SciChart.Core

Attached property which helps to set ClipToBounds property

Defines the ClipToBounds DependencyProperty

Defines the ClipToEllipseBounds DependencyProperty

Gets the ClipToBounds DependencyProperty value

The dependencyObject target The ClipToBounds property value

Sets the ClipToBounds DependencyProperty value. If true, the target object clips any child elements to the bounds when rendering.

The dependencyObject target if set to true clip to bounds.

Gets the ClipToEllipseBounds DependencyProperty value

Sets the ClipToEllipseBounds DependencyProperty value. If true, the target object clips any child elements to the ellipse bounds when rendering.

A helper class which provides properties to control element's focus. Compatible with both Silverlight and WPF.

Defines the IsFocusable DependencyProperty

Gets the IsFocusableProperty

The object. IsFocusableProperty value

Sets the IsFocusableProperty

The object. The IsFocusableProperty value

Used to show or hide UIElements based on framework (WPF, Silverlight)

Defines the SnapsToDevicePixels DependencyProperty

Sets the SnapsToDevicePixels attached property on the specified DependencyObject

The DependencyObject The value of the SnapsToDevicePixels attached property to set

Gets the SnapsToDevicePixels attached property from the specified DependencyObject

The DependencyObject The value of the SnapsToDevicePixels attached property Note that the IEnumerator documentation requires an InvalidOperationException to be thrown whenever the collection is modified. This has been done for changes in the size of the collection but not when one of the elements of the collection is modified as it is a bit tricky to detect unmanaged code that modifies the collection under our feet.

Extension methods for the

Extension methods for the type

Determines whether this Brush is transparent.

The brush.

Extracts the color frmo the Brush

The brush.

Extension methods for the type

Determines whether this instance is transparent.

The color.

Returns the integer representation of the given color.

Extension methods for the type

Determines whether the is defined.

The datetime. True if defined

Determines whether addition is valid between the specified and

The DateTime. The TimeSpan.

Adds the delta between the specified and

The DateTime. The TimeSpan.

Adds the number of months to a DateTime instance, rolling year if end of year is reached

The current. The months.

Adds the number of years to a DateTime instance

The DateTime. The years.

Extension methods for the type

Rounds the

The Decimal.

Rounds the with the specified mode

The Decimal. The MidpointRounding.

Rounds using arithmetic (5 rounds up) symmetrical (up is away from zero) rounding

A Decimal number to be rounded. The number of significant fractional digits (precision) in the return value. The midpoint rounding mode The number nearest d with precision equal to decimals. If d is halfway between two numbers, then the nearest whole number away from zero is returned.

Converts a to

The decimal. The equivalent DateTime

Extension methods for the type

Async Invokes a delegate on the UI thread

The dispatcher. The operation.

Async Invokes a delegate on the UI thread, only if not already on the UI thread

The dispatcher. The operation.

Extension methods for types

Checks for null and if not null, calls Dispose

The IDisposable.

Extension methods for types

Determines whether this double is a real number

The number.

Determines whether the is a NaN

The value.

Rounds the

The Double.

Rounds the with the specified mode

The Double. The MidpointRoudningMode

Rounds using arithmetic (5 rounds up) symmetrical (up is away from zero) rounding

A double number to be rounded. The number of significant fractional digits (precision) in the return value. The midpoint rounding mode The number nearest d with precision equal to decimals. If d is halfway between two numbers, then the nearest whole number away from zero is returned.

Converts a to

The ticks as Double. The equivalent DateTime

Converts a to

The Double. The equivalent Decimal.

Converts a to while avoiding arithmetic overflow

The Double. The equivalent Int32

Extension methods for the type

Forces the layout pass on the element

The element.

Determines whether this instance is visible.

The element.

Determines whether instance is in visual tree

The element.

Determines whether this instance is in visual tree with the specified ancestor

The element. The ancestor.

Translates a Point relative to a element

The element. The point. The relative to.

Determines whether a Point is within bounds of an element

The element. The point.

Gets the bounds of an element relative to another element

The element. The relative to.

Get the bounds of an element relative to another element.

The element. The element relative to the other element. The bounds of the element relative to another element, or null if the elements are not related. is null. is null.

Finds the logical parent of the

The type of parent to find The FrameworkElement.

Finds the visual parent of type T

The element.

Finds the visual parent given a System.Type

The element.

Registers a PropertyChangedCallback on the property name

The element. Name of the property. The callback.

ThreadSafe DependencyObject.SetValue implementation

The element. The property. The value.

Sets Canvas.Left, Canvas.Top to the X,Y value of a point

The element. The top left.

Sets Canvas.Left, Canvas.Top to the X,Y value of a point

The element. The left. The top.

Sets X1,Y1,X2,Y2 of a Line

The line. The x1y1. The x2y2.

Sets X1,Y1,X2,Y2 of a Line

The line. The x1. The y1. The x2. The y2.

Extension methods for , types

Yields a single item, converting it to .

Determines whether this is a is null or empty list

The enumerable.

Determines whether this is a is null or empty list

The enumerable.

Determines whether this list is empty.

The enumerable.

Iterates over the list and performs an action on each element

The enumerable. The operation.

Iterates over the list and performs an action on each element

The enumerable. The operation.

Iterates over the list and performs an action on each element

The enumerable. The operation.

Removes items from the list that match a predicate

The collection. The predicate.

Adds an item to a list if it does not already contain it

The collection. The item.

Removes an item from a list if it contains the item

The collection. The item.

Outputs a List as a Comma separated string. Used for debug purposes

The type of the array The list. The string format e.g. in the format '{0:n2}' will output 0.00 0.01 etc...

Extension methods for types

Converts a to while avoiding arithmetic overflow

The Double. The equivalent Int32

Determines whether the is a NaN

The value.

Extension methods for the type

Determines whether this IComparable is defined.

The c.

Fast conversion to Double if Double

The input IComparable.

Conversion to Double if IComparable

The input IComparable.

Converts an array to double array

The input array.

Converts an list to double array

The input array.

Converts an to DateTime

The IComparable.

Converts an to TimeSpan

The IComparable.

Extension methods for the type.

Returns a that corresponds to this Integer.

Extension methods for the type

Converts a Long (ticks) to DateTime

The ticks. A DateTime

Extension methods for the type

Adds a child if the panel is not null and if the panel does not contain the element

The panel. The child. The index.

Removes a child if the panel is not null and the panel contains the element

The panel. The child.

Extension methods for the type

Returns a new Point where X and Y components are equivalent to Math.Floor of the input point

The input point, e.g. x=1.242, y=6.336 The Floor'ed point, e.g. x=1, y=6

Contains common functions to get property names

Returns the name of a type member from the

Extension methods for the type

Cross platform extension method for getting rect.BottomLeft

Cross platform extension method for getting rect.TopLeft

Cross platform extension method for getting rect.TopRight

Cross platform extension method for getting rect.BottomRight

Clips a Point to Rect bounds

The rect. The point.

Expands a rect by offset

The rect. The offset.

Returns TopLeft, TopRight, BottomRight and BottomLeft in the points array

Extension methods for the type

Returns the substring of the input string which is sandwiched between the Before and After strings

Determines whether a string is null or white space

The input.

Gets all indices of a value in a string

The string. The value.

Measures the provided instance using .

A string to measure. TextBlock which the string will be assigned to.

Measures the provided instance using .

A string to measure. The desired font size.

Converts string value to nullable T value

Extension methods for the type

The days in year

The days in month

Determines whether this instance is zero.

The time span.

TimeSpan from number of months

The number months.

TimeSpan from number of weeks

The number weeks.

Froms the years.

The number years.

Determines whether a TimeSpan is divisible by another

The current. The other.

Determines whether addition is valid between two timespans

The current. The delta.

Extension methods for the

Converts type to string

The type.

Gets the that the current belongs to

The type.

Extension methods on the type

Wraps an Action in an IDisposable. Useful when you want to have lazy dispose which is often used by the DirectX render context

Initializes a new instance of the class.

The action.

Releases unmanaged and - optionally - managed resources.

true to release both managed and unmanaged resources; false to release only unmanaged resources.

A base class which implements IDisposable and implements the Finalizer pattern to ensure dispose is called by the Garbage Collector if not called by the user

Finalizes an instance of the class.

Releases unmanaged and - optionally - managed resources.

true to release both managed and unmanaged resources; false to release only unmanaged resources.

Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.

Temporarily suspends Garbage collection for the entire application. WARNING! Use only in Using blocks and use sparingly around performance-intensive code

Prevents a default instance of the class from being created.

Temporarily suspends Garbage collection for the entire application. WARNING! Use only in Using blocks and use sparingly around performance-intensive code

a GCHelper Instance which must be disposed to resume garbage collection

Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.

Describes the priorities at which operations can be invoked by way of the System.Windows.Threading.Dispatcher.

The enumeration value is -1. This is an invalid priority.

The enumeration value is 0. Operations are not processed.

The enumeration value is 1. Operations are processed when the system is idle.

The enumeration value is 2. Operations are processed when the application is idle.

The enumeration value is 3. Operations are processed after background operations have completed.

The enumeration value is 4. Operations are processed after all other non-idle operations are completed.

The enumeration value is 5. Operations are processed at the same priority as input.

The enumeration value is 6. Operations are processed when layout and render has finished but just before items at input priority are serviced. Specifically this is used when raising the Loaded event.

The enumeration value is 7. Operations processed at the same priority as rendering.

The enumeration value is 8. Operations are processed at the same priority as data binding.

The enumeration value is 9. Operations are processed at normal priority. This is the typical application priority.

The enumeration value is 10. Operations are processed before other asynchronous operations. This is the highest priority.

Defines the interface to a Dispatcher Facade

Invokes an action synchronously on the UI Thread

Asynchronously invokes the on the UI Thread

The action. The dispatcher priority.

Asynchronously invokes the on the UI Thread, only if not currently on the UI thread

The action. The dispatcher priority.

Defines the base interface for a type which can be hit-tested

Gets the width of the

Gets the height of the

Translates the point relative to the other element

The input point relative to this The other to use when transforming the point The transformed Point

Returns true if the Point is within the bounds of the current element

The point to test true if the Point is within the bounds

Gets the bounds of the current element relative to another element

Types which implement IInvalidatableElement can be invalidated (redrawn)

Asynchronously requests that the element redraws itself plus children. Will be ignored if the element is ISuspendable and currently IsSuspended (within a SuspendUpdates/ResumeUpdates call)

Types which implement ISuspendable can have updates suspended/resumed. Useful for batch operations

Gets a value indicating whether updates for the target are currently suspended

Suspends drawing updates on the target until the returned object is disposed, when a final draw call will be issued

The disposable Update Suspender

Resumes updates on the target, intended to be called by IUpdateSuspender

Called by IUpdateSuspender each time a target suspender is disposed. When the final target suspender has been disposed, ResumeUpdates is called

Defines the interface to an , a disposable class which allows nested suspend/resume operations on an target

Gets a value indicating whether updates for this instance are currently suspended

Gets or sets a value indicating whether the target will resume when the IUpdateSuspender is disposed. Default is True

Gets or sets an associated Tab for this instance

A disposable class which allows nested suspend/resume operations on an target

Initializes a new instance of the class.

The target. The tag.

Initializes a new instance of the class.

The target.

Gets a value indicating whether updates for this instance are currently suspended

Gets or sets a value indicating whether the target will resume when the IUpdateSuspender is disposed. Default is True

Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.

Gets or sets an associated Tab for this instance

Thread-safe gets if an instance is currently suspended

The target. True, if the instance is currently suspended

Provides values for exporting snapshot of a to file.

Export in PNG format

Export in JPEG format

Export in BMP format

Export in XPS format

Fluent API class for animating a double DependencyProperty from and to a value

Sets the target element

The target.

Sets the From and To values

From. To.

Sets the Target Property to animate

The target property.

Sets the animation duration

The duration.

Sets the Completed Handler

The handler.

Sets the Easing Func

The easing function.

Starts the animator

Load method : either directly from disk, from resource into disk

name of resource to locate in assembly

File system path, will be used to dump file in case of resources

The assembly

Overwrite existing dll or not

The dependenciesPathRoot is the root path where SciChart will write out native DLL dependencies during startup. Make sure that this path has write access. The default is %USER%/Appdata/Local/SciChart/Dependencies To change the path, set this property once before any other SciChart function or method is called, including SciChartSurface.SetRuntimeLicenseKey. SciChart will create subfolders for environment and version number inside this folder.

Initializes the class.

Represents a pool of objects with a size limit.

The type of object in the pool.

Initializes a new instance of the ObjectPool class.

Gets the summary amount of created instances

Gets the amount of pooled instances

Gets the value indicating whether current ObjectPool instance is empty.

Retrieves an item from the pool.

The item retrieved from the pool.

Retrieves an item from the pool.

The item retrieved from the pool.

Retrieves an item from the pool.

The item retrieved from the pool.

Places an item in the pool.

The item to place to the pool.

Disposes of items in the pool that implement IDisposable.

Cross platform MultiBinding implementation

Defines the interface to a lightweight Event Aggregator used within SciChart for inter-component communication

Base class for automatically logged Event Aggregator messages

Initializes a new instance of the MessageBase class.

Message sender (usually "this")

Event message when RenderSurface is resized

Initializes a new instance of the class.

The sender. Size of the viewport.

Gets the size of the viewport.

The size of the viewport.

Event message when CoordinateSystem changes

Initializes a new instance of the class.

The sender. The coordinate system.

Gets the coordinate system.

The coordinate system.

The CoordinateSystem

The cartesian CoordinateSystem

The polar CoordinateSystem

Allows synchronizing a Delegate with the event

Creates a new instance of the class.

The operation.

Provides a debug logger which can be used to pipe debug messages from SciChart to your own code, by setting the via SetLogger

Gets the singleton instance

Writes a line to the . By default, the facade instance is null. In this case nothing happens

Logging is performance intensive and will drastically slow down the chart. The format string Optional args for the format string

Sets the to write to. By default this is null, but after being set, the will write all output to this instance

The instance. Logging is performance intensive and will drastically slow down the chart. Enable only when necessary

Allows assertions to be built with the following syntax:


            Guard.Assert(123).IsLessThan(456);

Initializes a new instance of the class.

The value. Name of the arg.

Asserts that the current value is less than the specified other value

The other value. Name of the other arg.

Asserts that the current value is not equal to the specified other value

The other value. Name of the other arg.

Asserts that the current value is equal to the specified other value

The other value. Name of the other arg.

Asserts that the current value is not equal to the specified other value

The other value.

Asserts that the current value is less than or equal to the specified other value

The other value. Name of the other arg.

Asserts that the current value is greater than or equal to the specified other value

The other value.

Asserts that the current value is greater to the specified other value

The other value.

Defines the interface to a logger facade. If you wish to receive debug log messages from SciChart, then set a logger instance via . Note that logging will dramatically decrease performance, especially in a real-time scenario

Logs the string format message with optional arguments

The formatting string Optional arguments to the formatting string

Defines the interface to a class which publishes mouse events. Used in conjunction with and to provide cross-platform WPF and Silverlight mouse eventing

Occurs when the KeyDown event occurs on this element

Occurs when the KeyUp event occurs on this element

Occurs when the left mouse button is pressed (or when the tip of the stylus touches the tablet) while the mouse pointer is over a .

Occurs when the left mouse button is released (or the tip of the stylus is removed from the tablet) while the mouse (or the stylus) is over a (or while a holds mouse capture).

Occurs when the right mouse button is pressed while the mouse pointer is over a .

Occurs when the right mouse button is released while the mouse pointer is over a . However, this event will only be raised if a caller marks the preceding event as handled; see Remarks.

Occurs when the coordinate position of the mouse (or stylus) changes while over a (or while a holds mouse capture).

Occurs when the user rotates the mouse wheel while the mouse pointer is over a , or the has focus.

Occurs when the mouse pointer leaves the bounds of this element

Occurs when the middle mouse button is pressed while the mouse pointer is over a .

Occurs when the middle mouse button is released while the mouse pointer is over a . However, this event will only be raised if a caller marks the preceding event as handled; see Remarks.

Defines the interface to a class which publishes touch events. Used in conjunction with and to provide WPF touch interaction with Chart Modifiers

Occurs when an input device begins a manipulation on the .

Occurs when an input device changes position during manipulation.

Occurs when a manipulation and inertia on the object is complete.

Occurs when an input device begins a manipulation on the

Occurs when a manipulation and inertia on the System.Windows.UIElement object is complete.

Occurs when the input device changes position during a manipulation.

When true, touch events are enabled, else disabled

Defines the interface to a type which receives unified Mouse Events (cross-platform WPF and Silverlight).

Gets or sets whether the mouse target is enabled.

Gets or sets a Mouse Event Group, an ID used to share mouse events across multiple targets.

Returns a value indicating whether mouse events should be propagated to the mouse target.

Sets a keyboard focus on a parent root element of the mouse target.

Called when a Mouse DoubleClick occurs.

Arguments detailing the mouse button operation.

Called when a Mouse Button is pressed.

Arguments detailing the mouse button operation.

Called when the Mouse is moved.

Arguments detailing the mouse move operation.

Called when a Mouse Button is released.

Arguments detailing the mouse button operation.

Called when the Mouse Wheel is scrolled.

Arguments detailing the mouse wheel operation.

Called when the MouseLeave event is fired for a Master of current .

Arguments detailing the manipulation operation.

Called when the KeyDown event is fired for the Master of the current

Arguments detailing the key event

Called when the KeyUp event is fired for the Master of the current

Arguments detailing the key event

Defines the interface to a type which receives WPF4 Touch Events

Called when a Touch Down event is registered

Arguments detailing the manipulation operation.

Called after each touch position change during a manipulation.

Arguments detailing the manipulation operation.

Called when a Touch Up is complete.

Arguments detailing the manipulation operation.

Called when a manipulation is starting

Arguments detailing the manipulation operation.

Called when a manipulation is starting

Arguments detailing the manipulation operation.

Called when a manipulation is completed

Arguments detailing the manipulation operation.

Called when a touch manipulation delta occurs

Arguments detailing the manipulation operation.

Called when a manipulation ineritia is starting

Arguments detailing the manipulation operation.

Gets the origin point from

Gets the Cumulative Manipulation from

Gets the Delta Manipulation from

Gets the collection of Manipulators from

Cross platform Key Event Args, used by various classes within SciChart to process key events

Gets or sets the key.

Gets or sets the Modifier Key that was pressed at the time of the event

Initializes a new instance of the class.

if set to true the event came from a master chart surface, else it came from a slave. The master chart instance.

Initializes a new instance of the class.

The key. The modifier. if set to true the event came from a master chart surface, else it came from a slave. The master chart instance.

Defines a cross-platform Mouse event args, used by various classes within SciChart to process mouse events

Gets or sets the mouse wheel delta

Gets or sets the mouse point that this event occurred at

Gets or sets the MouseButtons that were pressed at the time of the event

Gets or sets the Modifier Key that was pressed at the time of the event

Initializes a new instance of the class.

The mouse point that this event occurred at relative to the chart root grid. The mouse buttons clicked. The modifier key pressed. If True, then this mouse event occurred on a master ChartModifierBase. Used to process which modifier was the source of an event when multiple modifiers are linked The instance of the master ChartModifierBase which sourced the event. Default value is null

Initializes a new instance of the class.

The mouse point that this event occurred at relative to the chart root grid. The mouse buttons clicked. The modifier key pressed. The mouse wheel delta. If True, then this mouse event occurred on a master ChartModifierBase. Used to process which modifier was the source of an event when multiple modifiers are linked The instance of the master ChartModifierBase which sourced the event. Default value is null

Specifies the Modifier button pressed at the time of a mouse operation

No modifiers were pressed

The SHIFT button was pressed

The CTRL button was pressed

The ALT button was pressed

Specifies the MouseButtons pressed at the time of a mouse operation

No buttons were pressed

The LEFT button was pressed

The MIDDLE button was pressed

The RIGHT button was pressed

Proxy class to handle mouse-events between a type which implements and

The target element which will receive the notifications

A proxy delegate for KeyDown events

A proxy delegate for KeyUp events

A proxy delegate for Mouse Left Up events

A proxy delegate for Mouse Left Down events

A proxy delegate for Mouse Move events

A proxy delegate for Mouse Right Up events

A proxy delegate for Mouse Right Down events

A proxy delegate for Mouse Middle Down events

A proxy delegate for Mouse Middle Up events

A proxy delegate for Mouse Wheel events

A proxy delegate for Mouse Leave events

A proxy delegate for Touch Down events

A proxy delegate for Touch Move events

A proxy delegate for Touch Up events

A proxy delegate for ManipulationStarting events

A proxy delegate for ManipulationCompleted events

A proxy delegate for ManipulationDelta events

A proxy delegate for ManipulationInertiaStarting events

Defines the interface to the MouseManager, a cross-platform helper class to propagate mouse events in both Silverlight and WPF

Subscribes to mouse events on the Source, propagating handlers to the Target

The source of mouse events The target to receive mouse event handlers

Unsubscribes the source from mouse events

The source to unsubscribe

Unsubscribes the element from mouse events

The element to unsubscribe

A cross-platform helper class to propagate mouse events in both Silverlight and WPF

Defines the MouseEventGroup Attached Property

Initializes a new instance of the class.

Sets the MouseEventGroup Attached Property

The element. The modifier group.

Gets the MouseEventGroup Attached Property

The element.

Subscribes to mouse events on the Source, propagating handlers to the Target

The source of mouse events The target to receive mouse event handlers

Unsubscribes the source from subscribers

The source to unsubscribe

Unsubscribes the element from mouse events

The element to unsubscribe

Gets the Targets that should receive mouse events (in the same based on the current provided target

USED INTERNALLY FOR TESTS. DO NOT MODIFY. Gets subscribers by source

An interface to a provider which converts into coordinates. Used internally to SciChart and implemented with interface to enable mocking and testing

Gets the mouse position from the as a (pixel coordinates relative to source

The mouse position as a

Defines the interface to a ServiceContainer used throughout SciChart. For a full list of available services, see the remarks on

Gets the service instance registered by type. For a full list of available services, see the remarks on

The type of service to get The service instance, unique to this instance

Registers the service.

The instance.

Deregisters service of type T

Determines whether this instance has the service of type

Provides a container with access to shared services throught SciChart components

Determines whether this instance has the service of type

Registers the service.

The instance.

Deregisters service of type T

Gets the service instance registered by type. For a full list of available services, see the remarks on

The type of service to get

Enumeration constants to define what thread a is invoked on

Invoke actions on the UI Thread

Invoke actions on a background thread

TimedMethod allows an Action to be invoked after a specific period of time. Returns a cancellation token which can be cancelled before the method is invoked

Invokes the specified action. use Fluent API .After .OnThread to specify other options

The action.

Invokes the specified action after N milliseconds. Use Fluent API .OnThread to specify other options

The milliseconds.

Invokes the specified action on a specific thread

The thread to execute on

Cancels the Timedmethod and disposes timers

Starts the timed-method operation

Defines a ModifierEventArgsBase, which provides a set of properties and methods which are common to all derived classes

Initializes a new instance of the class.

The source. if set to true [is master].

If True, then this mouse event occurred on a master ChartModifierBase. Used to process which modifier was the source of an event when multiple modifiers are linked

Gets or sets whether this event is Handled. If true, no further modifiers will be informed of the mouse event and mouse events will cease bubbling and tunnelling

In the case where e.Master is true, this returns the instance of the master chart modifier

Defines a cross-platform Manipulation event args, used by classes throughout Scichart process manipulation events.

Initializes a new instance of the class.

The inner platform args. if set to true, this is a Master event, else Slave event. The master instance in the case where charts are synchronized using .

Gets or sets which types of manipulations are possible.

Gets or sets an object that describes the pivot for a single-point manipulation.

Defines a cross-platform Manipulation event args, used by classes throughout Scichart process manipulation events.

Initializes a new instance of the class.

The inner platform args. if set to true, this is a Master event, else Slave event. The master instance in the case where charts are synchronized using .

Cancels the manipulation and promotes touch to mouse events.

true if touch was successfully promoted to mouse events, otherwise, false.

Completes the manipulation without inertia.

Defines a cross-platform Manipulation event args, used by classes throughout Scichart process manipulation events.

Initializes a new instance of the class.

The sender of the event The inner args. if set to true, this is a Master event, else Slave event. The master instance in the case where charts are synchronized using .

Gets the cumulated changes of the current manipulation.

The cumulated changes of the current manipulation.

Gets the most recent changes of the current manipulation.

The most recent changes of the current manipulation.

Cancels the manipulation and promotes touch to mouse events.

true if touch was successfully promoted to mouse events, otherwise, false.

Starts inertia on the manipulation by ignoring subsequent contact movements and raising the System.Windows.UIElement.ManipulationInertiaStarting event.

Completes the manipulation without inertia.

Defines a cross-platform Manipulation event args, used by classes throughout Scichart process manipulation events.

Initializes a new instance of the class.

The sender of the event The inner args. if set to true, this is a Master event, else Slave event. The master instance in the case where charts are synchronized using .

Cancels the manipulation and promotes touch to mouse events.

true if touch was successfully promoted to mouse events, otherwise, false.

Defines a cross-platform Manipulation event args, used by classes throughout Scichart process manipulation events.

Initializes a new instance of the class.

The sender of the event The inner args. if set to true, this is a Master event, else Slave event. The master instance in the case where charts are synchronized using .

Cancels the manipulation and promotes touch to mouse events.

true if touch was successfully promoted to mouse events, otherwise, false.

Defines a cross-platform Manipulation event args, used by classes throughout Scichart process manipulation events.

Initializes a new instance of the class.

The origin point for the manipulation event if set to true, this is a Master event, else Slave event. The master instance in the case where charts are synchronized using . The sender of the event

The sender of the Manipulation event

Gets the point from which the manipulation originated.

Gets a collection of Manipulators which represent the touch-points in this manipulation operation

Defines a cross-platform Manipulation event args, used by classes throughout Scichart process manipulation events.

Initializes a new instance of the class.

The touch points. if set to true, this is a Master event, else Slave event. The master instance in the case where charts are synchronized using .

Gets a collection of objects that represents the touch contacts for the manipulation.

Defines a cross-platform Manipulation event args, used by classes throughout Scichart process manipulation events.

Initializes a new instance of the class.

The touch points. if set to true, this is a Master event, else Slave event. The master instance in the case where charts are synchronized using .

Gets a collection of objects that represents the touch contacts for the manipulation.

A TinyMessage to be published/delivered by TinyMessenger

The sender of the message, or null if not supported by the message implementation.

Base class for messages that provides weak refrence storage of the sender

The sender of the message, or null if not supported by the message implementation.

Initializes a new instance of the MessageBase class.

Message sender (usually "this")

Generic message with user specified content

Content type to store

Contents of the message

Create a new instance of the GenericTinyMessage class.

Message sender (usually "this") Contents of the message

Basic "cancellable" generic message

Content type to store

Cancel action

Contents of the message

Create a new instance of the CancellableGenericTinyMessage class.

Message sender (usually "this") Contents of the message Action to call for cancellation

Represents an active subscription to a message

Initializes a new instance of the TinyMessageSubscriptionToken class.

Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.

Represents a message subscription

Token returned to the subscribed to reference this subscription

Whether delivery should be attempted.

Message that may potentially be delivered. True - ok to send, False - should not attempt to send

Deliver the message

Message to deliver

Message proxy definition. A message proxy can be used to intercept/alter messages and/or marshall delivery actions onto a particular thread.

Delivers the specified message.

The message. The subscription.

Default "pass through" proxy. Does nothing other than deliver the message.

Singleton instance of the proxy.

Delivers the specified message.

The message. The subscription.

Thrown when an exceptions occurs while subscribing to a message type

Initializes a new instance of the class.

Type of the message. The reason.

Initializes a new instance of the class.

Type of the message. The reason. The inner exception.

Messenger hub responsible for taking subscriptions/publications and delivering of messages.

Subscribe to a message type with the given destination and delivery action. All references are held with WeakReferences All messages of this type will be delivered.

Type of message Action to invoke when message is delivered TinyMessageSubscription used to unsubscribing

Subscribe to a message type with the given destination and delivery action. Messages will be delivered via the specified proxy. All references (apart from the proxy) are held with WeakReferences All messages of this type will be delivered.

Type of message Action to invoke when message is delivered Proxy to use when delivering the messages TinyMessageSubscription used to unsubscribing

Subscribe to a message type with the given destination and delivery action. All messages of this type will be delivered.

Type of message Action to invoke when message is delivered Use strong references to destination and deliveryAction TinyMessageSubscription used to unsubscribing

Subscribe to a message type with the given destination and delivery action. Messages will be delivered via the specified proxy. All messages of this type will be delivered.

Type of message Action to invoke when message is delivered Use strong references to destination and deliveryAction Proxy to use when delivering the messages TinyMessageSubscription used to unsubscribing

Subscribe to a message type with the given destination and delivery action with the given filter. All references are held with WeakReferences Only messages that "pass" the filter will be delivered.

Type of message Action to invoke when message is delivered The message filter. TinyMessageSubscription used to unsubscribing

Subscribe to a message type with the given destination and delivery action with the given filter. Messages will be delivered via the specified proxy. All references (apart from the proxy) are held with WeakReferences Only messages that "pass" the filter will be delivered.

Type of message Action to invoke when message is delivered The message filter. Proxy to use when delivering the messages TinyMessageSubscription used to unsubscribing

Subscribe to a message type with the given destination and delivery action with the given filter. All references are held with WeakReferences Only messages that "pass" the filter will be delivered.

Type of message Action to invoke when message is delivered The message filter. Use strong references to destination and deliveryAction TinyMessageSubscription used to unsubscribing

Subscribe to a message type with the given destination and delivery action with the given filter. Messages will be delivered via the specified proxy. All references are held with WeakReferences Only messages that "pass" the filter will be delivered.

Type of message Action to invoke when message is delivered The message filter. Use strong references to destination and deliveryAction Proxy to use when delivering the messages TinyMessageSubscription used to unsubscribing

Unsubscribe from a particular message type. Does not throw an exception if the subscription is not found.

Type of message Subscription token received from Subscribe

Publish a message to any subscribers

Type of message Message to deliver

Publish a message to any subscribers asynchronously

Type of message Message to deliver

Publish a message to any subscribers asynchronously

Type of message Message to deliver AsyncCallback called on completion

Messenger hub responsible for taking subscriptions/publications and delivering of messages.

Subscribe to a message type with the given destination and delivery action. All references are held with strong references All messages of this type will be delivered.

Type of message Action to invoke when message is delivered TinyMessageSubscription used to unsubscribing

Subscribe to a message type with the given destination and delivery action. Messages will be delivered via the specified proxy. All references (apart from the proxy) are held with strong references All messages of this type will be delivered.