initializes new instance of ActionPropertyDescriptor based on specified parameters The original object which this propery is bound to Base property descriptor. The GaugeActionMember which contain additional information Parent GaugeActionList object Returns the property editor. This method replaces the original editor in some cases in order to mantain properly the ObjectContext which is used by original editor. Rreplaces all editors which support painting and data member editors. The property editor or null Returns an object that contains the property described by the specified property descriptor. Returns whether resetting an object changes its value. The component to test for reset capability. true if resetting the component changes its value; otherwise, false. Gets the current value of the property on a component. The component with the property for which to retrieve the value. The value of a property for a given component. Resets the value for this property of the component to the default value. The component with the property value that is to be reset to the default value. Determines a value indicating whether the value of this property needs to be persisted. The component with the property to be examined for persistence. True if the property should be persisted; otherwise, false. Sets the value of the component to a different value. The component with the property value that is to be set. The new value. Gets the type of the component this property is bound to. Gets the name that can be displayed in a window, such as a Properties window. Gets a value indicating whether this property is browsable. The folowing code evaluates the object (Instance) state and returns properly Browsable state to achieve visible/unvisible edit item into action list. Gets a value indicating whether this property is read-only. Gets the type of the property. Gets the GaugeActionMember of this property Gets the current object instance which this property descriptor is bound to. Gets the parent GaugeActionList which deploys this descriptor Gets the property name separated by words. ie: "ExpandedPropertyName" will return "Expanded Property Name" Because the action list feature does not support owner draw list boxes which is supported by property editor (see UITypeEditor.GetPaintValueSupported() with enums) this is a replacement of original UITypeEditor which emulate property editor behavior in GetPaintValueSupported() part and lefts the original editor to do the rest. Instance to the original UITypeEditor The parent ActionPropertyDescriptor ListBox for visualization The IWindowsFormsEditorService which display the list box Initializes a new instance of the System.Drawing.Design.UITypeEditor class. Initializes a new instance of the System.Drawing.Design.UITypeEditor class with specified UITypeEditor and PropertyDescriptor Occurs when a key is pressed while the control has focus. Closes the list box. The source of the event. Provides data for the KeyPress event. Occurs when the control is clicked.Closes the list box. The source of the event. Occurs when a visual aspect of an owner-drawn ListBox changes. Edits the specified object's value using the editor style indicated by System.Drawing.Design.UITypeEditor.GetEditStyle(). An System.ComponentModel.ITypeDescriptorContext that can be used to gain additional context information. An System.IServiceProvider that this editor can use to obtain services. The object to edit. The new value of the object. If the value of the object hasn't changed, this should return the same object it was passed. Gets the editor style used by the System.Drawing.Design.UITypeEditor.EditValue(System.IServiceProvider,System.Object) method. An System.ComponentModel.ITypeDescriptorContext that can be used to gain additional context information. A System.Drawing.Design.UITypeEditorEditStyle value that indicates the style of editor used by System.Drawing.Design.UITypeEditor.EditValue(System.IServiceProvider,System.Object). If the System.Drawing.Design.UITypeEditor does not support this method, then System.Drawing.Design.UITypeEditor.GetEditStyle() will return System.Drawing.Design.UITypeEditorEditStyle.None. Indicates whether the specified context supports painting a representation of an object's value within the specified context. An System.ComponentModel.ITypeDescriptorContext that can be used to gain additional context information. true if System.Drawing.Design.UITypeEditor.PaintValue(System.Object,System.Drawing.Graphics,System.Drawing.Rectangle) is implemented; otherwise, false. Paints a representation of the value of an object using the specified System.Drawing.Design.PaintValueEventArgs. A System.Drawing.Design.PaintValueEventArgs that indicates what to paint and where to paint it. Raises the ComponentChanged event. Returns a value indicating whether this object can be changed. Gets the service object of the specified type. An object that specifies the type of service object to get. A service object of type serviceType. -or- null Gets a value indicating whether drop-down editors should be resizable by the user. true, if drop-down editors are resizable; otherwise, false. Gets the container representing this TypeDescriptor request. Gets the instance of the object that is connected with this TypeDescriptor request. Gets the PropertyDescriptor that describes the given context item. UITypeEditorProxyEx reroute the editor context for not owner draw editors. Used to reroute context for data editors. The original UITypeEditor. Target property Initializes a new instance of the UITypeEditorProxyEx class. Initializes a new instance of the System.Drawing.Design.UITypeEditor class with specified UITypeEditor and PropertyDescriptor Edits the specified object's value using the editor style indicated by System.Drawing.Design.UITypeEditor.GetEditStyle(). An System.ComponentModel.ITypeDescriptorContext that can be used to gain additional context information. An System.IServiceProvider that this editor can use to obtain services. The object to edit. The new value of the object. If the value of the object hasn't changed, this should return the same object it was passed. Gets the editor style used by the System.Drawing.Design.UITypeEditor.EditValue(System.IServiceProvider,System.Object) method. An System.ComponentModel.ITypeDescriptorContext that can be used to gain additional context information. A System.Drawing.Design.UITypeEditorEditStyle value that indicates the style of editor used by System.Drawing.Design.UITypeEditor.EditValue(System.IServiceProvider,System.Object). If the System.Drawing.Design.UITypeEditor does not support this method, then System.Drawing.Design.UITypeEditor.GetEditStyle() will return System.Drawing.Design.UITypeEditorEditStyle.None. Indicates whether the specified context supports painting a representation of an object's value within the specified context. An System.ComponentModel.ITypeDescriptorContext that can be used to gain additional context information. true if System.Drawing.Design.UITypeEditor.PaintValue(System.Object,System.Drawing.Graphics,System.Drawing.Rectangle) is implemented; otherwise, false. Paints a representation of the value of an object using the specified System.Drawing.Design.PaintValueEventArgs. A System.Drawing.Design.PaintValueEventArgs that indicates what to paint and where to paint it. Gets a value indicating whether drop-down editors should be resizable by the user. true, if drop-down editors are resizable; otherwise, false. The DesignerActionVerbItem is used to convert DesignerVerbs to DesignerActionVerbItem Initializes new instance of DesignerActionVerbItem using specified parameters The parent DesignerActionList The verb to emulate Category which is used for DesignerActionItem Programmatically executes the method associated with the DesignerActionMethodItem. GaugeActionType is a top level class of series helper classes which contain information to help population of custom property descriptors of CahrtActionList. GaugeActionType contain Gauge object type and list of groups which helps to be saparated action list items into groups. The target Gauge type A list of GaugeActionGroup objects Initializes new instance of GaugeActionType with specified parameters The Gauge target type List of GaugeActionGroup objects Builds the tree like structure of GaugeActionType, GaugeActionGroup and GaugeActionItem objects GaugeActionGroup contains group name used for devider into action list and list of GaugeActionMember objects The group name List of GaugeActionMember objects Initializes new instance of GaugeActionGroup with specified parameters The group name List of GaugeActionMember objects The GaugeActionMember contains information for property name, property label Property name Label or description Internal property name - for second level object for example for Gauge.BorderSkin.SkinStyle is represented by MemberName = "BorderSkin", TargetPropertyName = "SkinStyle" Flag which determines if the property is exposed by GaugeMirror class or the target object Initialize new instance of GaugeActionMember with specified parameters The member name Initialize new instance of GaugeActionMember with specified parameters The Member name determines if the property is exposed by GaugeMirror class Initialize new instance of GaugeActionMember with specified parameters The Member name determines if the property is exposed by GaugeMirror class Description Initialize new instance of GaugeActionMember with specified parameters The Member name Description Initialize new instance of GaugeActionMember with specified parameters. The Member name. Description. Second level property name. CustomPlacement appears into Gauge action list - Gauge level - to setup placement of the legend or title Top Left position Top Center position Top Right position Right Top position Right Center position Right Bottom position Bottom Left position Bottom Center position Bottom Right position Left Top position Left Center position Left Bottom position Represents a single layer, containing GDI+ graphics paths, brushes and pens. Gets or sets the array of graphics paths. Gets or sets the array of brushes. Gets or sets the array of pens. Gets or sets the array of inner layers. Helper class used to render xaml. Initializes a new instance of the XamlRenderer class and loads the xaml from the provided resource. The xaml resource to load. Parses the xaml and creates a layer for each canvas. The viewport rect. The layer hues. Retruns the bounding rectangle of the root canvas. The root node. Gets the canvas bounding rectangle. The canvas node. Creates the GDI+ objects. The canvas node. Index of the layer. From bounds. To bounds. Gets the sliced bounds. The canvas node. Creates an equivalent GDI+ brush according to the brush XAML node. The brush node. Index of the layer. The shape rect. The original shape rect. From bounds. To bounds. Applies the Transform to the brush based on the provided XAML node. The transform node. Shape rect. From bounds. To bounds. The brush. Applies the RelativeTransform to the brush based on the provided XAML node. The transform node. Original shape rect. The shape rect. From bounds. To bounds. The brush. Stretches the brush points by the given factor. The stretch factor. The start point. The end point. Calculates the stretch factor for a linear gradient brush based on the two end points and the shape rectangle. The start point. The end point. The shape rect. Creates a color blend fromt he given XAML gradient stops node. The gradient stops node. Index of the layer. The stretch factor. if set to true the brush is radial. Gets the bounding rectangle of the stream geometry. The parts. Ff set to true the origin (0, 0) is included in te bounds. Breaks the stream geometry into an array of strings. The stream geometry. Inteprets the stream geometry using the StreamGeometry mini-language. The stream geometry parts array. The shape offset. The horizontal stretch factor. The vertical stretch factor. if set to true [include origin]. From bounds. To bounds. The graphics path. Converts the relative to the rectangle point to absolute coodinates. The relative point. Relative to rect. A PointF in absolute coordinates. Converts the absolute point to the relative to the rectangle coordinates. The alsolute point. The relative to rect. A PointF in relative coordinates. Finds the fill node (Shape.Fill of |ParentName|.Fill. The shape node to search. The fill node or null if the fill node is not found. Finds the stroke node (Shape.Stroke of |ParentName|.Stroke. The shape node to search. The stroke node or null if the stroke node is not found. Finds the child node with the given name. The parent node. Name of the child. The child node or null if not found. Counts the child nodes and excludes the comments. The parent node. Offsets the point by the given offset. The point. The offset. Transforms the point from the first coordinate system to the second. The point. From bounds. To bounds. Transforms the rectangle from the first coordinate system to the second. The rect. From bounds. To bounds. Transforms the given color based on the LayerHues array. The color. Index of the layer. Parses the string containing the point coordinates. The point. Gets the xaml as an XmlDocument object. Gets the array of hues. Gets or sets the array of layers. The purpose of this class is to extend the ExpandableObjectConverter in order to prevent it displaying the class name in the properties window. Overrides the GetPropertiesSupported method of TypeConverter. Save reference to the descriptor context. Descriptor context. Indicates if properties are supported. Specifies the duration type of a given period. Duration is not defined. Duration is in milliseconds. Duration is in seconds. Duration is in minutes. Duration is in hours. Duration is in days. Duration is the count of points. Specifies the period type. Period is in milliseconds. Period is in seconds. Period is in minutes. Period is in hours. Period is in days. Specifies the InputValue state. Suspended state. The IValueProvider interface can accept input data but interactive consumers should ignore it. The IValueProvider interface performs Playback. The IValueProvider interface performs data loading. The IValueProvider interface is in normal mode. Determines the state of the playback. This enumeration is used by the PlaybackChangedEventArgs class. It is to be used to determine the new playback state when the GaugeContainer.PlaybackStateChanged event is fired. Indicates the playback has just started. Indicates that the playback was stopped. Indicates that the playback was paused. Indicates the playback was resumed. Indicates that the playback is complete. Initializes a new instance of the class. The current value that has been changed. The date stamp of the change. Name of event sender. Flag that signals if the sender is in Playback mode or "real" mode. Gets the current value that has been changed. A double that represents the value that has been changed. The DateTime stamp, that indicates the date/time that the value change occurred. A object that represents the time of the value change. Gets the playback mode. If true the gauge is in playback mode, if false it is in normal mode. The gauge can either display the most recently added values, or it can display values recorded and stored in the histories of input values. When historical data is being displayed this is known as Playback mode. Gets the name of the sender object (object whose value changed). String that represents the name of the sender. Initializes a new instance of the class. The current value of the playback. The date stamp of the current value. Determines the new state of the playback. Event sender name. Gets the current value of the playback. A double that represents the current value of the playback. The DateTime stamp, that indicates the date/time that the value change occurred. A object that represents the time stamp of the playback state change. Gets the playback state. One of enumeration. Use this property to determine whether the playback has started, stopped, paused, resumed or if it is complete. Gets the name of the sender object. String that represents the name of the sender. Initializes a new instance of the class. The new pointer value that has been changed. The date stamp of the change. Name of the pointer object whose value changed. Flag that signals if the sender is in Playback mode or "real" mode. Gets or sets a flag that determines if the new value is accepted. If true the pointer will be allowed to retain its new value, if false the new value will be discarded and the old value will then be displayed. Initializes a new instance of the class. The value of the pointer that is in the range. The date stamp of the event. Name of the sender object (the relevant range). The pointer that is in the range. Flag that signals if the sender is in Playback mode or "real" mode. Gets the name of the pointer that is in the range. A object that represents the pointer that is in the range. Provides data for the and events. A reference to the relevant gauge container object can be obtained using the property, and for drawing a object can be used, which is exposed via the property. Constructor that creates a new instance of this class. GaugeContainer object for which the event args are being used. GaugeGraphics object, which encapsulates GDI+ drawing routines. Returns a reference to the relevant object. A object. Returns a reference to a GaugeGraphics object, which is used for drawing-related purposes. A object, which encapsulates GDI+ gauge drawing functionality. Defines event arguments for the RealTimeData event. Constructor for RealTimeDataEventArgs class. A collection of real time values. When handling the RealTimeData event use this property to pass real time values. Implements Duration and PeriodType pair as time span. Represents counts of the PeriodType Represents cached timespan. Invalidate flag for timeSpan cache Initializes a new instance of the GaugePeriod class. Initializes a new instance of the GaugePeriod class. The number of PeriodTypes. The period type. Returns the TimeSpan representation of this instance. The calculated TimeSpan Returns the GaugeDuration representation of this instance. The calculated GaugeDuration Converts count/PeriodType pair to TimeSpan. The count of PeriodType The PeriodType The calculated TimeSpan Creates a shallow copy of the current Object. A shallow copy of the current Object Creates a shallow copy of the current Object. A shallow copy of the current Object Gets and sets the number of PeriodType of this instance. Gets and sets the PeriodType of this instance Helper class to determine data history length. Contains DurationType/Count pair. The DurationType part The number of DurationType. Represents cached timespan. Invalidate flag for timeSpan cache Initializes a new instance of the GaugeDuration class. Initializes a new instance of the GaugeDuration class. The count of the GaugeDuration The DurationType Perform limited conversion from DurationType to PeriodType. The DurationType to convert. Converted PeriodType. Perform limited conversion from PeriodType to DurationType. The PeriodType to convert. Converted DurationType. Returns the TimeSpan representation of this instance. The calculated TimeSpan Equalize or extend this GaugeDuration instance against other GaugeDuration instance and date period. The GaugeDuration instance for comparison The low bound DateTime The high bound DateTime Creates a new object that is a copy of the current instance. New copy of this object Gets and sets the count of the GaugeDuration Gets and sets the DurationType of the GaugeDuration. Returns true if this GaugeDuration instance is time based - it is not DurationType.Count or DurationType.Infinite. Returns true if this GaugeDuration instance represents DurationType.Count Returns true if this GaugeDuration instance represents DurationType.Infinite Returns true if this GaugeDuration instance represents empty duration. Event argument class for the Callback event. Constructor for the CallbackEventArgs class. Name of the command. The command argument. Gets the name of the command. The name of the command to perform. Use the CommandName property to determine the command to perform. The CommandName property can contain any string set by the programmer. The programmer can then identify the command name in code and perform the appropriate tasks. Gets the argument for the command. A string containing the argument for the command. Use the CommandArgument property to pass argument(s) for the specified command. The CommandArgument property can contain any string set by the programmer. Delegate that handles the and events. Delegate that handles the event. Delegate that handles the event. Delegate that handles the event. This class represents a linear calculated value. This is a linear calculation that takes one value as input, and outputs the results of the following linear equation being applied to it: Calculated Value = Value*Multiplier + Addend.

A calculated value is owned by an object, which has a collection.

Calculated values use the history of their input values as source data.

Calculates linear function. The input value. The input time stamp. Gets or sets the multiplier (m) in the linear formula f(x) = x*m + a. A double that represents the multiplier. Defaults to 1. Gets or sets the addend (a) in the linear formula f(x) = x*m + a. A double that represents the addend of the formula. Defaults to 0. This calculation does not use the Period property. This calculation does not use the PeriodType property. This calculation does not use the RefreshRate property. This calculation does not use the RefreshRateType property. Design time type converter of the CalculatedValueMin class Initializes a new instance of the ConverterLinear class. Serves as the base class for all derived tick mark-related classes. Scales and their pins all have associated tick marks. The GaugeObject is the base class for linear and circular gauges. Flag which is false during initialization The object reference to the parent element Holds the object reference of the CommonElements. Initializes a new instance of GaugeObject class. The object reference to the parent element Performs invalidating of the GaugeCore. Performs refreshing of the GaugeCore. Initiate initialization. Finalize initialization Handles reconnect message to data providers, usually after initialization True to throw an exception if failed. Handles notification message from other NamedElements. The message of MessageType type NamedElement which sends the message Additional parameters, depended of the MessageType Flag to indicate if gauge object has been disposed. Implements IDisposable. Do not make this method virtual. Also, a derived class should not be able to override this method. Dispose(bool disposing) executes in two distinct scenarios. If disposing equals true, the method has been called directly or indirectly by a user's code. Managed and unmanaged resources can be disposed. If disposing equals false, the method has been called by the runtime from inside the finalizer and you should not reference other objects. Only unmanaged resources can be disposed. Perform disposal. Gets the object reference to the parent element Gets the object reference of the CommonElements. Constructor. Constructor that takes a parent object. Parent object. Constructor that takes a parent object, marker style, length and width. Parent object. A object that determines the tick mark's shape. A float that represents the tick marks's length. A float that represents the tick marks's width. Determines whether or not to show the tick marks. true if the cap is visible, false if it is not. Defaults to true. Determines if the tick mark should touch the scale bar on the inside or the outside. A enumeration value. The color of the tick mark's border. A object that represents the tick mark's border color. Defaults to Color.Black. Setting this property will only have an effect if the tick mark border width is set to a value greater than 0. The width of the tick mark's border. An integer that represents the tick mark's width. Defaults to 1. Gets or sets the fill color of the tick mark. A that represents the fill color. The default value is Color.WhiteSmoke. This property represents the fill color of the tick mark. A gradient will only be displayed if the property is set to true Determines whether or not a gradient effect is used for the tick mark. true if the gradient is enabled, false if it is not. Defaults to true. Determines the density of the gradient effect. Allowable values are between 0 and 100 percent. A float that represents the percentage of gradient density. The distance from the tick mark to the scale. Measured as a percent. A real number that represents the offset of the tick mark from its normal position. Defaults to 0 percent. For tick marks for circular scales this is measured as a percent of the radius of the circular scale. For tick marks for linear scales it is measured as a percentage of the associated linear gauge's width or height. Determines the shape of the tick mark. A value that determines the tick mark shape. Defaults to MarkerStyle.Trapezoid. Determines the length of the tick mark, measured in pixels. A float that represents the tick mark length. Defaults to 5 pixels. Determines the width of the tick mark, measured in pixels. A float that represents the tick mark width. Defaults to 3 pixels. The image to be used as a custom tick mark. A string that represents either the pathname of an image saved to disk, or a named image, stored in the container's NamedImages collection. The transparent color of the tick mark image. A value that represents the color of the image that will be displayed as transparent. Gets or sets the hue color to be applied to the tick mark image. A that represents the hue color to be applied to the tick mark image. The default value is Color.Empty. The hue color is applied to the entire image in order to modify its hue. Represents a custom tickmark. Constructor. Constructor that takes a parent object. The tick mark's parent object. Constructor that takes a parent object, marker style, length and width. Parent object. A object that determines the tick mark's shape. A float that represents the tick marks's length. A float that represents the tick marks's width. Determines how often the tick marks will be drawn. A double that represents the tick mark interval. Defaults to not set (Double.NaN),m in which case the interval is calculated automatically. A value by which the tick marks will be offset. A double that represents the interval offset. Defaults to not set (Double.NaN). Represents a circular major tickmark. Constructor. Constructor that takes a parent object. A parent object. Determines the shape of the tick mark. A value that determines the tick mark shape. Defaults to MarkerStyle.Trapezoid. Determines the length of the tick mark, measured in pixels. A float that represents the tick mark length. Defaults to 14 pixels. Determines the width of the tick mark, measured in pixels. A float that represents the tick mark width. Defaults to 8 pixels. Represents a circular minor tickmark. Constructor. Constructor that takes a parent object. A parent object. Determines the shape of the tick mark. A value that determines the tick mark shape. Defaults to MarkerStyle.Rectangle. Determines the length of the tick mark, measured in pixels. A float that represents the tick mark length. Defaults to 8 pixels. Determines the width of the tick mark, measured in pixels. A float that represents the tick mark width. Defaults to 3 pixels. Represents a linear major tickmark. Constructor. Constructor that takes a parent object. A parent object. Determines the shape of the tick mark. A value that determines the tick mark shape. Defaults to MarkerStyle.Rectangle. Determines the length of the tick mark, measured in pixels. A float that represents the tick mark length. Defaults to 15 pixels. Determines the width of the tick mark, measured in pixels. A float that represents the tick mark width. Defaults to 4 pixels. Represents a linear minor tickmark. Constructor. Constructor that takes a parent object. A parent object. Determines the shape of the tick mark. A value that determines the tick mark shape. Defaults to MarkerStyle.Rectangle. Determines the length of the tick mark, measured in pixels. A float that represents the tick mark length. Defaults to 9 pixels. Determines the width of the tick mark, measured in pixels. A float that represents the tick mark width. Defaults to 3 pixels. Represents a pin major tickmark. Constructor. Constructor that takes a parent object. A parent object. Constructor that takes a parent object, marker style, length and width. Parent object. A object that determines the tick mark's shape. A float that represents the tick marks's length. A float that represents the tick marks's width. Determines the shape of the tick mark. A value that determines the tick mark shape. Defaults to MarkerStyle.Circle. Determines the length of the tick mark, measured in pixels. A float that represents the tick mark length. Defaults to 6 pixels. Determines the width of the tick mark, measured in pixels. A float that represents the tick mark width. Defaults to 6 pixels. Collection of CustomLabel objects. This collection is exposed as the CustomLabels property of and objects. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Adds a CustomLabel object to the end of the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. The name argument is the Name property of the object being added. Adds a CustomLabel object to the end of the collection. The name of the object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified CustomLabel object from the collection. object to be removed. Integer indexer that is used internally. Indexer of the class. Returns the CustomLabel object. Indexer of the class. Returns a CustomLabel object. Designer converter class Converts Double.NaN values to/from "Not set". Standard values supported - return true Descriptor context. Standard values supported. Standard values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of predefined values. Descriptor context. Convert double.NaN to string "Not set" Descriptor context. Culture information. Value to convert. Conversion destination type. Converted object. Convert minimum or maximum values from string Designer converter class Converts Double.NaN values to/from "Auto". Standard values supported - return true Descriptor context. Standard values supported. Standard values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of predefined values. Descriptor context. Convert double.NaN to string "Not set" Descriptor context. Culture information. Value to convert. Conversion destination type. Converted object. Convert minimum or maximum values from string Represents attribute used along with DoubleInfinityConverter to add values in it. Initialize new instance of DoubleConverterHint class. Designer converter class Converts Double.NaN values to/from "Auto" and additional specified by DoubleConverterHint attribute . Standard values supported - return true Descriptor context. Standard values supported. Standard values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of predefined values. Descriptor context. Convert double.NaN to string "Not set" Descriptor context. Culture information. Value to convert. Conversion destination type. Converted object. Convert minimum or maximum values from string Represents a collection of objects. This class is exposed as the property of the root object.

An InputValue represents an input value of the gauge container, and has an associated history that stores previous values along with a time stamp.

The advantage to using input values is that their historical data can be used for playback, as well as calculated values. They also provide a data binding mechanism.

Initializes a new instance of the InputValueCollection class. Common element. Parent element. Used by InputValueCollection to add an item to the collection. The name of the see cref="InputValue"/> object to be added to the end of the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Also, the name argument is the Name property of the object being added. Adds an object to the end of the collection. The object to be added to the end of the collection. The index at which the has been added. InputValueCollection insures that all elements are unique. Please refer to for further details. Inserts an element into the collection at the specified index. The zero-based index at which should be inserted. The object to be inserted into the collection. Please refer to for further details. Removes the first occurrence of the specified object from the collection"/>. The object to remove from the collection>. Please refer to for details. Forces data bind for all input values in current collection; Indexer of the class. Returns the InputValue object Gets or sets the element at the specified index. The zero-based index of the element to get or set. The element at the specified . is less than zero. -or- is equal to or greater than . The InputValueCollection already contains the specified , and the InputValueCollection ensures that all elements are unique. Please refer to for details. Gets or sets the element at the specified index OR by using the input element's name. The zero-based index of the element to get or set, OR the InputValue.Name value whose element to get or set. The element at the specified . is less than zero. -or- is equal to or greater than . -or- referred by name does not exist. The InputValueCollection already contains the specified , and the InputValueCollection ensures that all elements are unique. Please refer to for further details. This class represents an average calculated value. Average calculations have a period, which determines the range of data to be used for the calculation. The period is always measured from the present date/time, and goes back by the amount specified by the Period and PeriodType properties.

A calculated value is owned by an object, which has a collection.

Calculated values use the history of their input values as source data.

Initializes a new instance of the class. Calculates average for specified GaugeDuration. The input value The input time stamp Represents a maximum or minimum pin label of a linear scale. Initializes new instance of LinearPinLabel class Constructor that takes a named parent object. A parent object. The text to be displayed. A string that represents the position's text. Determines the font of the position. A object. Defaults to 'Microsoft Sans Serif, 12 pt'. Determines if the font size is measured as a percentage of the parent or in units specified by the Font.Unit property. A object, which determines the font units. If ResizeMode is set to AutoFit then FontUnit does not determine the size of the font. The text color of the position. A object, that represents the text color. Defaults to Color.Black. Determines the placement of the position's label, relative to the scale. A value. Defaults to Placement.Inside. An additional, fixed amount in degrees by which the position label will be rotated. A float that represents the degrees of additional rotation. Defaults to zero. A value by which the position's label will be offset from its normal position. A float that determines how far away the labels will be from the scale. Defaults to 0. This is measured as a percentage of the width or height of the associated scale's parent object. Represents a maximum or minimum pin label of a circular scale. Initializes new instance of CircularPinLabel class Constructor that takes a named parent object. A parent object. Determines if the position label is rotated along with the scale. If true the position's label will be rotated along with its scale, if false it will not be. Defaults to false. Determines if the position's label can be rotated by more than 90 degrees. If true the position's label may be displayed upside down, if false it cannot. Defaults to false. If a label is rotated by more than 90 degrees it will appear upside down. This base class represents the minimum and maximum stop pins for gauge scales. SpecialPosition exposes a union between a custom tick mark and a custom label of a scale. Initialize new instance of SpecialPosition class. Constructor that takes a named parent object. A parent object. Determines whether the position is enabled. If true the position is enabled, if false it is not. Defaults to false. Determines the location of the position, relative to the start or the end of the scale. A float that represents the position's location. Measured in either degrees or as a percentage. This class represents the minimum and maximum stop pins for linear gauge scales. LinearSpecialPosition exposes a union between a custom tick mark and a custom label of a scale. Initializes new instance of LinearSpecialPosition class. Constructor that takes a named parent object. A parent object. Label style of the position. A object, that represents the labels' style. This class represents the minimum and maximum stop pins for circular gauge scales. CircularSpecialPosition exposes a union between a custom tick mark and a custom label of a scale. Initializes new instance of CircularSpecialPosition class. Constructor that takes a named parent object. A parent object. Label style of the pin label. A object. Represents a custom label, which is associated with a scale. Custom labels are stored in the Scale.CustomLabels collection.

Custom labels can be used by both and objects.

Initializes a new instance of CustomLabel class. Returns the name of the object as a string. String that represents the name of the object. The name of this custom label. String value that represent's the label's name. The position along the scale where the custom label will be displayed. Double that represents the label's position along a scale. Defaults to zero. The tick mark attributes for this custom label. A enumeration value. The tick marks used by the associated scale at the location where the custom label is displayed can be overridden using this property. The text to be displayed for the custom label. String representing the custom label's text. Specifies the font of this custom label. object to be used for the font. Determines if the font size is measured as a percentage of the parent or in units specified by the Font.Unit property. A object, which determines the font units. If ResizeMode is set to None then the and properties determine the size of the text. Gets or sets the text color of the custom label. A value that represents the the text color. The default value is Color.Black. This property represents the text color of the custom label. Determines the visibility of the label. true if the label is visible, otherwise false. Defaults to true. Determines the placement of the label, relative to its scale. A value. Can be inside, cross, etc. Determines if the label is rotated along with the scale. If true the label will be rotated along with the scale. Defaults to false. If true for a linear scale the label will be rotated by 90 degrees, relative to the scale. Determines if the label can be rotated by more than 90 degrees. If true the label can be displayed upside down, if false it cannot. Defaults to false. If the label is rotated by more than 90 degrees it will be displayed upside down. An additional, fixed amount in degrees by which the label will be rotated. A float that represents the degrees of additional rotation. Defaults to zero. The amount by which the label will be offset from its normal position. Measured as a percentage. A float, that represents the distance of the label from its associated scale. If used for a linear scale the offset is measured as a percentage of the width or height of the scale, whichever is smaller. If used for a circular scale it is measured as a percentage of the scale radius. The type converter implementation of the CustomLabel class. Initializes a new instance of Converter class. Defines the map area shape types. Rectangle defines the map area shape. Circle defines the map area shape. Polygon defines the map area shape. Interface which defines common attributes for the map area. Map area tooltip. Map area HREF. Other custom attributes of a Map area. Represent a custom map area element, that has a user-defined shape and dimensions. MapArea objects are stored in the root container object's collection, and are used for custom map areas that have a user-defined shape and dimensions.

Note that client-side map areas are also created automatically by the control for gauge elements that have their Href or Tooltip properties set.

Setting this property will have no effect if the property is set to false.

The coordinates that must be specified for a custom map area depend on the shape of the map area: Circle: Three coordinates must be provided: "x1,y1,r", where "x1,y2" are the coordinates of the center of the circle, and "r" is the radius of the circle. Rectangle: Four coordinates must be provided: "x1,y1,x2,y2", where "x1,y1" are the coordinates of the upper-left corner of the rectangle and "x2,y2" are the coordinates of the lower-right corner of the rectangle. Polygon: Two or more x and y pairs must be provided "x1,y1,x2,y2...xn,yn", where each "x,y" pair contains the coordinates of one vertex of the polygon.

Public constructor. Gets HTML tag which represent this map area. Map area HTML tag. Indicates that the map area is custom. Coordinates of the map area. The Shape determines how many coordinates are required to correctly draw the shape. An array of real numbers that determine the coordinates of the map area. The shape, determined by the property, determines the number of coordinates that are required.

The coordinates that must be specified for a custom map area depend on the shape of the map area: Circle: Three coordinates must be provided: "x1,y1,r", where "x1,y2" are the coordinates of the center of the circle, and "r" is the radius of the circle. Rectangle: Four coordinates must be provided: "x1,y1,x2,y2", where "x1,y1" are the coordinates of the upper-left corner of the rectangle and "x2,y2" are the coordinates of the lower-right corner of the rectangle. Polygon: Two or more x and y pairs must be provided "x1,y1,x2,y2...xn,yn", where each "x,y" pair contains the coordinates of one vertex of the polygon.

Shape of the map area. Effects the coordinates that must be set so that the shape is drawn correctly. A value, that determines the sahape of the custom map area element. Refer to the property for the type of coordinates that must be provided so that this shape is drawn correctly. Map area name. A string that represents the name of the custom map area. Tooltip of the custom map area. A string that represents the tool tip. URL target of the area. ' String that represents the absolute or relative target Url of the custom map area. Other attributes of the custom map area (e.g. target=_blank, etc.). String that represents other map area attributes. Represents the map areas collection of the container control. This collection is exposed as the root GaugeContainer object's property.

MapArea objects are stored in this collection, and are used for custom map areas that have a user-defined shape and dimensions.

Note that client-side map areas are also created automatically by the control for gauge elements that have their Href or Tooltip properties set.

Setting this property will have no effect if the property is set to false.

Constructor. Removes all items from the collection. Checks if the specified object exists in the collection. Object to check. true if it exists, false if it does not. Gets first index of the collection item equal to the object provided. Object to look for. Index of the found object. Removes the object from the collection. Value to be removed. Removes an item from the collection by index. Zero based index of item to be removed. Adds an item to the end of the collection. Object to add. Index of the newly added object. Inserts an object into the collection at the specified location. Zero based index that represents the collection location where the object will be inserted. Map area object to insert. Inserts a Map area object into the collection at the specified location. Zero based index that represents the collection location where the object will be inserted. Object to insert. Copies all the elements of the current collection to the specified one-dimensional collection starting at the specified destination index. Destination collection. The index in collection at which copying begins. Gets the collection's enumerator. Collection enumerator. Adds a new map area item into the collection. Tool tip. Jump URL. Other map area attributes. Area coordinates as a graphis path object. Index of the newly added item. Add new map area item into the collection. Tool tip. Jump URL. Other map area attributes. Rectangle coordinates. Index of the newly added item. Adds a new map area item into the collection. Area shape. Tool tip. Jump URL. Other map area attributes. Array of coordinates. Index of the newly added item. Inserts a new map area item into the collection. Index to insert at. Tool tip. Jump URL. Other map area attributes. Area coordinates as a graphics path object. Insert new map area item into the collection. Index to insert at. Tool tip. Jump URL. Other map area attributes. Area coordinates as a graphics path object. Absolute coordinates in the graphis path. Gauge graphics object. Insert new map area item into the collection. Index to insert at. Tool tip. Jump URL. Other area attributes. Area coordinates as graphis path. Absolute coordinates in the graphis path. Chart graphics object. Inserts a new map area item into the collection. Index to insert at. Tool tip. Jump URL. Other map area attributes. Rectangle coordinates. Inserts a new map area item into the collection. Index to insert at. Area shape. Tool tip. Jump URL. Other map area attributes. Array of coordinates. Removes all non custom map areas items from the collection. Indexer of the class. Returns the MapArea object by integer index. Gets a value indicating whether the collection has a fixed size. If true it is of a fixed size, if false it is not. Gets a value indicating whether the collection is read-only. If true it is read-only, if false it is not. Number of items in the collection. Integer that represents the number of items in the collection. Gets a value indicating whether access to the collection is synchronized (thread-safe). If true it is synchronized, if false it is not. Gets an object that can be used to synchronize access to the collection. An object that is used to synchronize access to the collection. Url editor class Edit Url value. Makes a base class call with a chart control descriptor context. Descriptor context. Service provider. Value to edit. The new value of the object. Collection of CircularPointer objects. This collection is exposed as the property of objects. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by CircularPointerCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Also, the name argument is the Name property of the object being added. Adds a CircularPointer object to the end of the collection. The name of the object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified CircularPointer object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns a CircularPointer object. Indexer of the class. Returns a CircularPointer object. Helper class used to write bits into the stream. Writer underlying stream object. Offset of the first written byte in the stream. Stores bits written into the last byte Current bit index, where new bits should be added Initializes a new instance of the BitWriter class that writes to a stream. Initializes a new instance of the BitWriter class based on the supplied stream. Stream used to write the bits. Clears all buffers for the current writer and causes any buffered data to be written to the underlying device. Closes underlying stream. Writes one bit into the stream. Indicates if 0 or 1 bit should be written. Writes single byte into the stream. Byte value to write. Writes bytes array into the stream. Bytes array. Writes specified number of bits from byte array into the stream. Byte array. Number of bits to be written. Writes specified unsigned integer value into the stream. Unsigned integer value to write. Writes specified short value into the stream. Short value to write. Writes specified number of bits from integer value into the stream. Integer value to write. Number of bits used to store the value. Number of bits used to store the value. Split byte into two using specified bit index. Byte value to split. Bit index. Array of two bytes. Gets the BitWriter's underlying stream. Returns number of bytes written into the stream. Rendering Flash Class which is used for rendering Flash graphics file. No default constructor. Constructor. Reference to common elements. Draws a GraphicsPath object. Pen object that determines the color, width, and style of the path. GraphicsPath object to draw. Draws a line connecting two PointF structures. Pen object that determines the color, width, and style of the line. PointF structure that represents the first point to connect. PointF structure that represents the second point to connect. Draws a line connecting the two points specified by coordinate pairs. Pen object that determines the color, width, and style of the line. x-coordinate of the first point. y-coordinate of the first point. x-coordinate of the second point. y-coordinate of the second point. Draws the specified Image object at the specified location and with the specified size. Image object to draw. RectangleF structure that specifies the location and size of the drawn image. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws an ellipse defined by a bounding RectangleF. Pen object that determines the color, width, and style of the ellipse. RectangleF structure that defines the boundaries of the ellipse. Draws an ellipse defined by a bounding rectangle specified by a pair of coordinates, a height, and a width. Pen object that determines the color, width, and style of the ellipse. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse. Width of the bounding rectangle that defines the ellipse. Height of the bounding rectangle that defines the ellipse. Draws a cardinal spline through a specified array of PointF structures using a specified tension. The drawing begins offset from the beginning of the array. Pen object that determines the color, width, and height of the curve. Array of PointF structures that define the spline. Offset from the first element in the array of the points parameter to the starting point in the curve. Number of segments after the starting point to include in the curve. Value greater than or equal to 0.0F that specifies the tension of the curve. Draws a polygon defined by an array of PointF structures. Pen object that determines the color, width, and style of the polygon. Array of PointF structures that represent the vertices of the polygon. Draws the specified text string in the specified rectangle with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. Font object that defines the text format of the string. Brush object that determines the color and texture of the drawn text. RectangleF structure that specifies the location of the drawn text. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws the specified text string at the specified location with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. Font object that defines the text format of the string. Brush object that determines the color and texture of the drawn text. PointF structure that specifies the upper-left corner of the drawn text. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws a rectangle specified by a coordinate pair, a width, and a height. Pen object that determines the color, width, and style of the rectangle. x-coordinate of the upper-left corner of the rectangle to draw. y-coordinate of the upper-left corner of the rectangle to draw. Width of the rectangle to draw. Height of the rectangle to draw. Draws a rectangle specified by a coordinate pair, a width, and a height. A Pen object that determines the color, width, and style of the rectangle. The x-coordinate of the upper-left corner of the rectangle to draw. The y-coordinate of the upper-left corner of the rectangle to draw. The width of the rectangle to draw. The height of the rectangle to draw. Draws a pie shape defined by an ellipse specified by a coordinate pair, a width, and a height and two radial lines. Pen object that determines the color, width, and style of the pie shape. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie shape comes. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie shape comes. Width of the bounding rectangle that defines the ellipse from which the pie shape comes. Height of the bounding rectangle that defines the ellipse from which the pie shape comes. Angle measured in degrees clockwise from the x-axis to the first side of the pie shape. Angle measured in degrees clockwise from the startAngle parameter to the second side of the pie shape. Draws an arc representing a portion of an ellipse specified by a pair of coordinates, a width, and a height. Pen object that determines the color, width, and style of the arc. x-coordinate of the upper-left corner of the rectangle that defines the ellipse. y-coordinate of the upper-left corner of the rectangle that defines the ellipse. Width of the rectangle that defines the ellipse. Height of the rectangle that defines the ellipse. Angle in degrees measured clockwise from the x-axis to the starting point of the arc. Angle in degrees measured clockwise from the startAngle parameter to ending point of the arc. Draws a series of line segments that connect an array of PointF structures. Pen object that determines the color, width, and style of the line segments. Array of PointF structures that represent the points to connect. Fills the interior of a GraphicsPath object. Brush object that determines the characteristics of the fill. GraphicsPath object that represents the path to fill. Fills the interior of a GraphicsPath object. Brush object that determines the characteristics of the fill. GraphicsPath object that represents the path to fill. The angle by which this path has been rotated. Determines if the offset of the brush transformation matrix should be used to position the gradient. Determines if this path is a circle. Fills the interior of an ellipse defined by a bounding rectangle specified by a RectangleF structure. Brush object that determines the characteristics of the fill. RectangleF structure that represents the bounding rectangle that defines the ellipse. Fills the interior of a Region object. Brush object that determines the characteristics of the fill. Region object that represents the area to fill. Fills the interior of a rectangle specified by a RectangleF structure. Brush object that determines the characteristics of the fill. RectangleF structure that represents the rectangle to fill. Fills the interior of a rectangle specified by a pair of coordinates, a width, and a height. Brush object that determines the characteristics of the fill. x-coordinate of the upper-left corner of the rectangle to fill. y-coordinate of the upper-left corner of the rectangle to fill. Width of the rectangle to fill. Height of the rectangle to fill. Fills the interior of a polygon defined by an array of points specified by PointF structures . Brush object that determines the characteristics of the fill. Array of PointF structures that represent the vertices of the polygon to fill. Fills the interior of a pie section defined by an ellipse specified by a pair of coordinates, a width, and a height and two radial lines. Brush object that determines the characteristics of the fill. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie section comes. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie section comes. Width of the bounding rectangle that defines the ellipse from which the pie section comes. Height of the bounding rectangle that defines the ellipse from which the pie section comes. Angle in degrees measured clockwise from the x-axis to the first side of the pie section. Angle in degrees measured clockwise from the startAngle parameter to the second side of the pie section. Open Flash File. Output stream. Size of the picture. Open Flash File Remembers gradient colors and type. The first gradient color The second gradient color The gradient type Measures the specified string when drawn with the specified Font object and formatted with the specified StringFormat object. String to measure. Font object defines the text format of the string. SizeF structure that specifies the maximum layout area for the text. StringFormat object that represents formatting information, such as line spacing, for the string. This method returns a SizeF structure that represents the size, in pixels, of the string specified in the text parameter as drawn with the font parameter and the stringFormat parameter. Measures the specified string when drawn with the specified Font object and formatted with the specified StringFormat object. String to measure. Font object defines the text format of the string. This method returns a SizeF structure that represents the size, in pixels, of the string specified in the text parameter as drawn with the font parameter and the stringFormat parameter. Saves the current state of this Graphics object and identifies the saved state with a GraphicsState object. This method returns a GraphicsState object that represents the saved state of this Graphics object. Restores the saved state of graphics object. State to restore. Resets the clip region of this Graphics object to an infinite region. Sets the clipping region of this Graphics object to the rectangle specified by a RectangleF structure. RectangleF structure that represents the new clip region. Sets the clipping region of this Graphics object to the result of the specified operation combining the current clip region and the specified GraphicsPath object. GraphicsPath object to combine. Member of the CombineMode enumeration that specifies the combining operation to use. Prepends the specified translation to the transformation matrix of this Graphics object. x component of the translation. y component of the translation. This method takes color from different kinds of brush Brush Color This method starts Selection mode The location of the referenced object, expressed as a URI reference. Title which could be used for tooltips. This method stops Selection mode Gets widen line path. Adjusts width/height of vertical and horizontal lines. Line pen. Line first point. Line second point. Line graphics paht. Gets or sets the world transformation for this Graphics object. Gets or sets the rendering quality for this Graphics object. Gets or sets the rendering mode for text associated with this Graphics object. Gets or sets a Region object that limits the drawing region of this Graphics object. Reference to the Graphics object Gets a value indicating whether the clipping region of this Graphics object is empty. Specify Rendering Type GDI+ Type SVG Type Collection of LinearGauge objects. Exposed as the property. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by LinearGaugeCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. The name argument is the Name property of the object being added. Adds a LinearGauge object to the container's collection. LinearGauge object to be added to the collection. Position in the collection of the added object. Removes the specified object from the collection. Object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns the LinearGauge object Indexer of the class. Returns a LinearGauge object. This class represents the label style for linear gauges, and is applied to the scale labels of linear gauges. This class is applied to scale labels of LinearGauge objects.

Note that there are also objects, which can be displayed anywhere within the gauge container.

These members are equivalent to their corresponding members of the same name, with the exception that they return object. They are present in order to accommodate SmartClient interactivity through JavaScript in clients running the .NET Framework 2.0. Constructor. Constructor that takes a parent object. Parent of the label style. Determines the visibility of the labels. If true the label is visible, if false it is not. Defaults to true. Determines the placement of the label, relative to its scale. A value. Can be inside, cross, etc. Specifies the font of the labels. A object, which represents the label's font. Determines if the font size is measured as a percentage of the parent or in units specified by the Font.Unit property. A object, which determines the font units. An additional, fixed amount in degrees by which the label will be rotated. A float that represents the degrees of additional rotation. Defaults to zero. Gets or sets the text color of the scale labels. A that represents the the text color. The default value is Color.Black. This property represents the text color of the scale labels. Determines how often the labels will be displayed. An integer that determines how often the labels will be displayed. Interval offset of the labels. An integer that determines how much the labels will be offset. By default it is not set Double.NaN. Determines if the end labels of the scale are visible. If true end labels are visible, if false they are not. Defaults to true. A value by which the labels will be offset from their normal position. A float that determines how far away the labels will be from the scale. Defaults to 2. This is measured as a percentage of the width or height of the associated scale's parent object. The format string that is to be used for all labels. A string that represents the formatting to be used for the labels. For further information about formatting see the "Formatting Types" topic in MSDN library. This class represents the label style for circular gauges, and is applied to the scale labels of circular gauges. This class is applied to scale labels of CircularGauge objects.

Note that there are also objects, which can be displayed anywhere within the gauge container.

Constructor. Constructor that takes a parent object. Parent object of the label. Determines if labels are rotated along with the scale. If true the label will be rotated along with its scale, if false it will not be. Defaults to true. Determines if the label can be rotated by more than 90 degrees. If true a label may be displayed upside down, if false it cannot. Defaults to false. If a label is rotated by more than 90 degrees it will appear upside down. Specifies the font of the labels. A object, used for the label's font. Range for CircularGauge objects. All measurements of the range properties are measured as a percentage of the circular scale radius.

Like pointers, ranges are assigned to an existing scale.

Constructor. Returns the name as a string. A string value that represents the name of the pointer. Returns the gauge to which this range belongs. A reference to the owner object. Returns the scale to which this range is assigned. A reference to CircularScale. Renders the range. A reference to GaugeGraphics. This function calculates the rectangle that is to be passed to the GaugeGraphics.DrawCircularRange() method. The rectangle of the range in relative coordinates. Returns the shadow graphics path of this range. True to get the shadow path, false to get the normal path. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. The start value of the range. An integer that represents the range's start value. The end value of the range. An integer that represents the range's end value. The width of the range at its start. Measured as a percent of the radius of the circular gauge object that owns the range. A real number that represents the start width of the range. Defaults to 15 percent of the circular gauge object's radius. The width of the range at its start. Measured as a percent of the radius of the circular gauge object that owns the range. A real number that represents the start width of the range. Defaults to 30 percent of the linear gauge object's width. The distance from the range to the scale. Measured as a percent of the radius of the circular gauge object that owns the range. A real number that represents the distance from the range to the scale. Defaults to 30 percent. Determines where the range should be placed, relative to the scale. A enumeration value. Defaults to Placement.Inside. Represents a HLS color. Initializes a new instance of the class. The red component. The green component. The blue component. Darkens by the specified percentage. The % darker. Lightens the color by the specified percentage. The % lighter. Determines if two HLSColor object are equal. The o. Serves as a hash function for a particular type, suitable for use in hashing algorithms and data structures like a hash table. A hash code for the current . Overloads the equality operator. A. The b. Overloads the unequality operator. A. The b. Converts from HLS to Color. The hue. The luminosity. The saturation. Converts Hue to RGB. The n1. The n2. The hue. Creates a new luma. The n. if set to true [scale]. Creates a new luma. The luminosity. The n. if set to true [scale]. Gets the luminosity. The luminosity. The CalculatedValueCollectionEditor is used in design time. Initializes a new instance of the CalculatedValueCollectionEditor class. Gets the data types that this collection editor can contain An array of data types that this collection can contain. Collection of NumericRange objects. This collection is exposed as the property of objects. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by NumericRangeCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Also, the name argument is the Name property of the object being added. Adds a NumericRange object to the end of the collection. The object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified NumericRange object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns the NumericRange object Indexer of the class. Returns a NumericRange object. This class is used for the locations of the various gauge elements. These locations are measured as a percentage. Constructor. Location constructor. Parent object. X position. Y position. This flag determines if the location has been initialized to some value. It is used to determine if the location should be automatically set to some desired value. Returns a string that represents the element's position. Element position as a string. Returns the position as a PointF object. object which represents the point. Returns the position as a PointF object. A object. object which represents the point. Returns a clone of the object. This function turns off the AutoLayout property of the gauge container. The X value of the location. Real number that represents the X value of the location. Can be from 0-100 percent. The Y value of the location. Real number that represents the Y value of the location. Can be from 0-100 percent. This class is used for the sizes of the various gauge elements. These sizes are measured as a percentage. Constructor. Location constructor. Parent object. X position. Y position. Location constructor. Parent object. Size value. This flag determines if the size has been initialized to some value. It is used to determine if the size should be automatically set to some desired value. Returns a string that represents the element's position. Element position as a string. Returns the size as a SizeF object. A object that represents the element's size. Returns the size as a SizeF object. A object that represents the element's size. Clones the GaugeSize object. An object that represents this GaugeSize object. This function turns off the AutoLayout property of the gauge container. The width value of the size. A real number that represents the width. Can be from 0-100 percent. The height value of the size. A real number that represents the height. Can be from 0-100 percent. Scale for LinearGauge objects. Linear scales are stored in the property.

objects are assigned to a linear scale, and it is this scale the pointers 'points' to. objects are also assigned to scales.

The measurement-related properties of linear scales are measured as a percentage of the width or height of their parent (e.g. gauge container).

Initializes a new instance of LinearScale class. Returns Bar Graphics path. Inner offset from scale. Outer offset from scale. Puts scale graphics into hot region list. This graphics path looks like an Arc and contain scale and tick marks. Current GaugeGraphics object Returns shadow path. Used for rendering with other shadows like pointers to prevent double shadows. GraphicsPath with shadow of scales. Renders scales' bar The GaugeGraphics instance Renders one tick mark. Current GaugeGraphics. Tick mark object. Value position against scale. Offset from scale, can be negative. Draws one label. String to be drown. Relative position of scale. Angle position as offset from scale. Rotate angle. Font to use. Drawing color. Font units. Performs rendering of all labels Draw one custom label Custom label to be drawn Performs drawing of the special position elements "pins" The GaugeGraphics instance The SpecialPosition element The position to be drawn Performs rendering of gauge scale The GaugeGraphics instance Performs rendering of gauge scale The GaugeGraphics instance Returns the name of the object as a string. String that represents the name of the object. Returns the gauge to which this scale belongs. A reference to the owner object. Determines if the scale is reversed. True if scale is reversed. Returns PointF structure determined by position and offset from scale line. The absolute position. The offset from scale position. PointF structure determined by position and offset from base scale line. Returns value calculated from center point and other point in the scale. Center point or "pin point". Mouse hit point. The value corresponding to PointF c. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. The label attributes of this scale. A enumeration value. Determines the position of the scale. A real number that represent's the gauge scale's position. This property is measured as a percent of the gauge height for horizontal linear gauges and the gauge width for vertical linear gauges. Determines the distance between the start of the linear gauge and the start of the scale. A real number that represents the start margin of the scale. This property is measured as a percent of the gauge height for horizontal linear gauges and the gauge width for vertical linear gauges. Determines the distance between the end of the linear gauge and the end of the scale. A real number that represents the end margin of the scale. This property is measured as a percent of the gauge height for horizontal linear gauges and the gauge width for vertical linear gauges. The major tick marks attributes of this scale. A object. The minor tick marks attributes of this scale. A object. The width of the scale bar Measured as a percent of the linear gauge object owner's width or height. Attributes for the minimum pin of the scale. A value, which represents the minimum pin. The MinimumPin property sets a delimiter on the minimum value that can be input into a scale. If the value of a pointer falls below the minimum pin of the scale, the pointer will stop moving at the minimum pin. Attributes for the maximum pin of the scale. A value, which represents the maximum pin. The MaximumPin property sets a delimiter on the maximum value that can be input into a scale. If the value of a pointer falls above the maximum pin of the scale, the pointer will stop moving at the maximum pin. Returns the parent gauge to which belongs this scale. This Converter is used in design time Initializes a new instance of Converter class. Enumeration that determines the style of a needle pointer. First needle style. Second needle style. Third needle style. Fourth needle style. Fifth needle style. Sixth needle style. Seventh needle style. Eighth needle style. Ninth needle style. Tenth needle style. Eleventh needle style. Enumeration that determines the style of a marker pointer. None. Rectangle style marker. Triangle style marker. Circle style marker. Diamond style marker. Trapezoid style marker. Star style marker. Wedge style marker. Pentagon style marker. Enumeration that determines the style of a knob pointer. First knob style. Second knob style. Third knob style. Enumeration that determines the style of a bar pointer. First bar style. This class contains methods related to callbacks on the gauge. Default constructor. Executes the specified client script. A string containing the JavaScript source code. Updates the client control. The control. Resets this instance. Gets the java script. Resets the control updates. Gets the control updates. Determines if the map is to be updated on the client. true if the client update is to be disabled; otherwise, false. Use this property to stop the client from updating. Gets or sets the return command. A string containing the return command. Use this property to pass data back to the client. You can handle the oncallbackcomplete(returnCommandName, returnCommandArgument) event or the onclickcomplete(returnCommandName, returnCommandArgument) event in JavaScript on the client and process the returned values of ReturnCommandName and ReturnCommandArgument there. Gets or sets the arguments of the return command. A string containing the arguments of the return command. Use this property to pass data back to the client. You can handle the oncallbackcomplete(returnCommandName, returnCommandArgument) event or the onclickcomplete(returnCommandName, returnCommandArgument) event in JavaScript on the client and process the returned values of ReturnCommandName and ReturnCommandArgument there. HtmlStringWriter is a helper class for offline rendering Initializes a new instance of the class. Releases the unmanaged resources used by the and optionally releases the managed resources. true to release both managed and unmanaged resources; false to release only unmanaged resources. Returns a that represents the current . A that represents the current . Element location converter. Overrides the CanConvertFrom method of TypeConverter. Descriptor context. Conversion source type. Indicates if conversion is possible. Overrides the CanConvertTo method of TypeConverter. Descriptor context. Destination type. Indicates if conversion is possible. Overrides the ConvertTo method of TypeConverter. Descriptor context. Culture information. Value to convert. Conversion destination type. Converted object. Overrides the ConvertFrom method of TypeConverter. Converts from string with comma separated values. Descriptor context. Culture information. Value to convert from. Indicates if conversion is possible. Element location converter. Overrides the CanConvertFrom method of TypeConverter. Descriptor context. Conversion source type. Indicates if conversion is possible. Overrides the CanConvertTo method of TypeConverter. Descriptor context. Destination type. Indicates if conversion is possible. Overrides the ConvertTo method of TypeConverter. Descriptor context. Culture information. Value to convert. Conversion destination type. Converted object. Overrides the ConvertFrom method of TypeConverter. Converts from string with comma separated values. Descriptor context. Culture information. Value to convert from. Indicates if conversion is possible. UI type editor for the enumerations with Flags attribute Enumeration type. Display a drop down list with check boxes. Editing context. Provider. Value to edit. Result Gets editing style. Editing context. Editor style. Checked list box, which is used for the UI type editing. Public constructor. Value to edit. Typpe to edit. Fills checked list items Gets new enumeration value. New enum value. The RealTimeValue class is used by the GaugeContainer.RealTimeData event to allow the server component to pass real time data to the Windows Forms control that is hosted in a web browser. It has properties for specifying the name of the object, the actual value as well as a time stamp. Creates a new instance of the RealTimeValue class. Creates a new instance of the RealTimeValue class and sets all properties to the specified values. Specifies the name of the object from the collection, which will receive this real-time value. Specifies the actual value. Specifies the time stamp of the real-time value. Specifies the name of the object from the collection, which will receive this real-time value. A string representing the name. The default value is "Default". Specifies the actual value. A double representing the value. Defaults to 0. Specifies the time stamp of the real-time value. A representing the time stamp. The default value is , which represents the time when the RealTimeValue class was created. The RealTimeValueCollection class is used by the GaugeContainer.RealTimeData event to allow the server component to pass real time data to the Windows Forms control that is hosted in a web browser. This class is one of the arguments passed when the GaugeContainer.RealTimeData event if handled. In order for the user to provide real time data, he/she must add objects of type to this collection. Creates a new instance of the RealTimeValueCollection class. Adds a real time value to the collection. Specifies the name of the object from the collection, which will receive this real-time value. Specifies the actual value. An integer representing the index of the newlly added value. Add an instance of to this collection. The object of type that is to be added to this collection. An integer representing the index of the newlly added value. Adds a real time value to the collection. Specifies the name of the object from the collection, which will receive this real-time value. Specifies the actual value. Specifies the time stamp of the real-time value. An integer representing the index of the newlly added value. Removes the specified object from the collection. The object of type that is to be removed from this collection. Integer indexer of this collection. GaugeData class. Constructor for GaugeData class. Constructor for GaugeData class. Serialization info. Streaming context. Clone this instance. The cloned instance as a DataSet. Indicate if Tables should be serialized. true, if Tables should be serialized, false otherwise. Indicate if Relations should be serialized. true, if Relations should be serialized, false otherwise. Read from XML. XML reader object. Get the XML schema. XML schema object. Get the Values data. Delegate for ValuesRowChangeEvent handler. Event sender. Event arguments. ValuesDataTable class. Add a values row. ValuesRow to add. Add a ValuesRow. Current timestamp. Value to add. Find a ValueRow given a timestamp. Timestamp to look for. ValueRow with timestamp. Return IEnumerator. Enumerator of this instance. Close this instance. Cloned instance. Create a new instance of a ValuesDataTable. ValuesDataTable object. Return a new ValuesRow instance. ValuesRow object. Return a new DataRow instance given a DataRowBuilder. DataRowBuilder instance. DataRow object. Return the object type for the ValuesRow class. Object type of a ValuesRow. Handle RowChanged event. Event arguments. Handle RowChanging event. Event arguments. Handle RowDeleted event. Event arguments. Handle RowDeleting event. Event arguments. Remove given ValuesRow. ValuesRow to remove. Return a count of the number of rows. Accessor to return ValuesRow at specified index. Index for the ValuesRow. ValuesRow object. ValuesRowChanged event. ValuesRowChanging event. ValuesRowDeleted event. ValuesRowDeleting event. ValuesRow class. Indicate if value is null. true, if value is null, false otherwise. Set current value to null. Get or set the timestamp. Get or set the value. Class which defines the ValuesRowChange event. Constructor for ValuesRowChangeEvent class. ValuesRow which changed. DataRowAction object. Get the ValuesRow. Get the DataRowAction. This class represents a maximum calculated value. Maximum calculations have a period, which determines the range of data to be used for the calculation. The period is always measured from the present date/time, and goes back by the amount specified by the Period and PeriodType properties.

A calculated value is owned by an object, which has a collection.

Calculated values use the history of their input values as source data.

Initializes a new instance of the class. Calculates maximum for specified GaugeDuration. The input value The input time stamp. Design time type converter of the CalculatedValueMin class Initializes a new instance of the ConverterLinear class. Collection of StateIndicator objects. This collection is exposed as the property of the root object. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Adds a StateIndicator object to the end of the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. The name argument is the Name property of the object being added. Adds a StateIndicator object to the end of the collection. The object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified StateIndicator object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. We override this function in order to automatically adjust the position of newly inserted elements. Also we set a parent to either the default circular gauge or default linear gauge if they exist. Integer indexer that is used internally. Indexer of the class. Returns the StateIndicator object Indexer of the class. Returns a StateIndicator object. Used to determine a gauge element type. The object is a circular pointer. The object is a linear pointer. The object is a circular scale. The object is a linear scale. This class represents the results of a hit test. A HitTestResult object is returned by the container's method. Hit test point The object which was hit Reference to HotRegion object The constructor the class The hot region. Point of the hit test. The object that was hit. The object that was hit. Returns true if the last HitTest method call was successful. true if the last HitTest method call was successful, false otherwise. The name of the hit element, if the object is a named element. A string that represents the name of the hit element, if it is a named element. Examples of named elements are values, gauges, pointers, scales, ranges, etc. The scale value of the hit, if the hit object was a scale. A real number that represent's the hit scale's value, if any. Gets the initialized HotRegion Collection of CircularGauge objects. Exposed as the property. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by CircularGaugeCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. The name argument is the Name property of the object being added. Adds a CircularGauge object to the container's collection. CircularGauge object to be added to the collection. Position in the collection of the added object. Removes the specified object from the collection. Object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns the CircularGauge object Indexer of the class. Returns the CircularGauge object. Designer of the gauge control Gauge design-time error message. Temp. design-time gauge image file name. Reference to the designer selection service. Determines if a new image needs to be generated for the design time. DesignerActionList reference Specifies if to skip HTML generation of component Generated HTML design time string. Initialize designer. Component. Delete temorary files when cleaning up Persist inner HTML of the control Inner HTML text. Update design time HTML when component changed Displays the gauge in design time as HTML image tag Design time HTML representation of the gauge. Displays the gauge in design time as HTML image tag Design time HTML representation of the gauge. Set Dirty Flag Refreches the action list in safe manner. Flushes the message loop. Called when the data source of the associated BaseDataBoundControl object changes. true to force the update of design-time markup; otherwise, false. Gets selected data source object. Wizard assembly. Wizard verb was selected. Sender. Arguments. Shows Wizard form Gauge control. Load data flag. Wizard was automatically started. Set default values for properties of the component. Loads wizard assembly. Wizard was automatically started. Load template verb was selected. Sender. Arguments. Save template verb was selected. Sender. Arguments. Reset verb was selected. Sender. Arguments. Due to a bug in ControlDesigner.OnClick(...) we use this method to get to the DOM and calculate the mouse click location correctly. DesignerRegionMouseEventArgs passed to ControlDesigner.OnClick(...) The correct location of the clicked point. Control's verbs Gets the connected action list Gets the design-time action lists supported by the component associated with the designer. Summary description for Utils. Represents golden ration used for some calculations ( needles for example ) Represents string resource manager. Reads from Strings.resx. Static constructor of the class Reads a string from Strings.resx. The key of the resource string Returns the string associated with resource key. Reads a string from Strings.resx and format it according params. The key of the resource string. The params of the resource string. Returns formatted string. Returns the number with the specified precision nearest the specified value. A Decimal number to be rounded. The number of significant fractional digits (precision) in the return value. The number nearest d with precision equal to decimals. If d is halfway between two numbers, one of which is even and the other odd, then the even number is returned. If the precision of d is less than decimals, then d is returned unchanged. Converts Degree to Radians. The angle in degree The angle in radians Converts Radians to Degree The angle in radians The angle in degree Normalize angle into 0-360 degree bounds. The angle to be normalized The normalized angle Calculates distance from the center point of rectangle to point which belongs to the rectangle and at "angle" angle from X axis The size of the rectangle The angle The distance to this point Converts gauge angle system to GDI system. GDI angle is measured clockwise from the x axis. Gauge angle is measured clockwise from the -y axis. Gauge angle in degrees GDI angle in degrees Calculates rectangle specified by bound rectangle and size. The result is centered into the bound rectangle. Bound rectangle Specifies the size of the result Determines if result should be resized or only centered Centered rectangle into the "boundRect" bound rectangle Gets the resource manager for reading from Strings.resx. This class represents an minimum calculated value. Minimum calculations have a period, which determines the range of data to be used for the calculation. The period is always measured from the present date/time, and goes back by the amount specified by the Period and PeriodType properties.

A calculated value is owned by an object, which has a collection.

Calculated values use the history of their input values as source data.

Initializes a new instance of the class. Calculates minimum for specified GaugeDuration. The input value. The input time stamp. Design time type converter of the CalculatedValueMin class Initializes a new instance of the ConverterLinear class. Implements a strongly typed collection of elements. CalculatedValueCollection provides an that is strongly typed for elements.

The CalculatedValue.Name property of the class can be used as a key to locate elements in the CalculatedValueCollection.

The collection cannot contain multiple identical keys. Access by key is an O(N) operation, where N is the current value of the CalculatedValueCollection.Count property.

Initializes new CalculatedValueCollection reference Parent object object Used by InputValueCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. The name argument is the Name property of the object being added. Adds a object to the end of the collection. The object to be added to the end of the . The index at which the has been added.

The CalculatedValueCollection already contains the specified , and the CalculatedValueCollection ensures that all elements are unique.

Please refer to for details. Inserts a element into the collection at the specified index. The zero-based index at which should be inserted. The object to insert into the . is less than zero. -or- is greater than Count.

The CalculatedValueCollection already contains the specified , and the CalculatedValueCollection ensures that all elements are unique.

 Please refer to for details. Checks collection if the Gets or sets the element at the specified index. The object to get or set. The element at the specified . is less than zero. -or- is equal to or greater than Count. The CalculatedValueCollection already contains the specified , and the CalculatedValueCollection ensures that all elements are unique. Please refer to for details. Gets the element associated with the first occurrence of the specified CalculatedValue.Name value. The CalculatedValue.Name value whose element to get. The element associated with the specified , if found; otherwise, will be thrown. This indexer has the same effect as the method. Gets or sets the element at the specified index. The zero-based index of the element to get or set. The element at the specified . is less than zero. -or- is equal to or greater than Count. The CalculatedValueCollection already contains the specified , and the CalculatedValueCollection ensures that all elements are unique. Please refer to for details. Defines bar starting positions. The bar pointer will start at zero. The bar pointer will start at the beginning of the scale. Summary description for PointerBase. Represents pointer position. We have defference between Position and Data.value, when we have dampening. Data linker to input/calculated value Flag to indicate if the current pointer is being dragged. Constructor. Will cause the pointer to rotate to the location on the scale that is closest to the given mouse coordinates. The X mouse coordinate The Y mouse coordinate Reference point. Handle disposal of this instance. The name of the pointer. A string value that represents the pointer's name. The name of the scale to which the pointer belongs. A string that represents the name of the scale the pointer belongs to. Defaults to 'Default'. The distance from the tip of the pointer to the scale. Measured as a percent. For circular scales this is measured as a percentage of the scale's radius. For linear scales this is measured as a percentage of the width or height of the linear gauge. The image to be used as a pointer. A string that represents either the filename of an image saved to disk, or a named image added to the container's collection. Gets or sets the transparent color of the pointer image. A that represents the transparent color of the image. The default value is Color.Empty. If you have a pointer image with a yellow background and you would like to make the background transparent set this property to Color.Yellow. Gets or sets the hue color to be applied to the pointer image. A that represents the hue color to be applied to the pointer image. The default value is Color.Empty. The hue color is applied to the entire image in order to modify its hue. The point on the image that represents the pointer origin (in pixels). A object, that represents the image origin. The current value of the pointer. A double that represents the pointer's current value. This value determines where along a scale the pointer 'points' to.

Alternatively can be used to set the indicator's value.

Specifies the name of an input or calculated value. A string that represents the pointer's input or calculated value. If is used as the value source a history will be created, which is used for calculated values and playback. Determines if snapping of the pointer's value to a given interval is enabled. If true the pointer will snap to values determined by the property, if false it will not. Defaults to false. The interval to use when snapping is enabled. A double that represents the snapping interval. Defaults to 0. If set to 0 there will be no snapping. Determines if the value movement will be dampened. If true dampening is enabled, if false it is not. Defaults to false.

Dampening can be used if the value is being updated very quickly in order to slow down the movement of the pointer. This property is very useful for simulating an oil-filed gauge behavior.

ASP.NET - This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control.

Represents the time it takes (in seconds) to make a full sweep from the minimum to the maximum of the scale. An integer that represents the dampening sweep time. Defaults to 1 second. ASP.NET - This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. The tool tip to be displayed when the cursor is over the pointer. The user can format the tool tip using #INPUTVALUE, #INPUTVALUE1, etc. The value from the GaugeContainer.Values collection will then be displayed. #POINTERVALUE can also be used to show the current value of the pointer. The HREF of the object. A string that represents the Href. Setting this prorpety will only have an effect if the MapEnabled property is set to true. Other attributes of the map area. A string that represents the map area attributes. Setting this prorpety will only have an effect if the MapEnabled property is set to true. Determines whether the user can move the pointer with the mouse by clicking and dragging. If true the pointer will be interactive, if false it will not. Defaults to false. This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. Determines the visibility of the pointer. If true the pointer is visible, if false it is not. Defaults to true. Determines the bar style if this pointer is of type bar. A value that determines the bar style of the pointer. Defaults to BarStyle.BarStyle1. Setting this property will only have an effect if the pointer style is of type bar. Determines where a bar pointer will start. A value that determines where the bar will start. Defaults to BarStart.ScaleStart. Setting this property will only have an effect if the pointer style is of type bar. Determines how far to the right and down the shadow will appear (in pixels). A float that represents the shadow offset. Defaults to 2 pixels. Gets or sets the color of the border. A object that represents the color of the border. The default value is Color.Black. This property represents the color of the border.

This property will not have any effect if the property is set to 0.

The line style of the border. A object that represents the color of the border. The default value is GaugeDashStyle.NotSet. This property represents the style of the border.

This property will not have any effect if the property is set to 0.

The line width of the border, measured in pixels. An integer that represents the width of the border. The default value is 1 pixel. This property represents the width of the border. Gets or sets the fill color of the pointer. A that represents the fill color. The default value is Color.White. This property represents the fill color of the pointer. If a gradient is set via the property this color will be used as the start color for the gradient. Furthermore if a hatch style is set via the property this color will be used as the background color for the hatch. Gets or sets the end color of the pointer's fill gradient. A that represents the gradient end color. The default value is Color.Red. This property represents the end color of the pointer's fill gradient. It is used if the property has a valid gradient. In addition to that it is also used as the hatch foreground color in case a hatch style is set via the property. The primary fill hatch style of the pointer. A object that represents the hatch style. The default value is GaugeHatchStyle.None. If hatching is specified then the and properties determine the colors used. The primary fill gradient type of the pointer. A object that represents the gradient style. The default value is GradientType.DiagonalLeft. If a gradient is specified then the and properties determine the colors used. Determines the marker style if the pointer is of type marker. A value that determines the bar style of the pointer. Setting this property will only have an effect if the pointer style is of type marker. Determines the length of the marker if the pointer is of type marker. A float value that determines the length of the marker. Setting this property will only have an effect if the pointer style is of type marker. The width of the pointer, measured as a percentage. A float that represents the pointer's width. For a circular pointer width is measured as a percentage of the associated scale's radius. For a linear pointer, it is measured as a percentage of the linear gauge object's width. The cursor to be displayed when the mouse is over this pointer. A reference to which represents the cursor. The default value is . Use this property to set the cursor of this pointer. The cursor will change only when the mouse is over the pointer.

Note: When this property is set to the cursor specified in the property will be used.

This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. Gets and sets the pointer position. Setting this property cause Refresh in win control. Gets and sets CommonElements. Setting this property cause set of the Common to the internal DataAttributes object. Internal class used for rendering Represents knobs, which can be used for CircularGauge objects. All measurements of the knob properties are measured as a percentage of the circular scale radius.

Knobs are also assigned to a , which is the scale the knob 'points' to.

Constructor. Used by VS designer - prevents the obsolete property from serialization. false to prevent the property from serialization. Creates the special cap brush that looks like a shiny knob. A reference to GaugeGreaphics. The GraphicsPath of the brush. The point of origin. The angle of rotation. The fill color. The gradient type. The second gradient color. The fill hatch style. The resulting brush. Returns the fill brush based on the provided arguments. This function is used for the main knob brush and for the cap brush, A reference to GaugeGreaphics. The GraphicsPath of the brush. The point of origin. The angle of rotation. The fill color. The gradient type. The second gradient color. The fill hatch style. The resulting brush. The main render method. Draws the image of the pointer. If true, draws the primary image, otherwise the secondary. If true, only draw the shadow of the image. Returns the knob path of the entire knob. Returns the shadow graphics path of this knob. Temporarily hold the hot regions. Add a path to the temp array of hot regions the path to be added indicates if it is a primary or a secondary path Sets all hold regions help in the hotRegions and then clears the array. Returns the name as a string. A string value that represents the name of the knob. Returns the CircularGauge object to which this knob belongs. A reference to the CircularGauge owner object. Returns the scale to which this knob is assigned. A reference to the CircularScale object associated with the knob. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. The name of the knob. A string value that represents the knob's name. The name of the scale to which the knob belongs. A string that represents the name of the scale the knob belongs to. Defaults to 'Default'. The image to be used as a knob. A string that represents either the filename of an image saved to disk, or a named image added to the container's collection. Gets or sets the transparent color of the knob image. A that represents the transparent color of the image. The default value is Color.Empty. If you have a knob image with a yellow background and you would like to make the background transparent set this property to Color.Yellow. Gets or sets the hue color to be applied to the knob image. A that represents the hue color to be applied to the knob image. The default value is Color.Empty. The hue color is applied to the entire image in order to modify its hue. The point on the image that represents the knob center (in pixels). A object, that represents the image origin. The current value of the knob. A double that represents the knob's current value. This value determines where along a scale the knob 'points' to. Specifies the name of an input or calculated value to which this knob is attached. A double that represents the knob's input or calculated value. If is used as the value source a history will be created, which is used for calculated values and playback. Determines if snapping of the knob's value to a given interval is enabled. If true the knob will snap to values determined by the property, if false it will not. Defaults to false. Determines if the movement of the knob will be dampened. If true dampening is enabled, if false it is not. Defaults to false.

Dampening can be used if the value is being updated very quickly in order to slow down the movement of the knob.

ASP.NET - This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control.

The tool tip to be displayed when the cursor is over the knob. The user can format the tool tip using #INPUTVALUE, #INPUTVALUE1, etc. The value from the GaugeContainer.Values collection will then be displayed. #POINTERVALUE can also be used to show the current value of the knob. Determines whether the user can move the knob with the mouse by clicking and dragging. If true the knob will be interactive, if false it will not. Defaults to true. This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. Determines if the knob is visible. If true the knob is visible, if false it is not. Defaults to true. Gets or sets the fill color of the knob. A that represents the fill color. The default value is Color.Gainsboro. This property represents the fill color of the knob. If a gradient is set via the property this color will be used as the start color for the gradient. Furthermore if a hatch style is set via the property this color will be used as the background color for the hatch. Gets or sets the end color of the knob's fill gradient. A that represents the gradient end color. The default value is Color.Gray. This property represents the end color of the knob's fill gradient. It is used if the property has a valid gradient. In addition to that it is also used as the hatch foreground color in case a hatch style is set via the property. The primary fill hatch style of the knob. A object that represents the hatch style. The default value is GaugeHatchStyle.None. If hatching is specified then the and properties determine the colors used. The primary fill gradient type of the knob. A object that represents the gradient style. The default value is GradientType.DiagonalLeft. If a gradient is specified then the and properties determine the colors used. Determines if the cap in the center of the knob is visible. true if the cap is visible, false if it is not. Defaults to true. Determines if the knob cap has a reflection effect. true if the cap is reflection effect is on, false if it is off. Defaults to true. Setting this property to true will cause the knob cap to appear like it is reflecting light internally. This effect is very useful for achieving a 3D gel look. Determines the width of the knob cap, measured as a percentage of the knob width. A float that represents the knob cap width. Defaults to 60 percent of the knob width The image to be used for the knob cap. String value that represents the path of the image to be used. Gets or sets the transparent color of the knob cap image. A that represents the transparent color of the knob cap image. The default value is Color.Empty. If you have a cap image with a yellow background and you would like to make the background transparent set this property to Color.Yellow. Gets or sets the hue color to be applied to the cap image. A that represents the hue color to be applied to the cap image. The default value is Color.Empty. The hue color is applied to the entire image in order to modify its hue. The point on the image that represents the knob origin (in pixels). System.Drawing.Point value, that represents the knob origin. The width of the knob, measured as a percentage of the associated scale diameter. A float, which represents the knob width. Determines the marker style if this knob is of type marker. A enumeration value. Setting this property will only have an effect if the knob type is marker. NOTE: This property is obsolete in Dundas Gauge 2.0. KnobStyle is supposed to be used instead. Determines the style of the knob. A enumeration value. Setting this property will only have an effect if the knob type is knob. Determines the style of the knob. A enumeration value. Setting this property will only have an effect if the knob type is knob. Gets or sets the fill color of the knob cap. A that represents the knob cap fill color. The default value is Color.Gainsboro. This property represents the cap fill color of the knob.

If a gradient is selected through the property this color will be used as the start color for the gradient.

If a hatch style is selected through the property this color will be used as the background color for the hatch.

The fill gradient type of the knob cap. A enumeration value. Gets or sets the end color of the knob's cap fill gradient. A that represents the gradient end color. The default value is Color.Gray. This property represents the end color of the knob's cap fill gradient. It is used if the property has a valid gradient.

In addition to that it is also used as the hatch foreground color in case a hatch style is selected via the property.

The fill hatch style of the knob cap. A enumeration value. Determines the length of the knob marker. A float that represents the length of the knob marker. This property is measured in percents of the knob width. Determines the width of the knob marker. Measured in percents of the knob width. A float that represents the width of the knob marker. Determines how far from the knob center the marker would be positioned. A float that represents the position of the knob marker. When set to 100, this property will place the marker right on the edge. When set to 0, this property will place the marker in the center of the knob. Gets or sets the fill color of the knob marker. A that represents the knob marker fill color. The default value is Color.DarkGray. This property represents the marker fill color of the knob.

If a gradient is selected through the property this color will be used as the start color for the gradient.

If a hatch style is selected through the property this color will be used as the background color for the hatch.

The fill gradient type of the knob marker. A enumeration value. Gets or sets the end color of the knob's marker fill gradient. A that represents the gradient end color. The default value is Color.DimGray. This property represents the end color of the knob's marker fill gradient. It is used if the property has a valid gradient.

In addition to that it is also used as the hatch foreground color in case a hatch style is selected via the property.

The fill hatch style of the knob marker. A enumeration value. Determines how far to the right and down the cap shadow will appear (in pixels). A float that represents the cap shadow offset. Defaults to 2 pixels. Determines if the gradient of the knob should rotate or remain static. A bool that indicated if the knob gradient should rotate. The default value is false. Set this property to true if you want the gradient of the knob to rotate along with the knob itself. This property will not have an effect if the property is set to None. Determines if the gradient of the cap should rotate or remain static. A bool that indicated if the cap gradient should rotate. The default value is false. Set this property to true if you want the gradient of the cap to rotate along with the knob itself. This property will not have an effect if the CapGradientType property is set to None. Determines if the gradient of the marker should rotate or remain static. A bool that indicated if the marker gradient should rotate. The default value is true. Set this property to true if you want the gradient of the marker to rotate along with the knob itself. This property will not have an effect if the property is set to . The cursor to be displayed when the mouse is over this knob. A reference to which represents the cursor. The default value is System.Windows.Forms.Cursors.Default. Use this property to set the cursor of this knob. The cursor will change only when the mouse is over the knob.

Note: When this property is set to the cursor specified in the property will be used.

This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. Determines if the knob visually appears selected. If true the knob appears selected. Default value is false. Not used in this class. Not used in this class. This class presents item in the collection of hot regions. The bound rectangle of this element The reference to the element. Pin point for circular gauge. It is used to calculate value of scale from absolute point. Matrix for conversion from absolute to relative coord system. Matrix for conversion from relative to absolute coord system. Temporary array of PointF used by transformations. Temporary array of PointF used by transformations. Initializes a new instance of HotRegion class. Generate relative and absolute matrices. The GaugeGraphics reference. Converts relative rectangle to absolute. The relative rectangle. The absolute rectangle. Converts absolute rectangle to relative. The absolute rectangle. The relative rectangle. Converts relative point to absolute. relative point. absolute point Converts absolute point to relative. absolute point. relative point. Converts relative size to absolute. relative size. absolute size. Converts absolute size to relative. absolute size. relative size. Region is Graphics path. Bounding Rectangle of an shape. Object which is presented with this region. Gets the pinpoint for the gauge. Gets the matrix for conversion from relative to absolute coord system. Gets the matrix for conversion from absolute to relative coord system. Represents collection of hot regions. ArrayList with HotRegion references Initializes a new instance of HotRegion class. The parent object reference Searches and returns HotRegion element which corresponds to selctedObject. Adds/Replaces HotRegion into the List Adds/Replaces HotRegion into the List This method checks if any hot region element contains point (x,y). X coordinate Y coordinate Clears the list of hot regions Gets the array with hot regions Internal class used for rendering Internal class used for rendering Internal class used for rendering Pointer for CircularGauge objects. All measurements of the pointer properties are measured as a percentage of the circular scale radius.

Circular pointers are also assigned to a , which is the scale the pointer 'points' to.

Stores the cached XAML renderer. Constructor. Return the fill brush of a needle pointer If true, the fill brush of the primary attributes is returned, otherwise the secondary. The Graphics path. The origin of the pointer. The angle of rotation. The resulting brush. Returns the graphics path of the current pointer style Returns the graphics path of a marker style pointer. Determines how far from the origin the marker should be. Returns the bar style attributes structure Returns an array or circular ranges that would affect the color of this bar pointer. The array of ranges to use colors from or null. Returns the start value of the bar. This function calculates that rectangle that is to be passed to the GaugeGraphics.DrawCircularRange() method. Gets the needle cap bounds. A reference to GaugeGraphics. The point origin. The main render method. Draws the image of the pointer. If true, draws the primary image, otherwise the secondary. If true, only draw the shadow of the image. Returns the pointer path of the entire pointer. Returns the shadow graphics path of this pointer. Temporarily hold the hot regions. Add a path to the temp array of hot regions the path to be added indicates if it is a primary or a secondary path Sets all hold regions help in the hotRegions and then clears the array. Returns the name as a string. A string value that represents the name of the pointer. Returns the CircularGauge object to which this pointer belongs. A reference to the CircularGauge owner object. Returns the scale to which this pointer is assigned. A reference to the CircularScale object associated with the pointer. Returns the length of the needle tail. Gets a reference to the cached xaml renderer. A reference to GaugeGraphics. Resets the cached xaml renderer. The next time GetCachedXamlRenderer() is called it will create and load a new XAML file from the resource, Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. Determines if the pointer type is needle, marker or bar. A value. Determines the needle style if the type is set to needle. A value. This property only has an effect if the Type property is set to Needle. Determines if the cap in the center of the pointer is visible. true if the cap is visible, false if it is not. Defaults to true. Determines if the cap is displayed on top of the pointer. true if the cap is on top, false if it is not. Defaults to true. Determines if the pointer cap has a reflection effect. true if the cap is reflection effect is on, false if it is off. Defaults to false. Setting this property to true will cause the pointer cap to appear like it is reflecting light internally. This effect is very useful if you are trying to achieve a 3D gel look. Determines the width of the pointer cap, measured as a percentage of the circular scale radius. A float that represents the pointer cap width. Defaults to 26 percent of the associated circular scale radius. The image to be used for the pointer cap. String value that represents the path of the image to be used. Gets or sets the transparent color of the pointer cap image. A that represents the transparent color of the pointer cap image. The default value is Color.Empty. If you have a cap image with a yellow background and you would like to make the background transparent set this property to Color.Yellow. Gets or sets the hue color to be applied to the cap image. A that represents the hue color to be applied to the cap image. The default value is Color.Empty. The hue color is applied to the entire image in order to modify its hue. The point on the image that represents the pointer origin (in pixels). System.Drawing.Point value, that represents the pointer origin. Determines if the pointer should touch the scale bar on the inside or the outside. A enumeration value. The width of the pointer, measured as a percentage of the associated scale radius. A float, which represents the pointer width. Determines the marker style if this pointer is of type marker. A enumeration value. Setting this property will only have an effect if the pointer type is marker. Determines the length of the marker if this pointer is of type marker. A float that represents the length of the pointer. Setting this property will only have an effect if the pointer type is marker. The primary fill gradient type of the pointer. A enumeration value. The style of the pointer cap. A enumeration value. The defualt value is CapStyle.Simple. The , and are only used when this property is set to CapStyle.Simple. Gets or sets the fill color of the pointer cap. A that represents the pointer cap fill color. The default value is Color.Gainsboro. This property represents the cap fill color of the pointer.

If a gradient is selected through the property this color will be used as the start color for the gradient.

If a hatch style is selected through the property this color will be used as the background color for the hatch.

The fill gradient type of the pointer cap. A enumeration value. Gets or sets the end color of the pointer's cap fill gradient. A that represents the gradient end color. The default value is Color.DimGray. This property represents the end color of the pointer's cap fill gradient. It is used if the property has a valid gradient.

In addition to that it is also used as the hatch foreground color in case a hatch style is selected via the property.

The fill hatch style of the pointer cap. A enumeration value. The cursor to be displayed when the mouse is over this pointer. A reference to which represents the cursor. The default value is System.Windows.Forms.Cursors.Default. Use this property to set the cursor of this pointer. The cursor will change only when the mouse is over the pointer.

Note: When this property is set to the cursor specified in the property will be used.

This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. Determines if the movement of the pointer will be dampened. If true dampening is enabled, if false it is not. Defaults to false.

Dampening can be used if the value is being updated very quickly in order to slow down the movement of the pointer.

ASP.NET - This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control.

Determines if the pointer visually appears selected. If true the pointer appears selected. Default value is false. Deprecated. Use instead. Deprecated. Use instead. Deprecated. Use instead. Deprecated. Use instead. Deprecated. Use instead. Deprecated. Use instead. Deprecated. Use instead. Deprecated. Use instead. Deprecated. Use instead. Deprecated. Use instead. Initializes a new instance of the class. Returns whether this object supports properties, using the specified context. An that provides a format context. true if should be called to find the properties of this object; otherwise, false. Makes the properties that do not apply to the current mode read-only. Used to remove the ellipsis button from BackImage property in order to make it read only. Properties with modal editor attached cannot be read-only. This class represents a rate of change calculated value. Rate of change calculations have a rate-of-change period, which determines the amount of time that elapses for the change to occur (e.g. per second, per 10 years, etc.).

A calculated value is owned by an object, which has a collection.

Calculated values use the history of their input values as source data.

Shallow ( 2 points ) queue of the old values. Represents RateOfChange Calculates rate of change for specified GaugeDuration. The input value. The input time stamp. Calculates rate of change result based on current data point, last recorded data point and period of this rate of change. The input value. The input time stamp. The previous date/value pair. The period of differentiations. Initializes an object that is a copy of the current instance. The object to initialize Initialized copy of this current instance Gets or sets rate of change period in units specified by the RateOfChangePeriodType property. A double that represents the rate of change period. Defaults to not set (Double.NaN). Gets or sets the rate of change period type. A value, that determines the unit type of the rate of change period. Defaults to PeriodTypeEnum.Seconds. This calculated value does not use the Period property This calculated value does not use the PeriodType property If this property is true the value is calculated only id the new value is different than the current (the value changes). Default value is true. NOTE: This calculated value needs to be recalculated if the new value is the same as the old one. In this case the result is 0. This property was introduced as a BUGFIX(SG)#7849. Represents Value/Date pair as helper class for calculations Invalid flag Copies information from other DataSampleRC instance. The DataSampleRC instance for copying. Gets and sets the time stamp of the current DataSampleRC instance Gets and sets the Value of the current DataSampleRC instance Design time type converter of the CalculatedValueMin class Initializes a new instance of the ConverterRC class. Represents a linear gauge. May have scales, ranges and pointers. Linear gauges are displayed within the , which is the root object of Dundas Gauge.

The container can display multiple linear gauges.

Constructor. Returns the name of the gauge as a string. The name as a string. Overridden in order to call the BeginInit() of the Scales, Ranges and Pointers collections. Overridden in order to call the EndInit() of the Scales, Ranges and Pointers collections. Overridden in order to call the OnDispose() of the Scales, Ranges and Pointers collections. Overridden in order to call the ReconnectData() method of the Pointer collection. Overridden in order to propagate the message system to the children of the gauge. Overridden in order to return the linear ranges collection. This function determines the orientation of the linear gauge. If it is set to Auto it will return either Horizontal or Vertical, based on the width and height. Internally this function should always be called in order to determine the orientation. Orientation enumeration. This function will never return Auto. Overridden in order to call the PointerValueChanged event for the range that the pointer might be in. A reference to the pointer. Renders top image. Initialized GaugeGraphics object. Obtains the bounding rectangle of this gauge. A reference to GaugeGraphics. A RectangleF representing the bounding rectangle. This function renders all static elements, which are elements that do not change their position when the value changes. All elements except the pointers are static. A reference to GaugeGraphics. This function renders all dynamic elements - elements that do change their position when the value changes. The only static elements in a circular gauge are the pointers and scales (for their tick marks in case they are on top). A reference to GaugeGraphics. Renders all the shadows for the dynamic elements Renders all the shadows for the dynamic elements Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. Represents the collection of scales used by the gauge. Represents the collection of ranges used by the gauge. Represents the collection of pointers used by the gauge. Determines if the linear gauge is horizontal or vertical. A value, that determines the gauge's orientation. Stores the internal size of the linear gauge in absolute coordinates. Overridden in order to set the Common property of the Scales, Ranges and Pointers collections. Enumeration which describes how to persist property during the serialization Do not serialize Serialize as XML attribute Serialize as XML element Format of the gauge serializer XML serializer format Binary serializer format Gauge serializable content definition flags Serialize gauge visual appearance All content is serialized. Gauge serializer class, used for serialization of gauge templates. This class is exposed as the property of the root object.

There are LoadTemplate and SaveTemplate dialogs that can be accessed at design-time via the Properties Window.

The format of serialized data is set by the property, and can be either XML or Binary. The advantage of XML is that it is human readable, while the advantage of binary is that the serialized data takes less storage space compared to the XML format.

Serialization of the Gauge is performed at run-time using the and methods. By default all gauge properties are serialized. However, this can be changed using the , and properties.

groups the gauge properties to be serialized into categories (e.g. data, appearance, etc.)It is important to know that the Content property is implemented internally by the control as the SerializableContent property.

The property is a comma-separated listing of all gauge properties to be serialized. The syntax of this property is "Class.Property[,Class.Property]", and wildcards may be used (represented by an asterisk). For example, to serialize all gauge BackColor properties set this property to "*.BackColor". Once this property is set to an explicit value then it is up to the developer to specify all properties to be saved .

The Content and SerializableContent properties can also be used in conjunction. However, make sure that SerializableContent is concatenated with itself when being set after setting the Content property (Content is implemented internally using SerializableContent with wildcards), otherwise the gauge properties specified by the Content property will be overridden.

Non-serializable properties are set using the property. Wildcards can be used in the string expression, in the same manner as the SerializableContent property. For example, to exclude all gauge BackColor properties from serialization set this property to "*.BackColor".

Sometimes a property can be set to be both serialized and not serialized (common when wildcards are used). Note that NonSerializableContent has a lower priority when compared to the SerializableContent string expression. However, less weight is given to string expressions that use wildcards. For example, if SerializableContent is set to "*.BackColor" and NonSerializableContent is set to "CircularGauge.BackColor" then all BackColor properties except for CircularGauge objects will be serialized.

Public constructor is unavailable Constructor. Service container reference. Returns the Gauge Serializer service object. Requested service type. Gauge Serializer service object. Resets properties of the gauge to default values. By setting the , and/or properties a specific set of properties can be reset. Saves properties of the gauge to a file on disk. The file name used to write the data. By setting the , and/or properties a specific set of properties can be saved. Saves properties of the gauge into a stream. The stream where to save the data. By setting the , and/or properties a specific set of properties can be saved. Saves properties of the gauge into an XML writer. XML writer to save the data. By setting the , and/or properties a specific set of properties can be saved. Saves properties of the gauge into a text writer. Text writer to save the data. By setting the , and/or properties a specific set of properties can be loaded. Loads properties of the gauge from the file. The file name used to load the data from. By setting the , and/or properties a specific set of properties can be loaded. Loads properties of the gauge from the stream. The stream where to load the data from. By setting the , and/or properties a specific set of properties can be loaded. Loads properties of the gauge from an XML reader. The XML reader to load the data from. By setting the , and/or properties a specific set of properties can be loaded. Loads properties of the gauge from a text reader. The text reader to load the data from. By setting the , and/or properties a specific set of properties can be loaded. Sets SerializableContent and NonSerializableContent properties depending on the flags in the Content property. Return a serializable or non serializable class/properties names for the specific flag. Serializable content flag. True - get serializable string, False - non serializable. Serializable or non serializable string with class/properties names. Returns the gauge container object for serialization. Gauge object. The serializable content, assigned by category. A value, which represents the serializable content.

Serialization of the Gauge is performed at run-time using the and methods. By default all gauge properties are serialized. However, this can be changed using the , and properties.

groups the gauge properties to be serialized into categories (e.g. data, appearance, etc.)It is important to know that the Content property is implemented internally by the control as the SerializableContent property.

The property is a comma-separated listing of all gauge properties to be serialized. The syntax of this property is "Class.Property[,Class.Property]", and wildcards may be used (represented by an asterisk). For example, to serialize all gauge BackColor properties set this property to "*.BackColor". Once this property is set to an explicit value then it is up to the developer to specify all properties to be saved .

The Content and SerializableContent properties can also be used in conjunction. However, make sure that SerializableContent is concatenated with itself when being set after setting the Content property (Content is implemented internally using SerializableContent with wildcards), otherwise the gauge properties specified by the Content property will be overridden.

Non-serializable properties are set using the property. Wildcards can be used in the string expression, in the same manner as the SerializableContent property. For example, to exclude all gauge BackColor properties from serialization set this property to "*.BackColor".

Sometimes a property can be set to be both serialized and not serialized (common when wildcards are used). Note that NonSerializableContent has a lower priority when compared to the SerializableContent string expression. However, less weight is given to string expressions that use wildcards. For example, if SerializableContent is set to "*.BackColor" and NonSerializableContent is set to "CircularGauge.BackColor" then all BackColor properties except for CircularGauge objects will be serialized.

Format used to serialize the gauge data. A value, which represents the format. Determines if object properties are reset to their default values prior to loading. If true properties are reset, if false they are not. Defaults to true. Determines if unknown XML attributes and elements will be ignored (no exception will be thrown). If true unknown attributes will be ignored, if false an exception will be thrown if they are encountered during serialization. Defaults to false. Determines if the serializer works in template mode, which determines if items are added to or removed from the container's various collections when a template is loaded. If true the serializer will be in template creation mode, if false it will not. Defaults to false. If the serializer is in template mode then the various existing gauge objects are not actually loaded into the gauge container when the method is called. Rather, the appearance properties, position properties, etc. only are used.

To further clarify this, when TemplateMode is true and a template (that has been saved using the method) is loaded into the container the container's collections (e.g. CircularGauges, NumericIndicators, etc.) are not modified. In other words, they do not have objects added or removed as a result of what the template's contents are.

If TemplateMode is false then the number of container child objects (such as gauges and indicators), is determined by the contents of the persisted template when it is loaded.

Comma-separated list of serializable (Save/Load/Reset) properties. A string that is a comma-separated listing of serializable properties. /// This class is exposed as the property of the root object.

There are LoadTemplate and SaveTemplate dialogs that can be accessed at design-time via the Properties Window.

The format of serialized data is set by the property, and can be either XML or Binary. The advantage of XML is that it is human readable, while the advantage of binary is that the serialized data takes less storage space compared to the XML format.

Serialization of the Gauge is performed at run-time using the and methods. By default all gauge properties are serialized. However, this can be changed using the , and properties.

groups the gauge properties to be serialized into categories (e.g. data, appearance, etc.)It is important to know that the Content property is implemented internally by the control as the SerializableContent property.

The property is a comma-separated listing of all gauge properties to be serialized. The syntax of this property is "Class.Property[,Class.Property]", and wildcards may be used (represented by an asterisk). For example, to serialize all gauge BackColor properties set this property to "*.BackColor". Once this property is set to an explicit value then it is up to the developer to specify all properties to be saved .

The Content and SerializableContent properties can also be used in conjunction. However, make sure that SerializableContent is concatenated with itself when being set after setting the Content property (Content is implemented internally using SerializableContent with wildcards), otherwise the gauge properties specified by the Content property will be overridden.

Non-serializable properties are set using the property. Wildcards can be used in the string expression, in the same manner as the SerializableContent property. For example, to exclude all gauge BackColor properties from serialization set this property to "*.BackColor".

Sometimes a property can be set to be both serialized and not serialized (common when wildcards are used). Note that NonSerializableContent has a lower priority when compared to the SerializableContent string expression. However, less weight is given to string expressions that use wildcards. For example, if SerializableContent is set to "*.BackColor" and NonSerializableContent is set to "CircularGauge.BackColor" then all BackColor properties except for CircularGauge objects will be serialized.

Comma-separated list of non-serializable (Save/Load/Reset) properties. A string that is a comma-separated listing of non-serializable properties. /// This class is exposed as the property of the root object.

There are LoadTemplate and SaveTemplate dialogs that can be accessed at design-time via the Properties Window.

The format of serialized data is set by the property, and can be either XML or Binary. The advantage of XML is that it is human readable, while the advantage of binary is that the serialized data takes less storage space compared to the XML format.

Serialization of the Gauge is performed at run-time using the and methods. By default all gauge properties are serialized. However, this can be changed using the , and properties.

groups the gauge properties to be serialized into categories (e.g. data, appearance, etc.)It is important to know that the Content property is implemented internally by the control as the SerializableContent property.

The property is a comma-separated listing of all gauge properties to be serialized. The syntax of this property is "Class.Property[,Class.Property]", and wildcards may be used (represented by an asterisk). For example, to serialize all gauge BackColor properties set this property to "*.BackColor". Once this property is set to an explicit value then it is up to the developer to specify all properties to be saved .

The Content and SerializableContent properties can also be used in conjunction. However, make sure that SerializableContent is concatenated with itself when being set after setting the Content property (Content is implemented internally using SerializableContent with wildcards), otherwise the gauge properties specified by the Content property will be overridden.

Non-serializable properties are set using the property. Wildcards can be used in the string expression, in the same manner as the SerializableContent property. For example, to exclude all gauge BackColor properties from serialization set this property to "*.BackColor".

Sometimes a property can be set to be both serialized and not serialized (common when wildcards are used). Note that NonSerializableContent has a lower priority when compared to the SerializableContent string expression. However, less weight is given to string expressions that use wildcards. For example, if SerializableContent is set to "*.BackColor" and NonSerializableContent is set to "CircularGauge.BackColor" then all BackColor properties except for CircularGauge objects will be serialized.

Attribute which describes how to persist property during the serialization Public constructor Serialization visibility. Serialization visibility property Base class of the serializers. Common properties and methods for all serializers. Indicates that unknown attributes and elements are ignored Indicates that serializer works in template creation mode Indicates that object properties are reset before loading Comma separated list of serializable (Save/Load/Reset) properties. "ClassName.PropertyName" Comma separated list of NON serializable (Save/Load/Reset) properties. "ClassName.PropertyName" Font converters used while serializing/deserializing Cursor converter used for serialization. Color converters used while serializing/deserializing Size converters used while serializing/deserializing Reset properties of the object to default values. Object to be reset. Reset properties of the object to default values. Method is called recursively to reset child objects properties. Object to be reset. Parent of the reset object. Object element name. Serialize specified object into the destination object. Object to be serialized. Destination of the serialization. Deserialize specified object from the source object. Object to be deserialized. Source of the deserialization. Checks if property belongs to the base class of the gauge "Control". Serializable object. Object parent. Serializable property information. True if property belongs to the base class. Converts Image object into the BASE64 encoded string Image to convert. BASE64 encoded image data. Converts BASE64 encoded string to image. BASE64 encoded data. Image. Get the name of the object class Object to get the name of. Name of the object class (without namespace). Create new empty item for the list. Type of the objects is determined by the return type of the indexer. List used to detect type of the item objects. Name of collection type. Optional item name to return. Indicates that object with specified name was already in the collection and is being reused. New list item object. Returns true if the object property should be serialized as parent element attribute. Otherwise as a child element. Property information. Object that the property belongs to. True if property should be serialized as attribute. Returns true if the object property is serializable. Property name. Object that the property belongs to. True if property is serializable. Checks if property belongs is defined in the mask list. Array list of class/property items. Class name. Property name. Return class mask fit type. Return property mask fit type. True if property was found in the list. Compares class/property name with the specified mask. Class/Property item information. Class/Property name. Type of matching. 0-No Match; 1-'*' any wild card; 2-'Back*' contain wild card; 3-exact match True if name match the mask. Return serializable content list. Serializable content list. Return non serializable content list. Non serializable content list. Fill content list from the string. Array list class. Content string. Checks wildcards in the name of the item. Possible values: "*" "*Name" "Name*" Item information class. Converts string or read value from binary reader. Object to set the value to. String value. Binary reader to get the data from. Returns property value. Indicates that unknown attributes and elements will be ignored without throwing an exception. Indicates that serializer works in template creation mode Indicates that object properties are reset to default values before loading. Comma separated list of serializable (Save/Load/Reset) properties. "ClassName.PropertyName,[ClassName.PropertyName]". Comma separated list of serializable (Save/Load/Reset) properties. "ClassName.PropertyName,[ClassName.PropertyName]". Stores information about content item (class or property) Utility class which serialize object using XML format Serialize specified object into the stream. Object to be serialized. The stream used to write the XML document. Serialize specified object into the XML writer. Object to be serialized. The XmlWriter used to write the XML document. Serialize specified object into the text writer. Object to be serialized. The TextWriter used to write the XML document. Serialize specified object into the file. Object to be serialized. The file name used to write the XML document. Serialize specified object into different types of writers using XML format. Here is what is serialized in the object: - all public properties with Set and Get methods - all public properties with Get method which derived from ICollection Object to be serialized. Defines the serialization destination. Can be Stream, TextWriter, XmlWriter or String (file name). Serialize specified object into the XML format. Method is called recursively to serialize child objects. Object to be serialized. Parent of the serialized object. Object element name. The XmlNode of the parent object to serialize the data in. The XmlDocument the parent node belongs to. Serialize specified object into the XML text writer. Method is called recursively to serialize child objects. Object to be serialized. Object element name. The XmlNode of the parent object to serialize the data in. The XmlDocument the parent node belongs to. Serialize specified object into the XML text writer. Method is called recursively to serialize child objects. Object to be serialized. Parent of the serialized object. Object element name. The XmlNode of the parent object to serialize the data in. The XmlDocument the parent node belongs to. Converts object value into the string. Object to convert. Object parent. Object name. Object value as string. Removes all empty nodes from the XML document. Method is called recursively to remove empty child nodes first. The node where to start the removing. Deserialize specified object from the stream. Object to be deserialized. The stream used to read the XML document from. Deserialize specified object from the XML reader. Object to be deserialized. The XmlReader used to read the XML document from. Deserialize specified object from the text reader. Object to be deserialized. The TextReader used to write the XML document from. Deserialize specified object from the file. Object to be deserialized. The file name used to read the XML document from. Deserialize object from different types of readers using XML format. Object to be deserialized. Defines the deserialization data source. Can be Stream, TextReader, XmlReader or String (file name). Deserialize object from the XML format. Method is called recursively to deserialize child objects. Object to be deserialized. Parent of the deserialized object. Object element name. The XmlNode of the parent object to deserialize the data from. The XmlDocument the parent node belongs to. Number of properties set. Sets a property of an object using name and value as string. Object to set. Attribute (property) name. Object value.. Object value as string. Utility class which serialize object using binary format Serialize specified object into the destination using binary format. Object to be serialized. Serialization destination. Serialize specified object into the file using binary format. Object to be serialized. File name to serialize the data in. Serialize specified object into the stream using binary format. Object to be serialized. Defines the serialization destination. Serialize specified object into different types of writers using binary format. Here is what is serialized in the object: - all public properties with Set and Get methods - all public properties with Get method which derived from ICollection Object to be serialized. Defines the serialization destination. Serialize specified object into the binary format. Method is called recursively to serialize child objects. Object to be serialized. Parent of the serialized object. Object element name. Binary writer object. Serialize specified object into the binary writer. Method is called recursively to serialize child objects. Object to be serialized. Object element name. Binary writer. Serialize specified object into the binary writer. Method is called recursively to serialize child objects. Object to be serialized. Parent of the serialized object. Object element name. Binary writer. Converts object value into the string. Object to convert. Object parent. Object name. Binary writer. Object value as string. Checks if all properties will have a unique ID. Property ID is a hash of it's name. !!!USED IN DEBUG BUILD ONLY!!! Array of properties names. Deserialize specified object from the source using binary format. Object to be deserialized. Deserialization source. Deserialize object from the file using binary format. Object to be deserialized. File name to read the data from. Deserialize object from the stream using binary format. Object to be deserialized. Stream to read the data from. Deserialize object from different types of readers using binary format. Object to be deserialized. Binary reader. Deserialize object from the XML format. Method is called recursively to deserialize child objects. Object to be deserialized. Parent of the deserialized object. Object element name. Binary reader object. Number of properties set. Reads and sets a property of an object. Object to set. Property information. Binary reader. True if property was set. Reads property ID and return property information Object to be deserialized. Parent of the deserialized object. List of properties information. Binary reader. Property information. Smart Client serializer helper class. This source is auto generated! Gets property object by name. Object with the requested property. Property ID. Property value. Sets property object by name. Object with the requested property. Property ID. Property value as string. Used when binaryReader parameter is null. Binary reader to get the value from. If null propertyValue parameter should be used. Gets or sets property object by name. Object with the requested property. Property ID. True if property value is set. Property value as string. Used when binaryReader parameter is null. Binary reader to get the value from. If null propertyValue parameter should be used. Property value. Gets property object by name. Object with the requested property. Property ID. Object that represent a property with specified ID Gets new collection item. Collection object. Collection item ID. Newly created collection item Optional item name to return. Indicates that object with specified name was already in the collection and it beign reused. List of serializable properies with their IDs. This source is auto generated! Represents a back frame, which "frames" the container and gauge objects. Of particular interest is the glass effect, set by the property. Stores the cached XAML renderer. Constructor. Constructor that takes a parent object. Parent object. Constructor that takes a parent object, frame style and frame shape. Parent object of the back frame. A object, which represents the frame style. A object, which represents the frame shape. Used by VS designer - prevents the obsolete property from serialization. false to prevent the property from serialization. Used by VS designer - prevents the obsolete property from serialization. false to prevent the property from serialization. Resets the Frame.FrameStyle property to its default value. Resets the Frame.FrameStyle property to its default value. Gets a reference to the cached xaml renderer. A reference to GaugeGraphics. Resets the cached xaml renderer. The next time GetCachedXamlRenderer() is called it will create and load a new XAML file from the resource, Returns the outline graphics path of the frame. A reference to GaugeGraphics. Amount by which the graphics path is to be shrunk by in relative coordinates. A reference to GraphicsPath. Returns the back graphics path of the frame. This is the inner region of the frame. A reference to GaugeGraphics. A reference to GraphicsPath. Builds the AutoShape path for a circular gauge. A reference to GaugeGraphics. The GraphicsPath object to build into. The circular gauge. Amount by which the graphics path is to be shrunk by. Returns the aspect ratio of provided frame shape. Aspect ratio of 0 means the frame fills up the whole available space. The aspect ration is calculated as Width/Height. The shape of the frame. The aspect ratio for the frame or 0 if the frame should fill up the whole space. Builds the AutoShape path for a linear gauge. A reference to GaugeGraphics. The GraphicsPath object to build into. The linear gauge. Amount by which the graphics path is to be shrunk by. Returns the shadow graphics path of the frame. A reference to GaugeGraphics. A reference to GraphicsPath. Draws the image in case this frame has one. A reference to GaugeGraphics. Determines whether this frame is a custom xaml frame. true if it is custom xaml frame; otherwise, false. Determines whether this frame is a custom xaml frame. true if it is custom xaml frame; otherwise, false. Main rendering method. This is the entry point for all frame rendering. Renders the shadow of the frame. A reference to GaugeGraphics. Returns the brush given the brush attributes. If true this brush is for a frame. The width of the frame. Returns the rectangle of the frame in absolute coordinates Renders the glass effect. A reference to GaugeGraphics. NOTE: This property is obsolete in Dundas Gauge 2.0. FrameStyle is supposed to be used instead. Gets or sets the style of the frame. A value. The default is BackFrameStyle.None if the frame belongs to or BackFrameStyle.Edged if the frame belongs to a or object. This property determines which pre-defined frame style should be used to render the frame. Gets or sets the style of the frame. A value. The default is BackFrameStyle.None if the frame belongs to or BackFrameStyle.Edged if the frame belongs to a or object. This property determines which pre-defined frame style should be used to render the frame. NOTE: This property is obsolete in Dundas Gauge 2.0. FrameShape is supposed to be used instead. Gets or sets the style of the frame. Gets or sets the overall frame shape, which can be circular or rectangular. A value. The default is BackFrameShape.Circular if the frame belongs to a or BackFrameStyle.Rectangular if the frame belongs to a object. This property determines if the frame is circular or rectangular. Note that circular frames will never appear elliptical. Gets or sets the overall frame shape, which can be circular or rectangular. A value. The default is BackFrameShape.Circular if the frame belongs to a or BackFrameStyle.Rectangular if the frame belongs to a object. This property determines if the frame is circular or rectangular. Note that circular frames will never appear elliptical. Gets or sets the width of the frame. Measured as a percentage of width/height. A float that represents the width of the frame. The default value is 8 percent. This property represents the width (thickness) of the frame. It is measured as a percentage of the width or height of the gauge or gauge container, whichever is smaller. For example, if the gauge container is 400 pixels wide and 200 pixels high and the frame width is set to 10 then it will be 10 percent of 200 pixels, which is 10 pixels. Gets or sets the color of the frame, but not the color of its background. A that represents the color of the frame. The default value is Color.Gainsboro. This property represents the color of the frame, but not the color of its background. If you would like to modify the color of the frame's background please use the property. The gradient type of the frame. A value, that represents the gradient type. Defaults to GradientType.DiagonalLeft. If this property is set to a valid gradient type then the colors used are determined by the and properties. Gets or sets the end color of the frame gradient. A that represents the end color of the frame gradient. The default value is Color.Gray. This property represents end color of the frame gradient. It is used if the property has a valid gradient. In addition to that it is also used as the hatch foreground color in case a hatch style is set via the property. The hatch style of the frame. A value, representing the hatch style. Defaults to GaugeHatchStyle.None. If hatching is specified then the and properties determine the colors used. The image to be used as a frame. A string that represents either the pathname of an image saved to disk, or the name of a named image stored in the collection. Gets or sets the transparent color of the frame image. A that represents the transparent color of the frame image. The default value is Color.Empty. If you have a frame image with a yellow background and you would like to make the background transparent set this property to Color.Yellow. Gets or sets the hue color to be applied to the image. A that represents the hue color to be applied to the frame image. The default value is Color.Empty. The hue color is applied to the entire image in order to modify its hue. Gets or sets the color of the frame's border. A that represents the color of the frame border. The default value is Color.Black. This property will not have any effect if the property is set to 0. The line style of the frame's border. A object that represents the style of the frame border. The default value is GaugeDashStyle.Solid. This property will not have any effect if the property is set to 0. The line width of the back frame's border. Measured in pixels. An integer that represents the line width. Defaults to 0 pixels. Gets or sets the color of the frame's background. A that represents the color of the frame's background. The default value is Color.Silver. This property represents the color of the frame background, but not the color of the actual frame. If you would like to modify the color of the actual frame please use the property. The gradient type of the back. Gets or sets the end color of the frame's back gradient. A that represents the end color of the frame's back gradient. The default value is Color.Gray. This property represents end color of the frame's back gradient. It is used if the property has a valid gradient. In addition to that it is also used as the hatch foreground color in case a hatch style is selected through the property. The hatch style of the background. A value, representing the hatch style. Defaults to GaugeHatchStyle.None. If hatching is specified then the and properties determine the colors used. Determines how far to the right and down the shadow will appear. Measured in pixels. A float that represents the shadow offset. Defaults to 0 pixels. Determines the glass effect of the frame. A enumeration that determines the glass effect style. Defaults to GlassEffect.None. Determines is the image of the back frame is to be clipped to the frame outline. A boolean that determines if the image is to be clipped. The default value is false. This property is used only when the property is set. Used mainly make propeties read only at design-time in order to improve the design-time experience. Makes the properties that do not apply to the current mode read-only. The DataAttributes is a link between visual data consumers like pointers and indicators and InputValue/CalculatedValue. The pointers and indicators keeps reference to this object. TimerState class Initializes a new instance of DataAttributes class. Initializes a new instance of DataAttributes class. The parent object which holds this DataAttributes Sets a new value. The new value. True in initialize stage. Collects all combination of names of inputValues. Perform attaching to input value provider by name. Use exact match with provider name. Finalize initialization. Handles reconnect message to data providers, after initialization. True to throw an exception if failed. Handles notification message from other NamedElements. The message of MessageType type. NamedElement which sends the message. Additional parameters, depended of the MessageType. Starts dampening process. The target ( end ) value. The minimum possible value. The maximum possible value. The sweep time which takes to move value from maximum to minimum. Refresh rate per second. True if dampening has started. Stops the dampening process. Reference to IValueProvider object Handles notification that the IValueProvider no longer exists The IValueProvider which send this notification Handles notification that the IValueProvider has changed its name The IValueProvider which send this notification Handles notification that the IValueProvider has changed its Value The IValueProvider which send this notification The Returns current IValueProvider. Resets state of this IValueConsumer. Force reread of value/date from IValueProvider of this IValueConsumer Disposes this object reference Gets and sets current value Gets and sets ValueSource which represents IValueProvider Gets and sets undo value Gets and sets current DateTime stamp which goes along with Value. Keeps specific data used in timer call back. Standard values supported - return true. Descriptor context. Standard values supported. Standard values are not exclusive - return false. Descriptor context. Non exclusive standard values. Fill in the list of the InputValues for the BaseValueName. Descriptor context. Standard values collection. Implements dialog type UITypeEditor with property browser. current ITypeDescriptorContext. ignoreChangedEvents flag to suppress VS transactions ignoreChangingEvents flag to suppress VS transactions index of item in case that editValue is IList Initializes and creates new instance of UIPropertyEditor object Initializes and creates new UIPropertyEditorForm An initialized UIPropertyEditorForm object Gets the editor style used by the EditValue method. An ITypeDescriptorContext that can be used to gain additional context information. One of the UITypeEditorEditStyle values indicating the provided editing style. Builds readable transactiuon name wich appears in undo menu. The object that will be changed A string represening transaction name Edits the value of the specified object using the editor style indicated by GetEditStyle. An ITypeDescriptorContext that is used to gain additional context information. An IServiceProvider through which editing services may be obtained. An instance of the value being edited. The new value of the object. If the value of the object hasn't changed, this should return the same object it was passed. Process ChangeService OnComponentChanged event Process ChangeService OnComponentChanging event Gets the requested service, if it is available. Requested service type service or null is not found Gets and sets the IList index Gets and sets the current ITypeDescriptorContext This structure is used for Open method in Svg. It contains parameters necessary for creation of Svg document. Default constructor Tool Tips enabled Relative size for Svg The graphics stretch to fit non-uniformly to take up the entire viewport Tool Tips enabled Relative size for Svg The graphics stretch to fit non-uniformly to take up the entire viewport This class encapsulates .net GDI+ functionality Default constructor Draws a line connecting two PointF structures. Pen object that determines the color, width, and style of the line. PointF structure that represents the first point to connect. PointF structure that represents the second point to connect. Draws a line connecting the two points specified by coordinate pairs. Pen object that determines the color, width, and style of the line. x-coordinate of the first point. y-coordinate of the first point. x-coordinate of the second point. y-coordinate of the second point. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws an ellipse defined by a bounding rectangle specified by a pair of coordinates: a height, and a width. Pen object that determines the color, width, and style of the ellipse. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse. Width of the bounding rectangle that defines the ellipse. Height of the bounding rectangle that defines the ellipse. Draws a cardinal spline through a specified array of PointF structures using a specified tension. The drawing begins offset from the beginning of the array. Pen object that determines the color, width, and height of the curve. Array of PointF structures that define the spline. Offset from the first element in the array of the points parameter to the starting point in the curve. Number of segments after the starting point to include in the curve. Value greater than or equal to 0.0F that specifies the tension of the curve. Draws a rectangle specified by a coordinate pair: a width, and a height. Pen object that determines the color, width, and style of the rectangle. x-coordinate of the upper-left corner of the rectangle to draw. y-coordinate of the upper-left corner of the rectangle to draw. Width of the rectangle to draw. Height of the rectangle to draw. Draws a polygon defined by an array of PointF structures. Pen object that determines the color, width, and style of the polygon. Array of PointF structures that represent the vertices of the polygon. Draws the specified text string in the specified rectangle with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. Font object that defines the text format of the string. Brush object that determines the color and texture of the drawn text. RectangleF structure that specifies the location of the drawn text. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws the specified text string at the specified location with the specified Brush and Font objects using the formatting attributes of the specified StringFormat object. String to draw. Font object that defines the text format of the string. Brush object that determines the color and texture of the drawn text. PointF structure that specifies the upper-left corner of the drawn text. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. Rectangle structure that specifies the location and size of the drawn image. The image is scaled to fit the rectangle. x-coordinate of the upper-left corner of the portion of the source image to draw. y-coordinate of the upper-left corner of the portion of the source image to draw. Width of the portion of the source image to draw. Height of the portion of the source image to draw. Member of the GraphicsUnit enumeration that specifies the units of measure used to determine the source rectangle. ImageAttributes object that specifies recoloring and gamma information for the image object. Draws a rectangle specified by a coordinate pair: a width, and a height. A Pen object that determines the color, width, and style of the rectangle. The x-coordinate of the upper-left corner of the rectangle to draw. The y-coordinate of the upper-left corner of the rectangle to draw. The width of the rectangle to draw. The height of the rectangle to draw. Draws a GraphicsPath object. Pen object that determines the color, width, and style of the path. GraphicsPath object to draw. Draws a pie shape defined by an ellipse specified by a coordinate pair: a width, a height and two radial lines. Pen object that determines the color, width, and style of the pie shape. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie shape comes. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie shape comes. Width of the bounding rectangle that defines the ellipse from which the pie shape comes. Height of the bounding rectangle that defines the ellipse from which the pie shape comes. Angle measured in degrees clockwise from the x-axis to the first side of the pie shape. Angle measured in degrees clockwise from the startAngle parameter to the second side of the pie shape. Draws an arc representing a portion of an ellipse specified by a pair of coordinates: a width, and a height. Pen object that determines the color, width, and style of the arc. x-coordinate of the upper-left corner of the rectangle that defines the ellipse. y-coordinate of the upper-left corner of the rectangle that defines the ellipse. Width of the rectangle that defines the ellipse. Height of the rectangle that defines the ellipse. Angle in degrees measured clockwise from the x-axis to the starting point of the arc. Angle in degrees measured clockwise from the startAngle parameter to ending point of the arc. Draws the specified Image object at the specified location and with the specified size. Image object to draw. RectangleF structure that specifies the location and size of the drawn image. Draws an ellipse defined by a bounding RectangleF. Pen object that determines the color, width, and style of the ellipse. RectangleF structure that defines the boundaries of the ellipse. Draws a series of line segments that connect an array of PointF structures. Pen object that determines the color, width, and style of the line segments. Array of PointF structures that represent the points to connect. Fills the interior of an ellipse defined by a bounding rectangle specified by a RectangleF structure. Brush object that determines the characteristics of the fill. RectangleF structure that represents the bounding rectangle that defines the ellipse. Fills the interior of a GraphicsPath object. Brush object that determines the characteristics of the fill. GraphicsPath object that represents the path to fill. Fills the interior of a GraphicsPath object. Brush object that determines the characteristics of the fill. GraphicsPath object that represents the path to fill. The angle by which this path has been rotated. Determines if the offset of the brush transformation matrix should be used to position the gradient. Determines if this path is a circle. Fills the interior of a Region object. Brush object that determines the characteristics of the fill. Region object that represents the area to fill. Fills the interior of a rectangle specified by a RectangleF structure. Brush object that determines the characteristics of the fill. RectangleF structure that represents the rectangle to fill. Fills the interior of a rectangle specified by a pair of coordinates, a width, and a height. Brush object that determines the characteristics of the fill. x-coordinate of the upper-left corner of the rectangle to fill. y-coordinate of the upper-left corner of the rectangle to fill. Width of the rectangle to fill. Height of the rectangle to fill. Fills the interior of a polygon defined by an array of points specified by PointF structures . Brush object that determines the characteristics of the fill. Array of PointF structures that represent the vertices of the polygon to fill. Fills the interior of a pie section defined by an ellipse specified by a pair of coordinates, a width, and a height and two radial lines. Brush object that determines the characteristics of the fill. x-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie section comes. y-coordinate of the upper-left corner of the bounding rectangle that defines the ellipse from which the pie section comes. Width of the bounding rectangle that defines the ellipse from which the pie section comes. Height of the bounding rectangle that defines the ellipse from which the pie section comes. Angle in degrees measured clockwise from the x-axis to the first side of the pie section. Angle in degrees measured clockwise from the startAngle parameter to the second side of the pie section. Measures the specified string when drawn with the specified Font object and formatted with the specified StringFormat object. String to measure. Font object defines the text format of the string. SizeF structure that specifies the maximum layout area for the text. StringFormat object that represents formatting information, such as line spacing, for the string. This method returns a SizeF structure that represents the size, in pixels, of the string specified in the text parameter as drawn with the font parameter and the stringFormat parameter. Measures the specified string when drawn with the specified Font object and formatted with the specified StringFormat object. String to measure. Font object defines the text format of the string. This method returns a SizeF structure that represents the size, in pixels, of the string specified in the text parameter as drawn with the font parameter and the stringFormat parameter. Saves the current state of this Graphics object and identifies the saved state with a GraphicsState object. This method returns a GraphicsState object that represents the saved state of this Graphics object. Restores the state of this Graphics object to the state represented by a GraphicsState object. GraphicsState object that represents the state to which to restore this Graphics object. Resets the clip region of this Graphics object to an infinite region. Sets the clipping region of this Graphics object to the rectangle specified by a RectangleF structure. RectangleF structure that represents the new clip region. Sets the clipping region of this Graphics object to the result of the specified operation combining the current clip region and the specified GraphicsPath object. GraphicsPath object to combine. Member of the CombineMode enumeration that specifies the combining operation to use. Prepends the specified translation to the transformation matrix of this Graphics object. x component of the translation. y component of the translation. This method starts Selection mode The location of the referenced object, expressed as a URI reference. Title which could be used for tooltips. This method stops Selection mode Graphics object Gets or sets the world transformation for this Graphics object. Gets or sets the rendering quality for this Graphics object. Gets or sets the rendering mode for text associated with this Graphics object. Gets or sets a Region object that limits the drawing region of this Graphics object. Gets a value indicating whether the clipping region of this Graphics object is empty. Reference to the Graphics object Designer converter class Converts Float.NaN values to/from "Not set". Standard values supported - return true Descriptor context. Standard values supported. Standard values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of predefined values. Descriptor context. Convert double.NaN to string "Not set" Descriptor context. Culture information. Value to convert. Conversion destination type. Converted object. Convert minimum or maximum values from string Designer converter class Converts Float.NaN values to/from "Auto". Standard values supported - return true Descriptor context. Standard values supported. Standard values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of predefined values. Descriptor context. Convert double.NaN to string "Not set" Descriptor context. Culture information. Value to convert. Conversion destination type. Converted object. Convert minimum or maximum values from string Represents the type of a scale. The scale is linear. The scale is logarithmic. Private enum to parameterize GetInterval and GetIntervalOffset methods. The MarkerPosition class holds information for tick mark and label positions. Used along with markers and labels arrays to prevent overlapping of tickmarks and labels. The absolute position of the marker on the scale The value position of the marker Placement of the marker Initializes a new instance of MarkerPosition class The absolute position of the marker on the scale The value position of the marker Placement of the marker Checks for existence of a marker in array on same position markerPos The array which holds MarkerPosition objects Position to check True if there is marker on same position Aligns value to nearest marker. The array which holds MarkerPosition objects Value to align Aligned value to nearest position Compares the current instance with another object of the same type. Used for array sorting. An object to compare with this instance A 32-bit signed integer that indicates the relative order of the comparands. Private helper class to calculate offsets from scale for markers and labels Offset from scale - inside direction. Keeps center ( scale position ); Offset from scale - outside direction. Fix the base inside position Fix the base outside position Initializes a new instance of Gap class Base center offset (usually scale position). Fix the base offsets Calculates new offsets The placement to calculate The offset Calculates new offsets with restrictions against bases The placement of the item The offset Gets offset from scale - inside direction. Gets offset from scale - outside direction. The ScaleSourceConverter class is used in design time to show list of available scales belongs to specified gauge. Standard values supported - return true. Descriptor context. Standard values supported. Standard values are not exclusive - return false. Descriptor context. Non exclusive standard values. Fill in the list scale names. Descriptor context. Standard values collection. Collection of Knob objects. This collection is exposed as the property of objects. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by KnobCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Also, the name argument is the Name property of the object being added. Adds a Knob object to the end of the collection. The name of the object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified Knob object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns a Knob object. Indexer of the class. Returns a Knob object. Collection of NumericIndicator objects. This collection is exposed as the property of the root object. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Adds a NumericIndicator object to the end of the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. The name argument is the Name property of the object being added. Adds a NumericIndicator object to the end of the collection. The object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified NumericIndicator object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. We override this function in order to automatically adjust the position of newly inserted elements. Also we set a parent to either the default circular gauge or default linear gauge if they exist. Integer indexer that is used internally. Indexer of the class. Returns the NumericIndicator object Indexer of the class. Returns a NumericIndicator object. Collection of LinearScale objects. This collection is exposed as the property of objects. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Adds a LinearScale object specified by name to the end of the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Adds a LinearScale object to the end of the collection. The object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified LinearScale object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns the LinearScale object Indexer of the class. Returns a LinearScale object. Defines linear pointer types. Marker. Bar. Thermometer. Pointer for LinearPointer objects. All measurements of the pointer properties are measured as a percentage of the width or height of the LinearGauge parent object.

Linear pointers are also assigned to a , which is the scale the pointer 'points' to.

Constructor. The main render method. Populates and returns the bar style attributes structure. This function is also used for the thermometer type. A reference to GaugeGraphics. A reference to the new structure. Populates and returns the bar style attributes structure. This function is also used for the thermometer type. A reference to GaugeGraphics. A reference to the new structure. Returns an array or circular ranges that would affect the color of this bar pointer. The array of ranges to use colors from or null. Returns the start value of the bar. Draws the image if the pronter If true, only draw the shadow of the image. Returns the graphics path of a marker style pointer. Determines how far from the scale position the marker should be. Returns the pointer path of the entire pointer. Returns the shadow graphics path of this pointer. Temporarily hold the hot regions. Add a path to the temp array of hot regions the path to be added indicates if it is a primary or a secondary path Sets all hold regions help in the hotRegions and then clears the array. Returns the name as a string. A string value that represents the name of the pointer. Returns the gauge to which this pointer belongs. A reference to a object. Returns the scale to which this pointer is assigned. A reference to a object. Render the selection of the given element. A reference to GaugeGraphics. True if this is a design-time selection, false otherwise. Creates a new object that is a copy of the current instance. A new object that is a copy of this instance. Determines if the pointer type is marker or bar. A value. Determines if the pointer should touch the scale bar on the inside or the outside. A enumeration value. For linear gauges the inside is bottom or the right. The width of the pointer, measured as a percentage of the width or height of the associated linear gauge object. A float, which represents the pointer width. Determines the marker style if this pointer is of type marker. A enumeration value. Setting this property will only have an effect if the pointer type is marker. Determines the length of the marker if this pointer is of type marker. A float that represents the length of the pointer. Setting this property will only have an effect if the pointer type is marker. The primary fill gradient type of the pointer. A enumeration value. Determines the offset of the thermometer bulb from the zero position. A float that represents the bulb offset. The default value is 5. This property is used only when the property is set to . Determines the size of the thermometer bulb. A float that represents the bulb offset. The default value is 50. This property is used only when the property is set to . Gets or sets the thermometer's back color. A Color that represents the thermometer's back color. The default value is Color.Empty. This property represents the thermometer's back color.

If a gradient is selected through the property this color will be used as the start color for the gradient.

If a hatch style is selected through the property this color will be used as the background color for the hatch.

The thermometer back gradient type. A enumeration value. Gets or sets the end color of the thermometer's back gradient. A that represents the gradient end color. The default value is Color.Empty. This property represents the end color of the thermometer's back gradient. It is used if the property has a valid gradient.

In addition to that it is also used as the hatch foreground color in case a back hatch style is selected via the property.

The hatch style of the thermometer's back. A enumeration value. Determines the style of the thermometer. A value that determines the thermometer style of the pointer. Defaults to ThermometerStyle.Standard. Setting this property will only have an effect if the pointer type is thermometer. The cursor to be displayed when the mouse is over this pointer. A reference to which represents the cursor. The default value is System.Windows.Forms.Cursors.Default. Use this property to set the cursor of this pointer. The cursor will change only when the mouse is over the pointer.

Note: When this property is set to the cursor specified in the property will be used.

This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control. Determines if the movement of the pointer will be dampened. If true dampening is enabled, if false it is not. Defaults to false.

Dampening can be used if the value is being updated very quickly in order to slow down the movement of the pointer.

ASP.NET - This property is only used when the Dundas Gauge for .NET is rendered as a Windows Forms control.

Determines if the pointer visually appears selected. If true the pointer appears selected. Default value is false. Initializes a new instance of the class. Returns whether this object supports properties, using the specified context. An that provides a format context. true if should be called to find the properties of this object; otherwise, false. Makes the properties that do not apply to the current mode read-only. This class contains reference to the GaugeCore, GaugeGraphics and other common classes. Service Container Indicates painting mode Indicates selection mode Initializes a new instance of CommonElements class. Service container. Invokes before paint control event The object to be painted Invokes after paint control event The object just painted Converts string to double. String to convert. Double result. Converts string to double. String to convert. Double result. Gets the Size of the Gauge True if painting mode is active True if Hot region or image maps mode is active Gets the object reference to the ImageLoader Gets the object reference to the GaugeCore Gets the object reference to the GaugeContainer Gets the object reference to the GaugeGraphics Gets the object reference to the ObjectLinker Width of the Gauge Height of the Gauge Helper class which handles with Parent NamedElement which exposes parent coordinate system. It's about Parent string property of all renderable objects. Flags which determine if there is changes if Gauge object's structure. Hashtable with IRenderable, NamedElement object references. Initializes a new instance of GaugeObject class. The object reference to the parent element Sets invalidated flag to true. Called from GaugeCore during invalidating. Collects all combination of names of elements in collections Collect the names of the objects that can be parents of the renderable gauge elements. Used in design time to show Names in list box. the Element in edit mode The names of the objects Returns NamedElement by name. The name of the NamedElement The NamedElement Checks if an IRenderable object reference can be used as Parent of defined object. The IRenderable object to check if can be used as Parent The object reference which will use this IRenderable object as parent True to raise an exception True if check is successful Gets the hashtable with IRenderable, NamedElement object references BufferBitmap is a helper class which is used for double buffering. Bitmap reference Bitmap GDI graphics The size of bitmap Creates instance of BufferBitmap class Disposes created objects Disposes if needed and create new bitmap. Gets and sets the size of the bitmap. Set performs invalidating ( erasing ) of the bitmap; Gets object reference Gets GDI+ graphics object reference Loads images from files and Urls. Loaded images are stored in cache for future use. Default constructor is not accessible. Default public constructor. Service container. Returns Image Loader service object Requested service type. Image Loader service object. Dispose images in the hashtable Loads image from URL. Checks if image already loaded (cached). Image URL name. Image object. Loads image from URL. Checks if image already loaded (cached). Image URL name True if loaded image should be saved in cache Image object Helper function which loads image from file. File name. Loaded image or null. Design time Converter class for CalculatedValue.BaseValueName property. Standard values supported - return true. Descriptor context. Standard values supported. Standard values are not exclusive - return false. Descriptor context. Non exclusive standard values. Fill in the list of the InputValues for the BaseValueName. Descriptor context. Standard values collection. The TimerData class is helper class that contain and keep information during autorefresh. The ticks between refreshes The date time of the last refresh Initializes a new instance of the TimerData class. Initializes a new instance of the TimerData class. Initial ticks Time stamp. Increment date by ticks Creates a new object that is a copy of the current instance. A new object that is a copy of this instance Design time Converter class Initializes a new instance of the Converter class. Represents the state of a StateIndicator object. State indicators can have one or more defined states, which are either on or off.

States are stored in a , which is exposed via the property.

 Initializes new instance of State class Gets the name of the state. String that represents the name of the string. This method is called right after this NamedElement becomes a member of a NamedCollection. Overrides OnValueRangeTimeOut of Range in order to refresh parent state indicator, The name of the state. A string that represents the state's name. The start and end values determine when the state is activated. A double that represents the start value. Defaults to 70. If the value of a state indicator falls within the start and end values of one of its states then that state is activated. The start and end values determine when the state is activated. A double that represents the end value. Defaults to 100. If the value of a state indicator falls within the start and end values of one of its states then that state is activated. Determines how long the state indicator value needs to be in range before this state is activated. A double that represents the trigger delay. Defaults to 0, of the type determined by the property. The type of the TriggerDelay value. A PeriodType value that represents the trigger delay type. Defaults to PeriodType.Seconds. Specifies the font of the state. A object, which represents the state's font. The color of the state indicator's border when this state is activated. A object that represents the border color. Defaults to Color.Black. Setting this property will only have an effect if the border width is set to a value greater than 0. The line style of the state indicator's border when this state is activated. A value that represents the border style. Defaults to GaugeDashStyle.Solid. Setting this property will only have an effect if the border width is set to a value greater than 0. The width of the state indicator's border when this state is activated. Measured in pixels. An integer that represents the width. Defaults to 0. Gets or sets the fill color of the state indicator when this state is activated. A that represents the fill color. The default value is Color.Red. This property represents the fill color of the state indicator when this state is activated. If a gradient is set via the property this color will be used as the start color for the gradient. Furthermore if a hatch style is set via the property this color will be used as the background color for the hatch. The primary fill gradient type of the state indicator when this state is activated. A object that represents the gradient style. The default value is GradientType.Center. If a gradient is specified then the and properties determine the colors used. Gets or sets the end color of the state indicator when this state is activated. A that represents the gradient end color. The default value is Color.DarkRed. This property represents the end color of the fill gradient. It is used if the property has a valid gradient. In addition to that it is also used as the hatch foreground color in case a hatch style is set via the property. The primary fill hatch style of the state indicator when this state is activated. A object that represents the hatch style. The default value is GaugeHatchStyle.None. If hatching is specified then the and properties determine the colors used. The text to be displayed when this state is activated. A string that represents the state indicator's text when this state is activated. The image to be used for this state. A string that represents the pathname of an image saved to disk, or the name of a named image stored in the collection property. The transparent color of the state image. A object that represents the color that will be displayed as transparent. Defaults to Color.Empty. Gets or sets the hue color to be applied to the state image. A that represents the hue color to be applied to the state image. The default value is Color.Empty. The hue color is applied to the entire image in order to modify its hue. This is design time type converter of the State class Initialize new instance of this Converter class The position class is simply a wrapper class for Location and Size. The location part of this position The size part of this position The ContentAlignment type. Initializes new instance of Position class The location of this position The size of this position The ContentAlignment type. Gets X coordinate of this position Gets Y coordinate of this position Gets Width of this position Gets Height of this position Gets if this position is default or changed Returns bound rectangle the Position instance as RectangleF. Collection of LinearRange objects. This collection is exposed as the property of objects. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by LinearRangeCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Also, the name argument is the Name property of the object being added. Adds a LinearRange object to the end of the collection. The object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified LinearRange object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns the LinearRange object Indexer of the class. Returns a LinearRange object. Collection of CircularScale objects. This collection is exposed as the property of objects. Internal constructor that sets the Parent and Common properties A reference to the parent element. A reference to the Common class. Used by CircularScaleCollection to add an item to the collection. The name of the object to be added to the collection. Returns a reference to the newly added object. Items are always added as the last item in the collection. Also, the name argument is the Name property of the object being added. Adds a CircularScale object to the end of the collection. The object to be added to the collection. Returns the position in the collection of the newly added object. Items are always added as the last item in the collection. Removes the specified CircularScale object from the collection. object to be removed. Overridden in order to set the format of the automatically generated names. The new element. A string representing the name format. Integer indexer that is used internally. Indexer of the class. Returns a CircularScale object. Indexer of the class. Returns a CircularScale object.