FreeformPointLineSeries Methods |
The FreeformPointLineSeries type exposes the following members.
Methods| Name | Description | |
|---|---|---|
 | AddPoints(SeriesErrorPoint, Boolean) |
Add points with error tolerance to end of series.
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| AddPoints(SeriesPoint, Boolean) |
Add points to end of series.
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| AddPoints(Double, Double, Boolean) |
Add points to end of series.
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| Clear |
Clear all points
(Overrides PointLineSeriesBaseClear.) |
| Dispose |
Release all resources used by this instance.
(Inherited from ChartNode.) |
| Equals | Determines whether the specified object is equal to the current object. (Inherited from Object.) |
| GetClipAreas |
Get clipping areas.
(Inherited from SeriesBaseXY.) |
| GetHashCode | Serves as the default hash function. (Inherited from Object.) |
| GetLastPoint |
Gets last (newest) point.
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| GetMinMaxFromXRange |
Get min and max Y value within given X range.
(Overrides PointLineSeriesBaseGetMinMaxFromXRange(Double, Double, Double, Double, Boolean).) |
| GetMinMaxFromXRangeIgnoreValue |
This is similar to GetMinMaxFromXRange, but tailored for Series with DataBreaking.
Get min and max Y value within given X range, but Ignore some values (gap defining value).
(Overrides PointLineSeriesBaseGetMinMaxFromXRangeIgnoreValue(Double, Double, Double, Double, Double).) |
| GetType | Gets the Type of the current instance. (Inherited from Object.) |
| GetXMinMax |
Get minimum X and maximum X of series X values.
(Overrides PointLineSeriesBaseGetXMinMax(Double, Double).) |
| GetXValues |
Get X values array.
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| GetYValues |
Get Y values array.
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| InvalidateData |
Invalidate data array. Statistics and draw data are recalculated.
(Overrides SeriesBaseXYInvalidateData.) |
| IsHighlighted |
returns true if the object is highlighted.
(Inherited from HighlightingItemBase.) |
| IsPositionOver |
Is position over series
(Inherited from PointLineSeriesBase.) |
| LoadFromCSV |
Loads series data from a CSV file. Note that this loads points according to value. So if you need to load both, change PointsType accordingly between two calls to this method.
(Overrides SeriesBaseXYLoadFromCSV(String, SeparatorCSV).) |
| RemoveHighlight |
Removes forced highlighting.
(Inherited from HighlightingItemBase.) |
| SaveToCSV |
Saves series data into CSV file. Note that this save points according to value. So if you need to save both, change PointsType accordingly between two calls to this method.
(Overrides SeriesBaseXYSaveToCSV(String, SeparatorCSV).) |
| SetClipAreas |
Set clipping areas. Give null to disable all clip areas.
(Inherited from SeriesBaseXY.) |
| SetHighlight |
Highlights the object.
(Inherited from HighlightingItemBase.)This is a kind of "forced" highlight, and the object might be highlighted even if the highlighting type (defined by Highlight property) is set to None. How the highlighting happens, if any, depends on object. Most objects use the defined type by default, and fall back to Simple highlighting if None is set. |
| SetProperCursor |
Set proper drag cursor. Default is hand.
(Inherited from PointLineSeriesBase.) |
| SetXValue |
Set X value of Points array item.
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| SetYValue |
Set Y value of Points array item.
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| SolveNearestDataPointByCoord |
Solve nearest data point to given X and Y screen coordinate [input in DIP].
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| SolveNearestDataPointByValue |
Solve nearest data point to given X and Y value.
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| SolveYCoordsAtXCoord |
Find all instances of FreeformPointLineSeries’ intersection with vertical line going through the given X-coordinate.
The intersection point is described by segment of line (pair of LineSeries’ points) it is found.
Each intersection point is returned as LineSeriesCoordinateSolveResult structure, and method returns the list of those structures.
Note that you might be interested in using SolveNearestDataPointByCoord(Int32, Int32, Double, Double, Int32) for some of the use cases. X-coordinate in pixels or DIP.Use DIP instead of pixels as parameters.Return ValueType:Iterable list of solve results. |
| SolveYValuesAtXValue |
Find all instances of FreeformPointLineSeries’ intersection with vertical line going through the given X-value.
The intersection point is described by segment of line (pair of LineSeries’ points) it is found.
Each intersection point is returned as LineSeriesValueSolveResult structure, and method returns the list of those structures.
Note that you might be interested in using SolveNearestDataPointByValue(Double, Double, Double, Double, Int32) for some of the use cases. X-value.Return ValueType:Iterable list of solve results. |
| ToString |
Item to string.
(Inherited from SeriesBaseXY.) |
See Also