DundasWebChart Format of the chart serializer XML serializer format Binary serializer format Chart serializable content definition flags Default content Serialize only series data Serialize chart visual appearance (Colors, Line Styles, ...) All content is serialized. ChartSerializer class provides chart serialization API. Depending on the Format property XmlFormatSerializer or BinaryFormatserializer classes will be used internally. Public constructor is unavailable Public constructor Service container reference. Returns Chart Serializer service object Requested service type. Chart Serializer sevice object. Reset all properties of the chart to default values. By setting Content or SerializableContent/NonSerializableContent properties specific set of properties can be reset. Saves all properties of the chart into the file. By setting Content or SerializableContent/NonSerializableContent properties specific set of properties can be saved. The file name used to write the data. Saves all properties of the chart into the stream. By setting Content or SerializableContent/NonSerializableContent properties specific set of properties can be saved. The stream where to save the data. Saves all properties of the chart into the XML writer. By setting Content or SerializableContent/NonSerializableContent properties specific set of properties can be saved. XML writer to save the data. Saves all properties of the chart into the text writer. By setting Content or SerializableContent/NonSerializableContent properties specific set of properties can be saved. Text writer to save the data. Loads all properties of the chart from the file. By setting Content or SerializableContent/NonSerializableContent properties specific set of properties can be loaded. The file name used to load the data from. Loads all properties of the chart from the stream. By setting Content or SerializableContent/NonSerializableContent properties specific set of properties can be loaded. The stream where to load the data from. Loads all properties of the chart from the XML reader. By setting Content or SerializableContent/NonSerializableContent properties specific set of properties can be loaded. The XML reader to load the data from. Loads all properties of the chart from the text reader. By setting Content or SerializableContent/NonSerializableContent properties specific set of properties can be loaded. The text reader to load the data from. 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 chart object for serialization. Chart object. Should serialize name property Serializable content. Format used to serialize the chart data. Indicates that object properties are reset to default values before loading. Indicates that unknown XML attributes and elements will be ignored without throwing an exception. Indicates that serializer works in template creation mode. Comma separated list of serializable (Save/Load/Reset) properties. "ClassName.PropertyName,[ClassName.PropertyName]". Comma separated list of NON serializable (Save/Load/Reset) properties. "ClassName.PropertyName,[ClassName.PropertyName]". Price indicator is module with mathematical calculations that apply to a security's price. Inteface, which defines the set of standart methods and properties for each formula module The first method in the module, which converts a formula name to the corresponding private method. String which represent a fomula name Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Formula parameters Array of strings - Extra Formula parameters from DataManipulator object Array of strings - Used for Labels. Description for ouput results. Formula Module name A Moving Average is an indicator that shows the average value of a security's price over a period of time. When calculating a moving average, a mathematical analysis of the security's average value over a predetermined time period is made. As the security's price changes, its average price moves up or down. A simple, or arithmetic, moving average is calculated by adding the closing price of the security for a number of time periods (e.g., 12 days) and then dividing this total by the number of time periods. The result is the average price of the security over the time period. Simple moving averages give equal weight to each daily price. --------------------------------------------------------- Input: - Y values. Output: - Moving Average. Parameters: - Period Extra Parameters: - Start from First Array of doubles: Y values Arrays of doubles: Moving average Period Start from first value A Moving Average is an indicator that shows the average value of a security's price over a period of time. When calculating a moving average, a mathematical analysis of the security's average value over a predetermined time period is made. As the security's price changes, its average price moves up or down. A simple, or arithmetic, moving average is calculated by adding the closing price of the security for a number of time periods (e.g., 12 days) and then dividing this total by the number of time periods. The result is the average price of the security over the time period. Simple moving averages give equal weight to each daily price. --------------------------------------------------------- Input: - Y values. Output: - Moving Average. Parameters: - Period Extra Parameters: - Start from First Arrays of doubles: 1. row - X values, 2. row - Y values Arrays of doubles: 1. row - X values, 2. row - Moving average Array of strings: 1. Period Array of strings: 1. Start from zero An exponential (or exponentially weighted) moving average is calculated by applying a percentage of today’s closing price to yesterday’s moving average value. Exponential moving averages place more weight on recent prices. For example, to calculate a 9% exponential moving average of IBM, you would first take today’s closing price and multiply it by 9%. Next, you would add this product to the value of yesterday’s moving average multiplied by 91% (100% - 9% = 91%). --------------------------------------------------------- Input: - Y values. Output: - Exponential Moving Average. Parameters: - Period Extra Parameters: - Start from First Array of doubles: Y values Arrays of doubles: Exponential Moving average Period Start from first value An exponential (or exponentially weighted) moving average is calculated by applying a percentage of today’s closing price to yesterday’s moving average value. Exponential moving averages place more weight on recent prices. For example, to calculate a 9% exponential moving average of IBM, you would first take today’s closing price and multiply it by 9%. Next, you would add this product to the value of yesterday’s moving average multiplied by 91% (100% - 9% = 91%). --------------------------------------------------------- Input: - Y values. Output: - Exponential Moving Average. Parameters: - Period Extra Parameters: - Start from First Arrays of doubles: 1. row - X values, 2. row - Y values Arrays of doubles: 1. row - X values, 2. row - Moving average Array of strings: 1. Period Array of strings: 1. Start from zero Triangular moving averages place the majority of the weight on the middle portion of the price series. They are actually double-smoothed simple moving averages. The periods used in the simple moving averages varies depending on if you specify an odd or even number of time periods. --------------------------------------------------------- Input: - Y values. Output: - Moving Average. Parameters: - Period Extra Parameters: - Start from First Arrays of doubles: 1. row - X values, 2. row - Y values Arrays of doubles: 1. row - X values, 2. row - Moving average Array of strings: 1. Period Array of strings: 1. Start from zero A weighted moving average is designed to put more weight on recent data and less weight on past data. A weighted moving average is calculated by multiplying each of the previous day’s data by a weight. The following table shows the calculation of a 5-day weighted moving average. --------------------------------------------------------- Input: - Y values. Output: - Moving Average. Parameters: - Period Extra Parameters: - Start from First Arrays of doubles: 1. row - X values, 2. row - Y values Arrays of doubles: 1. row - X values, 2. row - Moving average Array of strings: 1. Period Array of strings: 1. Start from zero Bollinger Bands plot trading bands above and below a simple moving average. The standard deviation of closing prices for a period equal to the moving average employed is used to determine the band width. This causes the bands to tighten in quiet markets and loosen in volatile markets. The bands can be used to determine overbought and oversold levels, locate reversal areas, project targets for market moves, and determine appropriate stop levels. The bands are used in conjunction with indicators such as RSI, MACD histogram, CCI and Rate of Change. Divergences between Bollinger bands and other indicators show potential action points. --------------------------------------------------------- Input: - 1 Y value. Output: - 2 Y values (Bolinger Band Hi and Low). Parameters: - period Extra Parameters: - strartFromFirst Arrays of doubles: 1. row - X values, 2. row - Y values Arrays of doubles: 1. row - X values, 2. row - Bollinger Band Up, 3. row - Bollinger Band Down Array of strings: 1. Period Array of strings: 1. Start from zero The Typical Price indicator is simply an average of each day's price. The Median Price and Weighted Close are similar indicators. The Typical Price indicator provides a simple, single-line plot of the day's average price. Some investors use the Typical Price rather than the closing price when creating moving average penetration systems. --------------------------------------------------------- Input: - 3 Y values ( Close, High, Low ). Output: - 1 Y value Weighted Close Indicator. Parameters: - Extra Parameters: - Arrays of doubles: 1. row - X values, 2. row - Y values (Close), 3. row - Y values (High), 4. row - Y values (Low) Arrays of doubles: 1. row - X values, 2. row - Weighted Close Array of strings: Empty Array of strings: Empty The Median Price indicator is simply the midpoint of each day's price. The Typical Price and Weighted Close are similar indicators. The Median Price indicator provides a simple, single-line chart of the day's "average price." This average price is useful when you want a simpler view of prices. --------------------------------------------------------- Input: - 2 Y values ( High, Low ). Output: - 1 Y value Median Price Indicator. Parameters: - Extra Parameters: - Arrays of doubles: 1. row - X values, 2. row - Y values (High), 3. row - Y values (Low) Arrays of doubles: 1. row - X values, 2. row - Median Price Array of strings: Empty Array of strings: Empty The Weighted Close indicator is simply an average of each day's price. It gets its name from the fact that extra weight is given to the closing price. The Median Price and Typical Price are similar indicators. When plotting and back-testing moving averages, indicators, trendlines, etc, some investors like the simplicity that a line chart offers. However, line charts that only show the closing price can be misleading since they ignore the high and low price. A Weighted Close chart combines the simplicity of the line chart with the scope of a bar chart, by plotting a single point for each day that includes the high, low, and closing price. --------------------------------------------------------- Input: - 3 Y values ( Close, High, Low ). Output: - 1 Y value Weighted Close Indicator. Parameters: - Extra Parameters: - Arrays of doubles: 1. row - X values, 2. row - Y values (Close), 3. row - Y values (High), 4. row - Y values (Low) Arrays of doubles: 1. row - X values, 2. row - Weighted Close Array of strings: Empty Array of strings: Empty An envelope is comprised of two moving averages. One moving average is shifted upward and the second moving average is shifted downward. Envelopes define the upper and lower boundaries of a security's normal trading range. A sell signal is generated when the security reaches the upper band whereas a buy signal is generated at the lower band. The optimum percentage shift depends on the volatility of the security--the more volatile, the larger the percentage. The logic behind envelopes is that overzealous buyers and sellers push the price to the extremes (i.e., the upper and lower bands), at which point the prices often stabilize by moving to more realistic levels. This is similar to the interpretation of Bollinger Bands. --------------------------------------------------------- Input: - 1 Y value. Output: - 2 Y values (Envelope Hi and Low). Parameters: - period - shift in percentages Extra Parameters: - strartFromFirst Arrays of doubles: 1. row - X values, 2. row - Y values Arrays of doubles: 1. row - X values, 2. row - Envelopes Up, 3. row - Envelopes Down Array of strings: parameters Array of strings: Extra parameters Standard Deviation is a statistical measure of volatility. Standard Deviation is typically used as a component of other indicators, rather than as a stand-alone indicator. For example, Bollinger Bands are calculated by adding a security's Standard Deviation to a moving average. High Standard Deviation values occur when the data item being analyzed (e.g., prices or an indicator) is changing dramatically. Similarly, low Standard Deviation values occur when prices are stable. Input Y values Output standard deviation Period Start calculation from the first Y value Default constructor This methods checks the number of X and Y values and fire exception if the numbers are different. Input X and Y values The number of Y values The first method in the module, which converts a formula name to the corresponding private method. String which represent a fomula name Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Formula parameters Array of strings - Extra Formula parameters from DataManipulator object Array of strings - Used for Labels. Description for ouput results. Formula Module name Implements the propery editor form. 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. 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. Gets ans sets the current edit value which appears in the property grid. Gets the index of item in case that editValue is a IList 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 Gets or sets the site. The site. The represents one Chart Toolbar and Chart Context Menu Item. It is a member of CommandUIItemCollection. The CommandElement object is a base object for all objects in infrastructure which represents elements in collections. Organize parent/child tree. Activate component initialization on Chart property setter. Gets or sets the parent ICommandElement Gets or sets the Chart object. The property setter should implement initialization/deinitialization. The parent ICommandElement. The parent ChartPicture Initializes new instance of CommandElement object Invokes when this element is about to be removed from collection. Can be overrided. True if element can be removed; otherwize false Invokes when this element is removed from collection Invokes when this element is added/attached to collection Handles internal messages. Does do nothing and can be overrided The message type Sender which broadcast thois message Additional parameters Performs invalidating of ChartUI core. True if object is disposed by force Implement IDisposable. 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. If disposing equals true, the method has been called directly or indirectly by a user's code. Here managed and unmanaged resources can be disposed. Gets or sets the parent ICommandElement Gets or sets the Chart object. The property setter should implement initialization/deinitialization. Gets the ChartUI object. Returns null if element is not initialized, Gets intiailized flag. Returns true if this element is attached to chart an chart is intialized. Gets the parent collection. Returns null if the element is not part of collection nor chart Additional parameters to execute command Reference to Command object. The command name for serialization Gets or sets the object that contains data about the item. Initializes new instance of CommandUIItem object Initializes new instance of CommandUIItem object, using Command name identifier and executing parameters. The Command name which defiles which command to execute Additional parameters to pass of the command Gets information if CommandType property should be serialized. Resets the command name. Returns a string representation of this object. String representation of this object This method is called after this item bacomes a part of chart. This method is called after just before this item will be removed from the collection. Handles internal message The message type Sender which broadcasts this message Additional parameters this method is called after changing of CommandName property this method is called after initialization ( forces validation of the command name ) Determines the type of the command. Determines the name of the command. Gets or sets additional parameters which may be optionally passed to the command to execute. Gets and sets tag object which can be used to save additional information. Modified flag; true if this item has been modified. Design time converter of CommandName property Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of the InputValues for the BaseValueName. Descriptor context. Standart values collection. The represents and items collection. CommandElementCollection is a collection for CommandElement objects and it represents the base class for and . The parent element Reference to CommonElements obejct. Flag which is true during design mode in collection editor Initialized flag Modified flag True during serialization Initializes a new instance of CommandCollection class. Cannot be used. Initializes a new instance of CommandElementCollection class. Reference to parent object Performs invalidating of chartUI core. Handles internal message The message type Sender which broadcast thois message Additional parameters Returns the index of the first occurrence of a value in a collection Invoked by design time collection editor in oredr to perform additional operations. Should be overrided. Before clear implementation of class After insert implementation of class After remove implementation of class Before set ( replace ) implementation of class After set ( replace ) implementation of class Determines if this object is 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 overrided from succesors in order to dispose their internal fields. Gets and sets the Parent ICommandElement. Gets and sets the ChartPicture reference. Activate initialization. Gets and sets the ChartUI object Gets and sets modified flag. True if the object is modified. Used for serialization. True during serialization. Returns true during initialization determines that next adding of items should clear this collection Creates new instance of CommandUIItemCollection object; The parent object which holds this collection Adds a CommandUIItem instance initialized with a specified command to the CommandUIItemCollection. The Command to generate a new CommandUIItem instance. Index position of the new in the The method will add new to collection with empty parameters. This is shortcut of as example below: Command cmd = new Command(); ... chart1.UI.Commands.Add( cmd ); ... chart1.UI.Toolbar.Items.Add( cmd); Adds a CommandUIItem instance initialized with a specified Command and parameter to the CommandUIItemCollection. The Command to generate a new CommandUIItem instance. parameters string which will be used by UI to execute this . Index position in the Adds a CommandUIItem instance to the CommandUIItemCollection. The CommandUIItem to add. Index position in the Command cmd = new Command(); ... chart1.UI.Commands.Add( cmd ); ... chart1.UI.Toolbar.Items.Add( new CommandUIItem(cmd.Name, String.Empty)); Gets the index position of the specified Command in the CommandUIItemCollection. The Command to be located in the collection. Index position or -1 if not found The will be scaned until assosiated with the is found. If there is two assosiated with a same , the first occurence will be returned. Gets the zero-based index position of the specified CommandUIItem in the CommandUIItemCollection. The CommandUIItem to be located in the collection. Index position or -1 if not found Inserts a CommandUIItem initialized with specified Command into the CommandUIItemCollection. Index position where the new CommandUIItem is to be inserted. The Command to initialize a new CommandUIItem before inserting into the collection. Inserts a CommandUIItem initialized with a specified Command into the CommandUIItemCollection. Index position where the new CommandUIItem is to be inserted. The Command to initialize a new CommandUIItem before inserting into the collection. Command parameters string. Inserts a CommandUIItem into the CommandUIItemCollection. Index position where the CommandUIItem is to be inserted. The CommandUIItem to insert. Removes a CommandUIItem associated with a Command from the collection. The Command associated with CommandUIItem to remove. Removes a CommandUIItem from the collection. The CommandUIItem to remove. Checks for the specified CommandUIItem instance if it exists in the collection. The CommandUIItem to check. True if collection contains this CommandUIItem Handles internal message The message type Sender which broadcast thois message Additional parameters This method is called in design time after collection edit is complete. Performs additional custom processes before inserting a new element into the CollectionBase instance. The zero-based index at which to insert value. The new value of the element at index. Performs additional custom processes when validating a value. The object to validate. Gets or sets the at the specified index within the collection. The index of the item in the collection to get or set. An representing the item located at the specified index within the collection. Initialize new instance of BaseLocationUIEditor class ImageAnnotation is a class that represents image annotation. Annotation is an abstract class that defines properties and methods common to all annotations. All annotations are derived from the Annotation class, which can be used to set attributes common to all annotation objects (e.g. color, position, anchoring and others). Reference to the chart Default public constructor. Should not be used. Annotation is an abstract class and cannot be created directly. To create a new annotation object use constructors of classes like , , etc. . Paints the annotation object using the specified graphics. A object used to paint the annotation object. Reference to the annotation's control owner. Paints annotation selection markers. Chart graphics used for painting. Selection rectangle. Selection path. Resizes an annotation according to it's content size. Sets the annotation width and height to fit the specified text. This method applies to , , and objects only. Gets an annotation's content position. Annotation's content size. Gets an annotation's anchor point location. Returns the anchor X coordinate. Returns the anchor Y coordinate. Indicates if X coordinate is in relative chart coordinates. Indicates if Y coordinate is in relative chart coordinates. Gets annotation object position in relative coordinates. Returns annotation location. Returns annotation size. Returns annotation anchor point location. Set annotation object position using rectangle in relative coordinates. Automatically converts relative coordinates to axes values if required. Position in relative coordinates. Anchor location in relative coordinates. Set annotation object position using rectangle in relative coordinates. Automatically converts relative coordinates to axes values if required. Position in relative coordinates. Anchor location in relative coordinates. Indicates if position changing was a result of the user input. Adjust annotation location and\or size as a result of user action. Distance to resize/move the annotation. Risizing mode. Adjust annotation location and\or size as a result of user action. Distance to resize/move the annotation. Risizing mode. Distance is in pixels, otherwise relative. Adjust annotation location and\or size as a result of user action. Distance to resize/move the annotation. Risizing mode. Distance is in pixels, otherwise relative. Indicates if position changing was a result of the user input. Checks if annotation draw anything in the anchor position (except selection handle) True if annotation "connects" itself and anchor point visually. Gets data point by name. Data point name to find. Data point. Gets axis by name. Axis name to find. Data point. Gets data point unique name. Data point to get the name for. Data point name. Gets axis unique name. Axis to get the name for. Axis name. Sends an annotation to the back of all annotations. Brings an annotation to the front of all annotations. Gets the group, if any, the annotation belongs to. Returns an object, or null or nothing if the annotation does not belong to a group. Adds anchor position to the list. Used to check SmartLabels overlapping. Common chart elements. List to add to. Anchors an annotation to a data point. to be anchored to. Anchors an annotation to the specified data point. Anchors an annotation to two data points. First anchor . Second anchor . Anchors an annotation's top/left and bottom/right corners to the specified data points. Helper method that checks if annotation is visible. True if annotation is visible. Resets pre-calculated annotation position. Deletes a chart annotation from the Annotations collection. Removes an annotation from the chart Annotations collection. Replaces predefined keyword inside the string with their values if annotation is anchored to the data point. Original string with keywords. Modified string. Checks if anchor point of the annotation is visible. True if anchor point is visible. Returns chart graphics objects. Chart graphics object. Checks if provided pixel coordinate is contained in one of the selection handles rectangle. Coordinate in pixels. Resizing mode. Gets data point X or Y axis. Data point to get the axis for. X or Y axis to get. Data point axis. Gets annotation vertical and horizontal axes. Returns annotation vertical axis or null. Returns annotation horizontal axis or null. Invalidates chart annotation when one of the attributes is changed. Saves smartlabel coordinates smartlabel position in relative coords Reset smartlabel coordinates Saves smartlabel coordinates smartlabel position Gets or sets an annotation's unique name. A string that represents an annotation's unique name. Gets or sets an annotation's type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). This property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets the name of the chart area an annotation is clipped to. A string which represents the name of an existing chart area. If the chart area name is specified, an annotation will only be drawn inside the plotting area of the chart area specified. All parts of the annotation outside of the plotting area will be clipped. To disable chart area clipping set the property to "NotSet" or an empty string. Gets or sets an object associated with an annotation. An associated with an annotation. This property may be used to store additional data with an annotation. Gets or sets the chart referense. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets the smart labels style of an annotation. An object that represents an annotation's smart labels style properties. Smart labels are used to prevent an annotation overlapping the data point labels and other annotations. Note that data point labels must also have smart labels enabled. Gets or sets a flag that specifies whether an annotation's size is always defined in relative chart coordinates. True if an annotation's and are always in chart relative coordinates, false otherwise. An annotation's width and height may be set in relative chart or axes coordinates. By default relative chart coordinates are used. To use axes coordinates for size set the SizeAlwaysRelative property to false and either anchor the annotation to a data point or set the or properties. Gets or sets the X coordinate of an annotation. A Double value that represents an annotation position's X coordinate. The X coordinate of an annotation is in relative chart coordinates or axes coordinates. Chart relative coordinates are used by default. To use axes coordinates anchor an annotation to a data point using the property, or set the annotation axes using the or properties. Set the X position to Double.NaN ("NotSet") to achieve automatic position calculation when the annotation is anchored using the property or the and properties. Gets or sets the Y coordinate of the annotation. A Double value that represents an annotation position's Y coordinate. The Y coordinate of an annotation is in relative chart coordinates or axes coordinates. Chart relative coordinates are used by default. To use axes coordinates anchor an annotation to a data point using the property, or set the annotation axes using the or properties. Set the Y position to Double.NaN ("NotSet") to achieve automatic position calculation when the annotation is anchored using the property or the and properties. Gets or sets an annotation's width. A Double value that represents an annotation's width. An annotation's width can be a negative value, in which case the annotation orientation is switched. Annotation width can be in relative chart or axes coordinates. Chart relative coordinates are used by default. To use axes coordinates anchor an annotation to a data point using the property, or set the annotation axes using the or properties and set the property to false. Set the width to Double.NaN ("NotSet") to achieve automatic size calculation for annotations with text. The size will automatically be calculated based on the annotation text and font size. Gets or sets an annotation's height. A Double value that represents an annotation's height. An annotation's height can be a negative value, in which case the annotation orientation is switched. Annotation width can be in relative chart or axes coordinates. Chart relative coordinates are used by default. To use axes coordinates anchor an annotation to a data point using the property, or set the annotation axes using the or properties and set the property to false. Set the width to Double.NaN ("NotSet") to achieve automatic size calculation for annotations with text. The size will automatically be calculated based on the annotation text and font size. Gets or sets an annotation position's right boundary. A Double value that represents the position of an annotation's right boundary. To use axes coordinates anchor an annotation to a data point using the property, or set the annotation axes using the or properties and set the property to false. Gets or sets an annotation position's bottom boundary. A Double value that represents the position of an annotation's bottom boundary. To use axes coordinates anchor an annotation to a data point using the property, or set the annotation axes using the or properties and set the property to false. Gets or sets a flag that determines if an annotation is selected. True if the annotation is selected, false otherwise. Gets or sets an annotation selection points style. A value that represents annotation selection style. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets a flag that specifies whether an annotation is visible. True if the annotation is visible, false otherwise. Gets or sets an annotation's content alignment. A value that represents the content alignment. This property is used to align text for , , and objects, and to align a non-scaled image inside an object. Gets or sets an annotation's text color. A value used to draw an annotation's text. Gets or sets an annotation's text font. A object used to draw an annotation's text. Gets or sets an annotation's text style. A value used to draw an annotation's text. Gets or sets an annotation's line color. A value used to draw an annotation's line. Gets or sets an annotation's line width. An integer value defining an annotation's line width, in pixels. Gets or sets an annotation's line style. A value used to draw an annotation's line. Gets or sets an annotation's background color. A value used to draw an annotation's background. Gets or sets an annotation's background hatch style. A value used to draw the background. Two colors are used to draw the hatching and . Gets or sets an annotation background's gradient style. A value used to draw an annotation background. Two colors are used to draw the gradient and . Gets or sets an annotation background's secondary color. A value used to draw an annotation background with hatching or gradient fill. This color is used with when or are used. Gets or sets an annotation's shadow color. A value used to draw an annotation's shadow. Gets or sets an annotation shadow's size. An integer value that represents the shadow size. Gets or sets the name of the X axis the annotation is attached to. A string value that represents the name of the X axis the annotation is attached to. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets Y axis name the annotation is attached to. A string value that represents the name of the Y axis this annotation is attached to. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets Y axis name the annotation is attached to. NOTE: "AxisYName" property was used before but the name was changed to solve the duplicated hash value during the serialization with the "TitleSeparator" property. A string value that represents the name of the Y axis this annotation is attached to. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets the X axis an annotation is attached to. object the annotation is attached to. When an annotation is attached to an axis it's X position is always in axis coordinates. To define an annotation's size in axis coordinates as well, make sure the property is set to false. Set this value to null or nothing to disable attachment to the axis. Gets or sets the Y axis an annotation is attached to. object this annotation is attached to. When an annotation is attached to an axis it's Y position is always in axis coordinates. To define an annotation's size in axis coordinates as well, make sure property is set to false. Set this value to null or nothing to disable annotation attachment to an axis. Gets or sets the name of a data point an annotation is anchored to. A string value that represents the name of the data point the annotation is anchored to. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets the data point an annotation is anchored to. A object an annotation is anchored to. The annotation is anchored to the X and Y values of the specified data point, and automatically uses the same axes coordinates as the data point. To automatically position the annotation relative to the anchor point make sure it's and properties are set to Double.NaN. The property may be used to change the annotation's automatic position alignment to the anchor point. The and properties may be used to add extra spacing. When using this property make sure the and properties are set to Double.NaN (they have precedence). Set this value to null or nothing to disable annotation anchoring to a data point. Gets or sets the X coordinate the annotation is anchored to. A double value that represents the X coordinate an annotation is anchored to. The annotation is anchored to the X coordinate specified in relative or axis coordinates, depending on the property value. To automatically position an annotation relative to an anchor point make sure it's property is set to Double.NaN. The property may be used to change the annotation's automatic position alignment to the anchor point. The and properties may be used to add extra spacing. This property has a higher priority than the property. Set this value to Double.NaN to disable annotation anchoring to the value. Gets or sets the Y coordinate the annotation is anchored to. A double value that represents the Y coordinate an annotation is anchored to. The annotation is anchored to the Y coordinate specified in relative or axis coordinates, depending on the property value. To automatically position an annotation relative to an anchor point make sure it's property is set to Double.NaN. The property may be used to change the annotation's automatic position alignment to the anchor point. The and properties may be used to add extra spacing. This property has a higher priority than the property. Set this value to Double.NaN to disable annotation anchoring to the value. Gets or sets an annotation X position's offset from the anchor point. A double value that represents an annotation X position's offset from the anchor point. The annotation must be anchored using the or properties, and it's property must be set to Double.NaN. Gets or sets an annotation Y position's offset from the anchor point. A double value that represents an annotation Y position's offset from the anchor point. The annotation must be anchored using the or properties, and it's property must be set to Double.NaN. Gets or sets an annotation position's alignment to the anchor point. A value that represents the annotation's alignment to the anchor point. The annotation must be anchored using either , or the and properties. It's and properties must be set to Double.NaN. Gets or sets a flag that specifies whether an annotation may be selected with a mouse by the end user. True if the annotation may be selected, false otherwise. Gets or sets a flag that specifies whether an annotation may be moved with a mouse by the end user. True if the annotation may be moved, false otherwise. Gets or sets a flag that specifies whether an annotation anchor may be moved with a mouse by the end user. True if the annotation anchor may be moved, false otherwise. Gets or sets a flag that specifies whether an annotation may be resized with a mouse by the end user. True if the annotation may be resized, false otherwise. Gets or sets a flag that specifies whether an annotation's text may be edited when the end user double clicks on the text. True if the annotation text may be edited, false otherwise. Gets or sets a flag that specifies whether a polygon annotation's points may be moved with a mouse by the end user. True if the polygon annotation's points may be moved, false otherwise. Gets or sets an annotation's tooltip text. A string value. Special keywords can be used in the text when an annotation is anchored to a data point using the property. For a listing of these keywords refer to the "Annotations" help topic. Gets or sets an annotation's Href. A string value. Special keywords can be used when an annotation is anchored to a data point using the property. For a listing of these keywords refer to the "Annotations" help topic. Gets or sets an annotation's map area attributes. A string value. This string will be added to the attributes of the image map generated for the annotation. Special keywords can be used when an annotation is anchored to a data point using the property. For a listing of these keywords refer to the "Annotations" help topic. Default public constructor. Paints the annotation object on the specified graphics. A object, used to paint the annotation object. Reference to the owner control. Coverts ContentAlignment enumeration to ChartImageAlign enumeration. Content alignment. Image content alignment. Gets text annotation content size based on the text and font. Annotation content position. Gets or sets the annotation's image name. A string value, representing the annotation's image name. The image name can be a file name, URL for the Web control or a name from the class. TODO LINKS TWEAK FOR WEB WIN Gets or sets the image drawing mode. A value that defines the imade drawing mode. TODO LINK Gets or sets a color used for transparency when drawing an image. A value which is replaced with a transparent color while drawing the image. Gets or sets an annotation's image alignment. A value that represents annotation image alignment. TODO LINKS This property is used to align a non-scaled image. Gets or sets annotation type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets annotation selection points style. A value that represents annotation selection style. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Not applicable to this type of annotation. A value. Not applicable to this type of annotation. A object. Not applicable to this type of annotation. A value. Not applicable to this type of annotation. A value. Not applicable to this type of annotation. A value. Not applicable to this type of annotation. A value. Not applicable to this type of annotation. A value. Not applicable to this type of annotation. A value. Not applicable to this type of annotation. An integer value. Not applicable to this type of annotation. A value. PropertyPages is the main container control which holds the property pages controls and has OK, Cancel, Apply buttons and top toolbar Checks if manager contains a specific page. Type of the page. Gets the property page. Type of the page. Helper method which returns the major series type of the chart. Series chart type. Gets name of the appearance context object. Chart object. Context. Name of the context. Sets command parameters. Parameters can be used to disable some of the property form tab pages. String may contain "DisableTabPage=N, ", where N is zero based index of the tab page. Parameters string. Creates new property page user control based on page index. Tap page index. New user control. Sets property form contetx. Chart object. Context of the property form. Preinitialize stage. Registers the close script. Generates the button. The page base. Sets the context. The chart. The selected object. The parameters. Sends server control content to a provided object, which writes the content to be rendered on the client. The object that receives the server control content. Applies changes on the chart. Compares two XML nodes first node second node nodes difference Compares values for given property property name value1 value2 Returns path for given node node node path Returns parent node target node parent node Gets or sets the text. The text. Gets or sets the chart. The chart. Gets the chart context. The chart context. Indicates that content should be mirrored for right-left PropertyPagesLegendXXX is an user control for setup chart legend The caption text The caption image url The ptoperty pages dialog determines visibility Raises the event. An object that contains the event data. Outputs server control content to a provided object and stores tracing information about the control if tracing is enabled. The object that receives the control content. Gets the request string value. Name of the value. Gets the request double value. Name of the value. Gets the request bool value. Name of the value. Gets List of controls by type. The controls. The type. Gets the unique ID. The ID. Gets the image URL. Determines whether this instance is visible. true if this instance is visible; otherwise, false. Inits the page. The control. Deploys the controls. Applies the changes. returns page caption text Gets the page control. The page control. Gets the chart. The chart. Gets the chart context. The chart context. Gets or sets a value indicating whether this is visible. true if visible; otherwise, false. Handles the Load event of the Page control. The source of the event. The instance containing the event data. Gets the legend. Determines whether this instance is visible. true if this instance is visible; otherwise, false. Applies the changes. The legend. Applies the changes. Inits the page. The control. Raises the event. An object that contains the event data. License encryptor/decryptor. Helper function which converts bytes array into string. Array of bytes. Result string. Helper function which converts string into bytes array. Source string. Result array of bytes. Encrypts License Key. Key to encrypt. Encrypted key. Decrypts License Key. Encrypted key. Decrypted key. 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. This class is responsible for Svg Animation rendering. This class is used for filling XML formatted document. 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 privete 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 Scg document is resizable Bitmap used to cretae grahics used to measure string Grahics used to measure string 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 Alingment 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 Common Elements Public constructor Animates and fills the interior of a rectangle specified by a RectangleA structure. RectangleA structure that represents the rectangle to animate and fill. Animates and fills the interior of a ellipse specified by a RectangleA structure. RectangleA structure that represents the ellipse to animate and fill. Animates and draws the interior of a ellipse specified by a RectangleA structure. RectangleA structure that represents the ellipse to animate and draw. Animates and draws a rectangle specified by a coordinate pair, a width, and a height. A RectangleA structure that represents the rectangle to animate and draw. 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. 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. True if fill mode Set a ellipse coordinates specified by a coordinate pair, a width, and a height to SVG document. A Rectangle structure that represents the ellipse to draw. True if fill mode Sets a polygon coordinates defined by an array of Point structures. Array of Point structures that represent the vertices of the polygon. True if fill mode This method sets animated value to the SVG document. Animated Value could be used for fill or draw methods. It is used for every element which has coordinate. Name of the attribute which is used to set position or the size of animated primitives. Value used to set position or the size of animated primitives. This method is used to set visibility for animated primitives. Before start animation time the animated primitive is not visible. Value which is used for time function True if fill mode is active This method calculates minimum time if fading and any kind of moving effects are used. Start animation type End Animation type True if fill mode is active Minimum start time Draws the specified animated 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. Draws the animated 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. RectangleA structure that specifies the location of the drawn text. Animates and 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. Fill a polygon defined by an array of Point structures. Array of Point structures that represent the vertices of the polygon. Check if solid colors or opacity are different The first color The second color True if Opacity is tested, false for colors True if color or opacity is different Draw a polygon defined by an array of Point structures. Array of Point structures that represent the vertices of the polygon. Animated Brush Color Animated Pen Color IChartRenderingEngine interface defines a set of methods and properties which must be implemented by any chart rendering engine. It contains methods for drawing basic shapes. 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 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. IChartAnimationEngine interface defines a set of methods which need to be implemented by any animation rendering engine of the chart. Animates and draws a line connecting the two points specified by coordinate pairs. Graphics pen Animated Color used instead of pen color. Point structure that represents the first point to connect. Point structure that represents the second point to connect. Animates and draws the interior of a ellipse specified by a RectangleA structure. Graphics pen Animated Color used instead of pen color. RectangleF structure that represents the rectangle to fill. Animates and draws a polygon defined by an array of Point structures. Graphics pen Animated Color used instead of pen color. Array of Point structures that represent the vertices of the polygon. Animates and draws a rectangle specified by a coordinate pair, a width, and a height. Graphics pen Animated Color used instead of pen color. A RectangleA structure that represents the rectangle to animate and draw. Animates and draws 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. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Animated Color used instead of pen color. A RectangleA structure that represents the rectangle text to animate and draw. Animates and 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. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Animated Color used instead of pen color. A pointA structure that represents position of the text Animates and draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. RectangleA 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. Animates and fills the interior of a rectangle specified by a RectangleA structure. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching RectangleF structure that represents the rectangle to fill. Animates and fills the interior of a ellipse specified by a RectangleA structure. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching RectangleA structure that represents the ellipse to animate and fill. Animates and fills a polygon defined by an array of Point structures. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching Array of Point structures that represent the vertices of the polygon. 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 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. Animates and fills the interior of a rectangle specified by a RectangleA structure. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching. RectangleF structure that represents the rectangle to fill. Animates and draws a line connecting the two points specified by coordinate pairs. Graphics pen Animated Color used instead of pen color. Point structure that represents the first point to connect. Point structure that represents the second point to connect. Animates and draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. RectangleA 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. Animates and draws the interior of a ellipse specified by a RectangleA structure. Graphics pen Animated Color used instead of pen color. RectangleF structure that represents the rectangle to fill. Animates and draws a rectangle specified by a coordinate pair, a width, and a height. Graphics pen Animated Color used instead of pen color. A RectangleA structure that represents the rectangle to animate and draw. Animates and draws a polygon defined by an array of Point structures. Graphics pen Animated Color used instead of pen color. Array of Point structures that represent the vertices of the polygon. Animates and fills the interior of a ellipse specified by a RectangleA structure. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching. RectangleA structure that represents the ellipse to animate and fill. Animates and fills a polygon defined by an array of Point structures. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching Array of Point structures that represent the vertices of the polygon. Animates and draws 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. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Animated Color used instead of pen color. A RectangleA structure that represents the rectangle text to animate and draw. Animates and 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. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Animated Color used instead of pen color. A pointA structure that represents position of the text 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. This class is responsible for all 3D coordinates transformations: Translation, Rotation, Scale, Perspective and RightAngle Projection. Translation and rotation are stored in composite matrix (mainMatrix), and scaling, projection and non-composite translation are stored in private fields. Matrix is initialized with Chart Area 3D cube, which is invisible boundary cube of 3D Chart area. The matrix has to be initialized every time when angles, position or perspective parameters are changed. Method TransformPoints will apply 3D Transformation on points using Initialization values: Main matrix and other initialization values. Composite matrix. Default translation for chart area cube ( without composition ). Default translation for chart area cube ( without composition ). Default translation for chart area cube ( without composition ). The value, which is used to rescale chart area. The value used for Isometric Shift. The value used for Isometric Shift. Perspective value. Isometric projection. The value, which is used for perspective. The value, which is used to set projection plane. X Angle. Y Angle. Private fields used for lighting Light Style Constructor for Matrix 3D Checks if 3D matrix was initialized. True if matrix was initialized. Initialize Matrix 3D. This method calculates how much a chart area cube has to be resized to fit Inner Plotting Area rectangle. Order of operation is following: Translation for X and Y axes, Rotation by X-axis, Rotation by Y-axis and same scaling for all axes. All other elements, which belongs to this chart area cube (Data points, grid lines etc.) has to follow same order. Translation and rotation form composite matrix mainMatrix. Scale has to be allied separately. Inner Plotting Area position. Chart area cube has to be inside this rectangle Depth of chart area cube Angle of rotation by X axis. Angle of rotation by Y axis. Perspective in percentages Right angle flag. Apply transformations on array od 3D Points. Order of operation is following: Translation ( Set coordinate system for 0:100 to -50:50 Center of rotation is always 0), Composite Translation for X and Y axes ( Moving center of rotation ), Rotation by X-axis, Rotation by Y-axis, perspective and same scaling for all axes. 3D Points array. This Method returns scale factor Apply transformations on array od 3D Points. Order of operation is following: Translation ( Set coordinate system for 0:100 to -50:50 Center of rotation is always 0), Composite Translation for X and Y axes ( Moving center of rotation ), Rotation by X-axis, Rotation by Y-axis, perspective and same scaling for all axes. 3D Points array. Applay Perspective This method adjusts a position of 3D Chart Area cube. This method will translate chart for better use of the inner plotting area. Center of rotation is shifted for right Angle projection. 3D Points array. Method used to calculate right Angle projection. 3D points array. Method is used for Planar Geometric projection. 3D Points array. Scales data points. Scaling has to be performed SEPARATELY from composite matrix. If scale is used with composite matrix after rotation, scaling will deform object. 3D Points array. Prepend to this Matrix object a translation. This method is used only if CENTER OF ROTATION HAS TO BE MOVED. Translate in x axis direction. Translate in y axis direction. Translate in z axis direction. This method initialize and set default values for mainMatrix ( there is no rotation and translation ) Multiplies this Matrix object by the matrix specified in the matrix parameter, and in the order specified in the order parameter. The Matrix object by which this Matrix object is to be multiplied. The MatrixOrder enumeration that represents the order of the multiplication. If the specified order is MatrixOrder.Prepend, this Matrix object is multiplied by the specified matrix in a prepended order. If the specified order is MatrixOrder.Append, this Matrix object is multiplied by the specified matrix in an appended order. Set main matrix to be result of multiplication Matrix multiplication result. Multiplies this Matrix object by the Vector specified in the vector parameter. The vector object by which this Matrix object is to be multiplied. Vector which is result of matrix and vector multiplication. Prepend to this Matrix object a clockwise rotation, around the axis and by the specified angle. Angle to rotate Axis used for rotation Returns transformed x and y values from x, y and z values and composed main matrix values (All rotations, translations and scaling). Array of 3D points. Set points for 3D Bar which represents 3D Chart Area. Width of the bar 3D. Height of the bar 3D. Depth of the bar 3D. Collection of Points 3D. Initial Lighting. Use matrix transformation only once for Normal vectors. Light Style Return intensity of light for 3D Cube. There are tree types of lights: None, Simplistic and Realistic. None Style have same light intensity on all polygons. Normal vector doesn’t have influence on this type of lighting. Simplistic style have light source, which is rotated together with scene. Realistic lighting have fixed light source and intensity of light is change when scene is rotated. Color used for polygons without lighting Color corrected with intensity of light for Front side of the 3D Rectangle Color corrected with intensity of light for Back side of the 3D Rectangle Color corrected with intensity of light for Left side of the 3D Rectangle Color corrected with intensity of light for Right side of the 3D Rectangle Color corrected with intensity of light for Top side of the 3D Rectangle Color corrected with intensity of light for Bottom side of the 3D Rectangle Return intensity of light for Polygons. There are tree types of lights: None, Simplistic and Realistic. None Style have same light intensity on all polygons. Normal vector doesn’t have influence on this type of lighting. Simplistic style have light source, which is rotated together with scene. Realistic lighting have fixed light source and intensity of light is change when scene is rotated. Points of the polygon Color used for polygons without lighting This flag gets information if polygon is visible or not. Y angle ( from -90 to 90 ) Should be used width switchSeriesOrder to get from -180 to 180 Used for lighting of front - back and left - right sides Used to calculate real y angle Color corrected with intensity of light This method creates gradien color with brightnes. Start color for gradient. Position used between Start and end color. Calculated Gradient color from gradient position Returns the angle between two 3D vectors (a and b); First vector Second Vector Angle between vectors 3D Axis used for rotation Rotation around X axis. Rotation around Y axis. Rotation around Z axis. Enumeration of supported image types BMP image format Jpeg image format Png image format Enhanced Meta File (Emf) image format. Svg graphics format Svg graphics format ChartImage class adds image type and data binding functionality to the base ChartPicture class. ChartPicture class represents chart content like legends, titles, chart areas and series. It provides methods for positioning and drawing all chart elements. Indicates that chart exceptions should be suppressed. Default constructor Constructor. Service container Initialize chart picture class. Chart Object Returns Chart service object Service Type Chart picture Releases all resources used by this Pen object Function, that returns a selected data point and selected series from x, and y coordinate position. x coordinate position y coordinate position Only this chart elements will be hit tested. Indicates that transparent elements should be ignored. Selected data series Selected data point Chart element selectable type Selected object Function, that returns a selected data point and selected series from x, and y coordinate position. x coordinate position y coordinate position Only this chart elements will be hit tested. Indicates that transparent elements should be ignored. Selected data series Selected data point Chart element selectable type Selected object Selected sub-object Function, that returns a selected data point and selected series from x, and y coordinate position. x coordinate position y coordinate position Selected data series Selected data point This function paints a chart. The graph provides drawing object to the display device. A Graphics object is associated with a specific device context. Indicates that only chart top level elements like cursors, selection or annotation objects must be redrawn. Gets text rendering quality. Text rendering quality. This function paints a chart. The graph provides drawing object to the display device. A Graphics object is associated with a specific device context. This function paints a chart. The graph provides drawing object to the display device. A Graphics object is associated with a specific device context. Indicates that only chart top level elements like cursors, selection or annotation objects must be redrawn. Specify Rendering Type Svg Document Stream used for flash output Title of the document Relative size of the Svg image The graphics stretch to fit non-uniformly to take up the entire viewport Draw Chart picture title. Chart graphics object. Draw Chart picture title. Chart graphics object. Selection mode X coordinate Y coordinate Selected object Invoke before paint delegates. Event arguments. Invoke after paint delegates. Event arguments. Resize the chart picture. Chart graphics. Resize the chart picture. Chart graphics. Indicates that only chart area position is calculated. Minimum and maximum do not have to be calculated from data series every time. It is very time consuming. Minimum and maximum are buffered and only when this flags are set Minimum and Maximum are refreshed from data. Recalculate the chart picture. Checks if any of the chart areas are aligned. Also checks if the chart ares name in AlignWithChartArea property is valid. True if at least one area requires alignment. Creates a list of the aligned chart areas. Master chart area. Alignment type. Vertical or Horizontal orientation. List of areas that area aligned to the master area. Performs specified type of alignment for the chart areas. Alignment type required. Align inner plot position of the chart areas in the group. List of areas in the group. Group orientation. Aligns positions of the chart areas. Align chart areas cursor. Changed chart area. Orientation of the changed cursor. Type of change cursor or selection. One of the chart areas was zoomed by the user. Changed chart area. Orientation of the changed view. Area double fuffer image must be disposed. Align chart areas axes views. Changed chart area. Orientation of the changed view. Gets default font family name. Default family name. Loads chart appearance template from file. Template file name to load from. Loads chart appearance template from stream. Template stream to load from. Loads template data from the URL. Template URL. Stream with template data or null if error. Writes chart map tag into the stream. Html writer to output the data to. Chart map name. Returns the default title from Titles collection. Create title if it doesn't exists. Default title. Checks if tooltips are enabled true if tooltips enabled Indicates that non-critical chart exceptions will be suppressed. Chart border skin style. Indicates that chart image map is enabled. Chart map areas collection. Reference to chart area collection Chart legend collection. Chart title collection. Chart annotation collection. Background color for the Chart Border color for the Chart Chart width Reference to the default legend object Series Data Manipulator Chart height Chart title Font color of the title Title font Back Hatch style Chart area background image Chart area background image drawing mode. Background image transparent color. Background image alignment used by ClampUnscale drawing mode. Indicates that smoothing is applied while drawing shadows. Specifies whether smoothing (antialiasing) is applied while drawing chart. Specifies whether smoothing (antialiasing) is applied while drawing chart. Specifies the quality of text antialiasing. A type for the background gradient The second color which is used for a gradient The width of the border line The style of the border line Chart command user interface. Chart public constructor. Service container Saves image into the metafile stream. Image stream. Image stream. Create Image and draw chart picture Create Svg Image and draw chart picture Xml writer with SVG image Title used for SVG Document Relative size of Svg Image The graphics stretch to fit non-uniformly to take up the entire viewport Create Flash Image and draw chart picture File Stream Checks if the type of the data source is valid. Data source object to test. True if valid data source object. Gets an list of the data source member names. Data source object to get the members for. Indicates that member will be used for Y values. List of member names. Data binds control to the data source Data binds control to the data source Data source to bind to. List of series to bind. Aligns data points using their axis labels. Indicates if points should be sorted by axis labels. Sorting order. Aligns data points using their axis labels. List of series to align. Indicates if points should be sorted by axis labels. Sorting order. Data bind chart to the table. Series will be automatically added to the chart depending ont yhe number of unique values in the seriesGroupByField column of the data source. Data source can be the Ole(SQL)DataReader, DataView, DataSet, DataTable or DataRow. Data source. Name of the field used to group data into series. Name of the field for X values. Comma separated name(s) of the field(s) for Y value(s). Other point properties binding rule in format: PointProperty=Field[{Format}] [,PointProperty=Field[{Format}]]. For example: "Tooltip=Price{C1},Href=WebSiteName". Indicates that series should be sorted by group field. Series sorting order by group field. Automatically creates and binds series to specified data table. Each column of the table becomes a Y value in a separate series. Series X value field may also be provided. Data source. Name of the field for series X values. Checks chart license at design time True if license found. Checks chart license at design time Registry key name. License file name. True if license found. The data source used to populate series data. The Series ValueMember properties must be also set. Image type (Jpeg, BMP, Png, Svg, Flash) Image compression value Chart paint event handler delegate. Chart paint events arguments Default constructor is not accessible Paint event arguments constructor. Chart graphics. Common elements. Position. Chart graphics object. Chart common elements. Chart element position in relative coordinates. Chart root object. Axis labels aut-fitting style. No auto-fitting. Allow font size increasing. Allow font size decreasing. Allow using offset labels. Allow changing labels angle using values 0-30-60-90 degrees. Allow changing labels angle using values 0-45-90 degrees. Allow changing labels angle using values 0-90 degrees. Allow replacing spaces with the new line character. Axis Name Primary X Axis Primary Y Axis Secondary X Axis Secondary Y Axis This class gives information to chart series about position in the chart area and keeps all necessary information about axes. This class provides functionality for drawing axis labels. This class keeps information about minimum, maximum and interval values and it is responsible for setting these values automatically. It also recalculates crossing logarithmic and reverse axis. ChartElement class represents common properties for chart elements like legend, title, plotting are. It also contains helper methods used in most chart elements. Maximum number of grid lines per Axis Plot area position Reference to the Common elements Chart Element default constructor Adjust the beginnin of the first interval depending on the type and size. Original start point. Interval size. Type of the interval (Month, Year, ...). Adjusted interval start position as double. Adjust the beginnin of the first interval depending on the type and size. Original start point. Interval size. Type of the interval (Month, Year, ...). First series connected to the axis. Adjusted interval start position as double. Adjust the beginnin of the first interval depending on the type and size. Original start point. Interval size. Type of the interval (Month, Year, ...). First series connected to the axis. Interval is used for major gridlines or tickmarks. Adjusted interval start position as double. Aligns starting point for the indexed series. Current value. Interval size. Type of the interval (Month, Year, ...). First series connected to the axis. Offset size. Offset type(Month, Year, ...). Force Integer indexed Interval size as double. Gets interval size as double number. Current value. Interval size. Type of the interval (Month, Year, ...). Interval size as double. Gets interval size as double number. Current value. Interval size. Type of the interval (Month, Year, ...). First series connected to the axis. Offset size. Offset type(Month, Year, ...). Force Integer indexed Interval size as double. Gets interval size as double number. Current value. Interval size. Type of the interval (Month, Year, ...). First series connected to the axis. Offset size. Offset type(Month, Year, ...). Force Integer indexed Force Integer indexed Interval size as double. Check if series is indexed. XValueIndexed flag is set or all X values are zeros. Data series to test. True if series is indexed. Check if all data points in the series have X value set to 0. Data series to check. Check if any series is indexed. XValueIndexed flag is set or all X values are zeros. Data series names. True if any series is indexed. Check if all data points in many series have X value set to 0. Data series. True if all data points have value 0. This method is used to test if horizontal or vertical lines intersect with rectangle First point of the line Second point of the line Point which will be used for rectangle Size which will be used for rectangle True if line intersect rectangle Common Element Plot Area Position Axis position: Left, Right, Top Bottom Opposite Axis for this Axis. Necessary for Crossing. Sets auto interval values to grids, tick marks and labels Gets axis data view minimum position. Axis data view minimum position. Gets axis data view minimum position. Axis data view minimum position. This function converts axis value to relative position (0-100%). If an axis has logarithmic scale, value is converted to a linear scale. Value from axis. Relative position (0-100%). This function converts an axis value to relative position (0-100%). If an axis has logarithmic scale, value is converted to a linear scale. Axis value. Relative position (0-100%). This function converts an axis value to pixel position. If an axis has logarithmic scale, value is converted to a linear scale. Value from axis. Pixel position. This function converts relative position to an axis value. If an axis has logarithmic scale, value is converted to a linear scale. Relative position (0-100%). Axis value. This function converts relative position to an axis value. If an axis has logarithmic scale, value is converted to a linear scale. Relative position (0-100%). Indicates if input value range should be checked. Axis value. This function converts pixel position to an axis value. If an axis has logarithmic scale, value is converted to a linear scale. Pixel position. Axis value. This function converts pixel position to an axis value. If an axis has logarithmic scale, value is converted to a linear scale. Pixel position. True if position argument should be validated to be in range from 0 to 100%. Axis value. Default constructor Sets axis position. Axis position depends on crossing and reverse value. Sets temporary offset value. Resets temporary offset value. This function will create auto maximum and minimum values using the interval. This function will make a gap between data points and border of the chart area. Interval True if minimum scale value should start from zero. Maximum is auto Minimum is auto Minimum value Maximum value Interval Recalculates an intelligent interval from real interval. Real interval. Inteligent interval. Recalculates a intelligent interval from real interval obtained from maximum and minimum values Minimum Maximum Auto Interval Recalculates a intelligent interval from real interval obtained from maximum, minimum and date type if the values is date-time value. Minimum value. Maximum value. True if date. Date time interval type. Type of date-time values. Auto Interval. Recalculates a intelligent interval for years Number of years Interval in years This method returns the number of units between min and max. Minimum. Maximum. Date type. Number of units. This method checks if value type is date-time. Date-time type or Auto. This method removes "Auto", "min", "max" from crossing value and creates a double value. Crossing value Set auto minimum number. The minimum number which was sent to this function will be used to estimate a rounded minimum. This value is a recommendation for the minimum value. Set auto maximum number. The maximum number which was sent to this function will be used to estimate a rounded maximum. This value is a recommendation for the maximum value. Find opposite axis of this axis. What is opposite axis depend on first series in chart area and primary and secondary X and Y axes for the first series. Opposite axis Invalidate chart are the axis belong to This function converts Values from Axes to linear relative positions. Value from axis. Relative position. This function recalculates minimum maximum and interval. The function uses current values for minimum and maximum to find rounding values. If the value from the data source for the maximum value is 376.5 this function will return 380. This function also set interval type for date This function recalculates minimum maximum and interval. The function uses current values for minimum and maximum to find rounding values. If the value from the data source for the maximum value is 376.5 this function will return 380. This function also set interval type for date Minimum Maximum Maximum value is Auto Minimum value is Auto Interval This function recalculates minimum maximum and interval for logaritmic axis. The function uses current values for minimum and maximum to find new rounding values. Current Minimum value Current Maximum value Crossing value Maximum value is Auto Minimum value is Auto Interval This function recalculates minimum maximum and interval for Date axis. The function uses current values for minimum and maximum to find new rounding values. Current Minimum value Current Maximum value Crossing value Maximum value is Auto Minimum value is Auto Type of date-time values. Interval This function recalculates minimum maximum and interval for number type axis. The function uses current values for minimum and maximum to find new rounding values. Current Minimum value Current Maximum value Should start from zero flag. Preferred number of intervals. Can be set to zero for dynamic mode. Crossing value Maximum value is Auto Minimum value is Auto Interval Axis position Determines if fixed number of intervals used on the axis or number of intervals depends on the axis size. The values on the axis are in reverse order. The direction of values on the axis is flipped. If true, this property will set auto minimum value to zero if all data point values are positive. Otherwise, minimum value from data points will be used. If true, a space is added between the first and the last data points and the border of chart area. Date and time interval type. Sets auto interval values to grids, tick marks and labels Maximum axis value The Minimum Axis value Point where axis is crossed by another axis. Enables or disables the axis. Logarithmic scale recalculate the values shown in the Minimum, Maximum, boxes as powers of LogarithmBase for the value axis, based on the range of data. No zeros or negative data values are permitted on logarithmic charts. Base of the logarithm used in logarithmic scale. By default this value is 10. Axis automatic scale breaks style. Axis scale segment collection. Axis data view settings. Axis scroll bar settings. Default constructor Indicates that custom grid lines should be painted. Indicates that custom grid lines should be painted. Indicates that custom tick marks should be painted. Indicates that custom tick marks should be painted. Fill labels from data from data manager or from axis scale. True if first row of autogenerated labels must be removed. This method checks if there is a data point which has value X equal to valuePosition, and returns label from data point if such value exist. If data point with this value not exists empty string will be returned. If all data points have X value zero, index is used instead of X value. Data series A value which should be found in data points x values Series X values are not zeros. Series is indexed. All X values are zeros or XValueIndexed flag set. Label This method checks if there is a data point which has value X equal to valuePosition, and returns label from data point if such value exist. If data point with this value not exists empty string will be returned. If all data points have X value zero, index is used instead of X value. Data series A value which should be found in data points x values Series X values are not zeros. Series is indexed. All X values are zeros or XValueIndexed flag set. Label Label object Custom labels collection. Indicates that interlaced strip lines will be displayed for the axis. Color used to draw interlaced strip lines for the axis. Axis interval offset. Axis interval. Axis interval units type. Axis interval offset units type. Minimum font size that can be used by the labels auto-fitting algorithm. Maximum font size that can be used by the labels auto-fitting algorithm. Axis tooltip Axis HREF An array of grouping labels sizes. Forced when using in AJAX scrolling Size of all grouping labels. Forced when using in AJAX scrolling Grouping labels position adjustment. Forced when using in AJAX scrolling Total labels size. Forced when using in AJAX scrolling Axis map area attributes Default constructor Initialize axis class Chart area that the axis belongs. Axis type. Set Axis Name Paint Axis elements on the back of the 3D scene. Reference to the Chart Graphics object Paint Axis Reference to the Chart Graphics object Paint Axis element when segmented axis scale feature is used. Reference to the Chart Graphics object Paint Axis element when segmented axis scale feature is used. Reference to the Chart Graphics object Draw axis title Reference to the Chart Graphics object Draws a radial line in circular chart area. Object requesting the painting. Graphics path. Line color. Line width. Line style. X axis circular position. Draws a circular line in circular chart area. Object requesting the painting. Graphics path. Line color. Line width. Line style. Line position. Draw axis title in 3D. Reference to the Chart Graphics object Draw the axis lines Reference to the Chart Graphics Back elements of the axis should be drawn in 3D scene. Select Axis line Reference to the Chart Graphics Selection Mode Back elements of the axis should be drawn in 3D scene. Initialize animation for axis line and arrow Chart Graphics object First point for axis line Second point for axis line Draws axis line in 3D space. Reference to the Chart Graphics object. First line point. Second line point. Indicates that tick mark line is horisontal. Only back elements of axis should be drawn. Selection mode is active Gets Z position of axis tick marks and labels. Returns true if axis is on the edge. Marks Z position. Paint Axis Grid lines Reference to the Chart Graphics object Paint Axis Grid lines or hit test function for grid lines Reference to the Chart Graphics object The selection mode is active X coordinate Y coordinate Returns selected grid object Paint Axis Strip lines Reference to the Chart Graphics object Indicates if Lines or Stripes should be drawn. Paint Axis Strip lines or hit test function for Strip lines Reference to the Chart Graphics object The selection mode is active X coordinate Y coordinate Returns selected grid object Indicates if Lines or Stripes should be drawn. Helper function which adds temp. strip lines into the collection to display interlaced lines in axis. This function will create auto maximum and minimum values using interval on the X axis. This function will make a gap between data points and border of the chart area. Note that this method can only be called for primary or secondary X axes. Recalculate axis. Ploatting area position. This method store Axis values as minimum, maximum, crossing, etc. Axis auto algorithm changes these values and they have to be set to default values after painting. This method reset Axis values as minimum, maximum, crossing, etc. Axis auto algorithm changes these values and they have to be set to default values after painting. Reset auto calculated axis values Calculate size of the axis elements like title, labels and marks. Chart graphics object. The Chart area position. Plotting area size. Number of axis of the same orientation. Indicates that inner plot position is automatic. Calculates axis interval so that labels will fit most efficiently. Chart graphics. True if plot position is auto calculated. True if interval should only be increased. Checks if variable count labels mode is enabled. True if variable count labels mode is enabled. Calculates axis interval so that labels will fit most efficiently. Chart graphics. True if plot position is auto calculated. Axis scale segment to process. True if interval should only be increased. Reduces current label interval, so that more labels can fit. An interval to reduce. Minimum interval size. Current axis scale segment or NULL. Interval type. New interval or 0.0 if interval cannot be reduced. Increases current label interval, so that less labels fit. An interval to increase. Current axis scale segment or NULL. Interval type. New interval or 0.0 if interval cannot be increased. Gets maximum line length of the text separated with new line character. Text to get the line length for. Line length. Finds the longest labels with the space and inserts the new line character. Labels collection. True if collection was modified. Calculates the auto-fit font for the circular chart area axis labels. Chart graphics object. List of sector labels. Circular lables style. Plotting area position. Chart area position. Estimated size of labels. Checks id circular axis labels fits using current auto-fit font. Chart graphics object. List of sector labels. Circular lables style. Plotting area position. Chart area position. Estimated size of labels. True if labels fit. Adjust labels font size at secon pass of auto fitting. Chart graphics object. Indicates that inner plot position is automatic. Check if axis is logarithmic Y value from data Corected Y value if axis is logarithmic Checks if labels fit using current auto fit attributes Chart graphics object. Axis title and marks size. Indicates auto calculation of plotting area. Labels fit is checked during the second pass. Indicates second pass of labels fitting. True if labels fit. Checks if labels fit using current auto fit attributes Chart graphics object. Axis title and marks size. Indicates auto calculation of plotting area. Labels fit is checked during the second pass. Indicates second pass of labels fitting. True if width should be checked. True if height should be checked. Returns an array of label positions. True if labels fit. Calculates the best size for labels area. Chart graphics object. Maximum labels area size. Label size without angle = 0. Gets total size of all grouping labels. Total size of all grouping labels. Gets number of levels of the grouping labels. Number of levels of the grouping labels. Calculates the best size for axis labels for all rows except first one (grouping labels). Chart graphics object. Maximum labels area size. Array of grouping label sizes for each level. Gets main or sub axis associated with this axis. Sub axis name or empty string to get the main axis. Main or sub axis of the main axis. Checks if axis marks should be next to the axis true if marks are next to axis. Gets axis auto interval type. Axis interval type. Gets axis values type depending on the series attached Axis values type. Returns Arrow size Return arrow orientation. Size of arrow Checks if arrow with specified orientation will require space in axis with specified position Arrow orientation. Axis position. True if arrow will be drawn in axis space This function converts real Interval to absolute Interval A interval represented as double value A interval represented in pixels Find if axis is on the edge of the chart plot area Axis is on the edge of the plot area. Find axis position using crossing value. Relative position Find axis position using crossing value. Axis crossing should be ignored. Relative position Returns angle between 2D axis line and it's 3D transformed projection. Axis projection angle. Returns view state Returns sub-axis name. Indicates if this axis object present the main or sub axis. Sub-axes collection. Indicates that interlaced strip lines will be displayed for the axis. Color used to draw interlaced strip lines for the axis. Axis name. For internal use only! Axis name. For internal use only! Axis arrows Major Gridlines Minor Gridlines Major Tick Mark Minor Tick Mark Set Auto Labels formating Minimum font size that can be used by the labels auto-fitting algorithm. Maximum font size that can be used by the labels auto-fitting algorithm. Labels auto-fit style. LabelsAutoFit must be set to true. Tick marks and labels move with axis when the crossing value is changed. Axis Title Axis Title Color Axis Title Alignment Indicates that axis title is always drawn horizontally on the left and right chart axes. Axis Title Font Axis Line Color Axis Line Width Axis Line Dash Style Custom labels collection. Tooltip of the axis. URL target of the axis. Other attributes of the axis map area. Axis interval size. Axis interval offset. Axis interval type. Axis interval offset type. Element position converter. Overrides the CanConvertFrom method of TypeConverter. Descriptor context. Convertion source type. Indicates if convertion is possible. Overrides the CanConvertTo method of TypeConverter. Descriptor context. Destination type. Indicates if convertion is possible. Overrides the ConvertTo method of TypeConverter. Descriptor context. Culture information. Value to convert. Convertion 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 convertion is possible. Type editor for the palette properties. 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. HundredPercentStackedAreaChart class extends StackedAreaChart class by providing its own algorithm for calculating series data point Y values. It makes sure that total Y value of all data points in a single cluster from all series adds up to 100%. StackedAreaChart class extends AreaChart so that chart series are positioned on top of each other. AreaChart class provides 2D/3D drawing and hit testing functionality for the Area and SplineArea charts. The only difference of the SplineArea chart is the default tension of the line. SplineChart base class provides most of the functionality like drawing lines, labels and markers. SplineChart class extends the LineChart class by providing a different initial tension for the line. LineChart class provides 2D/3D drawing and hit testing functionality for the Line and Spline charts. The only difference of the Spline chart is the default tension of the line. PointChart base class provides functionality realted to drawing labels and markers. PointChart class provides 2D/3D drawing and hit testing functionality for the Point chart. IChartType interface must be implemented for any standard or custom chart type displayed in the chart control. This interface defines properties which provide information on chart type behaviour including how many Y values supported, is it a stacked chart type, how it interacts with axes and much more. IChartType interface methods define how to draw series data point, calculate Y values and process SmartLabels. Gets chart type image Chart types registry object. Chart type image. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Draw chart on specified chart graphics. Chart grahhics object. Common elements. Chart area to draw on. Chart series to draw. Helper function, which returns the Y value of the data point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) Number of supported Y value(s) per point Chart type with two y values used for scale ( bubble chart type ) Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that negative 100% stacked values are shown on the other side of the X axis Indicates that markers will be always drawn Index of the Y value used to draw chart Index of the Y value used to be shown as point value label Auto label position flag Label position Vertical axes Horizontal axes Indexed series flag Common elements object Chart area object Indicates that marker and label are drawn in the middle of 3D depth Stores information about 3D labels. Used to draw 3D labels in layers. Class public constructor. Class public constructor. Indicates if markers should be always painted. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Paint Point Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method recalculates size of the bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draw series point marker. Chart Graphics used for drawing. Series. Series data point. 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. Inserts Hot Regions used for image maps, tool tips and hit test function Common elements object Chart Graphics object Data point used for hot region Size of the marker Name of the series Data point index Marker Style Marker Position This method draws labels in point chart. The Chart Graphics object The Common elements object Chart area for this chart Marker position Marker size Data point Data series Data point index. Returns current string format. Gets the label position for the given point. Data Point. Data series. point index. label size. marker size. horizontal spacing. marker position. Gets rectangle position of the label. Chart graphics object. Original label position. Label text size. Label string format. Result position is adjusted for drawing. Label rectangle position. This method recalculates size of the point marker. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draws\Hit tests single 3D point. 3D point information. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Draws labels which are srored in the collection. The Chart Graphics object. The Common elements object. Chart area for this chart. Indicates that markers are drawnd on the X edge of the data view. True. Point chart always draws markers on the edge. Gets marker border size. Data point. Marker border size. Gets label position. For point chart this function always returns 'Top'. Series. Data point index in series. Return automaticly detected label position. Returns marker size. The Chart Graphics object. The Common elements object. Chart area for this chart. Data point. Marker size. Marker image. Marker width and height. Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. This method will find previous and next data point, which is not empty and recalculate a new value for current empty data point. New value depends on custom attribute “EmptyPointValue” and it could be zero or average. Empty data point. Empty data point index. A Value for empty data point. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Number of supported Y value(s) per point Labels and markers have to be shifted if there is more than one series for column chart. NOT USED IN POINT CHART. Labels and markers have to be shifted if there is more than one series for column chart. This property will give a name of the series, which is used, for labels and markers. NOT USED IN POINT CHART. 3D Label info. Line tension Index of the drawing center point. int.MaxValue if drawn from left->right or right->left. Inicates that border color attribute must be used to draw the line Inicates that line shadow should not be drawn Inicates that only line shadow must be drawn Horizontal axis minimum value Horizontal axis maximum value Vertical axis minimum value Vertical axis maximum value Clip region indicator Indicates that several series are drawn at the same time. Stacked or Side-by-side. Indicates which coordinates should be tested against the COP. Number of data points loops required to draw chart. Indicates that line markers are shown at data point. Indicates that that lines outside the area should be still processed while drawing. Indicates if base (point) chart type should be processed Default constructor Gets chart type image. Chart types registry object. Chart type image. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Paint Line Chart. The Chart Graphics object. The Common elements object. Chart area for this char.t Chart series to draw. Draws or perform the hit test for the line chart. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Calculate position and draw one chart line and/or shadow. Graphics object. The Common elements object. Point to draw the line for. Point series. Array of oints coordinates. Index of point to draw. Line tension. During zooming there are scenarios when the line coordinates are extremly large and originate outside of the chart pixel boundaries. This cause GDI+ line drawing methods to throw stack overflow exceptions. This method tries to change the coordinates into the chart boundaries and draw the line. Chart graphics. 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. Gets intersection point coordinates between point line and and horizontal line specified by Y coordinate. First data point. Second data point. Y coordinate. Intersection point coordinates. Gets intersection point coordinates between point line and and vertical line specified by X coordinate. First data point. Second data point. X coordinate. Intersection point coordinates. Draw chart line. Graphics object. Point to draw the line for. Point series. First line point. Seconf line point. Checks if line tension is supported by the chart type. True if line tension is supported. Initialize 2D Animation Common Elements Data Point Data Point Index X Value of the current data point X Value of the previous data point Chart Graphics Positions of the data points Gets default line tension. Default line tension. Gets label position depending on the prev/next point values. This method will reduce label overlapping with the chart itself (line). Data series. Point index. Return automaticly detected label position. Fills a PointF array of data points absolute pixel positions. Graphics object. Point series. Indicate that point index should be used as X value. Array of data points position. Draws or perform the hit test for the line chart in 3D. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method sets start position coordinates for line chart animation Common elements X Value of the start line point. X Value of the end line point. Y Value of the start line point. Y Value of the end line point. Vertical Axis Horizontal Axis Data Point Attributes. Chart Graphics Data Point Series to be drawn Draws a 3D surface connecting the two specified points in 2D space. Used to draw Line based charts. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Indicates that drawn segment is 3D clipped. Only top/bottom should be drawn. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Gets index of center point. Points list. Index of center point or int.MaxValue. Returns how many loops through all data points is required (1 or 2) Selection indicator. Points array list. Number of loops (1 or 2). Clips the top (left and right) points of the segment to plotting area. Used in area and range charts. Segment area path. First data point. Second data point. Points are in reverse order. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Define surface segment type if it consists of several segments. Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Returns element shape path if operationType parameter is set to CalcElementPath, otherwise Null. Clips the bottom (left and right) points of the segment to plotting area. Used in area and range charts. First data point. Second data point. Coordinates of the bottom left point. Coordinates of the bottom right point. Points are in reverse order. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Define surface segment type if it consists of several segments. Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Returns element shape path if operationType parameter is set to CalcElementPath, otherwise Null. Draws a 3D surface connecting the two specified points in 2D space. Used to draw Line based charts. First data point. Second data point. Points are in reverse order. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Define surface segment type if it consists of several segments. Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Indicates that drawn segment is 3D clipped. Only top/bottom should be drawn. Indicates that top segment line should be clipped to the pkot area. Indicates that bottom segment line should be clipped to the pkot area. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Chart type name True if chart type is stacked True if chart type supports axeses True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if each data point of a chart must be represented in the legend True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Number of supported Y value(s) per point Default constructor. Gets chart type image. Chart types registry object. Chart type image. Checks if line tension is supported by the chart type. True if line tension is supported. Fills a PointF array of data points positions. Graphics object. Point series. Indicate that point index should be used as X value. Array of data points position. Gets default line tension. Default line tension. Chart type name Fields used to fill area with gradient Coordinates of the area path Reference to the current series object Horizontal axis position Area chart constructor Gets default line tension. Line tension. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. This method recalculates position of the end points of lines. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method is overriden to fill the area and draw border line. Graphics object. The Common elements object Point to draw the line for. Point series. Array of oints coordinates. Index of point to draw. Line tension Fills last series area with gradient. The Chart Graphics object Checks if line tension is supported by the chart type. True if line tension is supported. Draws a 3D surface connecting the two specified points in 2D space. Used to draw Line based charts. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Indicates that drawn segment is 3D clipped. Only top/bottom should be drawn. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Draws a 3D surface connecting the two specified points in 2D space. Used to draw Line based charts. First data point. Second data point. Points are in reverse order. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Define surface segment type if it consists of several segments. Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Indicates that drawn segment is 3D clipped. Only top/bottom should be drawn. Indicates that top segment line should be clipped to the pkot area. Indicates that bottom segment line should be clipped to the pkot area. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Gets visibility of the top surface. Chart area object. First data point of the line. Second data point of the line. Indicates that Y values of the data points are below axis line. Z coordinate of the back side of the cube. Cube depth. Coordinate transformation matrix. Surface visibility reference. Initialized with bounary cube visibility. Gets intersection point coordinates between point line and axis line. First data point. Second data point. Axis line position. Intersection point coordinates. Gets position ob the bottom points in area chart. Chart common elements. Chart area the series belongs to. Axis position. First top point coordinates. Second top point coordinates. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Returns third bottom point coordinates. Returns fourth bottom point coordinates. Returns how many loops through all data points is required (1 or 2) Selection indicator. Points array list. Number of loops (1 or 2). Chart type name If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) Stacked data buffer Shape of the previous series Previous stacked positive Y values. Previous stacked negative Y values. Previous X value. Indicates if chart is 100% stacked Public constructor. Gets default line tension. Line tension. Gets chart type image. Chart types registry object. Chart type image. Paint Stacked Area Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method calculates position of the area and either draws it or checks selection. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Initialize 2D Animation Common Elements Data Point Data Point Index X Value of the current data point X Value of the previous data point Chart Graphics Data Point Animation element Draws a 3D surface connecting the two specified points in 2D space. Used to draw Line based charts. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Indicates that drawn segment is 3D clipped. Only top/bottom should be drawn. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Gets visibility of the top surface. Chart area object. First data point of the line. Second data point of the line. Indicates that Y values of the data points are below axis line. Z coordinate of the back side of the cube. Cube depth. Coordinate transformation matrix. Surface visibility reference. Initialized with bounary cube visibility. Gets position ob the bottom points in area chart. Chart common elements. Chart area the series belongs to. Axis position. First top point coordinates. Second top point coordinates. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Returns third bottom point coordinates. Returns fourth bottom point coordinates. Returns how many loops through all data points is required (1 or 2) Selection indicator. Points array list. Number of loops (1 or 2). This method draws labels in point chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Data point 3D. Z position of the back side of the 3D surface. Depth of the 3D surface. Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Set to -1 to get the height. Y value of the point. checks if all points for given index is 0 for all series Chart type name True if chart type is stacked Default constructor. Paint HundredPercentStackedAreaChart Chart The Chart Graphics object The Common elements object Chart area for this chart Chart series to draw. Helper function, which returns the Y value of the point Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Chart type name Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. BubbleChart class extends PointChart class to add support for additional Y value which controls the size of the markers used. Class public constructor Gets chart type image. Chart types registry object. Chart type image. This method recalculates size of the bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active The Chart Graphics object The Common elements object Chart area for this chart Chart series to draw. Gets marker border size. Data point. Marker border size. Returns marker size. The Chart Graphics object. The Common elements object. Chart area for this chart. Data point. Marker size. Marker image. Marker width and height. Scales the value used to determine the size of the Bubble. The Chart Graphics object The Common elements object Chart area for this chart Value to scale. Scaled values. Get value from custom attribute BubbleMaxSize Chart Area Bubble Max size Chart type name Number of supported Y value(s) per point Chart type with two y values used for scale ( bubble chart type ) A strongly-typed resource class, for looking up localized strings, etc. Returns the cached ResourceManager instance used by this class. Overrides the current thread's CurrentUICulture property for all resource lookups using this strongly typed resource class. Looks up a localized string similar to <div id="_ds_dlg_dlg_" class="ds_dlg_dlg" style="display: none; top: -10px; left:-10px;"> <div class="ds_dlg_caption" style="vertical-align:middle;cursor:default;"> <span style="float:left">Title</span> <img src="(image)" alt="" style="float:right;" onclick="void(0);"/> </div> <div class="ds_dlg_shadow" > </div> </div> . Looks up a localized string similar to <!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> <html xmlns="http://www.w3.org/1999/xhtml" > <head> <title></title> <style type="text/css"> .ds_pr_pages { font-size: 8pt; font-family: Tahoma, 'Trebuchet MS' , Arial; } </style> </head> <body> <div style="width:360px; height:86px;vertical-align:middle;" class="ds_pr_pages"><form method="post" enctype="multipart/form-data" action="$(action)" name="formx" id="formx [rest of string was truncated]";. Looks up a localized string similar to a. ElementPosition class is base class for many chart visual elements like Legend, Title and ChartArea. It provides the position of the chart element in relative coordinate (0,0 – 100,100). Element position default constructor Element position constructor. X position. Y position. Width. Height. Asks the user at design-time if he wants to change the Auto position of all areas at the same time. Value to be set for the Auto property. Convert element position into RectangleF RectangleF structure. Initialize element position from RectangleF Rectangle class. Gets position size. Position size. Gets bottom position in relative coordinates. Bottom position. Gets right position in relative coordinates. Right position. Determines whether two element positions are equal. Element position to test with True if positions are equal Hash function of the element position. A hash code for the object. Returns string that represent element position. Element position data as string. Set element position without modifying the "Auto" property X position. Y position. Width. Height. Invalidate chart when element position changed Element X position Element Y position Element width Element height Auto positionong flag Default constructor The first method in the module, which converts a formula name to the corresponding private method. String which represent a fomula name Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Formula parameters Array of strings - Extra Formula parameters from DataManipulator object Array of strings - Used for Labels. Description for ouput results. Anova test Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Correlation measure the relationship between two data sets that are scaled to be independent of the unit of measurement. The population correlation calculation returns the covariance of two data sets divided by the product of their standard deviations: You can use the Correlation to determine whether two ranges of data move together — that is, whether large values of one set are associated with large values of the other (positive correlation), whether small values of one set are associated with large values of the other (negative correlation), or whether values in both sets are unrelated (correlation near zero). Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Returns covariance, the average of the products of deviations for each data point pair. Use covariance to determine the relationship between two data sets. For example, you can examine whether greater income accompanies greater levels of education. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Returns the result of an F-test. An F-test returns the one-tailed probability that the variances in array1 and array2 are not significantly different. Use this function to determine whether two samples have different variances. For example, given test scores from public and private schools, you can test whether these schools have different levels of diversity. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Returns the two-tailed P-value of a z-test. The z-test generates a standard score for x with respect to the data set, array, and returns the two-tailed probability for the normal distribution. You can use this function to assess the likelihood that a particular observation is drawn from a particular population. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Returns the two-tailed P-value of a z-test. The z-test generates a standard score for x with respect to the data set, array, and returns the two-tailed probability for the normal distribution. You can use this function to assess the likelihood that a particular observation is drawn from a particular population. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. True if Variances are equal. Returns the two-tailed P-value of a z-test. The z-test generates a standard score for x with respect to the data set, array, and returns the two-tailed probability for the normal distribution. You can use this function to assess the likelihood that a particular observation is drawn from a particular population. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Returns the Percentage Points (probability) for the Student t-distribution. The t-distribution is used in the hypothesis testing of small sample data sets. Use this function in place of a table of critical values for the t-distribution. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Returns the F probability distribution. You can use this function to determine whether two data sets have different degrees of diversity. For example, you can examine test scores given to men and women entering high school and determine if the variability in the females is different from that found in the males. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Returns the t-value of the Student's t-distribution as a function of the probability and the degrees of freedom. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Returns the inverse of the F probability distribution. If p = FDIST(x,...), then FINV(p,...) = x. The F distribution can be used in an F-test that compares the degree of variability in two data sets. For example, you can analyze income distributions in the United States and Canada to determine whether the two countries have a similar degree of diversity. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Returns the inverse of the standard normal cumulative distribution. The distribution has a mean of zero and a standard deviation of one. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Check number of data points. The number shoud be greater then 1. Input series Returns covariance, the average of the products of deviations for each data point pair. Use covariance to determine the relationship between two data sets. For example, you can examine whether greater income accompanies greater levels of education. First data set from X random variable. Second data set from Y random variable. Returns covariance Returns the natural logarithm of the gamma function, G(x). The value for which you want to calculate gamma function. Returns the natural logarithm of the gamma function. Calculates Beta function First parameter for beta function Second parameter for beta function returns beta function Used by betai: Evaluates continued fraction for incomplete beta function by modifed Lentz’s Beta incomplete parameter Beta incomplete parameter Beta incomplete parameter Vakue used for Beta incomplete function Standard normal density function T Value Standard normal density Returns the incomplete beta function Ix(a, b). Beta incomplete parameter Beta incomplete parameter Beta incomplete parameter Beta Incomplete value Returns the average (arithmetic mean) of the arguments. Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Calculates variance Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Calculates Median Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Calculates Beta Function Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Calculates Gamma Function Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Array of strings - Used for Labels. Description for ouput results. Sort array of double values. Array of doubles which should be sorted. Returns the median of the given numbers Array of double numbers Median Calculates a Mean for a series of numbers. series with double numbers Returns Mean Calculates a Variance for a series of numbers. double values If variance is calculated from sample sum has to be divided by n-1. Variance Calculates the Percentage Points (probability) for the Student t-distribution. The t-distribution is used in the hypothesis testing of small sample data sets. Use this function in place of a table of critical values for the t-distribution. The numeric value at which to evaluate the distribution. An integer indicating the number of degrees of freedom. Specifies the number of distribution tails to return. Returns the Percentage Points (probability) for the Student t-distribution. Returns the standard normal cumulative distribution function. The distribution has a mean of 0 (zero) and a standard deviation of one. Use this function in place of a table of standard normal curve areas. The value for which you want the distribution. Returns the standard normal cumulative distribution. Calculates the t-value of the Student's t-distribution as a function of the probability and the degrees of freedom. The probability associated with the two-tailed Student's t-distribution. The number of degrees of freedom to characterize the distribution. Returns the t-value of the Student's t-distribution. Method for calculation of Inverse T Distribution (Binary tree) solution for non linear equations Probability value Degree of freedom Step for Numerical solution for non linear equations Start for numerical process End for numerical process Returns F ditribution inverse Returns the inverse of the standard normal cumulative distribution. The distribution has a mean of zero and a standard deviation of one. A probability corresponding to the normal distribution. Returns the inverse of the standard normal cumulative distribution. Calculates the inverse of the F probability distribution. The F distribution can be used in an F-test that compares the degree of variability in two data sets. A probability associated with the F cumulative distribution. The numerator degrees of freedom. The denominator degrees of freedom. Returns the inverse of the F probability distribution. Method for calculation of Inverse F Distribution (Binary tree) solution for non linear equations Probability value Degree of freedom Degree of freedom Step for solution for non linear equations. Start for numerical process End for numerical process Returns F ditribution inverse Formula Module name UI type editor for the Y data source members of the series. UI type editor for the Y data source members of the series. 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 series Y dats source member UI type editing. Checked list box, which is used for the series Y dats source member UI type editing. Public constructor. Chart control. Instance of control. Value to edit. Indicates that editor was used for the Y values members. Fills checked list items Gets new enumeration value. New enum value. Public constructor. Chart control. Instance of control. Value to edit. Indicates that editor was used for the Y values members. 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. Chart axis type (Primary or Secondary). Primary axis. For X axis - bottom, for Y axis - left. Secondary axis. For X axis - top, for Y axis - right. Sorting order (Ascending or Descending). Ascending sorting order Descending sorting order Data series collection Interface which extends series and series collection in order to get a dataset with data points Used from DebuggerVisualizer in VS 2005 Convert series datapoints data into a DataSet A DataSet which contain series data Data series collection object default constructor is unaccessable. Data series collection object constructor. Get series index by name. Name of the data series. Index of the data series or -1 if it does not exist. Add new data series. Name of the new data series. Newly added data series object. Add new data series. Name of the new data series. Number of Y values per data point. Newly added data series object Removes all items from the collection. Check if specified object exists in the collection. Object to check. True if object exist. Gets first index of the collection item equal to the object provided. Object to look for. Index of found object. Remove object from the collection Value to be removed. Remove item from the collection by index. Zero based index. Add series object into the collection. Series to add. Index of the newly added object. Insert series object into the collection. Zero based index. Series to insert. Insert series object into the collection. Zero based index. Series 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. Get collection enumerator. Collection enumerator. Invalidate chart (or just chart area ) when collection is changed. Invalidate chart area only. Indexer of the class. Returns the Data Series object Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether the collection is read-only. Number of items in the collection. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets an object that can be used to synchronize access to the collection. Stores data points and default series attributes. Stores attributes of one Data Point and Data series. Interface which defines common attributes for the map area Map area tooltip Map area HREF Map area other custom attributes Data Point Attributes object constructor. Data Point Attributes object constructor. Series object, which the Data Point belongs to. Indicates data point attributes. Checks if attribute with specified name was set. Name of the attribute to check. True if attribute was set. Checks if attribute with specified name was set. ID of the attribute to check. True if attribute was set. Delete Data Point attribute with specified name. Name of the atribute to delete. Delete Data Point attribute with specified name. ID of the atribute to delete. Returns an attribute of the Data Point. If required attribute is not set in the Data Point the default attribute of the Data series is returned. Attribute name. Attribute value as string. Checks if data is currently serialized. True if serialized. Returns an attribute object of the Data Point. If required attribute is not set in the Data Point the default attribute of the Data series is returned. Attribute name ID. Attribute value. Sets an attribute of the Data Point. Attribute name. Attribute new value. Sets an attribute of the Data Point as an object. Attribute name ID. Attribute new value. Set default attributes of the data point. Indicates that previous attributes must be cleared. Invalidate chart area. Invalidate legend area only. 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. O/returns>object editor. Gets object events. Filtering attributes. Object events. Gets object events. Object events. Get property owner. Property descriptor. Property owner. Attributes indexer, which returns Attribute Name by index. Index of the atribute name. Attributes indexer, which returns Attribute Value by Attribute Name. Name of the atribute. Data point label text. Data point X axis label text. Data point label format string If true shows point's value as a label. Data point color Data point border color Data point border style Data point border width Data point background image Data point background image drawing mode. Background image transparent color. Background image alignment used by ClampUnscale drawing mode. Data point background gradient type. Data point background gradient end color Data point hatch style Data point font Data point line color Data point font angle Data point marker style Data point marker size Data point marker image Data point marker image transparent color. Data point marker color Data point marker border color Data point marker border width Custom Data Point attributes specified as: AttrName1=Value1, AttrName2=Value2, ... Custom Data Point attributes specified as: AttrName1=Value1, AttrName2=Value2, ... The tooltip. URL target of the area. Other attributes of the area. Indicates that item is shown in the legend. Text of the item in the legend Tooltip of the item in the legend Data point label back color Data point label border color Data point label border style Data point lable border width Tooltip of the data point label. URL target of the item in the legend. Other attributes of the legend map area. URL target of the data point label. Other attributes of the data point label. Data point label text. Data point X axis label text. Data point label format string If true shows point's value as a label. Data point color Data point border color Data point border style Data point border width Data point marker border width Data point background image Data point background image drawing mode. Background image transparent color. Background image alignment used by ClampUnscale drawing mode. Data point background gradient type. Data point background gradient end color Data point hatch style Data point font Data point line color Data point font angle Data point marker style Data point marker size Data point marker image Data point marker image transparent color. Data point marker color Data point marker border color The tooltip. URL target of the area. Other attributes of the area. Indicates that item is shown in the legend. Text of the item in the legend Tooltip of the item in the legend Data point label back color Data point label border color Data point label border style Data point label border width Tooltip of the data point label URL target of the data point label. Other attributes of the data point label. URL target of the item in the legend. Other attributes of the legend map area. Data Series static constructor. Data Series object constructor. Data Series object constructor. Name of the data series Data Series object constructor. Name of the data series. Number of y value(s) per data point. Initialize series properties Gets series caption that may not be the same as series name. Series caption string. Gets custom points depth and gap depth from series attributes. Chart graphics. Categorical axis. Returns point depth. Return point gap depth. Gets data point width in relative coordinates. Chart graphics. Axis object. Current minimum axis interval. Default width in percentage of interval. Point width. Get chart type name by it's type Chart type. Chart type name. Checks if Y values of the series represend date-time. True if date-time. Checks if X values of the series represend date-time. True if date-time. Checks if series is visible. True if series is visible. Checks if series chart type uses a "Fast" mode chart type. True if series uses "Fast" mode chart type. Throws exception if specified value type is not supported. Value type to check. Apply palette colors to the data series points if UsePaletteColors property is set. Gets design time dummy data. Type of the data to get. Dummy data for chart in design-time. Returns total of the Y values. Y values total. Returns total of the Y values. Index of the Y value to use Y values total. Replaces predefined keyword inside the string with their values. Original string with keywords. Modified string. Helper function which replaces one keyword. Chart object reference. Chart element type. Object beign formatted. Original string. Keyword to replace. Formula used to calculate the value. Type of value. Default format string. Result string. Helper function which replaces one keyword. Chart object reference. Chart element type. Object beign formatted. Original string. Keyword to replace. Value to replace with. Type of value. Default format string. Result string. Writes trace information to the trace log. The trace category that receives the message. The trace message to write to the log. Sorts points in the series. Sorting order. Value used for sorting (X, Y, Y2, ...). Sorts points in the series. Sorting order. Sorts points in the series using IComparer interface. IConparer interface. Called after the series was drawn. Site interface of the control. True if series was removed from collection. Reset auto calculated series values. Reset auto calculated series values. Indicates that value types should be reset. Called just before the data from the series to be used to perform these operations: - apply palette colors to the data points - fill empty data points - provide fake data in design mode - retreving data from the DataSource Site interface of the control If true each data point will be assigned a color from the palette (if it's set) Invalidate chart or just a chart area and/or legend when collection is changed Invalidate chart area only. Invalidate legend area only. Data series name. Member of the chart data source used to data bind to the X value of the series. Members of the chart data source used to data bind to the Y values of the series. Chart legend name used by the series. Type of values stored on the X axes Indicates that a data point index (1,2,...) will be used for the X value. Type of values stored on the Y axes Number of Y values stored for each Data Point. Series Data Points collection. Default attributes of the empty data point. Color palette to use Array of custom palette colors. When this custom colors array is non-empty the Palette property is ignored. Specify how often to diaplay data point markers Series shadow offset. Data shadow color Financial Markers Name of the Y sub-axis this series is attached to. Name of the X sub-axis this series is attached to. Type of horizontal axes. Type of vertical axes. Chart series enabled flag. Chart type used to draw the series. Chart type used to draw the series. Chart area in which this series is drawn Data point X axis label text SmartLabels properties. Series values formula type used in the keywords Implements design time dropdown component for pick a Command. Create new instance of CommandUIPicker, using value, context, service and ChartUI The original value The edit context The edit service The chartUI reference adds a tree node for specified command The nodes collection The command to add Initialized tree node Generate tree The nodes collection The command collection Handles keyboard True if key is processed Performs finalize actions after a node is selected gets edited value Initialize new instance of BaseLocationUIEditor class Provides a user interface that can edit command element collections at design time. Collection editor that supports property help in the property grid Object constructor. Type. 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 Returns the collection form property grid. Added for VS2005 compatibility. Collect the collection editor form buttons into array. Added for VS2005 compatibility. Cretaes form for collection editing. Form object. 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 Checks if the instance belongs to Chart type or contains the field of chart type. NOTE: Required for the Diagram product. Instance to check. Object of chart type. Ovveride the HelpTopic property to provide different topics, depending on selected property. Current collection to edit Initializes a new instance of the CollectionEditor class using the specified collection type. The type of the collection for this editor to edit. Edits the value of the specified object using the specified service provider and context An ITypeDescriptorContext that can be used to gain additional context information A service provider object through which editing services can be obtained A service provider object through which editing services can be obtained The new value of the object. If the value of the object has not changed, this should return the same object it was passed. Indicates whether original members of the collection can be removed. The value to remove. true if it is permissible to remove this value from the collection; otherwise, false. The default implementation always returns true. Creates a new instance of the specified collection item type. The type of item to create. A new instance of the specified object. The command result represents result of executing of a . The result contain which determines command exit state and message which is shows reason for failing a command execution. failed flag the error message Initializes new instance of CommandResult object. Initializes new instance of CommandResult object. Determine if command is completeded successfully The reason if command is failed Gets the failed status of executed command Gets the success status of executed command Gets the reason for failing if command is failed. Styles of the borders skin Border not used Emboss border Raised border Sunken border Thin border with rounded corners Thin border with rounded top corners Thin border with square corners Thin border with square outside corners and rounded inside corners Thin border with rounded corners and screws Thin border with square inside corners and rounded outside corners Border with rounded corners. Supports title text. Border with rounded top corners. Supports title text. Border with square corners. Supports title text. Border with rounded inside corners and square outside corners. Supports title text. Border with rounded corners and screws. Supports title text. Border with rounded outside corners and square inside corners. Supports title text. Border with rounded corners. No border on the right side. Supports title text. Border with rounded corners on top and bottom sides only. Supports title text. Drawing attributes of the 3D border skin. Default public constructor. Constructor. Service container. Invalidate chart border when one of the border skin attributes is changed Border skin page color. Skin border style. Skin frame back ground color. Skin frame border color. Skin frame back hatch style. Skin frame background image. Skin frame background image drawing mode. Skin frame background image transparent color. Skin frame background image alignment used by ClampUnscale drawing mode. Skin frame background gradient type. Skin frame second back color which is used for a gradient and hatching. Skin frame border line width. Skin frame border line style. Keep track of all registered 3D borders. Default private constructor. Border types registry public constructor Service container. Returns border type registry service object Servise type to get. Border registry service. Adds 3D border type into the registry. Border type name. Border class type. Returns border type object by name. Border type name. Border type object derived from IBorderType. Border images resource manager. Inteface, which defines the set of standart methods and properties for each border type. Draws 3D border. Graphics to darw the border on. Border skin object. Rectangle of the border. 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. Adjust areas rectangle coordinate to fit the 3D border. Graphics to darw the border on. Position to adjust. Returns the position of the rectangular area in the border where title should be displayed. Returns empty rect if title can't be shown in the border. Title position in border. Border type name. GifConvertor is a helper class to create transparent gif images Makes the transparent GIF bitmap. The bitmap. Color of the transparent. Converts the bitmap to transparent GIF. The orig bitmap. Color of the transparent. Makes the transparent GIF stream. The bitmap. Color of the transparent. Makes the transparent GIF stream. The orig bitmap memory stream. Color of the transparent. ChartAreaAxes class represents axes (X, Y, X2 and Y2) in the chart area. It contains methods that collect statistical information on data and other axes related methods. List of series names that last interval numbers where cashed for Gets main or sub axis from the chart area. Axis name. NOTE: This parameter only defines X or Y axis. Second axisType parameter is used to select primary or secondary axis. Axis type. Sub-axis name or empty string. Main or sub axis of the chart area. Public constructor. Sets default axis values for all different chart type groups. Chart type groups are sets of chart types. Enable axes, which are used in chart area data series. Enable axis. Axis. True if axis is active. Sub axis name to activate. Check if all data points from series in this chart area are empty. True if all points are empty This method sets default minimum and maximum values from values in the data manager. This case is used if X values are not equal to 0 or XValueIndexed flag is set. Axis This method checks if all series in the chart area have “integer type” for specified axes, which means int, uint, long and ulong. Name of the axis Sub axis name. True if all series are integer This method checks if all series in the chart area have “date-time type” for specified axes. Name of the axis Sub axis name. True if all series are date-time. This method claculates minimum and maximum from data series. Axis which is used to find minimum and maximum Minimum value from data. Maximum value from data. Splits a single array of series names into multiple arrays based on the stacked group name. Array of series name to split. An array list that contains sub-arrays of series names split by group name. Find number of points for all series Number of points This method sets default minimum and maximum values from indexes. This case is used if all X values in a series have 0 value or XValueIndexed flag is set. Axis Sets the names of all data series which belong to this chart area to collection and sets a list of all different chart types. Sets the names of all data series which belong to this chart area to collection and sets a list of all different chart types. if set to true the method will initialize axes default values. Returns names of all series, which belong to this chart area and have same chart type. Chart type Collection with series names Returns all series which belong to this chart area. Collection with series Creates a list of series, which have same X axis type. Axis type Sub Axis name A list of series Creates a list of series, which have same Y axis type. Axis type Sub Axis name A list of series Get first series from the chart area Data series This method returns minimum interval between any two data points from series which belong to this chart area. Indicates logarithmic scale. Logarithm Base Minimum Interval This method returns minimum interval between any two data points from specified series. List of series. Indicates logarithmic scale. Base for logarithmic base True if check for the same interval should be performed. Return true if interval is the same. Minimum Interval This method returns minimum interval between any two data points from specified series. List of series. Indicates logarithmic scale. Logarithm Base True if check for the same interval should be performed. Return true if interval is the same. Series with the smallest interval between points. Minimum Interval Calculates the difference between two values in years, months, days, ... First value. Second value. Interval in months. Interval in ticks. True if sub axis supported on this chart area Data series which belongs to this chart area. Chart types which belongs to this chart area. AxisScaleSegment class represents a single segment of the axis with it's own scale and intervals. Default object constructor. Paints the axis break line. Chart graphivs to use. Axis scale segment next to current. Get fill brush used to fill axis break lines spacing. chart graphics. Fill brush. Gets a path of the break line for specified position. Break line position. Indicates if top or bottom break line path should be retrieved. Graphics path with break line path. Gets position of the axis break line. Break line may be shown as a single line or two lines separated with a spacing. Chart graphics. Next segment reference. Position of the axis break line in pixel coordinates. Gets segment scale position and size in relative coordinates. Method takes in consideration segment spacing and space required fro separator. Plotting area size in relative coordinates. Returns scale position. Returns scale size. Saves axis settings and set them from the current segment. Restore previously saved axis settings. Axis segment position in axis size percentage. Axis segment size in axis size percentage. Axis segment spacing in axis size percentage. Axis segment scale maximum value. Axis segment scale minimum value. Axis segment interval size. Axis segment interval offset. Axis segment interval type. Axis segment interval offset type. Object associated with axis scale segment. AxisScaleSegmentCollection is a strongly typed collection of AxisScaleSegment objects. Default public constructor. This constructor is for internal use and should not be part of documentation. Default public constructor. This constructor is for internal use and should not be part of documentation. Chart axis this collection belongs to Removes the given segment from the collection. object to be removed. Adds a segment to the end of the collection. object to add. Index of the newly added object. After new item inserted. Item index. Item object. This is an internal method and should not be part of the documentation. After items is set. The zero-based index at which oldValue can be found. The value to replace with newValue. The new value of the element at index. This is an internal method and should not be part of the documentation. Ensures that specified axis scale segmnent is used for all coordinate transformations. Set tot NULL to reset. Find axis scale segment that should be used to translate axis value to relative coordinates. Axis value to convert. Scale segment to use for the convertion. Axis scale segment collection indexer. The AxisScaleSegment object index can be provided as a parameter. Returns the object. This class is used for calculations of time series and forecasting Public constructor. The first method in the module, which converts a formula name to the corresponding private method. String which represent a fomula name Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Formula parameters Array of strings - Extra Formula parameters from DataManipulator object Array of strings - Used for Labels. Description for ouput results. Forecasting formula predicts future values of the time series variable. Multiple regressions are used for this forecasting model. Any method of fitting equations to data may be called regression. Such equations are valuable for at least two purposes: making predictions and judging the strength of relationships. Of the various methods of performing regression, Last Square is the most widely used. This formula returns two more series, which represents upper and lower bond of error. Error is based on standard deviation and represents a linear combination of approximation error and forecasting error. --------------------------------------------------------- Input: - Y values. Output: - Forecasting - uper bond error - lower bond error Parameters: - Polynomial degree (Default: 2 - Linear regresion ) - Forecasting period (Default: Half of the series length ) - Returns Approximation error (Default: true) - Returns Forecasting error (Default: true) Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Any method of fitting equations to data may be called regression. Such equations are valuable for at least two purposes: making predictions and judging the strength of relationships. Of the various methods of performing regression, Last Square is the most widely used. Type of regresion, Polynomial, exponential, etc. Arrays of doubles - Input values Arrays of doubles - Output values Polynomial degree (Default: 2 - Linear regresion ) Forecasting period (Default: Half of the series length ) Any method of fitting equations to data may be called regression. Such equations are valuable for at least two purposes: making predictions and judging the strength of relationships. Of the various methods of performing regression, Last Square is the most widely used. Type of regresion, Polynomial, exponential, etc. Arrays of doubles - Input values Arrays of doubles - Output values Polynomial degree (Default: 2 - Linear regresion ) Forecasting period (Default: Half of the series length ) Interval for logarithmic scale This method recalculates determinant. This method is used for recursive calls for sub determinants too. Input determinant Result of determinant This method will create a new determinant, which is smaller by one rank (dimension). Specified column and zero rows will be skipped. Input determinant Position of column, which has to be skipped New determinant This method will copy determinant Input determinant New determinant Formula Module name Type of regression Polynomial trend Logarithmic trend Power trend Exponential trend CommandRegistry class contains static methods for intitializing and access to registry with CommandExecutor objects. Default top level commands Registry list Static constructor CommandRegistry class. Intializes commands. Maps and gets CommandExecutor instance corresponded on ChartCommandType The ChartCommandType CommandExecutor instance corresponded on type Gets array of default top level CommandExecutor instances; array of CommandExecutor objects Registers a CommandExecutor object into registry CommandExecutor object to register Registers known commands into registry Checks the security permision Security permision to check True if permisioon is allowed Invokes demand of security permision. Expects exception if permission is set. Security permision to check The which implement this interface perform drawing to supply image. Usualy images are in to resource and can be loaded by Chart.NamedImages The image which supply this The which implements this interface needs to wait for next mouse click for properly execution. CommandExecutor is a base internal class for all command implementations. You can find it as property. This class provides default information - text, images to interfaced Command object. The chart command type Default toggle style Name of the command, retrieved from resource Text of the command, retrieved from resource Description of the command, retrieved from resource Default shortcut of the command The image name of the command Parced params Initializes new instance of CommandExecutor class The which implements this CommandExecutor. Returns true if this command support enable/disable state Check command togle state against object context. Command to check Object context additional parameters True if command is in toggle state Check command enable state against object context. Command to check Object context True if command is in toggle state Check command enable state against object context. Command to check Object context Parameters context True if command is in toggle state Executes a command. The original object which invoke this call The context object which command to apply. It can be array of objects. Parameters for additional tunning of the execution Gets array of ChartCommandType which represents default sub commands. Array of ChartCommandType Returns set of supportwd elements of this command Returns set of supportwd elements of this command Gets defined of this command executor Gets defined of this command executor. Default is Menu. The command popup style Reads object fields from resources Gets image name registered in Chart.NamedImageCollection or dynamicaly loaded from resources Formated image name Loads property (string) from string resource. Property name to load String read from resource Parses command parameter string and fills string dictionary with key value pairs Parameter string to parse Dictionary with key/value pairs Creates list with chart elements in defined context type. Command which targets specified chart elements. Used for chart object access Target context elements True to return only first element, false to return all elements List with ObjectInfo instances which hold chart elements Creates list with chart elements (ObjectInfo instances) from defined context and parameters. Command which targets specified chart elements. Used for chart object access The context of elements for inspection Command string parameters Target context type to filter ouput List with ObjectInfo instances which hold chart elements Gets the command type. Gets the default name against from internationalized resource. Gets the default text against from internationalized resource. Gets the default description against from internationalized resource. Gets the default shortcut against from internationalized resource. Gets the default image name. The image can be loaded from Chart.NamedImages in case this CommandExecutor doesnot implement ICommandSupplyImage interface. In this case image starts with "$$$" and cannot be loaded from Chart.NamedImages Gets the default . Gets the default Gets array with default SubCommands this Gets the which represents if command is empty and do nothing ( ) or executable ( ) or both ( ). ColumnChart class provides 2D/3D drawing and hit testing functionality for the Column and RangeColumn charts. The only difference between the RangeColumn and Column chart is that 2 Y values are used to position top and bottom side of each RangeColumn column. Labels and markers have to be shifted if there is more than one series for column chart. Labels and markers have to be shifted if there is more than one series for column chart. This property will give a name of the series, which is used, for labels and markers. Point chart Indicates that two Y values are used to calculate column position Indicates that columns from different series are drawn side by side Coordinates of COP used when sorting 3D points order Gets chart type image. Chart types registry object. Chart type image. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Default constructor Paint Column Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method recalculates size of the columns and paint them or do the hit test. This method is used from Paint or Select method. Mode which draws only labels and markers. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Returns column drawing style Point. Series. Drawing Style Returns column label position Point. Series. Point index. Label position. Draws 2D column. Chart graphics. Vertical axis. Column position and size. Column data point. Column series. Gets label position for the column depending on the Y value. Return automaticly detected label position. Data series. Point index. Label aligning. Indicates that markers are drawn on the X edge of the data view. False. Column chart never draws markers on the edge. This method recalculates size of the columns and paint them or do the hit test in 3d space. This method is used from Paint or Select method. Mode which draws only labels and markers. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method prepares animation coordinates for 3D Column chart. Common Elements Position of 3d projection of the cube without transformations. Z position of the cube without transformations Depth of 3D cube Transformation matrix Chart Graphics Point has negative value Data Point Draws\Hit tests single 3D point. 3D point information. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Column position Point index. Chart type name True if chart type is stacked True if chart type supports axeses True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend Indicates that extra Y values are connected to the scale of the Y axis True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Number of supported Y value(s) per point If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) Labels and markers have to be shifted if there is more than one series for column chart. Labels and markers have to be shifted if there is more than one series for column chart. This property will give a name of the series, which is used, for labels and markers. ColumnChart class contains all the code necessary to draw both Column and RangeColumn charts. The RangeColumnChart class is used to override few default settings, so that 2 Y values will be used to define top and bottom position of each column. Public constructor Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. This method draws label. The Chart Graphics object The Common elements object Chart area for this chart Column position Data point Data series Data point index. Draws\Hit tests single 3D point. 3D point information. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Column position Point index. Paint Range Column Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Chart type name If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) Number of supported Y value(s) per point Indicates that extra Y values are connected to the scale of the Y axis PropertyPages3DClassControl is an user control for setup 3D appearance of the chart. Part of property pages. Gets the chart area. Determines whether this instance is visible. true if this instance is visible; otherwise, false. Applies changes to the specified chart area. Chart area the changes apply to. Applies the changes. Inits the page. The control. Raises the event. An object that contains the event data. DundasScrollbar is a web control used in scrolling feature Initializes a new instance of the class. The chart. The reset params. The scrollbar. Gets the Tumb compensation. Gets the short dimension. Gets the long dimension. Gets the length of the outer tumb. Gets the start tumb position. Determines whether this instance has buttons. true if this instance has buttons; otherwise, false. Determines whether has reset button. true if [has reset button]; otherwise, false. Gets the buttons count. Gets the length of the tumb. Gets the empty image. Sets the background image. The control. Name of the image. Gets the image. Name of the image. Gets the positioned image. Name of the image. The position. Gets the div element. The position. Gets the tumb. Sets the background. The control. The color. if set to true [try dark]. Gets the background. Gets the cell. Type of the item. Populates the java script. Renders the control to the specified HTML writer. The object that receives the control content. Gets a value indicating whether this instance is vertical. true if this instance is vertical; otherwise, false. Gets or sets the max scroll. The max scroll. Gets or sets the min scroll. The min scroll. Gets or sets the position. The position. Gets or sets the scroll element ID. The scroll element ID. ChartCallbackManager is a class exposed into the chart and handle with callbacks, chart viewstate, chart rendering in user interactive mode and contain several public methods for helping callback calls. The parent service container; The parent chart The ZoomEngine reference Current callback argument Current callback info for context menu and for down menus. Default system command prefix used for all internal commands. All internal command names starts with this prefix. The current callback output Flag that indicates if the chart should be rendered. For example when popup a menu from the toolbar chart should not be rendered. Flag that indicates if the chart will save state into the session. Flag that indicates that the viewstate has been loaded. Flag that indicates that the viewstate has been loaded for chart. Flag that indicates that the viewstate has been saved. The inner chart container in interactive mode named (ChartName)Ex The outer chart container in interactive mode named (ChartName)Panel Relative Y offset for next element Callback state content propery shadow Determines whether the contol is rendered in callback or normal render List of attached external toolbars Initializes a new instance of the class. The service. Gets the state of the zooming. This state is used during drawing in order to be performed different logic like enlarged axis drawing The state. Disables the chart update. Suppress chart rendering during callbacks. if set to true chart will be not rendered. Obtains a reference to a client-side function that, when invoked, initiates a client call back to a server-side event which is handled by the Chart. The browser event bubbling will be canceled. The control which handles the arguments String which is passed to the targetControl String which represents javascript function. Obtains a reference to a client-side function that, when invoked, initiates a client call back to a server-side event which is handled by the Chart. The browser event will not be passed and event bubbling will not be canceled. The control which handles the arguments String which is passed to the targetControl String which represents javascript function. Obtains a reference to a client-side function that, when invoked, initiates a client call back to a server-side event which is handled by the Chart. The call will be asyncronous and the browser event will not be passed and event bubbling will not be canceled. The control which handles the arguments String which is passed to the targetControl String which represents javascript function. Obtains a reference to a client-side function that, when invoked, initiates a client call back to a server-side event which is handled by the Chart. The control which handles the arguments String which is passed to the targetControl if set to true then cursor wait is shown. Also the call will be asynchronous. if set to true then document event is passed as parameter and bubbling will be canceled. It is useful for element events - onlick, onmousedown, etc. String which represents javascript function. Gets the callback client hyperlink. The command. The arguments. String which represents javascript function. Updates the client control. The control id. Content of the control. Updates the client control. The control. Executes the client script. The javascript source code. Adds the a toolbar. The t. Removes the a toolbar. The t. Gets the toolbar identificators (Unique ClientIDs). Gets the toolbars. Sets the save chart state flag. This flag can suppress saving the chart state into session.It is used to avoid unnessesary savings. if set to true the chart will be saved. Sets the render chart image flag. This flag can suppress rendering the chart to avoid unnessesary renderings. if set to true the chart will be rendered. Gets the callback event reference for internal commands. The command. The arguments. Determines whether chart has image maps. true if chart has image maps; otherwise, false. Adds to the callback output given content by name ( param). The param could be html item ID or "javascript" or "ds_popup" The param. The content. Adds a web control to the callback output. It renders the control and add it to the output list. The control. Gets the click point. The arg. Processes the click event. Processes the axis scroll event. Processes the color dialog request. Renders the gradient image box (the small image into DundasHatchGradientListBox). The data. The color1. The color2. Processes request and render the gradient control (DundasHatchGradientListBox). Processes the request for the font dialog (when press the button of DundasFontEditor to popup the font dialog. Processes the internall command event (from UI ) request. Processes the internall command event (from UI ) request. Processes the request for context menu. Processes all the internal events. Gets the type of CallbackStateContent. Determines the CallbackStateContent if it is "Auto" Initialize the view state engine. Charts remove viewstate on post render . Determines whether view state is loaded. true if view state is loaded; otherwise, false. Determines whether view state is saved. true if view state is saved; otherwise, false. Gets the session key. Gets the mac key modifier used for ciphering the custom view state. Determines whether is chart is target for the callback. Eliminates loading the viewstate if the chart will not handle the current callback. true if chart is target; otherwise, false. Loads the chart viewstate data from a session variable. Returns true if the chart state is loaded successfully Loads the state of the chart. Loads the state of the chart. if set to true force load chart data. Saves the chart viewstate data to a session variable. Saves the state of the chart (unforced). Saves the state of the chart. if set to true the saving is forced. Cleanups the auto detect value types of the series. Reverts the auto detect value types of the series. Cleanups the custom labels. Gets the state of the chart as object Pair. Gets the chart series data. Sets the content of the chart state. The instance containing the event data. Gets non-serializable chart content for the template serialization. Non-serializable chart content string for the template serialization. Registers the dialog pattern. The dialog pattern is used from DHTML to create poup dialogs Processes and register the chart static resources. Gets the element top offset. Height of the control. Gets the element top offset. Height of the control. Builds the chart image. Fixes the panel inline display. The ordinary chart represents an img element which is inline element (doesn't break the page). This makes the interactive chart which is div element to behaive as a img element. The panel. Builds the outer chart panel which contains all elements. Renders the interactive chart (not callback rendering). The writer. Gets the service. Type of the service. Gets the last evaluated most small area. Evaluates the most small area. Calculates ans fix the area size and position with biggest axis labels in order to reserve the space for them. Restores the most small area position changed from . Returns the results of a callback event that targets the control. The result of the callback. Processes a callback event that targets a control. A string that represents an event argument to pass to the event handler. returns chart image rendering flag Determines the type. The type. Gets a value indicating whether this is activated to deploy scripts. true if activated; otherwise, false. Gets a value indicating whether UI is activated. true if UI is activated; otherwise, false. Gets the chart. The chart. Gets the chart parent page. The page. Gets the current callback arguments. The current args. Gets or sets the session key - the string which is used as key for session variable to save chart state into session. The session key. Gets the zoom engine. The zoom engine. Gets the inner container which contain all objects including the chart. The container. Gets the outer panel container. The panel container. Gets the callback output list of scripts and renderend html items. The callback output list. Gets the current ajax arguments. The current ajax arguments. Gets the current context for context menu and toolbar. The current context. Gets the formater. The formater. CommandAjaxArgs contain information for context and dropdown menus as click point and flag for drop down. The information comming from specialized callback parameters gerenated by AjaxUtils.CreateCommandStub and AjaxUtils.GetDropDownCallback. Initializes a new instance of the class. The query. Parses the point info. The point info. Gets or sets the name of the command. The name of the command. Gets or sets a value indicating whether dropdown menu command. true if is dropdown menu command; otherwise, false. Gets or sets the command params. The command params. Gets or sets the click point. The click point. Provides data for the event. Initializes a new instance of the class. The chart. if set to true chart state will not be saved. if set to true chart data (series data) will not be saved. Initializes a new instance of the class. The chart. Saves chart state to stream. The stream. Converts chart state to byte array. The byte array Gets the state of the chart without series data. The state of the chart. Gets the chart series data. The chart data. Gets or sets a value indicating whether to cancel saving the chart state without series data. true to cancel saving chart state otherwise, false. Gets or sets a value indicating whether to cancel saving chart series data. true if to cancel saving series data; otherwise, false. Provides data for the event. Initializes a new instance of the class. The chart. Loads chart state from stream. The stream. Loads chart state from a byte array. The bytes. Gets or sets the state of the chart without series data. The state of the chart. Gets or sets the chart series data. The chart data. Chart save state event handler delegate. Chart load state event handler delegate. Indicates what type of chart state must be keeped into session variable to track chart callback changes. Automated selection of save/restore behaviour: The Auto works under folowing rules: All - if UI is activated (toolbar and context menu) SeriesDataOnly if only zooming and scrolling is enabled and the particular series is not databinded. None in all other cases including when user callback is used. Saves and restores the all chart state without series data points. Saves and restores the only chart series data points. Saves and restores the all chart state including series data points. Saving and restoring will be not performed. Axis view zoom reset event handler delegate Axis data view zoom reset changing event arguments. Creates axis data view event arguments. Axis of the data view. The number of views. Axis of the event. Chart area of the event. New data view start position. Dynamic session manager Constructor. Initializes or gets session guid. Session guid should be regenerated. Checks session guid argument to be checked Checks status and re-throws exception if any Grouping functions types Not defined Minimum value of the group Maximum value of the group Average value of the group Total of all values of the group Value of the first point in the group Value of the last point in the group Value of the center point in the group High, Low, Open, Close values in the group High, Low values in the group Number of points in the group Number of unique points in the group Variance of points in the group Deviation of points in the group Interval type enumeration Interval in numbers Interval in years Interval in months Interval in weeks Interval in days Interval in hours Interval in minutes Interval in seconds Interval in milliseconds Date range type enumeration Range defined in years Range defined in months Range defined in week days Range defined in months day Range defined in hours Range defined in minutes Compare method enumeration One value is more than another One value is less than another One value is equal another One value is more or equal to another One value is less or equal to another One value is not equal to another IDataPointFilter interface used for filtering series data points. Checks if specified data point must be filtered. Data point object. Series of the point. Index of the point in the series. True if point must be removed DataManipulator class is used at run-time to perform data manipulation operations, and is exposed using the DataManipulator property of the root Chart object. FormulaData class provides properties and methods, which prepare series data for technical analyses and time series and forecasting formulas and prepare output data to be displayed as a chart. Early version of the Chart control uses 'Formula' method which takes formula name as string parameter. Later all 'Formula' methods were depricated and replaced with 'FormulaFinancial' methods which take an enumeration as first parameter. All X values are zero. Utility class for Statistical formulas Default constructor This method calls a method from a formula module with specified name. Formula Name Formula parameters Comma separated input data series names and optional X and Y values names. Comma separated output data series names and optional X and Y values names. This method will set indexes for all x values if they are 0. Array of series which indexes has to be converted. This method calls a method from a formula module with specified name. Formula Name Input Data Series This method calls a method from a formula module with specified name. Formula Name Input Data Series Output Data Series This method calls a method from a formula module with specified name. Formula Name Formula parameters Input Data Series Output Data Series This method calls a method from a formula module with specified name. Formula Name Comma separated input data series names and optional X and Y values names. This method calls a method from a formula module with specified name. Formula Name Comma separated input data series names and optional X and Y values names. Comma separated output data series names and optional X and Y values names. This method will set series X and Y values from matrix of double values. Array of output series Array of Y value indexes Array of doubles which will be used to fill series Array of labels This method will convert a string with information about series and y values to two arrays. The first array will contain series and the second array will contain corresponding indexes to y values for every series. The arrays have to have the same number of items. A string with information about series and Y values Array of Data Series Array of Y value indexes Do not create new series if input series are used Returns Jagged Arrays of doubles from array od series. A jagged array is merely an array of arrays and it doesn't have to be square. The first item is array of X values from the first series Array of Data Series Array with indexes which represent value from data point: 0 = X, 1 = Y, 2 = Y2, 3 = Y3 Jagged Arrays of doubles Returns Jagged Arrays of doubles from array od series. A jagged array is merely an array of arrays and it doesn't have to be square. The first item is array of X values from the first series Array of Data Series Array with indexes which represent value from data point: 0 = X, 1 = Y, 2 = Y2, 3 = Y3 Jagged Arrays of doubles Ignor Zero X values Merge, split or move Y values of the series. Comma separated input data series names and optional X and Y values names. Comma separated output data series names and optional X and Y values names. This method will first copy input matrix to output matrix then will remove columns, which have one or more empty values (NaN) from the output matrix. This method will set all values from column of input matrix to be empty (NaN) if one or more values of that column are empty. Input matrix with empty values Output matrix without empty values This method will compare a input matrix with empty data points and output matrix without empty data points and add empty data points to output matrix according to input matrix empty data point positions. Matrix With input data Matrix without empty data points New Matrix with inserted data points This method splits a string with comma separated parameters to the array of strings with parameters. a string with comma separated parameters the array of strings with parameters Check if series have different number of series. Input series. true if there is different number of series. This method will check if X values from different series are aligned. Array of series This method calls a method from a formula module with specified name. Formula Name Formula parameters Comma separated input data series names and optional X and Y values names. Comma separated output data series names and optional X and Y values names. This method calls a method from a formula module with specified name. Formula Name Input Data Series This method calls a method from a formula module with specified name. Formula Name Input Data Series Output Data Series This method calls a method from a formula module with specified name. Formula Name Formula parameters Input Data Series Output Data Series This method calls a method from a formula module with specified name. Formula Name Comma separated input data series names and optional X and Y values names. This method calls a method from a formula module with specified name. Formula Name Comma separated input data series names and optional X and Y values names. Comma separated output data series names and optional X and Y values names. Indicates that empty points are ignored while performing calculations. Otherwise empty points are treated as zeros. Start formulas like rolling average from zero. Resturns Statistical Utility class Helper function that converts one series or a comma separated list of series names into the Series array. Series or string of series names. If series with this name do not exist - create new. Array of series. Public constructor Sort series data points in specified order. Sorting order. Value to sort by. Series array to sort. Sort series data points in specified order. Comparing interface. Series array to sort. Sort series data points in specified order. Sorting order. Value to sort by. Comma separated sereies names to sort. Sort series data points in specified order. Sorting order. Series to sort. Sort series data points in specified order. Sorting order. Comma separated series names to sort. Sort series data points in specified order. Sorting order. Value to sort by. Series to sort. Sort series data points in specified order. Comparing interface. Series to sort. Sort series data points in specified order. Comparing interface. Comma separated series names to sort. Insert empty data points using specified interval. Interval size. Interval type. Interval offset size. Interval offset type. Check intervals from this X value. Check intervals until this X value. Series array. Helper function which converts IntervalType enumeration into DateTimeIntervalType enumeration. Interval type value. Date time interval type value. Insert empty data points using specified interval. Interval size. Interval type. Series to insert the empty points in. Insert empty data points using specified interval. Interval size. Interval type. Series name to insert the empty points in. Insert empty data points using specified interval. Interval size. Interval type. Interval offset size. Interval offset type. Series name to insert the empty points in. Insert empty data points using specified interval. Interval size. Interval type. Interval offset size. Interval offset type. Series to insert the empty points in. Insert empty data points using specified interval. Interval size. Interval type. Interval offset size. Interval offset type. Check intervals from this X value. Check intervals until this X value. Series name to insert the empty points in. Insert empty data points using specified interval. Interval size. Interval type. Interval offset size. Interval offset type. Check intervals from this X value. Check intervals until this X value. Series to insert the empty points in. Export series data into the DataSet object. Array of series which should be exported. Data set object with series data. Export all series from the collection into the DataSet object. Data set object with series data. Export series data into the DataSet object. Comma separated series names which should be exported. Data set object with series data. Export series data into the DataSet object. Series which should be exported. Data set object with series data. Keeps only N top/bottom points of the series Number of top/bottom points to return. Input series array. Output series array. Defines which value of the point use in comparison (X, Y, Y2, ...). Indicate that N top values must be retrieved, otherwise N bottom values. Filter data points using IDataPointFilter interface Data points filtering interface. Input series array. Output series array. Helper function to convert elements indexes from a string into an array of integers Element indexes string. Ex:"3,5,6-9,15" Array of integer indexes. Helper function, which checks if specified point matches the criteria Element type. Array of element indexes ranges (pairs). Data point to check. Series of the data point. Data Point index. True if point matches the criteria. Filters points using the elements indexes. Element type. Comma separated element indexes. Comma separated input series names. Comma separated output series names. Filters points using the elements indexes. Element type. Comma separated element indexes. Input series. Filters points using the elements indexes. Element type. Comma separated element indexes. Input series. Output series. Filters points using the elements indexes. Element type. Comma separated element indexes. Comma separated input series names. Filters points by point's values. Value comparing method. Value to compare with. Input series. Filters points by point values. Value comparing method. Value to compare with. Input series. Output series. Filters points by point values. Value comparing method. Value to compare with. Input series. Output series. Defines which value of the point use in comparison (X, Y, Y2, ...). Filters points by point values. Value comparing method. Value to compare with. Comma separated input series names. Filters points by point values. Value comparing method. Value to compare with. Comma separated input series names. Comma separated output series names. Filters points by point values. Value comparing method. Value to compare with. Comma separated input series names. Comma separated output series names. Defines which value of the point use in comparison (X, Y, Y2, ...). Keeps only N top/bottom points of the series. Number of top/bottom points to return. Comma separated input series names. Comma separated output series names. Defines which value of the point use in comparison (X, Y, Y2, ...). Indicate that N top values must be retrieved, otherwise N bottom values. Keeps only N top/bottom points of the series. Number of top/bottom points to return. Input series. Keeps only N top/bottom points of the series. Number of top/bottom points to return. Input series. Output series. Keeps only N top/bottom points of the series. Number of top/bottom points to return. Input series. Output series. Defines which value of the point use in comparison (X, Y, Y2, ...). Keeps only N top/bottom points of the series. Number of top/bottom points to return. Input series. Output series. Defines which value of the point use in comparison (X, Y, Y2, ...). Indicate that N top values must be retrieved, otherwise N bottom values. Keeps only N top/bottom points of the series. Number of top/bottom points to return. Comma separated input series names. Keeps only N top/bottom points of the series. Number of top/bottom points to return. Comma separated input series names. Comma separated output series names. Keeps only N top/bottom points of the series. Number of top/bottom points to return. Comma separated input series names. Comma separated output series names. Defines which value of the point use in comparison (X, Y, Y2, ...). Filters data points using IDataPointFilter interface. Filtering interface. Input series. Filters data points using IDataPointFilter interface. Filtering interface. Input series. Output series. Filters data points using IDataPointFilter interface. Filtering interface. Comma separated input series names. Filters data points using IDataPointFilter interface. Filtering interface. Comma separated input series names. Comma separated output series names. Grouping by X value, when it’s a string (stored in AxisLabel property). Grouping formula. Array of input series. Array of utput series. Groups series points in the interval with offset Grouping formula. Interval size. Interval type. Interval offset size. Interval offset type. Array of input series. Array of utput series. Adds current point values to the temp. formula results. Array of functions type. Temp. point values. Point series. Current point. Current point index. Index of the first point in the interval. Index of the last point in the interval. Indicates that interval processing is finished. Number of skiped points in the interval. Checks the formula format and returns an array of formula types for each X and each Y value of the input series. Array of input series. Formula string. Number of values in output series. Array of functions for each Y value. Parse one formula with optional value prefix. Example: "Y2:MAX" One formula name with optional value prefix. Return value index. Formula type. Checks if input/output series parameters are correct. If not - fires an exeption. Input series array. Output series array. Groups series points in the interval. Grouping formula. Interval size. Interval type. Input data series. Groups series points in the interval. Grouping formula. Interval size. Interval type. Comma separated input data series names. Groups series points in the interval with offset. Grouping formula. Interval size. Interval type. Interval offset size. Interval offset type. Input data series. Groups series points in the interval with offset. Grouping formula. Interval size. Interval type. Interval offset size. Interval offset type. Comma separated input data series names. Grouping by X value, when it’s a string (stored in AxisLabel property). Grouping formula. Comma separated input data series names. Comma separated output data series names. Grouping by X value, when it’s a string (stored in AxisLabel property). Grouping formula. Input data series. Grouping by X value, when it’s a string (stored in AxisLabel property). Grouping formula. Comma separated input data series names. Groups series points in the interval with offset. Grouping formula. Interval size. Interval type. Interval offset size. Interval offset type. Comma separated input data series names. Comma separated output data series names. Groups series points in the interval. Grouping formula. Interval size. Interval type. Input data series. Output data series. Groups series points in the interval. Grouping formula. Interval size. Interval type. Comma separated input data series names. Comma separated output data series names. Groups series points in the interval with offset. Grouping formula. Interval size. Interval type. Interval offset size. Interval offset type. Input data series. Output data series. Grouping by X value, when it is a string (stored in AxisLabel property). Grouping formula. Input data series. Output data series. Indicates that data points are only marked as empty when filtering, otherwise they are removed from the series. Indicates that data points are filtered when they match the criteria, otherwise they are filtered when they do not match the criteria. Data point filter. Filters points using element type and index Public constructor. Data manipulator object. Range type. Range elements to filter. Data points filtering method. Data point. Data point series. Data point index. Indicates that point should be filtered. Data point filter. Filters points using point values Default constructor is not accesiable Public constructor. Data manipulator reference. Comaring method. Comparing constant. Value used in comparison. IDataPointFilter interface method implementation Data point. Data point series. Data point index. Indicates that point should be filtered. Class stores information about the grouping function type and index of output value. Default constructor Constructor. Grouping function. Output value index. Specify Rendering Type GDI+ Type SVG Type SVG Type ChartRenderingEngine class provides a common interface to the graphics rendering and animation engines. Internally it uses SvgChartGraphics, FlashGraphics or GdiGraphics classes depending on the ActiveRenderingType property settings. 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 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. Animates and draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. RectangleA 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. Animates and fills the interior of a rectangle specified by a RectangleA structure. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching RectangleF structure that represents the rectangle to fill. Animates and draws a line connecting the two points specified by coordinate pairs. Graphics pen Animated Color used instead of pen color. Point structure that represents the first point to connect. Point structure that represents the second point to connect. Animates and draws the interior of a ellipse specified by a RectangleA structure. Graphics pen Animated Color used instead of pen color. RectangleF structure that represents the rectangle to fill. Animates and draws a rectangle specified by a coordinate pair, a width, and a height. Graphics pen Animated Color used instead of pen color. A RectangleA structure that represents the rectangle to animate and draw. Animates and draws a polygon defined by an array of Point structures. Graphics pen Animated Color used instead of pen color. Array of Point structures that represent the vertices of the polygon. Animates and fills the interior of a ellipse specified by a RectangleA structure. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching RectangleA structure that represents the ellipse to animate and fill. Animates and fills a polygon defined by an array of Point structures. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching Array of Point structures that represent the vertices of the polygon. Animates and draws 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. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Animated Color used instead of pen color. A RectangleA structure that represents the rectangle text to animate and draw. Animates and 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. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Animated Color used instead of pen color. A pointA structure that represents position of the text 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. Brush object that determines the color and texture of the drawn text. RectangleF structure that specifies the location of the drawn text. Animation color. A RectangleA structure that represents the rectangle text to animate and draw. 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. Brush object that determines the color and texture of the drawn text. PointF structure that specifies the upper-left corner of the drawn text. Animated Color used instead of pen color. A pointA structure that represents position of the text Fills or draw the interior of a polygon defined by an array of points specified by PointF structures . Solid brush used for fill Pen used for outlines Array of PointF structures that represent the vertices of the polygon to fill or draw. True if polygon is filled, false if drawn. Animated Color used instead of pen color. A pointA structure array that represents position of the text Color used for gradient and hatch This method converts Rectangle to rectangleF and Brush Color to ColorA Brush object that determines the characteristics of the fill. RectangleF structure that represents the rectangle to fill. Animated Rectangle Animated Color Color used for gradient and hatch 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. Animated Color Animated Rectangle Color used for gradient and hatch 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. Animated Color Animated First Point Animated Second Point 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. Animated Color Animated Rectangle 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. RectangleF structure that represents the rectangle to fill. Animated Color Animated Rectangle Get colors from the brush First color Second color Brush This method maps point to the line. Point which have to be mapped The first point of the line The second point of the line Mapped point This method maps all points to the line. Poits which have to be mapped The first point to the line The second point of the line This method maps all points to the closest end points. Points which are moved Animated Start Points of the region Animated End Points of the region Open Flash File for writing. Stream used for flash output Size of the picture Open Svg File for writing Output Svg File Size of the picture Structure with extra parameters 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 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 starts SVG Selection mode Data Point which attributes are used for SVG selection This method starts SVG Selection mode Data Point which attributes are used for SVG selection Indicates if point label region is processed. 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 SCG 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 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 Reference to the Animation Manager Class which contains information about animated values: times, values end repeating. Start Value used at the beginning of animation. End Value used at the end of animation. Start time for this animation segment. End time for this animation segment. If true this animation segment should be repeated. Time between two animation segments. Class which contains information about animated colors: times, values end repeating. Start Color for animation End Color for animation Start time for this animation segment. End time for this animation segment. If true this animation segment should be repeated. Time between two animation segments. Class which contains information about animated Point: times, values end repeating. This class uses floating points. Convert PointA to PointF RectangleF structure. X animated coordinate. Y animated coordinate. Class which contains information about animated rectangle: times, values end repeating. This class uses floating points. Convert RectangleA to RectangleF RectangleF structure. X animated coordinate. Y animated coordinate. Animated width of the rectangle. Animated height of the rectangle. Enumerations extends the Boolean time allowing for the automatic behaviour option. Auto mode Enabled Disabled Data point label alignment. Label aligned on the top of the marker. Label aligned on the bottom of the marker. Label aligned on the right of the marker. Label aligned on the left of the marker. Label aligned on the top-left of the marker. Label aligned on the top-right of the marker. Label aligned on the bottom-left of the marker. Label aligned on the bottom-right of the marker. Label aligned in the center of the marker. Series chart type. Point chart type. FastPoint chart type. Bubble chart type. Line chart type. Spline chart type. StepLine chart type. FastLine chart type. Bar chart type. Stacked bar chart type. Hundred percent stacked bar chart type. Column chart type. Stacked column chart type. Hundred percent stacked column chart type. Area chart type. Spline area chart type. Stacked area chart type. Hundred percent stacked area chart type. Pie chart type. Doughnut chart type. Stock chart type. CandleStick chart type. Range chart type. Spline range chart type. Gantt chart type. Range column chart type. Radar chart type. Polar chart type. Error bar chart type. Box plot chart type. Renko chart type. ThreeLineBreak chart type. Kagi chart type. PointAndFigure chart type. Funnel chart type. Pyramid chart type. Axis Arrow orientation Arrow direction is Right - Left Arrow direction is Left - Right Arrow direction is Bottom - Top Arrow direction is Top - Bottom Chart 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 Axis Enabled mode Auto mode Always enabled Always disabled Date Time Interval Type Auto Mode The Interval is Number The Interval is Year The Interval is Months The Interval is Weeks The Interval is Days The Interval is Hours The Interval is Minutes The Interval is Seconds The Interval is Milliseconds Interval type is not defined. Chart Value Types Auto value Double value Single value Integer value Long value Unsigned integer Unsigned long String Date Time Date only Time only Chart hatching style No hatching BackwardDiagonal Cross DarkDownwardDiagonal DarkHorizontal DarkUpwardDiagonal DarkVertical DashedDownwardDiagonal DashedHorizontal DashedUpwardDiagonal DashedVertical DiagonalBrick DiagonalCross Divot DottedDiamond DottedGrid ForwardDiagonal Horizontal HorizontalBrick LargeCheckerBoard LargeConfetti LargeGrid LightDownwardDiagonal LightHorizontal LightUpwardDiagonal LightVertical NarrowHorizontal NarrowVertical OutlinedDiamond Percent05 Percent10 Percent20 Percent25 Percent30 Percent40 Percent50 Percent60 Percent70 Percent75 Percent80 Percent90 Plaid Shingle SmallCheckerBoard SmallConfetti SmallGrid SolidDiamond Sphere Trellis Vertical Wave Weave WideDownwardDiagonal WideUpwardDiagonal ZigZag Anti Alias Mode Anti aliasing is enabled Anti aliasing is disabled Text AntiAliasing quality. Normal antialiasing quality. High antialiasing quality. System default antialiasing quality. Anti Aliasing flags No anti aliasing. Use anti aliasing when drawing text. Use anti aliasing when drawing grahics primitives (lines, rectangle, ...) Anti alias everything. Marker Style Marker disabled The marker style is Square The marker style is Circle The marker style is Diamond The marker style is Triangle The marker style is Cross The marker style is 4 corner star The marker style is 5 corner star The marker style is 6 corner star The marker style is 10 corner star 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. Chart areas aligment orientation. No alignment. Vertical alignment. Horizontal alignment. Horizontal and vertical alignment. Chart areas aligment orientation. No alignment. Align areas position. Align areas inner plot position. Cursor and Selection alignment. Align axes views of the chart areas. Complete alignment. This class is used to create and display a chart area on the chart picture. The chart area is rectangle area on the chart picture, which has 4 axes, horizontal and vertical grids and different or same chart types. A Chart area can contain more than one different chart type. ChartArea class expose all the properties and methods of its base ChartArea3D class. ChartArea3D class represents 3D chart area. It contains all the 3D scene settings and methods for drawing the 3D plotting area calculating the depth of chart elements and others. Public constructor Indicates that series order should be reversed to simulate Y axis rotation. Old X axis reverse flag Old Y axis reverse flag Old Y axis rotation angle Drawing order of series List of all stack group names This list contains an arry of series names for each 3D cluster Apply 3D transformations on the array of 3D Points. 3D Points array. Draws chart area 3D scene, which consists of 3 or 2 walls. Chart graphics object. Chart area 2D position. Helper method which return True if bottom wall of the chart area scene is visible. True if bottom wall is visible. Helper method which return True if main wall of the chart area scene is displated on the front side. True if front wall is visible. Helper method which return True if side wall of the chart area scene is displated on the left side. True if bottom wall is visible. Calculates the Z position of specified series center. Series object. Returns series Z position (center). Calculates the depth of specified series. Series object. Returns series depth. Calculates area 3D scene depth depending on the number of clustered series and interval between points. Returns the depth of the chart area scene. Calculates the depth and Z position for specified series. Series object. Returns series depth. Returns series Z position. Returns number of clusters on the Z axis. Number of clusters on the Z axis. Get series cluster index. Series object. Series cluster index. This method is used to calculate estimated scene depth. Regular scene depth method can not be used because Plot area position is zero. Instead, Chart area position is used to find depth of the scene. Algorithm which draws axis labels will decide what should be size and position of plotting area. Returns estimated scene depth Estimate Interval for 3D Charts. When scene is rotated the number of labels should be changed. Chart graphics object. Calculates real Y angle from Y angle and reverseSeriesOrder field Real Y angle Check if surface element should be drawn on the Back or Front layer. Surface name. Back/front layer. Indicates that element is on the edje (drawn on the back layer). True if element should be drawn. Indicates that data points in all series of this chart area should be drawn in reverse order. True if series points should be drawn in reverse order. Checks if points should be drawn from sides to center. Which coordinate of COP (X, Y or Z) to test for surface everlapping. True if points should be drawn from sides to center. Checks if series should be drawn from sides to center. True if series should be drawn from sides to center. Draws 3D series in the chart area. Chart graphics object. Gets a list of series names that belong to the same 3D cluster. One of the series names that belongs to the cluster. List of all series names that belong to the same cluster as specified series. Gets the series list in drawing order. Series order shoud be reversed because of the Y axis angle. Gets the series list in drawing order. Gets number of stack groups in specified array of series names. Array of series names. Number of stack groups. One by default. Gets index of the series stack group. Series to get the index for. Group name this series belongs to. Index of series stack group. Determine the order of points drawing from one or several series of the same type. List of series names. Chart type. If True selection mode is active (points order should be reversed). Which coordinate of COP (X, Y or Z) to test for surface everlapping. Points comparer class. Can be Null. Index of the main Y value. Series should be drawn side by side. Array list of points in drawing order. Returns one or many (X, Y, Z) coordinates of the center of projection. Defines coordinates to return. Center of projection. Value can be set to float.NaN if not defined or outside plotting area. Checks orientations of two normal surfaces for each coordinate X, Y and Z. Defines coordinates to return. First point. Second point. X surfaces orientation is the same. Y surfaces orientation is the same. Z surfaces orientation is the same. Chart area 3D style. Used to compare points in array and sort them by drawing order. Chart area object reference. Area X position where visible sides are switched. Selection mode. Points order should be reversed. Public constructor. Chart area. Selection indicator. Which coordinate of COP (X, Y or Z) to test for surface everlapping. Comarer method. First object. Second object. Comparison result. Avoid serialization of the axes array Default constructor. Invalidate chart (or just chart area ) when collection is changed Indicates that only chart area must be invalidated. Restores series order and X axis reverse mode for the 3D charts. Sets series order and X axis reverse mode for the 3D charts. Save all automatic values like Minimum and Maximum. Load all automatic values like Minimum and Maximum with original values. Initialize Chart area and axes Minimum and maximum do not have to be calculated from data series every time. It is very time consuming. Minimum and maximum are buffered and only when this flags are set Minimum and Maximum are refreshed from data. Recalculates the chart area axes scale. Recalculate the chart area Reset auto calculated chart area values. Calculates Position for the background. Calculate with scroll bars Background rectangle Set common elements for chart area and axes. Common Elements Call when the chart area is resized. Chart graphics object. Finds axi by it's position. Can be Null. Axis position to find Found axis. Shift top/bottom labels so they will not overlap with left/right labels. Axis to shift up/down. Returns horizontal axis series Axis instance Returns horizontal axis for given series Returns width Returns width change for non-stacked columns/bars width value number of series Returns width for stacked bar/column widht value series number Draws chart area background and/or border. Chart graphics. Background position. Draws chart area border only. Paint the chart area. Chart graphics. Checks if chart area border should be drawn on top of series. True if border should be darwn on top. Paint the chart area cursors. Chart graphics. Indicates that only cursors are redrawn. Gets a curcular chart type interface that belongs to this chart area. ICircularChartType interface or null. Calculate size of the circular axis labels and sets auto-fit font. Chart graphics object. The Chart area position. Plotting area size. Size of title on the axis. Size of title on the axis. Calculate size of the circular axis labels. Chart graphics object. The Chart area position. Plotting area size. Size of title on the axes. Circulat labels style. Gets circular area axis labels style. Axis labels style. Gets number of sectors in the circular chart area. Number of sectors. Fills a list of circular axis. Axes list. Converts circular position of the X axis to angle in degrees. X axis position. Angle in degrees. Helper method that returns a list of 'ChartTypeAndSeriesInfo' objects. This list is used for chart area series drawing in 2D mode. Each object may represent an individual series or all series that belong to one chart type. This method is intended to fix issues #6443 and #5385 when area chart type incorrectly overlaps point or line chart type. List of 'ChartTypeAndSeriesInfo' objects. Calc bottom point coordinates Returns first point for rose sector Chart area X axis cursor and range selection. Chart area Y axis cursor and range selection. Gets or sets a flag that specifies whether the chart area is visible. When set to false all series, legends, titles and annotation objects associated with the chart area will also be hidden. True if the chart area is visible, false otherwise. Name of the chart area which is used for alignment. Chart areas alignment orientation. Chart areas alignment type. Reference to the Axes Reference to the Primary Y Axis Reference to the Primary X axis Reference to the Secondary X axis Reference to the Secondary Y axis Chart area position Chart area position Chart area Background color Chart area Background Hatch Style Chart area background image Chart area background image drawing mode. Background image transparent color. Background image alignment used by ClampUnscale drawing mode. Chart area Background Gradient Type The second color which is used for a gradient The color of the shadow. Use alpha value for real shadow The distance between the chart area and a shadow of the chart area The border line color The width of the border line The style of the border line The name of the chart area Indicates that same auto-fit font size will be used for all axes labels. True if polygons should be used instead of the circles for the chart area. Number of sectors in the circular area. Returns rose inner radius in relative coordinates Calc wth width depending on chart type width value number of series Get axis for chart type series base axis for given series Internal data structure that stores chart type name and optionally series object. Object constructor. Object constructor. Chart type name to initialize with. Object constructor. Series to initialize with. Draws financial markers as Fibonacci arcs, fans, etc. Default constructor Draw financial markers Chart graphics object Chart picture object Name of a Financial Marker Input data series First Data Point used for markers Index of y value from first data point used for Financial markers Second Data Point used for markers Index of y value from second data point used for Financial markers Color of lines The width of lines Line style. Color of text Text font Fibonnaci Arcs are displayed using trend line between two data points, example, a trough and opposing peak. Three arcs are then drawn, centered on the second extreme point, so they intersect the trend line at the Fibonacci levels of 38.2%, 50% and 61.8%. Reference to the chart graphics object First Data Point Second data point Fibonacci Fan Lines are displayed by drawing a trendline between two extreme points, for example, a trough and opposing peak. Then an "invisible" vertical line is drawn through the second extreme point. Three trendlines are then drawn from the first extreme point so they pass through the invisible vertical line at the Fibonacci levels of 38.2%, 50.0%, and 61.8%.. Graphics object First Data Point Second Data Point Chart Area Speed Resistance Lines ("SRL"), sometimes called 1/3-2/3 lines, are a series of trendlines that divide a price move into three equal sections. They are similar in construction and interpretation to Fibonacci Fan Lines. Graphics object First Data Point Second Data Point Chart Area Fibonacci Retracements are displayed by first drawing a trendline between two extreme points, for example, a trough and opposing peak. A series of nine horizontal lines are drawn intersecting the trendline at the Fibonacci levels of 0.0%, 23.6%, 38.2%, 50%, 61.8%, 100%, 161.8%, 261.8%, and 423.6%. (Some of the lines will probably not be visable because they will be off the scale.) Chart Graphics Object First Data Point Second Data Point Chart Area Position Quadrant Lines are a series of horizontal lines that divide the highest and lowest values (usually prices) into four equal sections. Quadrant Lines are primarily intended to aid in the visual inspection of price movements. They help you see the highest, lowest, and average price during a specified period. Chart Graphics Object First Data Point Second Data Point Chart Area This method draws trend line Chart Graphics object First data point Second Data Point Implementis ControlDesigner for chart on .Net Framework 2.0. Interface used from Wizard to obtain datasource and data.Cross Framework compatibility. Returns selected data source object Returns data by data source object Returns array list with field names from given datasource The data source True if is used for Y series value A array list with strings as field names Chart design-time error message. Reference to the control designer. Temp. design-time chart image file name. Stops stack fall when we try to get access dataset in design time. DesignerActionList reference The selector manager reference Prepares the designer to view, edit, and design the specified component. The component for this designer. Re-initializes an existing component. A name/value dictionary of default values to apply to properties. Initializes a newly created component A name/value dictionary of default values to apply to properties Selection service handler. The selection service Empty argument Generated HTML design time string. Specifies if to skip HTML generation of component Used to track changes of the datasource property Persist inner HTML of the control Inner HTML text. Persist inner HTML of the control Inner HTML text. Generates chart image for 2008 Displays the chart in design time as HTML image tag Design time HTML representation of the chart Gets the HTML that is used to represent the control at design time. The HTML that is used to represent the control at design time. Called when the data source of the associated BaseDataBoundControl object changes. true to force the update of design-time markup; otherwise, false. Refreches the action list in safe manner. Flushes the message loop. Set Dirty Flag Set Dirty Flag Called when the designer draws the associated control on the design surface. A PaintEventArgs that specifies the graphics and rectangle boundaries used to draw the control. 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. Called when a region of the associated control is clicked in the design surface. A DesignerRegionMouseEventArgs that specifies the designer region and location that the user clicked. Gets selected data source object. Determines whether [is smart tasks visible]. -1 - not installed, 0 shown, 1 hidden Toggles the smart tasks. if set to true smart tasks will be shown. Wizard assembly. Wizard verb was selected. Sender. Arguments. Shows Wizard form Chart control. Load data flag. Wizard was automaticaly started. Set default values for properties of the component. Loads wizard assembly. Wizard was automaticaly started. Load template verb was selected. Sender. Arguments. Save template verb was selected. Sender. Arguments. Reset verb was selected. Sender. Arguments. Creates new data source. Used from Wizard. Invokes the configure data source DLG. Invokes the can configure data source. Determines whether [is absolute physical path] [the specified path]. The path. true if [is absolute physical path] [the specified path]; otherwise, false. Maps the path. The service provider. The path. Gets the access data source. The source. Gets the SQL data source. The source. Returns the corresponed datasource object Fetched datasource collection Callback for datasource select method Gets the data of specified datasource object datasource object Data as IEnumerable Gets the selector manager object Gets the ObjectInfo ( information about selected object ) Gets the connected action list Gets a reference to current DesignerActionService Gets the design-time action lists supported by the component associated with the designer. Control's verbs Custom attributes object type converter. Overrides the CanConvertFrom method of TypeConverter. Descriptor context. Convertion source type. Indicates if convertion is possible. Overrides the CanConvertTo method of TypeConverter. Descriptor context. Destination type. Indicates if convertion is possible. Overrides the ConvertTo method of TypeConverter. Descriptor context. Culture information. Value to convert. Convertion 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 convertion is possible. Returns whether this object supports properties. An ITypeDescriptorContext that provides a format context. true if GetProperties should be called to find the properties of this object; otherwise, false. Returns a collection of properties for the type of array specified by the value parameter, using the specified context and attributes. An ITypeDescriptorContext that provides a format context. An Object that specifies the type of array for which to get properties. An array of type Attribute that is used as a filter. A PropertyDescriptorCollection with the properties that are exposed for this data type, or a null reference (Nothing in Visual Basic) if there are no properties. Checks if provided custom attribute appies to the selected points or series. Custom attribute information. Selected series or points. True if custom attribute applies. Checks if specified object represent a single or array of data points. Object to test. True if specified object contains one or more data points. Checks if specified object represent a single or array of data points. Object to test. True if specified object contains one or more data points. Get array of selected series. Selected objects. Selected series array. Get array of chart types from the selected series. Selected series or data points. Array of selected chart types. Gets array of attributes for the dynamic property. Custom attribute information. Array of attributes. Custom attributes inner property descriptor class. Property descriptor constructor. Component type. Property name. Property type. Property attributes. Custom attribute information. 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. Sets the value of the component to a different value. The component with the property value that is to be set. The new value. Checks if specified value is the default value of the attribute. Value to check. True if specified value is the default attribute value. Gets value from string a native type of attribute. Object to convert to string. String representation of the specified object. Converts attribute value to string. Attribute value to convert. Return attribute value converted to string. Validates attribute value. Method throws exception in case of any issues. Attribute name. Attribute value to validate. Property descriptor with ability to dynamically change attributes of the base property descriptor object. Constructor of the dynamic property descriptor. Base property descriptor. New display name of the property. 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. Gets a value indicating whether this property is read-only. Gets the type of the property. PolarChart class uses its base class RadarChart to perform most of the drawing and calculation operations. RadarChart class provides 2D/3D drawing and hit testing functionality for the Radar chart. It is also used as a base class for the PolarChart. ICircularChartType interface provides behaviuour information for circular chart types like Radar or Polar. This interface is similar to IChartType interface. Checks if closed figure should be drawn even in Line drawing mode. True if closed figure should be drawn even in Line drawing mode. Checks if Y axis position may be changed using X axis Crossing property. True if Y axis position may be changed using X axis Crossing property. Checks if automatic X axis labels are supported. True if automatic X axis labels are supported. Checks if radial grid lines (X axis) are supported by the chart type. True if radial grid lines are supported. Gets number of sectors in the circular chart area. Chart area to get number of sectors for. Collection of series. Returns number of sectors in circular chart. Get a location of each Y axis in degrees. Chart area to get Y axes locations for. Returns an array of one or more locations of Y axis. Common elements object Chart area object Auto label position flag Label position Class public constructor. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Checks if closed figure should be drawn even in Line drawing mode. True if closed figure should be drawn even in Line drawing mode. Checks if Y axis position may be changed using X axis Crossing property. True if Y axis position may be changed using X axis Crossing property. Checks if automatic X axis labels are supported. True if automatic X axis labels are supported. Checks if radial grid lines (X axis) are supported by the chart type. True if radial grid lines are supported. Gets number of sectors in the circular chart area. Chart area to get number of sectors for. Collection of series. Returns number of sectors in circular chart. Get a location of each Y axis in degrees. Chart area to get Y axes locations for. Returns an array of one or more locations of Y axis. Paint Radar Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method recalculates size of the bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Creates selection path for one data point. Chart area object. Selection path used for data storing. Array of points positions. First point index. Second point index. Center point for segment area. Border width Gets the middle point of the line. First line point. Second line point. Returns marker size. The Chart Graphics object. The Common elements object. Chart area for this chart. Data point. Marker size. Marker image. Marker width and height. Fills a PointF array of data points absolute pixel positions. Graphics object. Chart area. Point series. Array of data points position. This method draws labels in point chart. The Chart Graphics object The Common elements object Chart area for this chart Marker position Marker size Data point Data series Data point index. Gets label position depending on the prev/next point values. This method will reduce label overlapping with the chart itself (line). Chart area for this chart Series. Data point index in series. Return automaticly detected label position. Gets radar chart drawing style. Chart series. Series point. Returns radar drawing style. Helper function that returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. This method will find previous and next data point, which is not empty and recalculate a new value for current empty data point. New value depends on custom attribute “EmptyPointValue” and it could be zero or average. Empty data point. Empty data point index. A Value for empty data point. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axes Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if palette colors should be applied for each data point. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis Indicates that this is a one hundred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that negative 100% stacked values are shown on the other side of the X axis Number of supported Y value(s) per point Class public constructor. Checks if closed figure should be drawn even in Line drawing mode. True if closed figure should be drawn even in Line drawing mode. Checks if Y axis position may be changed using X axis Crossing property. True if Y axis position may be changed using X axis Crossing property. Checks if automatic X axis labels are supported. True if automatic X axis labels are supported. Checks if radial grid lines (X axis) are supported by the chart type. True if radial grid lines are supported. Gets number of sectors in the circular chart area. Chart area to get number of sectors for. Collection of series. Returns number of sectors in circular chart. Get a location of Y axis in degrees. Chart area to get Y axes locations for. Returns an array of one or more locations of Y axis. Gets polar chart drawing style. Chart series. Series point. Returns polar drawing style. Fills a PointF array of data points absolute pixel positions. Graphics object. Chart area. Point series. Array of data points position. Chart type name PointAndFigureChart class contains all the code necessary for calculation and drawing Point and Figure chart. Indicates that class subscribed fro the customize event. Prepares PointAndFigure chart type for rendering. We hide original series during rendering and only using the data for calculations. New RangeColumn type series is added wich displayes the columns of Os or Xs. All the changes in this method are reversed back in the UnPrepareData method. Series to be prepared. Reference to service container. Remove any changes done while preparing PointAndFigure chart type for rendering. Series to be un-prepared. Reference to service container. True if series was removed from collection. Gets price range in the point and figure chart. Series with original data. Index of the Y value to use as High price. Index of the Y value to use as Low price. Returns max price. Returns min price. Gets box size of the renko chart. Range column chart series used to dispaly the renko chart. Series with original data. Index of the Y value to use as High price. Index of the Y value to use as Low price. Max price. Min price. Gets reversal amount of the pointAndFigure chart. Step line chart series used to dispaly the pointAndFigure chart. Series with original data. Index of the Y value to use as High price. Index of the Y value to use as Low price. Max price. Min price. Fills step line series with data to draw the PointAndFigure chart. Step line chart series used to dispaly the PointAndFigure chart. Series with original data. Customize chart event, used to add empty points to make point and figure chart symbols look proportional. Draws 2D column using 'X' or 'O' symbols. Chart graphics. Vertical axis. Column position and size. Column data point. Column series. Gets chart type image. Chart types registry object. Chart type image. Chart type name Value type of the pyramid chart. Each point value defines linear height of each segment. Each point value defines surface of each segment. Funnel chart drawing style. Shape of the funnel is fixed and point Y value controls the height of the segments. Height of each segment is the same and point Y value controls the diameter of the segment. Outside labels placement. Labels are placed on the right side of the funnel. Labels are placed on the left side of the funnel. Vertical alignment of the data point labels Label placed in the middle. Label placed on top. Label placed on the bottom. Funnel chart 3D drawing style. Circle will be used as a shape of the base. Square will be used as a shape of the base. Funnel chart labels style enumeration. Data point labels are located inside of the funnel. Data point labels are located outside of the funnel. Data point labels are located outside of the funnel in a column. Data point labels are disabled. FunnelChart class provides 2D/3D drawing and hit testing functionality for the Funnel and Pyramid charts. Default constructor How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Paint Funnel Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Process chart type drawing. Gets funnel data point segment height and width. Chart type series. Data point index in the series. Segment top location. Bottom location if reversed drawing order. Returns the height of the segment. Returns top width of the segment. Returns botom width of the segment. Checks if first point in the series should be drawn. When point Y value is used to define the diameter of the funnel segment 2 points are required to draw 1 segment. In this case first data point is not drawn. True if first point in the series should be drawn. Draws funnel 3D square segment. Data point Data point index. Segment top width. Segment bottom width. Segment top location. Segment height. True if nothing is on the top of that segment. True if nothing is on the bottom of that segment. True if segment shadow should be drawn. True if segment shadow should be drawn. Draws funnel segment. Data point Data point index. Segment top width. Segment bottom width. Segment top location. Segment height. True if nothing is on the top of that segment. True if nothing is on the bottom of that segment. True if segment shadow should be drawn. True if segment shadow should be drawn. Fill list with information about every segment of the funnel. Funnel segment information list. Draws funnel data point labels. Creates a list of structures with the data point labels information. Array list of labels information. Changes required plotting area spacing, so that all labels fit. Return True if no resizing required. Loops through the point labels list and calculates labels position based on their size, position and funnel chart shape. Checks if specified label overlaps any previous labels. Label to test. True if labels overlapp. Gets label style of the data point. Label style of the data point. Calculate the spacing required for the labels. Gets a rectangle in relative coordinates where the funnel will chart will be drawn. Plotting are of the chart in relative coordinates. Checks for minimum segment height. Current segment height. Adjusted segment height. Gets minimum point height in pixels. Minimum point height in pixels. Gets 3D funnel rotation angle. Rotation angle. Gets callout line color. Callout line color. Gets funnel neck size when shape of the funnel do not change. Funnel neck width and height. Gets gap between points in pixels. Gap between funnel points. Gets funnel drawing style. funnel drawing style. Gets outside labels placement. Outside labels placement. Gets inside labels vertical alignment. Inside labels vertical alignment. Gets funnel 3D drawing style. funnel drawing style. Get data point Y and X values statistics: - Total of all Y values - Total of all X values - Maximum Y value Negative values are treated as positive. Gets funnel chart series that belongs to the current chart area. Method also checks that only one visible Funnel series exists in the chart area. Funnel chart type series. Gets pyramid value type. Each point value may represent a "Linear" height of the segment or "Surface" of the segment. Pyramid value type. Helper function, which returns the Y value of the point. Point object. Point index. Y value of the point. Helper function, which returns the X value of the point. Point object. X value of the point. Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Number of supported Y value(s) per point PyramidChart class overrides some of the functionality of FunnelChart class. Most of drawing and othere processing is done in the FunnelChart. Default constructor Gets pyramid data point segment height and width. Chart type series. Data point index in the series. Segment top location. Bottom location if reversed drawing order. Returns the height of the segment. Returns top width of the segment. Returns botom width of the segment. Chart type name Helper data structure used to store information about single funnel segment. Helper data structure used to store information about funnel data point label. Dispose object. SplineAreaChart class extends the AreaChart class by providing a different initial tension for the line. Default constructor. Gets chart type image. Chart types registry object. Chart type image. Gets default line tension. For spline charts it's always 0.5. Line tension. Checks if line tension is supported by the chart type. True if line tension is supported. Chart type name PropertyPagesAppearanceXXX is an user control for setup appearance of the different chart objects: chart, series, chartarea, legends and so on. Part of property pages. Check if specified context supported by the properties control. True if property control can be shown in specified context. Applies changes to the specified chart element. Chart element the changes apply to. Applies the changes. Inits the page. The control. Prepares the controls. Raises the event. An object that contains the event data. DundasColorEditor is a web control used in Property Pages and represents input control with color selector Initializes a new instance of the class. Converts string to a color with alpha. The string to convert. Converts color with alpha to a string. The color to convert. Called by the ASP.NET page framework to notify server controls that use composition-based implementation to create any child controls they contain in preparation for posting back or rendering. Renders the control to the specified HTML writer. The object that receives the control content. Gets or sets the color. The color. Gets or sets the on value change script. The on value change script. Gets or sets the chart. The chart. KeywordRegistry class stores information about all chart formatting keywords. It automatically registers all known keywords when object is constructed. This data is exposed as ArrayList through the ‘registeredKeywords’ field. Each item in this ArrayList is a KeywordInfo object which describes a single formatting keyword. Default private constructor. Keywords registry public constructor. Reference to the service container. Returns Keywords registry service object. Service type to get. Custom attributes registry service. Registers all chart formatting keywords. Adds keyword information into the registry. Keyword full name. Keyword text. Keyword alternative text. Keyword description. Comma separated list of applicable classe. Comma separated list of applicable properties. True if formatting is supported. True if different point Y values are supported. KeywordInfo class stores information about a single formatting keyword. This information includes Name, Description, list of data types and properties it applies to and other information. Keyword full name. String that represent this keyword in the property (keyword). Comma separated strings that may alternatively represent this keyword in the property. Keyword description. Comma separated names of classes this keyword applies to. Comma separated names of properties this keyword applies to. True if keyword value can be formatted. True if keyword can be used with different point Y values. Keyword information object constructor Keyword full name. Keyword text. Keyword alternative text. Keyword description. Comma separated list of applicable classe. Comma separated list of applicable properties. True if formatting is supported. True if different point Y values are supported. Returns a String that represents the current keyword Information. Returns keyword name. Gets an array of keywords names including the aliases. A string array of keyword names that represent this keyword. Defines the map areas shape types Rectangle defines the map area shape Circle defines the map area shape Polygon defines the map area shape MapArea class represents an area of the chart with end-user interactivity like tooltip, HREF or custom attributes. Public constructor Gets HTML tag which represent this map area. Reference to the chart graphics object. Map area HTML tag. Indicates that map area is custom. Coordinates of the area. Shape of the area. Map area name. Tooltip of the area. URL target of the area. Other attributes of the area. MapAreasCollection class is a strongly typed collection of MapAreas Data Point Collection object constructor Removes all items from the collection. Check if specified object exists in the collection. Object to check. True if object exist. Gets first index of the collection item equal to the object provided. Object to look for. Index of found object. Remove object from the collection Value to be removed. Remove item from the collection by index. Zero based index. Add data point object into the collection. Data point to add. Index of the newly added object. Insert data point object into the collection. Zero based index. Data point to insert. Insert data point object into the collection. Zero based index. Data point 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. Get collection enumerator. Collection enumerator. Add new map area item into the collection. Tool tip. Jump URL. Other area attributes. Area coordinates as graphis path Index of the newly added item. Add new map area item into the collection. Tool tip. Jump URL. Other area attributes. Rect coordinates Index of the newly added item. Add new map area item into the collection. Area shape. Tool tip. Jump URL. Other area attributes. Array of coordinates Index of the newly added item. Insert new map area item into the collection. Index to insert at. Tool tip. Jump URL. Other area attributes. Area coordinates as graphis path 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. 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. Insert new map area item into the collection. Index to insert at. Tool tip. Jump URL. Other area attributes. Rect coordinates Insert new map area item into the collection. Index to insert at. Area shape. Tool tip. Jump URL. Other area attributes. Array of coordinates Add new map area item into the collection. Jump URL. Area coordinates as graphis path Index of the newly added item. Add new map area item into the collection. Jump URL. Rect coordinates Index of the newly added item. Add new map area item into the collection. Area shape. Jump URL. Array of coordinates Index of the newly added item. Insert new map area item into the collection. Index to insert at. Jump URL. Area coordinates as graphis path Insert new map area item into the collection. Index to insert at. Jump URL. Rect coordinates Insert new map area item into the collection. Index to insert at. Area shape. Jump URL. 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. Gets a value indicating whether the collection is read-only. Number of items in the collection. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets an object that can be used to synchronize access to the collection. This class is used to calculate oscillator indicators used in Technical Analyses. The Chaikin Oscillator is created by subtracting a 10 period exponential moving average of the Accumulation/Distribution line from a 3 period moving average of the Accumulation/Distribution Line. --------------------------------------------------------- Input: - 4 Y values ( Hi, Low, Close, Volume ). Output: - 1 Y value Chaikin Oscillator Parameters: - Short Period for Exponential Moving average (default=3) - Long Period for Exponential Moving average (default=10) Extra Parameters: - Start from First Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The Detrended Price Oscillator ("DPO") attempts to eliminate the trend in prices. Detrended prices allow you to more easily identify cycles and overbought/oversold levels. To calculate the DPO, you specify a time period. Cycles longer than this time period are removed from prices, leaving the shorter-term cycles. --------------------------------------------------------- Input: - 1 Y value ( Close ). Output: - 1 Y value Detrended Price Oscillator Parameters: - Period Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Chaikin's Volatility indicator compares the spread between a security's high and low prices. It quantifies volatility as a widening of the range between the high and the low price. There are two ways to interpret this measure of volatility. One method assumes that market tops are generally accompanied by increased volatility (as investors get nervous and indecisive) and that the latter stages of a market bottom are generally accompanied by decreased volatility (as investors get bored). Another method (Mr. Chaikin's) assumes that an increase in the Volatility indicator over a relatively short time period indicates that a bottom is near (e.g., a panic sell-off) and that a decrease in volatility over a longer time period indicates an approaching top (e.g., a mature bull market). As with almost all experienced investors, Mr. Chaikin recommends that you do not rely on any one indicator. He suggests using a moving average penetration or trading band system to confirm this (or any) indicator. --------------------------------------------------------- Input: - 2 Y values ( Hi, Low ). Output: - 1 Y value Volatility Chaikins Parameters: - Periods (default 10)- is used to specify the Shift days, By default this property is set to 10. - SignalPeriod (default 10)- is used to calculate Exponential Moving Avg of the Signal line, By default this property is set to 10. Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The Volume Oscillator displays the difference between two moving averages of a security's volume. The difference between the moving averages can be expressed in either points or percentages. You can use the difference between two moving averages of volume to determine if the overall volume trend is increasing or decreasing. When the Volume Oscillator rises above zero, it signifies that the shorter-term volume moving average has risen above the longer-term volume moving average, and thus, that the short-term volume trend is higher (i.e., more volume) than the longer-term volume trend. --------------------------------------------------------- Input: - 1 Y values ( Volume ). Output: - 1 Y value VolumeOscillator Parameters: - ShortPeriod (Default 5)= is used to configure the short period. - LongPeriod (Default 10)= is used to configure the Long period. - Percentage (Default true)= The Volume Oscillator can display the difference between the two moving averages as either points or percentages. Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The Stochastic Indicator is based on the observation that as prices increase, closing prices tend to accumulate ever closer to the highs for the period. Conversely, as prices decrease, closing prices tend to accumulate ever closer to the lows for the period. Trading decisions are made with respect to divergence between % of "D" (one of the two lines generated by the study) and the item's price. For example, when a commodity or stock makes a high, reacts, and subsequently moves to a higher high while corresponding peaks on the % of "D" line make a high and then a lower high, a bearish divergence is indicated. When a commodity or stock has established a new low, reacts, and moves to a lower low while the corresponding low points on the % of "D" line make a low and then a higher low, a bullish divergence is indicated. Traders act upon this divergence when the other line generated by the study (K) crosses on the right-hand side of the peak of the % of "D" line in the case of a top, or on the right-hand side of the low point of the % of "D" line in the case of a bottom. The Stochastic Oscillator is displayed as two lines. The main line is called "%K." The second line, called "%D," is a moving average of %K. --------------------------------------------------------- Input: - 3 Y values ( Hi, Low, Close ). Output: - 2 Y value ( %K, %D ) Parameters: - PeriodD (Default 10) = is used for %D calculation as SMA of %K. - PeriodK (Default 10) = is used to calculate %K. Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Williams’ %R (pronounced "percent R") is a momentum indicator that measures overbought/oversold levels. Williams’ %R was developed by Larry Williams. The interpretation of Williams' %R is very similar to that of the Stochastic Oscillator except that %R is plotted upside-down and the Stochastic Oscillator has internal smoothing. To display the Williams’ %R indicator on an upside-down scale, it is usually plotted using negative values (e.g., -20%). Readings in the range of 80 to 100% indicate that the security is oversold while readings in the 0 to 20% range suggest that it is overbought. As with all overbought/oversold indicators, it is best to wait for the security's price to change direction before placing your trades. For example, if an overbought/oversold indicator (such as the Stochastic Oscillator or Williams' %R) is showing an overbought condition, it is wise to wait for the security's price to turn down before selling the security. (The MACD is a good indicator to monitor change in a security's price.) It is not unusual for overbought/oversold indicators to remain in an overbought/oversold condition for a long time period as the security's price continues to climb/fall. Selling simply because the security appears overbought may take you out of the security long before its price shows signs of deterioration. --------------------------------------------------------- Input: - 3 Y values ( Hi, Low, Close ). Output: - 2 Y value ( %R ) Parameters: - Period (Default 14) = is used to configure the number of periods to calculate the WilliamsR Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Constructor The first method in the module, which converts a formula name to the corresponding private method. String which represent a fomula name Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Formula parameters Array of strings - Extra Formula parameters from DataManipulator object Array of strings - Used for Labels. Description for ouput results. Formula Module name Defines a list of items used to create a DesignerActionPanel. Extends Dundas Chart design time functionality in VS 2005 Keeps information for the custom property dialog Disables of enables action list ( returns empty list ) Contains list of ChartActionType items Intyance of ChartMirror class which contain custom properties which doesnot exists in tha chart object model Creates new instance of ChartActionList with specified parameters Parent Chart Designer Returns the collection of DesignerActionItem objects contained in the list. Collection of DesignerActionItem objects contained in the list Locates and returns ChartActionType againts selected chart object Corresponed ChartActionType Gets the selected ObjectInfo class ( contains ionformation for clicked object into designer). Enables action list population Disables action list population Determines whether this instance is enabled. true if this instance is enabled; otherwise, false. Returns the parent designer The chart designer Gets the selected chart object Gets the selected object context as SelectedItemInfo object Gets the colection which contains the selected chart object Returns true if any chart 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 Adds chart series as callback in transaction context the object context true for success Adds a chart series to the chart Adds a chart area in transacton object context frue for success Adds a chart area Shows the custom propery editor, handles "Configure XXX..." object context frue for success Shows the custom propery editor, handles "Configure XXX..." Delete series transaction callback Deletes chart series Delete series transaction callback Deletes chart series Gets or sets a value indicating whether the DesignerActionPanel should automatically be displayed when it is created Gets the chart object Determines if "Delete Series:..." action method is visible Determines if "Delete Series:..." action method is visible 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 ChartActionList 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 ChartActionList and returns properly initialzed SelectedItemInfo object The ChartActionList object New initialzed 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 Chart but for Axis is ChartArea. 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 chart. Property descriptor with ability to dynamically change attributes of the base property descriptor object. Used to expose chart 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 ChartActiolList implements ICustomTypeDescriptor which deploy specified chart 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 ChartActionMember which contain additional information Parent ChartActionList object Returns the property editor. This methos 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 ChartActionMember of this property Gets the current object instance which this property descriptor is bound to. Gets the parent ChartActionList 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. ChartActionType is a top level class of series helper classes which contain information to help population of custom property descriptors of CahrtActionList. ChartActionType contain chart object type and list of groups which helps to be saparated action list items into groups. The target chart type A list of ChartActionGroup objects Initializes new instance of ChartActionType with specified parameters The chart target type List of ChartActionGroup objects Builds the tree like structure of ChartActionType, ChartActionGroup and ChartActionItem objects ChartActionGroup contains group name used for devider into action list and list of ChartActionMember objects The group name List of ChartActionMember objects Initializes new instance of ChartActionGroup with specified parameters The group name List of ChartActionMember objects The ChartActionMember contains information for property name, property label Property name Label or description Internal property name - for second level object for example for Chart.BorderSkin.SkinStyle is represented by MemberName = "BorderSkin", TargetPropertyName = "SkinStyle" Flag which determines if the property is exposed by ChartMirror class or the target object Initialize new instance of ChartActionMember with specified parameters The member name Initialize new instance of ChartActionMember with specified parameters The Member name determines if the property is exposed by ChartMirror class Initialize new instance of ChartActionMember with specified parameters The Member name determines if the property is exposed by ChartMirror class Description Initialize new instance of ChartActionMember with specified parameters The Member name Description Initialize new instance of ChartActionMember with specified parameters The Member name Description second level property name Exposes property which is not available into chart object model. Parent ChartActionList instance Creates new instance of ChartMirror with specified parameters Parent ChartActionList object Gets the chart Gets the selected object as context Gets ans sets the chart title Gets and sets the chart title placement Gets and sets the Legend Placement Gets and sets Show Legend flag Gets and sets Tick Marks visible state Gets and sets Smart Labels enabled state on Chart Atea state CustomPlacement appears into chart action list - chart 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 AreaSmartLabels appears in design time to setup smart label state on Chart Area level Enable smart labels on all series Disable smart labels on all series Some series has enabled smart labels some don't The ObjectInfo inspects unknown chart object in order to collect and fill structured information about this object. For example from one DataPoint object ObjectInfo extracts information about DataPoint's chart series and chart area. Chart area object Legend object Legend item object Axes object Axes Label object Axes Label Axis object Series object Data point object DataPoint index object Title object Annotation object The selected element type The inspected object Initializes new instance of ObjectInfo class Inspects object o and returns ObjectInfo instance with properly inititialized fields ( area, series, axes and so on) Object to inspect, cannot be HitTest The chart component The HitTestResult or null. If we have correct HitTestResult this will speed up locating the series from data point. Initialized ObjectInfo Inspects object o and returns ObjectInfo instance with properly inititialized fields ( area, series, axes and so on). The diference betrween Inspect and Get methods is that Get method is more precise if we have correct HitTestResult object which we can pass as parameter o. The Object to inspect. Can be HitTestResult ( recommended) The chart control Initialized ObjectInfo Returns object which hold the context according inspected primary chart element type. The object which represents the context Returns the axis both on axis and axis label context The selected axis Returns object which hold the context according inspected primary chart element type. The object which represents the context Check if current ObjectInfo data is applicable against specified object context type. The ContextElementType to check against this ObjectInfo True if current ObjectInfo context is applicable against specified element types Converts current ContextElementType type to ChartElementType for HitTest syncronization. This is used from object selector ( SelectorManager class ). Note that ContextElementType.AxisLabel returns ChartElementType.Axis; Coresponeded ChartElementType type Determines which type of chart objects is supported by a Command. Not applicable Applicable to ChartArea object Applicable to Series object Applicable to Axis object Applicable to Title object Applicable to Annotation object Applicable to Legend object Applicable to Axis Label ( CustomLabel or Label objects) Default command behavior Exposes chart context menu attributes. Initializes new instance of object. Initializes new instance of object. Reference to the parent object. The enable flag Determines if Items property should be serialized in design time. Checks if toolbar items are modified and should be serialized. True if items where modified and they need to be serialized. Initializes and fill the items collection with default items Process internal broadcast messages The message to process The object which send the message The additional parameters Invalidates ChartUI Determines if the context menu is enabled in the chart. true if chart context menu is enabled, false if it is not. Defaults to false. Represents the collection of context menu command items. Gets the parent ChartUI object. Reference to the parent element. Reference to the chart control. StepLine class extends its base class LineChart by changing how two neighbouring data points are connected with a line. Step Line chart uses two line segments (horizontal and vertical) to connect data points. Markers and labels drawing code is inherited from the Line chart. StepLineChart class constructor. Gets chart type image. Chart types registry object. Chart type image. Draw chart line using horisontal and vertical lines. Graphics object. The Common elements object Point to draw the line for. Point series. Array of points coordinates. Index of point to draw. Line tension Draws a 3D surface connecting the two specified points in 2D space. Used to draw Line based charts. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Indicates that drawn segment is 3D clipped. Only top/bottom should be drawn. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Chart type name FastPointChart class implements a simplified point chart drawing algorithm which is optimized for the performance. Indicates that chart is drawn in 3D area Current chart graphics Z coordinate of the 3D series 3D transformation matrix Reference to common chart elements Default constructor How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Paint FastPoint Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draws a marker that represents a data point in FastPoint series. Chart graphics used to draw the marker. Series data point drawn. Data point index in the series. Marker location in pixels. Marker style. Marker size in pixels. Brush used to fill marker shape. Marker border pen. Helper function, which returns the Y value of the location. Chart common elements. Chart area the series belongs to. Sereis of the location. Point object. Index of the location. Index of the Y value to get. Y value of the location. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Number of supported Y value(s) per point RadarChart class provides 2D/3D drawing and hit testing functionality for the Radar chart. It is also used as a base class for the PolarChart. Class public constructor. Gets sector for rose chart Chart graphics area point index path for point Gets sector for rose chart Chart graphics area point index path should be closed returns rectangle to draw arc top point center point rectangle returns point from the previous series or center point Returns previous series point value point index double.Nan for 1st series/point index more than points count or YValue for datapoint This method recalculates size of the bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Gets the middle point of the line. First line point. Second line point. Fills a PointF array of data points absolute pixel positions. Graphics object. Chart area. Point series. Array of data points position. Gets radar chart drawing style. Chart series. Series point. Returns radar drawing style. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name Stacked rose chart. Annotation callout style. Callout text is underlined and a line is pointing to the anchor point. Border is drawn around text and a line is pointing to the anchor point. Callout text is inside the cloud and smaller clouds are pointing to the anchor point. Rectangle is drawn around the callout text, which is connected with the anchor point. Rounded rectangle is drawn around the callout text, which is connected with the anchor point. Ellipse is drawn around the callout text, which is connected with the anchor point. Perspective rectangle is drawn around the callout text, which is connected with the anchor point. CalloutAnnotation is a class class that represents callout annotation. Callout annotation is the only annotation that draws a connection between annotation position and anchor point. It can display text and automatically calculate required size. Different are supported. TextAnnotation is a class that represents a text annotation. Note that other annotations do display inner text (e.g. rectangle, ellipse annotations, etc.). Text annotations support moving animation. Default public constructor. Paints an annotation object on the specified graphics. A object, used to paint an annotation object. Reference to the owner control. Draws text in specified rectangle. Chart graphics. Text position. True if text allowed to be outside of position when centered. True if position text must be returned by the method. Text actual position if required. Gets text annotation content size based on the text and font. Annotation content position. Gets text spacing on four different sides in relative coordinates. Indicates that spacing is in annotation relative coordinates. Rectangle with text spacing values. Annotation's text. Indicates that the annotation text is multiline. Annotation text's font. Not applicable to this annotation type. Not applicable to this annotation type. Not applicable to this annotation type. Not applicable to this annotation type. Not applicable to this annotation type. Not applicable to this annotation type. Not applicable to this annotation type. Annotation type's name. Annotation selection points style. Default public constructor. Gets text spacing on four different sides in relative coordinates. Indicates that spacing is in annotation relative coordinates. Rectangle with text spacing values. Paints annotation object on specified graphics. A used to paint annotation object. Reference to the control. Draws Rounded rectangle or Ellipse style callout. Chart graphics. Position of annotation objet. Anchor location. True if ellipse shape should be used. Hot region of the callout. Draws Rectangle style callout. Chart graphics. Position of annotation objet. Anchor location. Hot region of the callout. Draws Perspective style callout. Chart graphics. Position of annotation objet. Anchor location. Hot region of the cloud. Draws Perspective style callout. Chart graphics. Position of annotation objet. Anchor location. Hot region of the cloud. Draws SimpleLine or BorderLine style callout. Chart graphics. Position of annotation objet. Anchor location. If true draws BorderLine style, otherwise SimpleLine. Hot region of the cloud. Checks if annotation draw anything in the anchor position (except selection handle) True if annotation "connects" itself and anchor point visually. Gets cloud callout outline graphics path. Absolute position of the callout cloud. Cloud outline path. Gets cloud callout graphics path. Absolute position of the callout cloud. Cloud path. Gets intersection point coordinates between point line and and horizontal line specified by Y coordinate. First data point. Second data point. Y coordinate. Intersection point coordinates. Gets intersection point coordinates between point line and and vertical line specified by X coordinate. First data point. Second data point. X coordinate. Intersection point coordinates. Adds a horizontal or vertical line into the path as multiple segments. Graphics path. First point X coordinate. First point Y coordinate. Second point X coordinate. Second point Y coordinate. Number of segments to add. Helper function which creates a rounded rectangle path. Extra points are added on the sides to allow anchor connection. Rectangle coordinates. Corner radius. Graphics path object. Gets or sets annotation calout style. of the annotation. Gets or sets callout line anchor cap. A value used as callout line anchor cap. This property sets an achor cap for the line connecting annotation with the anchor point. It only applies when SimpleLine or BorderLine are used. Gets or sets annotation line color. A value used to draw annotation line. Gets or sets annotation line width. An integer value defining annotation line width in pixels. Gets or sets annotation line style. A value used to draw annotation line. Gets or sets annotation background color. A value used to draw annotation background. Gets or sets annotation background hatch style. A value used to draw annotation background. Two colors are used to draw the hatching and . Gets or sets annotation background gradient style. A value used to draw annotation background. Two colors are used to draw the gradient and . Gets or sets annotation background secondary color. A value used to draw annotation background with hatching or gradient fill. This color is used with when or are used. Gets or sets annotation X position offset from the anchor point. A double value that represents annotation X position offset from the anchor point. Annotation must be anchored using or properties and it's property must be set to Double.NaN. Gets or sets annotation Y position offset from the anchor point. A double value that represents annotation Y position offset from the anchor point. Annotation must be anchored using or properties and it's property must be set to Double.NaN. Gets or sets annotation position alignment to the anchor point. A value that represents annotation alignment to the anchor point. Annotation must be anchored using , or properties. It's and properties must be set to Double.NaN. Gets or sets annotation type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets annotation selection points style. A value that represents annotation selection style. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. The IPropertyPage interface is used in property pages dialog and and help to build different property pages (Appearance, Chart, ... ) Applies this instance. Loads this instance. Gets the name of the page. The name of the page. Gets the page control client ID. The page control client ID. Gets or sets a value indicating whether this is visible. true if visible; otherwise, false. Gets the image URL. The image URL. Gets a value indicating whether this instance is context supported. true if this instance is context supported; otherwise, false. Gets the property pages. The property pages. PropertyPagesChartClassControl is a class represents the chart property page. Handles the Load event of the Page control. The source of the event. The instance containing the event data. Gets the type of the chart. Determines whether the chart type is changed. true if the chart type is changed; otherwise, false. Determines whether the title is present. true if the title is present; otherwise, false. Inits the page. The control. Determines whether the palette is applied. true if the palette is applied; otherwise, false. Gets the dock alignment. The docking. The alignment. Applies the changes. Raises the event. An object that contains the event data. Chart color palettes enumeration Palette not set. Default palette. Palette with gray scale colors. Palette with Excel style colors. Palette with Light style colors. Palette with Pastel style colors. Palette with SeaGreen style colors. Palette with Dundas style colors. Palette with Earth Tones style colors. Palette with Fire style colors. Palette with Semi Transparent style colors. Palette with Berry style colors. Palette with Chocolate style colors. Palette with AcidWash style colors. Palette with ArtDeco style colors. Palette with DundasDark style colors. Palette with Kindergarten style colors. Palette with MilkShake style colors. Palette with MidDay style colors. Palette with RainbowVapors style colors. Palette with Tanzanite style colors. Palette with Vegas style colors. Palette with WaterLilies style colors. Palette with Tan style colors. ChartPaletteColors is a utility class which provides access to the predefined chart color palettes. These palettes are used to assign unique colors to different chart series. For some chart types, like Pie, different colors are applied on the data point level. GetPaletteColors method takes a ChartColorPalette enumeration as a parameter and returns back an array of Colors. Each palette contains different number of colors but it is a good practice to keep this number around 15. Static constructor. Ruturn array of colors for the specified palette. Number of colors returned varies depending on the palette selected. Palette to get the colors for. Array of colors. NamedImagesCollection class is a strongly typed collection of NamedImage objects. It is exposed as Images chart root property. Reference to ArrayList class Constructor Chart reference. Default collecton constructor Get image index by name. Name of the image. Index of the image or -1 if it does not exist. Add item to the collection. Name of the image. Image class. New Chart Area Add NamedImage object into the collection Named Image object The ArrayList index at which the value has been added. Add NamedImage object into the collection Named Image object The ArrayList index at which the value has been added. Insert a named image to the collection. Position Image object Create Name for image. Recomended Image Name New Chart Area Name Checks whether a name is unique. Image name true if a name is unique Removes the element at the specified index The zero-based index of the element to remove Removes the first occurrence of a specific object The Object to remove from the NamedImageCollection 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 zero-based index of the first occurrence of value within the entire collection, if found; otherwise, -1. Determines whether an element is in the collection. The Object to locate in the collection. The element to locate can be a null reference. true if item is found in the collection; otherwise, false. Removes all elements from the collection. Returns an enumerator for the entire collection An IEnumerator for the entire collection Copies the ArrayList or a portion of it to a one-dimensional array. The one-dimensional Array that is the destination of the elements copied from ArrayList. The Array must have zero-based indexing. The zero-based index in array at which copying begins. Indexer of the class. Returns the NamedImage object IList interface Gets a value indicating whether the collection is read-only. Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets the number of elements actually contained in the collection. Gets an object that can be used to synchronize access to the collection. NamedImage class stores a single Image with it's unique name. Public constructor. Public constructor. Image name. Image class. Image name. Image object. This class is used for calculations of general technical analyses indicators. Standard Deviation is a statistical measure of volatility. Standard Deviation is typically used as a component of other indicators, rather than as a stand-alone indicator. For example, Bollinger Bands are calculated by adding a security's Standard Deviation to a moving average. High Standard Deviation values occur when the data item being analyzed (e.g., prices or an indicator) is changing dramatically. Similarly, low Standard Deviation values occur when prices are stable. --------------------------------------------------------- Input: - 1 Y value. Output: - 1 Y value Standard Deviation Parameters: - Periods for standard deviation ( used for moving average ) Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The Average True Range ("ATR") is a measure of volatility. It was introduced by Welles Wilder in his book, New Concepts in Technical Trading Systems, and has since been used as a component of many indicators and trading systems. Wilder has found that high ATR values often occur at market bottoms following a "panic" sell-off. Low Average True Range values are often found during extended sideways periods, such as those found at tops and after consolidation periods. The Average True Range can be interpreted using the same techniques that are used with the other volatility indicators. --------------------------------------------------------- Input: - 3 Y values ( High, Low, Close ). Output: - 1 Y value AverageTrueRange Parameters: - Periods (Default 14) = is used to configure the number of periods to calculate the ATR Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The Ease of Movement indicator shows the relationship between volume and price change. This indicator shows how much volume is required to move prices. The Ease of Movement indicator was developed Richard W. Arms, Jr., the creator of Equivolume. High Ease of Movement values occur when prices are moving upward on light volume. Low Ease of Movement values occur when prices are moving downward on light volume. If prices are not moving, or if heavy volume is required to move prices, then indicator will also be near zero. --------------------------------------------------------- Input: - 3 Y values ( High, Low, Volume ). Output: - 1 Y value Ease Of Movement Parameters: - Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The Mass Index was designed to identify trend reversals by measuring the narrowing and widening of the range between the high and low prices. As this range widens, the Mass Index increases; as the range narrows the Mass Index decreases. The Mass Index was developed by Donald Dorsey. According to Mr. Dorsey, the most significant pattern to watch for is a "reversal bulge." A reversal bulge occurs when a 25-period Mass Index rises above 27.0 and subsequently falls below 26.5. A reversal in price is then likely. The overall price trend (i.e., trending or trading range) is unimportant. --------------------------------------------------------- Input: - 2 Y values ( High, Low ). Output: - 1 Y value Mass Index Parameters: - Period = is used to calculate the accumulation, By default this property is set to 25. - AveragePeriod = is used to calculate Simple Moving Avg, By default this property is set to 9. Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The Performance indicator displays a security's price performance as a percentage. This is sometimes called a "normalized" chart. The Performance indicator displays the percentage that the security has increased since the first period displayed. For example, if the Performance indicator is 10, it means that the security's price has increased 10% since the first period displayed on the left side of the chart. Similarly, a value of -10% means that the security's price has fallen by 10% since the first period displayed. --------------------------------------------------------- Input: - 1 Y value ( Close ). Output: - 1 Y value Performance Parameters: - Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Rate of Change is used to monitor momentum by making direct comparisons between current and past prices on a continual basis. The results can be used to determine the strength of price trends. Note: This study is the same as the Momentum except that Momentum uses subtraction in its calculations while Rate of Change uses division. The resulting lines of these two studies operated over the same data will look exactly the same - only the scale values will differ. The Price Rate-of-Change ("ROC") indicator displays the difference between the current price and the price x-time periods ago. The difference can be displayed in either points or as a percentage. The Momentum indicator displays the same information, but expresses it as a ratio. When the Rate-of-Change displays the price change in points, it subtracts the price x-time periods ago from today’s price. When the Rate-of-Change displays the price change as a percentage, it divides the price change by price x-time period’s ago. --------------------------------------------------------- Input: - 1 Y value ( Close ). Output: - 1 Y value Rate of Change Parameters: - Periods = is used to configure the number of periods to calculate the rate of Change. By default the Periods property is set to 10. Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters This indicator was developed by Welles Wilder Jr. Relative Strength is often used to identify price tops and bottoms by keying on specific levels (usually "30" and "70") on the RSI chart which is scaled from from 0-100. The study is also useful to detect the following: - Movement which might not be as readily apparent on the bar chart - Failure swings above 70 or below 30 which can warn of coming reversals - Support and resistance levels - Divergence between the RSI and price which is often a useful reversal indicator --------------------------------------------------------- Input: - 1 Y value ( Close ). Output: - 1 Y value RelativeStrenghtIndex Parameters: - Periods = is used to configure the number of periods to calculate the RSI indicator. By default the Periods property is set to 10. Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters TRIX is a momentum indicator that displays the percent rate-of-change of a triple exponentially smoothed moving average of the security's closing price. It is designed to keep you in trends equal to or shorter than the number of periods you specify. The TRIX indicator oscillates around a zero line. Its triple exponential smoothing is designed to filter out "insignificant" cycles (i.e., those that are shorter than the number of periods you specify). Trades should be placed when the indicator changes direction (i.e., buy when it turns up and sell when it turns down). You may want to plot a 9-period moving average of the TRIX to create a "signal" line (similar to the MACD indicator, and then buy when the TRIX rises above its signal, and sell when it falls below its signal. Divergences between the security and the TRIX can also help identify turning points. --------------------------------------------------------- Input: - 1 Y values ( Close ). Output: - 1 Y value ( Trix ). Parameters: - Period = is used to calculate the Exponential Moving Avg, By default this property is set to 12. Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The MACD is used to determine overbought or oversold conditions in the market. Written for stocks and stock indices, MACD can be used for commodities as well. The MACD line is the difference between the long and short exponential moving averages of the chosen item. The signal line is an exponential moving average of the MACD line. Signals are generated by the relationship of the two lines. As with RSI and Stochastics, divergences between the MACD and prices may indicate an upcoming trend reversal. The MACD is a trend following momentum indicator that shows the relationship between two moving averages of prices. The MACD is the difference between a 26-day and 12-day exponential moving average. A 9-day exponential moving average, called the "signal" (or "trigger") line is plotted on top of the MACD to show buy/sell opportunities. The MACD is calculated by subtracting the value of a 26-day exponential moving average from a 12-day exponential moving average. A 9-day dotted exponential moving average of the MACD (the "signal" line) is then plotted on top of the MACD. --------------------------------------------------------- Input: - 1 Y value ( Close ). Output: - 1 Y value ( Macd ). Parameters: - ShortPeriod = is used to configure the short Exponential Moving Average, By default this property is set to 12. - LongPeriod = is used to configure the Long Exponential Moving Average, By default this property is set to 26. Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The CCI is a timing system that is best applied to commodity contracts which have cyclical or seasonal tendencies. CCI does not determine the length of cycles - it is designed to detect when such cycles begin and end through the use of a statistical analysis which incorporates a moving average and a divisor reflecting both the possible and actual trading ranges. Although developed primarily for commodities, the CCI could conceivably be used to analyze stocks as well. The Commodity Channel Index ("CCI") measures the variation of a security’s price from its statistical mean. High values show that prices are unusually high compared to average prices whereas low values indicate that prices are unusually low. 1. Calculate today's Typical Price (TP) = (H+L+C)/3 where H = high; L = low, and C = close. 2. Calculate today's 20-day Simple Moving Average of the Typical Price (SMATP). 3. Calculate today's Mean Deviation. First, calculate the absolute value of the difference between today's SMATP and the typical price for each of the past 20 days. Add all of these absolute values together and divide by 20 to find the Mean Deviation. 4. The final step is to apply the Typical Price (TP), the Simple Moving Average of the Typical Price (SMATP), the Mean Deviation and a Constant (.015). --------------------------------------------------------- Input: - 3 Y values ( Hi, Low, Close ). Output: - 1 Y value ( CCI ). Parameters: - Periods = is used to configure the number of periods to calculate the CCI. By default the Periods property is set to 10. Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Default constructor The first method in the module, which converts a formula name to the corresponding private method. String which represent a fomula name Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Formula parameters Array of strings - Extra Formula parameters from DataManipulator object Array of strings - Used for Labels. Description for ouput results. Formula Module name 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. Convertion source type. Indicates if convertion 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 convertion is possible. Overrides the ConvertTo method of TypeConverter. Convert coordinates array to comma separated values in string. Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Exposes chart toolbar attributes. Initializes new instance of object. Creates new instance of object. Chart UI object. Checks if toolbar items collection is modified and should be serialized. True if items where modified and they need to be serialized. Resets toolbar items collection. Initialize toolbar item collection. Removes all items from the ToolBar component ( coolBar) Refreshes the toolbar component ( coolBar) Command message handler. Command message. Source of the command. Command parameters Invalidates chart toolbar. Checks if toolbar is visible. True if toolbar is visible. Method updates toolbar control position in pixels using current Position property in relative coordinates. Get height required by the toolbar. Chart graphics. Required toolbar height in relative coordinates. Calculates position of the toolbar in the chart and adjusts space available for other chart elements. True if this method process tool bar position before chart border. Chart graphics. Current area available for chart elements. Helper method that calculates spacing on each side of the 3D toolbar border Chart graphics. Required offset on all 4 sides. Returns default toolbar spacing. Default toolbar spasing Draws toolbar border. Chart graphics. Indicates that only top elements are redrawn. Determines if the toolbar is visible on the chart. true if chart toolbar is enabled, false if it is not. Defaults to false. Determines if the toolbar is allowed to be moved with the mouse by the end-user. true if chart toolbar can be moved with a mouse, false if it is not. Defaults to true. Represents the collection of toolbar command items. Determines if the toolbar is docked on the top or bottom of the chart. A enumeration value. Setting this property will only have an effect if the property is set to Auto. Determines if the docked toolbar is placed inside or outside the chart frame. A enumeration value. Setting this property will only have an effect if the property is set to Auto. Determines the toolbar position. A value. Toolbar position in relative coordinates, where (0,0) is top left corner of the chart and (100,100) is bottom right corner. Automatic toolbar position can also be set, then and properties determine the position of the toolbar. Determines the toolbar border skin style. A value. Gets or sets the background color of the chart toolbar. A object that represents the background color of the chart toolbar. The default value is Color.Empty. When set to Color.Empty the background color is automatically determined based on the chart background colors. Gets or sets the color of the toolbar border. A object that represents the color of the chart toolbar border. The default value is Color.Black. This property will not have any effect if the property is set to 0 or property is set to NotSet The line width of the chart toolbar border, measured in pixels. An integer that represents the width of the label's border. Defaults to 1. The line style of the chart toolbar border. A enumeration value. The default value is ChartDashStyle.Solid. This property will not have any effect if the property is set to 0. Gets or sets the color of the chart toolbar shadow. A object that represents the color of the chart toolbar shadow. The default ARGB value is 128,0,0,0. This property will not have any effect if the property is set to 0 and/or property is not set to None. Determines chart toolbar shadow offset. An integer that represents the toolbar shadow offset, in pixels. Defaults to 0. This property will not have any effect if the property is not set to None. Gets chart UI object. Gets the reference to the parent element. Gets the reference to the chart control. Initializes a new instance of the class. The CMD UI. Tracks the state. Determines whether the properties are changed. true if properties are changed; otherwise, false. Determines whether this instance is changed. true if this instance is changed; otherwise, false. The ChartCommandType represents all standard commands. Empty command. Do nothing. Copies chart image and CSV data into clipboard. Pastes CSV data from clipboard, create new series Deletes selected object. Loads chart template from file. Loads appearance part from chart template. Loads appearance part from chart template. Resets chart appearance. Saves chart template to file. Saves chart image to file. Saves appearance to file. Saves chart template to file. Shows print preview form. Prints the chart. Edits element by property dialog. Shows/hides data labels Shows/hides the legend Toggles 3D mode, group command Toggles 3D mode Toggles 3D Clustering Toggle 3D right angle Performs rotating of the chart Performs rotating of the chart Performs rotating of the chart Performs rotating of the chart Performs rotating of the chart Inrease/decrease 3D point gap. Inrease 3D point gap. Decrease 3D point gap. Increase/decrease 3D point depth Increase 3D point depth Decrease 3D point depth Increase/decrease 3D perspective Increase 3D perspective Decrease 3D perspective Changes series chart type. Point chart type. Bubble chart type. Line chart type. Spline chart type. StepLine chart type. FastLine chart type. FastPoint chart type. Bar chart type. Stacked bar chart type. Hundred percent stacked bar chart type. Column chart type. Stacked column chart type. Hundred percent stacked column chart type. Area chart type. Spline area chart type. Stacked area chart type. Hundred percent stacked area chart type. Pie chart type. Doughnut chart type. Stock chart type. CandleStick chart type. Range chart type. Spline range chart type. Gantt chart type. Range column chart type. Radar chart type. Polar chart type. Box plot chart type. Renko chart type. ThreeLineBreak chart type. Kagi chart type. PointAndFigure chart type. Funnel chart type. Pyramid chart type. Palette not set. Default palette. Palette with Light style colors. Palette with Earth Tones style colors. Palette with gray scale colors. Palette with Semi Transparent style colors. Palette with Excel style colors. Palette with Light style colors. Palette with Berry style colors. Palette with Chocolate style colors. Palette with Fire style colors. Palette with GreenBlue style colors. Palette with Dundas style colors. Palette with Acid Wash style colors. Palette with Dundas Dark style colors. Palette with Art Deco style colors. Palette with Kinder garten style colors. Palette with Milk Shake style colors. Palette with Mid Day style colors. Palette with Rainbow Vapors style colors. Palette with Tanzanite style colors. Palette with Tan style colors. Palette with Vegas style colors. Palette with Water Liles style colors. Represents separator in menus or toolbox. Represents space in the toolbox. Adds an annotation. Group command. Adds callout annotation Adds Arrow annotation Adds border 3D annotation Adds text annotation Adds rectangle annotation Adds ellipse annotation Adds polyline annotation Adds polygon annotation Adds line annotation Adds vertical line annotation Adds Horizontal line annotation Sends annotation or series to back. Sends annotation or series to front Shows/hides axis grid lines Shows/hides axis grid lines Reverses axes. Reverses axes. Financial Inficators Command Group Moving average command type Exponential Moving Average command type Triangular Moving Average command type Weighted Moving Average command type Typical Price command type Median Price command type Weighted Close command type Envelopes command type BollingerBands command type ErrorBar command type Forecasting command type Represents CommandStyle behavior and appearance Command with standard behavior and appearance Command can have toggled state The command is grouped and behave like radio buttons Defines style of the popup objects The command will deploy menu as popup The command will show table with icons. Defines tool bar dock style Tool bar is docked on top on the chart Tool bar is docked on bottom on the chart Defines tool bar placement Toolbar is placed inside of the chart Toolbar is placed outside of the chart Defines command behavior is the command has subcommands. Default behavior - simple executable command The command is container. The command is not executable like separator and spacer. The command is exececutable and container like Rotate3DGroup which can accept last executed sub command. Defines type of message broadcasted via internal ChartUI message system see ChartUI.OnCommandMessage and ChartUI.*.OnCommandMessage Broadcast when command element is removed Broadcast when command element is added Broadcast when command is about to change ID Broadcast when command ID has been changed Broadcast when command hes been deleted Broadcast when command has been changed type Broadcast when command is about to execute Broadcast when command has been executed Broadcast when serialization is about to begin. Broadcast when serialization is finished This enumeration determines what part of the command UI will be updated. Update the command UI's text. Update the command UI's image. Update the command UI's description (tooltip). Update the command UI's shortcut key. Update the command UI's state (enabled, latched, etc.). Update all parts of the command's user-interface. DoughnutChart class provide only the behaviour information for the Doughnut chart, all the drawing routines are located in the PieChart base class. PieChart class provides 2D/3D drawing and hit testing functionality for the Pie chart. Gets chart type image. Chart types registry object. Chart type image. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Default constructor Calculates Collected pie slice if required. Series to be prepared. Reference to service container. Remove any changes done while preparing Pie/Doughnut charts to draw the collected slice. Series to be un-prepared. Reference to service container. True if series was removed from collection. Paint Pie Chart The Chart Graphics object The Common elements object Chart area for this chart Chart series to draw. Take Relative Minimum Pie Size attribute Chart Area Custom attribute value. Method that is used to resize pie because of labels. This method recalculates position of pie slices or checks if pie slice is selected. If True selection mode is active, otherwise paint mode is active The Chart Graphics object The Common elements object Chart area for this chart Draw pie shadow Pie labels Chart series to draw. Gets point offset attribute value if any point or series Offset point. Draw Pie labels or test for overlaping. Chart Graphics object Center of the pie chart Size of the square, which will be used for drawing pie. Starting angle of a pie slice Sweep angle of a pie slice Data point Radius for Doughnut Chart in % The pie slice is exploded Chart area True if test mode is on Data Point Index Color of line labels This method returns calculated rectangle from point position for outside label. Rectangle mustn’t be out of chart area. The first position for label Chart area used for chart area position Label text Text format Chart Graphics object Data point Orientation for label. It could be left or right. Calculated rectangle for label This method returns Pie Label Style enumeration from Data Point Custom attribute. Data Point Pie label style enumeration Estimate Labels. Chart Graphics object Center of the pie chart Size of the square, which will be used for drawing pie. Starting angle of a pie slice Sweep angle of a pie slice Data point Radius for Doughnut Chart in % The pie slice is exploded Chart area This method adds map area information. The Common elements object Data Point Start Angle Sweep Angle Rectangle of the pie True if doughnut Doughnut radius in % Chart graphics object Data point index This method is introduced to check colors of palette. For pie chart the first pie slice and the second pie slice can not have same color because they are connected. Data points used for pie chart This method finds vertical position for left and right labels on that way that labels do not overlap each other. Chart area position True if it is possible to find position that labels do not overlap each other. This algorithm sorts labels vertical intervals. Double array of label interval start points Double array of label interval end points Integer array of label interval indexes This method inserts label rectangles into the collection. Label Rectangle This method will find the best position for labels. It is based on finding non overlap intervals for left or right side of the pie. This is recursive algorithm. The start positions of intervals. The end positions of intervals. Start position of chart area vertical range. End position of chart area vertical range. False if non overlapping positions for intervals can not be found. This method reduces empty space between intervals. The start positions of intervals. The end positions of intervals. Relative value which presents size reduction. This algorithm shifts all intervals for the same amount. It is trying to put all intervals inside chart area range. The start positions of intervals. The end positions of intervals. Start position of chart area vertical range. End position of chart area vertical range. This is used to find non overlapping position for intervals. The start positions of intervals. The end positions of intervals. Returns true if any label overlaps before method is used. This method spread all intervals down or up from splitIndex. Intervals are spread only if there is no empty space which will compensate shifting of intervals. The start positions of intervals. The end positions of intervals. Position of the interval which ovelap. The half of the overlapping range. Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. This method recalculates position of pie slices or checks if pie slice is selected. If True selection mode is active, otherwise paint mode is active The Chart Graphics object The Common elements object Chart area for this chart Draw pie shadow Pie labels Chart series to draw. Pie width. This method draws a part of a pie slice. Which part is drown depend on turn. There is special case if there is a big pie slice (>180) when one pie slice has to be split on parts and between that other small pie slices has to be drawn. Turn for drawing. Chart Graphics Data Point to draw Chart area Rectangle used for drawing pie clice. Start angle for pie slice End angle for pie slice Inner Radius if chart is doughnut Width of the pie Selection mode is active true if pie slice is selected Pie slice is >180 and same pie slice is back and front slice Pie slice is exploded Point Index This method transforms in 3D space important points for doughnut or pie slice. Chart Graphics Chart Area The width of a pie. Rectangle used for drawing pie clice. Start angle for pie slice. End angle for pie slice. true if relative coordinates has to be returned. Doughnut Radius Exploded pie slice Returns 3D Transformed pie or doughnut points. This method is used for drawing curve around pie slices. This is the most complex part of 3D Pie slice. There is special case if pie slice is bigger then 180 degree. Chart Grahics. Chart Area. Data Point used for pie slice. Start angle of a pie slice. Sweep angle of a pie slice. Important 3d points of a pie slice. Brush without lithing efects. Pen used for border. Position of the curve of big pie slice. Big pie slice coud have to visible curves - left and right This is big pie slice which is in same time back and front slice. Data Point Index This method is used for special case when big pie slice has to be drawn. Chart Grahics. Chart Area. Data Point used for pie slice. Start angle of a pie slice. Sweep angle of a pie slice. Important 3d points of a pie slice. Brush without lithing efects. Pen used for border. Position of the curve of big pie slice. Big pie slice coud have to visible curves - left and right This is big pie slice which is in same time back and front slice. Data Point Index True if slice is special case and it is drawn as a special case. This method is used for drawing curve around doughnut slices - inner curve. This is the most complex part of 3D Doughnut slice. There is special case if pie slice is bigger then 180 degree. Chart Grahics. Chart Area. Data Point used for pie slice. Start angle of a pie slice. Sweep angle of a pie slice. Important 3d points of a pie slice. Brush without lithing efects. Pen used for border. Position of the curve of big pie slice. Big pie slice coud have to visible curves - left and right This is big pie slice which is in same time back and front slice. Data Point Index This method is used for special case when big doughnut slice has to be drawn. Chart Grahics. Chart Area. Data Point used for pie slice. Start angle of a pie slice. Sweep angle of a pie slice. Important 3d points of a pie slice. Brush without lithing efects. Pen used for border. Position of the curve of big pie slice. Big pie slice coud have to visible curves - left and right This is big pie slice which is in same time back and front slice. Data Point Index True if slice is special case and it is drawn as a special case. This method sort data points on specific way. Because of order of drawing in 3D space, the back data point (point which pass throw 270 degree has to be drawn first. After that side data points have to be drawn. At the end front data point (data point which pass throw 0 degree) has to be drawn. There is special case if there is big data point, which is back and front point in same time. Data series Chart area Unsorted List of Start angles. Unsorted List of Sweep angles. Data Point index list Beck and Fron Points are same - There is a big pie slice. Sorted data point list. This method switches order of data points in the array of points. Number of data points Array of Data points List of start angles which has to be switched together with data points List of sweep angles which has to be switched together with data points Indexes (position) of data points in the series There is big pie slice which has same back and front pie slice This method calculates initial pie size if outside 3D labels is active. Chart Graphics object. Chart Area. Rectangle which is used for drawing pie. Width of pie slice. List of data points. List of start angles. List of sweep angles. List of point indexes. Data series used for drawing pie chart. Custom Attribute for label line size. This method inserts outside 3D labels into array of Label column class. Chart Graphics object. Chart Area. Rectangle used for drawing pie slices. Width of a pie slice. Data Point. Start angle of a pie slice. Sweep angle of a pie slice. Data point index. Inner Radius of the doughnut. true if pie slice is exploded. This method draws outside labels with lines, which connect labels with pie slices. Chart Graphics object Chart Area Pen object Important pie points Data point Middle Angle for pie slice Point Index. This method draws inside labels. Chart Graphics object Important pie points Data point Data point index Take formated text from label or axis label Data point which is used. Formated text Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if each data point of a chart must be represented in the legend Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Number of supported Y value(s) per point Chart is Doughnut or Pie type Labels Mode for preparing data There are no labels Drawing labels mode Labels Estimation mode Labels Overlap Mode LabelColumn class is used for labels manipulation - outside label style Constructor Chart Area position. Return index of label position in the column. y coordinate Index of column This method sorts labels by y Position Returns label position y coordinate from index position Index position of the row Y coordinate row position This method finds X and Y position for outside labels. There is discrete number of cells and Y position depends on cell position. X position is connected with angle between invisible line (which connects center of a pie and label) and any horizontal line. Data Point Position of a label This method inserts outside labels in Column label list. Column label list has defined number of cells. This method has to put labels on the best position in the list. If two labels according to their positions belong to same cell of the list, this method should assign to them different positions. Data Point which label has to be inserted Y coordinate which is the best position for this label Point index of this data point in the series This method is used for inserting labels. When label is inserted and that position was previously used, labels have to be moved on proper way. Position which has to be free Direction for moving labels This method is used to center labels in the middle of chart area (vertically). Check if there is empty cell Labels column in specified direction from specified position Start Position for testing True if direction is upward, false if downward True if there is empty cell This method initialize label column. Rectangle used for labels True if labels are on the right side of chart area. Maximum nuber of rows. Value for label line size from custom attribute. Gets chart type image. Chart types registry object. Chart type image. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Default constructor Chart type name True if chart type is stacked True if chart type supports axeses True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if each data point of a chart must be represented in the legend Indicates that extra Y values are connected to the scale of the Y axis True if palette colors should be applied for each data paint. Otherwise the color is applied to the series. Number of supported Y value(s) per point Chart is Doughnut or Pie type Bar chart value label drawing style. Outside of the bar. Inside the bar aligned to the left. Inside the bar aligned to the center. Inside the bar aligned to the right. BarChart class contains all the code necessary to draw both Bar and Gantt charts. The GanttChart class is used to override few default settings, so that 2 Y values will be used to define left and right position of each bar. BarChart class provides 2D/3D drawing and hit testing functionality for the Bar and Gantt charts. The only difference between the Gantt and Bar chart is that 2 Y values are used to position left and right side of each Gantt bar. Indicates that two Y values are used to calculate bar position Indicates that bars from different series are drawn side by side Defines the default drawing style of the labels. Indicates that second point loop is required to draw points labels or markers. Default constructor Gets chart type image. Chart types registry object. Chart type image. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Paint Bar Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Calculates position of each bar in all series and either draws it or checks the selection. Mode which draws only labels and markers. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draws labels and markers. Chart area for this chart. Horizontal Axis for labels and markers The Chart Graphics object. The Common elements object. Bar rectangle. Data point. Data series. The zero position or the bottom of bars. The Height of bars. The width of bars. Point index. Marker index reference. Inserts Hot Regions used for image maps, tool tips and hit test function Common elements object Chart Graphics object Data point used for hot region Size of the marker Name of the series Data point index Marker Style Marker Position Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. This method will find previous and next data point, which is not empty and recalculate a new value for current empty data point. New value depends on custom attribute “EmptyPointValue” and it could be zero or average. Empty data point. Empty data point index. Index of the Y value to get. A Value for empty data point. Calculates position of each bar in all series and either draws it or checks the selection in 3D space. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method prepares animation coordinates for 3D Column chart. Animation Manager Position of 3d projection of the cube without transformations. Z position of the cube without transformations Depth of 3D cube Transformation matrix Chart Graphics Bar chart has negative value Draws markers in 3D. Chart area for this chart. Horizontal Axis for labels and markers The Chart Graphics object. The Common elements object. Bar rectangle. Data point. Data series. The zero position or the bottom of bars. The Height of bars. The width of bars. Point index. Draws labels in 3D. Chart area for this chart. Horizontal Axis for labels and markers The Chart Graphics object. The Common elements object. Bar rectangle. Data point. Data series. The zero position or the bottom of bars. The Height of bars. The width of bars. Point index. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if each data point of a chart must be represented in the legend Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Number of supported Y value(s) per point Public constructor Chart type name If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) Number of supported Y value(s) per point Indicates that extra Y values are connected to the scale of the Y axis Chart 3D engine relies on the data point drawing order to achieve correct visual appearance. All data points have to be drawn in the correct order depending on the 3D angles, perspective and the depth of the series. BarPointsDrawingOrderComparer class is used sort data points of the Bar chart type. Chart area object reference. Area X position where visible sides are switched. Selection mode. Points order should be reversed. Public constructor. Chart area. Selection indicator. Which coordinate of COP (X, Y or Z) to test for surface everlapping. Comarer method. First object. Second object. Comparison result. Implements frame border. Implements frame border. Implements raised border. Implements embed 3D border. Radius for rounded rectangle Outside shadow rate Indicates that sunken shadows should be drawn Indicates that bottom shadow should be drawn Indicates that top left outside dark shadow must be drawn Array of corner radius Border top/left size Border right/bottom size Indicates that screws should be drawn in the corners of the frame Public constructor Returns the position of the rectangular area in the border where title should be displayed. Returns empty rect if title can't be shown in the border. Title position in border. Adjust areas rectangle coordinate to fit the 3D border Graphics to darw the border on. Position to adjust. Draws 3D border Graphics to darw the border on. Border skin object. Rectangle of the border. 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 Helper function, which draws a screw on the frame Chart graphics to use. Screw position. Chart type name Public constructor Chart type name Inner corners radius array Default constructor Draws 3D border. Graphics to darw the border on. Border skin object. Rectangle of the border. 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 Chart type name Default constructor Returns the position of the rectangular area in the border where title should be displayed. Returns empty rect if title can't be shown in the border. Title position in border. Chart type name Implements frame border. Implements frame border. Default constructor Chart type name Default constructor Returns the position of the rectangular area in the border where title should be displayed. Returns empty rect if title can't be shown in the border. Title position in border. Chart type name Implements frame border. Implements frame border. Default constructor Chart type name Default constructor Returns the position of the rectangular area in the border where title should be displayed. Returns empty rect if title can't be shown in the border. Title position in border. Chart type name Implements frame border. Implements frame border. Default constructor Chart type name Default constructor Returns the position of the rectangular area in the border where title should be displayed. Returns empty rect if title can't be shown in the border. Title position in border. Chart type name Implements frame border. Implements frame border. Default constructor Chart type name Default constructor Returns the position of the rectangular area in the border where title should be displayed. Returns empty rect if title can't be shown in the border. Title position in border. Chart type name Implements frame border. Implements frame border. Default constructor Chart type name Default constructor Returns the position of the rectangular area in the border where title should be displayed. Returns empty rect if title can't be shown in the border. Title position in border. Chart type name Implements frame border. Default constructor Chart type name Implements frame border. Default constructor Chart type name The AnnotationSmartLabelsStyle class is used to store annotation smart labels attributes. This class is derived from the SmartLabelsStyle class TODO LINKS used for Series objects. SmartLabelsStyle class is used to enable and configure the SmartLabels algorithm for data point labels and annotations. In most of the cases it is enough just to enable the algorithm, but this class also contains properties which allow controlling how the labels are moved around to avoid collisions. Visual appearance of callouts can also be set through this class. Default public constructor. Constructor. Chart element this style belongs to. Invalidates assosiated chart element. SmartLabels algorithm enabled flag. Indicates that marker overlapping by label is allowed. Indicates that overlapped labels that can't be repositioned will be hidden. Possible moving directions for the overlapped SmartLabel. Minimum distance the overlapped SmartLabel can be moved from the marker. Distance is measured in pixels. Maximum distance the overlapped SmartLabel can be moved from the marker. Distance is measured in pixels. Defines if SmartLabels are allowed to be drawn outside of the plotting area. Callout style of the repositioned SmartLabels. Label callout line color. Label callout line style. Label callout back color. Applies to the Box style only! Label callout line width. Label callout line anchor cap. Default public constructor. Constructor. Chart element this style belongs to. Callout style of the repositioned smart labels. This method is hidden at design and run time and it should not be part of the documentation. Label callout line color. This method is hidden at design and run time and it should not be part of the documentation. Label callout line style. This method is hidden at design and run time and it should not be part of the documentation. Label callout back color. Applies to the Box style only! This method is hidden at design and run time and it should not be part of the documentation. Label callout line width. This method is hidden at design and run time and it should not be part of the documentation. Label callout line anchor cap. This method is hidden at design and run time and it should not be part of the documentation. LineAnnotation is a class that represents a line annotation. Default public constructor. Adjusts the two coordinates of the line. First line coordinate. Second line coordinate. Selection rectangle. Paints an annotation object on the specified graphics. A object, used to paint an annotation object. Reference to the owner control. Gets or sets a flag that indicates if an infinitive line should be drawn. True if a line should be drawn infinitively through 2 points provided, false otherwise. Gets or sets a cap style used at the start of the annotation line. A value, used as a start cap for the line. TODO LINK Gets or sets a cap style used at the end of the annotation line. A value, used as an end cap for the line. TODO LINK Not applicable to this annotation type. A value. Not applicable to this annotation type. A value. Not applicable to this annotation type. A object. Not applicable to this annotation type. A value. Not applicable to this annotation type. A value used to draw annotation background. Not applicable to this annotation type. A value. Not applicable to this annotation type. A value. Not applicable to this annotation type. A value. Gets or sets the flag that specifies whether the annotation size is always defined in relative chart coordinates. True if this annotation's and are always in chart relative coordinates, false otherwise. Annotation width and height may be set in chart relative or axes coordinates. By default relative chart coordinates are used. To use axes coordinates for size set this property to false and either anchor the annotation to a data point or set the or properties. Gets or sets an annotation's position alignment to the anchor point. A value that represents the annotation alignment to the anchor point. An annotation must be anchored using either , or the and properties. It's and properties must also be set to Double.NaN. Gets or sets an annotation's type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets an annotation's selection points style. A value that represents the annotation selection style. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. VerticalLineAnnotation is a class that represents a vertical line annotation. Default public constructor. Adjusts the two coordinates of the line. First line coordinate. Second line coordinate. Selection rectangle. Gets text annotation content size based on the text and font. Annotation content position. Gets or sets annotation type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. HorizontalLineAnnotation is a class that represents a horizontal line annotation. Default public constructor. Adjusts the two coordinates of the line. First line coordinate. Second line coordinate. Selection rectangle. Gets text annotation content size based on the text and font. Annotation content position. Gets or sets annotation type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Initializes a new instance of the class. The service. Gets the zoom engine state. The zoom engine state. Sets the zoom engine state. The state. The flag. Gets the AxisSection of axis. The axis. Apends the control for rendering. The control. Gets the hash name of the area. Used for generation of area sub control's name. The area. Gets the name of the area index by hash string. Name of the area hash string. Handles the PostPaint event of the Chart control. The source of the event. The instance containing the event data. Gets the axis rectangle. The axis. Gets the zoom helpers. Gets the zoom helper by area name. Name of the area. Enters the print mode. Used during printing, hit test. Leaves the print mode. Prepares zoom engine for rendering. Called during callbacks and chart rendering. Saves the current state of chart. Prepares zoom engine for rendering. Called during callbacks and chart rendering. Saves the current state of chart. if set to true track area scroll positions. Prepares zoom engine after rendering. Called during callbacks and chart rendering. Starts to track area scroll positions. Ends to track area scroll positions. Determines whether the position changed on the specified axis. The axis. true if position is changed on the specified axis; otherwise, false. Inittialize the chart graphics. The graphics. Paints a chart area. The chart area. Paints a chart areas. Generates a bitmap with empty chart and a defined chart area on it. The chart area. Size of the bitmap. Gets the post back params for specified chart area. Name of the area. Registers the post back info into callback output or hidden input during normal rendering. for each area. Registers also the zoom engine state in same fashion. Gets the postback output string for specified chart area. The area. Gets the postback input string for specified chart area. The area. Loads the post back info. Determines whether the specified area is changed. The area. true if the specified area is changed; otherwise, false. Resets the state of specified area of the stateBag. The area. Saves the ZoomEngine viewstate. Loads the ZoomEngine viewstate. Gets the area viewstate data. The area. Gets the axis viewstate data. The axis. Gets the specified field from the viewstate of the area. The area. The field. Sets the specified field from the viewstate of the area. The area. The field. The value. Gets the specified field from the viewstate of the axis. The axis. The field. Sets the specified field from the viewstate of the axis. The axis. The field. The value. Processes the zoom commands. Renders the partitial chart area zoom images. The parameters request. Updates sizes for chart area in real size when zoomed Populates the internal chart area controls. 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. Gets the viewstate StateBag. It contains data which is serialized into hidden input named (Chart.ClientID + "ZoomState") The viewstate StateBag. Gets a value indicating whether this instance has any chart areas in zoom mode. true if this instance is active; otherwise, false. Gets or sets a value indicating whether this instance renders partitial chart area bitmaps. true if this instance renders partitial chart area bitmaps; otherwise, false. Gets the chart. The chart. Gets a value indicating whether the page is in callback mode. true if this the page is in callback mode; otherwise, false. Gets the parent ChartCallbackManager. The ChartCallbackManager. Gets the parent CommonElements instance. The parent CommonElements instance. Gets the size of the chart. The size of the chart. PropertyPagesLabelClassControl is an user control for setup series labels Gets the chart series. Determines whether this instance is visible. true if this instance is visible; otherwise, false. Applies changes to the specified series. Series the changes apply to. Applies the changes. Inits the page. The control. Generates the position items. The chart types. The label style. Generates the position items. Parses the label style. Name of the label style attribute. Type of the label style. Raises the event. An object that contains the event data. Parses the label format string. The label format. The format. The precision. PropertyPagesFormulasXXX is an user control for add or setup formula series on one chart series Determines whether this instance is visible. true if this instance is visible; otherwise, false. Applies the changes. Inits the page. The control. Raises the event. An object that contains the event data. Locates the series and formula. The context. Gets the formula table row. The image URL. The name. The label text. The short text. PropertyPagesAxisClassControl is an user control which represents axis property page Handles the Load event of the Page control. The source of the event. The instance containing the event data. Checks if series uses X or Y axis. Series to test. Indicates that X axis is tested. True if axis is used. Returns list of axis for the current context List of axis. Determines whether the specified axis represents date data. The axis. true if the specified axis represents date data; otherwise, false. Determines whether this instance is visible. true if this instance is visible; otherwise, false. Applies the changes. Inits the page. The control. Raises the event. An object that contains the event data. BitWriter class allows writing bits of data into the underlying Steam which can be passed as an object constructor parameter. If the default constructor is used (no parameters) a MemoryStream will be automatically created. WriteXXX methods should be used to write data into the stream. Please note, that all data types except byte and bit will be automatically aligned on the byte boundary using Flush method. BaseStream and BytesWritten properties may be used to get access to the written data. 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. 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 Financial marker type. Financial marker Fibonacci Arcs Financial marker Trend Line Financial marker Fibonacci Fans Financial marker Fibonacci Retracements Financial marker Speed Resistance Lines Financial marker Quadrant Lines FinancialMarkersCollection class is a strongly typed collection of FinancialMarker objects. FinancialMarkers class is used to perform all the calculations and drawing of the markers. Reference to ArrayList class Series Name Financial Markers Add Financial Marker item to the collection Name of the Financial marker The index (zero-based) of the first data point to be used for a financial marker. The index (zero-based) of the second data point to be used for a financial marker. The index (zero-based) of the Y value to be used for a financial marker's first data point. The index (zero-based) of the Y value to be used for a financial marker's second data point. The color used to draw the lines of a financial marker. The width of a financial marker's lines. Measured in pixels. The text color for a financial marker's associated labels. The font for a financial marker's associated labels. Position in the collection. Adds a Financial Marker item to the collection Name of the Financial marker The index (zero-based) of the first data point to be used for a financial marker. The index (zero-based) of the second data point to be used for a financial marker. The index (zero-based) of the Y value to be used for a financial marker's first data point. The index (zero-based) of the Y value to be used for a financial marker's second data point. The color used to draw the lines of a financial marker. The width of a financial marker's lines. Measured in pixels. Position in the collection. Adds a Financial Marker item to the collection Name of the Financial marker The index (zero-based) of the first data point to be used for a financial marker. The index (zero-based) of the second data point to be used for a financial marker. The index (zero-based) of the Y value to be used for a financial marker's first data point. The index (zero-based) of the Y value to be used for a financial marker's second data point. Position in the collection. Adds a Financial Marker item to the collection Name of the Financial marker The index (zero-based) of the first data point to be used for a financial marker. The index (zero-based) of the second data point to be used for a financial marker. Position in the collection. Adds a Financial Marker item to the collection Financial Marker object Position in the collection Inserts a Financial Marker to the collection Position Name of the Financial marker The index (zero-based) of the first data point to be used for a financial marker. The index (zero-based) of the second data point to be used for a financial marker. The index (zero-based) of the Y value to be used for a financial marker's first data point. The index (zero-based) of the Y value to be used for a financial marker's second data point. The color used to draw the lines of a financial marker. The width of a financial marker's lines. Measured in pixels. The text color for a financial marker's associated labels. The font for a financial marker's associated labels. Inserts a Financial Marker to the collection Position Name of the Financial marker The index (zero-based) of the first data point to be used for a financial marker. The index (zero-based) of the second data point to be used for a financial marker. The index (zero-based) of the Y value to be used for a financial marker's first data point. The index (zero-based) of the Y value to be used for a financial marker's second data point. The color used to draw the lines of a financial marker. The width of a financial marker's lines. Measured in pixels. Inserts a Financial Marker to the collection Position Name of the Financial marker The index (zero-based) of the first data point to be used for a financial marker. The index (zero-based) of the second data point to be used for a financial marker. The index (zero-based) of the Y value to be used for a financial marker's first data point. The index (zero-based) of the Y value to be used for a financial marker's second data point. Inserts a Financial Marker to the collection Position Name of the Financial marker The index (zero-based) of the first data point to be used for a financial marker. The index (zero-based) of the second data point to be used for a financial marker. Inserts a Financial Marker item to the collection Position Financial Marker Object Inserts a Financial Marker item to the collection Position Financial Marker Object Removes the element at the specified index The zero-based index of the element to remove Removes the first occurrence of a specific object The Object to remove from the ChartAreaCollection 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 zero-based index of the first occurrence of value within the entire collection, if found; otherwise, -1. Determines whether an element is in the collection. The Object to locate in the collection. The element to locate can be a null reference. true if item is found in the collection; otherwise, false. Removes all elements from the collection. Returns an enumerator for the entire collection An IEnumerator for the entire collection Copies the ArrayList or a portion of it to a one-dimensional array. The one-dimensional Array that is the destination of the elements copied from ArrayList. The Array must have zero-based indexing. The zero-based index in array at which copying begins. Default constructor Draw markers Chart graphics object Chart object Invalidate chart Gets a value indicating whether the collection is read-only. Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets the number of elements actually contained in the collection. Gets an object that can be used to synchronize access to the collection. IList interface Indexer of the class. Returns the Financial Marker object FinancialMarker class contains properties which define marker visual appearance, style and its connection to the series data points. Default constructor Constructor Name of the Financial marker The index (zero-based) of the first data point to be used for a financial marker. The index (zero-based) of the second data point to be used for a financial marker. The index (zero-based) of the Y value to be used for a financial marker's first data point. The index (zero-based) of the Y value to be used for a financial marker's second data point. The color used to draw the lines of a financial marker. The width of a financial marker's lines. Measured in pixels. The text color for a financial marker's associated labels. The font for a financial marker's associated labels. Marker Name Strip Line name First Point Index Second Point Index First Y Index Second Y Index Line Color Text Color Text font Line Width Financial marker line style. The FontSelectorDlgClassControl is an user control represents the font selector dialog Handles the Load event of the Page control. The source of the event. The instance containing the event data. Gets the initialze script text. Raises the event. An object that contains the event data. Gets the script object ID. The method. Sends server control content to a provided object, which writes the content to be rendered on the client. The object that receives the server control content. Gets or sets the dialog font. The dialog font. Gets or sets the color editor (input control) ID. The color editor ID. Gets or sets the chart. The chart. OLAP Manager Web control designer. Gets the name of the chart type. Initializes component. Component to initialize. Dispose object. Indicates if unmanaged resources should be disposed. Called when host loading is completed. The sender. The instance containing the event data. ComponentRemoved event handler. Event sender. Event arguments. ComponentRemoved event handler. Event sender. Event arguments. ComponentRename event handler. Event sender. Event arguments. Sets the dirty. OlapManager object. OlapChartNameConverter is a converter for OlapChartID property. Returns whether the collection of standard values returned from is an exclusive list of possible values, using the specified context. An that provides a format context. true if the returned from is an exhaustive list of possible values; false if other values are possible. Returns whether this object supports a standard set of values that can be picked from a list, using the specified context. An that provides a format context. true if should be called to find a common set of values the object supports; otherwise, false. Returns a collection of standard values for the data type this type converter is designed for when provided with a format context. An that provides a format context that can be used to extract additional information about the environment from which this converter is invoked. This parameter or properties of this parameter can be null. A that holds a standard set of valid values, or null if the data type does not support a standard set of values. AreaZoomHelper is a helper class responsible for scrolling and zooming feature of particular chart area. Controlled by ChartZoomEngine. Initializes a new instance of the class. The area. The engine. Stabilizes area positions and loads the area view state. Saves the area viewstate. Gathers the area values after first rendering. Prepares the chart area for partitial area rendering. Restores the area state after partitial area rendering. Saves the area positions. Restores the area positions. Prepares the area for rendering operations. The area plot rect. The inner plot rect. Validates the zoom position. Flowing will normalize viev position and size if goes out of view range. Restores the area after rendering operations. Force area resize to collect area rectangles. Gets the axis zoom. The axis pos. Gets the area axis. The area. The axis pos. Gets the area axis by specified AxisSection (horizontal, vertical). The area. The section. Gets the axis zoom helper by specified AxisSection (horizontal, vertical). The section. Gets the size of the chart. Gets the chart rect. Creates the axis rectangle. The plot rect. The axis. Gets the scale rectangle for cutting. The axis. Gets the area rect for cutting. Compensates the borders for specified axis. The axis. The rect. Gets the area scroll rectangle - inner scrolling rectangle without scrolling scales. Gets the scale scrolling rect. The axis. Gets the axis scroller rectangle. Name of the axis. Gets the axis scroller button rect rectangle. Name of the axis. Type of the button. Prepares the callback info. Processes the zoom command. Prepares the chunk images for specified x and y pages. The X slice no. The Y slice no. Restore state after partitial area rendering. Copies the srs ElementPsition into src ElementPosition with saving auto flag. The SRC. The DST. Gets the list axes ZoomAxisState. Restores the axis states from list created by GetAxisStates(). The axis states. Cuts the rendered chart bitmap by specified rectangle. The whole bitmap. The rect. Gets the area bitmap. The whole bitmap. Gets the scale bitmap. The whole bitmap. The axis. Gets the area bitmap as memory stream. The whole bitmap. Gets the scale bitmap as memory stream. The whole bitmap. The axis. Gets the chunk images for the chart area and corresponded axes scales. The whole bitmap. if set to true force getting axes scales chinks. Gets HTML tag which represent this map area. Reference to the chart graphics object. Map area HTML tag. Transforms coordinates of the map area by specified offset. The map. The graph. The offset. Gets the map area list for specified rectangle relative to the chart and tharsform it to the upper corner of specified rectange. The rect org. Renders the image map by specified rectangle into string. The rect. Gets the slave areas - areas that are aligned with current chart area. Gets the name of the slave area. Populates the area web controls - panels, scrollbars and so on. Populates the area web controls if set to true populate inner web controls or only empty panel. Gets the name of the scrolling grid for specified chart area. The area. Gets the name of the scrolling grid for specified axis scale. The area. The axis. Renders the image window - all image chunks into scrolling panels. The container panel. Converts the color of the HTML. The c. Color of the default. Converts a double to the java number. The number. Gets the top scroll point. Gets the maximum scroll rectangle. Generates selection cursor javascript object. The cursor. if set to true [vertical]. Generates the area selector javascript object. Creates the scrolling grid panel. The visible area. The chunk rect. The x slices count. The y slices count. The panel ID. The area. The parent area ID. The slave area ID. The scroll to pos. The inner area rect. The available rect. Populates the scrolling grid controls. The container panel. Populates the scrolbar controls. The container panel. Gets the parent chart. The chart. Gets the CommonElements instance. The CommonElements instance. Gets the corresponded area. The area. Gets a value indicating whether this instance is require axes. true if this instance is require axes; otherwise, false. Gets a value indicating whether this instance is zoomed. true if this instance is zoomed; otherwise, false. Gets the area position. The area position. Gets the area inner position. The area inner position. Gets the X slices count. The X slices count. Gets the Y slices count. The Y slices count. Gets the parent ChartZoomEngine. The engine. Gets the postback params. The params. Gets the name of the area as name + hash string. The name of the area. License provide for the chart Class constructor Determines if the key retrieved by the GetLicense method is valid for the specified type. Format of the license key: "{Full.Type.Name} is a licensed component. PrivateKey={KEY}" summary> Returns network card id retrieved from the GUID Determines if the key retrieved by the GetLicense method is valid for the specified type. summary> Gets a license for the instance of the component and determines if it is valid. Chart license Constructor. License owner, License key. Dispose license. Gets license key. Chart image storage mode. Storage is automatically detected. Images are stored using HTTP Handler. Images is saved in temp. file using ImageUrl specified. Edition of the chart control. Professional edition. Enterprise edition. Specifies the format of the image Gets the Joint Photographic Experts Group (JPEG) image format. Gets the W3C Portable Network Graphics (PNG) image format. Gets the bitmap image format (BMP). Gets the Tag Image File Format (TIFF) image format. Gets the Graphics Interchange Format (GIF) image format. Gets the Enhanced Meta File (Emf) image format. Gets the Enhanced Meta File (Emf+) image format. Gets the Enhanced Meta File (EmfDual) image format. Scalable Vector Graphics Gets the Flash format. Chart image rendering type Chart image is rendered as image tag. Chart image is rendered as input tag with type=image. Chart image is streamed back directly. Chart image map is rendered. Summary description for enterprize chart control. Horizontal rendering resolution. Vertical rendering resolution. Chart control constructor. Control destructor Disposing control resoursec Checks if chart should be rendered as windows forms control. When RenderAsControl property is set to Auto - automatically detects if client has .Net installed. True if chart should be rendered as control. Renders chart as a windows forms control using Object tag or using binary streaming. HTML writer. Chart data file name. Renders chart as a Svg Object tag or Svg using binary streaming. HTML writer. Chart data file name. Renders chart as a Flash Object tag or Flash using binary streaming. HTML writer. Chart data file name. Gets current image URL the chart control will be rendered into. Current chart image URL. Render this control to the output parameter specified. HTML writer. Render this control to the output parameter specified. HTML writer. Checks image URL sequence format. Image URL to test. Helper function, which returns a new image URL using the sequence numbers Image URL format. New image URL. 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. Function, which returns selected data point and selected series from x, and y coordinate position. x coordinate position y coordinate position Selected data series Selected data point This method is used for selection and it returns a selected object from x and y coordinates. x coordinate y coordinate Selected object This method is used for selection and it returns a selected object from x and y coordinates. X coordinate Y coordinate Indicates that transparent elements should be ignored. Hit test result object This method is used for selection and it returns a selected object from x and y coordinates. X coordinate Y coordinate Only this chart elements will be hit tested. Hit test result object Returns Hit Test Result object Data series Name Data point index Selected Chart element type Selected object Hit test result object Validates control license Saves chart image into the file. Image file name Image format. Saves chart image into the stream. Image stream. Image format. Saves image into the stream. ImageType, Compression and other control properties are used. Image stream. Saves image into the file. ImageType, Compression and other control properties are used. Image file name Helper function. Returns image encoder using Mime image type Mime image type Image codec Invokes delegates registered with the Click event. Method of IPostBackEventHandler that raises change events. Event argument. Fires when chart element backround must be drawn. This event is fired for elements like: ChatPicture, ChartArea and Legend Event caller. Can be ChatPicture, ChartArea or Legend objects. Event arguments. Fires when chart element must be drawn. This event is fired for elements like: ChatPicture, ChartArea and Legend Event caller. Can be ChatPicture, ChartArea or Legend objects. Event arguments. Fires when chart image map data is prepared to be rendered. Fires when all chart data is prepared to be customized before drawing. Fires when all chart legend data is prepared to be customized before drawing. Event firing helper function. Event caller. Can be ChatPicture, ChartArea or Legend objects. Event arguments. Event firing helper function. Event caller. Can be ChatPicture, ChartArea or Legend objects. Event arguments. Event firing helper function. Event firing helper function. Event firing helper function. 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. Method resets custom colors array. Internal use only. Method resets custom colors array. Internal use only. Gets HTML image map of the currently rendered chart. Save(...) method MUST be called before calling this method! Name of the image map tag. HTML image map. Loads chart appearance template from file. Template file name to load from. Loads chart appearance template from stream. Template stream to load from. Applies palette colors to series or data points. Checks if control is in design mode. True if control is in design mode. Reset auto calculated chart properties values to "Auto". Data binds control to the data source Aligns data points using their axis labels. Aligns data points using their axis labels. Comma separated list of series that should be aligned by axis label. Aligns data points using their axis labels. Comma separated list of series that should be aligned by axis label. Points sorting order by axis labels. Aligns data points using their axis labels. Points sorting order by axis labels. Automatically creates and binds series to specified data table. Each column of the table becomes a Y value in a separate series. Series X value field may also be provided. Data source. Name of the field for series X values. Automatically creates and binds series to specified data table. Each column of the table becomes a Y value in a separate series. Data source. Data bind chart to the table. Series will be automatically added to the chart depending on the number of unique values in the seriesGroupByField column of the data source. Data source can be the Ole(SQL)DataReader, DataView, DataSet, DataTable or DataRow. Data source. Name of the field used to group data into series. Name of the field for X values. Comma separated name(s) of the field(s) for Y value(s). Other point properties binding rule in format: PointProperty=Field[{Format}] [,PointProperty=Field[{Format}]]. For example: "Tooltip=Price{C1},Href=WebSiteName". Data bind chart to the table. Series will be automatically added to the chart depending on the number of unique values in the seriesGroupByField column of the data source. Data source can be the Ole(SQL)DataReader, DataView, DataSet, DataTable or DataRow. Data source. Name of the field used to group data into series. Name of the field for X values. Comma separated name(s) of the field(s) for Y value(s). Other point properties binding rule in format: PointProperty=Field[{Format}] [,PointProperty=Field[{Format}]]. For example: "Tooltip=Price{C1},Href=WebSiteName". Series will be sorted by group field values in specified order. Gets the requested chart service. Type of requested chart service. Instance of the service or null if it can't be found. Indicates if UI properties should be serialized. True if UI properties should be serialized. Override OnInit in order to end toolbal initialization. Signals the object that initialization is starting. Signals the object that initialization is complete. Fires before executing a command. event argument. Note that event has a method Abort which can cancel executing of the command Fires after executing a command. event argument. Invokes command firing event. The e. Invokes command fired event. The e. Raises the save state event. The instance containing the event data. Raises the save state event. The instance containing the event data. Calls the on save state event. The instance containing the event data. Calls the on save state event. The instance containing the event data. Raises the callback event. The instance containing the event data. Raises the callback complete event. The instance containing the event data. Calls the on callback. The instance containing the event data. Calls the on callback complete. The instance containing the event data. Calls the on click. The instance containing the event data. Determines whether on click is captured. Calls the ChartScroll protected method. The instance containing the event data. Invokes delegates registered with the ChartScroll event. Determines whether on chart scroll is captured. Raises the event. The instance containing the event data. Raises the event. The instance containing the event data. Raises the event. The instance containing the event data. Calls the axis view changing protected method. The instance containing the event data. Calls the axis view changed protected method. The instance containing the event data. Calls the axis view zoom reset protected method. The instance containing the event data. Gets the image storage mode. Determines whether this instance is interactive. true if this instance is interactive; otherwise, false. Handles the event. An object that contains the event data. Resets colot hashtable Fires after the chart element backround was drawn. This event is fired for elements like: ChartPicture, ChartArea and Legend Fires after chart element was drawn. This event is fired for elements like: ChartPicture, ChartArea and Legend Fires when chart element backround must be drawn. This event is fired for elements like: ChartPicture, ChartArea and Legend Fires when chart element must be drawn. This event is fired for elements like: ChartPicture, ChartArea and Legend Fires just before the chart image map is rendered. Use this event to customize the map areas items. Fires just before the chart image is drawn. Use this event to customize the chart picture. Fires just before the chart legend is drawn. Use this event to customize the chart legend items. Defines the Click event using the event property syntax. The Events property stores all the event delegates of a control as name/value pairs. Gets or sets a value indicating whether the control persists its view state. Chart content saved in the view state. Indicates what type of chart state must be keeped into session variable to track chart callback changes. The content of the callback state. User defined control state data in XML format. Vertical resolution of the chart renderer. This property is for the internal use only. Horizontal resolution of the chart renderer. This property is for the internal use only. Indicates that non-critical chart exceptions will be suppressed. Chart named images collection. Absolute or relative URL of the Windows Forms Chart control (DundasWinChart.dll). Font property is not used. Chart rendering type. Image tag, input tag, binary data streaming and image map are the options. Chart rendering type. Image tag, input tag, binary data streaming and image map are the options. Indicates that chart should be rendered as Windows Forms control. Chart image URL. Location where chart image is saved, when image tag is used for rendering. Chart series collection. Color palette to use Array of custom palette colors. When this custom colors array is non-empty the Palette property is ignored. "The data source used to populate series data. Series ValueMember properties must be also set." Build number of the control Chart serializer object. Image type (Jpeg, BMP, Png, Svg, Flash) Image compression value Indicates that chart image map is enabled. Chart map areas collection. Specifies whether smoothing (antialiasing) is applied while drawing chart. Specifies whether smoothing (antialiasing) is applied while drawing chart. Specifies the quality of text antialiasing. Specifies whether smoothing is applied while drawing shadows. Reference to chart area collection Back ground color for the Chart Fore color propery (not used) Chart width Reference to the default legend object. Chart legend collection. Chart title collection. Chart annotation collection. Series data manipulator Chart height Chart title Font color of the title Title font Back Hatch style Chart area background image Chart area background image drawing mode. Background image transparent color. Background image alignment used by ClampUnscale drawing mode. A type for the background gradient The second color which is used for a gradient Border color for the Chart The width of the border line The style of the border line Border color for the Chart The width of the border line The style of the border line Chart border skin style. Gets or sets one of a predefined Animation themes. Gets or sets the time, in seconds, that the Animation should begin. Gets or sets the time, in seconds, that the Animation should end. Gets or sets number of frames per second in Flash animation. Custom Animation collection. Indicates that animation must be repeated. Supported only by the Flash animation rendering engine. Gets or sets the time, in seconds, that will be delayed before repeating the animation. The RepeatAnimation property must be set to true. Chart border skin style. Fires before executing a command. Fires after executing a command. Called when axis view position/size is about to change. Called when axis view position/size is changed. Fires when axis view zoom reset button is pressed. Time delay in milliseconds before sending callback to call ChartScroll server side event. If during this time frame another user scroll is occured, it lets send callback only for last scroll and avoid extra trips on server side. Called when axis scrolled. Gets the chart callback manager. The chart callback manager. Command from User Interface is about to execute Command from User Interface is executed Chart scroll event arguments. Creates chart scroll event arguments. Scrolled ChartArea. Scrolled Axis. Flag to update chart image after callback completed. False by default. ChartArea of the event. Axis of the event. Flag to update Chart image. Chart customize event handler delegate. Chart customize legend event handler delegate. Chart customize map areas event handler delegate. Chart map areas customize events arguments Default construvtor is not accessible Customize map area event arguments constructor Legend items collection. MapArea items collection. Chart legend customize events arguments Default construvtor is not accessible Customize legend event arguments constructor Legend items collection. Customize legend event arguments constructor Legend items collection. Legend name. Legend name. Legend items collection. Control events manager. Default private constructor Events Manager public constructor Returns Image Loader service object Fires when chart element backround must be drawn. This event is fired for elements like: ChartPicture, ChartArea and Legend Event caller. Can be ChartPicture, ChartArea or Legend objects. Event arguments. Fires when chart element must be drawn. This event is fired for elements like: ChartPicture, ChartArea and Legend Event caller. Can be ChartPicture, ChartArea or Legend objects. Event arguments. Fires when all chart data is prepared to be customized before drawing. Fires when all chart legend data is prepared to be customized before drawing. Fires when all chart legend data is prepared to be customized before drawing. Tracing manager Default private constructor Serialization Manager public constructor Returns Image Loader service object Writes trace information to the trace log. The trace category that receives the message. The trace message to write to the log. Gets current trace context object Indicates whether tracing is enabled. Tick Mark Style Tickmarks are disabled Tickmarks are located outside of the Chart area Tickmarks are located inside of the Chart area Tickmarks are set across the axis line TickMark class represents axis tick marks which are drawn next to the axis line. TickMarks share many common propertie with the Grid class. Class also contains methods for tick marks drawing. Grid class represents axis grid lines which are drawn in the plotting area. It contains grid interval and visual appearance properties. Class also contains methods for grid lines drawing. Public default constructor. Public constructor. Axis which owens teh grid. Major axis element. Initializes the object. Axis which owens teh grid. Major axis element. Gets axes to which this object attached to Axis object. Invalidate chart area the axis belong to. Draws grid lines. Reference to the Chart Graphics object. This method returns linearized logarithmic value which is minimum for range with interval 1. Current value First series attached to axis. Returns Minimum for the range which contains current value Draw the grid line Chart Graphics object Current position of the gridline The number of gridlines The index of gridline Init animation Common Elements Start Point for animation Chart Graphics The number of gridlines The index of gridline Draws custom grid lines from custom labels. Reference to the Chart Graphics object. Grid or mark interval offset. Grid or mark offset type. Grid or mark interval size. Grid or mark interval type. Grid or mark line color Grid or mark line style Grid or mark line width Grid or mark enabled flag Grid or mark disabled flag Public default constructor Public constructor Axis which owens the grid or tick mark. Major axis element. Draws and hit test for TickMarks. Reference to the Chart Graphics object. Back elements of the axis should be drawn in 3D scene. This method returns linearized logarithmic value which is minimum for range with interval 1. Current value First series attached to axis. Returns Minimum for the range which contains current value Draws and hit test for custom TickMarks from the custom labels collection. Reference to the Chart Graphics object. Back elements of the axis should be drawn in 3D scene. Draws tick mark line in 3D space. Reference to the Chart Graphics object. First line point. Second line point. Indicates that tick mark line is horisontal. Scroll bar size. Back elements of the axis should be drawn in 3D scene. Draws tick mark line in 3D space. Reference to the Chart Graphics object. First line point. Second line point. Indicates that tick mark line is horisontal. Scroll bar size. Back elements of the axis should be drawn in 3D scene. The selectiom mode is active. Tick mark style. Tick mark size. Financial Formula Name enumeration The accumulation distribution formula is an improved On Balance Volume indicator. This indicator uses a relationship between volume and prices to estimate the strength of price movements, and if volume is increased there is a high probability that prices will go up. The Average True Range is an indicator that measures commitment and compares the range between the High, Low and Close prices. This indicator was developed by J. Welles Wilder. Bollinger Bands are indicators that are plotted at standard deviation levels above and below a simple moving average. Since standard deviation is a measure of volatility, a large standard deviation indicates a volatile market, while a smaller standard deviation indicates a calmer market. Bollinger Bands are a good way to compare volatility and relative price levels over a period of time. The Chaikin Oscillator indicator is the difference between a 3-day exponential moving average and a 10-day exponential moving average applied to the Accumulation Distribution. Using the Chaikin Oscillator it is possible to monitor volume flow for a market. The Chaikin Oscillator should be used together with the price envelope. The Commodity Channel Index compares prices with their moving averages. If the Commodity channel index is high it means that a price is higher than its moving average, which is an indicator that security is overbought. If the Commodity channel index is low it means that a price is lower than its moving average, which is an indicator that security is oversold. The Detrended Price Oscillator attempts to remove trend from prices. By comparing the closing price or any other price with it's moving average, the Detrended Price Oscillator eliminates cycles that are longer than the moving average. Ease of Movement deals with the relationship between volume and price change, and uses volume to indicate how strong a trend is for prices. Ease of Movement was developed by Richard W Arms. Envelopes are plotted above and below a moving average using a specified percentage as the shift. The envelopes indicator is used to create signals for buying and selling, and the percentage to be used for calculating the envelopes is specified by the user. This percentage should depend on the volatility of the market (the higher the market volatility, the higher the percentage should be). An Exponential Moving Average is an average of data calculated over a period of time where the most recent days have more weight. The exponential moving average can be used with any price: Hi, Low, Open and Close, or it could be applied to other indicators. An Exponential Moving average smooths a data series, which is very important in a volatile market. The Time Series analysis has two main goals: Identifying the nature of a sequence of observations and predicting future values using historical observations (forecasting). In time series analysis it is assumed that the data consist of a systematic pattern and random noise which usually makes the pattern difficult to identify. Most time series analysis techniques uses filtering to remove noise. The MACD (Moving Average Convergence/Divergence) indicator compares two moving averages of prices. The MACD is used with a 9-day Exponential Moving average as a signal, which indicates buying and selling moments. This indicator was developed by Gerald Appel. The Mass Index is used to predict trend reversal by comparing the difference and range between High and Low prices. If the Mass Index increases the range between High and low increases. If the Mass Index decreases the range between High and Low decreases. Median prices are mid-point values of daily prices and can be used as a filter for trend indicators. They are also used as a daily average price which is very useful if we want a simpler "view" of prices. The money flow indicator compares upward changes and downward changes of volume-weighted typical prices. This indicator is similar to the relative strength index, the difference being the volume-weighted prices. This indicator can be used to identify market tops and bottoms. The Negative Volume Index should be used together with the Positive Volume index, and the Negative Volume Index only changes if the volume decreases from the previous day. The On Balance Volume is one of the first volume indicators that measures positive and negative volume flow. Volume is added if the closing price increases and subtracted if the closing price decreases. On Balance Volume wass developed by Joseph Granville. The Performance indicator compares a current Close (or any other price) with the first Close value (from the first time period ). This indicator shows the degree of a change in a price. The Positive Volume Index should be used together with the Negative Volume index. The Positive volume index only changes if the volume decreases from the previous day. The Price Volume Trend is a cumulative volume total that is calculated using relative changes of the Close price, and should be used with other indicators. The Rate of Change indicator is very similar to the Performance indicator, where the Performance indicator compares the first price with current price while the Rate of Change compares a specified Close price with the current price. This formula is used for both prices and volume. The Relative Strength Index is a momentum oscillator that compares upward movements of the Close price with downward movements, and results in values that range from 0 to 100. The Relative Strength index was developed by J. Welles Wilder. A Simple Moving Average is an average of data calculated over a period of time. The moving average is the most popular price indicator used in technical analyses, and can be used with any price (e.g.Hi, Low, Open and Close) or it can be applied to other indicators. A moving average smooths a data series, which is very important in a volatile market. Also, trends are easier to spot using a moving average. Standard deviation is used to indicate volatility, and measures the difference between values (e.g. Closing Price) and their moving average. The larger the difference the higher the standard deviation and volatility. The smaller the difference the lower the standard deviation and volatility. When a trend is upward there is a tendency that the close price will be very close to that day's high. During a downward trending market there is a tendency that the close price is closer to the low price. The Stochastic Indicator helps to find trend reversal by searching for a period when: the close prices are close to low prices in an upward trending market; or close prices are close to high prices in a downward trending market. This formula has two output values: %K - Simple Stochastic Indicator and %D - Smoothed Stochastic Indicator (Moving Average of %K). A Triangular Moving Average is an average of data calculated over a period of time where the middle portion of data has more weight. The Triangular Moving Average can be used with any price (Hi, Low, Open, Close) or it can be applied to other indicators. The Triangular Moving Average smooths a data series, which is very important in a volatile market. The TRIX is based on a triple moving average of the Closing Price, and its purpose is to eliminate short cycles. This indicator keeps the Close price in trends that are shorter than the specified period. Typical price is the average value of daily prices, and can be used as a filter for trend indicators. It is also used as a daily average price which is very useful if we want a simpler view of prices. The Volatility Chaikins indicator measures the difference between High and Low prices, and is used to indicate tops or bottoms of the market. This formula was developed by Marc Chaikin. The Volume oscillator attempts to identify trends in volume by comparing two moving averages; one with a short period and another with a longer period. The Weighted Close formula calculates the average value of daily prices. The only difference between Typical Price and the Weighted Close is that the closing price has extra weight, and is considered the most important price. The Weighted Close can be used as a filter for trend indicators, and can also be used as a daily average price (very useful if we want a simpler view of prices). A Weighted Moving Average is an average of data calculated over a period of time, where greater weight is attached to the most recent data. The Weighted Moving Average can be used with any price (Hi, Low, Open, Close) or it can be applied to other indicators. The Weighted Moving Average smooths a data series, which is important in a volatile market. Weighting is calculated from a sum of days. William's %R is a momentum indicator, and is used to measure overbought and oversold levels. This indicator is very similar to the Stochastic %K indicator, except that Williams %R is always a negative value between 0 and -100. This indicator was developed by Larry Williams. Defines the style how the bars/columns are drawn. Default bar/column style. Cylinder bar/column style. Emboss bar/column style. LightToDark bar/column style. Wedge bar/column style. Defines the style how the pie and doughnut charts are drawn. Default pie/doughnut drawing style. Soft edge shadow is drawn on the edjes of the pie/doughnut slices. A shadow is drawn from the top to the bottom of the pie/doughnut chart. Chart 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. ChartGraphics class provides all chart drawing capabilities. It contains methods for drawing 2D primitives and also exposes all ChartGraphics3D class methods for 3D shapes. Only this class should be used for any drawing in the chart. ChartGraphics3D class is 3D chart rendering engine. All chart 3D shapes are drawn in specific order so that correct Z order of all shapes is achieved. 3D graphics engine do not support shapes intersection. 3D shapes are transformed into one or more 2D shapes and then drawn with 2D chart graphics engine. Helper field used to store the index of cylinder left/bottom side coordinate. Helper field used to store the index of cylinder right/top side coordinate. Point of the front line from the previous line segment. Point of the front line from the previous line segment. Previous line segment pen. Draws grid line in 3D space (on two area scene walls) Chart area. Line color. Line width. Line style. First line point. Second line point. Indicates that grid line is horisontal. Common Elements Selected object Draws grid line in 3D space (on two area scene walls) Chart area. Line color. Line width. Line style. First line point. Second line point. Indicates that grid line is horisontal. Common Elements Selected object The number of gridlines The index of a gridline Init animation Common Elements Start Point for animation Chart Graphics The number of gridlines The index of gridline Chart Area Animated object Draws a line connecting the two specified points. Coordinates transformation matrix. 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. Coordinates transformation matrix. Line color. Line width. Line style. A Point that represents the first point to connect. A Point that represents the second point to connect. Common elements Selected object Selected chart element This method draw and fill four point polygons which represents sides of a pie slice. Chart Area X angle rotation Start Angle of a pie slice Sweep angle of a pie slice Significant points of a pie slice Brush used for fill Pen used for drawing Chart Type is Doughnut This method Draw and fill pie curves. Chart area used for drawing Data Point Graphic Brush used for drawing Graphic Pen used for drawing Rotated bounded rectangle points Rotated bounded rectangle points Rotated bounded rectangle points Rotated bounded rectangle points Significant pie points Significant pie points Significant pie points Significant pie points Start pie angle End pie angle Data Point Index This method draws projection of 3D pie slice. Chart area used for drawing Data point which creates this pie slice Graphic Brush used for drawing Graphic Pen used for drawing The first point of transformed bounding rectangle The first arc point of pie slice The second point of transformed bounding rectangle The second arc point of pie slice The center point of pie slice Start angle of pie slice The end angle of pie slice Fill pie slice with brush This method draws projection of 3D pie slice. Chart area used for drawing Data point which creates this Doughnut slice Graphic Brush used for drawing Graphic Pen used for drawing The first point of transformed bounding rectangle The first arc point of Doughnut slice The second point of transformed bounding rectangle The second arc point of Doughnut slice The three point of Doughnut slice The four point of Doughnut slice The center point of Doughnut slice Start angle of Doughnut slice The end angle of Doughnut slice Fill Doughnut slice with brush Radius for doughnut chart Data Point Index Draw Graphics Path. This method is introduced because of bug in DrawPath method when Pen Width is bigger then 1. Pen Graphics Path Angle correction algorithm. After rotation different transformed angle should be used. This method transforms angles. Not transformed angle Correction of bounding rectangle (change between width and height) X axis 3D rotation angle Transformed angle Draws a 3D polygon defined by 4 points in 2D space. Chart area reference. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Name of the surface to draw. Z position of the back side of the 3D surface. Color of rectangle Border Color Border Width Border Style First point. Second point. Third point. Fourth point. Array of points. Index of point to draw. Line tension. Type of operation Drawing, Calculating Path or Both Type of line segment. Used for step lines and splines. Thin border will be drawn on specified sides. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Helper method which returns the splines flatten path. Chart area reference. Coordinates transformation matrix. Z position of the back side of the 3D surface. Depth of the 3D surface. First point. Second point. Array of points. Index of point to draw. Line tension. Flatten result path. Indicates that points coordinates should be translated. Index of the Y value to use. Spline path. Draws a 3D spline surface connecting the two specified points in 2D space. Used to draw Spline based charts. Chart area reference. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Name of the surface to draw. Z position of the back side of the 3D surface. Depth of the 3D surface. Color of rectangle Border Color Border Width Border Style First point. Second point. Array of points. Index of point to draw. Line tension. Type of operation Drawing, Calculating Path or Both Thin border will be drawn on all segments. Thick border will be drawn on all segments. Series are drawn in reversed order. Multiple series are drawn at the same time. Index of the Y value to use. Surface should be clipped inside plotting area. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Draws a 3D surface connecting the two specified points in 2D space. Used to draw Line based charts. Chart area reference. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Name of the surface to draw. Z position of the back side of the 3D surface. Depth of the 3D surface. Color of rectangle Border Color Border Width Border Style First point. Second point. Array of points. Index of point to draw. Line tension. Type of operation Drawing, Calculating Path or Both Type of line segment. Used for step lines and splines. Thin border will be drawn on all segments. Thick border will be drawn on all segments. Series are drawn in reversed order. Multiple series are drawn at the same time. Index of the Y value to use. Surface should be clipped inside plotting area. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Helper method, which indicates if area chart surface should be drawn or not. Chart area object. Series are drawn in reversed order. Surface name. Visible surfaces of the bounding rectangle. Point back color. Array of all points. First point. Second point. Inicates that multiple series are painted at the same time (stacked or side-by-side). Inicates that points are in the reveresd order. Returns line segment type. Function retrns 0, 1 or 2. 0 - Do not draw surface, 1 - draw on the back, 2 - draw in front. Helper method which finds point in the list by it's real index. List of points. Required index. Neighbor point of the same series. Neighbor point index in the array list. Data point found. Function is used to calculate the coordinates of the 2D rectangle in 3D space and either draw it or/and calculate the bounding path for selection. Position of 2D rectangle. Z position of the back side of the 3D rectangle. Depth of the 3D rectangle. Coordinate transformation matrix. Light style (None, Simplistic, Realistic). 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 Pen Alignment Type of operation Drawing, Calculating Path or Both Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Function is used to calculate the coordinates of the 2D rectangle in 3D space and either draw it or/and calculate the bounding path for selection. Position of 2D rectangle. Z position of the back side of the 3D rectangle. Depth of the 3D rectangle. Coordinate transformation matrix. Light style (None, Simplistic, Realistic). Color of rectangle Top (or right in bar chart) darkening effect. Bottom (or left in bar chart) darkening effect. Hatch style Back Image Image mode Image transparent color. Image alignment Gradient type Gradient End Color Border Color Border Width Border Style Pen Alignment Type of operation Drawing, Calculating Path or Both Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Function is used to calculate the coordinates of the 2D rectangle in 3D space and either draw it or/and calculate the bounding path for selection. Position of 2D rectangle. Z position of the back side of the 3D rectangle. Depth of the 3D rectangle. Coordinate transformation matrix. Light style (None, Simplistic, Realistic). 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 Pen Alignment Bar drawing style. Defines if bar is verticale or horizontal. Type of operation Drawing, Calculating Path or Both Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Function is used to calculate the coordinates of the 2D rectangle in 3D space and either draw it or/and calculate the bounding path for selection. Position of 2D rectangle. Z position of the back side of the 3D rectangle. Depth of the 3D rectangle. Coordinate transformation matrix. Light style (None, Simplistic, Realistic). Color of rectangle Top (or right in bar chart) darkening effect. Bottom (or left in bar chart) darkening effect. Hatch style Back Image Image mode Image transparent color. Image alignment Gradient type Gradient End Color Border Color Border Width Border Style Pen Alignment Bar drawing style. Defines if bar is verticale or horizontal. Type of operation Drawing, Calculating Path or Both Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Draws special bar style effect on the front surface of the bar. Drawing matrix. Bar drawing style. Position in relative coordiantes. Z position. Depth. Defines if bar is verticale or horizontal. Draw marker using absolute coordinates of the center. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Z position of the 3D marker 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. Type of operation Drawing, Calculating Path or Both Returns elemnt shape path if operationType parameter is set to ElementPath, otherwise Null. Returns visible surfaces of the 3D cube. 2D rectangle coordinates. Z coordinate of the back side of the cube. Cube depth. Coordinate transformation matrix. Visible surfaces. Returns visible surfaces of the 3D cube. This method takes in consideration the perspective. 2D rectangle coordinates. Z coordinate of the back side of the cube. Cube depth. Coordinate transformation matrix. Visible surfaces. Returns visible surfaces of the 3D cube. This method takes in consideration the perspective. Array of 8 points which define the cube. Coordinate transformation matrix. Visible surfaces. Checks surface visibility using 3 points and clockwise ponts index rotation. First point. Second point. Third point. True if surface is visible Gets intersection point od two linex. First X value of first line. First Y value of first line. Second X value of first line. Second Y value of first line. First X value of second line. First Y value of second line. Second X value of second line. Second Y value of second line. Intersection coordinates. Function is used to calculate the coordinates of the 2D rectangle in 3D space and either draw it or/and calculate the bounding path for selection. Position of 2D rectangle. Z position of the back side of the 3D rectangle. Depth of the 3D rectangle. Coordinate transformation matrix. Light style (None, Simplistic, Realistic). Color of rectangle Top (or right in bar chart) darkening effect. Bottom (or left in bar chart) darkening effect. Hatch style Back Image Image mode Image transparent color. Image alignment Gradient type Gradient End Color Border Color Border Width Border Style Pen Alignment Defines if bar is verticale or horizontal. Type of operation Drawing, Calculating Path or Both Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Adds segment of the ellipse to form the front surface of the cylinder 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. Back Color. Fore Color. Brush Creates a textured brush. Image file name or URL. Image transparent color. Wrap mode. Image background color. Textured brush. 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. 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. Draw a string and fills it's background The Common elements object. Text. Text Font. Text Brush. Text Position. Format and text alignment. Text angle. Text background position. Back Color Border Color Border Width Border Style Series Point Point index in series Draw a string and fills it's background The Common elements object. Text. Text Font. Text Brush. Text Position. Format and text alignment. Text angle. Text background position. Back Color Border Color Border Width Border Style Series Point Point index in series Draw a string and fills it's background The Common elements object. Text angle. Text position. Text background position. Back Color Border Color Border Width Border Style Series Point Point index in series 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. Draw label string. Label axis. Label text row index (0-10). Second row labels mark. Label mark line color. Label text. Label image name. Label image transparent color. Text bont. Text brush. Text position rectangle. Label text format. Label text angle. Specifies the rectangle where the label text MUST be fitted. Custom Label Item Label is truncated on the left. Label is truncated on the right. Draw box marks for the labels in second row Axis object. Label mark color. Absolute position of the text. Exact mesured size of the text. Label is truncated on the left. Label is truncated on the right. Original transformation matrix. Draw marks for the labels in second row Axis object. Label mark color. Absolute position of the text. Exact mesured size of the text. Label mark type to draw. Label is truncated on the left. Label is truncated on the right. Original transformation matrix. 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. 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 Draws different shadows to create bar styles. Bar drawing style. True if a vertical bar. Rectangle position. Rectangle border width. 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 Bar drawing style. True if a vertical bar. 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 curcle when drawing the polygon. 3D Circle must be drawn. 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 curcle when drawing the polygon. 3D Circle must be drawn. Bar drawing style. True if a vertical bar. 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 curcle when drawing the polygon. 3D Circle must be drawn. Bar drawing style. True if a vertical bar. 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 curcle when drawing the polygon. Gets the path of the polygon which represent the circular area. Circle position. Number of sectors for the polygon. Graphics path of the polygon circle. 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. Secor position. Secor size. 3D brush. This method creates gradien color with brightnes. 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 Fills graphics path with shadow 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 Shadow offset. Shadow color. 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 Absolute Coordinates of Rectangle to Relative coordinates Absolute coordinates Relative coordinates in % Converts Absolute Coordinates of Point to Relative coordinates Absolute coordinates Relative coordinates in % Converts Absolute size to Relative size Absolute size Relative size Converts Relative Coordinates of Point to Absolute coordinates Relative position in % Absolute position Converts Relative Coordinates of Rectangle to Absolute coordinates Relative position in % Absolute position Converts Relative size to Absolute size Relative size in % 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 3D border in relative coordinates. Border skin object. Rectangle of the border (relative coordinates). Border color. Rectangle back color. Draws 3D border in absolute coordinates. Border skin object. Rectangle of the border (pixel coordinates). Border color. Rectangle back color. Draws 3D border in absolute coordinates. Border skin object. Rectangle of the border (pixel coordinates). 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 Draws 3D border in absolute coordinates. Border skin object. Rectangle of the border (pixel coordinates). 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 Draws 3D border in absolute coordinates. Border skin object. Rectangle of the border (pixel coordinates). 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 Helper function that retrieves pie drawing style. Data point to get the drawing style for. pie drawing style. 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 Pie drawing style. 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 Draw Arrows. Position of the arrow Orientation of the arrow - left, right, top, bottom Arrow type: Triangle, Sharp Triangle, Lines Color of the arrow Line width Line Dash style Distance from the chart area Arrow size This function calculates points for polygon, which represents shape of an arrow. There are four different orientations of arrow and three arrow types. Arrow position Arrow orientation ( Left, Right, Top, Bottom ) Distance from chart area to the arrow Arrow size Line Width Arrow type End point of the axis and the beginning of arrow Polygon points Checks if widen can be called. Path. Helper function that retrieves bar drawing style. Data point to get the drawing style for. Bar drawing style. 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 This method will return relative pixel position (in percentages 0 – 100) from double value. This method uses axis position and axis scale to find position for the value. This method is very important for custom drawing inside chart area and it helps to find position for a data point value. Chart Area Name Axis Name Enumeration Value, which has to be converted to relative pixel position Relative pixel position from axis Set picture size Width Height Get picture size Width Height Constructor Common elements class Dispose pen and brush Sets the clipping region of this Graphics object to the rectangle specified by a RectangleF structure. Region rectangle Sets the clipping region of this Graphics object to the rectangle specified by a RectangleF structure. Region rectangle in pixels. Starts animation proces for chart element Starts animation proces for chart element Returns the gradient color from a gradient position. The color from the gradient begining. The color from the gradient end. Relative position between Begin color and End color. The double number between 0 - 1. Result color. Reference to the Graphics object Chart Graphics Anti alias mode BoxPlotChart class provides 2D and 3D drawing and hit testing of the Box Plot chart. Vertical axis Horizontal axis Side by side drawing flag. Box Plot chart constructor. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Paint box plot chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method recalculates size of the bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draws box plot markers. Chart graphics object. Chart area. Data point series. Data point to draw. X position. Point width. Draws single marker on the box plot. Chart graphics. Chart area. Series point. Marker style name. X position. Y position. Z position. Point width. Used for 3d drawing. Returns marker size. The Chart Graphics object. The Common elements object. Chart area for this chart. Data point. Marker size. Marker image. Marker width and height. Draws box plot chart data point label. The Common elements object Chart area for this chart Chart graphics object. Data point series. Data point to draw. Label position. Data point index. This method recalculates size of the bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draws 3D box plot markers. Chart graphics object. Chart area. Data point series. Data point to draw. X position. Point width. Series Z position. Series depth. Helper function that returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Populates box plot chart type using series data specified in "BoxPlotSeries" custom attribute. Box Plot chart type series. Service container. Calculates values for single Box Plot point using specified data series. Data Point. Linked data series. Name of the point value to link to. Add unusual data point Data Point. Y values array. Calculates required percentile values from the data Array of 5 values Y values array. Required percentile Array of 5 values Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axes Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend If the crossing value is auto Crossing value ZeroCrossing should be automatically set to zero for some chart types (Bar, column, area etc.) True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis Indicates that this is a one hundred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that negative 100% stacked values are shown on the other side of the X axis Number of supported Y value(s) per point AjaxUtils class contains only static helper methods for ajax/ui/scrolling and zooming chart functionality Invalidates the control designer. The control. Converts relative rect the absolute rect. The bound rect. The relative. Converts Relative size to Absolute size Size of the bound. Relative size in % Absolute size Converts relative rect to absolute rect. The bound rect. The absolute. Creates the chart graphics. The graphics. The chart. Converts Absolute size to Relative size Absolute size Relative size Converts RectangleF the to string. The rectangle. Converts string to RectangleF. The string. Converts Rectangle the to string. The rectangle. Converts string to Rectangle. The string. Gets the chart data (series data). The chart. Sets the chart data (series data). The chart. The buffer. Deserializes the data points. The data points. The reader. Serializes the data points. The data points. The writer. Deserializes a data point. The reader. Serializes a data point. The clone point. The writer. Gets the chart data (series data). The chart. Serializes the data points. The data points. The writer. Serializes a data point. The clone point. The writer. Sets the chart data (series data). The chart. The buffer. Deserializes the data points. The data points. The reader. Deserializes a data point. The reader. Encodes an object by LosFormat mechanism. The obejct to encode. Decodes an object by LosFormat mechanism. The string for decode. Encodes the object to string. The item. Decodes the object from string. The item. Gets the absolute opposite axis. The axis. Ensures that the chart is resized. The chart. if set to true force resize. Fixes the control style to dialog. The control. Converts ChartImageType to ImageFormat. The format. Gets the toolbar offset. The border style. Gets the toolbar offset for render. The border style. Creates the HTML image control. Saves the buffer to file. The buffer. Name of the file. Appends the dos slash character. The path. Appends the URL slash character. The path. Joins the SeriesChartType array to string. The objects. The delimiter. Joins the object array into string. The objects. The delimiter. Safes the converts int. The interger STR. Safes the converts double. The double STR. Determines whether the browser is IE. true if the specified control is IE; otherwise, false. Determines whether the browser supports PNG. Creates the command stub. Name of the command. The command params. if set to true [drop down]. The click point. Gets the drop down callback. The chart. The command. Gets the dock alignment. The docking. The alignment. Parses the dock alignment. The args. The docking. The alignment. Parses the dock alignment. The args. The docking. The alignment. Gets the property value. The obj. The property. Sets the property value. The obj. The property. The value. Gets object by it's name. Object parent. Object name. Found object or Null. Disables the control. The control. if set to true [condition]. Registers the CSS file. The page. The file. Registers the JScript file. The page. The file. Registers the CSS file. The page. The file. Registers the CSS. The page. The CSS body. Gets the color. The color. Color of the default. Gets the ajax image URL. Name of the image. The chart. Updates the toolbar CSS links. The s. The chart. Gets the ajax image script. The chart. Converts query string to SortedList. The request string. The delimiter. Determines whether or not is microsoft ajax callback. true if is microsoft ajax callback; otherwise, false. Gets the ajax control scripts. The control. Startups the script control post process. The control. The type. The key. Gets List of controls by type. The controls. The type. Replaces apostrophe. string to search. new string. 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 . ColorHandler is a static class for converting RGB to HSV (Hue, Saturation, Volume) and vv. Changes the value. The color. The coef. HSs the vto RGB. The H. The S. The V. HSs the color of the vto. The HSV. HSs the color of the vto. The H. The S. The V. Colors to HSV. The color. HSs the vto RGB. The HSV. RGs the bto HSV. The RGB. RGB represents red, green, blue HSV is Hue, Saturation, Volume color properties StripLinesCollection class is a strongly typed collection of StripLine classes. Legend item collection object constructor Legend item collection object constructor Axis object reference. Removes all items from the collection. Check if specified object exists in the collection. Object to check. True if object exist. Gets first index of the collection item equal to the object provided. Object to look for. Index of found object. Remove object from the collection Value to be removed. Remove item from the collection by index. Zero based index. Add strip line object into the collection. Strip line to add. Index of the newly added object. Add strip line object into the collection. Strip line to add. Index of the newly added object. Insert strip line object into the collection. Zero based index. Strip line to insert. Insert strip line object into the collection. Zero based index. Strip line 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. Get collection enumerator. Collection enumerator. Invalidate chart area Indexer of the class. Returns the StripLine object Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether the collection is read-only. Number of items in the collection. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets an object that can be used to synchronize access to the collection. StripLine class contains properties which define visual appearance of the stripe or line, its position according to the axis and optionally may contain the repeat interval. Text maybe associated with a strip or line.It also contains methods of drawing and hit testing. Strip line object constructor. Gets axes to which this object attached to. Axis object reference. Draw strip(s) or line(s). Reference to the Chart Graphics object. Common objects. Indicates if Lines or Stripes should be drawn. Draws strip line in 3d. Chart graphics. Strip rectangle. Indicates that strip is horisontal. Init 3D Animation for striplines Common elements 2D position of 3d cube Z position depth of 3d cube 3D Matrix Chart Graphics Axis Draw strip/line title text Chart graphics object. First line point. Second line point. Draw strip/line title text Chart grahics object. Rectangle to draw in. Invalidate chart area Strip or line start position offset. Strip or line offset type. Strip or line step size. Strip or line step type. Strip width. Strip width type. Strip Line background color Strip Line border color Strip Line border style Strip Line border width Strip Line background image Strip Line background image drawing mode. Background image transparent color. Background image alignment used by ClampUnscale drawing mode. Strip Line background gradient type. Strip Line background gradient end color Strip Line hatch style Strip Line name Strip Line title Strip Line title color Strip Line title alignment Strip Line title lines alignment Strip Lines title font Strip Lines title angle. Can be set to 0, 90, 180 or 270 degrees. Tooltip of the Strip/Line. URL target of the Strip/Line. Other attributes of the Strip/Line map area. Legend cell type. Legend cell contains text. Legend cell contains series symbol. Legend cell contains image. Legend column type. Legend column contains text. Legend column contains series symbol. The LegendCellColumn class represents a cell column in a legend, used to extend the functionality of the default legend. It contains visual appearance properties, legend header settings and also determine how and in which order cells are formed for each of the legend items. Default public object constructor. Legend column object constructor. Column header text. Column type. Column cell text. Legend column object constructor. Column header text. Column type. Column cell text . Column cell content alignment. Initializes newly created column object. Column header text. Column type. Column cell text . Column cell content alignment. Returns true if property should be serialized. Creates a new LegendCell object and copies all attributes from the current column into the newly created one. A new copy of the LegendCell Invalidates legend associated with column. Gets legend this column belongs too. Legend this column belongs too. Sets legend and optionally the legend item this column belongs to. Legend this column belongs to. Legend column name. Legend column type. This is only applicable to items that are automatically generated for the series. Legend column text. This is only applicable to items that are automatically generated for the series. Set ColumnType to Text to use this property. Legend column text color. Legend column text color. Legend column text font. Legend column series symbol size of the items automatically generated for the series (as a percentage of legend font size). Legend column content alignment. This is only applicable to items that are automatically generated for the series. Legend column margins (as a percentage of legend font size). This is only applicable to items that are automatically generated for the series. Legend column tooltip. This is only applicable to items that are automatically generated for the series. URL target of the legend items automatically generated for the series. Other attributes of the legend items automatically generated for the series. Legend column header text. Legend column header text color. Legend column header back color. Legend column header text font. Legend header text horizontal text alignment. Legend column minimum width (as a percentage of legend font size). Set this property to -1 for automatic calculation. Legend column maximum width (as a percentage of legend font size). Set this property to -1 for automatic calculation. LegendCell class represents a single cell in the chart legend. Legend contains several legend items, each item contains several cells which form vertical columns. This class provide properties which determine content of the cell and its visual appearance. It also contains method which determine the size of the cell and draw cell in the chart. Default public object constructor. Legend cell object constructor. Cell text or image name depending on the type. Legend cell object constructor. Cell type. Cell text or image name depending on the type. Legend cell object constructor. Cell type. Cell text or image name depending on the type. Cell content alignment. Initializes newly created object. Cell type. Cell text or image name depending on the type. Cell content alignment. Returns true if property should be serialized. Resets cached cell values. Sets cell position in relative coordinates. Chart graphics. Cell column index. Cell row index. Cell position. Adjustment value used to reduce font sizes. Auto fit font used in the legend. Size of the 'W' character used to calculate elements. Measures legend cell size in chart relative coordinates. Chart graphics. A positive or negative integer value that determines the how standard cell font size should be adjusted. As a result smaller or larger font can be used. Auto fit font used in the legend. Size of the 'W' character used to calculate elements. Legend cell size. Gets cell background color. Gets default cell font. Font can be specified in the cell, column or in the legend. Auto fit font used in the legend. Number of points legend auto-font reduced by. Returns a flag if result font object should be disposed. Default cell font. Helper function that returns cell tooltip. Tooltip can be set in the cell or in the legend item. Cell tooltip always has a higher priority. Returns cell text. Helper function that returns cell href. Href can be set in the cell or in the legend item. Cell tooltip always has a higher priority. Returns cell text. Helper function that returns cell href. Href can be set in the cell or in the legend item. Cell tooltip always has a higher priority. Returns cell text. Helper function that returns the exact text presented in the cell. This method replaces the "\n" substring with the new line character and automatically wrap text if required. Returns cell text. Helper function that returns cell text color. Cell text color. Invalidates legend associated with column/cell. Sets legend and optionally the legend item this column/cell belongs to. Legend this column/cell belongs to. Legend item this column/cell belongs to. Gets legend this column/cell belongs too. Legend this column/cell belongs too. Gets legend item this cell belongs too. Legend item this column/cell belongs too. Paints content of the legend cell. Chart graphics to draw content on. Number that determines how much the cell font should be reduced by. Auto-fit font used in the legend. Size of the 'W' character in auto-fit font. Animation location adjustment point. Draw legend cell text. Chart graphics to draw the text on. Number that determines how much the cell font should be reduced by. Auto-fit font used in the legend. Size of the 'W' character in auto-fit font. Animation location adjustment point. Paints cell image. Graphics used to draw cell image. Number that determines how much the cell font should be reduced by. Auto-fit font used in the legend. Size of the 'W' character in auto-fit font. Animation location adjustment point. Paint a series symbol in the cell. Chart ggraphics. Number that determines how much the cell font should be reduced by. Auto-fit font used in the legend. Size of the 'W' character in auto-fit font. Animation location adjustment point. Legend cell name. Legend cell type. Legend cell text. Set CellType to Text to use this property. Legend cell text color. Set CellType to Text to use this property. Legend cell back color. Legend cell text font. Set CellType to Text to use this property. Legend cell image name. Set CellType to Image to use this property. Legend cell image transparent color. Set CellType to Image to use this property. Legend cell image size (as a percentage of legend font size). Set CellType to Image to use this property. If property is set to Size.Empty, then original image pixels size is used. Legend cell series symbol size (as a percentage of legend font size). Set CellType to SeriesSymbol to use this property. Legend cell content alignment. Indicates the number of horizontal cells used to draw the content. Legend cell margins (as a percentage of legend font size). Legend cell tooltip. URL target of the legend cell. Other attributes of the legend cell. This class represents the margins for various chart elements. Default object constructor. Object constructor. Top margin. Bottom margin. Left margin. Right margin. Convert margins object to string. A string that represents this margins object. Determines whether the specified Object is equal to the current Object. The Object to compare with the current Object. true if the specified Object is equal to the current Object; otherwise, false. Gets object hash code. Margins object hash value. Checks if margins are empty. True if all margins values are zeros. Converts Margins class to RectangleF class. A RectangleF class that contains margins. Invalidates chart. Top margin. Bottom margin. Left margin. Right margin. LegendCellCollection is a strongly typed collection of LegendCell objects. Default public constructor. This constructor is for internal use and should not be part of documentation. Default public constructor. This constructor is for internal use and should not be part of documentation. Legend item this collection belongs to. Removes the cell with the specified name from the collection. Name of the cell to be removed. Removes the given cell from the collection. object to be removed. Adds a cell to the end of the collection. object to add. Index of the newly added object. Adds a cell to the end of the collection. A value representing the cell type. A string value representing cell text or image name depending on the cellType parameter. A value representing cell content alignment. Index of the newly added object. Inserts a cell into the collection. Index to insert the object at. object to insert. Inserts a cell into the collection. Index to insert the object at. A value representing the cell type. A string value representing cell text or image name depending on the cellType parameter. A value representing cell content alignment. Called before the new item is inserted. Item index. Item object. This is an internal method and should not be part of the documentation. After new item inserted. Item index. Item object. This is an internal method and should not be part of the documentation. After item removed. Item index. Item object. This is an internal method and should not be part of the documentation. After all items removed. This is an internal method and should not be part of the documentation. After items is set. The zero-based index at which oldValue can be found. The value to replace with newValue. The new value of the element at index. This is an internal method and should not be part of the documentation. Gets index of specified cell. Cell to get the collection index for. Index in the collection or -1 if do not exsists. Invalidates legend associated with cell collection. Assigns a unique name to the cell object. LegendCell object to be named. Finds a cell in the collection by name. Name of the cell to find. object, or null (or nothing) if it does not exist. Legend item cell collection indexer. The LegendCell object name or index can be provided as a parameter. Returns the object. LegendCellColumnCollection is a strongly typed collection of LegendCellColumn objects. Default public constructor. This constructor is for internal use and should not be part of documentation. Default public constructor. This constructor is for internal use and should not be part of documentation. Chart legend this collection belongs to Removes the column with the specified name from the collection. Name of the column to be removed. Removes the given column from the collection. object to be removed. Adds a column to the end of the collection. object to add. Index of the newly added object. Adds a column to the end of the collection. A string value representing column header text. A value representing the column type. A string value representing cell text or image name depending on the cellType parameter. A value representing cell content alignment. Index of the newly added object. Inserts a column into the collection. Index to insert the object at. object to insert. Inserts a legend column into the collection. Index to insert the object at. A string value representing column header text. A value representing the column type. A string value representing column cell text or image name depending on the cellType parameter. A value representing column cell content alignment. Called before the new item is inserted. Item index. Item object. This is an internal method and should not be part of the documentation. After new item inserted. Item index. Item object. This is an internal method and should not be part of the documentation. After item removed. Item index. Item object. This is an internal method and should not be part of the documentation. After all items removed. This is an internal method and should not be part of the documentation. After items is set. The zero-based index at which oldValue can be found. The value to replace with newValue. The new value of the element at index. This is an internal method and should not be part of the documentation. Invalidates legend associated with cell collection. Assigns a unique name to the legend column object. LegendCellColumn object to be named. Finds a column in the collection by name. Name of the column to find. object, or null (or nothing) if it does not exist. Legend column collection indexer. The LegendCellColumn object name or index can be provided as a parameter. Returns the object. Legend items visual separation types No separator shown. Sindle solid line separator Sindle solid thick line separator Double solid line separator Single dash line separator Single dot line separator Gradient solid line separator Thick gradient solid line separator Type of the series or data point representation in legend Rectangle filled with color. Line. Marker Legend style. One column, many rows. One row, many columns. Many column, many rows. Legend table style. Number of rows and columns in legend table is automatically calculated. Legend tries to create more columns than rows in the table. Legend tries to create more rows than columns in the table. Chart legend docking. Docked to the top. Docked to the right. Docked to the botom. Docked to the left. Legend class represents a single chart legend. It contains visual appearance, position and content properties. Legend class is also responible for drawing and positionning of the legend. Legend object constructor Legend object constructor Reference to common elements. Legend object constructor Legend name. Legend object constructor Reference to common elements. Legend name. Recalculates legend information: - legend items collection - maximum text rectangle Reference to the chart graphics. Gets single cell position in relative coordinates. Chart graphics. Cell column index. Cell row index. Index of the cell in the legend item. Half legend item spacing in relative coordinates. Calculates the optimal size of the legend. Chart graphics object. Max size for the legend. Legend optimal size. Recalculates legend position. Chart graphics used. Area where the legend should be positioned. Maximum legend size as a percentage of the area. Spacing size as a percentage of the area. Get number of columns and rows that can be fit in specified size. Chart graphics. Legend size. Number of legend items to check. Array with number of rows per each column. Returns number of columns. Get number of columns and rows that can be fit in specified size. Chart graphics. Legend size. Legend items number to check. Array with number of rows per each column. Returns number of columns. Returns horizontal spacing left. Returns vertical spacing left. Gets index of the highest column in the legend. Highest legend column index. Gets column height. Index of the column to get the height for. Column height in relative coordinates. Gets maximum number of rows in all columns. Maximum number of rows. Gets maximum number of rows in all columns. Array that stores number of rows per column. Maximum number of rows. Checks if specified legend will fit the specified size. Chart graphics. Area that legend items must fit. Number of items that should be fitted. Number of points the standard legend font is reduced by auto-fitting algorithm. Legend column number. Array of number of rows per column. Returns array of sub-column size. Returns array of cell heights. Returns horizontal space left. Returns vertical space left. True if items fit. Gets maximum number of legend cells defined as Column objects or Cells in the custom legend items. Maximum number of cells. Add all series legend into items collection and then add custom legend items. Paints legend using chart graphics object. The graph provides drawing object to the display device. A Graphics object is associated with a specific device context. Gets legend title size in relative coordinates. Chart graphics. Maximum possible legend title size. Legend yitle size. Gets legend header size in relative coordinates. Chart graphics. Legend column to get the header for. Legend yitle size. Draw Legend header. Chart graphics to draw the header on. Draw Legend title. Chart graphics to draw the title on. Gets legend separator size in pixels Chart ggraphics. Separator type. Separator size in relative coordinates. Draws specified legend separator. Chart graphics. Separator type. Separator color. Flag that determines if separator is vertical or horizontal. Separator position. Get visible legend border size. Visible legend border size. Helper method which returns current legend table style. Chart graphics. Legend table style. Helper method that checks if legend is enabled. True if legend is enabled. Invalidate chart legend when one of the attributes is changed Indicates that only legend area should be invalidated. Checks if legend background is selected. Chart Graphics object Dispose the legend Legend name. Chart area name the legend is docked to inside or outside. Indicates that the legend is docked inside the chart area. This property is only available when DockToChartArea is set. Legend rectangle position Indicates that all legend items are equally spaced. Legend enabled flag Legend text automatic fitting flag Legend style Minimum font size that can be used by the legend text auto-fitting algorithm. Maximum size of the legend auto position. If legend docked to the left or right it determines the max width of legen in percentage. If legend docked to the top or bottomit determines the max height. Legend columns collection. Legend table style. Legend header visual separator type. Legend header visual separator color. Legend table columns visual separator type. Legend table columns visual separator color. Legend table column spacing calculated as a percentage of the legend text font. Legend background color Legend border color Legend border style Legend border width Legend background image Legend background image drawing mode. Background image transparent color. Background image alignment used by ClampUnscale drawing mode. Legend background gradient type. Legend background gradient end color Legend hatch style Legend font Legend font color Legend alignment Legend docking Legend shadow offset Legend shadow color Specify chart area name inside which the legend is drawn Legend custom items collection Defines preferred number of characters in the legend text after which it will be wrapped. When legend text exceeds the value defined in the TextWrapThreshold property it will be automatically wrapped on the next whitespace. Text will not be wrapped if there is no whitespace characters in the text. Set this property to zero to disable the feature. Indicates that legend items are shown in the reversed order. This property only affects legend items automatically added for the chart series and has no effect on custom legend items. When the Reversed property is set to Auto, the legend will automatically be reversed if StackedColumn, StackedColumn100, StackedArea or StackedArea100 chart types are used. Indicate that legend rows should be drawn with interlaced background color. Legend interlaced rows background color. Legend title text. Legend title text color. Legend title text background color. Legend title font. Legend title horizontal text alignment. Legend title visual separator type. Legend title visual separator color. LegendCollection class is a strongly typed collection of legends. Legend collection object constructor. Legend collection constructor. Reference to common elements. Adds one legend into the collection. Legend name. Index of newly added item. Insert one legend into the collection. Legend index to insert at. Legend name. Index of newly added item. Removes all items from the collection. Check if specified object exists in the collection. Object to check. True if object exist. Gets first index of the collection item equal to the object provided. Object to look for. Index of found object. Remove object from the collection Value to be removed. Remove item from the collection by index. Zero based index. Add legend item object into the collection. Legend to add. Index of the newly added object. Insert legend item object into the collection. Zero based index. Legend to insert. Insert legend item object into the collection. Zero based index. Legend item 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. Get collection enumerator. Collection enumerator. Checks whether a name is unique. Legend name true if a name is unique Create Name of legend and checks if that name exists. Recomended Legend Name New Legend Name Get chart legend index by name. Name of the chart legend. Index of the chart legend or -1 if it does not exist. Invalidate chart when legend collection is changed. Recalculates legend position in the collection. Chart graphics used. Area where the legend should be positioned. Maximum legend size as a percentage of the area. Spacing size as a percentage of the area. Recalculates legend position in the collection for legends docked outside of chart area. Chart graphics used. Area the legend is docked to. Area where the legend should be positioned. Maximum legend size as a percentage of the area. Spacing size as a percentage of the area. Recalculates legend position inside chart area in the collection. Chart graphics used. Maximum legend size as a percentage of the area. Spacing size as a percentage of the area. Indexer of the class. Returns the Legend object. Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether the collection is read-only. Number of items in the collection. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets an object that can be used to synchronize access to the collection. LegendItemsCollection class is a strongly typed collection of legend items. Legend item collection object constructor Adds one legend item into the collection. Legend item color. Legend item text. Index of newly added item. Insert one legend item into the collection. Legend item index to insert at. Legend item color. Legend item text. Index of newly added item. Adds one legend item into the collection. Legend item image. Legend item text. Index of newly added item. Insert one legend item into the collection. Legend item index to insert at. Legend item image. Legend item text. Index of newly added item. Removes all items from the collection. Check if specified object exists in the collection. Object to check. True if object exist. Gets first index of the collection item equal to the object provided. Object to look for. Index of found object. Remove object from the collection Value to be removed. Remove item from the collection by index. Zero based index. Add legend item object into the collection. Legend item to add. Index of the newly added object. Insert legend item object into the collection. Zero based index. Legend item to insert. Insert legend item object into the collection. Zero based index. Legend item 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. Get collection enumerator. Collection enumerator. Reverses the order of items in the collection. Invalidate chart (or just legend )when collection is changed Indicates that only legend area should be invalidated. Indexer of the class. Returns the LegendItem object Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether the collection is read-only. Number of items in the collection. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets an object that can be used to synchronize access to the collection. LegendItem class presents a single item (row) in the legend. It contains properties which describe visual appearance and content of the legend item. Legend object the item belongs to. Default legend item constructor Legend item constructor Item name. Item color. Item image. Helper method adds default legend item cells based on the columns specified. If columns collection is empty we assume the presence of two columns: series marker and legend item text. Legend this item belongs to. Measures legend item required size in chart relative coordinates. This method calculates desired legend item size without taking in consideration other legend items or available size. Because of that, the returned value is just an estimation. Chart graphics. Value that controls how standard font size is reduced or enlarged. Legend item estimated size. Replaces predefined keyword inside the string with their values. Original string with keywords. Modified string. Sets legend item attributes from the series Series object. Common elements object. Sets legend item attributes from the DataPointAttributes object. DataPointAttributes object. Element belongs to the 3D area. Invalidate chart (or just legend )when collection is changed Legend item text. Legend item color. Legend item image. Legend item picture style. Border color. Back hatch style Background image transparent color. A type for the background gradient The second color which is used for a gradient Line width Legend item enabled flag. Marker border width. Line style Legend item shadow offset. Legend item shadow color Legend item marker style Legend item marker size Legend item marker image Legend item marker image transparent color. Legend item marker color Legend item marker border color Legend item series name. Legend item series data point index. Legend item visual separator type. Legend item visual separator color. Collection of legend item cells. Object associated with legend item. Tooltip of the area. URL target of the area. Other attributes of the area. Axis scale break line style. No scale breakline visible. Straight scale break. Wave scale break. Ragged scale break. AxisScaleBreakStyle class represents settings that control scale break feature. Default object constructor. Default object constructor. Chart axis this class belongs to. Checks if automatic scale breaks are currently enabled. True if scale breaks are currently enabled. Checks if scale breaks can be used on specified axis. True if scale breaks can be used on this axis Gets a list of series objects attached to the specified axis. Axis to get the series for. A list of series that are attached to the specified axis. Invalidate chart control. Get collection of axis segments to present scale breaks. Collection of axis scale segments. Gets index of segment that should be started from zero. Axs scale segment collection. Index axis segment or -1. Sets position of all scale segments in the axis. Collection of axis scale segments. Fill collection of axis scale segments. Collection of axis segments. Check if segment was excluded. Array of segment indexes. Index of the segment to check. True if segment with specified index is marked as excluded. Collect statistical information about the series. Segment count. Minimum Y value. Maximum Y value. Segment size. Array of segment scale maximum values. Array of segment scale minimum values. Gets largest segment with no points. Array that stores number of points for each segment. Returns largest empty segment sequence starting index. Returns largest empty segment sequence length. True if long empty segment sequence was found. Indicates if one of the axis segments should start it's scale from zero when scale break is used. When property is set to AutoBool.Auto the range of the scale determines if zero value should be included in the scale. Maximum number of scale breaks that can be used. Minimum axis scale region size, in percentage of total axis length, that can be collapsed with the scale break. Gets or sets a flag which determines if axis automatic scale breaks are enabled. Type of the scale break line. Axis scale break spacing. Axis scale break line color. Axis scale break line width. Axis scale break line width. Automatic axis interval mode. Fixed number of intervals always created on the axis. Number of axis intervals depends on the axis length. Axis Position enumeration. Left position Right position Top position Bottom position Axis Arrow types No arrow Triangle type Sharp triangle type Lines type Summary description for KeywordEditor. List of keywords that are applicable to the edited property Keyword beign edited or empty if inserting a new one. Maximum number of supported Y values. Default public constructor. Form constructor. List of keywords that can be inserted. Keyword that should be edited. Maximum number of Y Values supported. Clean up any resources being used. Required method for Designer support - do not modify the contents of this method with the code editor. Form loaded event handler. Event sender. Event arguments. Selected format changed event handler. Event sender. Event arguments. Selected keyword changed event handler. Event sender. Event arguments. Keyword double click event handler. Event sender. Event arguments. Precision text changed event handler. Event sender. Event arguments. Custom format text changed event handler. Event sender. Event arguments. Ok button click event handler. Event sender. Event arguments. Y Value index changed event handler. Event sender. Event arguments. Gets current format string Updates numeric sample on the form. 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. Editor for Animation Elements Edit Animation Elements 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. Ok button clicked. Sender. Argument. Cancel button clicked. Sender. Argument. Event on button click - Move All elements left Sender object Event arguments Event on button click - Move All elements right Sender object Event arguments Event on button click - Move element left Sender object Event arguments Event on button click - Move element right Sender object Event arguments Form is loaded Sender object Event arguments Event on Double Click - Move element Left Sender object Event arguments Event on Double Click - Move element Right Sender object Event arguments Key Down used for escape button Object Event Parameters Key Down used for escape button Object Event Parameters Key Down used for escape button Object Event Parameters Disable buttons This method fills all elements collection with all elements from the chart which could be animated. This method search for animated element and returns index from the all elements list. Animated element Animated point element (used for data points only) Index from the all elements list This method is used to find element and data point element from the list. Element index Data Point element if data point or series are animated elements Animated element This method returns non present elements from elements list. Present elements Non present elements Checks if animated element is present in the list Animated element Animated point element Element index True if element is present Checks if animated element is present in the list Index of the element Array with element indexes True if element index is in the list This method create new list of nodes removing empty nodes Old nodes with empty nodes Cleaned nodes This method fills tree view with elements from the index array list. Tree View Array of indexes Set null tag if element is not on the list of elements. List of nodes List of elements This method creates array of tree nodes from all axis elements as striplines, gridlines, tickmarks, axis labels, etc. Axis Array of element indexes Array of tree nodes with axis elements This method removes element from the list The list Index of the elements The new list with removed elements This method removes node from the tree view The tree View Node which has to be removed List of elements from where element is moved List of elements where element should be moved Expand an node Tree node This method search for an node with specifid ID Tree nodes collection Id of the node Tree node if found or null if not This method moves node with all children Tree View. Tree Node. List with moved elements. List with non moved elements. This method removes all parent nodes if they do not have child nodes and tag is null. Node which parent should be removed This method removes all parent nodes if they do not have child nodes and tag is null. Node which parent should be removed HundredPercentStackedColumnChart class extends StackedColumnChart class by providing its own algorithm for calculating series data point Y values. It makes sure that total Y value of all data points in a single cluster from all series adds up to 100%. StackedColumnChart class contains all the code necessary to draw and hit test Stacked Column chart. Previous stacked positive Y values. Previous stacked negative Y values. Indicates if chart is 100% stacked True if stacke group name is applicable List of all stack group names Name of the current stack group. Gets chart type image. Chart types registry object. Chart type image. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Default constructor. Paint StackedColumnChart Chart The Chart Graphics object The Common elements object Chart area for this chart Chart series to draw. This method recalculates size of the Columns. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics objec.t The Common elements object. Chart area for this chart. True if shadow mode is active. Labels drawing mode. Chart series to draw. Helper method that gets an array of series that belong to the specified stacked group. Chart common elements. Group name to get the list of series for. Series chart type name to include in the result list. Series chart are name where series should belong to. Array of series that belong to the specified group. Helper method that gets stacked group name from specified series. Series to get the group name from. Series stacked group name. Checks if series supports stacked group names. Series to check. True if feature supported. Draw Stacked Column labels. Chart common elements. Chart Graphics. Chart area the series belongs to. Data point. Data point index. Data series. Column rectangle. Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Set to -1 to get the height. Y value of the point. This method recalculates size of the Columns. This method is used from Paint or Select method in 3D space. If True selection mode is active, otherwise paint mode is active. The Chart Graphics objec.t The Common elements object. Chart area for this chart. Labels drawing mode. Chart series to draw. This method prepares animation coordinates for chart. Animation Manager Position of 3d projection of the cube without transformations. Z position of the cube without transformations Zero value position Depth of 3D cube Transformation matrix Chart Graphics The point has negative value Draw Stacked Column labels. Chart common elements. Chart Graphics. Chart area the series belongs to. Data point. Data point index. Data series. Column rectangle. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. This method will find previous and next data point, which is not empty and recalculate a new value for current empty data point. New value depends on custom attribute “EmptyPointValue” and it could be zero or average. Empty data point. Empty data point index. A Value for empty data point. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Number of supported Y value(s) per point If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) Default constructor. Paint HundredPercentStackedColumnChart Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Helper function, which returns the Y value of the point Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Chart type name Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. HundredPercentStackedBarChart class extends StackedBarChart class by providing its own algorithm for calculating series data point Y values. It makes sure that total Y value of all data points in a single cluster from all series adds up to 100%. StackedBarChart class contains all the code necessary to draw and hit test Stacked Bar chart. Previous stacked positive Y values. Previous stacked negative Y values. Indicates if chart is 100% stacked True if stacke group name is applicable List of all stack group names Name of the current stack group. Gets chart type image. Chart types registry object. Chart type image. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Paint Stacked Bar Chart. The Chart Graphics object The Common elements object Chart area for this chart Chart series to draw. This method recalculates size of the stacked bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. True if shadow mode is active. Labels drawing mode. Chart series to draw. Draw Stacked Column labels. Chart common elements. Chart Graphics. Chart area the series belongs to. Data point. Data point index. Data series. Column rectangle. This method will find previous and next data point, which is not empty and recalculate a new value for current empty data point. New value depends on custom attribute “EmptyPointValue” and it could be zero or average. Empty data point. Empty data point index. Index of the Y value to get. A Value for empty data point. Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Set to -1 to get the height. Y value of the point. This method recalculates size of the stacked bars in 3D space. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. True if labels must be drawn. Chart series to draw. This method prepares animation coordinates for chart. Animation Manager Position of 3d projection of the cube without transformations. Z position of the cube without transformations Zero value position Depth of 3D cube Transformation matrix Chart Graphics The point has negative value Draws labels in 3D. Chart area for this chart. Horizontal Axis for labels and markers The Chart Graphics object. The Common elements object. Bar rectangle. Data point. Data series. The zero position or the bottom of bars. The Height of bars. The width of bars. Point index. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if each data point of a chart must be represented in the legend Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Number of supported Y value(s) per point Default constructor. Paint HundredPercentStackedBarChart Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Chart type name Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Circular chart drawing style. Series are drawn as filled areas. Series are drawn as lines. Series are drawn as markers. KagiChart class provides 2D and 3D drawing and hit testing of the Kagi chart. Prepares Kagi chart type for rendering. Series to be prepared. Reference to service container. Remove any changes done while preparing Kagi chart type for rendering. Series to be un-prepared. Reference to service container. True if series was removed from collection. Gets reversal amount of the kagi chart. Step line chart series used to dispaly the kagi chart. Series with original data. Index of the Y value to use. Returns reversal amount in percentage. Fills step line series with data to draw the Kagi chart. Step line chart series used to dispaly the Kagi chart. Series with original data. Draw chart line using horisontal and vertical lines. Graphics object. The Common elements object Point to draw the line for. Point series. Array of points coordinates. Index of point to draw. Line tension Fills a PointF array of data points absolute pixel positions. Graphics object. Point series. Indicate that point index should be used as X value. Array of data points position. Draws a 3D surface connecting the two specified points in 2D space. Used to draw Line based charts. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Indicates that drawn segment is 3D clipped. Only top/bottom should be drawn. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Gets chart type image. Chart types registry object. Chart type image. Paint Line Chart. The Chart Graphics object. The Common elements object. Chart area for this char.t Chart series to draw. Chart type name ChartTypeRegistry class is a repository for all standard and custom chart types. In order for the chart control to display the chart type, it first must be registered using unique name and IChartType derived class which provides the description of the chart type and also responsible for all drawing and hit testing. ChartTypeRegistry can be used by user for custom chart type registering and can be retrieved using Chart.GetService(typeof(ChartTypeRegistry)) method. Default private constructor. Chart types registry public constructor. Reference to the service container. Returns chart type registry service object. Service type to get. Chart type registry service. Adds chart type into the registry. Chart type name. Chart class type. Returns chart type object by name. Chart type. Chart type object derived from IChartType. Returns chart type object by name. Chart type name. Chart type object derived from IChartType. Chart images resource manager. RectangleAnnotation is a class that represents a rectangle annotation. A rectangle annotation can also display inner text. Default public constructor. Paints an annotation object on the specified graphics. A object, used to paint an annotation object. Reference to the control. Gets or sets an annotation's line color. A value used to draw the annotation line. Gets or sets an annotation's line width. An integer value that represents the line width, in pixels. Gets or sets an annotation's line style. A value. Gets or sets an annotation's background color. A value used to draw the annotation background. Gets or sets an annotation's background hatch style. A value used to draw the annotation background. Two colors are used to draw hatching: and . Gets or sets an annotation background's gradient style. A value, used to draw the annotation background. Two colors are used to draw a gradient: and . Gets or sets an annotation background's secondary color. A value used to draw the annotation background with hatching or gradient fill. This color is used with when or are used. Gets or sets annotation type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets an annotation's selection points style. A value that represents the annotation selection style. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. EllipseAnnotation is a class that represents an ellipse annotation. An ellipse annotation can also display inner text. Default public constructor. Gets or sets annotation type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Border3DAnnotation is a class that represents an annotation with a 3D border. A Border3D annotation can also display inner text. Default public constructor. Paints the annotation object on the specified graphics. A TODO HYPERLINK PROPERLY used to paint annotation object. Reference to the control that owns the annotation. Gets text spacing on four different sides in relative coordinates. Indicates that spacing is in annotation relative coordinates. Rectangle with text spacing values. Gets or sets annotation type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets the skin style of the 3D border. A TODO HYPERLINK PROPERLY of the 3D border. Chart referense. Chart element docking. Docked to the top. Docked to the right. Docked to the botom. Docked to the left. Text drawing styles. Default text drawing style. Shadow text. Emboss text. Embed text. Frame text. Title class provides properties which define content, visual appearance and position of the single chart title. It also contains methods responsible for calculating title position, drawing and hit testing. Public constructor. Public constructor. Title text. Public constructor. Title text. Title docking. Public constructor. Title text. Title docking. Title font. Title color. Initialize title object. Title text. Title docking. Title font. Title color. Helper method that checks if title is visible. True if title is visible. Invalidate chart title when one of the attributes is changed. Indicates that only title area should be invalidated. Paints title using chart graphics object. The graph provides drawing object to the display device. A Graphics object is associated with a specific device context. Recalculates title position. Chart graphics used. Area where the title should be docked. Position of the title in the frame. Spacing size in percentage of the area. Indicates that title is always drawn horizontally when docked to the left or right sides. Gets or sets a flag that specifies whether title is visible. True if the title is visible, false otherwise. Title item name. Chart area name the title is docked to inside or outside. Indicates that title is docked inside chart area. DockToChartArea property must be set first. Positive or negative offset of docked title position. Title rectangle position. Title text. Title drawing style. Title background color. Title border color. Title border style. Title border width. Title background image. Title background image drawing mode. Title image transparent color. Background image alignment used by ClampUnscale drawing mode. Title background gradient type. Title background gradient end color. Title hatch style. Title font. Title font color. Title alignment. Title docking. Title shadow offset. Title shadow color. The tooltip. URL target of the title. Other attributes of the title map area. True if title background or border is visible Chart control reference. TitleCollection class is a strongly typed collection of Title classes. Indexer of this collection can take title index (integer) or unique title name (string) as a parameter. Public constructor. Public constructor. Service container. Adds new chart title into collection. Title object. Index of the added object. Adds new chart title into collection. Title text. Newly created object. Adds new chart title into collection. Title text. Title docking. Newly created object. Adds new chart title into collection. Title text. Title docking. Title font. Title color. Newly created object. Inserts new chart title into collection. Index to insert the object in. Chart title object. Inserts new chart title into collection. Index to insert the object in. Title text. Inserts new chart title into collection. Index to insert the object in. Title text. Title docking. Inserts new chart title into collection. Index to insert the object in. Title text. Title docking. Title font. Title color. Before new item is set. Item index. Item old value. Item new value. Before new item is inserted. Item index. Item object. After new item inserted. Item index. Item object. After item removed. Item index. Item object. After all items removed. Checks whether a name is unique. Title name true if a name is unique Get chart title index by name. Name of the chart title. Index of the chart title or -1 if it does not exist. Get chart title index by name. Name of the chart title. Index of the chart title or -1 if it does not exist. Removes specified Title from the collection. A object to be removed from the collection. Gets index of specified Title object in the collection. A object to be found in the collection. An integer index of the found title ot -1 if title was not found. Invalidates chart the collection belongs to. Recalculates title position in the collection for titles docked outside of chart area. Chart picture object. Chart graphics used. Area the title is docked to. Area where the title should be positioned. Spacing size in percentage of the area. Recalculates all titles position inside chart area in the collection. Chart picture object. Chart graphics used. Spacing size in percentage of the area. Gets reference to the chart object. Strongly typed indexer of the collection. Custom label row number. First row of labels. Second row of labels. Custom label marking type Not set. Mark labels using side marks. Mark labels using line and side marks. Draws a box around the label. Box always starts at the axis position. Custom grid lines and tick marks flags used in the custom labels. No tick mark or grid line are shown. Tick mark is shown. Grid line is shown. Tick mark and grid line are shown. Circular chart area axis labels style. Style depends on number of labels. Labels text position around the circular area. Labels text is always horizontal. Labels text has same angle as circular axis. CustomLabelsCollection class is a strongly typed collection of custom axis labels. Custom labels collection object constructor Custom labels collection object constructor Reference to the axis object. Adds one custom label into the collection. Label left position. Label right position. Label text. Index of newly added item. Adds one custom label into the collection. Custom label flag may be specified. Label left position. Label right position. Label text. Indicates if label is custom (created by user). Index of newly added item. Adds one custom label into the collection. Label left position. Label right position. Label text. Label row. Label marking type. Index of newly added item. Adds one custom label into the collection. Label left position. Label right position. Label text. Label row index. Label marking type. Index of newly added item. Adds one custom label into the collection. Label left position. Label right position. Label text. Label row. Label marking type. Index of newly added item. Custom grid line or/and tick marks flag. Adds one custom label into the collection. Label left position. Label right position. Label text. Label row index. Label marking type. Index of newly added item. Custom grid line or/and tick marks flag. Adds custom labels into the collection using min and max values and step Label step size. Label step type. Min position. Max position. Label text format. Label row. Label marking type. Adds custom labels into the collection using min and max values and step Label step size. Label step type. Min position. Max position. Label text format. Label row index. Label marking type. Adds custom labels into the collection using min and max values and step. Label step size. Label step type. Adds custom labels into the collection using min and max values and step. Label step size. Label step type. Label text format. Adds custom labels into the collection using min and max values and step. Label step size. Label step type. Label text format. Label row. Label marking type. Adds custom labels into the collection using min and max values and step. Label step size. Label step type. Label text format. Label row index. Label marking type. Removes all items from the collection. Check if specified object exists in the collection. Object to check. True if object exist. Gets first index of the collection item equal to the object provided. Object to look for. Index of found object. Remove object from the collection Value to be removed. Remove item from the collection by index. Zero based index. Add custom label object into the collection. Custom label to add. Index of the newly added object. Insert custom label object into the collection. Zero based index. Custom label to add. Index of the newly added object. Insert custom label object into the collection. Zero based index. Custom label to add. Index of the newly added object. 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. Get collection enumerator. Collection enumerator. Invalidate chart (or just chart area ) when collection is changed Indexer of the class. Returns the CustomLabel object Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether the collection is read-only. Number of items in the collection. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets an object that can be used to synchronize access to the collection. CustomLabel class represents a single custom axis label. Text and position along the axis is provided by the user. Custom label constructor Custom label constructor From position. To position. Label text. Label row index. Label mark. Custom label constructor From position. To position. Label text. Label row index. Label mark. Custom grid line or/and tick marks flag. Custom label constructor From position. To position. Label text. Label row. Label mark. Custom label constructor From position. To position. Label text. Label row. Label mark. Custom grid line or/and tick marks flag. Returns a cloned label object. Copy of current custom label. Gets axes to which this object attached to. Axis. Invalidate chart (or just chart area ) when collection is changed. Label tooltip. URL target of the label. Other attributes of the label map area. URL target of the label image. Other attributes of the label image map area. Object that is associated with the label. Label image. Label image transparent color. Custom label item name. For internal use only! Defines custom tick marks and/or grid lines to be drawn in the center of the label. Custom label left position. Custom label right position. Custom label text. Label text color. Label mark line color. Custom label row. Custom label row index. Defines marks for the labels in the second row. Major tick mark line style is used for drawing. Label class contains properties which define visual appearance of the axis labels, their interval and position. This class is also responsible for calculating the position of all the labels and drawing them. Public default constructor. Public constructor. Axis which owens teh grid. Draws axis labels on the circular chart area. Reference to the Chart Graphics object. Gets rectangle position of the label. Chart graphics object. Original label position. Label text size. Label string format. Label rectangle position. Draws axis labels. Reference to the Chart Graphics object. Back elements of the axis should be drawn in 3D scene. Initialize animation for axis line and arrow Chart Graphics object The number of elements in the collection The index of the label Get a rectangle between chart area position and plotting area on specified side. Also sets axis labels string formatting for the specified labels position. Chart area object. Position in chart area. Axis labels string format. Axis labels rectangle. Gets position of axis labels. Top and Bottom axis labels can be drawn on the sides (left or rigth) of the plotting area. If angle between axis and it's projection is between -25 and 25 degrees the axis are drawn at the bottom/top, otherwise labels are moved on the left or right side. Chart area object. Axis object. Position where axis labels should be drawn. Draws axis labels in 3D space. Reference to the Chart Graphics object. Back elements of the axis should be drawn in 3D scene. Gets axes to which this object attached to. Axis object. Invalidate chart picture Labels interval offset. Labels offset type. Label interval size. Label interval type. Label font Label font color Label font angle True if labels are shown with offset True if labels are shown at axis ends True if label can be truncated Label text format Indicates that labels are enabled. GdiGraphics class is chart GDI+ rendering engine. 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 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 ChartAreaCollection class represents a strongly typed collection of ChartArea objects. Each chart area has a unique name in the collection and can be retrieved by name or index. Reference to ArrayList class Reference to Common Elements Constructor Common element Default collecton constructor Get chart area index by name Name of the chart area. Index of the chart area or -1 if it does not exist. Add item to the collection Name of the chart area New Chart Area Add Chart area object to the collection of chart areas Chart area object The ArrayList index at which the value has been added. Insert a chart area to the chart area collection Position Chart area object Insert a chart area to the chart area collection Position Chart area object Create Name of chart area and check if that name exist. Recomended Chart Area Name New Chart Area Name Checks whether a name is unique. Chart area name true if a name is unique Invalidate chart Removes the element at the specified index The zero-based index of the element to remove Removes the first occurrence of a specific object The Object to remove from the ChartAreaCollection 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 zero-based index of the first occurrence of value within the entire collection, if found; otherwise, -1. Determines whether an element is in the collection. The Object to locate in the collection. The element to locate can be a null reference. true if item is found in the collection; otherwise, false. Removes all elements from the collection. Returns an enumerator for the entire collection An IEnumerator for the entire collection Copies the ArrayList or a portion of it to a one-dimensional array. The one-dimensional Array that is the destination of the elements copied from ArrayList. The Array must have zero-based indexing. The zero-based index in array at which copying begins. Indexer of the class. Returns the ChartArea object IList interface Gets a value indicating whether the collection is read-only. Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets the number of elements actually contained in the collection. Gets an object that can be used to synchronize access to the collection. 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 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. Draws animated path outline. Animated character ID. Line pen. Line animated color. Animated position X. Animated position Y. Animated start path. Animated end path. Fills animated path. Animated character ID. Fill brush. Line animated color. Gradient animated color. Animated position X. Animated position Y. Animated start path. Animated end path. Animates and draws a line connecting the two points specified by coordinate pairs. Graphics pen Animated Color used instead of pen color. Point structure that represents the first point to connect. Point structure that represents the second point to connect. Animates and draws a rectangle specified by a coordinate pair, a width, and a height. Graphics pen Animated Color used instead of pen color. A RectangleA structure that represents the rectangle to animate and draw. Animates and fills the interior of a rectangle specified by a RectangleA structure. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching RectangleF structure that represents the rectangle to fill. Animates and draws the interior of a ellipse specified by a RectangleA structure. Graphics pen Animated Color used instead of pen color. RectangleF structure that represents the rectangle to fill. Animates and fills the interior of a ellipse specified by a RectangleA structure. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching RectangleA structure that represents the ellipse to animate and fill. Helper method to create ellipse start/end paths. Ellipse animated rectangle. Returns start path. Returns end path. Animates and draws a polygon defined by an array of Point structures. Graphics pen Animated Color used instead of pen color. Array of Point structures that represent the vertices of the polygon. Animates and fills a polygon defined by an array of Point structures. Brush object that determines the characteristics of the fill. Animated Color used instead of brush color. Second color used for gradient and hatching Array of Point structures that represent the vertices of the polygon. Helper method which creates start/end path for the polygon. Polygon animated points. Returns start path. Returns end path. Animates and draws 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. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Animated Color used instead of pen color. A RectangleA structure that represents the rectangle text to animate and draw. Animates and 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. StringFormat object that specifies formatting attributes, such as line spacing and alignment, that are applied to the drawn text. Animated Color used instead of pen color. A pointA structure that represents position of the text Converts time to the frame index. Time to be converted. Frame index. Add information about morping character into the array list. This information is used later to fill Flash frames. Character ID. Animated color. Animated location X. Animated location Y. Adds information about animated character into the list. This information is used later to fill Flash frames. Character ID. Fill color used for drawing while moving. Animated color. Animatex X location. Animatex Y location. Animates and draws the specified portion of the specified Image object at the specified location and with the specified size. Image object to draw. RectangleA 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. Flash can't animate elements with same color. This function makes sure that animated colors are different. Color to test. Result color. 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. 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. Date format changed. Sender. Argument. Format changed. Sender. Argument. Custom format changed. Sender. Argument. Updates custom formatting sample. Tab control changed. Sender. Argument. Ok button clicked. Sender. Argument. Cancel button clicked. Sender. Argument. Stirng editor form that is used to edit properties that support keywords. Required designer variable. Property name that is beign edited. Object/class name beign edited. Initial string to be edited. Result String after editing. Maximum Y value index that can be used List of applicable keywords Reference to the keywords registry Name of the last selected keyword name Start index of selected keyword. Length of selected keyword. Indicates that RTF control control is updating its text. Used to prevent recursive calls. Default public constructor Object constructor. String to edit. Class name that beign edited. Property name that is beign edited. Maximum number of supported Y values. Clean up any resources being used. True if disposing. Required method for Designer support - do not modify the contents of this method with the code editor. Form loaded event handler. Event sender. Event arguments. Insert keyword button clicked event handler. Event sender. Event arguments. Edit keyword button clicked event handler. Event sender. Event arguments. Rich text box text changed event handler. Event sender. Event arguments. Rich text box selection changed event handler. Event sender. Event arguments. Rich text box key pressed event handler. Event sender. Event arguments. Rich text box key down event handler. Event sender. Event arguments. Ok button pressed event handler. Event sender. Event arguments. Helper method that generates the RTF text based on the string. Input text. Input text formatted as RTF. Gets specified text in RTF format where keyword are color highlighted. Original text. Color higlighted RTF text. Get list of keywords applicable to current object and property. Editor for the string properties that may contain keyords. Edit label format by showing the form Editing context. Provider. Value to edit. Result Show modal form. Editing context. Editor style. Enumeration of common attributes names. Data points comparer class Private default constructor. Data points comparer class constructor. Data series. Sorting order. Value used for sorting ("X", "Y or Y1", "Y2", ...). Compares two data points. First data point. Second data point. Zero if equal, less than zero if point1 less than point2, otherwise more than zero. Data points collection Data Point Collection object constructor. Data Point Collection object constructor. Series object, which the Data Point Collection belongs to. Initialize data point series and name. Reference to the data point object to initialize. Initialize data point series and name. Series the data point belongs to. Reference to the data point object to initialize. Parse the input parameter with other point attribute binding rule in format: PointProperty=Field[{Format}] [,PointProperty=Field[{Format}]]. For example: "Tooltip=Price{C1},Href=WebSiteName". Other fields parameter. Returns array of atribute names. Returns array of field names. Returns array of format strings. Data bind X, Y and other values (like Tooltip, Label,...) of the data points to the data source. Data source can be the Ole(SQL)DataReader, DataView, DataSet, DataTable or DataRow. Data source. Name of the field for X values. Comma separated name(s) of the field(s) for Y value(s). Other point properties binding rule in format: PointProperty=Field[{Format}] [,PointProperty=Field[{Format}]]. For example: "Tooltip=Price{C1},Href=WebSiteName". Data bind Y values of the data points to the data source. Data source can be the Array, Collection, Ole(SQL)DataReader, DataView, DataSet, DataTable or DataRow. One or more enumerable objects with Y values. Data bind X and Y values of the data points to the data source. Data source can be the Array, Collection, Ole(SQL)DataReader, DataView, DataSet, DataTable or DataRow. Enumerable objects with X values. One or more enumerable objects with Y values. Data bind Y values of the data points to the data source. Data source can be the Array, Collection, Ole(SQL)DataReader, DataView, DataSet, DataTable or DataRow. Enumerable objects with Y values. Name of the field(s) for Y value(s). Data bind X and Y values of the data points to the data source. Data source can be the Array, Collection, Ole(SQL)DataReader, DataView, DataSet, DataTable or DataRow. Enumerable object with X values. Name of the field for X values. Enumerable objects with Y values. Comma separated name(s) of the field(s) for Y value(s). Returns true if objet represents an empty value. Value to test. True if empty. Adds one data point with one Y value. Y value of the data point. Index of newly added data point. Adds one data point with one or more Y values. Comma separated Y values of the data point. Index of newly added data point. Adds one data point with X value and one Y value. Y value of the data point. X value of the data point. Index of newly added data poit. Adds one data point with X value and one or more Y values. List of Y values of the data point. X value of the data point. Index of newly added data poit. Insert one data point with X value and one or more Y values. Index after wich to insert the data point. X value of the data point. List of Y values of the data point. Insert one data point with one or more Y values. Index after wich to insert the data point. List of Y values of the data point. Get data source enumerator object helper function. Data source. Returns data source enumerator. Convert enumeration item object from DataRow and DataRowView to the actual value of specified column in row Enumeration item. Converted item. Auto detects the X and Y(s) values type Series the values type is detected for. X values enumerator. X value field. Y values enumerator. Y value field. Return value type. Values enumerator. Value field. Find first point with Max value from specified index. Point value to find. Which point value to use (X, Y1, Y2,...). Index of the point to start looking from. Returns index of found point or -1. Found point or null. Find first point with Max value from specified index. Point value to find. Which point value to use (X, Y1, Y2,...). Found point or null. Find first point with Max value from specified index. Point value to find. Found point or null. Find first point with Max value from specified index. Which point value to use (X, Y1, Y2,...). Index of the point to start looking from. Returns index of found point or -1. Found point or null. Find first point with Max value from specified index. Which point value to use (X, Y1, Y2,...). Found point or null. Find first point with Max value from specified index. Found point or null. Find first point with Min value from specified index. Which point value to use (X, Y1, Y2,...). Index of the point to start looking from. Returns index of found point or -1. Found point or null. Find first point with Min value from specified index. Which point value to use (X, Y1, Y2,...). Found point or null. Find first point with Min value from specified index. Found point or null. Removes all items from the collection. Check if specified object exists in the collection. Object to check. True if object exist. Gets first index of the collection item equal to the object provided. Object to look for. Index of found object. Remove object from the collection Value to be removed. Remove item from the collection by index. Zero based index. Removes a range of data points from the collection. The zero-based starting index of the range of elements to remove. The number of elements to remove. Add data point object into the collection. Data point to add. Index of the newly added object. Add data point object into the collection. Data point to add. Index of the newly added object. Insert data point object into the collection. Zero based index. Data point to insert. Insert data point object into the collection. Zero based index. Data point 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. Get collection enumerator. Collection enumerator. Indexer of the class. Returns the Data Point object by integer index. Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether the collection is read-only. Number of items in the collection. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets an object that can be used to synchronize access to the collection. Stores values and attributes of one Data Point in the Data series. Data Point object constructor. Data Point object constructor. series object, which the Data Point belongs to. Data Point object constructor. Point X value. String of comma separated Y values. Data Point object constructor. Point X value. Point Y value. Sets data point attribute to specified value. Attribute value. Atribute name. Value format. Converts object to double. Object to convert. Double value. Set X value and one or more Y values of the data point. X value of the data point. Y value(s) of the data point. Separate multiple values with commas. Set one or more Y values of the data point. Y value(s) of the data point. Separate multiple values with commas. Creates an exact copy of this DataPoint object. An exact copy of this DataPoint object. Resize Y values array. New number of Y valuesin array. Gets on of the data points Y values by index. Y value index. Y value Sets on of the data points Y values by index. Y value index. Y value. Helper function, which returns point value by it's name. Point value names. X, Y, Y2,... Point value. call this method if you want to get Label of the DataPoint call this method requiredGetDataLabelTextEvent = FALSE if you want to replace string with keywords from DataPoint if requiredGetDataLabelTextEvent = FALSE, this method will not fire OnGetDataPointLabelText event Replaces all "#CUSTOMATTRIBUTE(XXX)" (where XXX is the custom attribute name) keywords in the string provided. String where the kyword need to be replaced. DataPoint or Series attribute class. Converted string. Resets point's Y values. Saves smartlabel coordinates smartlabel position Saves smartlabel coordinates smartlabel position Reset smartlabel coordinates Saves smartlabel coordinates smartlabel position X value of the series data point Y value(s) of the series data point Empty data point flag Data point name. For internal use only! Class stores additional information about the data point in 3D space. Reference to the 2D data point object Data point index. Point X position in relative coordinates. Point Y position in relative coordinates. Point X center position in relative coordinates. Used for side-by-side charts. Point Z position in relative coordinates. Point width. Point height. Point depth. Indicates that point belongs to indexed series. Design-time representation of the CustomAttributes. This class is used instead of the string "CustomAttributes" property at design time and supports expandable list of custom attributes. Constructor Attributes object. Gets a comma separated string of user defined custom attributes. Comma separated string of user defined custom attributes. Gets a comma separated string of user defined or non-user defined custom attributes. True if user defined attributes must be returned. Comma separated string of user defined custom attributes. Sets user defined custom attributes without cleaning registered attributes. New user defined attributes. Determines whether the specified Object is equal to the current Object. The Object to compare with the current Object. true if the specified Object is equal to the current Object; otherwise, false. 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 Object. The is a parameter of event which is fired after executing a . The command reference Initializes new instance of object The which fires this event Gets the command which fires this event. The is a parameter of event which is fired just before executing a The context of command. Represents object which command will apply to. Aborted flag. True aborts command execution. Initializes new instance of CommandFiringArgs object. The command which fires this event The object context which is used during command execution Aborts further execution of the command. Gets and sets the object context of command execution. Commands are the basis for interactions with user-interface elements. Each command contains a chart functionality that developers can utilize to build their own custom toolbar and/or context menu. The type of command is determined by property. The Command has and can be executed by method. Commands are either Standart and Used-Defined. The Standart Commands are provided for common actions required by end-user while User-Defined Commands afford the extension of existing commands or creating unique behavior. Some commands contains other commands and this determines their special behavior - they are group conainers and apear in the context menu as menu item with subitems or pulldown buttons in toolbar. The command contans visual attributes such as , and which determines the appereance of the command in the toolbar and the context menu. The ID of the command. The ID of the command. The text for the command. The description for the command. The command enabled flag. The command enabled flag. The image ID for the command. Image transparent color The shortcut key for the command. The command toggled flag. The ArrayList of CommandParams The command type The command parameter used to execute this command The supported elements of this command Determines if should use last sub command as default behavior Determines the style of pop up object Determines the command behavior in tool bar The command sub items Reference to command proxy ( command executor ) Determines if the command is internal generated. Determines if command properties is called within component or from external component Determines if command properties is called within menu generation The command order index in collection; The command order index in collection when has been added; Reference last execited sub command. Initialize a new instance of Command object. Initialize a new reference of Command object. Default command type of this command Checks if collection is modified and should be serialized. True if collection where modified and they need to be serialized. Resets the collection to its default items. Checks if collection is modified and should be serialized. True if collection where modified and they need to be serialized. Resets the collection to its default items. Checks if index is modified and should be serialized. True if index were modified and they need to be serialized. Resets the command index during serialization. Checks if text is modified and should be serialized. True if text where modified and they need to be serialized. Checks if text is modified and should be serialized. True if text where modified and they need to be serialized. Checks if description is modified and should be serialized. True if description where modified and they need to be serialized. Resets the description is modified. Checks if is modified and should be serialized. True if is modified and they need to be serialized. Resets the property is modified. Checks if is modified and should be serialized. True if where modified and they need to be serialized. Resets the property is modified. Checks if text is UseLastSubCommand and should be serialized. True if UseLastSubCommand where modified and its need to be serialized. Checks if UseLastSubCommand is modified and should be serialized. True if UseLastSubCommand where modified and its need to be serialized. Checks if SupportedElements is modified and should be serialized. True if SupportedElements where modified and its need to be serialized. Resets SupportedElements if its modified. Checks if popup style is modified and should to be serialized. True if popup style is modified and needs to be serialized. Resets if popup style is modified. Sets a sub-command as a default one. Specified command must be added to the SubCommand collection first. Default command. Executes the command without parameters. True if the command is executed succesfuly, otherwise - false The context of execution is the chart element pointed in last mouse click. Executes the command with defined context. The object context over which command to be executed True if the command is executed succesfuly, otherwize - false The selectedObject can be null, a chart element or object of chart elements. The possible supported chart elements are: , , , , , , or . Each can handle with limited set of object types determined by property. Executes the command with defined context and parameters. The object context over which command to be executed String representation of object context and additional parameters to override default behavior of the command True if the command is executed succesfuly, otherwize - false The selectedObject can be null, a chart element or object of chart elements. The possible supported chart elements are: , , , , , , or . The parameters parameter can adds to object context elements by name or additinal parameters to change default behavior of the . Each can handle with limited set of object types determined by property. Evaluates the enabled state of the command. True if command is enabled in null ( Chart ) context. Evaluates the enabled state of the command in its specified context. Object context to evaluate enable state whithin it True if command is enabled in this context. The can be enabled in one context and disabled in other. The context represents the objects which will change or operate over it. Evaluates the enabled state of the command using context with string parameters. Object context to evaluate enable state whithin it Additional parameters to evaluate enabled state True if command is enabled in this context. The can be enabled in one context and disabled in other. The context represents the objects which will change or operate over it. Evaluates the pressed state of the command. True if command is enabled in null context. Evaluates the pressed state of the command in its specified context. Object context to check pressed state against it True if command is enabled in this context. Evaluates the pressed state of the command using context and string parameters. Object context to check pressed state against it Additional parameters to evaluate pressed state True if command is enabled in this context. Set toggled state on current command and untoggled on the others commands in command group if any. Returns a string that represents the current command. A String that represents the current Command. Transfer properties from command to this command Command which properties should transfer Returns Design state. Controls also internal calls within component. True during design time Performs procedures after this element is added to a collection. Check of this element can be removed from command collection. Used from CommandElementCollection to check if this element can be removed False if this command is predefined and cannot be removed. Resets the command properties to default values. Determines if this command should be serialized. Adds the command default subcommands registred in CommanExecutor Calculates the size of popup table dialog The commands count in table The size ( rows,cols ) of the popup table dialog Calculates the size of popup table dialog The commands count in table The size ( rows,cols ) of the popup table dialog Forces updating of all visual components Forces updating of all visual components Updates default propertes after changing the CommandType property Returns command id The command id which repesents this Command Gets the non empty imageName. Uses CommandProxy to get default ImageName Non empty image name Gets the image associated with the command. The Image associated with this Command object Gets the context supported element in section with CommandProxy.SupportedElements Handles internal message The message type Sender which broadcast thois message Additional parameters Sends Command Notification Message to all ChartUI components Type of message The sender of the message Additional parameters Receive chart invalidated message and forces invalidating for all connected UI elements ( toolbal, buttons, etc.) Calculates rectangle specified by bound rectangle and size. The result is centered into the bound renctangle 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 or sets the command type. The command type determines the functionality of the command being executed. The which determines end-user functionality of the . Gets the SubCommands collection of the command. A CommandCollection value representing the sub-command collection of the command. The command which contains sub commands has special behavior as command container. Such command apears in the context menu as menu item with subitems or pulldown buttons in toolbar. The property determines visual appearance of subcommands while property determines root command behavior. Gets or sets the unique identifier of the command. Unique identifier of the command. The user defined command have to have unique non zero identifier while predefined commands the identifier is allways zero. This indentifier can be used in event handling or as parameter of method to locate a object in Gets or sets the group ID of the command. If not zero, all elements with this value will be grouped together exhibiting the same behavior as a radio button list. Group identifier of the command which determines command toggled behavior. The , and properties work together. Then the is Grouped, the is used to determine the toggled that are whithin the group. Gets or sets the index of the command which determines the position of the command within the collection. The index of the command into parent Gets or sets the text of the command that appears on both the toolbar and context menu. The text for the command which appears in controls. Gets or sets the description text for the command. This is displayed as a tooltip on the toolbar. The description text for the command. Gets or sets the visibility attribute of the command on the toolbar and context menu. True if command is visible, false otherwise. Default is true. Gets or sets the enabled flag for the command. Determines if the command can be executed. True if command can be executed, false otherwise. Defaults is true. Gets or sets the image of the command. A string value, representing the command's image name. The image name can be a file name, URL for the Web control or a name from the class. Gets the unique name of the command. The string represents name for the command. The command name is automatic generated in format CommandType_Index. The command name can be used for locating a command into as well as recognizing in event handlers. Gets or sets a color used for transparency when drawing an image in toolbar and context menu. A value which is replaced with a transparent color while drawing the image. Gets or sets a value indicating the shortcut key associated with the command. One of the values. The default is Shortcut.None. Shortcut keys provide a method for users to activate frequently used command items in to provide keyboard access to your application for those users who do not have access to a mouse or other pointer device. Gets or sets the toggled flag for the command. The toggled flag for the command. In the toolbar toggled button appears sunken when clicked and retains the sunken appearance until clicked again. In the context menu the menu item appears checked when clicked and retains the checked appearance until clicked again. The command parameter which is used to execute this command. The string which represents the command's parameter.Default is empty string. The parameters are a set of comma-separated values and adds possibility to change the default context of executing of a . Determines the toggle behavior in the toolbar and context menu. The which determines the 'toggled' behavior of the command. Default value is The possible values are: ToggleStyleDescriptions NoneCommand behaves like regular button or menu item. ToggledCommand behaves like chechbox. GroupedCommand behaves like radio button whithin a group. Determines if the last sub-command executed will be set as the default behavior. True to use last executed command, otherwize false. Default is true The UseLastSubCommand property allows the user quickly call the toolbar command more than once if nesessary. When UseLastSubCommand is set to True the button will display last executed sub-command and execute it when button is pressed. Gets or sets the supported elements of the command. The set which represents supported chart elements of this . The SupportedElements reflects in the context menu deployment. On right mouse click the selected chart element is inspected and compared with value to determine which to be displayed. Each has predefined set of which can be accepted and handled by this . The SupportedElements property can limit default predefined set but cannot expand it. Gets or sets the style of the pop-up object, displayed for commands with one or more sub-commands. The which determines the style of displaying of group of items. The property is used to determine how to display group of ( sub-commands). The possible values are: CommandPopupStyleDescriptions MenuThe UI will display the command group as menu items, with text and adjacent icon. TableThe UI will display the command group as table of icons. Gets the CommandProxy ( command executor) Gets the parent Command. Returns null if this Command are at top level. Reference to last executed command Gets the ArrayList of CommandUI objects linked to this command; Gets the command image number if into ChartUI.ImageList Returns true if this command is internal ( autogenerated or predefined) Returns true during serialization stage of the chart, including the code generation from designer. The Command clas type Converter. 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. Returns a collection of properties for the type of array specified by the value parameter. An ITypeDescriptorContext that provides a format context. An Object that specifies the type of array for which to get properties. An array of type Attribute that is used as a filter. A PropertyDescriptorCollection with the properties that are exposed for this data type, or a null reference (Nothing in Visual Basic) if there are no properties. Returns whether this object supports properties, using the specified context. An ITypeDescriptorContext that provides a format context. true if GetProperties should be called to find the properties of this object; otherwise, false. Property descriptor with ability to dynamically change attributes of the base property descriptor object. Constructor of the dynamic property descriptor. Base 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. Gets a value indicating whether this property is read-only. Gets the type of the property. The Command.CommandType property TypeConverter Initializes a new instance of the CommandCommandTypeConverter class. Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of the InputValues for the BaseValueName. Descriptor context. Standart values collection. The Command.Image property value editor Override this function to support palette colors drawing Paint value event arguments. IComparer implementation, used for table size calculations. The comparer compares Rectange structs where X is table width Y is table height Width is (X*Y) table area force comparison by area ( true ) or minimum flattness ( x-y ) ( false ) Intitializes new ItemsComparer instance The compare mode flag Compares two objects ( Rectangle) 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 value condition -1 - less, 0 - equal, 1 - greater The CommandCollection represents collection of Command object instances. Creates new instance of CommandCollection object; The parent object which holds this collection Searches by ChartCommandType for the Command and its sub-commands. The command type to search. Command object reference or null if not found This method will search predefined command. In order to search user-defined command use by Command or Command . Searches by CommandID for the Command and its sub-commands. The CommandID of the Command to search. Command reference or null if not found In order to find predefined command use with parameter or cast Commands' to . chart1.UI.Commands.Find( (int) ChartCommandType.Properties); chart1.UI.Commands.Find(CType(ChartCommandType.Properties, Integer)) Searches by name for the Command and its sub-commands. The name of the command to search. Command reference or null if not found See also of the Command. chart1.UI.Commands.Find( "Properties"); chart1.UI.Commands.Find("Properties") Adds the specified Command object to the CommandCollection. The Command instance to add. The index at which the new element was inserted. IList interface implementation Object Value to add Index in the collection where the value is placed Inserts collection item ob a specified index, inserts an item to the IList at the specified position. The zero-based index at which value should be inserted. The Object to insert into the IList. Returns the zero-based index of the first occurrence of a Command in the CommandCollection. The command object to locate in the collection. The zero-based index of the first occurrence of within the entire , if found; otherwise, -1. Inserts a Command into the CommandCollection. The zero-based index at which command should be inserted. The command to insert. Removes a Command from the CommandCollection. The command to remove from the CommandCollection. Determines whether the specified Command is in the CommandCollection. The command to locate in the CommandCollection. true if is found in the ; otherwise, false. Invalidates all visual controls connected with Command elements in the CommandCollection. Resets the collecton to its defaut state and members. Initlializes the command collcetion by adding default commands. Checks if this collection should be serialized True is collection should be serialized Generate uniquie command ID. needed in design time. Next free command ID Occurs after command Index property change Command with changed index Called by after any collection element is removed. The Index of removed element The collection element Gets or sets the at the specified index within the collection. The index of the item in the collection to get or set. An representing the item located at the specified index within the collection. Gets an array with FormulaInfo objects assosiated with a series. Parent series Force checking for deleted series an array with FormulaInfo objects associated with parent series Assosiate new formula info to parent series Deletes formula info Gets formula info assosiated with a series and formula name Gets formula info assosiated with a series and formula name Gets formula info assosiated with a series and formula type The series to assosiated with formula info Target type The stored formula information, null if not found Returns parent series of generated series if exists new generated formula series parent series Returns parameters of generated series if exists new generated formula series parent series Represents a UI toolbar. This control can be used to modify options of an associated OlapChart component. Inner table control which contains the toolbar items Determines id this toolbar is port if the chart or external Determines toolbat position when the toolbar is internal Table with toolbar images (left center right) Initializes new instance of OlapChartToolbar class. Indicates whether the ChartID property should be persisted. Returns true if the property value has changed from its default; otherwise false. Raises the event. An object that contains event data. Raises the event. An object that contains the event data. Gets the height of the toolbar. The border skin style. Gets the border left offset. The skin style. Determines whether to render border or not. Gets the toolbar border skin style. The border skin style. Default value is Emboss. Gets a color or default chart color if its empty. Default Color . Chart Color . Gets the background color . Gets the foreground color. Gets the foreground color. Gets the page color. Gets the width of the border. Gets the top offset. Gets the chart image temp path. Creates a button cell. if set to true if cell is part of menu. Gets the drop down image. Disables the button. The Control. if set to true control is disabled. Gets the drop down callback. The command. Gets the submenu callback. The command. Gets the submenu callback. The command. Gets the post back event reference. The command. Creates the command stub - parameters for callback. Name of the command. The command params. if set to true [drop down]. The click point. Updates the position. Adds the command cell. The row. The cmdui. The click point. Gets the command cell ID. The CMD. Gets the left arrow. Adds the button separator to toolbar. The row. Adds the menu separator. The row. Adds the menu separator for gecko browsers. The row. Adds the button spacer to toolbar. The row. Gets the toolbar frames urls. Adds the button item. The parent. The img URL. The text. The description. if set to true [toggled]. Gets the arrow cell. The parent cell. Adds the menu item. The parent. The img URL. The text. The description. if set to true [toggled]. if set to true [sub menu]. Renders the context menu. The writer. The click point. Renders the sub menu. The writer. The CMD. The click point. The render property pages control. Renders the menu items. The writer. The command items. if set to true [table style]. The click point. The ht. The render property pages control. Filters the menu items - removes dublicate separators. The command items. The ht. Gets a list menu items from specified CommandUIItem collection. The c. Gets the menu items from specified Command collection. The c. Resolves the client URL for design mode (IE7 fix). The URL. Populates the toolbar items. The inner table row. This member overrides method. Raises the event. The object that contains the event data. Render this control to the output parameter specified. The HTML writer to write out to Gets or sets the associated Chart object. An object. Gets or sets the ID of the associated Chart object. A string ID of the associated object. Gets or sets the height of the Web server control. A unit that represents the height of the web control. The default is Empty, meaning that this property is not set by default. The page color The page color Gets or sets the toolbar border skin style. The border skin style. Default value is Emboss. Gets or sets the toolbar position. The toolbar position. Gets the font properties associated with the Web server control. A that represents the font properties of the Web server control. Gets or sets the foreground color (typically the color of the text) of the Web server control. A that represents the foreground color of the control. The default is . Gets or sets the border style of the Web server control. One of the enumeration values. The default is NotSet. Gets the call back handler. The call back handler. AxisZoomHelper is a helper class for controlling the zommin/zoomout and scrolling of particular chart area axis. Responsible also for rendering for chart axis scrollers buttons and so on. Initializes a new instance of the class. The axis. The area zoom. Converts value to pixel position. The position. Converts pixel position to value. The pixel. Processes the zoom command. Gets the pixel/value ratio. Loads the axis viewstate. Saves the axis viewstate. Prepares the axis state for cutting mode. Prepares the callback info for in-page registering. Rounds the axis position for zoom-in. The position. Gets the corresponded area cursor. Processes the margins save/load. if set to true save. Saves the labels auto fit flags. Restores the labels auto fit flags. Saves the color of the axis. Restores the color of the axis. Gathers the min max values. Gathers the axis internal values. Fixes the labels auto fit flags. Fixes the axis intervals. Saves the axis intervals. Restores the axis intervals. Restores the axis intervals. if set to true restore intervals only otherwize axis margins too. Restores the view position. Gets the axis series. Gets the axis. The axis. Gets the type of the axis position. The type of the axis position. Gets the type of the axis section. The type of the axis section. Gets the axis section suffix (vertical "-v" or horizontal "-h"). The axis section suffix. Gets the total length in pixels. The total length of the pixel. Gets the relative reduced size. The reduced size. Gets the position in pixels. The position in pixels. Gets the size in pixels. The size in pixels. Gets the length of the slice in pixels. The length of the slice in pixels. Gets the height of the labels in pixels The height of the labels in pixels. Gets the scroll bar area rectangle. The scroll bar area rectangle. Gets a value indicating whether this instance is user enabled. true if this instance is user enabled; otherwise, false. Gets a value indicating whether this instance is zoomed. true if this instance is zoomed; otherwise, false. Gets the total axis. The total. Gets the minimum of the axis (note that this minimum contains margins). The minimum. Gets the maximum of the axis (note that this maximum contains margins). The maximum. Gets the pages count. The pages count. Gets or sets the current page number. The page number. Gets the type of the axis. The type of the axis. Gets the parent AreaZoomHelper instance. The area zoom. Gets parent ChartZoomEngine instance. The engine. ValueConverter class is used when numeric or DateTime value needs to be converted to a string using specified format. Converts value to string using specified format. Reference to the chart object. Reference to the object beign formatted. Value converted to string. Format string. Value type. Chart element type beign formatted. Circular chart drawing style. Series are drawn as lines. Series are drawn as markers. CircularAreaDrawingStyle Drawn as polygon Drawn as circle Marker Style Marker disabled The marker style is Square The marker style is Circle The marker style is Diamond The marker style is Triangle The marker style is Cross The marker style is 4 corner star The marker style is 5 corner star The marker style is 6 corner star The marker style is 10 corner star Line marker Type of stock chart markers Open and Close markers are shown. Only Open markers are shown. Only Close markers are shown. Empty point value attribute Average of two neighbour points is used. Zero value is used Stock chart point labels attribute High Y value is used to generate point label. Low Y value is used to generate point label. Open Y value is used to generate point label. Close Y value is used to generate point label. Data point label alignment. Automatic position. Label aligned on the top of the marker. Label aligned on the bottom of the marker. Label aligned on the right of the marker. Label aligned on the left of the marker. Label aligned on the top-left of the marker. Label aligned on the top-right of the marker. Label aligned on the bottom-left of the marker. Label aligned on the bottom-right of the marker. Label aligned in the center of the marker. CustomAttributeName class contains constant strings defining names of all custom attributes used in the chart. CustomAttributeRegistry contains information for all chart custom attributes. This data is exposed through the ‘registeredCustomAttributes’ field which is an ArrayList containing CustomAttributeInfo classes. Default private constructor. Custom attributes registry public constructor. Reference to the service container. Returns custom attributes registry service object. Service type to get. Custom attributes registry service. This method registers all standard custom attributes used in the chart and provides all the aditional information like description, value validation and scenarios where custom attribute can be used. Adds custom attribute information into the registry. Custom attribute information. CustomAttributeInfo class stores information about single custom attribute. It includes Name, Description, Default Value, any restrictions and the conditions when it can be used. Most of the custom attribute can only be used when specific chart type is selected. Some of the attributes only work in 2D or 3D mode and some can be applied to the whole series or data points only. Attribute name. Attribute value type. Attribute default value. Attribute description. Array of chart type supported by the attribute Indicates that attribute can be applied on series. Indicates that attribute can be applied on data point. Indicates that attribute can be applied on 3D chart type. Indicates that attribute can be applied on 2D chart type. Attribute minimum value. Attribute maximum value. Public constructor. Attribute name Attribute value type. Attribute default value. Attribute description. Array of chart types where attribute used. True if attributes can be set in series. True if attributes can be set in data point. SubAxis class is derived from the main Axis class and provides additional axis associated with one of the main chart axis. Sub-Axis parent axis object. Sub axis offset from the parent axis Margin between prev. axis Default constructor Object constructor. Unique name of the object. Find axis position using crossing value. Axis crossing should be ignored. Relative position Axis automatic scale breaks style. Sub axis parent axis. Sub axis location offset relative to the previous axis. Axis position SubAxis name. Tick marks and labels move with axis when the crossing value is changed. Point where axis is crossed by another axis. Sub-axes collection. Indicates if this axis object present the main or sub axis. Returns sub-axis name. SubAxisCollection is a strongly typed collection of chart sub-axes objects. Collection indexer can accept sub-axis index or it's unique name as a parameter. Sub-Axis parent axis object. Default public constructor. This constructor is for internal use and should not be part of documentation. Public constructor. Chart object. This constructor is for the internal use and should not be part of documentation. Removes the SubAxis with the specified name from the collection. Name of the SubAxis to be removed. Removes the given SubAxis from the collection. object to be removed. Adds a SubAxis to the end of the collection. object to add. Index of the newly added object. Inserts a SubAxis into the collection. Index to insert the object at. object to insert. Called before the new item is inserted. Item index. Item object. This is an internal method and should not be part of the documentation. After new item inserted. Item index. Item object. This is an internal method and should not be part of the documentation. After item removed. Item index. Item object. This is an internal method and should not be part of the documentation. After all items removed. This is an internal method and should not be part of the documentation. Invalidates chart the collection belongs to. Assigns a unique name to the SubAxis object based on it's type. SubAxis object to be named. Finds SubAxis by name. Name of the chart SubAxis. SubAxis or null if it does not exist. SubAxis collection indexer. The SubAxis object's name or index can be provided as a parameter. Returns the object. Make sure to cast the SubAxis to it's type (e.g. LineSubAxis) to access type specific properties. Chart Element Type enumeration No chart element. A DataPoint object. An Axis object. Plotting area (chart area excluding axes, labels, etc.). Also excludes the regions that data points may occupy. The area inside a Legend object. Does not include the space occupied by legend items. A LegendItem object. Any major or minor grid line (both vertical or horizontal). A StripLine object. Any major or minor tick mark. The title of a chart. Axis Labels Axis Title A scrollbar tracking thumb. A scrollbar small decrement button. A "down arrow" button for a vertical scrollbar, or a "left arrow" button for a horizontal scroll bar. A scrollbar small increment button. An "up arrow" button for a vertical scrollbar, or a "right arrow" button for a horizontal scroll bar. The background of a scrollbar that will result in a large decrement in the view size when clicked. This is the background below the thumb for a vertical scrollbar, and to the left of the thumb for a horizontal scrollbar. The background of a scrollbar that will result in a large increment in the view size when clicked. This is the background above the thumb for a vertical scrollbar, and to the right of the thumb for a horizontal scrollbar. The ZoomReset button of a scrollbar. Chart annotation object. Series data point label. Chart toolbar. Axis Label Image Legend Title Legend Header Enumeration (Flag) used for processing chart types. Paint mode Selection mode. Collection of hot regions has to be created. Used for image maps This class presents item in the collection of hot regions. Region is Graphics path Relative cooedinates are used to define region Bounding Rectangle of an shape Object which is presented with this region Sub-Object which is presented with this region Index of the data point which is presented with this region Name of the series which is presented with the region Chart Element Type This class is used to fill and manage collection with Hot Regions Process chart mode Flag Collection with Hor Region Elements Reference to the common elements object True if hit test function is called Clear hotregion list Constructor Reference to the CommonElements This method checks if any hot region element has position x and y. X coordinate Y coordinate Only this chart elements will be hit tested. Indicates that transparent elements should be ignored. Selected series Selected data point Selected Element Type Selected Object Selected sub-Object Checks if chart element assosiated with hot region has transparent background. Element hot region. True if chart element is transparent. Add Hot region to the collection. Chart Graphics Object Rectangle which presents an Hot Region Data Point Data Series Index of an Data Point in the series Add Hot region to the collection. Insert Index for map areas Chart Graphics Object Rectangle which presents an Hot Region Data Point Data Series Index of an Data Point in the series Add Hot region to the collection. Chart Graphics Object Graphics path which presents hot region Graphics path uses relative or absolute coordinates Coordinates which defines polygon (Graphics Path). Used for image maps Selected data point Data Series Index of an Data Point in the series Add Hot region to the collection. Position where to insert element. Used for image maps only Chart Graphics Object Selected data point Data Series Index of an Data Point in the series Add Hot region to the collection. Chart Graphics Object Hot Region rectangle Tool Tip Text HRef string Map area Attribute string Object which present hot region Type of the object wich present hot region Selected series Add Hot region to the collection. Chart Graphics Object Hot Region rectangle Tool Tip Text HRef string Map area Attribute string Object which present hot region Sub-Object which present hot region Type of the object wich present hot region Selected series Add Hot region to the collection. Chart Graphics Object Graphics path Used relatice coordinates for graphics path. Tool Tip Text HRef string Map area Attribute string Object which present hot region Type of the object wich present hot region Add Hot region to the collection. Hot Region rectangle Object which present hot region Type of the object wich present hot region Coordinates for rectangle are relative Add Hot region to the collection. Hot Region rectangle Object which present hot region Type of the object wich present hot region Coordinates for rectangle are relative Insert the hot region at the beginning of the collection This method serch for position in Map Areas which is the first position after Custom areas. Insert Index Flag used for processing chart types. It could be Paint, HotRegion or both mode. Collection with Hor Region Elements This class is used as a result of hit test function Data series object Data Point Index Chart Area object Axis object Chart element type Selected object Selected sub object. 3D chart area light styles. No light. Simplistic ligth. Realistic ligth. Coordinates of the Center Of Projection Check X coordinate. Check Y coordinate. Check Z coordinate. ChartArea3DStyleClass class represents chart area 3D settings like totation angles, perspective and others. Public constructor. Public constructor. Initialize Chart area and axes Chart area object. Enables/disables 3D chart types in the area. Indicates that axes are set at the right angle independent of the rotation. Indicates that series should be drawn as clustered. 3D area light style. 3D area perspective which controls the view of the chart depth. Chart area rotation angle around the X axis. Chart area rotation angle around the Y axis. Chart area walls width in pixels. Series points depth in percentages (0-1000%). Series points gap depth in percentages (0-1000%). Converts labels, grid and ticks start position to support dates format Convert Min and Max values to string if step type is set to one of the DateTime type Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Convert Min and Max values from string if step type is set to one of the DateTime type Descriptor context. Culture information. Value to convert from. Converted object. Converts crossing property of the axis. Possible values: double, date, "Auto", "Min", "Max" Converts min and max properties of the axis depending on the values type Convert Min and Max values to string if step type is set to one of the DateTime type Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Convert Min and Max values from string if step type is set to one of the DateTime type Descriptor context. Culture information. Value to convert from. Converted object. Standart values supported - return true. Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of standart values. Descriptor context. Standart values collection. Convert crossing value to string. Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Convert crossing values from string Descriptor context. Culture information. Value to convert from. Converted object. Converts maximum and minimum property of the axis. Possible values: double, date, "Auto", Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of data series names. Descriptor context. Convert minimum or maximum value to string Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Convert minimum or maximum values from string Converts title angle property of the strip line Possible values: 0, 90, 180, 270 Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of data series names. Descriptor context. Converts Interval and IntervalOffset properties of the axis Inicates that "NotSet" option is available Standart values supported - return true. Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of standart values. Descriptor context. Standart values collection. Convert crossing value to string. Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Convert crossing values from string Descriptor context. Culture information. Value to convert from. Converted object. Converts Interval and IntervalOffset properties of the label style, tick marks and grids Show the NotSet option for interval Implements UserDefined ChartCommandType. Initializes new instance of CommandUserDefined class. Gets defined of this command executor which defines command behavior when command contains subcommands The command interface type Implements Separator ChartCommandType. The image cache for command icon. Initializes new instance of CommandSeparator class; Initializes new instance of CommandSeparator class; ChartCommandType which implements this command. Used from derived classes Generates command image( icon ) - Gainsboro rectangle with thin vertical LightGray line. The generated image Gets image name registered in Chart.NamedImageCollection or dynamicaly loaded from resources. In this case image name is not real because the class implement ICommandSupplyImage Formated image name Returns the image which supply this Implements Spacer ChartCommandType. Initializes new instance of CommandSpacer class Generates command image( icon ) - empty Gainsboro rectangle The generated image Implements Copy ChartCommandType. Initializes new instance of CommandCopy class; Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context True if command is in toggle state Copyes image to clipboard The chart object The clipboard DataObject Copyes chart series data to clibloard in CSV format. If context object is not provided the copyes first chart series. The chart object The clipboard DataObject The command context True if CSV data is inserted into clipboard Executes a command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution Implements Paste command Initializes new instance of CommandPaste object Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context True if command is in toggle state Implements LoadXXX commands Initialize new instance of CommandLoad object; The ChartCommandType; can be LoadXXXX types Gets the which represents if command is empty and do nothing ( ) or executable ( ) or both ( ). Gets array of ChartCommandType which represents default sub commands. Array of ChartCommandType Checks if type of command is supported by this class. The command type Executes this command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain error status and message Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context True if command is in toggle state Resets chart using serializer. Chart to reset True for appearance Implements SaveGroup, SaveImage, SaveAppearance and SaveAll commands. Initializes new instance of CommandSave. One of SaveXXXX command types Gets defined of this command executor which defines command behavior when command contains subcommands The command interface type Gets array of ChartCommandType which represents default sub commands. Array of ChartCommandType Saves the chart to a file ( Image or Serialized Data ) The chart to serialize Provides image type if CommandType is SaveImage Stream to save data into Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context True if command is in toggle state Executes SaveXXX commands. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain information of execution Implements Print command Executes Print command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain information of execution Implements PrintPreview command Initializes new instance of CommandPrintPreview class Executes Print command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain information of execution Implements Toggle3DGroup, Toggle3D, Toggle3DClustered and Toggle3DRightAngle command types. Initializes new instance of CommandToggle3D object The command type Gets array of ChartCommandType which represents default sub commands. Array of ChartCommandType Gets defined of this command executor which defines command behavior when command contains subcommands The command interface type Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context Object context True if command is in toggle state Check command togle state against object context. Command to check Object context True if command is in toggle state Executes ToggleXXX commands. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution Implements the Modify3DXXXX commands Initializes new instance of CommandModify3D class One of Modify3DXXXX command types Gets defined of this command executor which defines command behavior when command contains subcommands The command interface type Gets array of ChartCommandType which represents default sub commands. Array of ChartCommandType Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context Object context True if command is in toggle state Executes this command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain error status and message Executes rotate sub set of commands The array of chart areas The rotate direction Step for increment/decrement value Increment/decrement a value determined by direction and step Value to be changed Direction info step change new value Executes PerspectiveXXX commands Aray of chart areas Direction info step change Executes PointGapXXX commands Aray of chart areas Direction info step change Executes PointDepthXXX commands Aray of chart areas Direction info step change Implements ToggleLegend chart command type. Initializes new instance of CommandToggleLegend class Returns true if this command support enable/disable state Check command togle state against object context. Command to check Object context additional parameters True if command is in toggle state Executes this command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain error status and message Implements SelectChartXXXX chart command types. The coressponded chart type of this command The chart type name Initializes new instance of CommandSelectChart class Initializes new instance of CommandSelectChart class by defined ChartCommandType. One of SelectChartXXX command type Returns true if this command support enable/disable state Gets defined of this command executor. The SelectChartGroup is container Gets defined of this command executor. For SelectChartGroup is table. The command popup style Gets array of ChartCommandType which represents default sub commands. Array of ChartCommandType Check command enable state against object context. Command to check Object context True if command is in toggle state To switch to funell or pyramid series we have to change all series in this type in particular area. The array of series to inspect Executed Command object True if series can be changed to funnel/pyramid Inspect if some area will contain series with diferrent SwitchValueAxes ( example: columns and bars). Array with series to inspect Executed Command object True if series have different SwitchValueAxes series in particular chart area Inspect and removes automate generated series (formulas ) Executed Command object Array with series Executes Print command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain information of execution Gets the default image name. The image can be loaded from Chart.NamedImages. String that represent the image resource Extract text from chart command type. "100%StackedBar" becomes "100% Stacked Bar" Loads text and description from resource. Format them using chartTypeName Implements ToggleLegend chart command type. Initializes new instance of CommandToggleLegend class Returns true if this command support enable/disable state Check command togle state against object context. Command to check Object context additional parameters True if command is in toggle state Executes this command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain error status and message Implements SelectPaletteXXXXX commands The ChartAppearanceStyle of the command string used for evaluating name and description Initializes new instance of CommandSelectPalette; One of SelectPaletteXXXX command types Build colorPalette string and colorPalette type. Setups the name and desctiption of the command Gets defined of this command executor Gets defined of this command executor. Default is Menu. The command popup style Gets array of ChartCommandType which represents default sub commands. Array of ChartCommandType Executes a command. The original object which invoke this call The context object which command to apply. It can be array of objects. Parameters for additional tunning of the execution The command result Implements ChartAppearanceStyle.Current Chart to reset appearance Implements AnnotattionXXX chart command types The name of annotattion type Initialize new instance of CommandAnnotation class One of AnnotattionXXX command types Extract annotation name from command type: "AddBorder3DAnnotation" = "Border 3D Annotation" Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context True if command is in toggle state Gets the which if command is empty and do nothing - ( ) or executable -( ) or both ( ). The AddAnnotationGroup command type returns Mixed. Gets default CommandPopupStyle ( menu for Annotation Group) Gets array of ChartCommandType which represents default sub commands. Array of ChartCommandType Setups the name and desctiption of the command Generates the image (icon ) resource name Implements "SendToBack and BringToFront" commands. Note that this command support annotattions and series too. Initializes new instance of CommandAnnotationFrontBack class; SendToBack ot BringToFront command types Returns set of supported elements of this command Returns set of supported elements of this command Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context Object context True if command is in toggle state Executes this command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain error status and message Implemens Delete command type Initializes new instance of CommandDelete class Returns set of supported elements of this command Returns set of supported elements of this command Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context True if command is in toggle state Executes this command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain error status and message Implements AxesXXXX command types. Initializes new instance of CommandAxes class Returns set of supported elements of this command Returns set of supported elements of this command Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context True if command is in toggle state Check command togle state against object context. Command to check Object context True if command is in toggle state Executes this command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain error status and message Implements FinancialIndicatorsXXX command types. the formula name which represents this command XmlDocument cache wich holds formula information Initializes new instance of CommandFinancialIndicators One of FinancialIndicatorsXXX types Extract formula name from command type Gets the which if command is empty and do nothing - ( ) or executable -( ) or both ( ). The AddAnnotationGroup command type returns Mixed. Gets default CommandPopupStyle ( menu for FinancialIndicatorsGroup Group) Gets array of ChartCommandType which represents default sub commands. Array of ChartCommandType Reads object fields from resources Gets image name registered in Chart.NamedImageCollection or dynamicaly loaded from resources Formated image name Returns string which is used to find display text in resource The command type Returns string which is used to find description text in resource The command type Returns string which is used to find legend text in resource Gets the xml resource info ( see formulas.xml in the project); The cached XML document Extracts series names from string String with pattern "series1:Y,series2:Y,... String array with series names Gets the formula name to seek in XML document Gets the needed Y dimension for this type formula Convert command type to text which appears in menus Returns how much Y points depth is needed to calculate formula The command type which MUST represent formula How much Y points depth is needed to calculate formula. -1 if information is not found Calculates formulas, adds new chart series and areas if needed. The chart component for series to be added The formula name the input series name The SeriesFormulaRegistry the outputs custom parameters Shart line width, default 3 Series color generated parameters for new series Returns true if this command support enable/disable state Check command enable state against object context. Command to check Object context True if command is in toggle state Saves formula series appearance into stream The formula registry series to save stream to save Restore series appearance from stream The formula registry The series which will be restored Stream with appearance information Checks if formula can be applied to the series. Series to check. True if formula can be applied. Executes this command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain error status and message Implements ErrorBarFinancialIndicator command type. Inittialize new instance of CommandErrorBarFinancialIndicator class Executes this command. The original object which invoke this call The context object which command to apply. It can be array of objects. Additional parameters for execution CommandResult which contain error status and message Helper class used to set chart appearance styles. Applies provided style to the chart. Reference to the chart. Style. Applies provided style to the chart. Reference to the chart. Style. Applies AcidWash style - new one. Applies ArtDeco style - new one. Applyes EarthTonesStyle. - new one applied Chart to apply appearance Applyes LightSteelBlueStyle. - no chanegs Chart to apply appearance Applyes GrayScaleStyle. - no changes Chart to apply appearance Applyes SemiTransparentStyle. - new implemented Chart to apply appearance Applyes ExcelLikeStyle. - deprecated? Chart to apply appearance Applyes LightBeigeStyle. - new implemented Chart to apply appearance Applyes BerryStyle - new implemented. Chart to apply appearance Applyes ChocolateStyle. - implemented new Chart to apply appearance Applyes FireStyle. - new implemented Chart to apply appearance Applyes GreenBlueStyle. new implemented Chart to apply appearance Applyes Dundas Style. - unchanged Chart to apply appearance Chart appearance styles Style of the Open-Close marks in the stock chart Line Triangle CandleStick. Color of the bar depends if Open value was bigger than Close value. CandleStick class provides chart unique name and changes the marking style in the StockChart class to StockOpenCloseMarkStyle.CandleStick. StockChart class provides 2D/3D drawing and hit testing functionality for the Stock and CandleStick charts. Vertical axis Horizontal axis Default open-close style Indicates that only candle-stick type of the open-close marks should be used Stock chart constructor. Stock chart constructor. Open-close marks default style. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Paint stock chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method recalculates size of the bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draws stock chart open-close marks depending on selected style. Chart graphics object. Chart area. Data point series. Data point to draw. X position. Point width. Draws stock chart data point label. The Common elements object Chart area for this chart Chart graphics object. Data point series. Data point to draw. Label position. Data point index in the series. This method recalculates size of the bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draws stock chart open-close marks depending on selected style. Chart graphics object. Chart area. Data point series. Data point to draw. X position. Point width. Series Z position. Series depth. Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Number of supported Y value(s) per point CandleStick chart constructor. Gets chart type image. Chart types registry object. Chart type image. Chart type name SplineRangeChart class extends the RangeChart class by providing a different initial tension for the lines. RangeChart class provides 2D/3D drawing and hit testing functionality for the Range and SplineRange charts. The only difference of the SplineRange chart is the default tension of the line. SplineChart base class provides most of the functionality like drawing lines, labels and markers. Fields used to fill area with gradient Shape of the low values Coordinates of the area path Reference to the current series object Array of low line values Check if series are indexed based Secondary Y coordinate that should be used for bottom line of the range (left point) Secondary Y coordinate that should be used for bottom line of the range (right point) Default constructor. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Gets default line tension. Line tension. Checks if line tension is supported by the chart type. True if line tension is supported. Fills last series area with gradient. If gradient is used as a back color of the series it must be drawn at the same time. The Chart Graphics object. This method recalculates position of the end points of lines. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Override line drawing method to fill the range and draw lines. Graphics object. The Common elements object. Point to draw the line for. Point series. Array of oints coordinates. Index of point to draw. Line tension. Draws a 3D surface connecting the two specified points in 2D space. Used to draw Line based charts. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Indicates that drawn segment is 3D clipped. Only top/bottom should be drawn. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Draws a 3D surface connecting the two specified points in 2D space. Used to draw Line based charts. First data point. Second data point. Points are in reverse order. Chart area reference. Chart graphics. Coordinates transformation matrix. Light style (None, Simplistic, Realistic). Previous data point object. Z position of the back side of the 3D surface. Depth of the 3D surface. Array of points. Index of point to draw. Index of points loop. Line tension. Type of operation Drawing, Calculating Path or Both Define surface segment type if it consists of several segments. Darkenning scale for top surface. 0 - None. Darkenning scale for bottom surface. 0 - None. Position where the third point is actually located or float.NaN if same as in "firstPoint". Position where the fourth point is actually located or float.NaN if same as in "secondPoint". Indicates that drawn segment is 3D clipped. Only top/bottom should be drawn. Indicates that top segment line should be clipped to the pkot area. Indicates that bottom segment line should be clipped to the pkot area. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Gets visibility of the top surface. Chart area object. First data point of the line. Second data point of the line. Indicates that Y values of the data points are below axis line. Z coordinate of the back side of the cube. Cube depth. Coordinate transformation matrix. Surface visibility reference. Initialized with bounary cube visibility. Gets position ob the bottom points in area chart. Chart common elements. Chart area the series belongs to. Axis position. First top point coordinates. Second top point coordinates. Returns third bottom point coordinates. Returns fourth bottom point coordinates. Draws a 3D polygon defined by 4 points in 2D space. Top and Bottom lines are drawn as splines of specified tension. Chart area reference. Chart graphics. Z position of the back side of the 3D surface. Color of rectangle Border Color Border Width Border Style First point. Second point. Third point. Fourth point. Array of points. Index of point to draw. Line tension. Type of operation Drawing, Calculating Path or Both Type of line segment. Used for step lines and splines. Thin border will be drawn on all segments. Returns elemnt shape path if operationType parameter is set to CalcElementPath, otherwise Null. Chart type name Number of supported Y value(s) per point Indicates that extra Y values are connected to the scale of the Y axis Default constructor. Gets chart type image. Chart types registry object. Chart type image. Gets default line tension. Default line tension. Checks if line tension is supported by the chart type. True if line tension is supported. Chart type name AnnotationGroup is a class that represents an annotation group. This annotation stores a collection of child annotations, and can be used to manipulate annotations relative to each other. Default public constructor. Paints an annotation object using the specified graphics. A object, used to paint the annotation object. Reference to the control. Gets or sets the name of the chart area the annotation is clipped to. A string that represents the name of an existing chart area. If a chart area name is specified the annotation will only be drawn inside the plotting area of that chart area. All parts of the annotation outside of the plotting area will be clipped. To disable chart area clipping set this property to "NotSet", or an empty string. Gets or sets a flag that specifies whether the annotation size is always defined in relative chart coordinates. True if this annotation's and are always in chart relative coordinates, false otherwise. An annotation's width and height may be set in chart relative or axes coordinates. By default relative chart coordinates are used. To use axes coordinates for size set this property to false and either anchor the annotation to a data point or set the or properties. Gets or sets a flag that specifies whether the annotation is selected. True if this annotation is selected, false otherwise. Gets or sets a flag that specifies whether the annotation is visible. True if this annotation is visible, false otherwise. Gets or sets an annotation's content alignment. A value that represents the annotation's content alignment. This property is used to align text in , , and objects, and to align a non-scaled image inside an object. Gets or sets an annotation's text color. A value used to draw the annotation text. Gets or sets an annotation's text font. A object used to draw the annotation text. Gets or sets an annotation's text style. A value used to draw an annotation's text. Gets or sets an annotation's line color. A value used to draw an annotation line. Gets or sets an annotation's line width. An integer value defining the annotation line width in pixels. Gets or sets an annotation's line style. A value used to draw an annotation line. Gets or sets an annotation's background color. A value used to draw an annotation's background. Gets or sets an annotation's background hatch style. A value used to draw an annotation's background. Two colors are used to draw the hatching, and . Gets or sets an annotation's background gradient style. A value used to draw an annotation's background. Two colors are used to draw the gradient, and . Gets or sets an annotation background's secondary color. A value used to draw the background with hatching or gradient fill. This color is used with when or are used. Gets or sets an annotation's shadow color. A value used to draw the shadow. Gets or sets an annotation's shadow size. An integer value that represents the shadow size. Gets the collection of annotations in the group. An object. Note that the coordinates of all annotations in the group are relative to the group annotation. Gets or sets annotation type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets annotation selection points style. A value that represents annotation selection style. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Arrow annotation styles. Simple arrow. Arrow pointing in two directions. Arrow with a tail. ArrowAnnotation is a class class that represents arrow annotation. Arrow annotations can be used to connect to points on the chart or highligh a single chart area. Different arrow styles and sizes may be aplied. Default public constructor. Paints annotation object on specified graphics. A used to paint annotation object. Reference to the control. Get arrow path for the specified annotation position Gets or sets arrow style. of the annotation. Gets or sets arrow size in pixels. Integer value that represents arrow size (thickness) in pixels. Gets or sets annotation position alignment to the anchor point. A value that represents annotation alignment to the anchor point. Annotation must be anchored using , or properties. It's and properties must be set to Double.NaN. Gets or sets annotation type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets annotation selection points style. A value that represents annotation selection style. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets the initialze script. Raises the event. An object that contains the event data. Gets the script object ID. The method name. Gets the nearest color to current color. The color. nearest color Gets the color palette. Array of colors Builds the color table. Sets the color of the control sample panel. Gets the color of the control after edit. Converts a color to HTML format. The c. Sends server control content to a provided object, which writes the content to be rendered on the client. The object that receives the server control content. Handles the Load event of the Page control. The source of the event. The instance containing the event data. Gets or sets the current color. The color. Gets or sets the color editor ID. The color editor ID. Gets or sets the chart. The chart. SelectionManager provides selection feature of subset of chart object as well as visual representation of the selection The chart service container List with selectable objects. Flag to enagle selection drawing Selection point ( hit test point ); Flag determines if the selector is invalidated and need to update hot region and selectedObjectInfo. Determines the selectable types the selected object information the selected hot region. Initializes new instance of SelectorManager class. Initializes new instance of SelectorManager class. The chart ServiceContainer Sets the invalidated flag Checks if selector is invalidated and performs HitTest if it is. Converts the current selection point to chart relative point. Converted point in relative coord. system Builds the ordered list of elements to perform filtered hit test. Ordered list of ContextElementType type Gets the axis markers - list of points where markers are drawn. The graph. The axis. Searches for the hot region corresponeded on selection point. Resets this instance. Perform hit test and invalidation of selection. Draws the selected object Biulds list of markers (PointF) based on rectangle The rectangle List of PointF Calculates a DataPoint of 3D area into PointF to draw. 3D chart area The DataPoint ChartGraphics reference Calculated PointF Returns list of PointF elements as markers based on seleced object ChartGraphics reference List of PointF as markers Draws the selection markers. It is assumed that the given Graphics contain chart picture before calling this method. The Grapgics object for drawing 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. Returns the attached chart control Returns the attached ChartPicture Gets the chart data manager ( for series access ) Gets the chart ChartGraphics Gets and sets the selectable object types Gets and sets ths selection point Gets the ObjectInfo result which coresponds on the SelectionPoint Gets the hit test result. The hit test result. Gets or sets the hot region. The hot region. Enables and disables automatic selection drawing. Statistics class provides helper methods for statisctical calculations. Actual calculations are made in the FormulaData class and the Statistics class provide a simplified API which automatically prepares parameters and deals with input and output series. Constructor Formula Data The z-test generates a standard score for x with respect to the data set, array, and returns the two-tailed probability for the normal distribution. You can use this function to assess the likelihood that a particular observation is drawn from a particular population. Hypothesized Mean Difference Variance First Group Variance Second Group Probability First Input Series Name Second Input Series Name Returns Result class from T Test This analysis tool and its formulas perform a two-sample student's t-test. This t-test form assumes that the variances of both ranges of data are unequal; it is referred to as a heteroscedastic t-test. You can use a t-test to determine whether two sample means are equal. Use this test when the groups under study are distinct. Use a paired test when there is one group before and after a treatment. Hypothesized Mean Difference Probability First Input Series Name Second Input Series Name Returns Result class from T Test Two-Sample Assuming Equal Variances - This analysis tool performs a two-sample student's t-test. This t-test form assumes that the means of both data sets are equal; it is referred to as a homoscedastic t-test. You can use t-tests to determine whether two sample means are equal. Hypothesized Mean Difference Probability First Input Series Name Second Input Series Name Returns Result class from T Test This analysis tool and its formula perform a paired two-sample student's t-test to determine whether a sample's means are distinct. This t-test form does not assume that the variances of both populations are equal. You can use a paired test when there is a natural pairing of observations in the samples, such as when a sample group is tested twice — before and after an experiment. Hypothesized Mean Difference Probability First Input Series Name Second Input Series Name Returns Result class from T Test Removes empty points from series. series name This analysis tool performs a two-sample F-test to compare two population variances. For example, you can use an F-test to determine whether the time scores in a swimming meet have a difference in variance for samples from two teams. Probability First Input Series Name Second Input Series Name Returns Result class from F Test This analysis tool performs simple analysis of variance (anova) to test the hypothesis that means from two or more samples are equal (drawn from populations with the same mean). This technique expands on the tests for two means, such as the t-test. Probability Input Series Names Returns Result class from Anova Test Returns the normal cumulative distribution for the specified mean and standard deviation. This function has a very wide range of applications in statistics, including hypothesis testing. Z Value Returns value from standard normal cumulative distribution function. Returns the inverse of the normal cumulative distribution for the specified mean and standard deviation. Probability Returns value from inverse standard normal cumulative distribution function. /// Returns the F probability distribution. You can use this function to determine whether two data sets have different degrees of diversity. For example, you can examine test scores given to men and women entering high school and determine if the variability in the females is different from that found in the males. F Value First Degree of Freedom Second Degree Of Freedom Returns value from cumulative F distribution function. Returns the inverse of the F probability distribution. If p = FDIST(x,...), then FINV(p,...) = x. The F distribution can be used in an F-test that compares the degree of variability in two data sets. For example, you can analyze income distributions in the United States and Canada to determine whether the two countries have a similar degree of diversity. Probability First Degree of Freedom Second Degree of Freedom Returns value from inverse F distribution function. Returns the Percentage Points (probability) for the Student t-distribution where a numeric value (x) is a calculated value of t for which the Percentage Points are to be computed. The t-distribution is used in the hypothesis testing of small sample data sets. Use this function in place of a table of critical values for the t-distribution. T value Degree of Freedom Returns the one-tailed distribution Returns T Distribution cumulative function Returns the t-value of the Student's t-distribution as a function of the probability and the degrees of freedom. Probability Degree of Freedom Returns Inverse T distribution. This analysis tool and its formula return the average of the product of deviations of data points from their respective means. Covariance is a measure of the relationship between two ranges of data. You can use the Covariance tool to determine whether two ranges of data move together — that is, whether large values of one set are associated with large values of the other (positive covariance), whether small values of one set are associated with large values of the other (negative covariance), or whether values in both sets are unrelated (covariance near zero). First Input Series Name Second Input Series Name Returns Covariance This analysis tool and its formulas measure the relationship between two data sets that are scaled to be independent of the unit of measurement. The population correlation calculation returns the covariance of two data sets divided by the product of their standard deviations. You can use the Correlation tool to determine whether two ranges of data move together — that is, whether large values of one set are associated with large values of the other (positive correlation), whether small values of one set are associated with large values of the other (negative correlation), or whether values in both sets are unrelated (correlation near zero). First Input Series Name Second Input Series Name Returns Correlation /// Returns the average (arithmetic mean) of the arguments. Input Series Name Returns Mean Returns the median of the given numbers. The median is the number in the middle of a set of numbers; that is, half the numbers have values that are greater than the median, and half have values that are less. Input Series Name Returns Median Estimates variance based on a sample. Input Series Name Boolen variable which determine if variance is used from sample. Returns Variance Calculates Beta Function First parameter for beta function Second Parameter for beta function Returns beta function Calculates Gamma Function Parameter for gamma function Returns gamma function TTestResult class stores results of the TTest statistical calculations. First series' mean. Second series' mean. First series' variance. Second series' variance. T value. Degree of freedom. Probability T one tail. Critical T one tail. Probability T two tails. Critical T two tails. First series' mean. Second series' mean. First series' variance. Second series' variance. T value. Degree of freedom. Probability T one tail. Critical T one tail. Probability T two tails. Critical T two tails. FTestResult class stores results of the FTest statistical calculations. First series' mean. Second series' mean. First series' variance. Second series' variance. F value. Probability F one tail. Critical F one tail. First series' mean. Second series' mean. First series' variance. Second series' variance. F value. Probability F one tail. Critical F one tail. AnovaResult class stores results of the Anova statistical calculations. Sum of squares between groups. Sum of squares whitin groups. Total sum of squares. Degree of freedom between groups. Degree of freedom whitin groups. Total degree of freedom. Mean square variance between groups. Mean square variance between groups. F ratio. F critical value. Sum of squares between groups. Sum of squares whitin groups. Total sum of squares. Degree of freedom between groups. Degree of freedom whitin groups. Total degree of freedom. Mean square variance between groups. Mean square variance within groups. F ratio. F critical value. ZTestResult class stores results of the ZTest statistical calculations. Default Constructor First Series Mean Second Seies Mean First Series Variance Second Series Variance Z Value Probability Z One-Tail Z Critical Value One-Tail Probability Z Two-Tail Z Critical Value Two-Tail Cursor class is responsible for chart axes cursor and selection functionality. It contains properties which define visual appearance, position and behavior settings. It also contains methods for drawing cursor and selection in the plotting area. Public constructor Initialize cursor class. Chart area the cursor belongs to. Indicates which axes should be used X or Y. Clean up any resources being used. Draws chart area cursor and selection. Reference to the ChartGraphics object. Rounds new position of the cursor or range selection Helper function which returns a reference to the chart object Chart object reference. Get rectangle of the axis range selection. Selection rectangle. Plot area rectangle. Get rectangle of the opposite axis selection Plot area rectangle. Opposite selection rectangle. Converts X or Y position value to the cursor axis value Position in relative coordinates. Cursor position as axis value. Checks if specified point is located inside the plotting area. Converts pixel coordinates to relative. Point coordinates to test. Indicates that coordinates must be rounded to area boundary. PointF.Empty or relative coordinates in plotting area. Invalidate chart are with the cursor. Chart area must be invalidated. Gets axis objects the cursor is attached to. Axis object. Cursor position. Range selection start position. Range selection end position. Enables/Disables chart area cursor user interface. Enables/disables the range selection user interface. Indicates that cursor will automatically scroll the area view if necessary. The type of axis the cursor is attached to. Cursor movement interval. Cursor movement interval type. Cursor movement interval offset. Cursor movement interval offset type. Cursor color. Cursor line style. Cursor line width. Chart area range selection color. This class calculates Running total and average. Could be used for Pareto chart Formula which calculates cumulative total. --------------------------------------------------------- Input: - Y values. Output: - Runing Total. Parameters: - Extra Parameters: - Arrays of doubles: 1. row - X values, 2. row - Y values Arrays of doubles: 1. row - X values, 2. row - Moving average Array of strings: 1. Period Array of strings: 1. Start from zero Runing Average Formual --------------------------------------------------------- Input: - Y values. Output: - Runing Average. Parameters: - Extra Parameters: - Arrays of doubles: 1. row - X values, 2. row - Y values Arrays of doubles: 1. row - X values, 2. row - Moving average Array of strings: 1. Period Array of strings: 1. Start from zero Default constructor. The first method in the module, which converts a formula name to the corresponding private method. String which represent a fomula name. Arrays of doubles - Input values. Arrays of doubles - Output values. Array of strings - Formula parameters. Array of strings - Extra Formula parameters from DataManipulator object. Array of strings - Used for Labels. Description for ouput results. Formula Module name 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. Fills graphics path. Fill color. Graphics path. Gradient type. Gradient second fill color. Fill image. Fill image is tiled. Transformation matrix. 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. Type editor for the marker style. Paints a rectangle with marker 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. Type editor for the gradient type. Paints a rectangle with gradient 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. Annotation object selection points style. Enumeration is for internal use only and should not be part of the documentation. Selection points are displayed top left and bottom right corners Selection points are displayed on all sides and corners of the rectangle. Annotation object resizing\moving mode. Enumeration is for internal use only and should not be part of the documentation. Top Left selection handle is used. Top selection handle is used. Top Right selection handle is used. Right selection handle is used. Bottom Right selection handle is used. Bottom selection handle is used. Bottom Left selection handle is used. Left selection handle is used. Anchor selection handle is used. No selection handles used - moving mode. Moving points of the annotation path. No moving or resizing. 3D cube surfaces names. Front. Back. Left. Right. Top. Bottom. This enumeration defines all significant points in a pie slice. Only these points should be transformed for pie chart using Matrix object. Angle 180 Top point on the arc Angle 180 Bottom point on the arc Angle 0 Top point on the arc Angle 0 Bottom point on the arc Top Start Angle point on the arc Top End Angle point on the arc Bottom Start Angle point on the arc Bottom End Angle point on the arc Center Top Center Bottom Top Label Line Top Label Line Out Top Label Center Top Rectangle Top Left Point Top Rectangle Right Bottom Point Bottom Rectangle Top Left Point Bottom Rectangle Right Bottom Point Angle 180 Top point on the Doughnut arc Angle 180 Bottom point on the Doughnut arc Angle 0 Top point on the Doughnut arc Angle 0 Bottom point on the Doughnut arc Top Start Angle point on the Doughnut arc Top End Angle point on the Doughnut arc Bottom Start Angle point on the Doughnut arc Bottom End Angle point on the Doughnut arc Doughnut Top Rectangle Top Left Point Doughnut Top Rectangle Right Bottom Point Doughnut Bottom Rectangle Top Left Point Doughnut Bottom Rectangle Right Bottom Point Type of drawing operation. Draw element. Calculate element path. (for selection or tooltips) Type of line segment. Only one segment exists. First segment. Middle segment. Last segment. Point3D class represent point coordinates in 3D space. Public constructor. Public constructor. X coordinate of the point. Y coordinate of the point. Z coordinate of the point. Y coordinate of the point. Chart area name converter. Displays list of available areas names Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of the chart areas for the series. Descriptor context. Standart values collection. SubAxis name converter. Displays list of available SubAxis Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of the SubAxes for the series. Descriptor context. Standart values collection. Chart data source design-time converter. Displays list of available data sources. Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of chart type names. Descriptor context. Standard values collection. Series data source members converter. Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of the data source members. Descriptor context. Standart values collection. Chart legend name converter. Displays list of available legend names Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of the chart legend for the series. Descriptor context. Standart values collection. Chart type editor. Paint chart type image in the property grid. Override this function to support chart type drawing Descriptor context. Can paint values. Override this function to support chart type drawing Paint value event arguments. Chart type converter. Displays list of available chart type names Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of chart type names. Descriptor context. Standard values collection. Data series name converter. Displays list of available series names Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of data series names. Descriptor context. Standard values 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. Editor for angles Edit angle value by showing the AngleTrackForm form Descriptor context. Service provider. Value to edit. The new value of the object. Angle value editor type is "DropDown" Descriptor context. Close dropdown form when value was changed. Sender object. Event arguments. Required designer variable. Default constructor Clean up any resources being used. Required method for Designer support—do not modify the contents of this method with the code editor. Mouse button down Mouse button up Mouse double clicked Mouse move Draw content of the angle tracking form Value changed evnt. Arguments. Value of the angle in degrees Value changed event. Data point attributes converter Overrides the ConvertTo method of TypeConverter. Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Converter for the array of doubles 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. Convertion source type. Indicates if convertion is possible. Overrides the ConvertFrom method of TypeConverter. Descriptor context. Culture information. Value to convert from. Converted object. Overrides the ConvertTo method of TypeConverter. Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Converts data point values to and from date string format Convert values to date string Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Convert values from date string. Descriptor context. Culture information. Value to convert from. Converted object. Designer editor for the data points collection. Default constructor Do not allow to edit if multiple series selected. Descriptor context. Service provider. Value to edit. The new value of the object. Create instance of data point object Item type. New item instance. Designer editor for the data series collection. Object constructor. Edit series value. Descriptor context. Service provider. Value to edit. The new value of the object. Create series instance in the editor Item type. Newly created item. Removes the String type for Y axes Public constructor Enumeration type. Fill in the list of data series names. Descriptor context. Standard values collection. Data point attributes converter 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. 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. Convertion source type. Indicates if convertion is possible. Overrides the ConvertTo method of TypeConverter. Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Overrides the ConvertFrom method of TypeConverter. Descriptor context. Culture information. Value to convert from. Converted object. Converts array of colors into string. Colors array. Result string. Converts string into array of colors. String data. Array of colors. Designer editor for the chart areas collection. Object constructor. Items can not be removed. Value. False if can't remove. Edit object's value. Descriptor context. Service provider. Calue. Object. Displaying help for the curently selected item in the property grid Creates editor's form. Collection form. 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 Ovveride the HelpTopic property to provide different topics, depending on selected property. Converter object of axes array Subproperties NOT suported. Descriptor context. Always false. Overrides the ConvertTo method of TypeConverter. Descriptor context. Culture information. Value. Destination type. Converted object. Designer editor for the chart areas collection. Default constructor Edit area value. Saves a referense to the chart descriptor context. Editing context. Provider. Value to edit. Result Pie Labels style Labels are inside pie slice Labels are outside pie slice Labels are disabled Labels are set on the border of an ellipse Implements emboss 3D border. Default border radius size (relative) Array of corner raduis Public constructor Returns the position of the rectangular area in the border where title should be displayed. Returns empty rect if title can't be shown in the border. Title position in border. Adjust areas rectangle coordinate to fit the 3D border. Graphics to darw the border on. Position to adjust. Draws 3D border. Graphics to darw the border on. Border skin object. Rectangle of the border. 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 Chart type name Designer editor for the Animation Collection collection. Object constructor. Gets the data types that this collection editor can contain. An array of data types that this collection can contain. Create annotation instance in the editor Item type. Newly created item. UI type editor for the annotation anchor point Display a drop down list with check boxes. Editing context. Provider. Value to edit. Result Gets editing style. Editing context. Editor style. Anchor data points name tree view, which is used for the UI type editing. Public constructor. Editor service. Annotation to edit. Annotation anchor data point to edit. Fills data points name tree. Gets new data point. New enum value. Mouse double clicked. UI type editor for the annotation axes. Display a drop down list with check boxes. Editing context. Provider. Value to edit. Result Gets editing style. Editing context. Editor style. Annotation axes names tree view, which is used for the UI type editing. Public constructor. Editor service. Annotation to edit. Axis object. Indicates if X or Y axis should be shown. Fills data points name tree. Gets new data point. New enum value. Mouse double clicked. Converts anchor data point to string name. Converts anchor data point to string name. Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Converts anchor data point to string name. Converts anchor data point to string name. Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Holds the TextChanged event handler The chart reference Initializes the class. Initializes a new instance of the class. Raises the text changed event. The instance containing the event data. Renders the control in specified output. The output. When implemented by a class, processes postback data for an ASP.NET server control. The key identifier for the control. The collection of all incoming name values. true if the server control's state changes as a result of the postback; otherwise, false. When implemented by a class, signals the server control to notify the ASP.NET application that the state of the control has changed. Exposes TextChanged event handler Gets or sets the value. The value. Gets or sets the tag. The tag. Gets or sets the maximum length. The maximum length. Gets or sets the number of columns. The number of columns. Gets or sets the numner of decimals. The numner of decimals. Gets or sets the max value. The max value. Gets or sets the increment step. The increment step. Gets or sets the min value. The min value. Gets or sets the chart. The chart. DundasHatchGradientListBox is an web control used Property Pages to select and display gradient and hatching types; DundasImageListBox is an web control used Property Pages to select and display types assosiated with images as chart type, gradient type and other; Initializes a new instance of the class. Called by the ASP.NET page framework to notify server controls that use composition-based implementation to create any child controls they contain in preparation for posting back or rendering. Renders the control into specified output. The output. When implemented by a class, processes postback data for an ASP.NET server control. The key identifier for the control. The collection of all incoming name values. true if the server control's state changes as a result of the postback; otherwise, false. When implemented by a class, signals the server control to notify the ASP.NET application that the state of the control has changed. Gets or sets the text. The text. Gets or sets the value. The value. Gets or sets the image URL. The image URL. Gets or sets the drop down image URL. The drop down image URL. Gets the items. The items. Initializes a new instance of the class. Called by the ASP.NET page framework to notify server controls that use composition-based implementation to create any child controls they contain in preparation for posting back or rendering. Gets or sets the color1. The color1. Gets or sets the color2. The color2. Gets or sets a value indicating whether to do gradient OR hatch. true if display gradient; otherwise (hatch), false. Gets or sets the type of the gradient. The type of the gradient. Gets or sets the type of the hatching. The type of the hatching. Gets or sets the chart. The chart. Enumeration which describes how to persist property during the serialization Do not serialize Serialize as XML attribute Serialize as XML element Determines chart current serialization status. Chart is not serializing Chart is loading Chart is saving Chart is resetting 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" Binary format version number Font converters used while serializing/deserializing Color converters used while serializing/deserializing Size converters used while serializing/deserializing Array converters used while serializing/deserializing Hash code provider. Indicates that name property should be serialized. Indicates that shouldserialize method will not be used 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. Converts specified font object into a string. Font object to convert. String that contains font data. Converts string data into a font object. String with font data. Newly created font object. Returns a hash code of a specified string. String to get the hash code for. String hash code. Reads hash ID from the specified binary reader. Binary reader to get the data from. True if getting ID of collection member type. Property name or collection member type ID. Maps old string hash value with a new hash value. String old hash value. String new hash value. Checks if property belongs to the base class of the chart "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 it beign reused. New list item object. Returns true if the object property should be serialized as parent element attribute. Otherwize as a child element. Property information. Object that the property belongs to. True if property should be serialized as attribute. Determines if this property should be serialized as attribute Property information. Object that the property belongs to. True if 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 propety 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 specifed 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. Gets/sets should Name property of object be serialized. 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 strig. 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. Deerialize 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 vallue as string. Object to set. Attribute (property) name. Object value.. Object value as strig. 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 strig. 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 binary 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. Helper class used in convertion of the properties names IDs. Line anchor cap style. No line anchor cap. Arrow line anchor cap. Diamond line anchor cap. Square line anchor cap. Round line anchor cap. Data point label callout style. Label connected with the marker using just a line. Label is undelined and connected with the marker using a line. Box is drawn around the label and it's connected with the marker using a line. Data point label outside of the plotting area style. Labels can be positioned outside of the plotting area. Labels can not be positioned outside of the plotting area. Labels can be partially outside of the plotting area. SmartLabels class implements the SmartLabels algorithm for the data series points. It keeps track of all labels drawn and detects their collisions. When labels collision is detected the algorithm tries to resolve it by repositioning the labels. If label can not be repositioned it maybe hidden depending on the current settings. Default public constructor. Reset SmartLabels object. Reference to common elements. Chart area. Process single SmartLabel by adjusting it's position in case of collision. Reference to common elements. Reference to chart graphics object. Chart area. Smart labels style. Original label position. Label text size. Label string format. Marker position. Marker size. Original label alignment. Adjusted position of the label. Process single SmartLabel by adjusting it's position in case of collision. Reference to common elements. Reference to chart graphics object. Chart area. Smart labels style. Original label position. Label text size. Label string format. Marker position. Marker size. Original label alignment. Indicates that labels overlapping by callout line must be checked. Adjusted position of the label. Convert relative coordinates to axis value Peturns position stored in the processing object Process single SmartLabel by adjusting it's position in case of collision. Reference to common elements. Reference to chart graphics object. Chart area. Smart labels style. Original label position. Label text size. Label string format. Marker position. Marker size. Label alignment. Indicates that labels overlapping by callout line must be checked. True if label was moved away from the marker. Process single SmartLabel by adjusting it's position in case of collision. Reference to common elements. Reference to chart graphics object. Chart area. Smart labels style. Original label position. Label text size. Label string format. Marker position. Marker size. Label alignment. Adjusted position of the label. Checks SmartLabel collision. Reference to common elements. Reference to chart graphics object. Chart area. Smart labels style. Original label position. Label text size. Marker position. Label string format. Label alignment. Indicates that labels overlapping by callout line must be checked. True if label collides. Checks if rectangle intersected by the line. Rectangle to be tested. First line point. Second line point. True if line intersects rectangle. Adds positions of the series markers into the list. Reference to common elements. Chart area. Adds single Smart Label position into the list. Chart graphics object. Chart area. Original label position. Label text size. Label string format. Gets rectangle position of the label. Chart graphics object. Original label position. Label text size. Label string format. Result position is adjusted for drawing. Label rectangle position. Gets point position of the label. Label alignment. Marker position. Marker size. Label size. String format. Label point position. AnnotationSmartLabels class provides SmartLabels functionality specific to the annotation objects. Default public constructor. Checks SmartLabel collision. Reference to common elements. Reference to chart graphics object. Chart area. Smart labels style. Original label position. Label text size. Marker position. Label string format. Label alignment. Indicates that labels overlapping by callout line must be checked. True if label collides. Adds positions of the series markers into the list. Reference to common elements. Chart area. Process single SmartLabel by adjusting it's position in case of collision. Reference to common elements. Reference to chart graphics object. Chart area. Smart labels style. Original label position. Label text size. Label string format. Marker position. Marker size. Label alignment. Adjusted position of the label. Defines scroll bar button types Thumb tracker button Scroll view by substracting small distance Scroll view by adding small distance Scroll view by substracting large distance Scroll view by adding large distance Zoom reset button Scroll bar buttons style flag. No buttons are shown. Small increment/decrement buttons are shown. Reset zoom buttons are shown. All button are shown. AxisScrollBar class represent axis scroolbar. It is exposed as ScrollBar property of the Axis class. It contains scrollbar appearance properties and drawing methods. Axis default scroll bar constructor is private. Axis scroll bar constructor. Reference to the axis class. Initialize axis scroll bar class. Clean up any resources being used. Returns true if the scroll bar is visible. True if the scroll bar is visible. Draws axis scroll bar. Reference to the Chart Graphics object. Fills a connection rectangle between two scoll bars. Chart graphics. Scroll bar position. Border width. Draws 3D button in the scroll bar Chart graphics. Button position. Indicates that button is pressed. Button type to draw. Returns scroll bar button rectangle position in relative coordinates. Scroll bar client rectangle. Scroll bar button type. Scroll bar position. Returns scroll bar rectangle position in relative coordinates. Scroll bar position. Internal helper method which returns the relative scroll bar size. Relative scroll bar size. Returns the percentage size (0-100%) of the data view comparing to the axis scale minimum and maximum values. Size of the data view in percentage. Returns the the data view position in percentage (0-100%) using the axis scale minimum and maximum values. Data view position in percentage. Get total number of buttons in the scroll bar (except tracker). Number of buttons. Get number of buttons in the top (left) part of the scroll bar. Number of buttons. Get number of buttons in the bottom (right) part of the scroll bar. Number of buttons. Converts Relative size to Absolute size Relative size in % Absolute size Converts Absolute size to Relative size Absolute size Relative size Indicates that scroll bar is positioned inside or outside of chart area. Indicates that axis view scroll bar is enabled. Chart area, which contains this Scroll Bar. Axis, which contains this Scroll Bar. Data view scroll bar buttons style. Data view scroll bar size. Data view scroll bar buttons color. Data view scroll bar line color. Data view scroll bar back color. Internal enumeration for 2D animation style Nothing Rise Region From Point Rise Region From Line, Rise Region From Region, MoveAndResize Move Move from Line Public animation style Rise From Base Animation Style Rise Line Animation Style Fade Animation Style Move Animation Style Animation Themes Disabled Theme 1 Theme 2 Theme 3 Theme 4 Theme 5 Data Point Animation Element is used if series or points are used All elements are animated. Point is animated without markers and data point labels. Data Point Markers are animated Data Point Labels are animated Axis Animation Element is used if Grid lines, tick marks or axis labels are used. Axis line Major Gridlines Minor gridlines Major tickmarks Minor tickmarks Axis labels Interlaced striplines This class is main class for animation. It coordinates work of all animated elements and UI. Default Constructor Constructor Common Elements Convert element collection to objects Animation Elements Collection Point elements Array of objects Removes points which belong to series which is already in collection. Array of objects Array of data point elements Data point element. This method has 3 steps. 1. Fill Collection from animation themes. 2. Fill collection from custom animation. 3. Split animation parent element. Remove all elements from collection which have start time and end time zero. Remove elements List of elements from which we want to remove element Animation Type This method will split parent elements like Series to Data Points. This method converts array of animated elements (objects) to comma separated list of objects. Array of animated objects Array od Data Point animated elements Comma separated list of objects This method converts animated element to a string representation of the object. Animated element Data Point Element (used if element is point or series: Marker, Label, Point, All) String representation of the object Find index of an element in the Collection Animated element Index of animated element from the collection This method convert the string with animated elements to array of objects. This method also create a list for data point animated elements. Comma separated list of animated elements. Array of animated point elements. The list of animated objects. This method splits string with character ‘.’ and search for every object from the list. List of object and its parent objects If the object is data point elements could be point itself, marker pointlabel or all Animated object Input string has this structure: ChartArea(0) or ChartArea(Default). This method will return object reference to the ChartArea with 0 index or name default. The string which represents animated element Parent Object of the selected object Data Point animation element if data point is animated Reference to the animated object Init Animation for simple 2D chart types which have rise from point animation type only. Data Point Data Point Animation element: Point, Label or Marker Crosing value in Axis scale X Value in axis scale Vertical axis Horizontal axis Chart Graphics Init Animation for simple 2D chart types which have rise from point animation type only. Data Point Data Point Animation element: Point, Label or Marker Chart Graphics Center point or start of animation Init Animation for simple 3D chart types which have rise from point animation type only. Data Point Data Point Animation element: Point, Label or Marker Chart Area X Value in Axis scale Z Position of the current series 3D Depth of the series Chart Graphics Vertical Axis Horizontal Axis Init Animation for chart types Data Point which is animated Data Point Animation Element: Point, Marker or Label True if element is in animation collection Init Animation for chart types Data Point which is animated Data Point Animation Element: Point, Marker or Label True if chart is 3D True if element is in animation collection The number of animation elements Data Point Data Point Animation Element The number of elements The number of animation elements which represent same object Animated object ( Axis, Gridlines, etc. ) The number of elements Find animation element by index Data Point Data Point Animation Element Animation element index Animation Type Find animation element by index Animated object ( Axis, Gridlines, etc. ) Animation element index Animation Type Initialize animation for chart elements which are not data points Animated Element True if element is in the animation list. Start Animation Stop animation Calculates number of frames required by animation. Used by some animation renderers like Flash. Animation Themes There are no Axes Chart Area True if there are no axes Theme No 1. Theme No 2. Fading Effects Theme No 3. Theme No 4. Theme No 5. Number of frames per second used by animation Total number of frames in animation including repeated frames. Total number of frames in animation excluding repeated frames True if animation enabled True if animated elements exsist The number of elements which could be animated one by one The custom animation collection. The index of an element which could be animated one by one Internal Animation style Internal Animation style Animation start Brush Color Animation start Brush Color Animation start Gradient Color Animation start Pen Color Animation start Text Color Animated rectangle used for Draw or Fill Animated rectangle Animated point used for Drawing or Filling Animated point used for Drawing or Filling Animated polygon used for Drawing or Filling Animated polygon used for Drawing or Filling Custom animation collection Start Animation Time End Animation Time True if repeat animation is enabled True if repeat animation is enabled Base class for different animation type classes. Make indentical copy of this object Copy of this object Defines animation style Animation style Enabled Defines Data Point Animation Element: Point, Label or Marker Defines animation fill start color Defines animation shadow fill start color Defines animation outline start color Defines animation text start color Defines animation gradient start color Defines when the element animation should begin Defines when the element animation should end The animation will be repeated Defines the time between two animations Elements which will be animated with this animation type. Draw elements together Start Position for moving animation Base class which represents information of custom animated types. Default Constructor Defines the time in seconds when the element should begin animation. Custom Animation duration time in seconds. Gets or set a boolean value to Repeat the Custom Animation sequence. The time in seconds to delay before repeating the animation. Gets or sets a boolean value to Enable Animation. Gets or set a boolean value to Animate elements one by one. List of animated elements Collection of animated chart elements. Growing animation type. Default Constructor Animation type name. Fading animation type. Default Constructor Animation type name. Gets or set the Fading Fill color at the start of the animation sequence. Gets or set the Fading Shadow color at the start of the animation sequence Gets or set the Fading Gradient color at the start of the animation sequence Gets or set the Fading Border color at the start of the animation sequence. Gets or set the Fading Text color at the start of the animation sequence Moving animation type. Default Constructor Animation type name. Gets or sets the X coordinate to Start Moving. Gets or sets the Y coordinate to Start Moving. Animation collection. Animation Base Collection object constructor Removes all items from the collection. Check if specified object exists in the collection. Object to check. True if object exist. Gets first index of the collection item equal to the object provided. Object to look for. Index of found object. Remove object from the collection Value to be removed. Remove item from the collection by index. Zero based index. Add Animation Base object into the collection. AnimationBase to add. Index of the newly added object. Add Animation Base object into the collection. AnimationBase to add. Index of the newly added object. Insert Animation Base object into the collection. Zero based index. Animation Base to insert. Insert Animation Base object into the collection. Zero based index. Animation Base 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. Get collection enumerator. Collection enumerator. Indexer of the class. Returns the AnimationBase object by integer index. Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether the collection is read-only. Number of items in the collection. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets an object that can be used to synchronize access to the collection. Designer editor for the Animation Collection collection. Object constructor. Gets the data types that this collection editor can contain An array of data types that this collection can contain. Animation Element class. Constructor Constructor Constructor Constructor Animated object. Gets or sets the Animated point element. Animation elements collection. Animation Element Collection object constructor Convert arrays to element string Removes all items from the collection. Check if specified object exists in the collection. Object to check. True if object exist. Gets first index of the collection item equal to the object provided. Object to look for. Index of found object. Remove object from the collection Value to be removed. Remove item from the collection by index. Zero based index. Add object into the collection. Animation Element to add. Index of the newly added object. Add Axis Element object into the collection. Axis Element to add. Axis element to add Index of the newly added object. Add object into the collection. Data Series Data Point Animation element (Label, Marker or point) Index - position from the collection Add object into the collection. Data Point Data Point Animation element (Label, Marker or point) Index - position from the collection Add object into the collection. Animation Element to add. Index - position from the collection Insert Animation Element object into the collection. Zero based index. Animation Element to insert. Insert Axis object into the collection. Zero based index. Axis to insert. Axis animation element Insert Animation Element object into the collection. Zero based index. Animation Element 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. Get collection enumerator. Collection enumerator. Indexer of the class. Returns the AnimationBase object by integer index. Gets a value indicating whether the collection has a fixed size. Gets a value indicating whether the collection is read-only. Number of items in the collection. Gets a value indicating whether access to the collection is synchronized (thread-safe). Gets an object that can be used to synchronize access to the collection. This class is used for calculations of technical analyses volume indicators. Default Constructor The first method in the module, which converts a formula name to the corresponding private method. String which represent a fomula name Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Formula parameters Array of strings - Extra Formula parameters from DataManipulator object Array of strings - Used for Labels. Description for ouput results. The Money Flow Index ("MFI") is a momentum indicator that measures the strength of money flowing in and out of a security. It is related to the Relative Strength Index, but where the RSI only incorporates prices, the Money Flow Index accounts for volume. --------------------------------------------------------- Input: - 4 Y values ( High, Low, Close, Volume ). Output: - 1 Y value Money Flow Indicator. Parameters: - Period Extra Parameters: - Arrays of doubles Arrays of doubles Array of strings Array of strings The Price and Volume Trend ("PVT") is similar to On Balance Volume ("OBV,") in that it is a cumulative total of volume that is adjusted depending on changes in closing prices. But where OBV adds all volume on days when prices close higher and subtracts all volume on days when prices close lower, the PVT adds/subtracts only a portion of the daily volume. The amount of volume added to the PVT is determined by the amount that prices rose or fell relative to the previous day’s close. The PVT is calculated by multiplying the day’s volume by the percent that the security’s price changed, and adding this value to a cumulative total. --------------------------------------------------------- Input: - 2 Y values ( Close, Volume ). Output: - 1 Y value Price Volume Trend Indicator. Parameters: - Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters On Balance Volume ("OBV") is a momentum indicator that relates volume to price change. OBV is one of the most popular volume indicators and was developed by Joseph Granville. Constructing an OBV line is very simple: The total volume for each day is assigned a positive or negative value depending on whether prices closed higher or lower that day. A higher close results in the volume for that day to get a positive value, while a lower close results in negative value. A running total is kept by adding or subtracting each day's volume based on the direction of the close. The direction of the OBV line is the thing to watch, not the actual volume numbers. --------------------------------------------------------- Input: - 2 Y values ( Close, Volume ). Output: - 1 Y value On Balance Volume Indicator. Parameters: - Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The Negative Volume Index ("NVI") focuses on days where the volume decreases from the previous day. The premise being that the "smart money" takes positions on days when volume decreases. --------------------------------------------------------- Input: - 2 Y values ( Close, Volume ). Output: - 1 Y value Negative Volume index. Parameters: - StartValue : double Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The Positive Volume Index ("PVI") focuses on days where the volume increased from the previous day. The premise being that the "crowd" takes positions on days when volume increases. Interpretation of the PVI assumes that on days when volume increases, the crowd-following "uninformed" investors are in the market. Conversely, on days with decreased volume, the "smart money" is quietly taking positions. Thus, the PVI displays what the not-so-smart-money is doing. (The Negative Volume Index, displays what the smart money is doing.) Note, however, that the PVI is not a contrarian indicator. Even though the PVI is supposed to show what the not-so-smart-money is doing, it still trends in the same direction as prices. --------------------------------------------------------- Input: - 2 Y values ( Close, Volume ). Output: - 1 Y value On Positive Volume index. Parameters: - StartValue : double Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters The Accumulation/Distribution is a momentum indicator that associates changes in price and volume. The indicator is based on the premise that the more volume that accompanies a price move, the more significant the price move. A portion of each day’s volume is added or subtracted from a cumulative total. The nearer the closing price is to the high for the day, the more volume added to the cumulative total. The nearer the closing price is to the low for the day, the more volume subtracted from the cumulative total. If the close is exactly between the high and low prices, nothing is added to the cumulative total. --------------------------------------------------------- Input: - 4 Y values ( Hi, Low, Close, Volume ). Output: - 1 Y value Accumulation Distribution Parameters: - Extra Parameters: - Arrays of doubles - Input values Arrays of doubles - Output values Array of strings - Parameters Array of strings - Extra parameters Formula Module name The CommandUI class is a link between a visual component and Chart . The supported components are , and . Your description... // Attach command 'Properties' to a Button. Bitton btn = new Button(); ... // Assign btn with command this.chart1.SetCommand( this.btn, new CommandUI( "Properties", true, true, true)); .... // Execute command with generating a Click event btn.PerformClick(); Your description... ' Attach command 'Properties' to a Button. Dim btn As Bitton = New Button() ... ' Assign btn with command Me.chart1.SetCommand(Me.btn, New CommandUI("Properties", True, True, True)) ... ' Execute command with generating a Click event btn.PerformClick() The command name image tooltip and text flags command additional parameters command object reference Linked component parent ChartUI object backup ChartUI object; used during initialization Create new instance of CommandUI object. Create new instance of CommandUI object. The Command name to link this CommandUI instance with Determines whether or not to show image in control automaticaly Determines whether or not to show tooltip in control automaticaly Determines whether or not to show text in control automaticaly Represents the parameters which is passed to command to execute Create new instance of CommandUI object. For internal use. The object instance as parent of this Sets property defaults after command is changed Invalidate UI Attaches this object to component events; Part of initialization The parent ChartUI The component to hook in Represents notification to initialize event hooks for components which is not supported. The supported components are , and . Should be overided and result should be true. Returns true if events hooks are successful Deinitializes and unhook component events from this instance. Called during deintitialization. Represents notification to deinitialize event hooks (unhook events) for components which is not supported. The supported components are , and . Should be overided and result should be true. Returns true if event detachments are successful Updates linked user interface Determines which part of interface to be updated This method can be overriden in order to process user interface update events. The which shows which part of user interface should be updated Should return true if its overriden Tests whether the given object is equal to this object. The object to compare to this object. true if obj is an instance of CommandUI class and is equal to this object; otherwise, false. Returns the hash code of this object. A 32-bit signed integer hash code. Gets the component which is connected to this CommandUI. Gets the ChartUI of the chart. Returns null if this CommandUI is registered. Returns the command assosiated with this CommandUI. Returns true if this command is attached to chart. Determines the in in order to link this with. The string which represents Name. Default is empty string. Gets and sets boolean value which determines whether or not to show image in control automaticaly. True to show image, otherwise - false.Default is 'True'. Gets and sets boolean value which determines whether or not to show text in the control automaticaly. True to show text, otherwise - false.Default is 'True'. Gets and sets boolean value which determines whether or not to show command desctiption as tooltip in the control automaticaly. True to show description, otherwise - false. Default is 'True'. Gets and sets the parameter which is passed to command to execute Design time Converter class Initializes a new instance of the Converter class. Returns whether this converter can convert an object of one type to the type of this converter. An ITypeDescriptorContext that provides a format context A Type that represents the type you want to convert from. true if this converter can perform the conversion; otherwise, false. Returns whether this converter can convert the object to the specified type, using the specified context. An ITypeDescriptorContext that provides a format context A Type that represents the type you want to convert to true if this converter can perform the conversion; otherwise, false Converts the given object to the type of this converter, using the specified context and culture information An ITypeDescriptorContext that provides a format context The CultureInfo to use as the current culture The Object to convert An Object that represents the converted value Converts the given value object to the specified type, using the specified context and culture information An ITypeDescriptorContext that provides a format context A CultureInfo object. If a null reference (Nothing in Visual Basic) is passed, the current culture is assumed. The Object to convert The Type to convert the value parameter to An Object that represents the converted value Creates an instance of the Type that this TypeConverter is associated with, using the specified context, given a set of property values for the object An ITypeDescriptorContext that provides a format context An IDictionary of new property values An Object representing the given IDictionary, or a null reference if the object cannot be created Returns whether changing a value on this object requires a call to CreateInstance to create a new value, using the specified context An ITypeDescriptorContext that provides a format context true if changing a property on this object requires a call to CreateInstance to create a new value; otherwise, false Returns a collection of properties for the type of array specified by the value parameter, using the specified context and attributes An ITypeDescriptorContext that provides a format context An Object that specifies the type of array for which to get properties An array of type Attribute that is used as a filter A PropertyDescriptorCollection with the properties that are exposed for this data type, or a null reference Returns whether this object supports properties, using the specified context An ITypeDescriptorContext that provides a format context true if GetProperties should be called to find the properties of this object; otherwise, false Defines the way error amount is calculated. Error is a fixed value. Error is percentage of the center value. Error is standard deviation of all center values in series. Error is standard error of all center values in series. Error bars drawing styles. Draws both lower and upper error bar. Draws only upper error bar. Draws only lower error bar. ErrorBarChart class provides 2D and 3D drawing and hit testing of the ErrorBar chart. Vertical axis Horizontal axis Error bar chart constructor. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Paint error bar chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. This method recalculates size of the bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draws error bar markers. Chart graphics object. Style of the error bar. Chart area. Data point series. Data point to draw. X position. Point width. Draws single marker on the error bar. Chart graphics. Chart area. Series point. Marker style name. X position. Y position. Z position. Point width. Used for 3d drawing. Returns marker size. The Chart Graphics object. The Common elements object. Chart area for this chart. Data point. Marker size. Marker image. Marker width and height. Draws error bar chart data point label. The Common elements object Chart area for this chart Chart graphics object. Data point series. Data point to draw. Label position. Data point index. This method recalculates size of the bars. This method is used from Paint or Select method. If True selection mode is active, otherwise paint mode is active. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draws stock chart open-close marks depending on selected style. Chart graphics object. Style of the error bar. Chart area. Data point series. Data point to draw. X position. Point width. Series Z position. Series depth. Helper function that returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Calculates lower and upper error amount using specified formula. Error bar chart type series. Populates error bar center value using the linked series specified by "ErrorBarSeries" custom attribute. Error bar chart type series. Service container. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axes Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend If the crossing value is auto Crossing value ZeroCrossing should be automatically set to zero for some chart types (Bar, column, area etc.) True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis Indicates that this is a one hundred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that this is a one hundred percent chart. Axis scale from 0 to 100 percent should be used. Number of supported Y value(s) per point AnnotationCollection is a class that stores chart annotation objects. All chart annotations are stored in this collection, and it is exposed as the property of the chart. It's also used to store annotations inside the class. Methods for adding, inserting, iterating and removing annotations from the collection are available. Default public constructor. This constructor is for internal use and should not be part of documentation. Public constructor. Chart interface. This constructor is for the internal use and should not be part of documentation. Removes the annotation with the specified name from the collection. Name of the annotation to be removed. Removes the given annotation from the collection. object to be removed. Adds an annotation to the end of the collection. object to add. Index of the newly added object. Inserts an annotation into the collection. Index to insert the object at. object to insert. Adds a new line annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. X coordinate of the first line point. Y coordinate of the first line point. X coordinate of the second line point. Y coordinate of the second line point. Index of the added object. Adds a new arrow annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. of the arrow. Arrow size, in pixels. X coordinate of the first line point. Y coordinate of the first line point. X coordinate of the second line point. Y coordinate of the second line point. Index of the added object. Adds a new vertical line annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. X coordinate of the line. Y coordinate of the first line point. Y coordinate of the second line point. Index of the added object. Adds a new horizontal line annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. Y coordinate of the line. X coordinate of the first line point. X coordinate of the second line point. Index of the added object. Adds a new group annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. Index of the added object. Adds a new text annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. Annotation text. X coordinate of the annotation. Y coordinate of the annotation. Width of the annotation. Height of the annotation. Index of the added object. Adds a new ellipse annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. X coordinate of the annotation. Y coordinate of the annotation. Width of the annotation. Height of the annotation. Index of the added object. Adds a new rectangle annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. X coordinate of the annotation. Y coordinate of the annotation. Width of the annotation. Height of the annotation. Index of the added object. Adds a new callout annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. Annotation text. of the annotation. X coordinate of the annotation. Y coordinate of the annotation. Width of the annotation. Height of the annotation. Index of the added object. Adds a new 3D border annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. X coordinate of the annotation. Y coordinate of the annotation. Width of the annotation. Height of the annotation. Index of the added object. Adds a new image annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. Image name. X coordinate of the annotation. Y coordinate of the annotation. Width of the annotation. Height of the annotation. Index of the added object. Adds a new polygon annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. object for the polygon annotation. This defines its path. Adds a new polyline annotation to the end of the collection. Name of the annotation. Use an empty string to automatically assign a unique name. object for the polyline annotation. This defines its path. Called before the new item is inserted. Item index. Item object. This is an internal method and should not be part of the documentation. After new item inserted. Item index. Item object. This is an internal method and should not be part of the documentation. After item removed. Item index. Item object. This is an internal method and should not be part of the documentation. After all items removed. This is an internal method and should not be part of the documentation. Paints all annotation objects in the collection. Chart graphics used for painting. Indicates that only annotation objects are redrawn. Invalidates chart the collection belongs to. Assigns a unique name to the annotation object based on it's type. Annotation object to be named. Finds an annotation in the collection by name. Name of the annotation to find. object, or null (or nothing) if it does not exist. Finds annotation by name. Name of the chart annotation. Returns reference to the annotation group it belongs to. Annotation or null if it does not exist. Gets a reference to the chart object that owns this collection. Annotation collection indexer. The Annotation object's name or index can be provided as a parameter. Returns the object. Make sure to cast the annotation to it's type (e.g. LineAnnotation) to access type specific properties. PropertyPagesErrorBarXXX is an user control for setup error bar on one chart series Determines whether this instance is visible. true if this instance is visible; otherwise, false. Applies the changes. Inits the page. The control. Locates the series and formula. The context. Raises the event. An object that contains the event data. Loads error calculation parameter Assosiated control. String to load the value from. ImageLoader utility class loads and returns specified image form the File, URI, Web Request or Chart Resources. Loaded images are stored in the internal hashtable which allows to improve performance if image need to be used several times. 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 name (FileName, URL, Resource). Image object. Loads image from URL. Checks if image already loaded (cached). Image name (FileName, URL, Resource). True if loaded image should be saved in cache. Image object Helper function which loads image from file. File name. Loaded image or null. CommonElements class provides references to common chart classes like DataManager, ChartTypeRegistry, ImageLoader and others. It is passed to different chart elements to simplify access to those common classes. Chart area collection Service Container Indicates painting mode Indicates selection mode Constructor Constructor Service container. Writes trace information to the trace log. The trace category that receives the message. The trace message to write to the log. Converts string to double. String to convert. Double result. Converts string to double. String to convert. Double result. Reference to the Data Manager True if painting mode is active True if Hot region or image maps mode is active Reference to the hot regions object Reference to the Data Manipulator Reference to the Animation Manager Reference to the ImageLoader Reference to the EventsManager Reference to the ChartTypeRegistry Reference to the BorderTypeRegistry Reference to the FormulaRegistry Reference to the ChartPicture Width of the chart picture Height of the chart picture CircularChartAreaAxis class represents a single axis in the circular chart area chart like radar or polar. It contains axis angular position, size and title properties. Angle where axis is located. Size of the sector the axis belongs to. Axis title. Axis title color. HRef for axis title Title tooltip Title Maparea attributes Constructor. Constructor. Axis data view event handler delegate Scrolling type enumeration. Scrolls by substracting one small size. Scrolls by adding one small size. Scrolls by substracting one view size. Scrolls by adding one view size. Scrolls to the first view. Scrolls to the last view. AxisDataView class represents an axis data view. It allows to display only part of the avilable data. Returns master area Default constructor Public constructor. Data view axis. Gets axis data view minimum position. Axis data view minimum position. Gets axis data view minimum position. Axis data view minimum position. Scrolls axis data view into specified position. New data view position. Scrolls axis data view into specified position. New data view position. Internal helper method for scrolling into specified position. New data view position. Fire view position events from this method. Sets new axis data view size/position. New axis data view start position. New axis data view size. New axis data view size units type. Indicates that current view size/position must be save, so it can be restored later. Sets new axis data view size/position. New axis data view start position. New axis data view end position. Sets new axis data view size/position. New axis data view start position. New axis data view size. New axis data view size units type. Reset several zooming operation by restoring data view size/position. How many view zoom operations to reset. Zero for all. Reset one zooming operation by restoring data view size/position. Reset several zooming operation by restoring data view size/position. How many view zoom operations to reset. Zero for all. Fire view position events from this method. Resets one zooming operation by restoring data view size/position. indicates that events should or shouldn't be fired Internal helper zooming method. New data view start posiion. New data view size. New data view size units type. Fire view position events from this method. Indicates that current view size/position must be save, so it can be restored later. True if zoom operation was made. Saves current data view position/size/sizetype, so it can be restored later. Number of time to reset zoom. Zero for all. Fire view position events from this method. Gets viewstate for the current area and for the master if is aligned Saves current data view position/size/sizetype, so it can be restored later. Initialize internal scrolling line size variables for later use. This size is used in to scroll chart one line up or down. Returns the scroll line size. Scroll line size. Returns the scroll line size units type. Scroll line size units type. Helper method, which validates the axis data view position and size. Returns adjusted view position and size. View position. View size. View size units type. Helper function which returns a reference to the chart object. Chart object reference. View position. View size. View size type. View/scrolling minimum size. View/scrolling minimum size units type. Indicates that data view zooming UI interface enabled. Indicates if axis is zoomed in or not. View scrolling line size. View scrolling line size units type. View small scrolling minimum size. View scrolling line minimum size units type. Axis data view position/size changing event arguments. Creates axis data view event arguments. Axis of the data view. New view start position. Creates axis data view event arguments. Axis of the data view. New view start position. New view size. New view size units type. Axis of the event. Chart area of the event. New data view start position. New data view size. New data view size units type. 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. Convertion destination type. Converted object. Convert minimum or maximum values from string Designer converter class Converts Double.NaN values to/from "Not set". Converts value to/from date strings. 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 values to string if step type is set to one of the DateTime type Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Convert Min and Max values from string if step type is set to one of the DateTime type Descriptor context. Culture information. Value to convert from. Converted object. Keep track of all registered formula modules types. Default private constructor Formula Registry public constructor Service Container Adds modules into the registry. Module name. Module class type. Returns formula module registry service object. Service Type. Service object. Returns formula module object by name. Formula Module name. Formula module object derived from IFormula. Returns the name of the module. Module index. Module Name. Return the number of registered modules. Chart area name converter. Displays list of available areas names Standart values supported - return true Descriptor context. Standard values supported. Standart values are not exclusive - return false Descriptor context. Non exclusive standard values. Fill in the list of data series names. Descriptor context. Standart values collection. Legend converter Overrides the GetPropertiesSupported method of TypeConverter. Save reference to the descriptor context. Descriptor context. Indicates if properties are supported. Designer converter class Converts Size.Emty tofrom "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 Size.Empty value to string "Auto" Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Convert minimum or maximum values from string Data point attributes converter 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. Returns whether this converter can convert an object of the given type to the type of this converter, using the specified context. Descriptor context. Source type. True if object can be converted. This code performs the actual conversion from an object to a string. Descriptor context. Culture information. Object value. Destination type. Converted object. Overrides the ConvertFrom method of TypeConverter. Descriptor context. Culture information. Value to convert from. Converted object. Designer converter class Converts Integer value -1 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 integer value -1 to string "Auto" Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Convert minimum or maximum values from string Designer editor for the custom legend items collection. Object constructor. Edit object's value. Descriptor context. Service provider. Calue. Object. Designer editor for the legend collection. Object constructor. Indicates whether original members of the collection can be removed. Object to be removed. True if item can be removed. Create series instance in the editor Item type. Newly created item. Designer editor for the legend column collection. Object constructor. Create series instance in the editor Item type. Newly created item. Designer editor for the legend cell collection. Object constructor. Create series instance in the editor Item type. Newly created item. The CommandPropertySheets implements Properties ChartCommandType. Executing of this command cause showing of chart property dialog. The property dialog works in object context and shows differents sheets according this object context. Initialize new instance of CommandPropertySheets class Returns set of supported elements of this command. In this case Properties command type supports all elements Set of supported elements of this command Executes Properties command. The original object which invoke this call The context object which command to apply. It can be array of objects. Parameters for additional tunning of the execution The command result object which contains post execution information ( success, message...) DundasFontEditor is an web control used Property Pages to enter a font with popup dialog; Initializes a new instance of the class. Converts string to a font. The string. Converts Font to a String. The font. Called by the ASP.NET page framework to notify server controls that use composition-based implementation to create any child controls they contain in preparation for posting back or rendering. Renders the control to the specified HTML writer. The object that receives the control content. Gets or sets the dialog font. The dialog font. Gets or sets the onvaluechange javascript url. The onvaluechange javascript url. Gets or sets the chart. The chart. Gets the empty font. The empty font. Converter for the RectangleF class. Overrides the GetPropertiesSupported method of TypeConverter. Descriptor context. Support properties. Overrides the GetPropertiesSupported method of TypeConverter. Descriptor context. Value. Attributes. Property descriptor collection. 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. Convertion source type. Indicates if convertion is possible. Overrides the CanConvertTo method of TypeConverter. Context. Destination type. Indicates if convertion is possible. Overrides the ConvertTo method of TypeConverter. Descriptor context. Culture information. Value to convert. Convertion destination type. Converted object. Convert values from string. Descriptor context. Culture information. Value to convert from. Converted object. Chart control builder. Get child controls type Control tag. Control attributes. Control type. Override to ignore literals between items Literal string to add. Data Manager. Default private constructor Data manager public constructor Service container object. Returns Data Manager service object. Service type requested. Data Manager service object. Initialize data manger object Event fired when chart picture is going to be painted. Sender object. Event arguments. Event fired after chart picture was painted. Sebder object. Event arguments. Apply palette colors to the data series if UsePaletteColors property is set. Called just before the data from the series to be used to perform these operations: - apply palette colors to the data series - prepare data in series If true each data series will be assigned a color from the palette (if it's set) If true each data point will be assigned a color from the palette (if it's set) List of series indexes, which requires data preparation This method checks if data point should be skipped. This method will return true if data point is empty. Data point This method returns true if data point is empty. Gets max number of data points in specified series. Series IDs Maximum number of data points Gets maximum Y value from many series Index of Y value to use Series IDs Maximum Y value Gets maximum Y value from many series Series IDs Maximum Y value Gets maximum X value from many series Series IDs Maximum X value Gets minimum and maximum X value from many series. Returns maximum X value. Returns minimum X value. Series IDs Gets minimum and maximum Y value from many series. Index of Y value to use. Returns maximum Y value. Returns minimum Y value. Series IDs Gets minimum and maximum Y value from many series. Returns maximum Y value. Returns minimum Y value. Series IDs Gets minimum and maximum Y value from many series. Series objects list. Returns maximum Y value. Returns minimum Y value. Gets maximum stacked Y value from many series Index of Y value to use Series IDs Maximum stacked Y value Gets maximum Unsigned stacked Y value from many series ( Stacked Area chart ) Index of Y value to use Series IDs Maximum stacked Y value Gets maximum stacked X value from many series Series IDs Maximum stacked X value Gets minimum Y value from many series Index of Y value to use Series IDs Minimum Y value Gets minimum Y value from many series Series IDs Minimum Y value Gets minimum X value from many series Series IDs Minimum X value Gets minimum stacked Y value from many series Index of Y value to use Series IDs Minimum stacked Y value Gets minimum Unsigned stacked Y value from many series Index of Y value to use Series IDs Minimum stacked Y value Gets minimum stacked X value from many series Series IDs Minimum stacked X value Gets maximum hundred percent stacked Y value Indicates that negative values are shown on the other side of the axis. Index of Y value to use Series names Maximum 100% stacked Y value Gets minimum hundred percent stacked Y value Indicates that negative values are shown on the other side of the axis. Index of Y value to use Series names Minimum 100% stacked Y value Chart series collection. Color palette to use Array of custom palette colors. When this custom colors array is non-empty the Palette property is ignored. The ChartUI represents the Chart User Interface Manager. The Chart User Interface Manager provides the most common actions required by an end-user, such as switching from 2D/3D, color change, rotation and show/hide items like legends and grid. The major components which contain the ChartUI class are , and . The Chart User Interface is active in Dundas Chart for Windows Froms and Internet SmartClient Component container for toolbar and image list Reference to chart object instance Reference to chart image object instance Contains default command registry with CommandExecutor instances The ResourceManager to read "Strings.resx" The command collection Exposes the ContextMenu property Exposes the Toolbar property True during initialization ( IntitializeComponents() method) The SeriesFormulaRegistry reference which keeps CommandExecuter classes Hashtable with command interface links Initializes static objects contained in ChartUI Initializes new instance of ChartUI object. Creates a new instance of ChartUI object Checks if collection is modified and should be serialized. True if the collection where modified and is needed to be serialized. Resets the collection to its default items. Reads resource string and format it. Resource string ID to read Arguments to formating Formated resource string Reads resource string from "strings.resx" by ID Resource string ID to read String from resource Fires OnCommandFiring event. OnCommandFiring event argument. Fires OnCommandFired event. OnCommandFired event argument Calls OnCommandMessage method for each UI element. The message type Source which sends the message Additional parameters Invaidates Starts initializaton stage. Called from ((ISupportInitialize)Chart).BeginInit() Finishes initializaton stage. Called from ((ISupportInitialize)Chart).BeginInit() Gets initialize or serialize flag. True means that chart is not under operative state - is not initialized or serializing ( code generation ); Gets design mode flag. True if chart is under design state Handled invalidated event. Called from ChartPicture.Invalidate() True if object is disposed by force Implement IDisposable. 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. If disposing equals true, the method has been called directly or indirectly by a user's code. Here managed and unmanaged resources can be disposed. Gets the ContextMenuAttributes object. ContextMenu exposes context menu items which are available in run time as popup menu. The contents of the context menu depends on chart object which is clicked on, defined in by property. Gets the ToolbarAttributes object. Toolbar contains buttons which are available in run time to execute commands. Gets the Command collection. The command collection allways contains set of predefined commands. These commands cannot be deleted but can be changed. All additional commands have to have unque CommandID to be recognized properly in event handlers. Property Dialog Title. Gets the ResourceManager of "Strings.resx" Gets the Chart object reference. Returns null if chart component is not initialized. Gets a ServiceContainer which contains objects like Chart and NamedImages Gets ChartControl object. Returns null if is not initialized. Gets the ChartImage object reference Returns null if is not initialized. Gets the CommandRegistry which contains all CommandExecutor objects Gets the parent ICommandElement Gets the chart object. Prepares ThreeLineBreak chart type for rendering. Series to be prepared. Reference to service container. Remove any changes done while preparing ThreeLineBreak chart type for rendering. Series to be un-prepared. Reference to service container. True if series was removed from collection. Fills range column series with data to draw the ThreeLineBreak chart. Range column chart series used to dispaly the ThreeLineBreak chart. Series with original data. Paint chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Number of supported Y value(s) per point RenkoChart class provides methods to perform all nessesary calculations to display Renko chart with the help of the temporary RangeColumn series. This series is created in the PrepareData method and then removed in the UnPrepareData method. Prepares renko chart type for rendering. Series to be prepared. Reference to service container. Remove any changes done while preparing renko chart type for rendering. Series to be un-prepared. Reference to service container. True if series was removed from collection. Gets box size of the renko chart. Range column chart series used to dispaly the renko chart. Series with original data. Index of the Y value to use. Fills range column series with data to draw the renko chart. Range column chart series used to dispaly the renko chart. Series with original data. Paint stock chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Number of supported Y value(s) per point FastLineChart class implements a simplified line chart drawing algorithm which is optimized for the performance. Indicates that chart is drawn in 3D area Current chart graphics Z coordinate of the 3D series 3D transformation matrix Reference to common chart elements Default constructor How to draw series/points in legend: Filled rectangle, Line or Marker Legend item series. Legend item style. Gets chart type image. Chart types registry object. Chart type image. Paint FastLine Chart. The Chart Graphics object. The Common elements object. Chart area for this chart. Chart series to draw. Draws a line connecting two PointF structures. Chart series. Series last data point in the group. Series minimum Y value data point in the group. Series maximum Y value data point in the group. Point index. Pen object that determines the color, width, and style of the line. First point X coordinate. First point Y coordinate Second point X coordinate. Second point Y coordinate Helper function, which returns the Y value of the point. Chart common elements. Chart area the series belongs to. Sereis of the point. Point object. Index of the point. Index of the Y value to get. Y value of the point. Adds markers position to the list. Used to check SmartLabels overlapping. Common chart elements. Chart area. Series values to be used. List to add to. Chart type name True if chart type is stacked True if stacked chart type supports groups True if stacked chart type should draw separately positive and negative data points ( Bar and column Stacked types ). True if chart type supports axeses Chart type with two y values used for scale ( bubble chart type ) True if chart type requires circular chart area. True if chart type supports logarithmic axes True if chart type requires to switch the value (Y) axes position True if chart series can be placed side-by-side. True if each data point of a chart must be represented in the legend If the crossing value is auto Crossing value should be automatically set to zero for some chart types (Bar, column, area etc.) True if palette colors should be applied for each data paoint. Otherwise the color is applied to the series. Indicates that extra Y values are connected to the scale of the Y axis Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Indicates that it's a hundredred percent chart. Axis scale from 0 to 100 percent should be used. Number of supported Y value(s) per point PolylineAnnotation is a class that represents a polyline annotation. Default public constructor. Paints an annotation object on the specified graphics. A object, used to paint an annotation object. Reference to the owner control. Changes annotation position, so it exactly matches the bounary of the polyline path. Adjust annotation location and\or size as a result of user action. Distance to resize/move the annotation. Risizing mode. Distance is in pixels, otherwise relative. Indicates if position changing was a result of the user input. Gets or sets a cap style used at the start of the annotation line. A value used as a start cap for the line. Gets or sets a cap style used at the end of the annotation line. A value used as the end cap for the line. Not applicable to this annotation type. A value. Not applicable to this annotation type. A value. Not applicable to this annotation type. A object. Not applicable to this annotation type. A value. Not applicable to this annotation type. A value. Not applicable to this annotation type. A value. Not applicable to this annotation type. A value. Not applicable to this annotation type. A value. Gets or sets an annotation type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets an annotation selection points style. A value that represents the annotation selection style. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets a flag that determines the free-draw placement mode for an annotation. True if the annotation should be placed using free draw mode, false otherwise. Defaults to false. This annotation supports two different placement modes when the Annotation.BeginPlacement method is called. Set this property to true to switch from the default mode to free draw mode, where an end-user can free draw while moving the mouse cursor. Gets or sets the path points of the polyline at run-time. A object with the polyline shape. A polyline must use coordinates relative to the annotation object, where 0,0 is the top-left coordinate and 100,100 is the bottom-right coordinate of the annotation. This property is not accessible at design time (at design-time use the property instead). Gets or sets the path points of the polyline at design-time. An object with the polyline shape. A polyline must use coordinates relative to the annotation object, where 0,0 is the top-left coordinate and 100,100 is the bottom-right coordinate of the annotation. This property is not accessible at run time (at run-time use the property instead). PolygonAnnotation is a class that represents polygon annotation. Default public constructor. Not applicable to this annotation type. A value. Not applicable to this annotation type. A value. Gets or sets an annotation's background color. A value used to draw the annotation background. Gets or sets an annotation's background hatch style. A value used to draw the annotation background. Two colors are used to draw hatching: and . Gets or sets an annotation's background gradient style. A value used to draw the annotation background. Two colors are used to draw a gradient: and . Gets or sets an annotation's background secondary color. A value, used to draw the annotation background with hatching or gradient fill. This color is used with when or are used. Gets or sets an annotation's type name. This abstract property is used to get the name of each annotation type (e.g. Line, Rectangle, Ellipse,...). Property is for internal use and is hidden at design and run time. Should not be part of the documentation. Gets or sets an annotation's selection points style. A value that represents an annotation's selection style. Property is for internal use and is hidden at design and run time. Should not be part of the documentation. AnnotationPathPointCollection is a collection of polyline annotation path points, and is only available via the PathPoints property at design-time. This collection is used AT DESIGN-TIME ONLY, and uses serialization to expose the shape of the polyline and polygon via their PathPoints colelction property. At run-time use Path property to set the path of a polyline or polygon Default public constructor. Adds new path point into collection. to add. Index of the added point. Inserts a new path point into the collection. Index to insert the point at. object to insert. After new item inserted. Item index. Item object. After item removed. Item index. Item object. This is an internal method and should not be part of the documentation. After all items removed. This is an internal method and should not be part of the documentation. After items is set. The zero-based index at which oldValue can be found. The value to replace with newValue. The new value of the element at index. This is an internal method and should not be part of the documentation. Called after collection content was changed Annotation path points collection indexer. The AnnotationPathPoint class represents a path point of a polyline or polygon, and is stored in their PathPoints property, which is only available at design-time. At run-time use Path property to set the path of a polyline or polygon. Default public constructor. Constructor that takes X and Y parameters. Point X value. Point Y value. Constructor that takes X, Y and point type parameters. Point X value. Point Y value. Point type. Gets or sets an annotation path point's X coordinate. A float value for the point's X coordinate. Gets or sets an annotation path point's Y coordinate. A float value for the point Y coordinate. Gets or sets an annotation path point's type. A byte value. See the enumeration for more details. Gets or sets an annotation path point's name. This is an internal property and should not be documented. ImageChunk contains an image information for one image chunk for scrolling Initializes a new instance of the class. Initializes a new instance of the class. The grid ID. The image URL. The image map. Converts the instance the response string. Gets or sets the image URL. The image URL. Gets or sets the image map. The image map. Gets or sets the grid ID. The grid ID. Represents axis orientation vertical orientation Horizontal orientaton Indicates different Scrolling/Zomming engine state The engine building image chinks The engine building first X image chink The engine building first Y image chink The engine building last X image chink The engine building last Y image chink The engine make its first rendering for measure purposes Contains axis interval data for saving/restoring purpose Copies Grid interval data. The Grid obj. Copies Label interval data. The obj. Copies interval data to Grid. The obj. Copies interval data to Label. The obj. Creates ZoomIntervalData from a string. The string. Tries to load interval data from string to Label. The label. The string. Tries to load interval data from string to Grid. The grid. The string. Returns a that represents the current . A that represents the current . Gets the interval. The interval. Gets the type of the interval. The type of the interval. Gets the interval offset. The interval offset. Gets the type of the interval offset. The type of the interval offset. Gets a value indicating whether this instance is valid. true if this instance is valid; otherwise, false. Represents differend zoom state, flags and data. This enum is used for load/save zoom state into page. ZoomAxisState is used for temporary store and restore the axis state Initializes a new instance of the class. The axis. Saves the state of the axis. Restores the state of the axis. Restores the view position. Saves the view position. Localization manager Default constructor Constructor Chart instance Saves current localization info in default file Saves localization information in a file file name Load localization information from a file file name. Loads localization file Loads control translation from the given element element control Get Control "ID" in XML Control id used in xml file Get Control "ID" in XML Control indicates that the id is for parent control id Loads localization for control control to be localizaed Return translated value localization id eng value Return translated value localization id eng value Gets translation for value for the given control Control value in english Translated value Checks if the data for control should be serialized Control should data foc control be serialized Checks if control should be localized control type tag name serialize/don't serialize the value Returns XML node for the control Control XML node Checks if control should be serialized/deserialized Control element tag Maps attribure from XML to Control and back source list destination list attribute name Translate attribute from control to XML attr name attribute in XML Translate Xml attribute to control attribute name attribute for control Saves the control in XML parent element Control to be serialized Shows that children should be serialized Creates an item for translation in items collection english value translated value nex xml element Gets the XML element for the given control Control Xml element Returns child control for the control with given ID used in XML Control ID to be used control Sets translated text to item collection of the control Xml element with translated values Control to be translated Indicates that localization is enabled Path for the XML file Indicates that exception should be thrown on error Helper class which holds information for one item in DundasImageListBox Initializes a new instance of the class. Initializes a new instance of the class. The text. The value. The image URL. Generate contents of this instance. Gets or sets the image URL. The image URL. Gets or sets the value. The value. Gets or sets the text. The text. Initializes the class. Ensures the mashine hash key. Added for web garden (multi process) support. Processes the load dialog ( from load chart/appearance command UI). The context. Processes the saved image. The context. Gets the chart image handler interface reference. Determines whether this instance is installed. true if this instance is installed; otherwise, false. Gets the handler URL. Encodes a string using LosFormater. The item. Decodes a string using LosFormater. The item. Gets the storage paths. The chart image URL. The directory. The URL. Gets the MIME type by resource url. The resource URL. Generates the chart image file name (key). The ext. Name of the file. Gets a URL by specified request query, file key. The query. The file key. if set to true to add GUID to url. Gets the chart image url. The chart. The memory stream with the image. The image format. The suffux name. Gets the image url. The chart. The stream. The image extention. The suffux name. Generated the image source URL Processes a resource (images or other binary static resources). The context. Gets the static resource urn. Name of the resource. The chart. Dumps the images script - a java script which contains preloaded images for dialogs. The stream. The chart. Dumps the dundas toolbar css. The output. The resource URL. The chart. Writes the resource obj into stream. The resource URL. The output. Updates the toolbar css links. The s. Processes the command image resource. The context. Gets the chart command image URL. The CMD. Saves the command image to stream. The CMD. The output. Saves the image to stream. The TMP bitmap. The output. Saves the image to stream whith ability to save it as transparent gif. The temp bitmap. The output. if set to true to save as GIF. Processes the gradient image. The context. Renders the gradient image. The stream. Type of the gradient. Color of the back. The back color2. The width. The height. Gets the gradient image URL. The chart. Type of the gradient. Color of the back. The back color2. The width. The height. Processes the hatch image. The context. Renders the hatch image. The stream. Type of the hatching. Color of the back. The back color2. The width. The height. Gets the hatch image URL. The chart. Type of the hatching. Color of the back. The back color2. The width. The height. Processes the chart toolbar images. The context. Renders the toolbar image. The stream. Color of the back. Color of the fore. Color of the page. The height. Width of the border. The style. The part. Gets the toolbar frame URL. The chart. Color of the back. Color of the fore. Color of the page. The height. Width of the border. The style. The part. Processes the zoom images - note: THIS IS A BACKUP PROCEDURE. The context. Enables processing of HTTP Web requests by a custom HttpHandler that implements the interface. An object that provides references to the intrinsic server objects (for example, Request, Response, Session, and Server) used to service HTTP requests. Gets a value indicating whether is debug mode to disable script caching. true if debug mode; otherwise, false. Gets the storage settings. The settings. Gets a value indicating whether another request can use the instance. true if the instance is reusable; otherwise, false. Determines Chart Image Storage Medium Static into application memory File System Stores the data into external medium. The settings. The key. The data. Retrieves the data from external medium. The settings. The key. The data. Removes the data from external medium. The settings. The key. Checks for existence the specified key. The settings. The key. Initializes a new instance of the class. Initializes a new instance of the class. The value. Determines whether this instance is infinite. true if this instance is infinite; otherwise, false. Creates the handler instance. Inspects the handler if it is valid. Parses the params from web.config file key. The parameters. Inspects and validates this instance after loading params. Prepares the design time params. Prepares the run time params if the key in web.config is missing. Gets or sets the chart image storage type. The chart image storage. Gets or sets the timeout. The timeout. Gets or sets the URL. The URL. Gets or sets the directory. The directory. Gets or sets the name of the custom handler. The name of the custom handler. Gets the type of the custom handler. The type of the custom handler. Gets a collection of name-value pairs registred in web.config file under ChartHttpHandler key. The name-value collection. Default implementation of ChartHttpHandler.IImageHandler interface Initializes the class. Initializes a new instance of the class. Nots the type of the supported storage. The settings. Stores the data into external medium. The settings. The key. The data. Retrieves the data from external medium. The settings. The key. The data. Removes the data from external medium. The settings. The key. Checks for existence the specified key. The settings. The key. RingItem contains time span of creation timedate and index for key generation. Initializes a new instance of the class. The index. RingTimeTracker is a helper class for generating keys and tracking RingItem. Contains linked list queue and tracks exprired items. Initializes a new instance of the class. The item life time. The key format. Determines whether the specified item is expired. The item. The now. true if the specified item is expired; otherwise, false. Gets the next key. Gets the current key. RingTimeTrackerFactory contains static list of RingTimeTracker for each key formats Gets the ring tracker by specified key format. The key format.