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It is usually one of the last elements of a chart to be drawn. It renders the axis label, tick marks and tick labels. The tick marks and labels span the range of values betweenMinimum and Maximum. The Minimum and Maximum values are not allowed to extend beyond theMinimumLimit and MaximumLimit values, respectively. Note that many other chart elements (e.g., vtkPlotPoints) refer to vtkAxis instances to determine how to scale raw data for presentation. In particular, care must be taken with logarithmic scaling. The axis Minimum, Maximum, and Limit values are stored both unscaled and scaled (with log(x) applied when GetLogScaleActive() returns true). User interfaces will most likely present the unscaled values as they represent the values provided by the user. Other chart elements may need the scaled values in order to draw in the same coordinate system. Just because LogScale is set to true does not guarantee that the axis will use logarithmic scaling -- the Minimum and Maximum values for the axis must both lie to the same side of origin (and not include the origin). Also, this switch from linear- to log-scaling may occur during a rendering pass if autoscaling is enabled. Because the log and pow functions are not invertible and the axis itself decides when to switch between them without offering any external class managing the axis a chance to save the old values, it saves old Limit values in NonLogUnscaled{Min,Max}Limit so that behavior is consistent when LogScale is changed from false to true and back again. IsTypeOfV.IsTypeOf(string) -> int C++: static vtkTypeBool IsTypeOf(const char *type) Return 1 if this class type is the same type of (or a subclass of) the named class. Returns 0 otherwise. This method works in combination with vtkTypeMacro found in vtkSetGet.h. IsAV.IsA(string) -> int C++: vtkTypeBool IsA(const char *type) override; Return 1 if this class is the same type of (or a subclass of) the named class. Returns 0 otherwise. This method works in combination with vtkTypeMacro found in vtkSetGet.h. SafeDownCastV.SafeDownCast(vtkObjectBase) -> vtkAxis C++: static vtkAxis *SafeDownCast(vtkObjectBase *o) NewInstanceV.NewInstance() -> vtkAxis C++: vtkAxis *NewInstance() SetPositionV.SetPosition(int) C++: virtual void SetPosition(int position) Get/set the position of the axis (LEFT, BOTTOM, RIGHT, TOP, PARALLEL). GetPositionV.GetPosition() -> int C++: virtual int GetPosition() Get/set the position of the axis (LEFT, BOTTOM, RIGHT, TOP, PARALLEL). SetPoint1V.SetPoint1(vtkVector2f) C++: void SetPoint1(const vtkVector2f &pos) V.SetPoint1(float, float) C++: void SetPoint1(float x, float y) Set point 1 of the axis (in pixels), this is usually the origin. GetPoint1V.GetPoint1() -> (float, float) C++: float *GetPoint1() GetPosition1V.GetPosition1() -> vtkVector2f C++: vtkVector2f GetPosition1() Get point 1 of the axis (in pixels), this is usually the origin. SetPoint2V.SetPoint2(vtkVector2f) C++: void SetPoint2(const vtkVector2f &pos) V.SetPoint2(float, float) C++: void SetPoint2(float x, float y) Set point 2 of the axis (in pixels), this is usually the terminus. GetPoint2V.GetPoint2() -> (float, float) C++: float *GetPoint2() GetPosition2V.GetPosition2() -> vtkVector2f C++: vtkVector2f GetPosition2() Get point 2 of the axis (in pixels), this is usually the terminus. SetNumberOfTicksV.SetNumberOfTicks(int) C++: virtual void SetNumberOfTicks(int numberOfTicks) Set the number of tick marks for this axis. Default is -1, which leads to automatic calculation of nicely spaced tick marks. GetNumberOfTicksV.GetNumberOfTicks() -> int C++: virtual int GetNumberOfTicks() Get the number of tick marks for this axis. SetTickLengthV.SetTickLength(float) C++: virtual void SetTickLength(float _arg) Get/set the length of tick marks (in pixels). GetTickLengthV.GetTickLength() -> float C++: virtual float GetTickLength() Get/set the length of tick marks (in pixels). GetLabelPropertiesV.GetLabelProperties() -> vtkTextProperty C++: virtual vtkTextProperty *GetLabelProperties() Get the vtkTextProperty that governs how the axis lables are displayed. Note that the alignment properties are not used. SetMinimumV.SetMinimum(float) C++: virtual void SetMinimum(double minimum) Set the logical minimum value of the axis, in plot coordinates. If LogScaleActive is true (not just LogScale), then this sets the minimum base-10 exponent. GetMinimumV.GetMinimum() -> float C++: virtual double GetMinimum() Get the logical minimum value of the axis, in plot coordinates. If LogScaleActive is true (not just LogScale), then this returns the minimum base-10 exponent. SetMaximumV.SetMaximum(float) C++: virtual void SetMaximum(double maximum) Set the logical maximum value of the axis, in plot coordinates. If LogScaleActive is true (not just LogScale), then this sets the maximum base-10 exponent. GetMaximumV.GetMaximum() -> float C++: virtual double GetMaximum() Get the logical maximum value of the axis, in plot coordinates. If LogScaleActive is true (not just LogScale), then this returns the maximum base-10 exponent. SetUnscaledMinimumV.SetUnscaledMinimum(float) C++: virtual void SetUnscaledMinimum(double minimum) Set the logical, unscaled minimum value of the axis, in plot coordinates. Use this instead of SetMinimum() if you wish to provide the actual minimum instead of log10(the minimum) as part of the axis scale. GetUnscaledMinimumV.GetUnscaledMinimum() -> float C++: virtual double GetUnscaledMinimum() Get the logical minimum value of the axis, in plot coordinates. SetUnscaledMaximumV.SetUnscaledMaximum(float) C++: virtual void SetUnscaledMaximum(double maximum) Set the logical maximum value of the axis, in plot coordinates. GetUnscaledMaximumV.GetUnscaledMaximum() -> float C++: virtual double GetUnscaledMaximum() Get the logical maximum value of the axis, in plot coordinates. SetRangeV.SetRange(float, float) C++: virtual void SetRange(double minimum, double maximum) V.SetRange([float, float]) C++: virtual void SetRange(double range[2]) Set the logical range of the axis, in plot coordinates. * The unscaled range will always be in the same coordinate system of * the data being plotted, regardless of whether LogScale is true or false. * When calling SetRange() and LogScale is true, the range must be specified * in logarithmic coordinates. * Using SetUnscaledRange(), you may ignore the value of LogScale. SetUnscaledRangeV.SetUnscaledRange(float, float) C++: virtual void SetUnscaledRange(double minimum, double maximum) V.SetUnscaledRange([float, float]) C++: virtual void SetUnscaledRange(double range[2]) Set the logical range of the axis, in plot coordinates. * The unscaled range will always be in the same coordinate system of * the data being plotted, regardless of whether LogScale is true or false. * When calling SetRange() and LogScale is true, the range must be specified * in logarithmic coordinates. * Using SetUnscaledRange(), you may ignore the value of LogScale. GetRangeV.GetRange([float, ...]) C++: virtual void GetRange(double *range) Get the logical range of the axis, in plot coordinates. * The unscaled range will always be in the same coordinate system of * the data being plotted, regardless of whether LogScale is true or false. * Calling GetRange() when LogScale is true will return the log10({min, max}). GetUnscaledRangeV.GetUnscaledRange([float, ...]) C++: virtual void GetUnscaledRange(double *range) Get the logical range of the axis, in plot coordinates. * The unscaled range will always be in the same coordinate system of * the data being plotted, regardless of whether LogScale is true or false. * Calling GetRange() when LogScale is true will return the log10({min, max}). SetMinimumLimitV.SetMinimumLimit(float) C++: virtual void SetMinimumLimit(double lowest) Set the logical lowest possible value for Minimum, in plot coordinates. GetMinimumLimitV.GetMinimumLimit() -> float C++: virtual double GetMinimumLimit() Get the logical lowest possible value for Minimum, in plot coordinates. SetMaximumLimitV.SetMaximumLimit(float) C++: virtual void SetMaximumLimit(double highest) Set the logical highest possible value for Maximum, in plot coordinates. GetMaximumLimitV.GetMaximumLimit() -> float C++: virtual double GetMaximumLimit() Get the logical highest possible value for Maximum, in plot coordinates. SetUnscaledMinimumLimitV.SetUnscaledMinimumLimit(float) C++: virtual void SetUnscaledMinimumLimit(double lowest) Set the logical lowest possible value for Minimum, in plot coordinates. GetUnscaledMinimumLimitV.GetUnscaledMinimumLimit() -> float C++: virtual double GetUnscaledMinimumLimit() Get the logical lowest possible value for Minimum, in plot coordinates. SetUnscaledMaximumLimitV.SetUnscaledMaximumLimit(float) C++: virtual void SetUnscaledMaximumLimit(double highest) Set the logical highest possible value for Maximum, in plot coordinates. GetUnscaledMaximumLimitV.GetUnscaledMaximumLimit() -> float C++: virtual double GetUnscaledMaximumLimit() Get the logical highest possible value for Maximum, in plot coordinates. GetMarginsV.GetMargins() -> (int, int) C++: int *GetMargins() SetMarginsV.SetMargins(int, int) C++: void SetMargins(int, int) V.SetMargins((int, int)) C++: void SetMargins(int a[2]) SetTitleV.SetTitle(string) C++: virtual void SetTitle(const vtkStdString &title) Get/set the title text of the axis. GetTitleV.GetTitle() -> string C++: virtual vtkStdString GetTitle() Get/set the title text of the axis. GetTitlePropertiesV.GetTitleProperties() -> vtkTextProperty C++: virtual vtkTextProperty *GetTitleProperties() Get the vtkTextProperty that governs how the axis title is displayed. GetLogScaleActiveV.GetLogScaleActive() -> bool C++: virtual bool GetLogScaleActive() Get whether the axis is using a log scale. This will always be false when LogScale is false. It is only true when LogScale is true andthe UnscaledRange does not cross or include the origin (zero). * The limits ( MinimumLimit, MaximumLimit, and their * unscaled counterparts) do not prevent LogScaleActive from becoming * true; they are adjusted if they cross or include the origin * and the original limits are preserved for when LogScaleActive * becomes false again. GetLogScaleV.GetLogScale() -> bool C++: virtual bool GetLogScale() Get/set whether the axis should attemptto use a log scale. * The default is false. * \sa{LogScaleActive}. SetLogScaleV.SetLogScale(bool) C++: virtual void SetLogScale(bool logScale) Get/set whether the axis should attemptto use a log scale. * The default is false. * \sa{LogScaleActive}. LogScaleOnV.LogScaleOn() C++: virtual void LogScaleOn() Get/set whether the axis should attemptto use a log scale. * The default is false. * \sa{LogScaleActive}. LogScaleOffV.LogScaleOff() C++: virtual void LogScaleOff() Get/set whether the axis should attemptto use a log scale. * The default is false. * \sa{LogScaleActive}. SetGridVisibleV.SetGridVisible(bool) C++: virtual void SetGridVisible(bool _arg) Get/set whether the axis grid lines should be drawn, default is true. GetGridVisibleV.GetGridVisible() -> bool C++: virtual bool GetGridVisible() Get/set whether the axis grid lines should be drawn, default is true. SetLabelsVisibleV.SetLabelsVisible(bool) C++: virtual void SetLabelsVisible(bool _arg) Get/set whether the axis labels should be visible. GetLabelsVisibleV.GetLabelsVisible() -> bool C++: virtual bool GetLabelsVisible() Get/set whether the axis labels should be visible. SetRangeLabelsVisibleV.SetRangeLabelsVisible(bool) C++: virtual void SetRangeLabelsVisible(bool _arg) Get/set whether the labels for the range should be visible. GetRangeLabelsVisibleV.GetRangeLabelsVisible() -> bool C++: virtual bool GetRangeLabelsVisible() Get/set whether the labels for the range should be visible. SetLabelOffsetV.SetLabelOffset(float) C++: virtual void SetLabelOffset(float _arg) Get/set the offset (in pixels) of the label text position from the axis GetLabelOffsetV.GetLabelOffset() -> float C++: virtual float GetLabelOffset() Get/set the offset (in pixels) of the label text position from the axis SetTicksVisibleV.SetTicksVisible(bool) C++: virtual void SetTicksVisible(bool _arg) Get/set whether the tick marks should be visible. GetTicksVisibleV.GetTicksVisible() -> bool C++: virtual bool GetTicksVisible() Get/set whether the tick marks should be visible. SetAxisVisibleV.SetAxisVisible(bool) C++: virtual void SetAxisVisible(bool _arg) Get/set whether the axis line should be visible. GetAxisVisibleV.GetAxisVisible() -> bool C++: virtual bool GetAxisVisible() Get/set whether the axis line should be visible. SetPrecisionV.SetPrecision(int) C++: virtual void SetPrecision(int precision) Get/set the numerical precision to use, default is 2. This is ignored when Notation is STANDARD_NOTATION or PRINTF_NOTATION. GetPrecisionV.GetPrecision() -> int C++: virtual int GetPrecision() Get/set the numerical precision to use, default is 2. This is ignored when Notation is STANDARD_NOTATION or PRINTF_NOTATION. SetLabelFormatV.SetLabelFormat(string) C++: virtual void SetLabelFormat(const std::string &fmt) Get/Set the printf-style format string used when TickLabelAlgorithm is TICK_SIMPLE and Notation is PRINTF_NOTATION. The default is "%g". GetLabelFormatV.GetLabelFormat() -> string C++: virtual std::string GetLabelFormat() Get/Set the printf-style format string used when TickLabelAlgorithm is TICK_SIMPLE and Notation is PRINTF_NOTATION. The default is "%g". SetRangeLabelFormatV.SetRangeLabelFormat(string) C++: virtual void SetRangeLabelFormat(std::string _arg) Get/Set the printf-style format string used for range labels. This format is always used regardless of TickLabelAlgorithm and Notation. Default is "%g". GetRangeLabelFormatV.GetRangeLabelFormat() -> string C++: virtual std::string GetRangeLabelFormat() Get/Set the printf-style format string used for range labels. This format is always used regardless of TickLabelAlgorithm and Notation. Default is "%g". SetNotationV.SetNotation(int) C++: virtual void SetNotation(int notation) Get/set the numerical notation, standard, scientific, fixed, or a printf-style format string. \sa SetPrecision SetLabelFormat GetNotationV.GetNotation() -> int C++: virtual int GetNotation() Get/set the numerical notation, standard, scientific, fixed, or a printf-style format string. \sa SetPrecision SetLabelFormat SetBehaviorV.SetBehavior(int) C++: virtual void SetBehavior(int _arg) Get/set the behavior of the axis (auto or fixed). The default is 0 (auto). GetBehaviorV.GetBehavior() -> int C++: virtual int GetBehavior() Get/set the behavior of the axis (auto or fixed). The default is 0 (auto). GetPenV.GetPen() -> vtkPen C++: virtual vtkPen *GetPen() Get a pointer to the vtkPen object that controls the way this axis is drawn. GetGridPenV.GetGridPen() -> vtkPen C++: virtual vtkPen *GetGridPen() Get a pointer to the vtkPen object that controls the way this axis is drawn. SetTickLabelAlgorithmV.SetTickLabelAlgorithm(int) C++: virtual void SetTickLabelAlgorithm(int _arg) Get/set the tick label algorithm that is used to calculate the min, max and tick spacing. There are currently two algoriths, vtkAxis::TICK_SIMPLE is the default and uses a simple algorithm. The second option is vtkAxis::TICK_WILKINSON which uses an extended Wilkinson algorithm to find the optimal range, spacing and font parameters. GetTickLabelAlgorithmV.GetTickLabelAlgorithm() -> int C++: virtual int GetTickLabelAlgorithm() Get/set the tick label algorithm that is used to calculate the min, max and tick spacing. There are currently two algoriths, vtkAxis::TICK_SIMPLE is the default and uses a simple algorithm. The second option is vtkAxis::TICK_WILKINSON which uses an extended Wilkinson algorithm to find the optimal range, spacing and font parameters. SetScalingFactorV.SetScalingFactor(float) C++: virtual void SetScalingFactor(double _arg) Get/set the scaling factor used for the axis, this defaults to 1.0 (no scaling), and is used to coordinate scaling with the plots, charts, etc. GetScalingFactorV.GetScalingFactor() -> float C++: virtual double GetScalingFactor() Get/set the scaling factor used for the axis, this defaults to 1.0 (no scaling), and is used to coordinate scaling with the plots, charts, etc. SetShiftV.SetShift(float) C++: virtual void SetShift(double _arg) Get/set the scaling factor used for the axis, this defaults to 1.0 (no scaling), and is used to coordinate scaling with the plots, charts, etc. GetShiftV.GetShift() -> float C++: virtual double GetShift() Get/set the scaling factor used for the axis, this defaults to 1.0 (no scaling), and is used to coordinate scaling with the plots, charts, etc. UpdateV.Update() C++: void Update() override; Update the geometry of the axis. Takes care of setting up the tick mark locations etc. Should be called by the scene before rendering. PaintV.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the axis, called whenever the axis needs to be drawn. AutoScaleV.AutoScale() C++: virtual void AutoScale() Use this function to autoscale the axes after setting the minimum and maximum values. This will cause the axes to select the nicest numbers that enclose the minimum and maximum values, and to select an appropriate number of tick marks. RecalculateTickSpacingV.RecalculateTickSpacing() C++: virtual void RecalculateTickSpacing() Recalculate the spacing of the tick marks - typically useful to do after scaling the axis. GetTickPositionsV.GetTickPositions() -> vtkDoubleArray C++: virtual vtkDoubleArray *GetTickPositions() An array with the positions of the tick marks along the axis line. The positions are specified in the plot coordinates of the axis. GetTickScenePositionsV.GetTickScenePositions() -> vtkFloatArray C++: virtual vtkFloatArray *GetTickScenePositions() An array with the positions of the tick marks along the axis line. The positions are specified in scene coordinates. GetTickLabelsV.GetTickLabels() -> vtkStringArray C++: virtual vtkStringArray *GetTickLabels() A string array containing the tick labels for the axis. SetCustomTickPositionsV.SetCustomTickPositions(vtkDoubleArray, vtkStringArray) -> bool C++: virtual bool SetCustomTickPositions( vtkDoubleArray *positions, vtkStringArray *labels=nullptr) Set the tick positions, and optionally custom tick labels. If the labels and positions are null then automatic tick labels will be assigned. If only positions are supplied then appropriate labels will be generated according to the axis settings. If positions and labels are supplied they must be of the same length. Returns true on success, false on failure. GetBoundingRectV.GetBoundingRect(vtkContext2D) -> vtkRectf C++: vtkRectf GetBoundingRect(vtkContext2D *painter) Request the space the axes require to be drawn. This is returned as a vtkRectf, with the corner being the offset from Point1, and the width/ height being the total width/height required by the axis. In order to ensure the numbers are correct, Update() should be called on the axis. NiceNumberV.NiceNumber(float, bool) -> float C++: static double NiceNumber(double number, bool roundUp) Return a "nice number", often defined as 1, 2 or 5. If roundUp is true then the nice number will be rounded up, false it is rounded down. The supplied number should be between 0.0 and 9.9. NiceMinMaxV.NiceMinMax(float, float, float, float) -> float C++: static double NiceMinMax(double &min, double &max, float pixelRange, float tickPixelSpacing) Static function to calculate "nice" minimum, maximum, and tick spacing values. GenerateSimpleLabelV.GenerateSimpleLabel(float) -> string C++: vtkStdString GenerateSimpleLabel(double val) Generate a single label using the current settings when TickLabelAlgorithm is TICK_SIMPLE. vtkContextItemvtkAbstractContextItemvtkObjectvtkObjectBasevtkVector2fvtkContext2DvtkDoubleArrayvtkStringArrayvtkRectfvtkAxisExtendedvtkChartsCorePython.vtkAxisExtendedvtkAxisExtended - octree-based spatial search object to quickly locate cells Superclass: vtkObject This implements the optimization based tick position calculating algorithm in the paper "An Extension of Wilkinson's Algorithm for Positioning Tick Labels on Axes" by Junstin Talbot, Sharon Lin and Pat Hanrahan @sa vtkAxis V.SafeDownCast(vtkObjectBase) -> vtkAxisExtended C++: static vtkAxisExtended *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkAxisExtended C++: vtkAxisExtended *NewInstance() SimplicityV.Simplicity(int, int, int, float, float, float) -> float C++: static double Simplicity(int qIndex, int qLength, int j, double lmin, double lmax, double lstep) This method return a value to make step sizes corresponding to low q and j values more preferable SimplicityMaxV.SimplicityMax(int, int, int) -> float C++: static double SimplicityMax(int qIndex, int qLength, int j) This method returns the maximum possible value of simplicity value given q and j CoverageV.Coverage(float, float, float, float) -> float C++: static double Coverage(double dmin, double dmax, double lmin, double lmax) This method makes the data range approximately same as the labeling range more preferable CoverageMaxV.CoverageMax(float, float, float) -> float C++: static double CoverageMax(double dmin, double dmax, double span) This gives the maximum possible value of coverage given the step size DensityV.Density(int, float, float, float, float, float) -> float C++: static double Density(int k, double m, double dmin, double dmax, double lmin, double lmax) This method return a value to make the density of the labels close to the user given value DensityMaxV.DensityMax(int, float) -> float C++: static double DensityMax(int k, double m) Derives the maximum values for density given k (number of ticks) and m (user given) FormatLegibilityScoreV.FormatLegibilityScore(float, int) -> float C++: static double FormatLegibilityScore(double n, int format) This methods return the legibility score of different formats FormatStringLengthV.FormatStringLength(int, float, int) -> int C++: static int FormatStringLength(int format, double n, int precision) This method returns the string length of different format notations. GenerateExtendedTickLabelsV.GenerateExtendedTickLabels(float, float, float, float) -> vtkVector3d C++: vtkVector3d GenerateExtendedTickLabels(double dmin, double dmax, double m, double scaling) This method implements the algorithm given in the paper The method return the minimum tick position, maximum tick position and the tick spacing GetFontSizeV.GetFontSize() -> int C++: virtual int GetFontSize() Set/Get methods for variables SetFontSizeV.SetFontSize(int) C++: virtual void SetFontSize(int _arg) Set/Get methods for variables GetDesiredFontSizeV.GetDesiredFontSize() -> int C++: virtual int GetDesiredFontSize() SetDesiredFontSizeV.SetDesiredFontSize(int) C++: virtual void SetDesiredFontSize(int _arg) V.GetPrecision() -> int C++: virtual int GetPrecision() V.SetPrecision(int) C++: virtual void SetPrecision(int _arg) V.GetLabelFormat() -> int C++: virtual int GetLabelFormat() V.SetLabelFormat(int) C++: virtual void SetLabelFormat(int _arg) GetOrientationV.GetOrientation() -> int C++: virtual int GetOrientation() SetOrientationV.SetOrientation(int) C++: virtual void SetOrientation(int _arg) GetIsAxisVerticalV.GetIsAxisVertical() -> bool C++: virtual bool GetIsAxisVertical() SetIsAxisVerticalV.SetIsAxisVertical(bool) C++: virtual void SetIsAxisVertical(bool _arg) vtkVector3dvtkCategoryLegendVERTICALHORIZONTALvtkChartsCorePython.vtkCategoryLegendvtkCategoryLegend - Legend item to display categorical data. Superclass: vtkChartLegend vtkCategoryLegend will display a label and color patch for each value in a categorical data set. To use this class, you must first populate a vtkScalarsToColors by using the SetAnnotation() method. The other input to this class is a vtkVariantArray. This should contain the annotated values from the vtkScalarsToColors that you wish to include within the legend. V.SafeDownCast(vtkObjectBase) -> vtkCategoryLegend C++: static vtkCategoryLegend *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkCategoryLegend C++: vtkCategoryLegend *NewInstance() V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint the legend into a rectangle defined by the bounds. V.GetBoundingRect(vtkContext2D) -> vtkRectf C++: vtkRectf GetBoundingRect(vtkContext2D *painter) override; Compute and return the lower left corner of this legend, along with its width and height. SetScalarsToColorsV.SetScalarsToColors(vtkScalarsToColors) C++: virtual void SetScalarsToColors(vtkScalarsToColors *stc) Get/Set the vtkScalarsToColors used to draw this legend. Since this legend represents categorical data, this vtkScalarsToColors must have been populated using SetAnnotation(). GetScalarsToColorsV.GetScalarsToColors() -> vtkScalarsToColors C++: virtual vtkScalarsToColors *GetScalarsToColors() Get/Set the vtkScalarsToColors used to draw this legend. Since this legend represents categorical data, this vtkScalarsToColors must have been populated using SetAnnotation(). GetValuesV.GetValues() -> vtkVariantArray C++: virtual vtkVariantArray *GetValues() Get/Set the array of values that will be represented by this legend. This array must contain distinct annotated values from the ScalarsToColors. Each value in this array will be drawn as a separate entry within this legend. SetValuesV.SetValues(vtkVariantArray) C++: virtual void SetValues(vtkVariantArray *_arg) Get/Set the array of values that will be represented by this legend. This array must contain distinct annotated values from the ScalarsToColors. Each value in this array will be drawn as a separate entry within this legend. V.SetTitle(string) C++: virtual void SetTitle(const vtkStdString &title) Get/set the title text of the legend. V.GetTitle() -> string C++: virtual vtkStdString GetTitle() Get/set the title text of the legend. GetOutlierLabelV.GetOutlierLabel() -> string C++: virtual vtkStdString GetOutlierLabel() Get/set the label to use for outlier data. SetOutlierLabelV.SetOutlierLabel(string) C++: virtual void SetOutlierLabel(vtkStdString _arg) Get/set the label to use for outlier data. vtkChartLegendvtkScalarsToColorsvtkVariantArrayvtkChartEventIdsLINEPOINTSBARSTACKEDBAGFUNCTIONALBAGAREAPANZOOMZOOM_AXISSELECTSELECT_RECTANGLESELECT_POLYGONCLICK_AND_DRAGNOTIFYUpdateRangeSELECTION_ROWSSELECTION_PLOTSSELECTION_COLUMNSFILL_SCENEFILL_RECTAXES_TO_RECTvtkChartsCorePython.vtkChart.EventIdsvtkChartsCorePython.vtkChartvtkChart - Factory class for drawing 2D charts Superclass: vtkContextItem This defines the interface for a chart. V.SafeDownCast(vtkObjectBase) -> vtkChart C++: static vtkChart *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkChart C++: vtkChart *NewInstance() V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override = 0; Paint event for the chart, called whenever the chart needs to be drawn AddPlotV.AddPlot(int) -> vtkPlot C++: virtual vtkPlot *AddPlot(int type) V.AddPlot(vtkPlot) -> int C++: virtual vtkIdType AddPlot(vtkPlot *plot) Add a plot to the chart, defaults to using the name of the y column RemovePlotV.RemovePlot(int) -> bool C++: virtual bool RemovePlot(vtkIdType index) Remove the plot at the specified index, returns true if successful, false if the index was invalid. RemovePlotInstanceV.RemovePlotInstance(vtkPlot) -> bool C++: virtual bool RemovePlotInstance(vtkPlot *plot) Remove the given plot. Returns true if successful, false if the plot was not contained in this chart. Note, the base implementation of this method performs a linear search to locate the plot. ClearPlotsV.ClearPlots() C++: virtual void ClearPlots() Remove all plots from the chart. GetPlotV.GetPlot(int) -> vtkPlot C++: virtual vtkPlot *GetPlot(vtkIdType index) Get the plot at the specified index, returns null if the index is invalid. GetNumberOfPlotsV.GetNumberOfPlots() -> int C++: virtual vtkIdType GetNumberOfPlots() Get the number of plots the chart contains. GetAxisV.GetAxis(int) -> vtkAxis C++: virtual vtkAxis *GetAxis(int axisIndex) Get the axis specified by axisIndex. 0 is x, 1 is y. This should probably be improved either using a string or enum to select the axis. GetNumberOfAxesV.GetNumberOfAxes() -> int C++: virtual vtkIdType GetNumberOfAxes() Get the number of axes in the current chart. RecalculateBoundsV.RecalculateBounds() C++: virtual void RecalculateBounds() Request that the chart recalculates the range of its axes. Especially useful in applications after the parameters of plots have been modified. SetSelectionMethodV.SetSelectionMethod(int) C++: virtual void SetSelectionMethod(int method) Set the selection method, which controls how selections are handled by the chart. The default is SELECTION_ROWS which selects all points in all plots in a chart that have values in the rows selected. SELECTION_PLOTS allows for finer-grained selections specific to each plot, and so to each XY column pair. SELECTION_COLUMNS selects all points of plots that correspond to selected columns. GetSelectionMethodV.GetSelectionMethod() -> int C++: virtual int GetSelectionMethod() Set the selection method, which controls how selections are handled by the chart. The default is SELECTION_ROWS which selects all points in all plots in a chart that have values in the rows selected. SELECTION_PLOTS allows for finer-grained selections specific to each plot, and so to each XY column pair. SELECTION_COLUMNS selects all points of plots that correspond to selected columns. SetAnnotationLinkV.SetAnnotationLink(vtkAnnotationLink) C++: virtual void SetAnnotationLink(vtkAnnotationLink *link) Set the vtkAnnotationLink for the chart. GetAnnotationLinkV.GetAnnotationLink() -> vtkAnnotationLink C++: virtual vtkAnnotationLink *GetAnnotationLink() Get the vtkAnnotationLink for the chart. SetGeometryV.SetGeometry(int, int) C++: void SetGeometry(int, int) V.SetGeometry((int, int)) C++: void SetGeometry(int a[2]) GetGeometryV.GetGeometry() -> (int, int) C++: int *GetGeometry() V.SetPoint1(int, int) C++: void SetPoint1(int, int) V.SetPoint1((int, int)) C++: void SetPoint1(int a[2]) V.GetPoint1() -> (int, int) C++: int *GetPoint1() V.SetPoint2(int, int) C++: void SetPoint2(int, int) V.SetPoint2((int, int)) C++: void SetPoint2(int a[2]) V.GetPoint2() -> (int, int) C++: int *GetPoint2() SetShowLegendV.SetShowLegend(bool) C++: virtual void SetShowLegend(bool visible) Set/get whether the chart should draw a legend. GetShowLegendV.GetShowLegend() -> bool C++: virtual bool GetShowLegend() Set/get whether the chart should draw a legend. GetLegendV.GetLegend() -> vtkChartLegend C++: virtual vtkChartLegend *GetLegend() Get the legend for the chart, if available. Can return null if there is no legend. V.SetTitle(string) C++: virtual void SetTitle(const vtkStdString &title) Get/set the title text of the chart. V.GetTitle() -> string C++: virtual vtkStdString GetTitle() Get/set the title text of the chart. V.GetTitleProperties() -> vtkTextProperty C++: virtual vtkTextProperty *GetTitleProperties() Get the vtkTextProperty that governs how the chart title is displayed. SetBottomBorderV.SetBottomBorder(int) C++: void SetBottomBorder(int border) Set/get the borders of the chart (space in pixels around the chart). SetTopBorderV.SetTopBorder(int) C++: void SetTopBorder(int border) Set/get the borders of the chart (space in pixels around the chart). SetLeftBorderV.SetLeftBorder(int) C++: void SetLeftBorder(int border) Set/get the borders of the chart (space in pixels around the chart). SetRightBorderV.SetRightBorder(int) C++: void SetRightBorder(int border) Set/get the borders of the chart (space in pixels around the chart). SetBordersV.SetBorders(int, int, int, int) C++: void SetBorders(int left, int bottom, int right, int top) Set/get the borders of the chart (space in pixels around the chart). SetSizeV.SetSize(vtkRectf) C++: void SetSize(const vtkRectf &rect) Set the size of the chart. The rect argument specifies the bottom corner, width and height of the chart. The borders will be laid out within the specified rectangle. GetSizeV.GetSize() -> vtkRectf C++: vtkRectf GetSize() Get the current size of the chart. SetLayoutStrategyV.SetLayoutStrategy(int) C++: virtual void SetLayoutStrategy(int _arg) Set/get the layout strategy that should be used by the chart. As we don't support enums this can take any value in the integer range, but the only valid enums are FILL_SCENE, FILL_RECT and AXES_TO_RECT. GetLayoutStrategyV.GetLayoutStrategy() -> int C++: virtual int GetLayoutStrategy() Set/get the layout strategy that should be used by the chart. As we don't support enums this can take any value in the integer range, but the only valid enums are FILL_SCENE, FILL_RECT and AXES_TO_RECT. SetAutoSizeV.SetAutoSize(bool) C++: virtual void SetAutoSize(bool isAutoSized) Set/get whether the chart should automatically resize to fill the current render window. Default is true. GetAutoSizeV.GetAutoSize() -> bool C++: virtual bool GetAutoSize() Set/get whether the chart should automatically resize to fill the current render window. Default is true. SetRenderEmptyV.SetRenderEmpty(bool) C++: virtual void SetRenderEmpty(bool _arg) Set/get whether the chart should still render its axes and decorations even if the chart has no visible plots. Default is false (do not render an empty plot). * Note that if you wish to render axes for an empty plot you should also * set AutoSize to false, as that will hide all axes for an empty plot. GetRenderEmptyV.GetRenderEmpty() -> bool C++: virtual bool GetRenderEmpty() Set/get whether the chart should still render its axes and decorations even if the chart has no visible plots. Default is false (do not render an empty plot). * Note that if you wish to render axes for an empty plot you should also * set AutoSize to false, as that will hide all axes for an empty plot. SetActionToButtonV.SetActionToButton(int, int) C++: virtual void SetActionToButton(int action, int button) Assign action types to mouse buttons. Available action types are PAN, ZOOM and SELECT in the chart enum, the default assigns the LEFT_BUTTON to PAN, MIDDLE_BUTTON to ZOOM and RIGHT_BUTTON to SELECT. Valid mouse enums are in the vtkContextMouseEvent class. * Note that only one mouse button can be assigned to each action, an action * will have -1 (invalid button) assigned if it had the same button as the one * assigned to a different action. GetActionToButtonV.GetActionToButton(int) -> int C++: virtual int GetActionToButton(int action) Get the mouse button associated with the supplied action. The mouse button enum is from vtkContextMouseEvent, and the action enum is from vtkChart. SetClickActionToButtonV.SetClickActionToButton(int, int) C++: virtual void SetClickActionToButton(int action, int button) Assign action types to single mouse clicks. Available action types are SELECT and NOTIFY in the chart enum. The default assigns the LEFT_BUTTON to NOTIFY, and the RIGHT_BUTTON to SELECT. GetClickActionToButtonV.GetClickActionToButton(int) -> int C++: virtual int GetClickActionToButton(int action) Get the mouse button associated with the supplied click action. The mouse button enum is from vtkContextMouseEvent, and the action enum is from vtkChart. SetBackgroundBrushV.SetBackgroundBrush(vtkBrush) C++: void SetBackgroundBrush(vtkBrush *brush) Set/Get the brush to use for the background color. GetBackgroundBrushV.GetBackgroundBrush() -> vtkBrush C++: vtkBrush *GetBackgroundBrush() Set/Get the brush to use for the background color. SetSelectionModeV.SetSelectionMode(int) C++: virtual void SetSelectionMode(int) Set/get the Selection Mode that will be used by the chart while doing selection. The only valid enums are vtkContextScene::SELECTION_NONE, SELECTION_DEFAULT, SELECTION_ADDITION, SELECTION_SUBTRACTION, SELECTION_TOGGLE GetSelectionModeV.GetSelectionMode() -> int C++: virtual int GetSelectionMode() Set/get the Selection Mode that will be used by the chart while doing selection. The only valid enums are vtkContextScene::SELECTION_NONE, SELECTION_DEFAULT, SELECTION_ADDITION, SELECTION_SUBTRACTION, SELECTION_TOGGLE @i@V *vtkPlotvtkPlotvtkAnnotationLinkvtkBrushvtkChartBoxvtkChartBoxDatavtkChartsCorePython.vtkChartBoxvtkChartBox - Factory class for drawing box plot charts Superclass: vtkChart This defines the interface for a box plot chart. V.SafeDownCast(vtkObjectBase) -> vtkChartBox C++: static vtkChartBox *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkChartBox C++: vtkChartBox *NewInstance() V.Update() C++: void Update() override; Perform any updates to the item that may be necessary before rendering. The scene should take care of calling this on all items before their Paint function is invoked. V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the chart, called whenever the chart needs to be drawn SetColumnVisibilityV.SetColumnVisibility(string, bool) C++: void SetColumnVisibility(const vtkStdString &name, bool visible) V.SetColumnVisibility(int, bool) C++: void SetColumnVisibility(vtkIdType column, bool visible) Set the visibility of the specified column. SetColumnVisibilityAllV.SetColumnVisibilityAll(bool) C++: void SetColumnVisibilityAll(bool visible) Set the visibility of all columns (true will make them all visible, false will remove all visible columns). GetColumnVisibilityV.GetColumnVisibility(string) -> bool C++: bool GetColumnVisibility(const vtkStdString &name) V.GetColumnVisibility(int) -> bool C++: bool GetColumnVisibility(vtkIdType column) Get the visibility of the specified column. GetColumnIdV.GetColumnId(string) -> int C++: vtkIdType GetColumnId(const vtkStdString &name) Get the input table column id of a column by its name. GetVisibleColumnsV.GetVisibleColumns() -> vtkStringArray C++: virtual vtkStringArray *GetVisibleColumns() Get a list of the columns, and the order in which they are displayed. GetSelectedColumnV.GetSelectedColumn() -> int C++: virtual int GetSelectedColumn() SetSelectedColumnV.SetSelectedColumn(int) C++: virtual void SetSelectedColumn(int _arg) V.GetPlot(int) -> vtkPlot C++: vtkPlot *GetPlot(vtkIdType index) override; Get the plot at the specified index, returns null if the index is invalid. V.GetNumberOfPlots() -> int C++: vtkIdType GetNumberOfPlots() override; Get the number of plots the chart contains. GetYAxisV.GetYAxis() -> vtkAxis C++: virtual vtkAxis *GetYAxis() Get the chart Y axis GetXPositionV.GetXPosition(int) -> float C++: virtual float GetXPosition(int index) Get the column X position by index in the visible set. GetNumberOfVisibleColumnsV.GetNumberOfVisibleColumns() -> int C++: virtual vtkIdType GetNumberOfVisibleColumns() Get the number of visible box plots in the current chart. SetPlotV.SetPlot(vtkPlotBox) C++: virtual void SetPlot(vtkPlotBox *plot) Set plot to use for the chart. Since this type of chart can only contain one plot, this will replace the previous plot. HitV.Hit(vtkContextMouseEvent) -> bool C++: bool Hit(const vtkContextMouseEvent &mouse) override; Return true if the supplied x, y coordinate is inside the item. MouseMoveEventV.MouseMoveEvent(vtkContextMouseEvent) -> bool C++: bool MouseMoveEvent(const vtkContextMouseEvent &mouse) override; Mouse move event. MouseButtonPressEventV.MouseButtonPressEvent(vtkContextMouseEvent) -> bool C++: bool MouseButtonPressEvent(const vtkContextMouseEvent &mouse) override; Mouse button down event MouseButtonReleaseEventV.MouseButtonReleaseEvent(vtkContextMouseEvent) -> bool C++: bool MouseButtonReleaseEvent( const vtkContextMouseEvent &mouse) override; Mouse button release event. SetTooltipV.SetTooltip(vtkTooltipItem) C++: virtual void SetTooltip(vtkTooltipItem *tooltip) Set the vtkTooltipItem object that will be displayed by the chart. GetTooltipV.GetTooltip() -> vtkTooltipItem C++: virtual vtkTooltipItem *GetTooltip() Get the vtkTooltipItem object that will be displayed by the chart. SetTooltipInfoV.SetTooltipInfo(vtkContextMouseEvent, vtkVector2d, int, vtkPlot, int) C++: virtual void SetTooltipInfo(const vtkContextMouseEvent &, const vtkVector2d &, vtkIdType, vtkPlot *, vtkIdType segmentIndex=-1) Set the information passed to the tooltip. @sq@kq@s@kvtkPlotBoxvtkContextMouseEventvtkTooltipItemvtkVector2dvtkChartsCorePython.vtkChartBoxDatavtkChartBoxData - Small struct used by InvokeEvent to send some information about the point that was clicked on. This is an experimental part of the API, subject to change. vtkChartBoxData() vtkChartBoxData(const &vtkChartBoxData) this function takes no keyword arguments@W vtkChartBoxDatavtkChartHistogram2DvtkChartsCorePython.vtkChartHistogram2DvtkChartHistogram2D - no description provided. Superclass: vtkChartXY V.SafeDownCast(vtkObjectBase) -> vtkChartHistogram2D C++: static vtkChartHistogram2D *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkChartHistogram2D C++: vtkChartHistogram2D *NewInstance() SetInputDataV.SetInputData(vtkImageData, int) C++: virtual void SetInputData(vtkImageData *data, vtkIdType z=0) SetTransferFunctionV.SetTransferFunction(vtkScalarsToColors) C++: virtual void SetTransferFunction( vtkScalarsToColors *function) vtkChartXYvtkImageDataCENTERvtkChartsCorePython.vtkChartLegendvtkChartLegend - draw the chart legend Superclass: vtkContextItem The vtkChartLegend is drawn in screen coordinates. It is usually one of the last elements of a chart to be drawn. It renders the the mark/line for each plot, and the plot labels. V.SafeDownCast(vtkObjectBase) -> vtkChartLegend C++: static vtkChartLegend *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkChartLegend C++: vtkChartLegend *NewInstance() SetPointV.SetPoint(float, float) C++: void SetPoint(float, float) V.SetPoint((float, float)) C++: void SetPoint(float a[2]) V.SetPoint(vtkVector2f) C++: void SetPoint(const vtkVector2f &point) GetPointV.GetPoint() -> (float, float) C++: float *GetPoint() GetPointVectorV.GetPointVector() -> vtkVector2f C++: const vtkVector2f &GetPointVector() Get point the legend box is anchored to. SetHorizontalAlignmentV.SetHorizontalAlignment(int) C++: virtual void SetHorizontalAlignment(int _arg) Set the horizontal alignment of the legend to the point specified. Valid values are LEFT, CENTER and RIGHT. GetHorizontalAlignmentV.GetHorizontalAlignment() -> int C++: virtual int GetHorizontalAlignment() Get the horizontal alignment of the legend to the point specified. SetVerticalAlignmentV.SetVerticalAlignment(int) C++: virtual void SetVerticalAlignment(int _arg) Set the vertical alignment of the legend to the point specified. Valid values are TOP, CENTER and BOTTOM. GetVerticalAlignmentV.GetVerticalAlignment() -> int C++: virtual int GetVerticalAlignment() Get the vertical alignment of the legend to the point specified. SetPaddingV.SetPadding(int) C++: virtual void SetPadding(int _arg) Set the padding between legend marks, default is 5. GetPaddingV.GetPadding() -> int C++: virtual int GetPadding() Get the padding between legend marks. SetSymbolWidthV.SetSymbolWidth(int) C++: virtual void SetSymbolWidth(int _arg) Set the symbol width, default is 15. GetSymbolWidthV.GetSymbolWidth() -> int C++: virtual int GetSymbolWidth() Get the legend symbol width. SetLabelSizeV.SetLabelSize(int) C++: virtual void SetLabelSize(int size) Set the point size of the label text. GetLabelSizeV.GetLabelSize() -> int C++: virtual int GetLabelSize() Get the point size of the label text. SetInlineV.SetInline(bool) C++: virtual void SetInline(bool _arg) Get/set if the legend should be drawn inline (inside the chart), or not. True would generally request that the chart draws it inside the chart, false would adjust the chart axes and make space to draw the axes outside. GetInlineV.GetInline() -> bool C++: virtual bool GetInline() Get/set if the legend should be drawn inline (inside the chart), or not. True would generally request that the chart draws it inside the chart, false would adjust the chart axes and make space to draw the axes outside. SetDragEnabledV.SetDragEnabled(bool) C++: virtual void SetDragEnabled(bool _arg) Get/set if the legend can be dragged with the mouse button, or not. True results in left click and drag causing the legend to move around the scene. False disables response to mouse events. The default is true. GetDragEnabledV.GetDragEnabled() -> bool C++: virtual bool GetDragEnabled() Get/set if the legend can be dragged with the mouse button, or not. True results in left click and drag causing the legend to move around the scene. False disables response to mouse events. The default is true. SetChartV.SetChart(vtkChart) C++: void SetChart(vtkChart *chart) Set the chart that the legend belongs to and will draw the legend for. GetChartV.GetChart() -> vtkChart C++: vtkChart *GetChart() Get the chart that the legend belongs to and will draw the legend for. V.GetBoundingRect(vtkContext2D) -> vtkRectf C++: virtual vtkRectf GetBoundingRect(vtkContext2D *painter) Request the space the legend requires to be drawn. This is returned as a vtkRect4f, with the corner being the offset from Point, and the width/ height being the total width/height required by the axis. In order to ensure the numbers are correct, Update() should be called first. V.GetPen() -> vtkPen C++: vtkPen *GetPen() Get the pen used to draw the legend outline. GetBrushV.GetBrush() -> vtkBrush C++: vtkBrush *GetBrush() Get the brush used to draw the legend background. V.GetLabelProperties() -> vtkTextProperty C++: vtkTextProperty *GetLabelProperties() Get the vtkTextProperty for the legend's labels. SetCacheBoundsV.SetCacheBounds(bool) C++: virtual void SetCacheBounds(bool _arg) Toggle whether or not this legend should attempt to cache its position and size. The default value is true. If this value is set to false, the legend will recalculate its position and bounds every time it is drawn. If users will be able to zoom in or out on your legend, you may want to set this to false. Otherwise, the border around the legend may not resize appropriately. GetCacheBoundsV.GetCacheBounds() -> bool C++: virtual bool GetCacheBounds() Toggle whether or not this legend should attempt to cache its position and size. The default value is true. If this value is set to false, the legend will recalculate its position and bounds every time it is drawn. If users will be able to zoom in or out on your legend, you may want to set this to false. Otherwise, the border around the legend may not resize appropriately. CacheBoundsOnV.CacheBoundsOn() C++: virtual void CacheBoundsOn() Toggle whether or not this legend should attempt to cache its position and size. The default value is true. If this value is set to false, the legend will recalculate its position and bounds every time it is drawn. If users will be able to zoom in or out on your legend, you may want to set this to false. Otherwise, the border around the legend may not resize appropriately. CacheBoundsOffV.CacheBoundsOff() C++: virtual void CacheBoundsOff() Toggle whether or not this legend should attempt to cache its position and size. The default value is true. If this value is set to false, the legend will recalculate its position and bounds every time it is drawn. If users will be able to zoom in or out on your legend, you may want to set this to false. Otherwise, the border around the legend may not resize appropriately. @P *f@W vtkVector2fvtkChartMatrixvtkChartsCorePython.vtkChartMatrixvtkChartMatrix - container for a matrix of charts. Superclass: vtkAbstractContextItem This class contains a matrix of charts. These charts will be of type vtkChartXY by default, but this can be overridden. The class will manage their layout and object lifetime. V.SafeDownCast(vtkObjectBase) -> vtkChartMatrix C++: static vtkChartMatrix *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkChartMatrix C++: vtkChartMatrix *NewInstance() V.Update() C++: void Update() override; Perform any updates to the item that may be necessary before rendering. V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the chart matrix. V.SetSize(vtkVector2i) C++: virtual void SetSize(const vtkVector2i &size) Set the width and height of the chart matrix. This will cause an immediate resize of the chart matrix, the default size is 0x0 (no charts). No chart objects are created until Allocate is called. V.GetSize() -> vtkVector2i C++: virtual vtkVector2i GetSize() Get the width and height of the chart matrix. V.SetBorders(int, int, int, int) C++: virtual void SetBorders(int left, int bottom, int right, int top) Set/get the borders of the chart matrix (space in pixels around each chart). SetBorderLeftV.SetBorderLeft(int) C++: void SetBorderLeft(int value) Set/get the borders of the chart matrix (space in pixels around each chart). SetBorderBottomV.SetBorderBottom(int) C++: void SetBorderBottom(int value) Set/get the borders of the chart matrix (space in pixels around each chart). SetBorderRightV.SetBorderRight(int) C++: void SetBorderRight(int value) Set/get the borders of the chart matrix (space in pixels around each chart). SetBorderTopV.SetBorderTop(int) C++: void SetBorderTop(int value) Set/get the borders of the chart matrix (space in pixels around each chart). GetBordersV.GetBorders([int, int, int, int]) C++: virtual void GetBorders(int borders[4]) Set/get the borders of the chart matrix (space in pixels around each chart). SetGutterV.SetGutter(vtkVector2f) C++: virtual void SetGutter(const vtkVector2f &gutter) Set the gutter that should be left between the charts in the matrix. SetGutterXV.SetGutterX(float) C++: void SetGutterX(float value) Set the gutter that should be left between the charts in the matrix. SetGutterYV.SetGutterY(float) C++: void SetGutterY(float value) Set the gutter that should be left between the charts in the matrix. SetSpecificResizeV.SetSpecificResize(vtkVector2i, vtkVector2f) C++: virtual void SetSpecificResize(const vtkVector2i &index, const vtkVector2f &resize) Set a specific resize that will move the bottom left point of a chart. ClearSpecificResizesV.ClearSpecificResizes() C++: virtual void ClearSpecificResizes() Set a specific resize that will move the bottom left point of a chart. GetGutterV.GetGutter() -> vtkVector2f C++: virtual vtkVector2f GetGutter() Get the gutter that should be left between the charts in the matrix. AllocateV.Allocate() C++: virtual void Allocate() Allocate the charts, this will cause any null chart to be allocated. V.SetChart(vtkVector2i, vtkChart) -> bool C++: virtual bool SetChart(const vtkVector2i &position, vtkChart *chart) Set the chart element, note that the chart matrix must be large enough to accommodate the element being set. Note that this class will take ownership of the chart object. \return false if the element cannot be set. V.GetChart(vtkVector2i) -> vtkChart C++: virtual vtkChart *GetChart(const vtkVector2i &position) Get the specified chart element, if the element does not exist nullptr will be returned. If the chart element has not yet been allocated it will be at this point. SetChartSpanV.SetChartSpan(vtkVector2i, vtkVector2i) -> bool C++: virtual bool SetChartSpan(const vtkVector2i &position, const vtkVector2i &span) Set the span of a chart in the matrix. This defaults to 1x1, and cannot exceed the remaining space in x or y. \return false If the span is not possible. GetChartSpanV.GetChartSpan(vtkVector2i) -> vtkVector2i C++: virtual vtkVector2i GetChartSpan(const vtkVector2i &position) Get the span of the specified chart. GetChartIndexV.GetChartIndex(vtkVector2f) -> vtkVector2i C++: virtual vtkVector2i GetChartIndex( const vtkVector2f &position) Get the position of the chart in the matrix at the specified location. The position should be specified in scene coordinates. vtkVector2ivtkChartParallelCoordinatesvtkChartsCorePython.vtkChartParallelCoordinatesvtkChartParallelCoordinates - Factory class for drawing 2D charts Superclass: vtkChart This defines the interface for a parallel coordinates chart. V.SafeDownCast(vtkObjectBase) -> vtkChartParallelCoordinates C++: static vtkChartParallelCoordinates *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkChartParallelCoordinates C++: vtkChartParallelCoordinates *NewInstance() V.SetColumnVisibility(string, bool) C++: void SetColumnVisibility(const vtkStdString &name, bool visible) Set the visibility of the specified column. V.GetColumnVisibility(string) -> bool C++: bool GetColumnVisibility(const vtkStdString &name) Get the visibility of the specified column. SetVisibleColumnsV.SetVisibleColumns(vtkStringArray) C++: virtual void SetVisibleColumns(vtkStringArray *visColumns) Set the list of visible columns, and the order in which they will be displayed. V.GetAxis(int) -> vtkAxis C++: vtkAxis *GetAxis(int axisIndex) override; Get the axis specified by axisIndex. V.GetNumberOfAxes() -> int C++: vtkIdType GetNumberOfAxes() override; Get the number of axes in the current chart. V.RecalculateBounds() C++: void RecalculateBounds() override; Request that the chart recalculates the range of its axes. Especially useful in applications after the parameters of plots have been modified. V.SetPlot(vtkPlotParallelCoordinates) C++: virtual void SetPlot(vtkPlotParallelCoordinates *plot) Set plot to use for the chart. Since this type of chart can only contain one plot, this will replace the previous plot. MouseEnterEventV.MouseEnterEvent(vtkContextMouseEvent) -> bool C++: bool MouseEnterEvent(const vtkContextMouseEvent &mouse) override; Mouse enter event. MouseLeaveEventV.MouseLeaveEvent(vtkContextMouseEvent) -> bool C++: bool MouseLeaveEvent(const vtkContextMouseEvent &mouse) override; Mouse leave event. MouseWheelEventV.MouseWheelEvent(vtkContextMouseEvent, int) -> bool C++: bool MouseWheelEvent(const vtkContextMouseEvent &mouse, int delta) override; Mouse wheel event, positive delta indicates forward movement of the wheel. vtkPlotParallelCoordinatesvtkChartPievtkChartsCorePython.vtkChartPievtkChartPie - Factory class for drawing pie charts Superclass: vtkChart This class implements an pie chart. V.SafeDownCast(vtkObjectBase) -> vtkChartPie C++: static vtkChartPie *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkChartPie C++: vtkChartPie *NewInstance() V.AddPlot(int) -> vtkPlot C++: vtkPlot *AddPlot(int type) override; V.AddPlot(vtkPlot) -> int C++: vtkIdType AddPlot(vtkPlot *plot) override; Add a plot to the chart. V.SetShowLegend(bool) C++: void SetShowLegend(bool visible) override; Set whether the chart should draw a legend. V.GetLegend() -> vtkChartLegend C++: vtkChartLegend *GetLegend() override; Get the legend for the chart, if available. Can return nullptr if there is no legend. SetSceneV.SetScene(vtkContextScene) C++: void SetScene(vtkContextScene *scene) override; Set the vtkContextScene for the item, always set for an item in a scene. vtkContextScenevtkChartPlotDatavtkChartsCorePython.vtkChartXYvtkChartXY - Factory class for drawing XY charts Superclass: vtkChart This class implements an XY chart. @sa vtkBarChartActor V.SafeDownCast(vtkObjectBase) -> vtkChartXY C++: static vtkChartXY *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkChartXY C++: vtkChartXY *NewInstance() V.AddPlot(int) -> vtkPlot C++: vtkPlot *AddPlot(int type) override; V.AddPlot(vtkPlot) -> int C++: vtkIdType AddPlot(vtkPlot *plot) override; Add a plot to the chart, defaults to using the name of the y column V.RemovePlot(int) -> bool C++: bool RemovePlot(vtkIdType index) override; Remove the plot at the specified index, returns true if successful, false if the index was invalid. V.ClearPlots() C++: void ClearPlots() override; Remove all plots from the chart. GetPlotIndexV.GetPlotIndex(vtkPlot) -> int C++: virtual vtkIdType GetPlotIndex(vtkPlot *) Get the index of the specified plot, returns -1 if the plot does not belong to the chart. RaisePlotV.RaisePlot(vtkPlot) -> int C++: vtkIdType RaisePlot(vtkPlot *plot) Raises the plot to the top of the plot's stack. \return The new index of the plot \sa StackPlotAbove(), LowerPlot(), StackPlotUnder() StackPlotAboveV.StackPlotAbove(vtkPlot, vtkPlot) -> int C++: virtual vtkIdType StackPlotAbove(vtkPlot *plot, vtkPlot *under) Raises the plot above the under plot. If under is null, the plot is raised to the top of the plot's stack. \return The new index of the plot \sa RaisePlot(), LowerPlot(), StackPlotUnder() LowerPlotV.LowerPlot(vtkPlot) -> int C++: vtkIdType LowerPlot(vtkPlot *plot) Lowers the plot to the bottom of the plot's stack. \return The new index of the plot \sa StackPlotUnder(), RaisePlot(), StackPlotAbove() StackPlotUnderV.StackPlotUnder(vtkPlot, vtkPlot) -> int C++: virtual vtkIdType StackPlotUnder(vtkPlot *plot, vtkPlot *above) Lowers the plot under the above plot. If above is null, the plot is lowered to the bottom of the plot's stack \return The new index of the plot \sa StackPlotUnder(), RaisePlot(), StackPlotAbove() GetPlotCornerV.GetPlotCorner(vtkPlot) -> int C++: int GetPlotCorner(vtkPlot *plot) Figure out which quadrant the plot is in. SetPlotCornerV.SetPlotCorner(vtkPlot, int) C++: void SetPlotCorner(vtkPlot *plot, int corner) Figure out which quadrant the plot is in. V.GetAxis(int) -> vtkAxis C++: vtkAxis *GetAxis(int axisIndex) override; Get the axis specified by axisIndex. This is specified with the vtkAxis position enum, valid values are vtkAxis::LEFT, vtkAxis::BOTTOM, vtkAxis::RIGHT and vtkAxis::TOP. V.GetLegend() -> vtkChartLegend C++: vtkChartLegend *GetLegend() override; Get the vtkChartLegend object that will be displayed by the chart. V.SetSelectionMethod(int) C++: void SetSelectionMethod(int method) override; Set the selection method, which controls how selections are handled by the chart. The default is SELECTION_ROWS which selects all points in all plots in a chart that have values in the rows selected. SELECTION_PLOTS allows for finer-grained selections specific to each plot, and so to each XY column pair. SetDrawAxesAtOriginV.SetDrawAxesAtOrigin(bool) C++: virtual void SetDrawAxesAtOrigin(bool _arg) If true then the axes will be drawn at the origin (scientific style). GetDrawAxesAtOriginV.GetDrawAxesAtOrigin() -> bool C++: virtual bool GetDrawAxesAtOrigin() If true then the axes will be drawn at the origin (scientific style). DrawAxesAtOriginOnV.DrawAxesAtOriginOn() C++: virtual void DrawAxesAtOriginOn() If true then the axes will be drawn at the origin (scientific style). DrawAxesAtOriginOffV.DrawAxesAtOriginOff() C++: virtual void DrawAxesAtOriginOff() If true then the axes will be drawn at the origin (scientific style). SetAutoAxesV.SetAutoAxes(bool) C++: virtual void SetAutoAxes(bool _arg) If true then the axes will be turned on and off depending upon whether any plots are in that corner. Defaults to true. GetAutoAxesV.GetAutoAxes() -> bool C++: virtual bool GetAutoAxes() If true then the axes will be turned on and off depending upon whether any plots are in that corner. Defaults to true. AutoAxesOnV.AutoAxesOn() C++: virtual void AutoAxesOn() If true then the axes will be turned on and off depending upon whether any plots are in that corner. Defaults to true. AutoAxesOffV.AutoAxesOff() C++: virtual void AutoAxesOff() If true then the axes will be turned on and off depending upon whether any plots are in that corner. Defaults to true. SetHiddenAxisBorderV.SetHiddenAxisBorder(int) C++: virtual void SetHiddenAxisBorder(int _arg) Border size of the axes that are hidden (vtkAxis::GetVisible()) GetHiddenAxisBorderV.GetHiddenAxisBorder() -> int C++: virtual int GetHiddenAxisBorder() Border size of the axes that are hidden (vtkAxis::GetVisible()) SetForceAxesToBoundsV.SetForceAxesToBounds(bool) C++: virtual void SetForceAxesToBounds(bool _arg) Force the axes to have their Minimum and Maximum properties inside the plot boundaries. It constrains pan and zoom interaction. False by default. GetForceAxesToBoundsV.GetForceAxesToBounds() -> bool C++: virtual bool GetForceAxesToBounds() Force the axes to have their Minimum and Maximum properties inside the plot boundaries. It constrains pan and zoom interaction. False by default. ForceAxesToBoundsOnV.ForceAxesToBoundsOn() C++: virtual void ForceAxesToBoundsOn() Force the axes to have their Minimum and Maximum properties inside the plot boundaries. It constrains pan and zoom interaction. False by default. ForceAxesToBoundsOffV.ForceAxesToBoundsOff() C++: virtual void ForceAxesToBoundsOff() Force the axes to have their Minimum and Maximum properties inside the plot boundaries. It constrains pan and zoom interaction. False by default. SetBarWidthFractionV.SetBarWidthFraction(float) C++: virtual void SetBarWidthFraction(float _arg) Set the width fraction for any bar charts drawn in this chart. It is assumed that all bar plots will use the same array for the X axis, and that this array is regularly spaced. The delta between the first two x values is used to calculated the width of the bars, and subdivided between each bar. The default value is 0.8, 1.0 would lead to bars that touch. GetBarWidthFractionV.GetBarWidthFraction() -> float C++: virtual float GetBarWidthFraction() Set the width fraction for any bar charts drawn in this chart. It is assumed that all bar plots will use the same array for the X axis, and that this array is regularly spaced. The delta between the first two x values is used to calculated the width of the bars, and subdivided between each bar. The default value is 0.8, 1.0 would lead to bars that touch. SetZoomWithMouseWheelV.SetZoomWithMouseWheel(bool) C++: virtual void SetZoomWithMouseWheel(bool _arg) Set the behavior of the mouse wheel. If true, the mouse wheel zooms in/out on the chart. Otherwise, unless MouseWheelEvent is overridden by a subclass the mouse wheel does nothing. The default value is true. GetZoomWithMouseWheelV.GetZoomWithMouseWheel() -> bool C++: virtual bool GetZoomWithMouseWheel() Set the behavior of the mouse wheel. If true, the mouse wheel zooms in/out on the chart. Otherwise, unless MouseWheelEvent is overridden by a subclass the mouse wheel does nothing. The default value is true. ZoomWithMouseWheelOnV.ZoomWithMouseWheelOn() C++: virtual void ZoomWithMouseWheelOn() Set the behavior of the mouse wheel. If true, the mouse wheel zooms in/out on the chart. Otherwise, unless MouseWheelEvent is overridden by a subclass the mouse wheel does nothing. The default value is true. ZoomWithMouseWheelOffV.ZoomWithMouseWheelOff() C++: virtual void ZoomWithMouseWheelOff() Set the behavior of the mouse wheel. If true, the mouse wheel zooms in/out on the chart. Otherwise, unless MouseWheelEvent is overridden by a subclass the mouse wheel does nothing. The default value is true. SetAdjustLowerBoundForLogPlotV.SetAdjustLowerBoundForLogPlot(bool) C++: virtual void SetAdjustLowerBoundForLogPlot(bool _arg) Adjust the minimum of a logarithmic axis to be greater than 0, regardless of the minimum data value. False by default. GetAdjustLowerBoundForLogPlotV.GetAdjustLowerBoundForLogPlot() -> bool C++: virtual bool GetAdjustLowerBoundForLogPlot() Adjust the minimum of a logarithmic axis to be greater than 0, regardless of the minimum data value. False by default. AdjustLowerBoundForLogPlotOnV.AdjustLowerBoundForLogPlotOn() C++: virtual void AdjustLowerBoundForLogPlotOn() Adjust the minimum of a logarithmic axis to be greater than 0, regardless of the minimum data value. False by default. AdjustLowerBoundForLogPlotOffV.AdjustLowerBoundForLogPlotOff() C++: virtual void AdjustLowerBoundForLogPlotOff() Adjust the minimum of a logarithmic axis to be greater than 0, regardless of the minimum data value. False by default. SetDragPointAlongXV.SetDragPointAlongX(bool) C++: virtual void SetDragPointAlongX(bool _arg) Set if the point can be dragged along X by the ClickAndDrag Action True by default. GetDragPointAlongXV.GetDragPointAlongX() -> bool C++: virtual bool GetDragPointAlongX() Set if the point can be dragged along X by the ClickAndDrag Action True by default. DragPointAlongXOnV.DragPointAlongXOn() C++: virtual void DragPointAlongXOn() Set if the point can be dragged along X by the ClickAndDrag Action True by default. DragPointAlongXOffV.DragPointAlongXOff() C++: virtual void DragPointAlongXOff() Set if the point can be dragged along X by the ClickAndDrag Action True by default. SetDragPointAlongYV.SetDragPointAlongY(bool) C++: virtual void SetDragPointAlongY(bool _arg) Set if the point can be dragged along Y by the ClickAndDrag Action True by default. GetDragPointAlongYV.GetDragPointAlongY() -> bool C++: virtual bool GetDragPointAlongY() Set if the point can be dragged along Y by the ClickAndDrag Action True by default. DragPointAlongYOnV.DragPointAlongYOn() C++: virtual void DragPointAlongYOn() Set if the point can be dragged along Y by the ClickAndDrag Action True by default. DragPointAlongYOffV.DragPointAlongYOff() C++: virtual void DragPointAlongYOff() Set if the point can be dragged along Y by the ClickAndDrag Action True by default. KeyPressEventV.KeyPressEvent(vtkContextKeyEvent) -> bool C++: bool KeyPressEvent(const vtkContextKeyEvent &key) override; Key press event. vtkContextKeyEventvtkChartsCorePython.vtkChartPlotDatavtkChartPlotData - Small struct used by InvokeEvent to send some information about the point that was clicked on. This is an experimental part of the API, subject to change. vtkChartPlotData() vtkChartPlotData(const &vtkChartPlotData) @W vtkChartPlotDatavtkChartXYZvtkChartsCorePython.vtkChartXYZvtkChartXYZ - Factory class for drawing 3D XYZ charts. Superclass: vtkContextItem V.SafeDownCast(vtkObjectBase) -> vtkChartXYZ C++: static vtkChartXYZ *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkChartXYZ C++: vtkChartXYZ *NewInstance() V.SetGeometry(vtkRectf) C++: void SetGeometry(const vtkRectf &bounds) Set the geometry in pixel coordinates (origin and width/height). This method also sets up the end points of the axes of the chart. For this reason, if you call SetAroundX(), you should call SetGeometry() afterwards. SetAngleV.SetAngle(float) C++: void SetAngle(double angle) Set the rotation angle for the chart (AutoRotate mode only). SetAroundXV.SetAroundX(bool) C++: void SetAroundX(bool isX) Set whether or not we're rotating about the X axis. V.GetAxis(int) -> vtkAxis C++: vtkAxis *GetAxis(int axis) Get the x (0), y (1) or z (2) axis. SetAxisColorV.SetAxisColor(vtkColor4ub) C++: void SetAxisColor(const vtkColor4ub &color) Set the color for the axes. GetAxisColorV.GetAxisColor() -> vtkColor4ub C++: vtkColor4ub GetAxisColor() Set the color for the axes. SetAutoRotateV.SetAutoRotate(bool) C++: void SetAutoRotate(bool b) Set whether or not we're using this chart to rotate on a timer. Default value is false. SetDecorateAxesV.SetDecorateAxes(bool) C++: void SetDecorateAxes(bool b) Set whether or not axes labels & tick marks should be drawn. Default value is true. SetFitToSceneV.SetFitToScene(bool) C++: void SetFitToScene(bool b) Set whether or not the chart should automatically resize itself to fill the scene. Default value is true. V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the chart, called whenever the chart needs to be drawn. V.AddPlot(vtkPlot3D) -> int C++: virtual vtkIdType AddPlot(vtkPlot3D *plot) Adds a plot to the chart. V.ClearPlots() C++: void ClearPlots() Remove all the plots from this chart. V.RecalculateBounds() C++: void RecalculateBounds() Determine the XYZ bounds of the plots within this chart. This information is then used to set the range of the axes. RecalculateTransformV.RecalculateTransform() C++: void RecalculateTransform() Use this chart's Geometry to set the endpoints of its axes. This method also sets up a transformation that is used to properly render the data within the chart. V.Hit(vtkContextMouseEvent) -> bool C++: bool Hit(const vtkContextMouseEvent &mouse) override; Returns true if the transform is interactive, false otherwise. V.MouseButtonPressEvent(vtkContextMouseEvent) -> bool C++: bool MouseButtonPressEvent(const vtkContextMouseEvent &mouse) override; Mouse press event. Keep track of zoom anchor position. V.MouseMoveEvent(vtkContextMouseEvent) -> bool C++: bool MouseMoveEvent(const vtkContextMouseEvent &mouse) override; Mouse move event. Perform pan or zoom as specified by the mouse bindings. V.MouseWheelEvent(vtkContextMouseEvent, int) -> bool C++: bool MouseWheelEvent(const vtkContextMouseEvent &mouse, int delta) override; Mouse wheel event. Zooms in or out. V.KeyPressEvent(vtkContextKeyEvent) -> bool C++: bool KeyPressEvent(const vtkContextKeyEvent &key) override; Key press event. This allows the user to snap the chart to one of three different 2D views. "x" changes the view so we're looking down the X axis. Similar behavior occurs for "y" or "z". vtkColor4ubvtkPlot3DvtkColorLegendvtkChartsCorePython.vtkColorLegendvtkColorLegend - Legend item to display vtkScalarsToColors. Superclass: vtkChartLegend vtkColorLegend is an item that will display the vtkScalarsToColors using a 1D texture, and a vtkAxis to show both the color and numerical range. V.SafeDownCast(vtkObjectBase) -> vtkColorLegend C++: static vtkColorLegend *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkColorLegend C++: vtkColorLegend *NewInstance() GetBoundsV.GetBounds([float, float, float, float]) C++: virtual void GetBounds(double bounds[4]) Bounds of the item, by default (0, 1, 0, 1) but it mainly depends on the range of the vtkScalarsToColors function. V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint the texture into a rectangle defined by the bounds. If MaskAboveCurve is true and a shape has been provided by a subclass, it draws the texture into the shape V.SetTransferFunction(vtkScalarsToColors) C++: virtual void SetTransferFunction( vtkScalarsToColors *transfer) Set/Get the transfer function that is used to draw the scalar bar within this legend. GetTransferFunctionV.GetTransferFunction() -> vtkScalarsToColors C++: virtual vtkScalarsToColors *GetTransferFunction() Set/Get the transfer function that is used to draw the scalar bar within this legend. V.SetPoint(float, float) C++: void SetPoint(float x, float y) override; Set the point this legend is anchored to. SetTextureSizeV.SetTextureSize(float, float) C++: virtual void SetTextureSize(float w, float h) Set the size of the scalar bar drawn by this legend. V.SetPosition(vtkRectf) C++: virtual void SetPosition(const vtkRectf &pos) Set the origin, width, and height of the scalar bar drawn by this legend. This method overrides the anchor point, as well as any horizontal and vertical alignment that has been set for this legend. If this is a problem for you, use SetPoint() and SetTextureSize() instead. V.GetPosition() -> vtkRectf C++: virtual vtkRectf GetPosition() Returns the origin, width, and height of the scalar bar drawn by this legend. V.GetBoundingRect(vtkContext2D) -> vtkRectf C++: vtkRectf GetBoundingRect(vtkContext2D *painter) override; Request the space the legend requires to be drawn. This is returned as a vtkRect4f, with the corner being the offset from Point, and the width/ height being the total width/height required by the axis. In order to ensure the numbers are correct, Update() should be called first. V.SetOrientation(int) C++: virtual void SetOrientation(int orientation) Set/get the orientation of the legend. Valid orientations are VERTICAL (default) and HORIZONTAL. V.GetOrientation() -> int C++: virtual int GetOrientation() Set/get the orientation of the legend. Valid orientations are VERTICAL (default) and HORIZONTAL. SetDrawBorderV.SetDrawBorder(bool) C++: virtual void SetDrawBorder(bool _arg) Toggle whether or not a border should be drawn around this legend. The default behavior is to not draw a border. GetDrawBorderV.GetDrawBorder() -> bool C++: virtual bool GetDrawBorder() Toggle whether or not a border should be drawn around this legend. The default behavior is to not draw a border. DrawBorderOnV.DrawBorderOn() C++: virtual void DrawBorderOn() Toggle whether or not a border should be drawn around this legend. The default behavior is to not draw a border. DrawBorderOffV.DrawBorderOff() C++: virtual void DrawBorderOff() Toggle whether or not a border should be drawn around this legend. The default behavior is to not draw a border. vtkColorTransferControlPointsItemvtkChartsCorePython.vtkColorTransferControlPointsItemvtkColorTransferControlPointsItem - Control points for vtkColorTransferFunction. Superclass: vtkControlPointsItem vtkColorTransferControlPointsItem draws the control points of a vtkColorTransferFunction. @sa vtkControlPointsItem vtkColorTransferFunctionItem vtkCompositeTransferFunctionItem V.SafeDownCast(vtkObjectBase) -> vtkColorTransferControlPointsItem C++: static vtkColorTransferControlPointsItem *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkColorTransferControlPointsItem C++: vtkColorTransferControlPointsItem *NewInstance() SetColorTransferFunctionV.SetColorTransferFunction(vtkColorTransferFunction) C++: void SetColorTransferFunction( vtkColorTransferFunction *function) Set the piecewise function to draw its points GetColorTransferFunctionV.GetColorTransferFunction() -> vtkColorTransferFunction C++: virtual vtkColorTransferFunction *GetColorTransferFunction() Get the piecewise function GetNumberOfPointsV.GetNumberOfPoints() -> int C++: vtkIdType GetNumberOfPoints() override; Return the number of points in the color transfer function. GetControlPointV.GetControlPoint(int, [float, ...]) C++: void GetControlPoint(vtkIdType index, double *point) override; Returns the x and y coordinates as well as the midpoint and sharpness of the control point corresponding to the index. Note: The y (point[1]) is always 0.5 SetControlPointV.SetControlPoint(int, [float, ...]) C++: void SetControlPoint(vtkIdType index, double *point) override; Sets the x and y coordinates as well as the midpoint and sharpness of the control point corresponding to the index. Changing the y has no effect, it will always be 0.5 AddPointV.AddPoint([float, ...]) -> int C++: vtkIdType AddPoint(double *newPos) override; Add a point to the function. Returns the index of the point (0 based), or -1 on error. Subclasses should reimplement this function to do the actual work. RemovePointV.RemovePoint([float, ...]) -> int C++: vtkIdType RemovePoint(double *pos) override; Remove a point of the function. Returns the index of the point (0 based), or -1 on error. Subclasses should reimplement this function to do the actual work. SetColorFillV.SetColorFill(bool) C++: virtual void SetColorFill(bool _arg) If ColorFill is true, the control point brush color is set with the matching color in the color transfer function. False by default. GetColorFillV.GetColorFill() -> bool C++: virtual bool GetColorFill() If ColorFill is true, the control point brush color is set with the matching color in the color transfer function. False by default. vtkControlPointsItemvtkColorTransferFunctionvtkColorTransferFunctionItemvtkChartsCorePython.vtkColorTransferFunctionItemvtkColorTransferFunctionItem - vtkPlot::Color, vtkPlot::Brush, vtkScalarsToColors::DrawPolyLine, vtkScalarsToColors::MaskAboveCurve have no effect here. Superclass: vtkScalarsToColorsItem V.SafeDownCast(vtkObjectBase) -> vtkColorTransferFunctionItem C++: static vtkColorTransferFunctionItem *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkColorTransferFunctionItem C++: vtkColorTransferFunctionItem *NewInstance() V.SetColorTransferFunction(vtkColorTransferFunction) C++: void SetColorTransferFunction(vtkColorTransferFunction *t) V.GetColorTransferFunction() -> vtkColorTransferFunction C++: virtual vtkColorTransferFunction *GetColorTransferFunction() vtkScalarsToColorsItemvtkCompositeControlPointsItemPointsFunctionTypeColorPointsFunctionOpacityPointsFunctionColorAndOpacityPointsFunctionvtkChartsCorePython.vtkCompositeControlPointsItem.PointsFunctionTypevtkChartsCorePython.vtkCompositeControlPointsItemvtkCompositeControlPointsItem - Control points for vtkCompositeFunction. Superclass: vtkColorTransferControlPointsItem vtkCompositeControlPointsItem draws the control points of a vtkPiecewiseFunction and a vtkColorTransferFunction. @sa vtkControlPointsItem vtkColorTransferControlPointsItem vtkCompositeTransferFunctionItem vtkPiecewisePointHandleItem V.SafeDownCast(vtkObjectBase) -> vtkCompositeControlPointsItem C++: static vtkCompositeControlPointsItem *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkCompositeControlPointsItem C++: vtkCompositeControlPointsItem *NewInstance() V.SetColorTransferFunction(vtkColorTransferFunction) C++: virtual void SetColorTransferFunction( vtkColorTransferFunction *function) Set the color transfer function to draw its points SetOpacityFunctionV.SetOpacityFunction(vtkPiecewiseFunction) C++: void SetOpacityFunction(vtkPiecewiseFunction *opacity) Utility function that calls SetPiecewiseFunction() GetOpacityFunctionV.GetOpacityFunction() -> vtkPiecewiseFunction C++: virtual vtkPiecewiseFunction *GetOpacityFunction() Utility function that calls SetPiecewiseFunction() SetPointsFunctionV.SetPointsFunction(int) C++: virtual void SetPointsFunction(int _arg) PointsFunction controls whether the points represent the ColorTransferFunction, OpacityTransferFunction or both. If ColorPointsFunction, only the points of the ColorTransfer function are used. If OpacityPointsFunction, only the points of the Opacity function are used If ColorAndOpacityPointsFunction, the points of both functions are shared by both functions. ColorAndOpacityPointsFunction by default. Note: Set the mode before the functions are set. ColorPointsFunction is not fully supported. GetPointsFunctionV.GetPointsFunction() -> int C++: virtual int GetPointsFunction() PointsFunction controls whether the points represent the ColorTransferFunction, OpacityTransferFunction or both. If ColorPointsFunction, only the points of the ColorTransfer function are used. If OpacityPointsFunction, only the points of the Opacity function are used If ColorAndOpacityPointsFunction, the points of both functions are shared by both functions. ColorAndOpacityPointsFunction by default. Note: Set the mode before the functions are set. ColorPointsFunction is not fully supported. SetUseOpacityPointHandlesV.SetUseOpacityPointHandles(bool) C++: virtual void SetUseOpacityPointHandles(bool _arg) If UseOpacityPointHandles is true, when the current point is double clicked, a vtkPiecewisePointHandleItem will show up so that the sharpness and mid point can be adjusted in the scene with those handles False by default. GetUseOpacityPointHandlesV.GetUseOpacityPointHandles() -> bool C++: virtual bool GetUseOpacityPointHandles() If UseOpacityPointHandles is true, when the current point is double clicked, a vtkPiecewisePointHandleItem will show up so that the sharpness and mid point can be adjusted in the scene with those handles False by default. V.MouseMoveEvent(vtkContextMouseEvent) -> bool C++: bool MouseMoveEvent(const vtkContextMouseEvent &mouse) override; Mouse move event. To take care of some special Key stroke MouseDoubleClickEventV.MouseDoubleClickEvent(vtkContextMouseEvent) -> bool C++: bool MouseDoubleClickEvent(const vtkContextMouseEvent &mouse) override; Mouse move event. To take care of some special Key stroke V.MouseButtonPressEvent(vtkContextMouseEvent) -> bool C++: bool MouseButtonPressEvent(const vtkContextMouseEvent &mouse) override; Mouse move event. To take care of some special Key stroke vtkPiecewiseFunctionvtkCompositeTransferFunctionItemvtkChartsCorePython.vtkCompositeTransferFunctionItemvtkCompositeTransferFunctionItem - vtkPlot::Color and vtkPlot::Brush have no effect here. Superclass: vtkColorTransferFunctionItem V.SafeDownCast(vtkObjectBase) -> vtkCompositeTransferFunctionItem C++: static vtkCompositeTransferFunctionItem *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkCompositeTransferFunctionItem C++: vtkCompositeTransferFunctionItem *NewInstance() V.SetOpacityFunction(vtkPiecewiseFunction) C++: void SetOpacityFunction(vtkPiecewiseFunction *opacity) V.GetOpacityFunction() -> vtkPiecewiseFunction C++: virtual vtkPiecewiseFunction *GetOpacityFunction() vtkContextAreaDrawAreaResizeBehaviorTypeDARB_ExpandDARB_FixedAspectDARB_FixedRectDARB_FixedMarginsvtkChartsCorePython.vtkContextArea.DrawAreaResizeBehaviorTypevtkChartsCorePython.vtkContextAreavtkContextArea - Clipped, transformed area with axes for context items. Superclass: vtkAbstractContextItem vtkContextArea provides an clipped drawing area surrounded by four axes. The drawing area is transformed to map the 2D area described by DrawAreaBounds into pixel coordinates. DrawAreaBounds is also used to configure the axes. Item to be rendered in the draw area should be added to the context item returned by GetDrawAreaItem(). The size and shape of the draw area is configured by the following member variables: - Geometry: The rect (pixel coordinates) defining the location of the context area in the scene. This includes the draw area and axis ticks/labels. - FillViewport: If true (default), Geometry is set to span the size returned by vtkContextDevice2D::GetViewportSize(). - DrawAreaResizeBehavior: Controls how the draw area should be shaped. Available options: Expand (default), FixedAspect, FixedRect, FixedMargins. - FixedAspect: Aspect ratio to enforce for FixedAspect resize behavior. - FixedRect: Rect used to enforce for FixedRect resize behavior. - FixedMargins: Margins to enforce for FixedMargins resize behavior. V.SafeDownCast(vtkObjectBase) -> vtkContextArea C++: static vtkContextArea *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkContextArea C++: vtkContextArea *NewInstance() V.GetAxis(vtkAxis.Location) -> vtkAxis C++: vtkAxis *GetAxis(vtkAxis::Location location) Get the vtkAxis associated with the specified location. GetDrawAreaItemV.GetDrawAreaItem() -> vtkAbstractContextItem C++: vtkAbstractContextItem *GetDrawAreaItem() Returns the vtkAbstractContextItem that will draw in the clipped, transformed space. This is the item to add children for. V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the item, called whenever the item needs to be drawn. V.GetGeometry() -> vtkRecti C++: virtual vtkRecti GetGeometry() The rect defining the pixel location and size of the entire vtkContextArea, including axis labels, title, etc. Note that this will be updated to the window geometry if FillWindow is true. V.SetGeometry(vtkRecti) C++: virtual void SetGeometry(vtkRecti _arg) The rect defining the pixel location and size of the entire vtkContextArea, including axis labels, title, etc. Note that this will be updated to the window geometry if FillWindow is true. GetDrawAreaBoundsV.GetDrawAreaBounds() -> vtkRectd C++: virtual vtkRectd GetDrawAreaBounds() The data bounds of the clipped and transformed area inside of the axes. This is used to configure the axes labels and setup the transform. SetDrawAreaBoundsV.SetDrawAreaBounds(vtkRectd) C++: virtual void SetDrawAreaBounds(vtkRectd _arg) The data bounds of the clipped and transformed area inside of the axes. This is used to configure the axes labels and setup the transform. GetDrawAreaResizeBehaviorV.GetDrawAreaResizeBehavior() -> DrawAreaResizeBehaviorType C++: virtual DrawAreaResizeBehaviorType GetDrawAreaResizeBehavior( ) Set the resize behavior for the draw area: - Expand: The default behavior. The draw area will automatically resize to take up as much of Geometry as possible. Margin sizes are minimized based on the space required for axis labels/tick marks. - FixedAspect: Same as Expand, but a fixed aspected ratio is enforced. See SetFixedAspect. - FixedRect: Draw area is always constrained to a fixed rectangle. See SetFixedRect. - FixMargins: The draw area expands to fill Geometry, but margins (axis labels, etc) are fixed, rather than dynamically sized. See SetFixedMargins. SetDrawAreaResizeBehaviorV.SetDrawAreaResizeBehavior(DrawAreaResizeBehaviorType) C++: virtual void SetDrawAreaResizeBehavior( DrawAreaResizeBehaviorType _arg) Set the resize behavior for the draw area: - Expand: The default behavior. The draw area will automatically resize to take up as much of Geometry as possible. Margin sizes are minimized based on the space required for axis labels/tick marks. - FixedAspect: Same as Expand, but a fixed aspected ratio is enforced. See SetFixedAspect. - FixedRect: Draw area is always constrained to a fixed rectangle. See SetFixedRect. - FixMargins: The draw area expands to fill Geometry, but margins (axis labels, etc) are fixed, rather than dynamically sized. See SetFixedMargins. GetFixedAspectV.GetFixedAspect() -> float C++: virtual float GetFixedAspect() The fixed aspect ratio, if DrawAreaResizeBehavior is FixedAspect. Defined as width/height. Default is 1. Setting the aspect ratio will also set DrawAreaResizeBehavior to FixedAspect. SetFixedAspectV.SetFixedAspect(float) C++: virtual void SetFixedAspect(float aspect) The fixed aspect ratio, if DrawAreaResizeBehavior is FixedAspect. Defined as width/height. Default is 1. Setting the aspect ratio will also set DrawAreaResizeBehavior to FixedAspect. GetFixedRectV.GetFixedRect() -> vtkRecti C++: virtual vtkRecti GetFixedRect() The fixed rect to use for the draw area, if DrawAreaResizeBehavior is FixedRect. Units are in pixels, default is 300x300+0+0. Setting the fixed rect will also set DrawAreaResizeBehavior to FixedRect. SetFixedRectV.SetFixedRect(vtkRecti) C++: virtual void SetFixedRect(vtkRecti rect) V.SetFixedRect(int, int, int, int) C++: virtual void SetFixedRect(int x, int y, int width, int height) The fixed rect to use for the draw area, if DrawAreaResizeBehavior is FixedRect. Units are in pixels, default is 300x300+0+0. Setting the fixed rect will also set DrawAreaResizeBehavior to FixedRect. GetFixedMarginsV.GetFixedMargins() -> vtkTuple_IiLi4EE C++: virtual const Margins &GetFixedMargins() The left, right, bottom, and top margins for the draw area, if DrawAreaResizeBehavior is FixedMargins. Units are in pixels, default is { 0, 0, 0, 0 }. Setting the fixed margins will also set DrawAreaResizeBehavior to FixedMargins. GetFixedMarginsArrayV.GetFixedMarginsArray([int, int, int, int]) C++: virtual void GetFixedMarginsArray(int margins[4]) V.GetFixedMarginsArray() -> (int, ...) C++: virtual const int *GetFixedMarginsArray() The left, right, bottom, and top margins for the draw area, if DrawAreaResizeBehavior is FixedMargins. Units are in pixels, default is { 0, 0, 0, 0 }. Setting the fixed margins will also set DrawAreaResizeBehavior to FixedMargins. SetFixedMarginsV.SetFixedMargins(vtkTuple_IiLi4EE) C++: virtual void SetFixedMargins(Margins margins) V.SetFixedMargins([int, int, int, int]) C++: virtual void SetFixedMargins(int margins[4]) V.SetFixedMargins(int, int, int, int) C++: virtual void SetFixedMargins(int left, int right, int bottom, int top) The left, right, bottom, and top margins for the draw area, if DrawAreaResizeBehavior is FixedMargins. Units are in pixels, default is { 0, 0, 0, 0 }. Setting the fixed margins will also set DrawAreaResizeBehavior to FixedMargins. GetFillViewportV.GetFillViewport() -> bool C++: virtual bool GetFillViewport() If true, Geometry is set to (0, 0, vpSize[0], vpSize[1]) at the start of each Paint call. vpSize is vtkContextDevice2D::GetViewportSize. Default is true. SetFillViewportV.SetFillViewport(bool) C++: virtual void SetFillViewport(bool _arg) If true, Geometry is set to (0, 0, vpSize[0], vpSize[1]) at the start of each Paint call. vpSize is vtkContextDevice2D::GetViewportSize. Default is true. FillViewportOnV.FillViewportOn() C++: virtual void FillViewportOn() If true, Geometry is set to (0, 0, vpSize[0], vpSize[1]) at the start of each Paint call. vpSize is vtkContextDevice2D::GetViewportSize. Default is true. FillViewportOffV.FillViewportOff() C++: virtual void FillViewportOff() If true, Geometry is set to (0, 0, vpSize[0], vpSize[1]) at the start of each Paint call. vpSize is vtkContextDevice2D::GetViewportSize. Default is true. SetShowGridV.SetShowGrid(bool) C++: virtual void SetShowGrid(bool show) Turn on/off grid visibility. GetShowGridV.GetShowGrid() -> bool C++: virtual bool GetShowGrid() Turn on/off grid visibility. ShowGridOnV.ShowGridOn() C++: virtual void ShowGridOn() Turn on/off grid visibility. ShowGridOffV.ShowGridOff() C++: virtual void ShowGridOff() Turn on/off grid visibility. vtkAxis.LocationvtkRectivtkRectdvtkContextArea.DrawAreaResizeBehaviorTypevtkTuple_IiLi4EEp_void@W vtkTuple_IiLi4EE@P *ivtkContextPolygonvtkChartsCorePython.vtkContextPolygonvtkContextPolygon - no description provided. vtkContextPolygon() vtkContextPolygon(const vtkContextPolygon &polygon) V.AddPoint(vtkVector2f) C++: void AddPoint(const vtkVector2f &point) V.AddPoint(float, float) C++: void AddPoint(float x, float y) Adds a point to the polygon. V.GetPoint(int) -> vtkVector2f C++: vtkVector2f GetPoint(vtkIdType index) Returns the point at index. V.GetNumberOfPoints() -> int C++: vtkIdType GetNumberOfPoints() Returns the number of points in the polygon. ClearV.Clear() C++: void Clear() Clears all the points from the polygon. ContainsV.Contains(vtkVector2f) -> bool C++: bool Contains(const vtkVector2f &point) Returns true if the polygon contains point. TransformedV.Transformed(vtkTransform2D) -> vtkContextPolygon C++: vtkContextPolygon Transformed(vtkTransform2D *transform) Returns a new polygon with each point transformed by transform. vtkTransform2D@W vtkContextPolygonCurrentPointChangedEventCurrentPointEditEventvtkChartsCorePython.vtkControlPointsItemvtkControlPointsItem - Abstract class for control points items. Superclass: vtkPlot vtkControlPointsItem provides control point painting and management for subclasses that provide points (typically control points of a transfer function) @sa vtkScalarsToColorsItem vtkPiecewiseControlPointsItem V.SafeDownCast(vtkObjectBase) -> vtkControlPointsItem C++: static vtkControlPointsItem *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkControlPointsItem C++: vtkControlPointsItem *NewInstance() V.GetBounds([float, float, float, float]) C++: void GetBounds(double bounds[4]) override; Bounds of the item, typically the bound of all the control points except if custom bounds have been set \sa SetUserBounds. SetUserBoundsV.SetUserBounds(float, float, float, float) C++: void SetUserBounds(double, double, double, double) V.SetUserBounds((float, float, float, float)) C++: void SetUserBounds(double a[4]) GetUserBoundsV.GetUserBounds() -> (float, float, float, float) C++: double *GetUserBounds() SetValidBoundsV.SetValidBounds(float, float, float, float) C++: void SetValidBounds(double, double, double, double) V.SetValidBounds((float, float, float, float)) C++: void SetValidBounds(double a[4]) GetValidBoundsV.GetValidBounds() -> (float, float, float, float) C++: double *GetValidBounds() GetScreenPointRadiusV.GetScreenPointRadius() -> float C++: virtual float GetScreenPointRadius() Get/set the radius for screen points. Default is 6.f SetScreenPointRadiusV.SetScreenPointRadius(float) C++: virtual void SetScreenPointRadius(float _arg) Get/set the radius for screen points. Default is 6.f V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint the points with a fixed size (cosmetic) which doesn't depend on the scene zoom factor. Selected and unselected points are drawn with a different color. SelectPointV.SelectPoint(int) C++: void SelectPoint(vtkIdType pointId) V.SelectPoint([float, ...]) C++: void SelectPoint(double *currentPoint) Select a point by its ID SelectAllPointsV.SelectAllPoints() C++: void SelectAllPoints() Select all the points DeselectPointV.DeselectPoint(int) C++: void DeselectPoint(vtkIdType pointId) V.DeselectPoint([float, ...]) C++: void DeselectPoint(double *currentPoint) Unselect a point by its ID DeselectAllPointsV.DeselectAllPoints() C++: void DeselectAllPoints() Unselect all the previously selected points ToggleSelectPointV.ToggleSelectPoint(int) C++: void ToggleSelectPoint(vtkIdType pointId) V.ToggleSelectPoint([float, ...]) C++: void ToggleSelectPoint(double *currentPoint) Toggle the selection of a point by its ID. If the point was selected then unselect it, otherwise select it. SelectPointsV.SelectPoints(vtkVector2f, vtkVector2f) -> bool C++: bool SelectPoints(const vtkVector2f &min, const vtkVector2f &max) override; Select all points in the specified rectangle. GetNumberOfSelectedPointsV.GetNumberOfSelectedPoints() -> int C++: vtkIdType GetNumberOfSelectedPoints() Return the number of selected points. FindPointV.FindPoint([float, ...]) -> int C++: vtkIdType FindPoint(double *pos) Returns the vtkIdType of the point given its coordinates and a tolerance based on the screen point size. IsOverPointV.IsOverPoint([float, ...], int) -> bool C++: bool IsOverPoint(double *pos, vtkIdType pointId) Returns true if pos is above the pointId point, false otherwise. It uses the size of the drawn point. To search what point is under the pos, use the more efficient \sa FindPoint() instead. GetControlPointIdV.GetControlPointId([float, ...]) -> int C++: vtkIdType GetControlPointId(double *pos) Returns the id of the control point exactly matching pos, -1 if not found. GetControlPointsIdsV.GetControlPointsIds(vtkIdTypeArray, bool) C++: void GetControlPointsIds(vtkIdTypeArray *ids, bool excludeFirstAndLast=false) Utility function that returns an array of all the control points IDs Typically: [0, 1, 2, ... n -1] where n is the point count Can exclude the first and last point ids from the array. GetStrokeModeV.GetStrokeMode() -> bool C++: virtual bool GetStrokeMode() Controls whether or not control points are drawn (true) or clicked and moved (false). False by default. SetSwitchPointsModeV.SetSwitchPointsMode(bool) C++: virtual void SetSwitchPointsMode(bool _arg) If DrawPoints is false, SwitchPoints controls the behavior when a control point is dragged past another point. The crossed point becomes current (true) or the current point is blocked/stopped (false). False by default. GetSwitchPointsModeV.GetSwitchPointsMode() -> bool C++: virtual bool GetSwitchPointsMode() If DrawPoints is false, SwitchPoints controls the behavior when a control point is dragged past another point. The crossed point becomes current (true) or the current point is blocked/stopped (false). False by default. SetEndPointsXMovableV.SetEndPointsXMovable(bool) C++: virtual void SetEndPointsXMovable(bool _arg) If EndPointsMovable is false, the two end points will not be moved. True by default. GetEndPointsXMovableV.GetEndPointsXMovable() -> bool C++: virtual bool GetEndPointsXMovable() If EndPointsMovable is false, the two end points will not be moved. True by default. SetEndPointsYMovableV.SetEndPointsYMovable(bool) C++: virtual void SetEndPointsYMovable(bool _arg) If EndPointsMovable is false, the two end points will not be moved. True by default. GetEndPointsYMovableV.GetEndPointsYMovable() -> bool C++: virtual bool GetEndPointsYMovable() If EndPointsMovable is false, the two end points will not be moved. True by default. GetEndPointsMovableV.GetEndPointsMovable() -> bool C++: virtual bool GetEndPointsMovable() If EndPointsMovable is false, the two end points will not be moved. True by default. SetEndPointsRemovableV.SetEndPointsRemovable(bool) C++: virtual void SetEndPointsRemovable(bool _arg) If EndPointsRemovable is false, the two end points will not be be removed. True by default. GetEndPointsRemovableV.GetEndPointsRemovable() -> bool C++: virtual bool GetEndPointsRemovable() If EndPointsRemovable is false, the two end points will not be be removed. True by default. SetShowLabelsV.SetShowLabels(bool) C++: virtual void SetShowLabels(bool _arg) When set to true, labels are shown on the current control point and the end points. Default is false. GetShowLabelsV.GetShowLabels() -> bool C++: virtual bool GetShowLabels() When set to true, labels are shown on the current control point and the end points. Default is false. V.SetLabelFormat(string) C++: virtual void SetLabelFormat(const char *_arg) Get/Set the label format. Default is "%.4f, %.4f". V.GetLabelFormat() -> string C++: virtual char *GetLabelFormat() Get/Set the label format. Default is "%.4f, %.4f". V.AddPoint([float, ...]) -> int C++: virtual vtkIdType AddPoint(double *newPos) Add a point to the function. Returns the index of the point (0 based), or -1 on error. Subclasses should reimplement this function to do the actual work. V.RemovePoint([float, ...]) -> int C++: virtual vtkIdType RemovePoint(double *pos) V.RemovePoint(int) -> int C++: vtkIdType RemovePoint(vtkIdType pointId) Remove a point of the function. Returns the index of the point (0 based), or -1 on error. Subclasses should reimplement this function to do the actual work. RemoveCurrentPointV.RemoveCurrentPoint() C++: void RemoveCurrentPoint() Remove the current point. V.GetNumberOfPoints() -> int C++: virtual vtkIdType GetNumberOfPoints() Returns the total number of points V.GetControlPoint(int, [float, ...]) C++: virtual void GetControlPoint(vtkIdType index, double *point) Returns the x and y coordinates as well as the midpoint and sharpness of the control point corresponding to the index. point must be a double array of size 4. V.SetControlPoint(int, [float, ...]) C++: virtual void SetControlPoint(vtkIdType index, double *point) Sets the x and y coordinates as well as the midpoint and sharpness of the control point corresponding to the index. MovePointsV.MovePoints(vtkVector2f, vtkIdTypeArray) C++: void MovePoints(const vtkVector2f &translation, vtkIdTypeArray *pointIds) V.MovePoints(vtkVector2f, bool) C++: void MovePoints(const vtkVector2f &translation, bool dontMoveFirstAndLast=false) Move the points referred by pointIds by a given translation. The new positions won't be outside the bounds. MovePoints is typically called with GetControlPointsIds() or GetSelection(). Warning: if you pass this->GetSelection(), the array is deleted after each individual point move. Increase the reference count of the array. See also MoveAllPoints() SpreadPointsV.SpreadPoints(float, vtkIdTypeArray) C++: void SpreadPoints(float factor, vtkIdTypeArray *pointIds) V.SpreadPoints(float, bool) C++: void SpreadPoints(float factor, bool dontSpreadFirstAndLast=false) Spread the points referred by pointIds If factor > 0, points are moved away from each other. If factor < 0, points are moved closer to each other SpreadPoints is typically called with GetControlPointsIds() or GetSelection(). Warning: if you pass this->GetSelection(), the array is deleted after each individual point move. Increase the reference count of the array. GetCurrentPointV.GetCurrentPoint() -> int C++: vtkIdType GetCurrentPoint() Returns the current point ID selected or -1 if there is no point current. No current point by default. SetCurrentPointV.SetCurrentPoint(int) C++: void SetCurrentPoint(vtkIdType index) Sets the current point selected. GetSelectedPointPenV.GetSelectedPointPen() -> vtkPen C++: virtual vtkPen *GetSelectedPointPen() Gets the selected point pen and brush. GetSelectedPointBrushV.GetSelectedPointBrush() -> vtkBrush C++: virtual vtkBrush *GetSelectedPointBrush() Depending on the control points item, the brush might not be taken into account. ResetBoundsV.ResetBounds() C++: void ResetBounds() Recompute the bounds next time they are requested. You shouldn't have to call it but it is provided for rare cases. V.MouseButtonPressEvent(vtkContextMouseEvent) -> bool C++: bool MouseButtonPressEvent(const vtkContextMouseEvent &mouse) override; Mouse button down event. V.MouseDoubleClickEvent(vtkContextMouseEvent) -> bool C++: bool MouseDoubleClickEvent(const vtkContextMouseEvent &mouse) override; Mouse button down event. KeyReleaseEventV.KeyReleaseEvent(vtkContextKeyEvent) -> bool C++: bool KeyReleaseEvent(const vtkContextKeyEvent &key) override; Key release event. @P *dvtkIdTypeArray@WV vtkVector2f *vtkIdTypeArray@W|q vtkVector2f@fV *vtkIdTypeArray@f|qvtkInteractiveAreavtkChartsCorePython.vtkInteractiveAreavtkInteractiveArea - Implements zooming and panning in a vtkContextArea. Superclass: vtkContextArea Implements zooming and panning in a vtkContextArea. V.SafeDownCast(vtkObjectBase) -> vtkInteractiveArea C++: static vtkInteractiveArea *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkInteractiveArea C++: vtkInteractiveArea *NewInstance() V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; vtkAbstractContextItem API V.MouseWheelEvent(vtkContextMouseEvent, int) -> bool C++: bool MouseWheelEvent(const vtkContextMouseEvent &mouse, int delta) override; Mouse wheel event, positive delta indicates forward movement of the wheel. Return true if the item holds the event, false if the event can be propagated to other items. V.MouseMoveEvent(vtkContextMouseEvent) -> bool C++: bool MouseMoveEvent(const vtkContextMouseEvent &mouse) override; Mouse move event. Return true if the item holds the event, false if the event can be propagated to other items. V.MouseButtonPressEvent(vtkContextMouseEvent) -> bool C++: bool MouseButtonPressEvent(const vtkContextMouseEvent &mouse) override; Mouse button down event Return true if the item holds the event, false if the event can be propagated to other items. vtkLookupTableItemvtkChartsCorePython.vtkLookupTableItemvtkLookupTableItem - vtkPlot::Color, vtkPlot::Brush, vtkScalarsToColors::DrawPolyLine, vtkScalarsToColors::MaskAboveCurve have no effect here. Superclass: vtkScalarsToColorsItem V.SafeDownCast(vtkObjectBase) -> vtkLookupTableItem C++: static vtkLookupTableItem *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkLookupTableItem C++: vtkLookupTableItem *NewInstance() SetLookupTableV.SetLookupTable(vtkLookupTable) C++: void SetLookupTable(vtkLookupTable *t) GetLookupTableV.GetLookupTable() -> vtkLookupTable C++: virtual vtkLookupTable *GetLookupTable() vtkLookupTablevtkPiecewiseControlPointsItemvtkChartsCorePython.vtkPiecewiseControlPointsItemvtkPiecewiseControlPointsItem - Control points for vtkPiecewiseFunction. Superclass: vtkControlPointsItem vtkPiecewiseControlPointsItem draws the control points of a vtkPiecewiseFunction. @sa vtkControlPointsItem vtkPiecewiseFunctionItem vtkCompositeTransferFunctionItem V.SafeDownCast(vtkObjectBase) -> vtkPiecewiseControlPointsItem C++: static vtkPiecewiseControlPointsItem *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkPiecewiseControlPointsItem C++: vtkPiecewiseControlPointsItem *NewInstance() SetPiecewiseFunctionV.SetPiecewiseFunction(vtkPiecewiseFunction) C++: virtual void SetPiecewiseFunction( vtkPiecewiseFunction *function) Set the piecewise function to draw its points GetPiecewiseFunctionV.GetPiecewiseFunction() -> vtkPiecewiseFunction C++: virtual vtkPiecewiseFunction *GetPiecewiseFunction() Get the piecewise function SetStrokeModeV.SetStrokeMode(bool) C++: virtual void SetStrokeMode(bool _arg) Controls whether or not control points are drawn (true) or clicked and moved (false). False by default. vtkPiecewiseFunctionItemvtkChartsCorePython.vtkPiecewiseFunctionItemvtkPiecewiseFunctionItem - vtkPiecewiseFunctionItem internall uses vtkPlot::Color, white by default Superclass: vtkScalarsToColorsItem V.SafeDownCast(vtkObjectBase) -> vtkPiecewiseFunctionItem C++: static vtkPiecewiseFunctionItem *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkPiecewiseFunctionItem C++: vtkPiecewiseFunctionItem *NewInstance() V.SetPiecewiseFunction(vtkPiecewiseFunction) C++: void SetPiecewiseFunction(vtkPiecewiseFunction *t) V.GetPiecewiseFunction() -> vtkPiecewiseFunction C++: virtual vtkPiecewiseFunction *GetPiecewiseFunction() vtkPiecewisePointHandleItemvtkChartsCorePython.vtkPiecewisePointHandleItemvtkPiecewisePointHandleItem - a vtkContextItem that draws handles around a point of a piecewise function Superclass: vtkContextItem This is a vtkContextItem that can be placed into a vtkContextScene. It draws handles around a given point of a piecewise function so that the curve can be adjusted using these handles. V.SafeDownCast(vtkObjectBase) -> vtkPiecewisePointHandleItem C++: static vtkPiecewisePointHandleItem *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkPiecewisePointHandleItem C++: vtkPiecewisePointHandleItem *NewInstance() CallRedrawV.CallRedraw(vtkObject, int, void, void) C++: static void CallRedraw(vtkObject *sender, unsigned long event, void *receiver, void *params) SetParentV.SetParent(vtkAbstractContextItem) C++: void SetParent(vtkAbstractContextItem *parent) override; Set the parent item, which should be a vtkControlPointItem V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the item. SetCurrentPointIndexV.SetCurrentPointIndex(int) C++: virtual void SetCurrentPointIndex(vtkIdType _arg) The current point id in the piecewise function being handled. GetCurrentPointIndexV.GetCurrentPointIndex() -> int C++: virtual vtkIdType GetCurrentPointIndex() The current point id in the piecewise function being handled. V.SetPiecewiseFunction(vtkPiecewiseFunction) C++: virtual void SetPiecewiseFunction( vtkPiecewiseFunction *piecewiseFunc) Set the PieceWiseFunction the handles will manipulate IsOverHandleV.IsOverHandle([float, ...]) -> int C++: int IsOverHandle(float *pos) Returns the index of the handle if pos is over any of the handles, otherwise return -1; V.Hit(vtkContextMouseEvent) -> bool C++: bool Hit(const vtkContextMouseEvent &mouse) override; Returns true if the supplied x, y coordinate is inside the item. vtkChartsCorePython.vtkPlotvtkPlot - Abstract class for 2D plots. Superclass: vtkContextItem The base class for all plot types used in vtkChart derived charts. @sa vtkPlotPoints vtkPlotLine vtkPlotBar vtkChart vtkChartXY V.SafeDownCast(vtkObjectBase) -> vtkPlot C++: static vtkPlot *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlot C++: vtkPlot *NewInstance() SetLegendVisibilityV.SetLegendVisibility(bool) C++: virtual void SetLegendVisibility(bool _arg) Set whether the plot renders an entry in the legend. Default is true. vtkPlot::PaintLegend will get called to render the legend marker on when this is true. GetLegendVisibilityV.GetLegendVisibility() -> bool C++: virtual bool GetLegendVisibility() Set whether the plot renders an entry in the legend. Default is true. vtkPlot::PaintLegend will get called to render the legend marker on when this is true. LegendVisibilityOnV.LegendVisibilityOn() C++: virtual void LegendVisibilityOn() Set whether the plot renders an entry in the legend. Default is true. vtkPlot::PaintLegend will get called to render the legend marker on when this is true. LegendVisibilityOffV.LegendVisibilityOff() C++: virtual void LegendVisibilityOff() Set whether the plot renders an entry in the legend. Default is true. vtkPlot::PaintLegend will get called to render the legend marker on when this is true. PaintLegendV.PaintLegend(vtkContext2D, vtkRectf, int) -> bool C++: virtual bool PaintLegend(vtkContext2D *painter, const vtkRectf &rect, int legendIndex) Paint legend event for the plot, called whenever the legend needs the plot items symbol/mark/line drawn. A rect is supplied with the lower left corner of the rect (elements 0 and 1) and with width x height (elements 2 and 3). The plot can choose how to fill the space supplied. The index is used by Plots that return more than one label. SetTooltipLabelFormatV.SetTooltipLabelFormat(string) C++: virtual void SetTooltipLabelFormat(const vtkStdString &label) Sets/gets a printf-style string to build custom tooltip labels from. An empty string generates the default tooltip labels. The following case-sensitive format tags (without quotes) are recognized: '%x' The X value of the plot element '%y' The Y value of the plot element '%i' The IndexedLabels entry for the plot element '%l' The value of the plot's GetLabel() function '%s' (vtkPlotBar only) The Labels entry for the bar segment Any other characters or unrecognized format tags are printed in the tooltip label verbatim. GetTooltipLabelFormatV.GetTooltipLabelFormat() -> string C++: virtual vtkStdString GetTooltipLabelFormat() Sets/gets a printf-style string to build custom tooltip labels from. An empty string generates the default tooltip labels. The following case-sensitive format tags (without quotes) are recognized: '%x' The X value of the plot element '%y' The Y value of the plot element '%i' The IndexedLabels entry for the plot element '%l' The value of the plot's GetLabel() function '%s' (vtkPlotBar only) The Labels entry for the bar segment Any other characters or unrecognized format tags are printed in the tooltip label verbatim. SetTooltipNotationV.SetTooltipNotation(int) C++: virtual void SetTooltipNotation(int notation) Sets/gets the tooltip notation style. GetTooltipNotationV.GetTooltipNotation() -> int C++: virtual int GetTooltipNotation() Sets/gets the tooltip notation style. SetTooltipPrecisionV.SetTooltipPrecision(int) C++: virtual void SetTooltipPrecision(int precision) Sets/gets the tooltip precision. GetTooltipPrecisionV.GetTooltipPrecision() -> int C++: virtual int GetTooltipPrecision() Sets/gets the tooltip precision. GetTooltipLabelV.GetTooltipLabel(vtkVector2d, int, int) -> string C++: virtual vtkStdString GetTooltipLabel( const vtkVector2d &plotPos, vtkIdType seriesIndex, vtkIdType segmentIndex) Generate and return the tooltip label string for this plot The segmentIndex parameter is ignored, except for vtkPlotBar V.SelectPoints(vtkVector2f, vtkVector2f) -> bool C++: virtual bool SelectPoints(const vtkVector2f &min, const vtkVector2f &max) Select all points in the specified rectangle. SelectPointsInPolygonV.SelectPointsInPolygon(vtkContextPolygon) -> bool C++: virtual bool SelectPointsInPolygon( const vtkContextPolygon &polygon) Select all points in the specified polygon. SetColorV.SetColor(int, int, int, int) C++: virtual void SetColor(unsigned char r, unsigned char g, unsigned char b, unsigned char a) V.SetColor(float, float, float) C++: virtual void SetColor(double r, double g, double b) Set the plot color GetColorV.GetColor([float, float, float]) C++: virtual void GetColor(double rgb[3]) V.GetColor([int, int, int]) C++: void GetColor(unsigned char rgb[3]) Set the plot color SetWidthV.SetWidth(float) C++: virtual void SetWidth(float width) Set the width of the line. GetWidthV.GetWidth() -> float C++: virtual float GetWidth() Get the width of the line. SetPenV.SetPen(vtkPen) C++: void SetPen(vtkPen *pen) Set/get the vtkPen object that controls how this plot draws (out)lines. V.GetPen() -> vtkPen C++: vtkPen *GetPen() Set/get the vtkPen object that controls how this plot draws (out)lines. SetBrushV.SetBrush(vtkBrush) C++: void SetBrush(vtkBrush *brush) Set/get the vtkBrush object that controls how this plot fills shapes. V.GetBrush() -> vtkBrush C++: vtkBrush *GetBrush() Set/get the vtkBrush object that controls how this plot fills shapes. SetSelectionPenV.SetSelectionPen(vtkPen) C++: void SetSelectionPen(vtkPen *pen) Set/get the vtkBrush object that controls how this plot fills selected shapes. GetSelectionPenV.GetSelectionPen() -> vtkPen C++: vtkPen *GetSelectionPen() Set/get the vtkBrush object that controls how this plot fills selected shapes. SetSelectionBrushV.SetSelectionBrush(vtkBrush) C++: void SetSelectionBrush(vtkBrush *brush) Set/get the vtkBrush object that controls how this plot fills selected shapes. GetSelectionBrushV.GetSelectionBrush() -> vtkBrush C++: vtkBrush *GetSelectionBrush() Set/get the vtkBrush object that controls how this plot fills selected shapes. SetLabelV.SetLabel(string) C++: virtual void SetLabel(const vtkStdString &label) Set the label of this plot. GetLabelV.GetLabel() -> string C++: virtual vtkStdString GetLabel() V.GetLabel(int) -> string C++: vtkStdString GetLabel(vtkIdType index) Get the label of this plot. SetLabelsV.SetLabels(vtkStringArray) C++: virtual void SetLabels(vtkStringArray *labels) Set the plot labels, these are used for stacked chart variants, with the index referring to the stacking index. GetLabelsV.GetLabels() -> vtkStringArray C++: virtual vtkStringArray *GetLabels() Get the plot labels. If this array has a length greater than 1 the index refers to the stacked objects in the plot. See vtkPlotBar for example. GetNumberOfLabelsV.GetNumberOfLabels() -> int C++: virtual int GetNumberOfLabels() Get the number of labels associated with this plot. SetIndexedLabelsV.SetIndexedLabels(vtkStringArray) C++: void SetIndexedLabels(vtkStringArray *labels) Set indexed labels for the plot. If set, this array can be used to provide custom labels for each point in a plot. This array should be the same length as the points array. Default is null (no indexed labels). GetIndexedLabelsV.GetIndexedLabels() -> vtkStringArray C++: virtual vtkStringArray *GetIndexedLabels() Get the indexed labels array. GetDataV.GetData() -> vtkContextMapper2D C++: vtkContextMapper2D *GetData() Get the data object that the plot will draw. GetUseIndexForXSeriesV.GetUseIndexForXSeries() -> bool C++: virtual bool GetUseIndexForXSeries() Use the Y array index for the X value. If true any X column setting will be ignored, and the X values will simply be the index of the Y column. SetUseIndexForXSeriesV.SetUseIndexForXSeries(bool) C++: virtual void SetUseIndexForXSeries(bool _arg) Use the Y array index for the X value. If true any X column setting will be ignored, and the X values will simply be the index of the Y column. V.SetInputData(vtkTable) C++: virtual void SetInputData(vtkTable *table) V.SetInputData(vtkTable, string, string) C++: virtual void SetInputData(vtkTable *table, const vtkStdString &xColumn, const vtkStdString &yColumn) V.SetInputData(vtkTable, int, int) C++: void SetInputData(vtkTable *table, vtkIdType xColumn, vtkIdType yColumn) This is a convenience function to set the input table and the x, y column for the plot. GetInputV.GetInput() -> vtkTable C++: virtual vtkTable *GetInput() Get the input table used by the plot. SetInputArrayV.SetInputArray(int, string) C++: virtual void SetInputArray(int index, const vtkStdString &name) Convenience function to set the input arrays. For most plots index 0 is the x axis, and index 1 is the y axis. The name is the name of the column in the vtkTable. SetSelectableV.SetSelectable(bool) C++: virtual void SetSelectable(bool _arg) Set whether the plot can be selected. True by default. If not, then SetSelection(), SelectPoints() or SelectPointsInPolygon() won't have any effect. \sa SetSelection(), SelectPoints(), SelectPointsInPolygon() GetSelectableV.GetSelectable() -> bool C++: virtual bool GetSelectable() Set whether the plot can be selected. True by default. If not, then SetSelection(), SelectPoints() or SelectPointsInPolygon() won't have any effect. \sa SetSelection(), SelectPoints(), SelectPointsInPolygon() SelectableOnV.SelectableOn() C++: virtual void SelectableOn() Set whether the plot can be selected. True by default. If not, then SetSelection(), SelectPoints() or SelectPointsInPolygon() won't have any effect. \sa SetSelection(), SelectPoints(), SelectPointsInPolygon() SelectableOffV.SelectableOff() C++: virtual void SelectableOff() Set whether the plot can be selected. True by default. If not, then SetSelection(), SelectPoints() or SelectPointsInPolygon() won't have any effect. \sa SetSelection(), SelectPoints(), SelectPointsInPolygon() SetSelectionV.SetSelection(vtkIdTypeArray) C++: virtual void SetSelection(vtkIdTypeArray *id) Sets the list of points that must be selected. If Selectable is false, then this method does nothing. \sa SetSelectable() GetSelectionV.GetSelection() -> vtkIdTypeArray C++: virtual vtkIdTypeArray *GetSelection() Sets the list of points that must be selected. If Selectable is false, then this method does nothing. \sa SetSelectable() GetXAxisV.GetXAxis() -> vtkAxis C++: virtual vtkAxis *GetXAxis() Get/set the X axis associated with this plot. SetXAxisV.SetXAxis(vtkAxis) C++: virtual void SetXAxis(vtkAxis *axis) Get/set the X axis associated with this plot. V.GetYAxis() -> vtkAxis C++: virtual vtkAxis *GetYAxis() Get/set the Y axis associated with this plot. SetYAxisV.SetYAxis(vtkAxis) C++: virtual void SetYAxis(vtkAxis *axis) Get/set the Y axis associated with this plot. SetShiftScaleV.SetShiftScale(vtkRectd) C++: void SetShiftScale(const vtkRectd &scaling) Get/set the origin shift and scaling factor used by the plot, this is normally 0.0 offset and 1.0 scaling, but can be used to render data outside of the single precision range. The chart that owns the plot should set this and ensure the appropriate matrix is used when rendering the plot. GetShiftScaleV.GetShiftScale() -> vtkRectd C++: vtkRectd GetShiftScale() Get/set the origin shift and scaling factor used by the plot, this is normally 0.0 offset and 1.0 scaling, but can be used to render data outside of the single precision range. The chart that owns the plot should set this and ensure the appropriate matrix is used when rendering the plot. V.GetBounds([float, float, float, float]) C++: virtual void GetBounds(double bounds[4]) Get the bounds for this plot as (Xmin, Xmax, Ymin, Ymax). * See GetUnscaledInputBounds for more information. GetUnscaledInputBoundsV.GetUnscaledInputBounds([float, float, float, float]) C++: virtual void GetUnscaledInputBounds(double bounds[4]) Provide un-log-scaled bounds for the plot inputs. * This function is analogous to GetBounds() with 2 exceptions: * 1. It will never return log-scaled bounds even when the * x- and/or y-axes are log-scaled. * 2. It will always return the bounds along the *input* axes * rather than the output chart coordinates. Thus GetXAxis() * returns the axis associated with the first 2 bounds entries * and GetYAxis() returns the axis associated with the next 2 * bounds entries. * For example, vtkPlotBar's GetBounds() method * will swap axis bounds when its orientation is vertical while * its GetUnscaledInputBounds() will not swap axis bounds. * This method is provided so user interfaces can determine * whether or not to allow log-scaling of a particular vtkAxis. * Subclasses of vtkPlot are responsible for implementing this * function to transform input plot data. * The returned bounds are stored as (Xmin, Xmax, Ymin, Ymax). UpdateCacheV.UpdateCache() C++: virtual void UpdateCache() Subclasses that build data caches to speed up painting should override this method to update such caches. This is called on each Paint, hence subclasses must add checks to avoid rebuilding of cache, unless necessary. Default implementation is empty. SetPropertyV.SetProperty(string, vtkVariant) C++: virtual void SetProperty(const vtkStdString &property, const vtkVariant &var) A General setter/getter that should be overridden. It can silently drop options, case is important GetPropertyV.GetProperty(string) -> vtkVariant C++: virtual vtkVariant GetProperty(const vtkStdString &property) A General setter/getter that should be overridden. It can silently drop options, case is important @P *BvtkPen@Vss *vtkTable@Vkk *vtkTablevtkTablevtkVariantvtkChartsCorePython.vtkPlot3DvtkPlot3D - Abstract class for 3D plots. Superclass: vtkContextItem The base class for all plot types used in vtkChart derived charts. @sa vtkPlot3DPoints vtkPlot3DLine vtkPlot3DBar vtkChart vtkChartXY V.SafeDownCast(vtkObjectBase) -> vtkPlot3D C++: static vtkPlot3D *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlot3D C++: vtkPlot3D *NewInstance() V.SetSelectionPen(vtkPen) C++: void SetSelectionPen(vtkPen *pen) Set/get the vtkPen object that controls how this plot draws (out)lines. V.GetSelectionPen() -> vtkPen C++: vtkPen *GetSelectionPen() Set/get the vtkPen object that controls how this plot draws (out)lines. V.SetInputData(vtkTable) C++: virtual void SetInputData(vtkTable *input) V.SetInputData(vtkTable, string, string, string) C++: virtual void SetInputData(vtkTable *input, const vtkStdString &xName, const vtkStdString &yName, const vtkStdString &zName) V.SetInputData(vtkTable, string, string, string, string) C++: virtual void SetInputData(vtkTable *input, const vtkStdString &xName, const vtkStdString &yName, const vtkStdString &zName, const vtkStdString &colorName) V.SetInputData(vtkTable, int, int, int) C++: virtual void SetInputData(vtkTable *input, vtkIdType xColumn, vtkIdType yColumn, vtkIdType zColumn) Set the input to the plot. SetColorsV.SetColors(vtkDataArray) C++: virtual void SetColors(vtkDataArray *colorArr) Set the color of each point in the plot. The input is a single component scalar array. The values of this array will be passed through a lookup table to generate the color for each data point in the plot. V.GetChart() -> vtkChartXYZ C++: virtual vtkChartXYZ *GetChart() Get/set the chart for this plot. V.SetChart(vtkChartXYZ) C++: virtual void SetChart(vtkChartXYZ *chart) Get/set the chart for this plot. GetXAxisLabelV.GetXAxisLabel() -> string C++: std::string GetXAxisLabel() Get the label for the X axis. GetYAxisLabelV.GetYAxisLabel() -> string C++: std::string GetYAxisLabel() Get the label for the Y axis. GetZAxisLabelV.GetZAxisLabel() -> string C++: std::string GetZAxisLabel() Get the label for the Z axis. V.SetSelection(vtkIdTypeArray) C++: virtual void SetSelection(vtkIdTypeArray *id) Set/get the selection array for the plot. V.GetSelection() -> vtkIdTypeArray C++: virtual vtkIdTypeArray *GetSelection() Set/get the selection array for the plot. @Vsss *vtkTable@Vkkk *vtkTablevtkDataArrayvtkPlotAreavtkChartsCorePython.vtkPlotAreavtkPlotArea - draws an area plot. Superclass: vtkPlot vtkPlotArea is used to render an area plot. An area plot (sometimes called a range plot) renders a filled region between the selected ymin and ymax arrays. To specify the x array and ymin/ymax arrays, use the SetInputArray method with array index as 0, 1, or 2, respectively. V.SafeDownCast(vtkObjectBase) -> vtkPlotArea C++: static vtkPlotArea *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotArea C++: vtkPlotArea *NewInstance() V.SetColor(int, int, int, int) C++: void SetColor(unsigned char r, unsigned char g, unsigned char b, unsigned char a) override; V.SetColor(float, float, float) C++: void SetColor(double r, double g, double b) override; Overridden to set the brush color. GetValidPointMaskNameV.GetValidPointMaskName() -> string C++: virtual vtkStdString GetValidPointMaskName() Get/set the valid point mask array name. SetValidPointMaskNameV.SetValidPointMaskName(string) C++: virtual void SetValidPointMaskName(vtkStdString _arg) Get/set the valid point mask array name. V.GetBounds([float, float, float, float]) C++: void GetBounds(double bounds[4]) override; Get the bounds for this plot as (Xmin, Xmax, Ymin, Ymax). V.UpdateCache() C++: void UpdateCache() override; Subclasses that build data caches to speed up painting should override this method to update such caches. This is called on each Paint, hence subclasses must add checks to avoid rebuilding of cache, unless necessary. V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the XY plot, called whenever the chart needs to be drawn V.PaintLegend(vtkContext2D, vtkRectf, int) -> bool C++: bool PaintLegend(vtkContext2D *painter, const vtkRectf &rect, int legendIndex) override; Paint legend event for the plot, called whenever the legend needs the plot items symbol/mark/line drawn. A rect is supplied with the lower left corner of the rect (elements 0 and 1) and with width x height (elements 2 and 3). The plot can choose how to fill the space supplied. The index is used by Plots that return more than one label. V.GetTooltipLabel(vtkVector2d, int, int) -> string C++: vtkStdString GetTooltipLabel(const vtkVector2d &plotPos, vtkIdType seriesIndex, vtkIdType segmentIndex) override; Generate and return the tooltip label string for this plot The segmentIndex parameter is ignored, except for vtkPlotBar vtkPlotBagvtkChartsCorePython.vtkPlotBagvtkPlotBag - Class for drawing an a bagplot. Superclass: vtkPlotPoints This class allows to draw a bagplot given three columns from a vtkTable. The first two columns will represent X,Y as it is for vtkPlotPoints. The third one will have to specify if the density assigned to each point (generally obtained by the vtkHighestDensityRegionsStatistics filter). Points are drawn in a plot points fashion and 2 convex hull polygons are drawn around the median and the 3 quartile of the density field. @sa vtkHighestDensityRegionsStatistics V.SafeDownCast(vtkObjectBase) -> vtkPlotBag C++: static vtkPlotBag *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotBag C++: vtkPlotBag *NewInstance() V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the XY plot, called whenever the chart needs to be drawn. V.PaintLegend(vtkContext2D, vtkRectf, int) -> bool C++: bool PaintLegend(vtkContext2D *painter, const vtkRectf &rect, int legendIndex) override; Paint legend event for the XY plot, called whenever the legend needs the plot items symbol/mark/line drawn. A rect is supplied with the lower left corner of the rect (elements 0 and 1) and with width x height (elements 2 and 3). The plot can choose how to fill the space supplied. V.GetLabels() -> vtkStringArray C++: vtkStringArray *GetLabels() override; Get the plot labels. If this array has a length greater than 1 the index refers to the stacked objects in the plot. See vtkPlotBar for example. V.SetInputData(vtkTable) C++: void SetInputData(vtkTable *table) override; V.SetInputData(vtkTable, string, string) C++: void SetInputData(vtkTable *table, const vtkStdString &yColumn, const vtkStdString &densityColumn) override; V.SetInputData(vtkTable, string, string, string) C++: virtual void SetInputData(vtkTable *table, const vtkStdString &xColumn, const vtkStdString &yColumn, const vtkStdString &densityColumn) V.SetInputData(vtkTable, int, int, int) C++: virtual void SetInputData(vtkTable *table, vtkIdType xColumn, vtkIdType yColumn, vtkIdType densityColumn) Set the input, we are expecting a vtkTable with three columns. The first column and the second represent the x,y position . The five others columns represent the quartiles used to display the box. Inherited method will call the last SetInputData method with default parameters. SetBagVisibleV.SetBagVisible(bool) C++: virtual void SetBagVisible(bool _arg) Set/get the visibility of the bags. True by default. GetBagVisibleV.GetBagVisible() -> bool C++: virtual bool GetBagVisible() Set/get the visibility of the bags. True by default. SetLinePenV.SetLinePen(vtkPen) C++: void SetLinePen(vtkPen *pen) Set/get the vtkPen object that controls how this plot draws boundary lines. GetLinePenV.GetLinePen() -> vtkPen C++: virtual vtkPen *GetLinePen() Set/get the vtkPen object that controls how this plot draws boundary lines. SetPointPenV.SetPointPen(vtkPen) C++: void SetPointPen(vtkPen *pen) Set/get the vtkPen object that controls how this plot draws points. Those are just helpers functions: this pen is actually the default Plot pen. GetPointPenV.GetPointPen() -> vtkPen C++: vtkPen *GetPointPen() vtkPlotPointsvtkPlotBarvtkChartsCorePython.vtkPlotBarvtkPlotBar - Class for drawing an XY plot given two columns from a vtkTable. Superclass: vtkPlot V.SafeDownCast(vtkObjectBase) -> vtkPlotBar C++: static vtkPlotBar *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotBar C++: vtkPlotBar *NewInstance() V.SetColor(int, int, int, int) C++: void SetColor(unsigned char r, unsigned char g, unsigned char b, unsigned char a) override; V.SetColor(float, float, float) C++: void SetColor(double r, double g, double b) override; Set the plot color V.GetColor([float, float, float]) C++: void GetColor(double rgb[3]) override; Set the plot color V.SetWidth(float) C++: void SetWidth(float _arg) override; Set the width of the line. V.GetWidth() -> float C++: float GetWidth() override; Get the width of the line. SetOffsetV.SetOffset(float) C++: virtual void SetOffset(float _arg) Set/get the horizontal offset of the bars. Positive values move the bars leftward. For HORIZONTAL orientation, offsets bars vertically, with a positive value moving bars downward. GetOffsetV.GetOffset() -> float C++: virtual float GetOffset() Set/get the horizontal offset of the bars. Positive values move the bars leftward. For HORIZONTAL orientation, offsets bars vertically, with a positive value moving bars downward. V.SetOrientation(int) C++: virtual void SetOrientation(int orientation) Set/get the orientation of the bars. Valid orientations are VERTICAL (default) and HORIZONTAL. V.GetOrientation() -> int C++: virtual int GetOrientation() Set/get the orientation of the bars. Valid orientations are VERTICAL (default) and HORIZONTAL. V.GetBounds([float, float, float, float], bool) C++: virtual void GetBounds(double bounds[4], bool unscaled) V.GetBounds([float, float, float, float]) C++: void GetBounds(double bounds[4]) override; A helper used by both GetUnscaledBounds and GetBounds(double[4]). V.GetUnscaledInputBounds([float, float, float, float]) C++: void GetUnscaledInputBounds(double bounds[4]) override; Get un-log-scaled bounds for this mapper as (Xmin,Xmax,Ymin,Ymax). V.SetInputArray(int, string) C++: void SetInputArray(int index, const vtkStdString &name) override; When used to set additional arrays, stacked bars are created. SetColorSeriesV.SetColorSeries(vtkColorSeries) C++: void SetColorSeries(vtkColorSeries *colorSeries) Set the color series to use if this becomes a stacked bar plot. GetColorSeriesV.GetColorSeries() -> vtkColorSeries C++: vtkColorSeries *GetColorSeries() Get the color series used if when this is a stacked bar plot. V.SetLookupTable(vtkScalarsToColors) C++: virtual void SetLookupTable(vtkScalarsToColors *lut) Specify a lookup table for the mapper to use. V.GetLookupTable() -> vtkScalarsToColors C++: virtual vtkScalarsToColors *GetLookupTable() Specify a lookup table for the mapper to use. CreateDefaultLookupTableV.CreateDefaultLookupTable() C++: virtual void CreateDefaultLookupTable() Create default lookup table. Generally used to create one when none is available with the scalar data. SetScalarVisibilityV.SetScalarVisibility(bool) C++: virtual void SetScalarVisibility(bool _arg) Turn on/off flag to control whether scalar data is used to color objects. GetScalarVisibilityV.GetScalarVisibility() -> bool C++: virtual bool GetScalarVisibility() Turn on/off flag to control whether scalar data is used to color objects. ScalarVisibilityOnV.ScalarVisibilityOn() C++: virtual void ScalarVisibilityOn() Turn on/off flag to control whether scalar data is used to color objects. ScalarVisibilityOffV.ScalarVisibilityOff() C++: virtual void ScalarVisibilityOff() Turn on/off flag to control whether scalar data is used to color objects. SelectColorArrayV.SelectColorArray(int) C++: void SelectColorArray(vtkIdType arrayNum) V.SelectColorArray(string) C++: void SelectColorArray(const vtkStdString &arrayName) When ScalarMode is set to UsePointFieldData or UseCellFieldData, you can specify which array to use for coloring using these methods. The lookup table will decide how to convert vectors to colors. GetColorArrayNameV.GetColorArrayName() -> string C++: vtkStdString GetColorArrayName() Get the array name to color by. V.GetLabels() -> vtkStringArray C++: vtkStringArray *GetLabels() override; Get the plot labels. SetGroupNameV.SetGroupName(string) C++: virtual void SetGroupName(const vtkStdString &name) Set the group name of the bar chart - can be displayed on the X axis. GetGroupNameV.GetGroupName() -> string C++: virtual vtkStdString GetGroupName() Get the group name of the bar char - can be displayed on the X axis. V.GetTooltipLabel(vtkVector2d, int, int) -> string C++: vtkStdString GetTooltipLabel(const vtkVector2d &plotPos, vtkIdType seriesIndex, vtkIdType segmentIndex) override; Generate and return the tooltip label string for this plot The segmentIndex is implemented here. GetBarsCountV.GetBarsCount() -> int C++: int GetBarsCount() Get amount of plotted bars. GetDataBoundsV.GetDataBounds([float, float]) C++: void GetDataBounds(double bounds[2]) Get the data bounds for this mapper as (Xmin,Xmax). vtkColorSeriesvtkChartsCorePython.vtkPlotBoxvtkPlotBox - Class for drawing box plots. Superclass: vtkPlot Plots to draw box plots given columns from a vtkTable that may contains 5 lines with quartiles and median. V.SafeDownCast(vtkObjectBase) -> vtkPlotBox C++: static vtkPlotBox *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotBox C++: vtkPlotBox *NewInstance() V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the plot, called whenever the chart needs to be drawn V.PaintLegend(vtkContext2D, vtkRectf, int) -> bool C++: bool PaintLegend(vtkContext2D *painter, const vtkRectf &rect, int legendIndex) override; Paint legend event for the plot, called whenever the legend needs the plot items symbol/mark/line drawn. A rect is supplied with the lower left corner of the rect (elements 0 and 1) and with width x height (elements 2 and 3). The plot can choose how to fill the space supplied. V.SetInputData(vtkTable) C++: void SetInputData(vtkTable *table) override; V.SetInputData(vtkTable, string, string) C++: void SetInputData(vtkTable *table, const vtkStdString &, const vtkStdString &) override; This is a convenience function to set the input table. V.GetLabels() -> vtkStringArray C++: vtkStringArray *GetLabels() override; Get the plot labels. If this array has a length greater than 1 the index refers to the stacked objects in the plot. V.SetLookupTable(vtkScalarsToColors) C++: void SetLookupTable(vtkScalarsToColors *lut) Specify a lookup table for the mapper to use. V.GetLookupTable() -> vtkScalarsToColors C++: vtkScalarsToColors *GetLookupTable() Specify a lookup table for the mapper to use. SetColumnColorV.SetColumnColor(string, [float, ...]) C++: void SetColumnColor(const vtkStdString &colName, double *rgb) Helper function to set the color of a given column. GetBoxWidthV.GetBoxWidth() -> float C++: virtual float GetBoxWidth() Get/Set the width of boxes. SetBoxWidthV.SetBoxWidth(float) C++: virtual void SetBoxWidth(float _arg) Get/Set the width of boxes. V.GetTitleProperties() -> vtkTextProperty C++: virtual vtkTextProperty *GetTitleProperties() Get the vtkTextProperty that governs how the plot title is displayed. vtkPlotFunctionalBagvtkChartsCorePython.vtkPlotFunctionalBagvtkPlotFunctionalBag - Class for drawing an XY line plot or bag given two columns from a vtkTable. Superclass: vtkPlot Depending on the number of components, this class will draw either a line plot (for 1 component column) or, for two components columns, a filled polygonal band (the bag) going from the first to the second component on the Y-axis along the X-axis. The filter vtkExtractFunctionalBagPlot is intended to create such "bag" columns. @sa vtkExtractFunctionalBagPlot V.SafeDownCast(vtkObjectBase) -> vtkPlotFunctionalBag C++: static vtkPlotFunctionalBag *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotFunctionalBag C++: vtkPlotFunctionalBag *NewInstance() IsBagV.IsBag() -> bool C++: virtual bool IsBag() Returns true if the plot is a functional bag, false if it is a simple line. GetVisibleV.GetVisible() -> bool C++: bool GetVisible() override; Reimplemented to enforce visibility when selected. V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the plot, called whenever the chart needs to be drawn. V.GetUnscaledInputBounds([float, float, float, float]) C++: void GetUnscaledInputBounds(double bounds[4]) override; Get the non-log-scaled bounds on chart inputs for this plot as (Xmin, Xmax, Ymin, Ymax). V.SelectPointsInPolygon(vtkContextPolygon) -> bool C++: bool SelectPointsInPolygon(const vtkContextPolygon &polygon) override; Select all points in the specified polygon. vtkPlotGridvtkChartsCorePython.vtkPlotGridvtkPlotGrid - takes care of drawing the plot grid Superclass: vtkContextItem The vtkPlotGrid is drawn in screen coordinates. It is usually one of the first elements of a chart to be drawn, and will generally be obscured by all other elements of the chart. It builds up its own plot locations from the parameters of the x and y axis of the plot. V.SafeDownCast(vtkObjectBase) -> vtkPlotGrid C++: static vtkPlotGrid *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotGrid C++: vtkPlotGrid *NewInstance() V.SetXAxis(vtkAxis) C++: virtual void SetXAxis(vtkAxis *axis) Set the X axis of the grid. V.SetYAxis(vtkAxis) C++: virtual void SetYAxis(vtkAxis *axis) Set the X axis of the grid. V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the axis, called whenever the axis needs to be drawn vtkPlotHistogram2DvtkChartsCorePython.vtkPlotHistogram2DvtkPlotHistogram2D - no description provided. Superclass: vtkPlot V.SafeDownCast(vtkObjectBase) -> vtkPlotHistogram2D C++: static vtkPlotHistogram2D *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotHistogram2D C++: vtkPlotHistogram2D *NewInstance() V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the item, called whenever it needs to be drawn. V.SetInputData(vtkImageData, int) C++: virtual void SetInputData(vtkImageData *data, vtkIdType z=0) V.SetInputData(vtkTable) C++: void SetInputData(vtkTable *) override; V.SetInputData(vtkTable, string, string) C++: void SetInputData(vtkTable *, const vtkStdString &, const vtkStdString &) override; Set the input, we are expecting a vtkImageData with just one component, this would normally be a float or a double. It will be passed to the other functions as a double to generate a color. GetInputImageDataV.GetInputImageData() -> vtkImageData C++: vtkImageData *GetInputImageData() Get the input table used by the plot. V.SetTransferFunction(vtkScalarsToColors) C++: void SetTransferFunction(vtkScalarsToColors *transfer) Set the color transfer function that will be used to generate the 2D histogram. V.GetTransferFunction() -> vtkScalarsToColors C++: vtkScalarsToColors *GetTransferFunction() Get the color transfer function that is used to generate the histogram. V.GetBounds([float, float, float, float]) C++: void GetBounds(double bounds[4]) override; Get the bounds for this plot as (Xmin, Xmax, Ymin, Ymax). * See GetUnscaledInputBounds for more information. V.SetPosition(vtkRectf) C++: virtual void SetPosition(const vtkRectf &pos) V.GetPosition() -> vtkRectf C++: virtual vtkRectf GetPosition() V.GetTooltipLabel(vtkVector2d, int, int) -> string C++: vtkStdString GetTooltipLabel(const vtkVector2d &plotPos, vtkIdType seriesIndex, vtkIdType segmentIndex) override; Generate and return the tooltip label string for this plot The segmentIndex parameter is ignored. The member variable TooltipLabelFormat can be set as a printf-style string to build custom tooltip labels from, and may contain: An empty string generates the default tooltip labels. The following case-sensitive format tags (without quotes) are recognized: '%x' The X position of the histogram cell '%y' The Y position of the histogram cell '%v' The scalar value of the histogram cell Note: the %i and %j tags are valid only if there is a 1:1 correspondence between individual histogram cells and axis tick marks '%i' The X axis tick label for the histogram cell '%j' The Y axis tick label for the histogram cell Any other characters or unrecognized format tags are printed in the tooltip label verbatim. @V|k *vtkImageData@V *vtkTablevtkPlotLinevtkChartsCorePython.vtkPlotLinevtkPlotLine - Class for drawing an XY line plot given two columns from a vtkTable. Superclass: vtkPlotPoints V.SafeDownCast(vtkObjectBase) -> vtkPlotLine C++: static vtkPlotLine *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotLine C++: vtkPlotLine *NewInstance() SetPolyLineV.SetPolyLine(bool) C++: virtual void SetPolyLine(bool _arg) Turn on/off flag to control whether the points define a poly line (true) or multiple line segments (false). If true (default), a segment is drawn between each points (e.g. [P1P2, P2P3, P3P4...].) If false, a segment is drawn for each pair of points (e.g. [P1P2, P3P4,...].) GetPolyLineV.GetPolyLine() -> bool C++: virtual bool GetPolyLine() Turn on/off flag to control whether the points define a poly line (true) or multiple line segments (false). If true (default), a segment is drawn between each points (e.g. [P1P2, P2P3, P3P4...].) If false, a segment is drawn for each pair of points (e.g. [P1P2, P3P4,...].) PolyLineOnV.PolyLineOn() C++: virtual void PolyLineOn() Turn on/off flag to control whether the points define a poly line (true) or multiple line segments (false). If true (default), a segment is drawn between each points (e.g. [P1P2, P2P3, P3P4...].) If false, a segment is drawn for each pair of points (e.g. [P1P2, P3P4,...].) PolyLineOffV.PolyLineOff() C++: virtual void PolyLineOff() Turn on/off flag to control whether the points define a poly line (true) or multiple line segments (false). If true (default), a segment is drawn between each points (e.g. [P1P2, P2P3, P3P4...].) If false, a segment is drawn for each pair of points (e.g. [P1P2, P3P4,...].) vtkPlotLine3DvtkChartsCorePython.vtkPlotLine3DvtkPlotLine3D - Class for drawing an XYZ line plot given three columns from a vtkTable. Superclass: vtkPlotPoints3D This class draws points with a line between them given three column from a vtkTable in a vtkChartXYZ. @sa vtkPlotPoints3D vtkPlotLine V.SafeDownCast(vtkObjectBase) -> vtkPlotLine3D C++: static vtkPlotLine3D *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotLine3D C++: vtkPlotLine3D *NewInstance() V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the XYZ plot, called whenever the chart needs to be drawn. vtkPlotPoints3DvtkChartsCorePython.vtkPlotParallelCoordinatesvtkPlotParallelCoordinates - Class for drawing a parallel coordinate plot given columns from a vtkTable. Superclass: vtkPlot V.SafeDownCast(vtkObjectBase) -> vtkPlotParallelCoordinates C++: static vtkPlotParallelCoordinates *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkPlotParallelCoordinates C++: vtkPlotParallelCoordinates *NewInstance() V.GetBounds([float, float, float, float]) C++: void GetBounds(double bounds[4]) override; Get the bounds for this mapper as (Xmin,Xmax,Ymin,Ymax,Zmin,Zmax). SetSelectionRangeV.SetSelectionRange(int, float, float) -> bool C++: bool SetSelectionRange(int Axis, float low, float high) Set the selection criteria on the given axis in normalized space (0.0 - 1.0). ResetSelectionRangeV.ResetSelectionRange() -> bool C++: bool ResetSelectionRange() Reset the selection criteria for the chart. V.SetScalarVisibility(int) C++: virtual void SetScalarVisibility(int _arg) Turn on/off flag to control whether scalar data is used to color objects. V.GetScalarVisibility() -> int C++: virtual int GetScalarVisibility() Turn on/off flag to control whether scalar data is used to color objects. vtkPlotPievtkChartsCorePython.vtkPlotPievtkPlotPie - Class for drawing a Pie diagram. Superclass: vtkPlot V.SafeDownCast(vtkObjectBase) -> vtkPlotPie C++: static vtkPlotPie *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotPie C++: vtkPlotPie *NewInstance() SetDimensionsV.SetDimensions(int, int, int, int) C++: void SetDimensions(int arg1, int arg2, int arg3, int arg4) V.SetDimensions([int, int, int, int]) C++: void SetDimensions(int arg[4]) Set the dimensions of the pie, arguments 1 and 2 are the x and y coordinate of the bottom corner. Arguments 3 and 4 are the width and height. GetDimensionsV.GetDimensions() -> (int, int, int, int) C++: int *GetDimensions() V.SetColorSeries(vtkColorSeries) C++: void SetColorSeries(vtkColorSeries *colorSeries) Set the color series to use for the Pie. V.GetColorSeries() -> vtkColorSeries C++: vtkColorSeries *GetColorSeries() Get the color series used. NONECROSSPLUSSQUARECIRCLEDIAMONDvtkChartsCorePython.vtkPlotPointsvtkPlotPoints - Class for drawing an points given two columns from a vtkTable. Superclass: vtkPlot This class draws points in a plot given two columns from a table. If you need a line as well you should use vtkPlotLine which derives from vtkPlotPoints and is capable of drawing both points and a line. @sa vtkPlotLine V.SafeDownCast(vtkObjectBase) -> vtkPlotPoints C++: static vtkPlotPoints *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotPoints C++: vtkPlotPoints *NewInstance() GetMarkerStyleV.GetMarkerStyle() -> int C++: virtual int GetMarkerStyle() Get/set the marker style that should be used. The default is none, the enum in this class is used as a parameter. SetMarkerStyleV.SetMarkerStyle(int) C++: virtual void SetMarkerStyle(int _arg) Get/set the marker style that should be used. The default is none, the enum in this class is used as a parameter. GetMarkerSizeV.GetMarkerSize() -> float C++: virtual float GetMarkerSize() Get/set the marker size that should be used. The default is negative, and in that case it is 2.3 times the pen width, if less than 8 will be used. SetMarkerSizeV.SetMarkerSize(float) C++: virtual void SetMarkerSize(float _arg) Get/set the marker size that should be used. The default is negative, and in that case it is 2.3 times the pen width, if less than 8 will be used. vtkChartsCorePython.vtkPlotPoints3DvtkPlotPoints3D - 3D scatter plot. Superclass: vtkPlot3D 3D scatter plot. @sa vtkPlotLine3D vtkPlotPoints V.SafeDownCast(vtkObjectBase) -> vtkPlotPoints3D C++: static vtkPlotPoints3D *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotPoints3D C++: vtkPlotPoints3D *NewInstance() vtkPlotStackedvtkChartsCorePython.vtkPlotStackedvtkPlotStacked - Class for drawing an stacked polygon plot given an X, Ybase, Yextent in a vtkTable. Superclass: vtkPlot V.SafeDownCast(vtkObjectBase) -> vtkPlotStacked C++: static vtkPlotStacked *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotStacked C++: vtkPlotStacked *NewInstance() V.Paint(vtkContext2D) -> bool C++: bool Paint(vtkContext2D *painter) override; Paint event for the Stacked plot, called whenever the chart needs to be drawn V.PaintLegend(vtkContext2D, vtkRectf, int) -> bool C++: bool PaintLegend(vtkContext2D *painter, const vtkRectf &rect, int legendIndex) override; Paint legend event for the Stacked plot, called whenever the legend needs the plot items symbol/mark/line drawn. A rect is supplied with the lower left corner of the rect (elements 0 and 1) and with width x height (elements 2 and 3). The plot can choose how to fill the space supplied. V.GetBounds([float, float, float, float]) C++: void GetBounds(double bounds[4]) override; Get the bounds for this mapper as (Xmin,Xmax,Ymin,Ymax). V.GetUnscaledInputBounds([float, float, float, float]) C++: void GetUnscaledInputBounds(double bounds[4]) override; Get the unscaled input bounds for this mapper as (Xmin,Xmax,Ymin,Ymax). See vtkPlot for more information. vtkPlotSurfacevtkChartsCorePython.vtkPlotSurfacevtkPlotSurface - 3D surface plot. Superclass: vtkPlot3D 3D surface plot. V.SafeDownCast(vtkObjectBase) -> vtkPlotSurface C++: static vtkPlotSurface *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPlotSurface C++: vtkPlotSurface *NewInstance() V.SetInputData(vtkTable) C++: void SetInputData(vtkTable *input) override; V.SetInputData(vtkTable, string, string, string) C++: void SetInputData(vtkTable *input, const vtkStdString &xName, const vtkStdString &yName, const vtkStdString &zName) override; V.SetInputData(vtkTable, string, string, string, string) C++: void SetInputData(vtkTable *input, const vtkStdString &xName, const vtkStdString &yName, const vtkStdString &zName, const vtkStdString &colorName) override; V.SetInputData(vtkTable, int, int, int) C++: void SetInputData(vtkTable *input, vtkIdType xColumn, vtkIdType yColumn, vtkIdType zColumn) override; Set the input to the surface plot. SetXRangeV.SetXRange(float, float) C++: void SetXRange(float min, float max) Set the range of the input data for the X dimension. By default it is (1, NumberOfColumns). Calling this method after SetInputData() results in recomputation of the plot's data. Therefore, it is more efficient to call it before SetInputData() when possible. SetYRangeV.SetYRange(float, float) C++: void SetYRange(float min, float max) Set the range of the input data for the Y dimension. By default it is (1, NumberOfRows). Calling this method after SetInputData() results in recomputation of the plot's data. Therefore, it is more efficient to call it before SetInputData() when possible. vtkChartsCorePython.vtkScalarsToColorsItemvtkScalarsToColorsItem - Abstract class for ScalarsToColors items. Superclass: vtkPlot vtkScalarsToColorsItem implements item bounds and painting for inherited classes that provide a texture (ComputeTexture()) and optionally a shape @sa vtkControlPointsItem vtkLookupTableItem vtkColorTransferFunctionItem vtkCompositeTransferFunctionItem vtkPiecewiseItemFunctionItem V.SafeDownCast(vtkObjectBase) -> vtkScalarsToColorsItem C++: static vtkScalarsToColorsItem *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkScalarsToColorsItem C++: vtkScalarsToColorsItem *NewInstance() V.GetBounds([float, float, float, float]) C++: void GetBounds(double bounds[4]) override; Bounds of the item, use the UserBounds if valid otherwise compute the bounds of the item (based on the transfer function range). GetPolyLinePenV.GetPolyLinePen() -> vtkPen C++: virtual vtkPen *GetPolyLinePen() Get a pointer to the vtkPen object that controls the drawing of the edge of the shape if any. PolyLinePen type is vtkPen::NO_PEN by default. SetMaskAboveCurveV.SetMaskAboveCurve(bool) C++: virtual void SetMaskAboveCurve(bool _arg) Don't fill in the part above the transfer function. If true texture is not visible above the shape provided by subclasses, otherwise the whole rectangle defined by the bounds is filled with the transfer function. Note: only 2D transfer functions (RGB tf + alpha tf ) support the feature. GetMaskAboveCurveV.GetMaskAboveCurve() -> bool C++: virtual bool GetMaskAboveCurve() Don't fill in the part above the transfer function. If true texture is not visible above the shape provided by subclasses, otherwise the whole rectangle defined by the bounds is filled with the transfer function. Note: only 2D transfer functions (RGB tf + alpha tf ) support the feature. vtkScatterPlotMatrixSCATTERPLOTHISTOGRAMACTIVEPLOTNOPLOTvtkChartsCorePython.vtkScatterPlotMatrixvtkScatterPlotMatrix - container for a matrix of charts. Superclass: vtkChartMatrix This class contains a matrix of charts. These charts will be of type vtkChartXY by default, but this can be overridden. The class will manage their layout and object lifetime. V.SafeDownCast(vtkObjectBase) -> vtkScatterPlotMatrix C++: static vtkScatterPlotMatrix *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkScatterPlotMatrix C++: vtkScatterPlotMatrix *NewInstance() SetActivePlotV.SetActivePlot(vtkVector2i) -> bool C++: virtual bool SetActivePlot(const vtkVector2i &position) Set the active plot, the one that will be displayed in the top-right. This defaults to (0, n-2), the plot below the first histogram on the left. \return false is the position specified is not valid. V.SetSize(vtkVector2i) C++: void SetSize(const vtkVector2i &size) override; Reset ActivePlotSet flag and call superclass method GetActivePlotV.GetActivePlot() -> vtkVector2i C++: virtual vtkVector2i GetActivePlot() Get the position of the active plot. V.GetAnnotationLink() -> vtkAnnotationLink C++: vtkAnnotationLink *GetAnnotationLink() Get the AnnotationLink for the scatter plot matrix, this gives you access to the currently selected points in the scatter plot matrix. SetInputV.SetInput(vtkTable) C++: virtual void SetInput(vtkTable *table) Set the input table for the scatter plot matrix. This will cause all columns to be plotted against each other - a square scatter plot matrix. InsertVisibleColumnV.InsertVisibleColumn(string, int) C++: void InsertVisibleColumn(const vtkStdString &name, int index) Insert the specified column at the index position of the visible columns. SetNumberOfBinsV.SetNumberOfBins(int) C++: virtual void SetNumberOfBins(int numberOfBins) Set the number of bins in the histograms along the central diagonal of the scatter plot matrix. GetNumberOfBinsV.GetNumberOfBins() -> int C++: virtual int GetNumberOfBins() Get the number of bins the histograms along the central diagonal scatter plot matrix. The default value is 10. SetPlotColorV.SetPlotColor(int, vtkColor4ub) C++: void SetPlotColor(int plotType, const vtkColor4ub &color) Set the color for the specified plotType. SetPlotMarkerStyleV.SetPlotMarkerStyle(int, int) C++: void SetPlotMarkerStyle(int plotType, int style) Sets the marker style for the specified plotType. SetPlotMarkerSizeV.SetPlotMarkerSize(int, float) C++: void SetPlotMarkerSize(int plotType, float size) Sets the marker size for the specified plotType. GetPlotTypeV.GetPlotType(vtkVector2i) -> int C++: int GetPlotType(const vtkVector2i &pos) V.GetPlotType(int, int) -> int C++: int GetPlotType(int row, int column) Returns the type of the plot at the given position. The return value is one of: SCATTERPLOT, HISTOGRAM, ACTIVEPLOT, or NOPLOT. V.SetTitle(string) C++: void SetTitle(const vtkStdString &title) Set/get the scatter plot title. V.GetTitle() -> string C++: vtkStdString GetTitle() Set/get the scatter plot title. SetTitlePropertiesV.SetTitleProperties(vtkTextProperty) C++: void SetTitleProperties(vtkTextProperty *prop) Set/get the text properties for the chart title, i.e. color, font, size. V.GetTitleProperties() -> vtkTextProperty C++: vtkTextProperty *GetTitleProperties() Set/get the text properties for the chart title, i.e. color, font, size. SetGridVisibilityV.SetGridVisibility(int, bool) C++: void SetGridVisibility(int plotType, bool visible) Sets whether or not the grid for the given axis is visible given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. GetGridVisibilityV.GetGridVisibility(int) -> bool C++: bool GetGridVisibility(int plotType) Sets whether or not the grid for the given axis is visible given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. SetBackgroundColorV.SetBackgroundColor(int, vtkColor4ub) C++: void SetBackgroundColor(int plotType, const vtkColor4ub &color) Sets the background color for the chart given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. GetBackgroundColorV.GetBackgroundColor(int) -> vtkColor4ub C++: vtkColor4ub GetBackgroundColor(int plotType) Sets the background color for the chart given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. V.SetAxisColor(int, vtkColor4ub) C++: void SetAxisColor(int plotType, const vtkColor4ub &color) Sets the color for the axes given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. V.GetAxisColor(int) -> vtkColor4ub C++: vtkColor4ub GetAxisColor(int plotType) Sets the color for the axes given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. SetGridColorV.SetGridColor(int, vtkColor4ub) C++: void SetGridColor(int plotType, const vtkColor4ub &color) Sets the color for the axes given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. GetGridColorV.GetGridColor(int) -> vtkColor4ub C++: vtkColor4ub GetGridColor(int plotType) Sets the color for the axes given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. SetAxisLabelVisibilityV.SetAxisLabelVisibility(int, bool) C++: void SetAxisLabelVisibility(int plotType, bool visible) Sets whether or not the labels for the axes are visible, given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. GetAxisLabelVisibilityV.GetAxisLabelVisibility(int) -> bool C++: bool GetAxisLabelVisibility(int plotType) Sets whether or not the labels for the axes are visible, given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. SetAxisLabelPropertiesV.SetAxisLabelProperties(int, vtkTextProperty) C++: void SetAxisLabelProperties(int plotType, vtkTextProperty *prop) Set/get the text property for the axis labels of the given plot type, possible types are vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. GetAxisLabelPropertiesV.GetAxisLabelProperties(int) -> vtkTextProperty C++: vtkTextProperty *GetAxisLabelProperties(int plotType) Set/get the text property for the axis labels of the given plot type, possible types are vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. SetAxisLabelNotationV.SetAxisLabelNotation(int, int) C++: void SetAxisLabelNotation(int plotType, int notation) Sets the axis label notation for the axes given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. GetAxisLabelNotationV.GetAxisLabelNotation(int) -> int C++: int GetAxisLabelNotation(int plotType) Sets the axis label notation for the axes given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. SetAxisLabelPrecisionV.SetAxisLabelPrecision(int, int) C++: void SetAxisLabelPrecision(int plotType, int precision) Sets the axis label precision for the axes given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. GetAxisLabelPrecisionV.GetAxisLabelPrecision(int) -> int C++: int GetAxisLabelPrecision(int plotType) Sets the axis label precision for the axes given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. V.SetTooltipNotation(int, int) C++: void SetTooltipNotation(int plotType, int notation) Set chart's tooltip notation and precision, given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. V.SetTooltipPrecision(int, int) C++: void SetTooltipPrecision(int plotType, int precision) Set chart's tooltip notation and precision, given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. V.GetTooltipNotation(int) -> int C++: int GetTooltipNotation(int plotType) Set chart's tooltip notation and precision, given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. V.GetTooltipPrecision(int) -> int C++: int GetTooltipPrecision(int plotType) Set chart's tooltip notation and precision, given a plot type, which refers to vtkScatterPlotMatrix::{SCATTERPLOT, HISTOGRAM, ACTIVEPLOT}. V.SetTooltip(vtkTooltipItem) C++: void SetTooltip(vtkTooltipItem *tooltip) Set the vtkTooltipItem object that will be displayed by the active chart. V.GetTooltip() -> vtkTooltipItem C++: vtkTooltipItem *GetTooltip() Get the vtkTooltipItem object that will be displayed by the active chart. V.SetIndexedLabels(vtkStringArray) C++: void SetIndexedLabels(vtkStringArray *labels) Set indexed labels array. V.GetIndexedLabels() -> vtkStringArray C++: vtkStringArray *GetIndexedLabels() Get the indexed labels array. SetScatterPlotSelectedRowColumnColorV.SetScatterPlotSelectedRowColumnColor(vtkColor4ub) C++: void SetScatterPlotSelectedRowColumnColor( const vtkColor4ub &color) Set the scatter plot selected row/column charts' background color. GetScatterPlotSelectedRowColumnColorV.GetScatterPlotSelectedRowColumnColor() -> vtkColor4ub C++: vtkColor4ub GetScatterPlotSelectedRowColumnColor() Set the scatter plot selected row/column charts' background color. SetScatterPlotSelectedActiveColorV.SetScatterPlotSelectedActiveColor(vtkColor4ub) C++: void SetScatterPlotSelectedActiveColor( const vtkColor4ub &color) Set the scatter plot selected active chart background color. GetScatterPlotSelectedActiveColorV.GetScatterPlotSelectedActiveColor() -> vtkColor4ub C++: vtkColor4ub GetScatterPlotSelectedActiveColor() Set the scatter plot selected active chart background color. UpdateSettingsV.UpdateSettings() C++: void UpdateSettings() Convenient method to update all the chart settings UpdateChartSettingsV.UpdateChartSettings(int) C++: void UpdateChartSettings(int plotType) Update charts based on settings given the plot type GetColumnNameV.GetColumnName(int) -> string C++: vtkStdString GetColumnName(int column) Get the column name for the supplied index. GetRowNameV.GetRowName(int) -> string C++: vtkStdString GetRowName(int row) Get the column name for the supplied index. SetNumberOfFramesV.SetNumberOfFrames(int) C++: void SetNumberOfFrames(int frames) Set the number of animation frames in each transition. Default is 25, and 0 means to animations between axes. GetNumberOfFramesV.GetNumberOfFrames() -> int C++: int GetNumberOfFrames() Get the number of animation frames in each transition. Default is 25, and 0 means to animations between axes. ClearAnimationPathV.ClearAnimationPath() C++: void ClearAnimationPath() Clear the animation path. AddAnimationPathV.AddAnimationPath(vtkVector2i) -> bool C++: bool AddAnimationPath(const vtkVector2i &move) Add a move to the animation path. Note that a move can only change i or j, not both. If the proposed move does not satisfy those criteria it will be rejected and the animation path will not be extended. GetNumberOfAnimationPathElementsV.GetNumberOfAnimationPathElements() -> int C++: vtkIdType GetNumberOfAnimationPathElements() Get the number of elements (transitions) in the animation path. GetAnimationPathElementV.GetAnimationPathElement(int) -> vtkVector2i C++: vtkVector2i GetAnimationPathElement(vtkIdType i) Get the element specified from the animation path. BeginAnimationPathV.BeginAnimationPath(vtkRenderWindowInteractor) -> bool C++: bool BeginAnimationPath( vtkRenderWindowInteractor *interactor) Trigger the animation of the scatter plot matrix to begin. AdvanceAnimationV.AdvanceAnimation() C++: virtual void AdvanceAnimation() Advance the animation in response to the timer events. 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@__ZN13vtkPythonArgs8GetValueERfr @__ZN13vtkPythonArgs8GetValueERhr @__ZN13vtkPythonArgs8GetValueERir @__ZN13vtkPythonArgs8GetValueERmr @__ZN13vtkPythonArgs8GetValueERxr @__ZN13vtkPythonArgs8SetArrayEiPKdir @__ZN13vtkPythonArgs8SetArrayEiPKfir @__ZN13vtkPythonArgs8SetArrayEiPKhir @__ZN13vtkPythonArgs8SetArrayEiPKiir @__ZN13vtkPythonArgs9GetBufferERPvP10bufferinfor @__ZN13vtkPythonUtil12AddEnumToMapEP11_typeobjectr @__ZN13vtkPythonUtil13ManglePointerEPKvPKcr @__ZN13vtkPythonUtil20GetObjectFromPointerEP13vtkObjectBaser@__ZN14vtkChartLegend12GetLabelSizeEvr@__ZN14vtkChartLegend12SetLabelSizeEir@__ZN14vtkChartLegend14GetPointVectorEvr@__ZN14vtkChartLegend14MouseMoveEventERK20vtkContextMouseEventr@__ZN14vtkChartLegend15GetBoundingRectEP12vtkContext2Dr@__ZN14vtkChartLegend18GetLabelPropertiesEvr@__ZN14vtkChartLegend21MouseButtonPressEventERK20vtkContextMouseEventr@__ZN14vtkChartLegend23MouseButtonReleaseEventERK20vtkContextMouseEventr@__ZN14vtkChartLegend3HitERK20vtkContextMouseEventr@__ZN14vtkChartLegend3NewEvr@__ZN14vtkChartLegend5PaintEP12vtkContext2Dr@__ZN14vtkChartLegend6GetPenEvr@__ZN14vtkChartLegend6UpdateEvr@__ZN14vtkChartLegend8GetBrushEvr@__ZN14vtkChartLegend8GetChartEvr@__ZN14vtkChartLegend8SetChartEP8vtkChartr@__ZN14vtkChartLegend8SetPointERK11vtkVector2fr@__ZN14vtkChartMatrix10SetBordersEiiiir@__ZN14vtkChartMatrix10SetGutterXEfr@__ZN14vtkChartMatrix10SetGutterYEfr@__ZN14vtkChartMatrix12GetChartSpanERK11vtkVector2ir@__ZN14vtkChartMatrix12SetBorderTopEir@__ZN14vtkChartMatrix12SetChartSpanERK11vtkVector2iS2_r@__ZN14vtkChartMatrix13GetChartIndexERK11vtkVector2fr@__ZN14vtkChartMatrix13SetBorderLeftEir@__ZN14vtkChartMatrix14SetBorderRightEir@__ZN14vtkChartMatrix15SetBorderBottomEir@__ZN14vtkChartMatrix17SetSpecificResizeERK11vtkVector2iRK11vtkVector2fr@__ZN14vtkChartMatrix20ClearSpecificResizesEvr@__ZN14vtkChartMatrix3NewEvr@__ZN14vtkChartMatrix5PaintEP12vtkContext2Dr@__ZN14vtkChartMatrix6UpdateEvr@__ZN14vtkChartMatrix7SetSizeERK11vtkVector2ir@__ZN14vtkChartMatrix8AllocateEvr@__ZN14vtkChartMatrix8GetChartERK11vtkVector2ir@__ZN14vtkChartMatrix8SetChartERK11vtkVector2iP8vtkChartr@__ZN14vtkChartMatrix9SetGutterERK11vtkVector2fr@__ZN14vtkColorLegend11GetPositionEvr@__ZN14vtkColorLegend11SetPositionERK8vtkRectfr@__ZN14vtkColorLegend14MouseMoveEventERK20vtkContextMouseEventr@__ZN14vtkColorLegend14SetOrientationEir@__ZN14vtkColorLegend14SetTextureSizeEffr@__ZN14vtkColorLegend15GetBoundingRectEP12vtkContext2Dr@__ZN14vtkColorLegend19GetTransferFunctionEvr@__ZN14vtkColorLegend19SetTransferFunctionEP18vtkScalarsToColorsr@__ZN14vtkColorLegend3NewEvr@__ZN14vtkColorLegend5PaintEP12vtkContext2Dr@__ZN14vtkColorLegend6UpdateEvr@__ZN14vtkColorLegend8GetTitleEvr@__ZN14vtkColorLegend8SetPointEffr@__ZN14vtkColorLegend8SetTitleERK12vtkStdStringr@__ZN14vtkColorLegend9GetBoundsEPdr@__ZN14vtkContextArea11GetShowGridEvr@__ZN14vtkContextArea11SetShowGridEbr@__ZN14vtkContextArea12SetFixedRectE8vtkRectir@__ZN14vtkContextArea12SetFixedRectEiiiir@__ZN14vtkContextArea14SetFixedAspectEfr@__ZN14vtkContextArea15GetDrawAreaItemEvr@__ZN14vtkContextArea15SetFixedMarginsE8vtkTupleIiLi4EEr@__ZN14vtkContextArea15SetFixedMarginsEPir@__ZN14vtkContextArea15SetFixedMarginsEiiiir@__ZN14vtkContextArea20GetFixedMarginsArrayEPir@__ZN14vtkContextArea20GetFixedMarginsArrayEvr@__ZN14vtkContextArea3NewEvr@__ZN14vtkContextArea5PaintEP12vtkContext2Dr@__ZN14vtkContextArea7GetAxisEN7vtkAxis8LocationEr@__ZN14vtkPlotStacked11PaintLegendEP12vtkContext2DRK8vtkRectfir@__ZN14vtkPlotStacked12SelectPointsERK11vtkVector2fS2_r@__ZN14vtkPlotStacked13SetInputArrayEiRK12vtkStdStringr@__ZN14vtkPlotStacked14GetColorSeriesEvr@__ZN14vtkPlotStacked14SetColorSeriesEP14vtkColorSeriesr@__ZN14vtkPlotStacked22GetUnscaledInputBoundsEPdr@__ZN14vtkPlotStacked3NewEvr@__ZN14vtkPlotStacked5PaintEP12vtkContext2Dr@__ZN14vtkPlotStacked6UpdateEvr@__ZN14vtkPlotStacked8GetColorEPdr@__ZN14vtkPlotStacked8SetColorEdddr@__ZN14vtkPlotStacked8SetColorEhhhhr@__ZN14vtkPlotStacked9GetBoundsEPdr@__ZN14vtkPlotStacked9GetLabelsEvr@__ZN14vtkPlotSurface12SetInputDataEP8vtkTabler@__ZN14vtkPlotSurface12SetInputDataEP8vtkTableRK12vtkStdStringS4_S4_r@__ZN14vtkPlotSurface12SetInputDataEP8vtkTableRK12vtkStdStringS4_S4_S4_r@__ZN14vtkPlotSurface12SetInputDataEP8vtkTablexxxr@__ZN14vtkPlotSurface3NewEvr@__ZN14vtkPlotSurface5PaintEP12vtkContext2Dr@__ZN14vtkPlotSurface9SetXRangeEffr@__ZN14vtkPlotSurface9SetYRangeEffr@__ZN15vtkAxisExtended10DensityMaxEidr@__ZN15vtkAxisExtended10SimplicityEiiidddr@__ZN15vtkAxisExtended11CoverageMaxEdddr@__ZN15vtkAxisExtended13SimplicityMaxEiiir@__ZN15vtkAxisExtended18FormatStringLengthEidir@__ZN15vtkAxisExtended21FormatLegibilityScoreEdir@__ZN15vtkAxisExtended26GenerateExtendedTickLabelsEddddr@__ZN15vtkAxisExtended3NewEvr@__ZN15vtkAxisExtended7DensityEidddddr@__ZN15vtkAxisExtended8CoverageEddddr@__ZN15vtkPlotPoints3D3NewEvr@__ZN15vtkPlotPoints3D5PaintEP12vtkContext2Dr@__ZN17vtkCategoryLegend15GetBoundingRectEP12vtkContext2Dr@__ZN17vtkCategoryLegend18GetScalarsToColorsEvr@__ZN17vtkCategoryLegend18SetScalarsToColorsEP18vtkScalarsToColorsr@__ZN17vtkCategoryLegend3NewEvr@__ZN17vtkCategoryLegend5PaintEP12vtkContext2Dr@__ZN17vtkCategoryLegend8GetTitleEvr@__ZN17vtkCategoryLegend8SetTitleERK12vtkStdStringr@__ZN17vtkContextPolygon5ClearEvr@__ZN17vtkContextPolygon8AddPointERK11vtkVector2fr@__ZN17vtkContextPolygon8AddPointEffr@__ZN17vtkContextPolygonC1ERKS_r@__ZN17vtkContextPolygonC1Evr@__ZN17vtkContextPolygonD1Evr @__ZN17vtkPythonOverload10CallMethodEP11PyMethodDefP7_objectS3_r@__ZN18vtkInteractiveArea14MouseMoveEventERK20vtkContextMouseEventr@__ZN18vtkInteractiveArea15MouseWheelEventERK20vtkContextMouseEventir@__ZN18vtkInteractiveArea21MouseButtonPressEventERK20vtkContextMouseEventr@__ZN18vtkInteractiveArea3HitERK20vtkContextMouseEventr@__ZN18vtkInteractiveArea3NewEvr@__ZN18vtkInteractiveArea5PaintEP12vtkContext2Dr@__ZN18vtkLookupTableItem14SetLookupTableEP14vtkLookupTabler@__ZN18vtkLookupTableItem3NewEvr@__ZN18vtkPlotHistogram2D11GetPositionEvr@__ZN18vtkPlotHistogram2D11SetPositionERK8vtkRectfr@__ZN18vtkPlotHistogram2D12SetInputDataEP12vtkImageDataxr@__ZN18vtkPlotHistogram2D15GetTooltipLabelERK11vtkVector2dxxr@__ZN18vtkPlotHistogram2D17GetInputImageDataEvr@__ZN18vtkPlotHistogram2D19GetTransferFunctionEvr@__ZN18vtkPlotHistogram2D19SetTransferFunctionEP18vtkScalarsToColorsr@__ZN18vtkPlotHistogram2D3NewEvr@__ZN18vtkPlotHistogram2D5PaintEP12vtkContext2Dr@__ZN18vtkPlotHistogram2D6UpdateEvr@__ZN18vtkPlotHistogram2D9GetBoundsEPdr@__ZN19vtkChartHistogram2D12SetInputDataEP12vtkImageDataxr@__ZN19vtkChartHistogram2D19SetTransferFunctionEP18vtkScalarsToColorsr@__ZN19vtkChartHistogram2D3HitERK20vtkContextMouseEventr@__ZN19vtkChartHistogram2D3NewEvr@__ZN19vtkChartHistogram2D6UpdateEvr@__ZN19vtkChartHistogram2D7GetPlotExr@__ZN20vtkControlPointsItem10MovePointsERK11vtkVector2fP14vtkIdTypeArrayr@__ZN20vtkControlPointsItem10MovePointsERK11vtkVector2fbr@__ZN20vtkControlPointsItem11IsOverPointEPdxr@__ZN20vtkControlPointsItem11RemovePointExr@__ZN20vtkControlPointsItem11ResetBoundsEvr@__ZN20vtkControlPointsItem11SelectPointEPdr@__ZN20vtkControlPointsItem11SelectPointExr@__ZN20vtkControlPointsItem12SelectPointsERK11vtkVector2fS2_r@__ZN20vtkControlPointsItem12SpreadPointsEfP14vtkIdTypeArrayr@__ZN20vtkControlPointsItem12SpreadPointsEfbr@__ZN20vtkControlPointsItem13DeselectPointEPdr@__ZN20vtkControlPointsItem13DeselectPointExr@__ZN20vtkControlPointsItem13KeyPressEventERK18vtkContextKeyEventr@__ZN20vtkControlPointsItem14MouseMoveEventERK20vtkContextMouseEventr@__ZN20vtkControlPointsItem15KeyReleaseEventERK18vtkContextKeyEventr@__ZN20vtkControlPointsItem15SelectAllPointsEvr@__ZN20vtkControlPointsItem15SetCurrentPointExr@__ZN20vtkControlPointsItem17DeselectAllPointsEvr@__ZN20vtkControlPointsItem17GetControlPointIdEPdr@__ZN20vtkControlPointsItem17ToggleSelectPointEPdr@__ZN20vtkControlPointsItem17ToggleSelectPointExr@__ZN20vtkControlPointsItem19GetEndPointsMovableEvr@__ZN20vtkControlPointsItem21MouseButtonPressEventERK20vtkContextMouseEventr@__ZN20vtkControlPointsItem21MouseDoubleClickEventERK20vtkContextMouseEventr@__ZN20vtkControlPointsItem5PaintEP12vtkContext2Dr@__ZN20vtkControlPointsItem9FindPointEPdr@__ZN20vtkControlPointsItem9GetBoundsEPdr@__ZN20vtkPlotFunctionalBag10GetVisibleEvr@__ZN20vtkPlotFunctionalBag11PaintLegendEP12vtkContext2DRK8vtkRectfir@__ZN20vtkPlotFunctionalBag12SelectPointsERK11vtkVector2fS2_r@__ZN20vtkPlotFunctionalBag14GetLookupTableEvr@__ZN20vtkPlotFunctionalBag14SetLookupTableEP18vtkScalarsToColorsr@__ZN20vtkPlotFunctionalBag21SelectPointsInPolygonERK17vtkContextPolygonr@__ZN20vtkPlotFunctionalBag22GetUnscaledInputBoundsEPdr@__ZN20vtkPlotFunctionalBag24CreateDefaultLookupTableEvr@__ZN20vtkPlotFunctionalBag3NewEvr@__ZN20vtkPlotFunctionalBag5IsBagEvr@__ZN20vtkPlotFunctionalBag5PaintEP12vtkContext2Dr@__ZN20vtkPlotFunctionalBag6UpdateEvr@__ZN20vtkPlotFunctionalBag9GetBoundsEPdr@__ZN20vtkScatterPlotMatrix10GetRowNameEir@__ZN20vtkScatterPlotMatrix10SetTooltipEP14vtkTooltipItemr@__ZN20vtkScatterPlotMatrix11GetPlotTypeERK11vtkVector2ir@__ZN20vtkScatterPlotMatrix11GetPlotTypeEiir@__ZN20vtkScatterPlotMatrix12GetAxisColorEir@__ZN20vtkScatterPlotMatrix12GetGridColorEir@__ZN20vtkScatterPlotMatrix12GetMainChartEvr@__ZN20vtkScatterPlotMatrix12SetAxisColorEiRK11vtkColor4ubr@__ZN20vtkScatterPlotMatrix12SetGridColorEiRK11vtkColor4ubr@__ZN20vtkScatterPlotMatrix12SetPlotColorEiRK11vtkColor4ubr@__ZN20vtkScatterPlotMatrix13GetActivePlotEvr@__ZN20vtkScatterPlotMatrix13GetColumnNameEir@__ZN20vtkScatterPlotMatrix13SetActivePlotERK11vtkVector2ir@__ZN20vtkScatterPlotMatrix14MouseMoveEventERK20vtkContextMouseEventr@__ZN20vtkScatterPlotMatrix14UpdateSettingsEvr@__ZN20vtkScatterPlotMatrix15SetNumberOfBinsEir@__ZN20vtkScatterPlotMatrix16AddAnimationPathERK11vtkVector2ir@__ZN20vtkScatterPlotMatrix16AdvanceAnimationEvr@__ZN20vtkScatterPlotMatrix16SetIndexedLabelsEP14vtkStringArrayr@__ZN20vtkScatterPlotMatrix16SetSelectionModeEir@__ZN20vtkScatterPlotMatrix17GetAnnotationLinkEvr@__ZN20vtkScatterPlotMatrix17GetGridVisibilityEir@__ZN20vtkScatterPlotMatrix17GetNumberOfFramesEvr@__ZN20vtkScatterPlotMatrix17GetVisibleColumnsEvr@__ZN20vtkScatterPlotMatrix17SetGridVisibilityEibr@__ZN20vtkScatterPlotMatrix17SetNumberOfFramesEir@__ZN20vtkScatterPlotMatrix17SetPlotMarkerSizeEifr@__ZN20vtkScatterPlotMatrix17SetVisibleColumnsEP14vtkStringArrayr@__ZN20vtkScatterPlotMatrix18BeginAnimationPathEP25vtkRenderWindowInteractorr@__ZN20vtkScatterPlotMatrix18ClearAnimationPathEvr@__ZN20vtkScatterPlotMatrix18GetBackgroundColorEir@__ZN20vtkScatterPlotMatrix18GetTitlePropertiesEvr@__ZN20vtkScatterPlotMatrix18GetTooltipNotationEir@__ZN20vtkScatterPlotMatrix18SetBackgroundColorEiRK11vtkColor4ubr@__ZN20vtkScatterPlotMatrix18SetPlotMarkerStyleEiir@__ZN20vtkScatterPlotMatrix18SetTitlePropertiesEP15vtkTextPropertyr@__ZN20vtkScatterPlotMatrix18SetTooltipNotationEiir@__ZN20vtkScatterPlotMatrix19GetColumnVisibilityERK12vtkStdStringr@__ZN20vtkScatterPlotMatrix19GetTooltipPrecisionEir@__ZN20vtkScatterPlotMatrix19InsertVisibleColumnERK12vtkStdStringir@__ZN20vtkScatterPlotMatrix19SetColumnVisibilityERK12vtkStdStringbr@__ZN20vtkScatterPlotMatrix19SetTooltipPrecisionEiir@__ZN20vtkScatterPlotMatrix19UpdateChartSettingsEir@__ZN20vtkScatterPlotMatrix20GetAxisLabelNotationEir@__ZN20vtkScatterPlotMatrix20SetAxisLabelNotationEiir@__ZN20vtkScatterPlotMatrix21GetAxisLabelPrecisionEir@__ZN20vtkScatterPlotMatrix21MouseButtonPressEventERK20vtkContextMouseEventr@__ZN20vtkScatterPlotMatrix21SetAxisLabelPrecisionEiir@__ZN20vtkScatterPlotMatrix22GetAxisLabelPropertiesEir@__ZN20vtkScatterPlotMatrix22GetAxisLabelVisibilityEir@__ZN20vtkScatterPlotMatrix22SetAxisLabelPropertiesEiP15vtkTextPropertyr@__ZN20vtkScatterPlotMatrix22SetAxisLabelVisibilityEibr@__ZN20vtkScatterPlotMatrix22SetColumnVisibilityAllEbr@__ZN20vtkScatterPlotMatrix23GetAnimationPathElementExr@__ZN20vtkScatterPlotMatrix23MouseButtonReleaseEventERK20vtkContextMouseEventr@__ZN20vtkScatterPlotMatrix32GetNumberOfAnimationPathElementsEvr@__ZN20vtkScatterPlotMatrix33GetScatterPlotSelectedActiveColorEvr@__ZN20vtkScatterPlotMatrix33SetScatterPlotSelectedActiveColorERK11vtkColor4ubr@__ZN20vtkScatterPlotMatrix36GetScatterPlotSelectedRowColumnColorEvr@__ZN20vtkScatterPlotMatrix36SetScatterPlotSelectedRowColumnColorERK11vtkColor4ubr@__ZN20vtkScatterPlotMatrix3HitERK20vtkContextMouseEventr@__ZN20vtkScatterPlotMatrix3NewEvr@__ZN20vtkScatterPlotMatrix5PaintEP12vtkContext2Dr@__ZN20vtkScatterPlotMatrix6UpdateEvr@__ZN20vtkScatterPlotMatrix7SetSizeERK11vtkVector2ir@__ZN20vtkScatterPlotMatrix8GetTitleEvr@__ZN20vtkScatterPlotMatrix8SetInputEP8vtkTabler@__ZN20vtkScatterPlotMatrix8SetSceneEP15vtkContextScener@__ZN20vtkScatterPlotMatrix8SetTitleERK12vtkStdStringr@__ZN22vtkScalarsToColorsItem5PaintEP12vtkContext2Dr@__ZN22vtkScalarsToColorsItem9GetBoundsEPdr@__ZN24vtkPiecewiseFunctionItem20SetPiecewiseFunctionEP20vtkPiecewiseFunctionr@__ZN24vtkPiecewiseFunctionItem3NewEvr@__ZN26vtkPlotParallelCoordinates11PaintLegendEP12vtkContext2DRK8vtkRectfir@__ZN26vtkPlotParallelCoordinates12SetInputDataEP8vtkTabler@__ZN26vtkPlotParallelCoordinates14GetLookupTableEvr@__ZN26vtkPlotParallelCoordinates14SetLookupTableEP18vtkScalarsToColorsr@__ZN26vtkPlotParallelCoordinates16SelectColorArrayERK12vtkStdStringr@__ZN26vtkPlotParallelCoordinates16SelectColorArrayExr@__ZN26vtkPlotParallelCoordinates17GetColorArrayNameEvr@__ZN26vtkPlotParallelCoordinates17SetSelectionRangeEiffr@__ZN26vtkPlotParallelCoordinates19ResetSelectionRangeEvr@__ZN26vtkPlotParallelCoordinates24CreateDefaultLookupTableEvr@__ZN26vtkPlotParallelCoordinates3NewEvr @__ZN26vtkPlotParallelCoordinates5PaintEP12vtkContext2Dr @__ZN26vtkPlotParallelCoordinates6UpdateEvr @__ZN26vtkPlotParallelCoordinates9GetBoundsEPdr @__ZN27vtkChartParallelCoordinates14MouseMoveEventERK20vtkContextMouseEventr @__ZN27vtkChartParallelCoordinates15GetNumberOfAxesEvr @__ZN27vtkChartParallelCoordinates15MouseEnterEventERK20vtkContextMouseEventr @__ZN27vtkChartParallelCoordinates15MouseLeaveEventERK20vtkContextMouseEventr @__ZN27vtkChartParallelCoordinates15MouseWheelEventERK20vtkContextMouseEventir @__ZN27vtkChartParallelCoordinates16GetNumberOfPlotsEvr @__ZN27vtkChartParallelCoordinates17GetVisibleColumnsEvr @__ZN27vtkChartParallelCoordinates17RecalculateBoundsEvr @__ZN27vtkChartParallelCoordinates17SetVisibleColumnsEP14vtkStringArrayr @__ZN27vtkChartParallelCoordinates19GetColumnVisibilityERK12vtkStdStringr @__ZN27vtkChartParallelCoordinates19SetColumnVisibilityERK12vtkStdStringbr @__ZN27vtkChartParallelCoordinates21MouseButtonPressEventERK20vtkContextMouseEventr @__ZN27vtkChartParallelCoordinates22SetColumnVisibilityAllEbr!@__ZN27vtkChartParallelCoordinates23MouseButtonReleaseEventERK20vtkContextMouseEventr!@__ZN27vtkChartParallelCoordinates3HitERK20vtkContextMouseEventr!@__ZN27vtkChartParallelCoordinates3NewEvr!@__ZN27vtkChartParallelCoordinates5PaintEP12vtkContext2Dr!@__ZN27vtkChartParallelCoordinates6UpdateEvr!@__ZN27vtkChartParallelCoordinates7GetAxisEir!@__ZN27vtkChartParallelCoordinates7GetPlotExr!@__ZN27vtkChartParallelCoordinates7SetPlotEP26vtkPlotParallelCoordinatesr!@__ZN27vtkPiecewisePointHandleItem10CallRedrawEP9vtkObjectmPvS2_r!@__ZN27vtkPiecewisePointHandleItem12IsOverHandleEPfr!@__ZN27vtkPiecewisePointHandleItem14MouseMoveEventERK20vtkContextMouseEventr!@__ZN27vtkPiecewisePointHandleItem20SetPiecewiseFunctionEP20vtkPiecewiseFunctionr!@__ZN27vtkPiecewisePointHandleItem21MouseButtonPressEventERK20vtkContextMouseEventr!@__ZN27vtkPiecewisePointHandleItem23MouseButtonReleaseEventERK20vtkContextMouseEventr!@__ZN27vtkPiecewisePointHandleItem3HitERK20vtkContextMouseEventr!@__ZN27vtkPiecewisePointHandleItem3NewEvr"@__ZN27vtkPiecewisePointHandleItem5PaintEP12vtkContext2Dr"@__ZN27vtkPiecewisePointHandleItem9SetParentEP22vtkAbstractContextItemr"@__ZN28vtkColorTransferFunctionItem24SetColorTransferFunctionEP24vtkColorTransferFunctionr"@__ZN28vtkColorTransferFunctionItem3NewEvr"@__ZN29vtkCompositeControlPointsItem11RemovePointEPdr"@__ZN29vtkCompositeControlPointsItem14MouseMoveEventERK20vtkContextMouseEventr"@__ZN29vtkCompositeControlPointsItem18SetOpacityFunctionEP20vtkPiecewiseFunctionr"@__ZN29vtkCompositeControlPointsItem21MouseButtonPressEventERK20vtkContextMouseEventr"@__ZN29vtkCompositeControlPointsItem21MouseDoubleClickEventERK20vtkContextMouseEventr"@__ZN29vtkCompositeControlPointsItem24SetColorTransferFunctionEP24vtkColorTransferFunctionr"@__ZN29vtkCompositeControlPointsItem3NewEvr"@__ZN29vtkCompositeControlPointsItem8AddPointEPdr"@__ZN29vtkPiecewiseControlPointsItem11RemovePointEPdr"@__ZN29vtkPiecewiseControlPointsItem20SetPiecewiseFunctionEP20vtkPiecewiseFunctionr"@__ZN29vtkPiecewiseControlPointsItem3NewEvr"@__ZN29vtkPiecewiseControlPointsItem8AddPointEPdr#@__ZN32vtkCompositeTransferFunctionItem18SetOpacityFunctionEP20vtkPiecewiseFunctionr#@__ZN32vtkCompositeTransferFunctionItem3NewEvr#@__ZN33vtkColorTransferControlPointsItem11RemovePointEPdr#@__ZN33vtkColorTransferControlPointsItem15SetControlPointExPdr#@__ZN33vtkColorTransferControlPointsItem24SetColorTransferFunctionEP24vtkColorTransferFunctionr#@__ZN33vtkColorTransferControlPointsItem3NewEvr#@__ZN33vtkColorTransferControlPointsItem8AddPointEPdr#@__ZN7vtkAxis10NiceMinMaxERdS0_ffr#@__ZN7vtkAxis10NiceNumberEdbr#@__ZN7vtkAxis10SetMaximumEdr#@__ZN7vtkAxis10SetMinimumEdr#@__ZN7vtkAxis11SetLogScaleEbr#@__ZN7vtkAxis11SetNotationEir#@__ZN7vtkAxis11SetPositionEir#@__ZN7vtkAxis12GetPosition1Evr#@__ZN7vtkAxis12GetPosition2Evr$@__ZN7vtkAxis12SetPrecisionEir$@__ZN7vtkAxis13GetTickLabelsEvr$@__ZN7vtkAxis14SetLabelFormatERKNSt3__112basic_stringIcNS0_11char_traitsIcEENS0_9allocatorIcEEEEr$@__ZN7vtkAxis15GetBoundingRectEP12vtkContext2Dr$@__ZN7vtkAxis15SetMaximumLimitEdr$@__ZN7vtkAxis15SetMinimumLimitEdr$@__ZN7vtkAxis16GetTickPositionsEvr$@__ZN7vtkAxis16GetUnscaledRangeEPdr$@__ZN7vtkAxis16SetNumberOfTicksEir$@__ZN7vtkAxis16SetUnscaledRangeEPdr$@__ZN7vtkAxis16SetUnscaledRangeEddr$@__ZN7vtkAxis18SetUnscaledMaximumEdr$@__ZN7vtkAxis18SetUnscaledMinimumEdr$@__ZN7vtkAxis19GenerateSimpleLabelEdr$@__ZN7vtkAxis21GetTickScenePositionsEvr$@__ZN7vtkAxis22RecalculateTickSpacingEvr%@__ZN7vtkAxis22SetCustomTickPositionsEP14vtkDoubleArrayP14vtkStringArrayr%@__ZN7vtkAxis23SetUnscaledMaximumLimitEdr%@__ZN7vtkAxis23SetUnscaledMinimumLimitEdr%@__ZN7vtkAxis3NewEvr%@__ZN7vtkAxis5PaintEP12vtkContext2Dr%@__ZN7vtkAxis6UpdateEvr%@__ZN7vtkAxis8GetRangeEPdr%@__ZN7vtkAxis8GetTitleEvr%@__ZN7vtkAxis8SetRangeEPdr%@__ZN7vtkAxis8SetRangeEddr%@__ZN7vtkAxis8SetTitleERK12vtkStdStringr%@__ZN7vtkAxis9AutoScaleEvr%@__ZN7vtkAxis9SetPoint1ERK11vtkVector2fr%@__ZN7vtkAxis9SetPoint1Effr%@__ZN7vtkAxis9SetPoint2ERK11vtkVector2fr%@__ZN7vtkAxis9SetPoint2Effr&@__ZN7vtkPlot11GetPropertyERK12vtkStdStringr&@__ZN7vtkPlot11PaintLegendEP12vtkContext2DRK8vtkRectfir&@__ZN7vtkPlot11SetPropertyERK12vtkStdStringRK10vtkVariantr&@__ZN7vtkPlot12SelectPointsERK11vtkVector2fS2_r&@__ZN7vtkPlot12SetInputDataEP8vtkTabler&@__ZN7vtkPlot12SetInputDataEP8vtkTableRK12vtkStdStringS4_r&@__ZN7vtkPlot12SetInputDataEP8vtkTablexxr&@__ZN7vtkPlot12SetSelectionEP14vtkIdTypeArrayr&@__ZN7vtkPlot13GetShiftScaleEvr&@__ZN7vtkPlot13SetInputArrayEiRK12vtkStdStringr&@__ZN7vtkPlot13SetShiftScaleERK8vtkRectdr&@__ZN7vtkPlot15GetSelectionPenEvr&@__ZN7vtkPlot15GetTooltipLabelERK11vtkVector2dxxr&@__ZN7vtkPlot15SetSelectionPenEP6vtkPenr&@__ZN7vtkPlot16GetIndexedLabelsEvr&@__ZN7vtkPlot16SetIndexedLabelsEP14vtkStringArrayr'@__ZN7vtkPlot17GetNumberOfLabelsEvr'@__ZN7vtkPlot17GetSelectionBrushEvr'@__ZN7vtkPlot17SetSelectionBrushEP8vtkBrushr'@__ZN7vtkPlot18GetTooltipNotationEvr'@__ZN7vtkPlot18SetTooltipNotationEir'@__ZN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LabelERK11vtkVector2dxx__ZN11vtkPlotArea3NewEv__ZN11vtkPlotArea5PaintEP12vtkContext2D__ZN11vtkPlotArea6UpdateEv__ZN11vtkPlotArea8SetColorEddd__ZN11vtkPlotArea8SetColorEhhhh__ZN11vtkPlotArea9GetBoundsEPd__ZN11vtkPlotGrid3NewEv__ZN11vtkPlotGrid5PaintEP12vtkContext2D__ZN11vtkPlotGrid8SetXAxisEP7vtkAxis__ZN11vtkPlotGrid8SetYAxisEP7vtkAxis__ZN11vtkPlotLine11PaintLegendEP12vtkContext2DRK8vtkRectfi__ZN11vtkPlotLine3NewEv__ZN11vtkPlotLine5PaintEP12vtkContext2D__ZN13vtkObjectBase8IsTypeOfEPKc__ZN13vtkPlotLine3D3NewEv__ZN13vtkPlotLine3D5PaintEP12vtkContext2D__ZN13vtkPlotPoints11PaintLegendEP12vtkContext2DRK8vtkRectfi__ZN13vtkPlotPoints12SelectPointsERK11vtkVector2fS2___ZN13vtkPlotPoints14GetLookupTableEv__ZN13vtkPlotPoints14SetLookupTableEP18vtkScalarsToColors__ZN13vtkPlotPoints16SelectColorArrayERK12vtkStdString__ZN13vtkPlotPoints16SelectColorArrayEx__ZN13vtkPlotPoints17GetColorArrayNameEv__ZN13vtkPlotPoints21SelectPointsInPolygonERK17vtkContextPolygon__ZN13vtkPlotPoints22GetUnscaledInputBoundsEPd__ZN13vtkPlotPoints24CreateDefaultLookupTableEv__ZN13vtkPlotPoints3NewEv__ZN13vtkPlotPoints5PaintEP12vtkContext2D__ZN13vtkPlotPoints6UpdateEv__ZN13vtkPlotPoints9GetBoundsEPd__ZN13vtkPythonArgs10BuildTupleEPKdi__ZN13vtkPythonArgs10BuildTupleEPKfi__ZN13vtkPythonArgs10BuildTupleEPKii__ZN13vtkPythonArgs10GetArgSizeEi__ZN13vtkPythonArgs11SetArgValueEid__ZN13vtkPythonArgs12GetArgAsEnumEPKcRb__ZN13vtkPythonArgs13ArgCountErrorEiPKc__ZN13vtkPythonArgs13ArgCountErrorEii__ZN13vtkPythonArgs16PureVirtualErrorEv__ZN13vtkPythonArgs17GetArgAsVTKObjectEPKcRb__ZN13vtkPythonArgs19GetSelfFromFirstArgEP7_objectS1___ZN13vtkPythonArgs21GetArgAsSpecialObjectEPKcPP7_object__ZN13vtkPythonArgs5ArrayIdEC1El__ZN13vtkPythonArgs5ArrayIfEC1El__ZN13vtkPythonArgs8GetArrayEPdi__ZN13vtkPythonArgs8GetArrayEPfi__ZN13vtkPythonArgs8GetArrayEPhi__ZN13vtkPythonArgs8GetArrayEPii__ZN13vtkPythonArgs8GetValueERNSt3__112basic_stringIcNS0_11char_traitsIcEENS0_9allocatorIcEEEE__ZN13vtkPythonArgs8GetValueERPc__ZN13vtkPythonArgs8GetValueERb__ZN13vtkPythonArgs8GetValueERd__ZN13vtkPythonArgs8GetValueERf__ZN13vtkPythonArgs8GetValueERh__ZN13vtkPythonArgs8GetValueERi__ZN13vtkPythonArgs8GetValueERm__ZN13vtkPythonArgs8GetValueERx__ZN13vtkPythonArgs8SetArrayEiPKdi__ZN13vtkPythonArgs8SetArrayEiPKfi__ZN13vtkPythonArgs8SetArrayEiPKhi__ZN13vtkPythonArgs8SetArrayEiPKii__ZN13vtkPythonArgs9GetBufferERPvP10bufferinfo__ZN13vtkPythonUtil12AddEnumToMapEP11_typeobject__ZN13vtkPythonUtil13ManglePointerEPKvPKc__ZN13vtkPythonUtil20GetObjectFromPointerEP13vtkObjectBase__ZN14vtkChartLegend12GetLabelSizeEv__ZN14vtkChartLegend12SetLabelSizeEi__ZN14vtkChartLegend14GetPointVectorEv__ZN14vtkChartLegend14MouseMoveEventERK20vtkContextMouseEvent__ZN14vtkChartLegend15GetBoundingRectEP12vtkContext2D__ZN14vtkChartLegend18GetLabelPropertiesEv__ZN14vtkChartLegend21MouseButtonPressEventERK20vtkContextMouseEvent__ZN14vtkChartLegend23MouseButtonReleaseEventERK20vtkContextMouseEvent__ZN14vtkChartLegend3HitERK20vtkContextMouseEvent__ZN14vtkChartLegend3NewEv__ZN14vtkChartLegend5PaintEP12vtkContext2D__ZN14vtkChartLegend6GetPenEv__ZN14vtkChartLegend6UpdateEv__ZN14vtkChartLegend8GetBrushEv__ZN14vtkChartLegend8GetChartEv__ZN14vtkChartLegend8SetChartEP8vtkChart__ZN14vtkChartLegend8SetPointERK11vtkVector2f__ZN14vtkChartMatrix10SetBordersEiiii__ZN14vtkChartMatrix10SetGutterXEf__ZN14vtkChartMatrix10SetGutterYEf__ZN14vtkChartMatrix12GetChartSpanERK11vtkVector2i__ZN14vtkChartMatrix12SetBorderTopEi__ZN14vtkChartMatrix12SetChartSpanERK11vtkVector2iS2___ZN14vtkChartMatrix13GetChartIndexERK11vtkVector2f__ZN14vtkChartMatrix13SetBorderLeftEi__ZN14vtkChartMatrix14SetBorderRightEi__ZN14vtkChartMatrix15SetBorderBottomEi__ZN14vtkChartMatrix17SetSpecificResizeERK11vtkVector2iRK11vtkVector2f__ZN14vtkChartMatrix20ClearSpecificResizesEv__ZN14vtkChartMatrix3NewEv__ZN14vtkChartMatrix5PaintEP12vtkContext2D__ZN14vtkChartMatrix6UpdateEv__ZN14vtkChartMatrix7SetSizeERK11vtkVector2i__ZN14vtkChartMatrix8AllocateEv__ZN14vtkChartMatrix8GetChartERK11vtkVector2i__ZN14vtkChartMatrix8SetChartERK11vtkVector2iP8vtkChart__ZN14vtkChartMatrix9SetGutterERK11vtkVector2f__ZN14vtkColorLegend11GetPositionEv__ZN14vtkColorLegend11SetPositionERK8vtkRectf__ZN14vtkColorLegend14MouseMoveEventERK20vtkContextMouseEvent__ZN14vtkColorLegend14SetOrientationEi__ZN14vtkColorLegend14SetTextureSizeEff__ZN14vtkColorLegend15GetBoundingRectEP12vtkContext2D__ZN14vtkColorLegend19GetTransferFunctionEv__ZN14vtkColorLegend19SetTransferFunctionEP18vtkScalarsToColors__ZN14vtkColorLegend3NewEv__ZN14vtkColorLegend5PaintEP12vtkContext2D__ZN14vtkColorLegend6UpdateEv__ZN14vtkColorLegend8GetTitleEv__ZN14vtkColorLegend8SetPointEff__ZN14vtkColorLegend8SetTitleERK12vtkStdString__ZN14vtkColorLegend9GetBoundsEPd__ZN14vtkContextArea11GetShowGridEv__ZN14vtkContextArea11SetShowGridEb__ZN14vtkContextArea12SetFixedRectE8vtkRecti__ZN14vtkContextArea12SetFixedRectEiiii__ZN14vtkContextArea14SetFixedAspectEf__ZN14vtkContextArea15GetDrawAreaItemEv__ZN14vtkContextArea15SetFixedMarginsE8vtkTupleIiLi4EE__ZN14vtkContextArea15SetFixedMarginsEPi__ZN14vtkContextArea15SetFixedMarginsEiiii__ZN14vtkContextArea20GetFixedMarginsArrayEPi__ZN14vtkContextArea20GetFixedMarginsArrayEv__ZN14vtkContextArea3NewEv__ZN14vtkContextArea5PaintEP12vtkContext2D__ZN14vtkContextArea7GetAxisEN7vtkAxis8LocationE__ZN14vtkPlotStacked11PaintLegendEP12vtkContext2DRK8vtkRectfi__ZN14vtkPlotStacked12SelectPointsERK11vtkVector2fS2___ZN14vtkPlotStacked13SetInputArrayEiRK12vtkStdString__ZN14vtkPlotStacked14GetColorSeriesEv__ZN14vtkPlotStacked14SetColorSeriesEP14vtkColorSeries__ZN14vtkPlotStacked22GetUnscaledInputBoundsEPd__ZN14vtkPlotStacked3NewEv__ZN14vtkPlotStacked5PaintEP12vtkContext2D__ZN14vtkPlotStacked6UpdateEv__ZN14vtkPlotStacked8GetColorEPd__ZN14vtkPlotStacked8SetColorEddd__ZN14vtkPlotStacked8SetColorEhhhh__ZN14vtkPlotStacked9GetBoundsEPd__ZN14vtkPlotStacked9GetLabelsEv__ZN14vtkPlotSurface12SetInputDataEP8vtkTable__ZN14vtkPlotSurface12SetInputDataEP8vtkTableRK12vtkStdStringS4_S4___ZN14vtkPlotSurface12SetInputDataEP8vtkTableRK12vtkStdStringS4_S4_S4___ZN14vtkPlotSurface12SetInputDataEP8vtkTablexxx__ZN14vtkPlotSurface3NewEv__ZN14vtkPlotSurface5PaintEP12vtkContext2D__ZN14vtkPlotSurface9SetXRangeEff__ZN14vtkPlotSurface9SetYRangeEff__ZN15vtkAxisExtended10DensityMaxEid__ZN15vtkAxisExtended10SimplicityEiiiddd__ZN15vtkAxisExtended11CoverageMaxEddd__ZN15vtkAxisExtended13SimplicityMaxEiii__ZN15vtkAxisExtended18FormatStringLengthEidi__ZN15vtkAxisExtended21FormatLegibilityScoreEdi__ZN15vtkAxisExtended26GenerateExtendedTickLabelsEdddd__ZN15vtkAxisExtended3NewEv__ZN15vtkAxisExtended7DensityEiddddd__ZN15vtkAxisExtended8CoverageEdddd__ZN15vtkPlotPoints3D3NewEv__ZN15vtkPlotPoints3D5PaintEP12vtkContext2D__ZN17vtkCategoryLegend15GetBoundingRectEP12vtkContext2D__ZN17vtkCategoryLegend18GetScalarsToColorsEv__ZN17vtkCategoryLegend18SetScalarsToColorsEP18vtkScalarsToColors__ZN17vtkCategoryLegend3NewEv__ZN17vtkCategoryLegend5PaintEP12vtkContext2D__ZN17vtkCategoryLegend8GetTitleEv__ZN17vtkCategoryLegend8SetTitleERK12vtkStdString__ZN17vtkContextPolygon5ClearEv__ZN17vtkContextPolygon8AddPointERK11vtkVector2f__ZN17vtkContextPolygon8AddPointEff__ZN17vtkContextPolygonC1ERKS___ZN17vtkContextPolygonC1Ev__ZN17vtkContextPolygonD1Ev__ZN17vtkPythonOverload10CallMethodEP11PyMethodDefP7_objectS3___ZN18vtkInteractiveArea14MouseMoveEventERK20vtkContextMouseEvent__ZN18vtkInteractiveArea15MouseWheelEventERK20vtkContextMouseEventi__ZN18vtkInteractiveArea21MouseButtonPressEventERK20vtkContextMouseEvent__ZN18vtkInteractiveArea3HitERK20vtkContextMouseEvent__ZN18vtkInteractiveArea3NewEv__ZN18vtkInteractiveArea5PaintEP12vtkContext2D__ZN18vtkLookupTableItem14SetLookupTableEP14vtkLookupTable__ZN18vtkLookupTableItem3NewEv__ZN18vtkPlotHistogram2D11GetPositionEv__ZN18vtkPlotHistogram2D11SetPositionERK8vtkRectf__ZN18vtkPlotHistogram2D12SetInputDataEP12vtkImageDatax__ZN18vtkPlotHistogram2D15GetTooltipLabelERK11vtkVector2dxx__ZN18vtkPlotHistogram2D17GetInputImageDataEv__ZN18vtkPlotHistogram2D19GetTransferFunctionEv__ZN18vtkPlotHistogram2D19SetTransferFunctionEP18vtkScalarsToColors__ZN18vtkPlotHistogram2D3NewEv__ZN18vtkPlotHistogram2D5PaintEP12vtkContext2D__ZN18vtkPlotHistogram2D6UpdateEv__ZN18vtkPlotHistogram2D9GetBoundsEPd__ZN19vtkChartHistogram2D12SetInputDataEP12vtkImageDatax__ZN19vtkChartHistogram2D19SetTransferFunctionEP18vtkScalarsToColors__ZN19vtkChartHistogram2D3HitERK20vtkContextMouseEvent__ZN19vtkChartHistogram2D3NewEv__ZN19vtkChartHistogram2D6UpdateEv__ZN19vtkChartHistogram2D7GetPlotEx__ZN20vtkControlPointsItem10MovePointsERK11vtkVector2fP14vtkIdTypeArray__ZN20vtkControlPointsItem10MovePointsERK11vtkVector2fb__ZN20vtkControlPointsItem11IsOverPointEPdx__ZN20vtkControlPointsItem11RemovePointEx__ZN20vtkControlPointsItem11ResetBoundsEv__ZN20vtkControlPointsItem11SelectPointEPd__ZN20vtkControlPointsItem11SelectPointEx__ZN20vtkControlPointsItem12SelectPointsERK11vtkVector2fS2___ZN20vtkControlPointsItem12SpreadPointsEfP14vtkIdTypeArray__ZN20vtkControlPointsItem12SpreadPointsEfb__ZN20vtkControlPointsItem13DeselectPointEPd__ZN20vtkControlPointsItem13DeselectPointEx__ZN20vtkControlPointsItem13KeyPressEventERK18vtkContextKeyEvent__ZN20vtkControlPointsItem14MouseMoveEventERK20vtkContextMouseEvent__ZN20vtkControlPointsItem15KeyReleaseEventERK18vtkContextKeyEvent__ZN20vtkControlPointsItem15SelectAllPointsEv__ZN20vtkControlPointsItem15SetCurrentPointEx__ZN20vtkControlPointsItem17DeselectAllPointsEv__ZN20vtkControlPointsItem17GetControlPointIdEPd__ZN20vtkControlPointsItem17ToggleSelectPointEPd__ZN20vtkControlPointsItem17ToggleSelectPointEx__ZN20vtkControlPointsItem19GetEndPointsMovableEv__ZN20vtkControlPointsItem21MouseButtonPressEventERK20vtkContextMouseEvent__ZN20vtkControlPointsItem21MouseDoubleClickEventERK20vtkContextMouseEvent__ZN20vtkControlPointsItem5PaintEP12vtkContext2D__ZN20vtkControlPointsItem9FindPointEPd__ZN20vtkControlPointsItem9GetBoundsEPd__ZN20vtkPlotFunctionalBag10GetVisibleEv__ZN20vtkPlotFunctionalBag11PaintLegendEP12vtkContext2DRK8vtkRectfi__ZN20vtkPlotFunctionalBag12SelectPointsERK11vtkVector2fS2___ZN20vtkPlotFunctionalBag14GetLookupTableEv__ZN20vtkPlotFunctionalBag14SetLookupTableEP18vtkScalarsToColors__ZN20vtkPlotFunctionalBag21SelectPointsInPolygonERK17vtkContextPolygon__ZN20vtkPlotFunctionalBag22GetUnscaledInputBoundsEPd__ZN20vtkPlotFunctionalBag24CreateDefaultLookupTableEv__ZN20vtkPlotFunctionalBag3NewEv__ZN20vtkPlotFunctionalBag5IsBagEv__ZN20vtkPlotFunctionalBag5PaintEP12vtkContext2D__ZN20vtkPlotFunctionalBag6UpdateEv__ZN20vtkPlotFunctionalBag9GetBoundsEPd__ZN20vtkScatterPlotMatrix10GetRowNameEi__ZN20vtkScatterPlotMatrix10SetTooltipEP14vtkTooltipItem__ZN20vtkScatterPlotMatrix11GetPlotTypeERK11vtkVector2i__ZN20vtkScatterPlotMatrix11GetPlotTypeEii__ZN20vtkScatterPlotMatrix12GetAxisColorEi__ZN20vtkScatterPlotMatrix12GetGridColorEi__ZN20vtkScatterPlotMatrix12GetMainChartEv__ZN20vtkScatterPlotMatrix12SetAxisColorEiRK11vtkColor4ub__ZN20vtkScatterPlotMatrix12SetGridColorEiRK11vtkColor4ub__ZN20vtkScatterPlotMatrix12SetPlotColorEiRK11vtkColor4ub__ZN20vtkScatterPlotMatrix13GetActivePlotEv__ZN20vtkScatterPlotMatrix13GetColumnNameEi__ZN20vtkScatterPlotMatrix13SetActivePlotERK11vtkVector2i__ZN20vtkScatterPlotMatrix14MouseMoveEventERK20vtkContextMouseEvent__ZN20vtkScatterPlotMatrix14UpdateSettingsEv__ZN20vtkScatterPlotMatrix15SetNumberOfBinsEi__ZN20vtkScatterPlotMatrix16AddAnimationPathERK11vtkVector2i__ZN20vtkScatterPlotMatrix16AdvanceAnimationEv__ZN20vtkScatterPlotMatrix16SetIndexedLabelsEP14vtkStringArray__ZN20vtkScatterPlotMatrix16SetSelectionModeEi__ZN20vtkScatterPlotMatrix17GetAnnotationLinkEv__ZN20vtkScatterPlotMatrix17GetGridVisibilityEi__ZN20vtkScatterPlotMatrix17GetNumberOfFramesEv__ZN20vtkScatterPlotMatrix17GetVisibleColumnsEv__ZN20vtkScatterPlotMatrix17SetGridVisibilityEib__ZN20vtkScatterPlotMatrix17SetNumberOfFramesEi__ZN20vtkScatterPlotMatrix17SetPlotMarkerSizeEif__ZN20vtkScatterPlotMatrix17SetVisibleColumnsEP14vtkStringArray__ZN20vtkScatterPlotMatrix18BeginAnimationPathEP25vtkRenderWindowInteractor__ZN20vtkScatterPlotMatrix18ClearAnimationPathEv__ZN20vtkScatterPlotMatrix18GetBackgroundColorEi__ZN20vtkScatterPlotMatrix18GetTitlePropertiesEv__ZN20vtkScatterPlotMatrix18GetTooltipNotationEi__ZN20vtkScatterPlotMatrix18SetBackgroundColorEiRK11vtkColor4ub__ZN20vtkScatterPlotMatrix18SetPlotMarkerStyleEii__ZN20vtkScatterPlotMatrix18SetTitlePropertiesEP15vtkTextProperty__ZN20vtkScatterPlotMatrix18SetTooltipNotationEii__ZN20vtkScatterPlotMatrix19GetColumnVisibilityERK12vtkStdString__ZN20vtkScatterPlotMatrix19GetTooltipPrecisionEi__ZN20vtkScatterPlotMatrix19InsertVisibleColumnERK12vtkStdStringi__ZN20vtkScatterPlotMatrix19SetColumnVisibilityERK12vtkStdStringb__ZN20vtkScatterPlotMatrix19SetTooltipPrecisionEii__ZN20vtkScatterPlotMatrix19UpdateChartSettingsEi__ZN20vtkScatterPlotMatrix20GetAxisLabelNotationEi__ZN20vtkScatterPlotMatrix20SetAxisLabelNotationEii__ZN20vtkScatterPlotMatrix21GetAxisLabelPrecisionEi__ZN20vtkScatterPlotMatrix21MouseButtonPressEventERK20vtkContextMouseEvent__ZN20vtkScatterPlotMatrix21SetAxisLabelPrecisionEii__ZN20vtkScatterPlotMatrix22GetAxisLabelPropertiesEi__ZN20vtkScatterPlotMatrix22GetAxisLabelVisibilityEi__ZN20vtkScatterPlotMatrix22SetAxisLabelPropertiesEiP15vtkTextProperty__ZN20vtkScatterPlotMatrix22SetAxisLabelVisibilityEib__ZN20vtkScatterPlotMatrix22SetColumnVisibilityAllEb__ZN20vtkScatterPlotMatrix23GetAnimationPathElementEx__ZN20vtkScatterPlotMatrix23MouseButtonReleaseEventERK20vtkContextMouseEvent__ZN20vtkScatterPlotMatrix32GetNumberOfAnimationPathElementsEv__ZN20vtkScatterPlotMatrix33GetScatterPlotSelectedActiveColorEv__ZN20vtkScatterPlotMatrix33SetScatterPlotSelectedActiveColorERK11vtkColor4ub__ZN20vtkScatterPlotMatrix36GetScatterPlotSelectedRowColumnColorEv__ZN20vtkScatterPlotMatrix36SetScatterPlotSelectedRowColumnColorERK11vtkColor4ub__ZN20vtkScatterPlotMatrix3HitERK20vtkContextMouseEvent__ZN20vtkScatterPlotMatrix3NewEv__ZN20vtkScatterPlotMatrix5PaintEP12vtkContext2D__ZN20vtkScatterPlotMatrix6UpdateEv__ZN20vtkScatterPlotMatrix7SetSizeERK11vtkVector2i__ZN20vtkScatterPlotMatrix8GetTitleEv__ZN20vtkScatterPlotMatrix8SetInputEP8vtkTable__ZN20vtkScatterPlotMatrix8SetSceneEP15vtkContextScene__ZN20vtkScatterPlotMatrix8SetTitleERK12vtkStdString__ZN22vtkScalarsToColorsItem5PaintEP12vtkContext2D__ZN22vtkScalarsToColorsItem9GetBoundsEPd__ZN24vtkPiecewiseFunctionItem20SetPiecewiseFunctionEP20vtkPiecewiseFunction__ZN24vtkPiecewiseFunctionItem3NewEv__ZN26vtkPlotParallelCoordinates11PaintLegendEP12vtkContext2DRK8vtkRectfi__ZN26vtkPlotParallelCoordinates12SetInputDataEP8vtkTable__ZN26vtkPlotParallelCoordinates14GetLookupTableEv__ZN26vtkPlotParallelCoordinates14SetLookupTableEP18vtkScalarsToColors__ZN26vtkPlotParallelCoordinates16SelectColorArrayERK12vtkStdString__ZN26vtkPlotParallelCoordinates16SelectColorArrayEx__ZN26vtkPlotParallelCoordinates17GetColorArrayNameEv__ZN26vtkPlotParallelCoordinates17SetSelectionRangeEiff__ZN26vtkPlotParallelCoordinates19ResetSelectionRangeEv__ZN26vtkPlotParallelCoordinates24CreateDefaultLookupTableEv__ZN26vtkPlotParallelCoordinates3NewEv__ZN2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