SciChart.Charting3D

TypeConverter to allow conversion of a string value to . Used to allow succinct Markup syntax e.g. <SciChart3DSurface WorldDimensions="10, 20, 30"/>

Returns whether the type converter can convert an object from the specified type to the type of this converter.

An object that provides a format context. The type you want to convert from. true if this converter can perform the conversion; otherwise, false.

Converts from the specified value to the intended conversion type of the converter.

An object that provides a format context. The to use as the current culture. The value to convert to the type of this converter. The converted value. Unable to convert the string {0} into a DoubleRange. Please use the format '1.234,5.678'

Initializes a new instance of the class.

Update type

Binding mode

Description of the object to use as the source, relative to the target element.

Gets or sets the path to the collection of IRenderableSeriesViewModels

Initializes a new instance of the class.

Update type

Binding mode

Description of the object to use as the source, relative to the target element.

Gets or sets the path to the collection of IRenderableSeriesViewModels

Provides class for choosing proper DataTemplate according to a of

Data template used for renderable series with type

Contains the logic for choosing a proper DataTemplate

The resource should be defined as 'Resource' not as 'Embedded resource'.

The resource path If null, then use calling assembly to find the resource

Will load resource from any assembly that is part of the application. It does not rely on Application which is specific to a (UI) frameowrk.

The path separator is '/'. The path should not start with '/'.

A which accepts a then depending on ConverterParameter = 'X', 'Y', 'Z' returns the component for the vector

Converts a value.

The value produced by the binding source. The type of the binding target property. The converter parameter to use. The culture to use in the converter. A converted value. If the method returns null, the valid null value is used.

Converts a value.

The value that is produced by the binding target. The type to convert to. The converter parameter to use. The culture to use in the converter. A converted value. If the method returns null, the valid null value is used.

A which accepts a then depending on formats the string

Initializes a new instance of the class.

Gets or sets the string format. Default is 'n2'

Converts a value.

Wrapper func which converts a C# to which is passed over the wire to C++ layer

Extension methods to convert to SciChart3D types

Converts a to which has A,R,G,B components ranging from 0.0 - 1.0

Converts a to uint returning all four color components A,R,G,B in a single 32-bit value

Converts a to uint returning all four color components A,B,G,R in a single 32-bit value

Wrapper func which converts a C# to newly created

Wrapper func which converts a C# to which is passed over the wire to C++ layer

Converts a to

Defines a Bounding Box in 3D space

One corner of the bounding box in 3D space

Another corner of the bounding box in 3D space

Initializes a new instance of the struct.

The vec0. The vec1.

Computes the center of the bounding box in 3D space

Gets the Maximums of the bounding box, e.g. Max.X is the maximum X value in the bounding box

Gets the Minimums of the bounding box, e.g. Min.X is the minimum X value in the bounding box

Computes a list of 8 corners of the Bounding box in 3D Space

Determines whether the specified , is equal to this instance.

The to compare with this instance. true if the specified is equal to this instance; otherwise, false.

Equalses the specified other.

The other.

Returns a hash code for this instance.

A hash code for this instance, suitable for use in hashing algorithms and data structures like a hash table.

Helper class to expose certain 3D math functions

Minimum precision for floating point values.

Minimum precision for double-precision values

Rotates a vector around an arbitrary origin a certain number of degrees, with an arbitrary rotation axis

The origin point. The point to rotate. The rotation angle degrees. The rotation axis. The rotated point

Computation of Pitch and Yaw angles from forward vector

See original implementation here: http://www.jldoty.com/code/DirectX/YPRfromUF/YPRfromUF.html The forward vector. The pitch. The yaw.

Computation of normalized direction vector from Target, Radius, Pitch and Yaw: http://stackoverflow.com/questions/10569659/camera-pitch-yaw-to-direction-vector

The pitch in Degrees. The yaw in Degrees. The computed direction.

Converts Degrees to Radians with floating point accuracy.

Converts Radians to Degrees with floating point accuracy.

Converts Degrees to Radians with double precision accuracy.

Converts Radians to Degrees with double precision accuracy.

Checks if a floating point value is close to zero.

Defines a three-component Vector with 32-bit floating point precision

Transform a coordinate.

Vector to transform. Transformed vector.

Plane data type declaration represents a plane in 3d and has various different functions.

X component of the plane normal.

Y component of the plane normal.

Z component of the plane normal.

Distance along the normal to the origin.

Implements the == equality operator

The first plane. The second plane. The result of the operator = a == b

Implements the != negative equality operator

The first plane. The second plane. The result of the operator = a != b

Implements the Equality operator

The other. True, if equals

Determines whether the specified , is equal to this instance.

The to compare with this instance. true if the specified is equal to this instance; otherwise, false.

Returns a hash code for this instance.

A hash code for this instance, suitable for use in hashing algorithms and data structures like a hash table.

Assigns a value from passed arguments.

X-component of plane normal Y-component of plane normal Z-component of plane normal Distance to plane from origin

Assigns a value from passed plane.

Plane from which value applies.

Applies a value to passed plane.

Plane to which value applies.

Defines a three-component Vector with 32-bit floating point precision

Initializes a new instance of the struct.

The x value. The y value. The z value.

Initializes a new instance of the struct.

The internal tsrvector3 value.

Initializes a new instance of the struct.

access x value as X

access y value as Y

access z value as Z

Gets a Zero Vector

Computes the length of the vector

Computes the length squared of the vector

Gets the distance as a scalar between two vectors

The first vector. The second vector.

Implements the - operator, which subtracts one vector from another

The first vector. The second vector. The result of the operator = a - b

Implements the + operator, which adds one vector to another

The first vector. The second vector. The result of the operator = a + b

Implements the + operator, which adds a scalar to a vector

The first vector. The scalar. The result of the operator = a + b

Implements the + operator, which adds a double-precision scalar to a vector

The first vector. The scalar. The result of the operator = a + b

Implements the * operator, which multiplies a vector by a scalar

The first vector. The scalar. The result of the operator = a * b

Implements the * operator, which multiplies a vector by a double-precision scalar

The first vector. The scalar. The result of the operator = a * b

Implements the ^ cross product operator

The first vector. The second vector. The result of the operator = a CROSS b

Vector dot product.

First vector. Second vector. Dot product of two vectors.

Linear interpolation between two vectors given a factor from 0.0 (equals from) to 1.0 (equals to)

The From vector. The too vector. The linear interpolation factor. The linearly interpolated vector

Returns a that represents this instance.

A that represents this instance.

Implements the == equality operator

The first vector. The second vector. The result of the operator = a == b

Implements the != negative equality operator

The first vector. The second vector. The result of the operator = a != b

Implements the Equality operator

The other. True, if equals

Determines whether the specified , is equal to this instance.

The to compare with this instance. true if the specified is equal to this instance; otherwise, false.

Returns a hash code for this instance.

A hash code for this instance, suitable for use in hashing algorithms and data structures like a hash table.

Provides a ViewModel containing info about a , such as name, value, color. types are produced by the as well as other modifiers. They are consumed by legend controls and may be consumed by a custom binding to collection of . See the examples suite, specifically RolloverModifier, SciTrader and Legends examples for more information.

Initializes a new instance of the class.

The instance to wrap. The scene entity Id that corresponds to the series. The containing information about a hit-test operation.

Gets or sets the vertex id at the hit-test site

Provides a ViewModel containing info about chart series, which can be bound to. See

Initializes a new instance of the class.

The series infos.

Gets or sets a collection of instances.

The series info.

Initializes a new instance of the class.

The r series. The scene entity Id that corresponds to the series. The hit test information.

Gets the metadata associated with the point at the hit-test site.

Gets or sets the brush of the series.

The brush of the series.

Gets the instance which this wraps

Gets or sets the name of the series.

The name of the series.

Gets or sets the X-value.

The value.

Gets or sets the Y-value.

The value.

Gets or sets the Z-value.

The value.

Gets a formatted XValue.

Gets a formatted YValue.

Gets a formatted ZValue.

Returns a value formatted using X axis format for cursors.

The value to format.

Returns a value formatted using Y axis format for cursors.

The value to format.

Returns a value formatted using Z axis format for cursors.

The value to format.

Gets or sets in world coordinates that was at the hit-test site

Get or sets whether the HitTest operation was a hit or not

Gets or sets whether the that this represents is visible or not. NOTE: Setting this value will show or hide the associated and may be data-bound to

true if this instance is visible; otherwise, false.

Gets or sets the color of the series.

The color of the series.

Gets or sets in world coordinates that was at the hit-test site

Creates a new object that is a copy of the current instance.

A new object that is a copy of this instance.

Initializes a new instance of the class.

The instance to wrap. The scene entity Id that corresponds to the series. The containing information about a hit-test operation.

Gets or sets the Z index at the hit-test site

Gets or sets the J index at the hit-test site

Initializes a new instance of the class.

The instance to wrap. The scene entity Id that corresponds to the series. The containing information about a hit-test operation.

Defines the interface to the class.

Gets or sets a font of the axis plane labels.

Base class for the derived classes.

Initializes a new instance of the derived class.

Gets or sets a font of the axis plane labels.

If True, draws Major Grid Lines, else skips this step.

If True, draws Minor Grid Lines, else skips this step.

If True, draws Major Axis Bands (a filled area between major gridlines), else skips this step.

Gets or sets a value determining how Renderable Series is clipped by axis at its positive side.

Gets or sets a value determining how Renderable Series is clipped by axis at its negative side.

Gets or sets a color of the axis plane border.

Gets or sets a thickness of the axis plane border.

If True, labels text is always on top.

Defines a default data context for the

Initializes a new instance of the class.

Gets the ViewType to instantiate for this view-model.

Defines a default data context for the

Initializes a new instance of the class.

Gets or sets the TextFormatting used for axis labels when the range of the axis is sub-day.

Gets the ViewType to instantiate for this view-model.

Defines a default data context for the

Initializes a new instance of the class.

Gets the ViewType to instantiate for this view-model.

Defines a default data context for the

Initializes a new instance of the class.

Gets or sets the value which determines the base used for the logarithm.

Gets the ViewType to instantiate for this view-model.

Gets or sets whether the series is visible when drawn

Gets or sets the Stroke.

The color of the series.

Gets or sets the Fill Color for columns

Gets or sets the Fill Color for selected data points

Gets or sets the Shape of the colums. Should be of type

Gets or sets the DataPointWidth, a value between 0.0 and 1.0 which defines the fraction of available space each column should occupy in X and Z dimension

Gets or sets the DataPointWidthX, a value between 0.0 and 1.0 which defines the fraction of available space each column should occupy in X dimension

Gets or sets the DataPointWidthZ, a value between 0.0 and 1.0 which defines the fraction of available space each column should occupy in Z dimension

Gets the RenderableSeries3D Type to which this ViewModel will be associated

Provides a default data context for the in MVVM scenarios.

Gets or sets the StrokeThickness to apply to the wireframe. Used when the DrawMeshAs property is WireFrame or SolidWireFrame.

Gets or sets how to draw the mesh

Gets or sets the MeshColorPalette which is used to calculate color from data value.

Gets or sets the MeshPaletteMode which defines how to apply the ColorMapTexture.

Gets or sets the PaletteMinMaxMode which defines how to apply PaletteMinimum and PaletteMaximum.

Gets or sets the PaletteMinimum color in regards to X, Y and Z axis.

Gets or sets the PaletteMaximum color in regards to X, Y and Z axis.

Gets or sets the ColorMapTexture generated when the ColorPalette property changes.

Gets or sets the Size of the texture to create when the ColorPalette property is set.

Gets the RenderableSeries3D Type to which this ViewModel will be associated.

Gets or sets the StrokeThickness of the lines.

Gets or sets the Stroke Color for selected data points

Gets the RenderableSeries3D Type to which this ViewModel will be associated

Gets or sets the StrokeThickness of the lines.

Gets the RenderableSeries3D Type to which this ViewModel will be associated

Gets or sets the StrokeThickness of the lines.

Gets or sets the Stroke Color for selected data points

Gets or sets the IsLineStrips

Gets or sets whether the Lines are antialiased (default FALSE).

Gets the RenderableSeries3D Type to which this ViewModel will be associated

Gets or sets the stroke thickness to apply to the wireframe. Used when is WireFrame or SolidWireFrame

Gets or sets the height scale factor. Default is 1.0f. Value of 0.0f will render a flat Uniform Surface Mesh. Value of 1.0f will use the scaling of the YAxis

Gets or sets the mesh resolution. By default for each point in the , there will be one vertex in the resulting mesh. To increase the resolution, use x2 or x4

Gets or sets how to draw the mesh

Gets or sets whether to draw the skirt (geometry from the edges of the surface mesh to the zero line in Y)

Gets or sets the MeshColorPalette which is used to calculate color from data value

Gets or sets value which corresponds to min color

Gets or sets value which corresponds to max color

Gets or sets the , which defines how to apply the

Gets or sets the ColorMapTexture generated when the property changes. Alternatively, this property may be set by the user if a custom texture is required. Also see , which defines how the is applied to the surface mesh geometry

Gets or sets the Size of the texture to create when the property is set. If the user sets the directly, this property is ignored

Gets the RenderableSeries3D Type to which this ViewModel will be associated

Gets or sets how a Waterfall Chart renders its data.

Gets or sets the for filling slices of a waterfall chart. The slices will be painted along Y axis.

Gets or sets the for filling slices of a waterfall chart. The slices will be painted along Z axis.

Gets or sets the for paining outlines of slices of a waterfall chart. The outlines of slices will be painted along Y axis.

Gets or sets the for paining outlines of slices of a waterfall chart. The outlines of slices will be painted along Z axis.

Gets or sets the for filling selected slices of a waterfall chart.

Gets or sets the for paining outlines of selected slices of a waterfall chart.

Gets or sets the stroke thickness of waterfall chart slices.

Gets or sets the thickness of waterfall chart slices. Produces volumetric slices if set to a value > 0.

Gets the RenderableSeries3D Type to which this ViewModel will be associated

Provides a bounding box in Data-coordinates

The X-Range

The Y-Range

The Z-Range

Determines whether the specified , is equal to this instance.

The to compare with this instance. true if the specified is equal to this instance; otherwise, false.

Equalses the specified other.

The other.

Returns a hash code for this instance.

A hash code for this instance, suitable for use in hashing algorithms and data structures like a hash table.

A generic abstract base class which defines a generic DataSeries which contains 1..N columns, such as X,Y,Z in the case of plain X,Y,Z data.

DataSeries3D are assigned to the RenderableSeries3D via the property. Any time a DataSeries3D is appended to, the parent will be redrawn.

The Synchronization Object for the DataSeries3D.

Event raised whenever points are added to, removed or one or more DataSeries3D properties changes, requiring a redraw of the parent SciChartSurface.

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

Gets or sets the name of this series.

The name of the series.

Gets or sets the parent which this instance is attached to.

Gets the total extents of the in the X direction.

Gets the total extents of the in the Y direction.

Gets the total extents of the in the Z direction.

Gets or sets a value indicating whether this instance is dirty. If dirty, any cached data must be re-calculated. You can set this value to True to force recalculation of caches.

Raises the event. May be called by DataSeries3D or by user code to trigger a redraw on the ParentSurface. The event is not raised while is True.

Converts a DataSeries to a derived type, for use during the render pass.

The type of The PointSeries, which may be used for drawing.

Clears the DataSeries.

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 .

May be called to trigger a redraw on the parent . This method is extremely useful when are in a ViewModel and bound via MVVM to . Please see the parameter for invalidation options.

Provides invalidation options for the parent surface.

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

Gets the bounding box for the data (containing , , ).

Defines the interface to a : a class which wraps a two-dimensional jagged array of type T and allows conversion to double at index i,j

Gets the count of the inner array in the I-direction

Gets the count of the inner array in the J-direction

Gets the and converts the item at index i,j to

The i index. The j index.

Gets the untyped inner array

A class which wraps a two-dimensional jagged array of type T and allows conversion to double at index i,j

The type of item

Initializes a new instance of the class.

The input array. The i count. The j count.

Gets the count of the inner array in the I-direction

Gets the count of the inner array in the J-direction

Gets the untyped inner array

Gets the and converts the item at index i,j to

The i index. The j index.

The mesh data series defined by parametrized in regards to spherical coordinates system: Radius, Pole, Azimuth.

The X,Y,Z type.

Initializes a new instance of the class.

The U dimension of the 2D grid. The V dimension of the 2D grid. Custom function that provides a value, treated as radius argument in X/Y/Z custom functions. Custom function that provides a value, treated as azimuth argument in X/Y/Z custom functions. Custom function that provides a value, treated as pole argument in X/Y/Z custom functions. Custom function that provides the position X value, based on passed radius, azimuth and pole arguments. Custom function that provides the position Y value, based on passed radius, azimuth and pole arguments. Custom function that provides the position Z value, based on passed radius, azimuth and pole arguments. The minimum value of U component of the 2D grid. The maximum value of U component of the 2D grid. The minimum value of V component of the 2D grid. The maximum value of V component of the 2D grid.

The mesh data series defined by parametrized in regards to spherical coordinates system: Radius, Pole, Azimuth.

Initializes a new instance of the class.

Gets the 3-Dimensional data value by specified UV index of the 2D grid in the surface.

The U coordinate in the 2D grid space. The V coordinate in the 2D grid space. When method returns, contains a value of the X coordinate. When method returns, contains a value of the Y coordinate. When method returns, contains a value of the Z coordinate.

Data Series that defines the Cylindroid in 3-Dimensional space ( see: https://en.wikipedia.org/wiki/Cylinder#Cylindrical_surfaces ).

The XZ and Y type.

Initializes a new instance of the class.

The U dimension of the 2D grid. The V dimension of the 2D grid. The minimum value of U component of the 2D grid. The maximum value of U component of the 2D grid. The minimum value of V component of the 2D grid. The maximum value of V component of the 2D grid.

Data Series that defines the Cylindroid in 3-Dimensional space ( see: https://en.wikipedia.org/wiki/Cylinder#Cylindrical_surfaces ).

The type of the X and the Z. The type of the Y.

Initializes a new instance of the class.

The A component of the Cylindroid.

The B component of the Cylindroid.

The height of the Cylindroid.

Gets the 3-Dimensional data value by specified UV index of the 2D grid in the surface.

Gets X and Z offsets in regards to passed scale value and UV coordinates.

Value from the Height Map. The U coordinate. The V coordinate. When method returns, contains a value of the X coordinate. When method returns, contains a value of the Z coordinate. When method returns, contains a value of the Y coordinate.

Data Series that defines the Ellipsoid in 3-Dimensional space by the Standard equation ( see: https://en.wikipedia.org/wiki/Ellipsoid#Standard_equation ).

The type of the X, Y, and Z axes.

Initializes a new instance of the class.

The A component of the Standard ellipsoid equation.

The B component of the Standard ellipsoid equation.

The C component of the Standard ellipsoid equation.

Gets the 3-Dimensional coordinate by specified U and V index of the surface.

The U coordinate. The V coordinate. When method returns, contains a value of the X coordinate. When method returns, contains a value of the Y coordinate. When method returns, contains a value of the Z coordinate.

Gets the displacement along the XZ axes in regards to Displacement Map data and UV coordinates.

Value of an element of the grid data data grid. The U coordinate of the surface. The V coordinate of the surface. When method returns, contains the the Displacement Map value along the X axis. When method returns, contains the the Displacement Map value along the Y axis. When method returns, contains the the Displacement Map value along the Z axis.

Defines the base interface to a , the data source for various 3D RenderableSeries such as

Gets number of U segments of the 2D grid.

Gets number of V segments of the 2D grid.

2D grid based free shaped 3D surface.

The type of the x. The type of the y. The type of the z.

Gets or sets a data offset by X axis of the Surface.

Gets or sets a data offset by Y axis of the Surface.

Gets or sets a data offset by Z axis of the Surface.

Gets number of U segments of the 2D grid.

Gets number of V segments of the 2D grid.

Gets the total extents of the in the X direction.

Gets the total extents of the in the Y direction.

Gets the total extents of the in the Z direction.

Converts a DataSeries to a derived type, for use during the render pass

The type of The PointSeries, which may be used for drawing Expected TPointSeries generic constraint to be ISurfaceDataSeries3D

Clears the DataSeries.

Gets the 3-Dimensional data value by specified UV index of the 2D grid in the surface.

Gets the 3-Dimensional data value with the Displacement Map value applied.

The index of U coordinate in the 2D grid space. The index of V coordinate in the 2D grid space. The U coordinate in the 2D grid space. The V coordinate in the 2D grid space. When method returns, contains a value of the X coordinate. When method returns, contains a value of the Y coordinate. When method returns, contains a value of the Z coordinate.

Gets the U coordinate by passed index of the 2D grid.

Index of the U segment of the 2D grid. The U coordinate.

Gets the V coordinate by passed index of the 2D grid.

Index of the V segment of the 2D grid. The V coordinate.

Internal access to the cached XRange for testing.

Internal access to the cached YRange for testing.

Internal access to the cached ZRange for testing.

This contains the result of resampling or conversion from to a render-loop compatible collection

Gets number of U segments of the 2D grid.

Gets number of V segments of the 2D grid.

Gets a data offset by X axis of the Surface represented in type.

Gets a data offset by Y axis of the Surface represented in type.

Gets a data offset by Z axis of the Surface represented in type.

Gets the U coordinate by passed index of the 2D grid.

Index of the U segment of the 2D grid. The U coordinate.

Gets the V coordinate by passed index of the 2D grid.

Index of the V segment of the 2D grid. The V coordinate.

Gets a value at specified UV coordinate represented in type.

The U coordinate. The V coordinate. When this method returns, contains a value by the X axis. When this method returns, contains a value by the Y axis. When this method returns, contains a value by the Z axis.

Gets a value at specified index of the UV coordinate represented in type.

The index of the U coordinate. The index of the V coordinate. When this method returns, contains a value by the X axis. When this method returns, contains a value by the Y axis. When this method returns, contains a value by the Z axis.

This contains the result of resampling or conversion from to a render-loop compatible collection

Initializes a new instance of the class.

The free surface data series.

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

Gets number of U segments of the 2D grid.

Gets number of V segments of the 2D grid.

Gets a data offset by X axis of the Surface represented in type.

Gets a data offset by Y axis of the Surface represented in type.

Gets a data offset by Z axis of the Surface represented in type.

Gets the X value by indices.

The i index. The j index. The X-value.

Gets the Y value by indices.

The i index. The j index. The Y-value.

Gets the Z value by indices.

The i index. The j index. The Z-value.

Gets a value at specified UV coordinate represented in type.

Gets a value at specified index of the UV coordinate represented in type.

Gets the U coordinate by passed index of the 2D grid.

Index of the U segment of the 2D grid. The U coordinate.

Gets the V coordinate by passed index of the 2D grid.

Index of the V segment of the 2D grid. The V coordinate.

Gets the Synchronization object

Gets or sets a value indicating whether the wrapped DataSeries is Dirty. This will be set to True when the DataSeries has changes, and must be set to False after creating a 3D mesh

By setting this to FALSE after a mesh is created, you can cache meshes until the data changes again

Enumerates 3D axes along which displacement map is applied.

X axis.

Y axis.

Z axis.

Interface of Free Surface data series with the Displacement Map, applied to its points displacing them along X and/or Y and/or Z axes.

Gets or sets Displacement Map value as double at the UV index.

The U index. The V index. The item at this index

Gets value determining whether the displacement is absolute. This means that surface is displaced by a value from the displacement map by specified displacement axes absolutely, ignoring its relative direction from the origin.

Gets axes by which surface can be displaced.

Data Series that defines the polar chart in 3D space.

The type of the x.

Initializes a new instance of the class.

The U dimension of the 2D grid. The V dimension of the 2D grid. The minimum value of U component of the 2D grid. The maximum value of U component of the 2D grid.

Data Series that defines the polar chart in 3D space.

The type of the x. The type of the y.

Initializes a new instance of the class.

The U dimension of the 2D grid. The V dimension of the 2D grid. The minimum value of U component of the 2D grid. The maximum value of U component of the 2D grid.

The A component of ...

The B component of ...

Gets the 3-Dimensional data value by specified UV index of the 2D grid in the surface.

Free Surface data series with the grid data, applied to its points displacing them along the XYZ axes.

Type of X, Y, and Z axes.

Gets or sets Displacement Map value at the UV index.

The U index. The V index. The item at this index

Accesses the internal array.

Converts a DataSeries to a derived type, for use during the render pass

The type of The PointSeries, which may be used for drawing Expected TPointSeries generic constraint to be ISurfaceDataSeries3D

Gets the displacement along the XZ axes in regards to Displacement Map data and UV coordinates.

Returns the row at the specified Z Index

Fills the ScalableXZFreeSurfaceDataSeries from a type.

Fills the ScalableXZFreeSurfaceDataSeries from a two dimensional array. Assumes the array is rectangular

The inner array.

Sets the row at the specified Z index

Index of the z. The row.

Pushes a row into the array, which discards one old row in a First In First Out fashion. use this method to scroll the GridData in the Z-direction

The row.

Gets the 3-Dimensional data value with the Displacement Map value applied.

This contains the result of resampling or conversion from to a render-loop compatible collection

Type of X, Y, and Z Axes.

Gets or sets Displacement Map value as double at the UV index.

The U index. The V index. The item at this index

Gets axes by which surface can be displaced.

Free Surface data series with the grid data, applied to its points displacing them along the XZ axes.

Type of X and Z axes. Type of the Y axis.

Gets or sets Displacement Map value at the UV index.

The U index. The V index. The item at this index

Accesses the internal array.

Converts a DataSeries to a derived type, for use during the render pass

The type of The PointSeries, which may be used for drawing Expected TPointSeries generic constraint to be ISurfaceDataSeries3D

Gets the displacement along the XZ axes in regards to Displacement Map data and UV coordinates.

Value of an element of the grid data data grid. The U coordinate of the surface. The V coordinate of the surface. When method returns, contains the Displacement Map value along the X axis. When method returns, contains the Displacement Map value along the Z axis.

Returns the row at the specified Z Index

Fills the ScalableXZFreeSurfaceDataSeries from a type.

Fills the ScalableXZFreeSurfaceDataSeries from a two dimensional array. Assumes the array is rectangular

The inner array.

Sets the row at the specified Z index

Index of the z. The row.

Pushes a row into the array, which discards one old row in a First In First Out fashion. use this method to scroll the GridData in the Z-direction

The row.

Gets the 3-Dimensional data value with the Displacement Map value applied.

This contains the result of resampling or conversion from to a render-loop compatible collection

Type of X and Z Axes. Type of the Y Axis.

Gets or sets Displacement Map value as double at the UV index.

The U index. The V index. The item at this index

Gets axes by which surface can be displaced.

Free Surface data series with the grid data, applied to its points displacing them along the Y axis.

Type of the X Axis. Type of the Y Axis. Type of the Z Axis.

Gets or sets Displacement Map value at the UV index.

The U index. The V index. The item at this index

Accesses the internal array.

Converts a DataSeries to a derived type, for use during the render pass

The type of The PointSeries, which may be used for drawing Expected TPointSeries generic constraint to be ISurfaceDataSeries3D

Returns the row at the specified Z Index

Fills the ScalableXZFreeSurfaceDataSeries from a type.

Fills the ScalableXZFreeSurfaceDataSeries from a two dimensional array. Assumes the array is rectangular

The inner array.

Sets the row at the specified Z index

Index of the z. The row.

Pushes a row into the array, which discards one old row in a First In First Out fashion. use this method to scroll the GridData in the Z-direction

The row.

Gets the 3-Dimensional data value with applied displacement by specified UV index of the 2D grid in the surface.

This contains the result of resampling or conversion from to a render-loop compatible collection

Gets or sets Displacement Map value as double at the UV index.

The U index. The V index. The item at this index

Gets axes by which surface can be displaced.

Defines the base interface to a , the data source for various 3D RenderableSeries such as

Gets or sets the item at the i,j index

The i index. The j index. The item at this index

Gets the item at the X index

The i index. The item at this index

Gets the item at the Z index

The j index. The item at this index

The BaseGridDataSeries3D wraps a 2D array of type which become the Y-values (heights) in various RenderableSeries For instance, in the the Y-values map to the heights, whereas the , , , defines the X and Z values

The type of the x. The type of the y. The type of the z.

Initializes a new instance of the class.

Size of the x. Size of the z.

Accesses the internal array, which is a rectangular array indexed by Z then X


            int xSize = 10;
            int zSize = 20;
            var data = new BaseGridDataSeries3D<double>(xSize, zSize);
            
            double value = data.InternalArray[z][x];

Gets the X-Size of the Grid

Gets the Y-Size of the grid

Gets an object for thread synchronization purposes

Returns the Y-value at index z,x

The XIndex The ZIndex

Gets the total extents of the in the X direction.

Gets the total extents of the in the Y direction.

Gets the total extents of the in the Z direction.

Returns the Y-value at index Z,X

The XIndex The ZIndex

Clears the DataSeries, resetting to an empty array of XSize,ZSize

Clears the , resetting its X,Z size

The new XSize The new ZSize

Computes the X data-value at the specified index

Computes the Z data-value at the specified index

Computes the X data-value at the specified index

Computes the Z data-value at the specified index

Returns the row at the specified Z Index

Fills the BaseGridDataSeries3D from a type.

Fills the BaseGridDataSeries3D from a two dimensional array. Assumes the array is rectangular

The inner array.

Sets the row at the specified Z index

Index of the z. The row.

Pushes a row into the array, which discards one old row in a First In First Out fashion. use this method to scroll the GridData in the Z-direction

The row.

Gets or sets a value indicating whether this instance is dirty. If dirty, any cached data must be re-calculated. You can set this value = true to force recalculation of caches

Converts a DataSeries to a derived type, for use during the render pass

The type of The PointSeries, which may be used for drawing Expected TPointSeries generic constraint to be IGridPointSeries3D

Creates a new 2-Dimensional array and fills with values. This can be used for debugging purposes or for interop with other types. Changing the values here does *not* change the GridPointSeries3D

The 2-Dimensional array representation of the GridPointSeries3D in Z,X orientation

Invoked right after Dirty State changed to indicated that the mesh is invalid.

Internal access to the cached YRange for testing.

Defines the interface to a GridPointSeries3D - the result of resampling or conversion from to a render-loop compatible collection

Gets the count in the I direction

Gets the count in the J direction

Gets the raw, wrapped values as

Gets the X value at index j

The j index. The X-value as double

Gets the Z value at index i

The i index. The Z-value as double

This contains the result of resampling or conversion from to a render-loop compatible collection

Initializes a new instance of the class.

The grid data series.

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

Gets the count in the I direction

Gets the count in the J direction

Gets the raw, wrapped values as

Gets the X value at index j

The j index. The X-value as double

Gets the Z value at index i

The i index. The Z-value as double

Gets the X value by indices.

The i index. The j index. The X-value.

Gets the Y value by indices.

The i index. The j index. The Y-value.

Gets the Z value by indices.

The i index. The j index. The Z-value.

Gets the Synchronization object

Gets or sets a value indicating whether the wrapped DataSeries is Dirty. This will be set to True when the DataSeries has changes, and must be set to False after creating a 3D mesh

By setting this to FALSE after a mesh is created, you can cache meshes until the data changes again

The NonUniformGridDataSeries3D wraps a 2D array of type which become the Y-values (heights) in various RenderableSeries For instance, in the the Y-values map to the heights, whereas the , , , defines the X and Z values

The X,Y,Z type.

Initializes a new instance of the class.

Size in the X direction. Size in the Z direction. Defines the grid mapping to X data range. Defines the grid mapping to Y data range.

The type of the x. The type of the y. The type of the z.

Initializes a new instance of the class.

Size in the X direction. Size in the Z direction. Defines the grid mapping to X data range. Defines the grid mapping to Y data range.

Gets the total extents of the in the X direction.

Gets the total extents of the in the Z direction.

Computes the X data-value at the specified index

Computes the Z data-value at the specified index

The UniformGridDataSeries3D wraps a 2D array of type which become the Y-values (heights) in various RenderableSeries For instance, in the the Y-values map to the heights, whereas the , , , defines the X and Z values

The X,Y,Z type.

Initializes a new instance of the class.

Size in the X direction. Size in the Z direction.

The type of the x. The type of the y. The type of the z.

Initializes a new instance of the class.

Size of the x. Size of the z.

Gets the total extents of the in the X direction.

Gets the total extents of the in the Z direction.

Gets the start X value, that is, the X data-value at this.InternalArray[0, z]

Gets the step-X value, that is, the data-value size between each element in the grid in the X-direction

Gets the start Z value, that is, the Z data-value at this.InternalArray[x, 0]

Gets the step-Z value, that is, the data-value size between each element in the grid in the Z-direction

Computes the X data-value at the specified index

Computes the Z data-value at the specified index

Enumerates possible dirty states of the Data Series 3D.

Data Series is clean

3D Mesh is dirty

Heightmap is dirty

Abstract base type for 3D Data Series, based on the Heightmap.

Gets or sets a value indicating whether this instance is dirty. If dirty, cached data must be re-calculated. You can set this value = true to force recalculation of caches

Gets or sets value determining whether the mesh is dirty. If dirty, cached data must be re-calculated.

Gets or sets value determining whether the heightmap is dirty. If dirty, cached data must be re-calculated.

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

Determines whether mesh should be marked as dirty after resuming updates. Determines whether heightmap should be marked as dirty after resuming updates. The disposable Update Suspender.

Invoked right after Dirty State changed to indicated that the mesh is invalid.

Invoked right after Dirty State changed to indicated that the heightmap is invalid.

Defines the base interface to a DataSeries3D which provides a data-source for .

DataSeries are assigned to the RenderableSeries via the property. Any time a DataSeries is appended to, the parent will be redrawn.

Event raised whenever points are added to, removed or one or more DataSeries3D properties changes, requiring a redraw of the parent .

Gets or sets the name of this series.

Gets or sets the parent which this instance is attached to.

Gets the total extents of the in the X direction.

Gets the total extents of the in the Y direction.

Gets the total extents of the in the Z direction.

Gets or sets a value indicating whether this instance is dirty. If dirty, any cached data must be re-calculated. You can set this value to True to force recalculation of caches.

Raises the event. May be called by DataSeries3D or by user code to trigger a redraw on the ParentSurface. The event is not raised while is True.

Converts a DataSeries to a derived type, for use during the render pass

The type of The PointSeries, which may be used for drawing

Clears the DataSeries.

Gets the bounding box for the data (containing , , ).

Defines the interface to a : a class which wraps anarray of type T and allows conversion to double at index i,j

Gets the of the inner array

Gets and converts the i'th item to

The index. The value at index i as

Gets and converts the internal array as doubles, storing the value in outputArray

A class which wraps an array of type T and allows conversion to double at index i

Initializes a new instance of the class.

The input array. The count.

Gets the of the inner array

Gets the at the specified index.

The . The index.

Gets and converts the internal array as doubles, storing the value in outputArray

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

Gets the X value by indices.

The i index. The j index. The X-value.

Gets the Y value by indices.

The i index. The j index. The Y-value.

Gets the Z value by indices.

The i index. The j index. The Z-value.

Defines the base interface to a , the data source for the .

Performs selection or deselection of data rows at specified .

The indices of row to select. Value indicating whether select or deselect the rows.

Returns a list of Z indices of selected data rows.

The WaterfallDataSeries3D wraps a 2D array of type which become the Y-values (heights) in various RenderableSeries. For instance, in the the Y-values map to the heights of chart slices, whereas the , , , defines the X and Z values.

The type of the X, Y, Z.

Creates an instance of a .

The size of every data row. The amount of data rows.

Creates an instance of a .

The size of every data row. These Z values define positions of every data row.

The type of the x. The type of the y. The type of the z.

Creates an instance of a .

The size of every data row. The amount of data rows.

Creates an instance of a .

The size of every data row. These Z values define positions of every data row.

Gets the total extents of the in the Z direction.

Returns the Z data-value at the specified index.

Clears the , resetting its X,Z size.

The new XSize. The new ZSize.

Returns a list of Z indices of selected data rows.

Pushes a row into the array, which discards one old row in the First In First Out fashion. Use this method to scroll the Waterfall in the Z-direction.

The new Z value. The new Y row.

Performs selection or deselection of data rows at specified .

The indices of row to select. Value indicating whether select or deselect the rows.

A Placeholder interface for PointSeries - the result of resampling or conversion from DataSeries to a render-loop compatible collection

Gets the Synchronization object

Gets or sets a value indicating whether the wrapped DataSeries is Dirty. This will be set to True when the DataSeries has changes, and must be set to False after creating a 3D mesh

By setting this to FALSE after a mesh is created, you can cache meshes until the data changes again

Provides the interface for metadata for 3D vertices.

Gets or sets the parent .

Gets or sets a value indicating whether this data-point is selected.

Gets or sets the overridden VertexColor for this point. Defaults to null (which means use default color provided by the .

Gets or sets the custom scaling for this point. Defaults to 1.0.

A metadata class for 3D vertices. Implements . Stores scale, color, IsSelected and a user-defined object (tag)

Occurs when a property value changes.

Initializes a new instance of the class.

Color of the vertex. The point scale. if set to true [is selected]. The tag.

Gets or sets the parent

Gets or sets the custom scaling for this point. Defaults to 1.0

Gets or sets the overridden VertexColor for this point. Defaults to null (which means use default color provided by the

Gets or sets a value indicating whether this data-point is selected.

Gets or sets a custom object or Tag. You can pass through your own Tags to PointMetadata3D and use it in , or tooltips or selection callbacks

Raises the event

Name of the property.

Called when the parent data-series changes

The type of update.

Provides a ViewModel for an XYZ Data-point to assist binding in tooltips and data-point selection

The TX,TY and TZ type of the data

Initializes a new instance of the class.

The index. The x. The y. The z. The point metadata3 d.

Provides a ViewModel for an XYZ Data-point to assist binding in tooltips and data-point selection

The TX type of the data The TY type of the data The TZ type of the data

Initializes a new instance of the class.

The index. The x. The y. The z. The point metadata3 d.

Gets or sets the index to the data

Gets or sets the x value

Gets or sets the y value

Gets or sets the z value

Gets or sets the

Defines the index to an , a derived type which is a stream of X,Y,Z values

Gets the count of the IXyzDataSeries3D

Performs selection on the provided indices. If indices == null applies the flag to all data-points, else, applies the flag just to the defined data-points

Defines the index to an , a derived type which is a stream of X,Y,Z values

The type of the x. The type of the y. The type of the z.

Gets the Z values

Gets the Y values

Gets the Z values

Gets the W values, which are optional point-metadatas per Xyzw point

Appends a single X, Y0, Y1 point to the series, automatically triggering a redraw

The X-value The Y-value The Z-value The W-value, which contains metadata about the point

Appends a collection of X, Y0 and Y1 points to the series, automatically triggering a redraw

The X-values The Y-values The Z-values /// The W-values, which contain metadata about the point

Updates (overwrites) the Y0, Y1 values at the specified X-value. Automatically triggers a redraw

The Index to update The X-value The Y-value The Z-value The W-value, which contains metadata about the point

Inserts an X, Y, Z point at the specified index. Automatically triggers a redraw

The index to insert at The X-value The Y-value The Z-value The W-value, which contains metadata about the point

Inserts a collection of X, Y and Z points at the specified index, automatically triggering a redraw

The index to insert at The X-values The Y-values The Z-values The W-values, which contains metadata about the point

Removes the X,Y,Z values at the specified index

The index to remove at

Removes a range of points starting from the specified index

Starting index of the range of elements to remove The number of elements to remove

An XyzDataSeries3D is a type which provides a stream of X,Y,Z points of type

The type of all points.

An XyzDataSeries3D is a type which provides a stream of X,Y,Z points of type , ,

Initializes a new instance of the class.

Gets the computed XRange, which is an

Note: The performance implications of calling this is the XyzDataSeries3D will perform a full recalculation on each get. It is recommended to get and cache if this property is needed more than once

Gets the computed YRange, which is an

Note: The performance implications of calling this is the XyzDataSeries3D will perform a full recalculation on each get. It is recommended to get and cache if this property is needed more than once

Gets the computed ZRange, which is an

Note: The performance implications of calling this is the XyzDataSeries3D will perform a full recalculation on each get. It is recommended to get and cache if this property is needed more than once

Gets the Z values

Gets the Y values

Gets the Z values

Gets the W values

Gets the count of the IXyzDataSeries3D

Gets or sets a value indicating whether this instance is dirty. If dirty, any cached data must be re-calculated. You can set this value to True to force recalculation of caches.

Appends a single X, Y0, Y1 point to the series, automatically triggering a redraw

The X-value The Y-value The Z-value The W-value, which contains metadata about the point

Appends a collection of X, Y0 and Y1 points to the series, automatically triggering a redraw

The X-values The Y-values The Z-values The W-value, which contains metadata about the point

Updates (overwrites) the Y0, Y1 values at the specified X-value. Automatically triggers a redraw

The Index to update The X-value The Y-value The Z-value The W-value, which contains metadata about the point

Inserts an X, Y, Z point at the specified index. Automatically triggers a redraw

The index to insert at The X-value The Y-value The Z-value The W-value, which contains metadata about the point

Inserts a collection of X, Y and Z points at the specified index, automatically triggering a redraw

The index to insert at The X-values The Y-values The Z-values The W-values, which contains metadata about the point

Removes the X,Y,Z values at the specified index

The index to remove at

Removes a range of points starting from the specified index

Starting index of the range of elements to remove The number of elements to remove

Converts a DataSeries to a derived type, for use during the render pass

The type of The PointSeries, which may be used for drawing

Clears the DataSeries

Performs selection on the provided indices. If indices == null applies the flag to all data-points, else, applies the flag just to the defined data-points

Appends a single metadata value to the end of the list.

Defines the interface to a XyzPointSeries3D - the result of resampling or conversion from to a render-loop compatible collection

Gets the count of the point series

Gets the underlying raw X values wrapped in a

Gets the underlying raw Y values wrapped in a

Gets the underlying raw Z values wrapped in a

Gets the underlying raw values

Defines the interface to a , a viewmodel to a renderable series, which is used in the new MVVM API.

Gets or sets whether the series is visible when drawn

Gets or sets the Stroke.

The color of the series.

Gets or sets whether the series is selected.

Gets or sets the DataSeries associated with this series

Gets or Sets an optional instance, which may be used to override specific data-point colors during rendering. For more details, see the documentation

Gets or sets the point marker which may be rendered at points on the 3D series.

Contains a collection of RenderableSeries and associated RenderableSeriesViewModels

Initializes a new instance of the class.

Encapsulates logic of displacement value and axes propagation vector encoding.

Calculates displacement value in the coordinate space.

Displacement value to in the date coordinate space. Calculated displacement value in the coordinate space.

Gets displacement propagation value for each axes.

Displacement propagation value for X axis. Displacement propagation value for Y axis. Displacement propagation value for Z axis.

A class for a which uses data as input, and transforms into scene geometry

Transforms data from an IPointSeries3D into series specific type, that holds all the necessary data to create mesh.

Transforms data from an IPointSeries3D into a list of data-values (Vector3D) and PointMetadata3D. Used to create the mesh

Performs a HitTest operation on the of type , returning the containing the result

Defines a class which extends the original and is created internally per every of appropriate type in MVVM scenarios

Initializes a new instance of the class.

Defines a class which extends the original and is created internally per every of appropriate type in MVVM scenarios

Initializes a new instance of the class.

Defines a class which extends the original and is created internally per every of appropriate type in MVVM scenarios

Initializes a new instance of the class.

Defines a class which extends the original and is created internally per every of appropriate type in MVVM scenarios

Initializes a new instance of the class.

Defines a class which extends the original and is created internally per every of appropriate type in MVVM scenarios

Initializes a new instance of the class.

Defines a class which extends the original and is created internally per every of appropriate type in MVVM scenarios

Initializes a new instance of the class.

Called when the property changes

The sender. The instance containing the event data.

Defines a class which extends the original and is created internally per every of appropriate type in MVVM scenarios

Initializes a new instance of the class.

Defines a class which extends the original and is created internally per every of appropriate type in MVVM scenarios

Initializes a new instance of the class.

Called when the property changes

The sender. The instance containing the event data.

Releases unmanaged and - optionally - managed resources.

SceneEntity added to the 3D Scene which draws a Waterfall Chart. See also the .

Creates a instance for a .

When overridden in a derived class, updates all 3D meshes from Data

The data values.

Updates all the parameters in native entity.

Performs selection on this entity, setting the IsSelected flag to True or False on the specified Vertex Ids

if set to true the vertices become . The vertex ids.

Returns a that corresponds to .

A base class for a which uses data as input, and transforms into scene geometry.

Transforms data from an IPointSeries3D into series specific type, that holds all the necessary data to create mesh.

Performs a HitTest operation on the of type , returning the containing the result

Converts the result of a Hit-Test operation () to a class, which may be used as a ViewModel when outputting series values as bindings. is used by the class

Defines the DrawLabelsMode for XY axis plane on the

Defines the DrawLabelsMode attached property

Sets the DrawLabelsMode attached property

The element. The value.

Gets the DrawLabelsMode attached property

The element.

Defines the DrawLabelsMode for ZX axis plane on the

Defines the DrawLabelsMode attached property

Sets the DrawLabelsMode attached property

The element. The value.

Gets the DrawLabelsMode attached property

The element.

Defines the DrawLabelsMode for ZY axis plane on the

Defines the DrawLabelsMode attached property

Sets the DrawLabelsMode attached property

The element. The value.

Gets the DrawLabelsMode attached property

The element.

Enumeration constants to define the Coordinate mode used to place an object model.

WorldCoordinates, requires that coordinates X, Y, Z are world coordinates.

DataCoordinates, requires that coordinates X, Y, Z are data-values.

Relative, requires that coordinates X, Y, Z are double values between 0.0 and 1.0.

A class which have parameters for 3D rotation.

Gets or Sets the 3D axis of rotation direction X, Y or Z.

Gets or Sets rotation angle.

A class which allows loading and converts to bites *.obj model file or object model file .

Initializes a new instance of the class.

Initializes a new instance of the class and specified the object model file . will be closed automatically.

The object model file

Initializes a new instance of the class and specified the source of the object model file.

The source of the object model file

Gets or sets the source of the object model file.

Sets the of the object model file. will be closed automatically.

A class which allows loading *.jpg, *.png texture file or texture file .

Initializes a new instance of the class.

Initializes a new instance of the class using the specified texture file . will be closed automatically.

The texture file

Initializes a new instance of the class using the specified source of the *.jpg, *.png texture file.

The object model source file

Sets the of the *.jpg, *.png texture file. will be closed automatically.

Gets or sets the source of the object model file.

Defines the class for object model within SciChart3D.

Defines the Position dependency property

Defines the Scale dependency property

Defines the DrawBoundingBox dependency property

Defines the BoundingBoxStrokeThickness dependency property

Defines the BoundingBoxStroke dependency property

Defines the Source dependency property

Defines the CoordinateMode dependency property

Defines the Rotation dependency property

Defines the TextureSource dependency property

Defines the DiffuseColor dependency property

Initializes a new instance of the class.

Initializes a new instance of the class using the specified object model source and diffuse model color.

The object model source file The diffuse model color

Initializes a new instance of the class using the specified texture file . will be closed automatically.

The object model file . will be closed automatically. The diffuse model color

Initializes a new instance of the class using the specified object model source file and texture source file.

The object model source file The texture source file

Initializes a new instance of the class using the specified texture file and texture file . All Streams will be closed automatically.

The object model file . will be closed automatically. The texture file . will be closed automatically.

Gets or sets the of the bounding model box.

Gets or sets the diffuse of the object model

Gets or sets the to use when setting texture source for object model. It allows loading *.jpg, *.png texture file or texture file .

Gets or sets the to use when placing the object model. E.g. the default of DataCoordinates requires that X,Y,Z coordinates are data-values. The value of Relative requires that X,Y,Z are double values from 0.0 to 1.0. And the WorldCoonrdinates value requires that X,Y,Z are double values world coordinates.

Gets or sets the parameters for object model rotation.

Gets or sets the to use when setting object model source. It allows loading *.jpg, *.png texture file or texture file .

Gets or sets the bounding box lines thickness.

Gets or sets a value indicating whether to draw bounding box or not.

Gets or sets the scale factor of the object model.

Gets ot sets the position of the object model.

Gets or sets whether this Element is attached to a parent

true if this instance is attached; otherwise, false.

Gets or sets the parent to perform operations on

Load the object model.

Object model file

Load the object model.

Object model file

Load the object model texture.

Object model texture file

Load the object model texture.

Object model texture file

A class which allows loading of Wavefront *.obj files into the 3D Scene

The XAxis , which converts pixel to world coordinates.

The YAxis , which converts pixel to world coordinates.

The ZAxis , which converts pixel to world coordinates.

Enumerates possible styles of the 3D font.

Defines the wrapper for the the class from the c++, which provide text drawing functionality

Initializes a new instance of the class.

Begins creating the text on the 3D surface

Ends creating the text and draws it on the 3D surface

Adds text which will be rendered after method was called

Releases unmanaged and - optionally - managed resources.

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

Defines the interface to a SolidMesh, a re-usable 3D model consisting of triangles which may be dynamically created, frozen, and repeatedly drawn.

Sets texture coordinates for the current vertex.

Sets a to render on the current mesh.

A texture to be rendered.

Sets a position of the current vertex.

The which defines the position.

Defines a re-usable 3D model consisting of triangles which may be dynamically created, frozen, and repeatedly drawn.

Creates an instance of a .

Sets the opacity for the current vertex.

The opacity.

Sets the Vertex Color of the current vertex.

The color. This instance is frozen and no further modifications may be made

Sets the Vertex Color of the current vertex

32-bit representation of ARGB color. This instance is frozen and no further modifications may be made

Sets texture coordinates for the current vertex.

Sets the X,Y,Z,W value of the current vertex

The x. The y. The z. The w parameter, often the size.

Sets a position of the current vertex.

The which defines the position.

Sets the X,Y,Z position of the current vertex

The x. The y. The z.

Freezes this instance. No further drawing may be done

Sets a to render on the current mesh.

A texture to be rendered.

Draws this instance.

Must call ImmediatePointsContext.Freeze() to complete the vertices before calling Draw()

Draws this instance.

Must call ImmediatePointsContext.Freeze() to complete the vertices before calling Draw()

Sets the selection identifier for the current vertex.

The selection identifier.

Releases unmanaged and - optionally - managed resources.

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

Base class to expose properties and methods for derived types

Occurs when a property changes in the implementation

Gets or sets the parent to perform operations on

Returns the XAxis on the parent

Returns the YAxes on the parent

Returns the ZAxis on the parent

Gets the which provides access to services throughout SciChart. ServiceContainers are created one per instance, and shared between peripheral components such as , , instances. For a full list of available services, see the remarks on

Gets the instance on the parent , which acts as a canvas to place UIElements

Gets or sets whether this Element is attached to a parent

true if this instance is attached; otherwise, false.

Gets the which is the root component for the , containing the XAxis, YAxes, ModifierSurface, RenderSurface and GridLinesPanel

Called when the element is attached to the Chart Surface

Called immediately before the element is detached from the Chart Surface

Raises the which causes the parent to invalidate

Gets the TemplateChild by the specified name and casts to type , asserting that the result is not null

The Type of the templated part Name of the templated part. The template part instance Unable to Apply the Control Template. Child is missing or of the wrong type

Raises the PropertyChanged event, as part of implementation

Name of the property.

Defines the base class to a Chart Modifier, which can be used to extend the interactivity or rendering of the

Defines the ReceiveHandledEvents DependencyProperty

Defines the IsEnabled Attached Property

Defines the ExecuteOn DependencyProperty

Defines the ExecuteWhen DependencyProperty

Initializes a new instance of the class.

Called when the element is attached to the Chart Surface

Called immediately before the element is detached from the Chart Surface

Gets or sets a value indicating whether this element is enabled in the user interface (UI).

true if the element is enabled; otherwise, false. The default value is true.

Determines when the executes, e.g. will cause the modifier to execute on mouse double click click of the parent

Determines which keyboard modifiers filter when the executes, e.g. will cause the modifier to only work if SHIFT is pressed when the is focussed

Gets or sets a value, indicates whether current modifier handles events which have already been marked as handled

Gets if the Left mouse button is currently down

Gets if the Middle mouse button is currently down

Gets of the right mouse button is currently down

Gets the Viewport3D - which is the 3D DirectX viewport used to render the scene

Gets the root , which is the root node for the entire 3D scene

Gets whether the user is currently dragging the chart

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

Gets modifier name

Attempts to force capture of the mouse to this element.

true if the mouse is successfully captured; otherwise, false.

Releases the mouse capture, if this element held the capture.

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.

Transforms the input point relative to the element. Can be used to transform points relative to the , or for instance.

The input point The element to translate points relative to The output point

Called when a Mouse DoubleClick occurs on the parent

Arguments detailing the mouse button operation

Called when a Mouse Button is pressed on the parent

Arguments detailing the mouse button operation

Called when the Mouse is moved on the parent

Arguments detailing the mouse move operation

Called when a Mouse Button is released on the parent

Arguments detailing the mouse button operation

Called when the Mouse Wheel is scrolled on the parent

Arguments detailing the mouse wheel operation

Called when a Multi-Touch Down interaction occurs on the parent

Arguments detailing the manipulation operation

Called when a Multi-Touch Move interaction occurs on the parent

Arguments detailing the manipulation operation

Called when a Multi-Touch Up interaction occurs on the parent

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 inertia is starting

Arguments detailing the manipulation 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

Called when the DataContext of the changes

Gets whether the mouse point is within the bounds of the hit-testable element. Assumes the mouse-point has not been translated yet (performs translation)

Called when the IsEnabled property changes on this instance

Called when the mouse leaves the parent

Called when the mouse enters the parent

Determines whether the currently pressed mouse buttons matches the . Used to filter events such as zoom or pan on right mouse button

Determines whether the currently pressed modifier key matches the . Used to TODO

The FreeLookModifier3D provides the behaviour of free look (free rotation of camera, plus movement) by dragging the mouse and via keyboard shortcuts It can be enabled by setting an FreeLookModifier3D on the property, or as part of a

Defines the DependencyProperty

Initializes a new instance of the class. The FreeLookModifier3D provides the behaviour of free look (free rotation of camera, plus movement) by dragging the mouse and via keyboard shortcuts It can be enabled by setting an FreeLookModifier3D on the property, or as part of a

Gets or sets the key which moves the camera Down in world space

Gets or sets the key which moves the camera Up in world space

Gets or sets the key which moves the camera Left in world space

Gets or sets the key which moves the camera Right in world space

Gets or sets the key which moves the camera Backwards in world space

Gets or sets the key which moves the camera Forwards in world space

Gets or sets the Movement Speed, e.g. world units traversed on key-press

Called when the Mouse is moved on the parent

Arguments detailing the mouse move operation

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

Arguments detailing the key event

Computes position, target vectors and ortho zoom factor depending on keys pressed

The camera. The position vector. The target vector. The ortho zoom factor. True if any update occurred

Defines the interface to a , which can be used to extend the interactivity or rendering of the

Gets or sets the parent to perform operations on

An abstract base class which factors out handling of Tooltips and Axis Labels which are shared in the and derived types

Defines the RolloverMode DependencyProperty

The Current MousePoint on the parent

Initializes a new instance of the class.

Gets or sets type of series on which interaction is performed

Called when the element is attached to the Chart Surface

Called immediately before the element is detached from the Chart Surface

Called when the mouse leaves the parent

When overriden in a derived class, this method should clear all markers and tooltips from the

Called when the Mouse is moved on the parent

Arguments detailing the mouse move operation

General logic for processing mouse events

When overridden in derived classes, indicates whether mouse point is valid for current modifier

When overriden in a derived class, called to handle the Master MouseMove event

The current Mouse-point

Enumerates RenderableSeries on the parent and gets objects in given point

Called internally, gets the SeriesInfo on all RenderableSeries using the provided hit-test function

The hit-test function The seriesinfo list

When overridden in derived classes, indicates whether result of hit-test should be returned from the method.

When overridden in derived classes, indicates whether the series should be inspected in order to get inside the method.

Defines a custom chart modifier which provides a Legend control on the .

Defines the LegendData DependencyProperty

Defines the LegendPlacement DependencyProperty

Defines the LegendTemplate DependencyProperty

Defines the LegendOrientation DependencyProperty

Defines the ShowSeriesMarkers DependencyProperty

Defines the ShowVisibilityCheckboxes DependencyProperty

Defines the ShowLegend DependencyProperty

Defines the SciChartLegend DependencyProperty

Initializes a new instance of the class.

The LegendData object provides a collection of which can be bound to in ItemsControls or SciChartLegend control.

Used in combination with = true. If true, shows the Visibility Checkboxes in the automatically generated legend.

Used in combination with = true. If true, shows the Series Markers in the automatically generated legend

Used in combination with = true. Defines the placement of the auto-generated legend

Gets or sets the Legend Item Template, which provides UI that binds to a single instance.

Used in combination with = true. An optional control template for the auto-generated control

Gets or sets the Orientation of the Legend Items, e.g. Vertical, or Horizontal

If true, then the LegendModifier automatically shows and hosts a inside the chart surface, according to . If false, then the user may provide an alternative legend control

Called when the element is attached to the Chart Surface

Called immediately before the element is detached from the Chart Surface

When overriden in a derived class, this method should clear all markers and tooltips from the

When overriden in a derived class, called to handle the Master MouseMove event

The current Mouse-point

Called when the Mouse is moved on the parent

Arguments detailing the mouse move operation

When overridden in derived classes, indicates whether result of hit-test should be returned from the method.

Refreshes the legend with up-to-date with series names, latest values

Does a replace of the data on the OldSeriesInfo instance with data from NewSeriesInfo

Allows a collection of modifiers to be set on the property. Child modifiers are stored in the collection, which is backed by a DependencyProperty so may be bound to in Xaml.

Defines the ChildModifiers DependencyProperty

Initializes a new instance of the class.

The child modifier collection.

Gets or sets a collection of child modifiers in this group

The child modifiers.

Gets the with the specified name.

The . The name.

Gets the at the specified index.

The . The index.

Called when the Chart Modifier is attached to the Chart Surface

Called immediately before the Chart Modifier is detached from the Chart Surface

Called when the IsEnabled property changes on this instance

Called when a Mouse DoubleClick occurs on the parent

Arguments detailing the mouse button operation

Called when a Mouse Button is pressed on the parent

Arguments detailing the mouse button operation

Called when the Mouse is moved on the parent

Arguments detailing the mouse move operation

Called when a Mouse Button is released on the parent

Arguments detailing the mouse button operation

Called when the Mouse Wheel is scrolled on the parent

Arguments detailing the mouse wheel operation

Called when the mouse leaves the Master of current

Called when a Multi-Touch Down interaction occurs on the parent

Arguments detailing the manipulation operation

Called when a Multi-Touch Move interaction occurs on the parent

Arguments detailing the manipulation operation

Called when a Multi-Touch Up interaction occurs on the parent

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 inertia is starting

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

Determines whether the current has a child modifier of the desired type

The type of child modifier to search for true if the current has a chlid modifier by this type; otherwise, false.

Called when the DataContext of the changes

The sender. The instance containing the event data.

The MouseWheelZoomModifier3D provides the behaviour of zoom (changing camera radius to target) by spinning the mouse-wheel It can be enabled by setting an MouseWheelZoomModifier3D on the property, or as part of a

Defines The DependencyProperty

Initializes a new instance of the class. The MouseWheelZoomModifier3D provides the behaviour of zoom (changing camera radius to target) by spinning the mouse-wheel It can be enabled by setting an MouseWheelZoomModifier3D on the property, or as part of a

Gets or sets the mouse wheel sensitivity factor. Default is 20.0f, this is the amount of world units that the camera adjusts its radial distance by on each mousewheel delta

Called when the Mouse Wheel is scrolled on the parent

Arguments detailing the mouse wheel operation

The OrbitModifier3D provides the behaviour of orbit (rotation around camera target) by dragging the mouse It can be enabled by setting an OrbitModifier3D on the property, or as part of a

Defines the DegreesPerPixelSensitivity DependencyProperty

Initializes a new instance of the The OrbitModifier3D provides the behaviour of orbit (rotation around camera target) by dragging the mouse It can be enabled by setting an OrbitModifier3D on the property, or as part of a

Gets or sets a value indicating whether this is dragging.

true if dragging; otherwise, false.

Gets or sets the last mouse point.

Defines the number of degrees (angle) to orbit the target for each pixel of mouse-move.

Called when a Mouse Button is pressed on the parent

Arguments detailing the mouse button operation

Called when the Mouse is moved on the parent

Arguments detailing the mouse move operation

Called when a Mouse Button is released on the parent

Arguments detailing the mouse button operation

The provides zooming of the with the pinch gesture

Defines the ZoomScaleSensitivityProperty DependencyProperty

Adjusts the sensitivity of zoom scaling, e.g. 1.0f is the default, 2.0f means twice as sensitive, 0.5f means half as sensitive etc...

Called when a touch manipulation delta occurs

Arguments detailing the manipulation operation.

Defines the class which is used only to expose style for the crosshair lines and used in the

Defines the ProjectionMode dependency property

Defines the CrosshairOverlayStyle dependency property

Initializes a new instance of the class

Gets or sets the projection mode.

Gets or sets the style applied to the modifier overlays (TargetType=Line)

The crosshair's style.

Defines the class which is used only to expose style for the crosshair lines projection and used in the

Defines the ShowXy dependency property

Defines the XyLineStyle dependency property

Defines the ShowXz dependency property

Defines the XzLineStyle dependency property

Defines the ShowYz dependency property

Defines the YzLineStyle dependency property

Initializes a new instance of the class

Gets or sets value, indicates whether show crosshair projection on the XY plane or not

Gets or sets the style applied to the crosshair projection on the XY plane (TargetType=Line)

Gets or sets value, indicates whether show crosshair projection on the XZ plane or not

Gets or sets the style applied to the crosshair projection on the XZ plane (TargetType=Line)

Gets or sets value, indicates whether show crosshair projection on the YZ plane or not

Gets or sets the style applied to the crosshair projection on the YZ plane (TargetType=Line)

Defines an entity which renders the Crosshair in the mode and it's projections on the planes

See also the See also the

Initializes a new instance of the class

Updates last hit vertex on method

Called when the 3D Engine wishes to render this element. This is where geometry must be drawn to the 3D scene

Defines the interface for and classes

Updates last hit vertex on method

Defines constants for different line Projection modes .

Crosshair projection does not appear.

Draws the full crosshair as the 3D crosshair projection on the planes. Draws the vertical and horizontal line with the center in the mouse point projected on the plane

Draws the actual 3D crosshair projection on the planes. Draws the lines from the mouse point projected on the plane to the axes.

The provides a mouse-over tooltip to a chart, outputting a single object to bind to which updates as the mouse moves over data-points. Add to a and set IsEnabled to true to enable this behaviour

Defines the Tooltip attached property

Sets the Tooltip attached property

Gets the Tooltip attached property

Defines the TooltipTemplate attached property

Sets the TooltipTemplate attached property

Gets the TooltipTemplate attached property

Defines the TooltipStyle attached property

Sets the TooltipStyle attached property

Gets the TooltipStyle attached property

Defines the IncludeSeries attached Property

Gets whether can be inspected by .

Sets whether can be inspected by .

Defines the ShowTooltipOn dependency property

Defines the CrosshairMode dependency property

Defines the CrosshairProjectionStyle dependency property

Defines the ShowAxisLabels dependency property

Defines the HoverDelay dependency property

Defines the TooltipLabelDataContext dependency property

Defines the CrosshairPlanesFill dependency property

Initializes a new instance of the class

Gets or sets when to show tooltips

Gets or sets the mode of the Crosshairs

Gets or sets the style applied to the modifier lines overlay projections (TargetType=Crosshair)

The crosshairs projection style.

Gets or sets value, indicates whether show labels on axes or not

Gets or sets delay for showing of tooltips in milliseconds

Gets or sets the function which is called internally to get a DataContext for a particular data point

Gets or sets the color in which is used to fill intersecting planes

Called when the element is attached to the Chart Surface

Called immediately before the element is detached from the Chart Surface

Creates a new for adding to the scene at the mouse point

Called when a Mouse Button is pressed on the parent

Arguments detailing the mouse button operation

When overriden in a derived class, this method should clear all markers and tooltips from the

When overriden in a derived class, called to handle the Master MouseMove event

The current Mouse-point

Called when a Mouse Button is released on the parent

Arguments detailing the mouse button operation

Called when the IsEnabled property changes on this instance

When overridden in derived classes, indicates whether result of hit-test should be returned from the method.

Checks property and returns value, indicating whether the tooltip has to be shown

Creates instances of

The VertexSelectionModifier3D provides the behaviour of mouse selection of vertices on a 3D chart It can be enabled by setting an VertexSelectionModifier3D on the property

Defines the IncludeSeries Attached Property. When set to True on a , the series will be included in vertex selection. When false, the series will be excluded

Defined DragReticuleStyle dependencyProperty. This is the style (TargetType=Rectangle) which is applied to the drag rectangle

Defines the MinDragSensitivity DependencyProperty

Initializes a new instance of the class.

Gets the StartPoint for the drag operation

Gets or sets the style to apply to the Drag Rectangle. TargetType is System.Windows.Shapes.Rectangle

Gets or sets the drag sensitivity - rectangles dragged smaller than this size in the diagonal will be ignored when selecting. Default is 10 pixels

Gets the include Series or not

Sets the include Series or not

Called when the Chart Modifier is attached to the Chart Surface

Called immediately before the Chart Modifier is detached from the Chart Surface

Called when a Mouse Button is pressed on the parent

Arguments detailing the mouse button operation

Called when the Mouse is moved on the parent

Arguments detailing the mouse move operation

Called when a Mouse Button is released on the parent

Arguments detailing the mouse button operation

Clears all drag reticules from the chart surface

Updates the drag reticule position.

The start point. The end point.

WORK IN PROGRESS: Intended to display the XYZ Axis gizmo in the bottom left of the screen.

Currently this behaviour is done in the C++ 3D Engine. This must be pulled up to C#

Called when the Chart Modifier is attached to the Chart Surface

Called immediately before the Chart Modifier is detached from the Chart Surface

The ZoomExtentsModifier3D provides the behaviour of zoom camera to fit on mouse double click on a 3D chart It can be enabled by setting an ZoomExtentsModifier3D on the property

Defines the dependency property

Initializes a new instance of the class. The ZoomExtentsModifier3D provides the behaviour of zoom camera to fit on mouse double click on a 3D chart It can be enabled by setting an ZoomExtentsModifier3D on the property

Gets or sets the reset position. This is the in 3D world coordinates where the Position is moved to on double-click of the mouse. NOTE: This option is only used when is false

Gets or sets the reset target. This is the in 3D world coordinates where the Target is moved to on double-click of the mouse NOTE: This option is only used when is false

Gets or sets the animation duration in milliseconds for any zoom operations

When true, attempts to auto-fit the camera radius to fit the scene. When false, uses the and instead

Gets a Command which can be bound to. Invokes the ZoomExtents operation

Called when a Mouse DoubleClick occurs on the parent

Arguments detailing the mouse button operation

Called when the dependency property changes

The interpolation value 0.0 to 1.0

Updates camera position and target

The position. The target.

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.

Forces DirectX9

Forces DirectX10/11. WARNING! May cause crashes on computers without DirectX10 or 11 GPU Capabilities

Loads unmanaged DLLs, dynamically choosing 32 or 64 bit depending on the current platform architecture

Initializes the native libraries

Allows forcing DirectX Version. Must be called once before SciChart3D is loaded in the application

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. 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. 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. 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. 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. 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. 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. 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. 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.

Vector2 structure for interop with C++ layer

Vector3 structure for interop with C++ layer

Vector4 structure for interop with C++ layer

the immediate mode vertex for interop with C++ layer

the immediate mode lines vertex for interop with C++ layer

Presents Frames Per Second on screen.

Defines an entity which draws an X-Y-Z line in Red Green Blue at the centre of the axis cube. Used to debug

Initializes a new instance of the class.

The world dimensions. The stroke thickness.

Called when the 3D Engine wishes to render this element. This is where geometry must be drawn to the 3D scene

The containing parameters for the current render pass.

Draws the XYZ Gizmo in the bottom left of the screen

Gets or sets

Keys for pre-packaged Textures

The default texture (blank)

The Circle texture

The Square/Quad texture

The Triangle texture

Keys for pre-packaged 3D meshes

The cube 3D mesh

The sphere 3D mesh

The pyramid 3D mesh

The cylinder 3D mesh

Wraps pre-packaged assets such as and used as point-markers

Gets the pre-packaged keyed by enum value

Enumeration constants to define the 3D axis X, Y or Z.

X axis.

Y axis.

Z axis.

Provides an abstract base class for 3D Axis in the SciChart3D Project

Defines the TickLabelAlignment DependencyProperty

Defines the PositiveSideClipping DependencyProperty

Defines the NegativeSideClipping DependencyProperty

Defines the PlaneBorderThickness DependencyProperty

Defines the PlaneBorderColor DependencyProperty

Defines the AxisPlaneBackgroundFill DependencyProperty

Defines the DrawLabels DependencyProperty

Defines the SmoothLabelOverlapAvoidance DependencyProperty. Excluded from public API for now, since it requires amending.

Defines the IsLabelCullingEnabled DependencyProperty

Initializes the class.

Initializes a new instance of the class.

Gets whether this instance has changes. When true, caches will be invalidated and the entire series drawn afresh. When false, where possible vertices will be cached

Gets or sets the ParentSurface that this Axis is associated with

The parent surface.

Gets whether the current axis is an Y-Axis or not

Gets or sets the Fill of the Axis Background. Defaults to Transparent.

If true : labels text is always on top

Gets or sets a value determining how Renderable Series is clipped by axis at its positive side.

Gets or sets a value determining how Renderable Series is clipped by axis at its negative side.

Gets or sets the TextAlignment of tick labels for the axis drawn in the 3D Viewport

Gets or sets a thickness of the axis plane border.

Gets or sets a color of the axis plane border.

Gets or sets value determining whether Label Overlap Avoidance Algorithm works smoothly, avoiding flickering effect while the 3D Camera changes its position.

Excluded from the public API, because this property causes issues with labels on axes. This behavior should be amended.

Gets or sets a value indicating whether Label Culling is enabled (when labels overlap) on this AxisPanel3D instance

Provides a DependencyProperty callback which invalidates the parent

Called when a dependency property changes that requires the parent surface redraws

When overridden in a derived class, is invoked whenever application code or internal processes call .

Invalidates the parent surface, asynchronously triggerring a redraw. Only works if the Axis is currently attached (check ParentSurface property != null)

Gets the maximum range.

Gets the size of the axis in the Viewport

Returns the offset of the Axis

Gets the current for this Axis, based on current Visible Range and axis type

CALLED INTERNALLY BY SCICHART: Performs computation before drawing (such as computing axis tick intervals, labels) and converts to an instance which is passed to the 3D renderer

The Axis requires a LabelProvider to format text labels. Please set the AxisBase3D.LabelProvider property to a valid LabelProvider

Called when a dependency property or Major/Minor Tick or Grid Lien Style changes changes that requires the parent surface redraws

Defines an entity which renders an Axis Cube in the 3D scene

Except it doesn't. Currently the Axis Cube is rendered in C++. Here is a TODO to pull it up to the C# layer

Called when the 3D Engine wishes to update the geometry in this element. This is where we need to cache geometry before draw.

The containing parameters for the current render pass.

Enumerates possible kinds of Renderable Series clipping by a particular side of the 3D axis

Default clipping is for X and Z Axis, and for Y Axis

Clipping is disabled

Renderable Series is clipped by visible range

Provides a Linear, Value DateTime Axis, capable of rendering DateTime ticks on the X-Axis of a .

All derived types have a property to define axis text labels, however a more advanced way of defining axis label text is via the property - expecting a custom derived type. In order to separately format cursor labels please see the or again implement a customer . All axis types have many properties to define how they operate. These include , , , , , . Finally, all axis components can be styled. Please see the examples suite, the XAML Styling examples to see how to use XAML to style axis elements.

Defines the SubDayTextFormatting DependencyProperty

Initializes a new instance of the class.

Gets or sets the Text Formatting String used for Axis Tick Labels when the range of the axis is sub-day

The text formatting.

Gets the Maximum Range of the axis, which is equal to the DataRange including any GrowBy factor applied

The DateTimeLabelProvider3D is a pass-through which uses the and properties to format axis and cursor label texts. It also uses the property to alter text-formatting when the date-range switches to intra-day

Formats a label for the cursor, from the specified data-value passed in

The data-value to format The formatted cursor label string

Formats a label for the axis from the specified data-value passed in

The data-value to format The formatted label string The DateTimeLabelFormatter is only valid on instances of DateTimeAxis

Defines the base interface to an used throughout Scichart

Gets whether this instance has changes. When true, caches will be invalidated and the entire series drawn afresh. When false, where possible vertices will be cached

Gets or sets the ParentSurface that this Axis is associated with

The parent surface.

Gets whether the current axis is an Y-Axis or not

Gets whether the current axis is an Z-Axis or not

Gets or sets the TextAlignment of tick labels for the axis drawn in the 3D Viewport

CALLED INTERNALLY BY SCICHART: Performs computation before drawing (such as computing axis tick intervals, labels) and converts to an instance which is passed to the 3D renderer

Gets or sets the FontFamily for the Axis

Gets or sets the FontSize for the axis

Gets or sets a value determining how Renderable Series is clipped by axis at its positive side.

Gets or sets a value determining how Renderable Series is clipped by axis at its negative side.

Gets or sets a instance, which may be used to override the formatting of text and cursor labels.

Enumeration constants to define alignment of Text in 3D space

Default alignment

Align (billboard) to camera

2D text

2D text, rotated with alignment to corresponding object ( i.e. tick )

Defines the interface to a logarithmic axis, the value axis which uses a logarithmic scale. The property determines which base is used for the logarithm.

Gets or sets the value which determines the base used for the logarithm.

Gets or sets used number format.

Provides a Logarithmic, Value Numeric Axis 3D, capable of rendering double, int, short, byte, long ticks on the X, Y or Z-Axis of a . The property determines which base is used for the logarithm.

Defines the DependencyProperty

Initializes a new instance of the class.

Gets or sets the value which determines the base used for the logarithm.

Gets a value indicating whether this instance is a logarithmic axis.

Gets or sets the to use when rendering axis labels

Gets an struct with info about the current axis setup

Checks whether the current meets .

Checks whether is valid visible range for this axis

CALLED INTERNALLY BY SCICHART: Performs computation before drawing (such as computing axis tick intervals, labels) and converts to an instance which is passed to the 3D renderer

Returns an instance of an which is used to compute the data-values of Axis Gridlines, Ticks and Labels. When overridden in a derived class (e.g. , the implementation of GetTickCalculator() changes to allow calculations specific to that axis type

An instance

Overridden by derived types, called internal to calculate MinorTicks, MajorTicks before Axis drawing

Returns an default non zero , called internally by SciChart to reset the VisibleRange of an axis to an undefined state

LogarithmicNumericLabelProvider3D class for LogarithmicNumericAxis3D

The NumericAxis3D provides a 3D axis type which supports numeric (Double, Single, Long, Int) values

Initializes a new instance of the class.

Gets or sets the major delta.

The major delta.

Gets or sets the minor delta.

The minor delta.

Gets or sets the MinimalZoomConstrain of the Axis. This is used to set minimum distance between Min and Max of the VisibleRange

The minimum distance between Min and Max of the VisibleRange

Returns an undefined , called internally by SciChart to reset the VisibleRange of an axis to an undefined state

Returns an default non zero , called internally by SciChart to reset the VisibleRange of an axis to an undefined state

Checks whether is of valid type for this axis

Called when a dependency property changes that requires the parent surface redraws

An instance

Calcuates the delta's for use in this render pass

Provides a Linear, Value TimeSpan Axis, capable of rendering TimeSpan ticks on the X,Y or Z-Axis of a .

Initializes a new instance of the class.

Gets the Maximum Range of the axis, which is equal to the DataRange including any GrowBy factor applied

A common base class for and

Returns an undefined , called internally by SciChart to reset the VisibleRange of an axis to an undefined state

Returns an default non zero , called internally by SciChart to reset the VisibleRange of an axis to an undefined state

Checks whether is not Null and is of valid type for this axis

Called when a dependency property changes that requires the parent surface redraws

Calcuates the delta's for use in this render pass

Returns an instance of an which is used to compute the data-values of , . Overridden by derived types to allow calculations specific to that axis type.

An instance

The TimeSpanLabelProvider3D is a pass-through which uses the and properties to format axis and cursor label texts from TimeSpan data types. Used by the type.

Formats a label for the cursor, from the specified data-value passed in

The data-value to format The formatted cursor label string

Formats a label for the axis from the specified data-value passed in

The data-value to format The formatted label string The DateTimeLabelFormatter is only valid on instances of DateTimeAxis

Defines a FrameworkElement-based implementation of , which may be constructed in XAML and properties may be bound to as they are DependencyProperties You can set Position, Target as Vectors in world coordinates, Field of View, Aspect ratio etc... A camera can be switched from prespective to orthogonal, or rotated around it's target. Cameras may be attached to the property and there are several implementations for MVVM or XAML based construction

Defines the DependencyProperty

Initializes a new instance of the class.

Occurs when a property value changes.

Event raised whenever the Camera properties are updated and the parent requires a redraw

When true, the Camera is zoomed to fit the parent scene bounds on attached

Gets or sets the Name or ID of the camera. Does not need to be unique, but can be used by the user to identify a camera

Gets or sets the Position of the Camera as an XYZ Vector3 in World Coordinates

Gets or sets the Target of the Camera as an XYZ Vector3 in World Coordinates

Gets or sets the Field of View Angle of the Camera in Degrees

Gets or sets the Near Clipping distance of the camera. Objects closer than this distance will be invisible to the camera

Gets or sets the Far Clipping distance of the camera. Objects farther than this distance will be invisible to the camera

Gets or sets the Pitch angle of the camera position relative to the target in DEGREES. This property may be manipulated to change the camera position

Gets or sets the Yaw angle of the camera position relative to the target in DEGREES. This property may be manipulated to change the camera position

Calculated Property: Gets or sets the Radius distance of the camera to target in World Units. This property may be manipulated to change the camera position

Gets or sets the Aspect Ratio of the viewport, e.g. 1.333f suggests width is 1.333 * height

Gets or sets the Camera Orthogonal Viewport height, used when ProjectionMode is Orthogonal

Gets or sets the Camera Orthogonal Viewport width, used when ProjectionMode is Orthogonal

Gets or sets the Camera projection mode, e.g. perspective or orthogonal

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

Calculated Property: Gets the Normalized Up Vector of the Camera as an XYZ Vector3 in World Coordinates

Calculated Property: Gets the Normalized Global Up Vector equal to Vector3(0,1,0) in LH Coordinate system

Calculated Property: Gets the Normalized Side Vector of the Camera as an XYZ Vector3 in World Coordinates

Calculated Property: Gets the Normalized Forward (direction) Vector of the Camera as an XYZ Vector3 in World Coordinates

INTERNAL USE ONLY: Gets or sets whether this camera is attached to the viewport

Switches the camera to Orthogonal mode

Switches the camera to Perspective mode

Resets the camera to default position, target and orientation

INTERNAL USE: Attaches the camera to the viewport

Converts the Vector3 in world space to a 2D screen coordinate, using the current View and Projection matrices

Converts the Vector3 in local coordinate space to a 2D screen coordinate, using the current View and Projection matrices

Calculates a Camera target and radius that will fit the bounding box completely inside the viewport. Uses a simple bounding-sphere algorithm


            // Given a current position, target (which gives camera direction)
            camera.Target = new Vector3(0,0,0);
            camera.Position = new Vector3(100,100,100);
            // Calculate optimum radius to fit the bounding box
            Vector3 newTarget;
            float newRadius;
            camera.CalculateRadiusToFit(new BoundingBox(/* ... */), out newTarget, out newRadius);
            // Update camera target and radius
            camera.Target = newTarget;
            camear.Radius = newRadius;

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

Called when the CameraId DependencyProperty changes

The old value. The new value.

Called when the Position DependencyProperty changes

The old value. The new value.

Called when the Target DependencyProperty changes

The old value. The new value.

Called when the FieldOfView DependencyProperty changes

The old value. The new value.

Called when the NearClip DependencyProperty changes

The old value. The new value.

Called when the FarClip DependencyProperty changes

The old value. The new value.

Called when the OrbitalPitch DependencyProperty changes

The old value. The new value.

Called when the OrbitalYaw DependencyProperty changes

The old value. The new value.

Called when the Radius DependencyProperty changes

The old value. The new value.

Called when the AspectRatio DependencyProperty changes

The old value. The new value.

Called when the ProjectionMode DependencyProperty changes

The old value. The new value.

Called when the OrthoWidth DependencyProperty changes

The old value. The new value.

Called when the OrthoHeight DependencyProperty changes

The old value. The new value.

Defines the enum values

The camera renders in perspective mode

The camera renders in Orthogonal mode

Defines the interface to a Camera in the scene You can set Position, Target as Vectors in world coordinates, Field of View, Aspect ratio etc... A camera can be switched from prespective to orthogonal, or rotated around it's target. Cameras may be attached to the property and there are several implementations for MVVM or XAML based construction