| NChartPointState Class |
The NChartPointState class provides methods to store state of a point. The state of a point is a complex of parameters
such as position brush used etc. for a particular period for a particular point. Each chart point should have at
least one state representing the data from the data source for this point but it can have multiple states. This
allows the animation of a chart through time while each NChartPointState represents the state of the point in a
particular time tick. The transition from one state to another is animated automatically by linear interpolation of
parameters stored in the states.
Inheritance HierarchyNamespace: NChart3D_UWP
Assembly: NChart3D_UWP (in NChart3D_UWP.dll)
SyntaxThe NChartPointState type exposes the following members.
Properties| Name | Description | |
|---|---|---|
 | BorderBrush |
Brush of the point's border.
See NChartBrush.
|
| Brush |
Brush that fills the point.
See NChartBrush.
|
| Circle |
Circle of a point state.
|
| Close |
Close value of a point state.
|
| DateX |
Date X value of a point state.
|
| DateY |
Date Y value of a point state.
|
| DateZ |
Date Z value of a point state.
|
| DoubleX |
Double X value of a point state.
|
| DoubleY |
Double Y value of a point state.
|
| DoubleZ |
Double Z value of a point state.
|
| Height |
Height of a point state.
|
| High |
High value of a point state.
|
| IntX |
Integer X value of a point state.
|
| IntY |
Integer Y value of a point state.
|
| IntZ |
Integer Z value of a point state.
|
| Low |
Low value of a point state.
|
| Marker |
Marker of the point.
See NChartMarker.
|
| Open |
Open value of a point state.
|
| Value |
Value of a point state.
|
Methods| Name | Description | |
|---|---|---|
 | Equals | (Inherited from Object.) |
| GetHashCode | (Inherited from Object.) |
| GetType | (Inherited from Object.) |
 | PointStateAlignedToXWithXLowHigh(Int32, Double, Double) |
Create a point state that is aligned to the X grid and has low and high values. This is the a typical
state for a band series drawn in 2D.
|
| PointStateAlignedToXWithXLowHigh(DateTimeOffset, Double, Double) |
Create a point state that is aligned to the X grid and has low and high values. This is the a typical
state for a band series drawn in 2D.
|
| PointStateAlignedToXWithXLowOpenCloseHigh(Int32, Double, Double, Double, Double) |
Create a point state that is aligned to the X grid and has low open close and high values. This is a typical
state for candlestick series drawn in 2D.
|
| PointStateAlignedToXWithXLowOpenCloseHigh(DateTimeOffset, Double, Double, Double, Double) |
Create a point state that is aligned to the X grid and has low open close and high values. This is a typical
state for candlestick series drawn in 2D.
|
| PointStateAlignedToXWithXY(Int32, Double) |
Create a point state representing the point that is aligned to the X grid. This is a typical state for column area
line and ribbon series if drawn in 2D.
|
| PointStateAlignedToXWithXY(DateTimeOffset, Double) |
Create a point state representing the point that is aligned to the X grid. This is a typical state for column area
line and ribbon series if drawn in 2D.
|
| PointStateAlignedToXZWithXYZ(Int32, Double, Int32) |
Create a point state representing the point that is aligned to the XZ grid. This is a typical state for column
area line and ribbon series if drawn in 3D. This can also be used for a surface.
|
| PointStateAlignedToXZWithXYZ(Int32, Double, DateTimeOffset) |
Create a point state representing the point that is aligned to the XZ grid. This is a typical state for column
area line and ribbon series if drawn in 3D. This can also be used for a surface.
|
| PointStateAlignedToXZWithXYZ(DateTimeOffset, Double, Int32) |
Create a point state representing the point that is aligned to the XZ grid. This is a typical state for column
area line and ribbon series if drawn in 3D. This can also be used for a surface.
|
| PointStateAlignedToXZWithXYZ(DateTimeOffset, Double, DateTimeOffset) |
Create a point state representing the point that is aligned to the XZ grid. This is a typical state for column
area line and ribbon series if drawn in 3D. This can also be used for a surface.
|
| PointStateAlignedToXZWithXZLowOpenCloseHigh(Int32, Int32, Double, Double, Double, Double) |
Create a point state that is aligned to the XZ grid and has low open close and high values. This is a typical
state for candlestick series drawn in 3D.
|
| PointStateAlignedToXZWithXZLowOpenCloseHigh(Int32, DateTimeOffset, Double, Double, Double, Double) |
Create a point state that is aligned to the XZ grid and has low open close and high values. This is a typical
state for candlestick series drawn in 3D.
|
| PointStateAlignedToXZWithXZLowOpenCloseHigh(DateTimeOffset, Int32, Double, Double, Double, Double) |
Create a point state that is aligned to the XZ grid and has low open close and high values. This is a typical
state for candlestick series drawn in 3D.
|
| PointStateAlignedToXZWithXZLowOpenCloseHigh(DateTimeOffset, DateTimeOffset, Double, Double, Double, Double) |
Create a point state that is aligned to the XZ grid and has low open close and high values. This is a typical
state for candlestick series drawn in 3D.
|
| PointStateAlignedToYWithXY(Double, Int32) |
Create a point state representing the point that is aligned to the Y grid. This is a typical state for bar series
if drawn in 2D.
|
| PointStateAlignedToYWithXY(Double, DateTimeOffset) |
Create a point state representing the point that is aligned to the Y grid. This is a typical state for bar series
if drawn in 2D.
|
| PointStateAlignedToYWithYOpenClose(Int32, Double, Double) |
Create a point state that is aligned to the Y grid and has open and close values. This is the a typical
state for a sequence series drawn in 2D.
|
| PointStateAlignedToYWithYOpenClose(DateTimeOffset, Double, Double) |
Create a point state that is aligned to the Y grid and has open and close values. This is the a typical
state for a sequence series drawn in 2D.
|
| PointStateAlignedToYZWithXYZ(Double, Int32, Int32) |
Create a point state representing the point that is aligned to the YZ grid. This is a typical state for bar series
if drawn in 3D.
|
| PointStateAlignedToYZWithXYZ(Double, Int32, DateTimeOffset) |
Create a point state representing the point that is aligned to the YZ grid. This is a typical state for bar series
if drawn in 3D.
|
| PointStateAlignedToYZWithXYZ(Double, DateTimeOffset, Int32) |
Create a point state representing the point that is aligned to the YZ grid. This is a typical state for bar series
if drawn in 3D.
|
| PointStateAlignedToYZWithXYZ(Double, DateTimeOffset, DateTimeOffset) |
Create a point state representing the point that is aligned to the YZ grid. This is a typical state for bar series
if drawn in 3D.
|
| PointStateWithCircleValue |
Create a point state representing the point that is aligned to the concentric circles. This is a typical state for
pie series if drawn in 2D.
|
| PointStateWithCircleValueHeight |
Create a point state representing the point that is aligned to the concentric circles and has the height. This is a
typical state for pie series if drawn in 3D.
|
| PointStateWithXYValue |
Create free (not aligned) 2D-space point state with value. This is a typical state for heatmap series
|
| PointStateWithXYZ |
Create free (not aligned) 3D-space point. This is a typical state for bubble or surface series. But you may use
this for other series types too.
|
| PointStateWithXYZValue |
Create free (not aligned) 3D-space point state with value. This is a typical state for surface series colored not by height, but by fourth component value.
|
| ToString | (Inherited from Object.) |
See Also