Content

CRadarChart

Implements RadarChart control.

You can find more information in comments below. Overrided methods can be found in corresponding base classes and interfaces.

class CRadarChart :public virtual IRadarChart, public CControl
{
public:
    // IControl getters 
    RectF getClientRect() override;

    // IControl setters 
    bool setDPI(const Point &value) override;

    // IControl methods 
    void Refresh(const bool refresh_children) override;

    // IRadialChart getters 
    IChartDataSet *getDataSet() override;

    // IRadialChart setters 
    bool setDataSet(IChartDataSet *value, const bool release_old) override;

    // IRadialChart methods 
    void Update() override;

    // IRadarChart getters 
    bool isAutoRange() override;
    float getRange() override;

    // IRadarChart setters 
    bool setAutoRange(const bool value) override;
    bool setRange(const float value) override;

    CRadarChart();
    CRadarChart(IForm *parent);
    CRadarChart(IControl *parent);
    ~CRadarChart() override;

    Color getBackgroundColor() const; // Return background color 
    Gradient *getBackgroundGradient(); // Return background gradient 
    bool isDrawGrid() const; // Return whether a grid should be drawn 
    bool isAutoGridStep() const; // Return whether grid step should be calculated automatically 
    float getGridStep() const; // Return grid step 
    float getDefaultGridStep() const; // Return default grid step(when scale is 1) 
    Color getGridColor() const; // Return grid color 
    bool isDrawLabels() const; // Return whether labels should be drawn 
    Color getLabelsColor() const; // Return labels color 
    int getLabelSigns() const; // Return count of signs after point in labels(0..9) 
    float getQuality() const; // Return quality(0..1) 
    RectF getPadding() const; // Return padding 
    float getPointSize() const; // Return point size 
    bool isDrawLegend() const; // Return whether legend should be drawn 
    Color getLegendColor() const; // Return legend color 
    const std::vector<Color> &getBackgroundColors() const; // Return background colors 
    const std::vector<float> &getLineWidthes() const; // Return line widthes 
    const std::vector<Color> &getLineColors() const; // Return line colors 
    const std::vector<float> &getNormalPointSizes() const; // Return normal point sizes 
    const std::vector<float> &getActivePointSizes() const; // Return active point sizes 
    const std::vector<float> &getNormalPointHoles() const; // Return normal point hole sizes 
    const std::vector<float> &getActivePointHoles() const; // Return active point hole sizes 
    const std::vector<Color> &getNormalPointColors() const; // Return normal point colors 
    const std::vector<Color> &getActivePointColors() const; // Return active point colors 
    const std::vector<Color> &getNormalHoleColors() const; // Return normal point hole colors 
    const std::vector<Color> &getActiveHoleColors() const; // Return active point hole colors 
    const std::vector<bool> &getDrawPoints() const; // Return whether points should be drawn 

    bool setBackgroundColor(const Color &value); // Set background color 
    bool setDrawGrid(const bool value); // Set whether a grid should be drawn 
    bool setAutoGridStep(const bool value); // Set whether grid step should be calculated automatically 
    bool setGridStep(const float value); // Set grid step 
    bool setDefaultGridStep(const float value); // Set default grid step(when scale is 1) 
    bool setGridColor(const Color &value); // Set grid color 
    bool setDrawLabels(const bool value); // Set whether labels should be drawn 
    bool setLabelsColor(const Color &value); // Set labels color 
    bool setLabelSigns(const int value); // Set count of signs after point in labels(0..9) 
    bool setQuality(const float value); // Set quality(0..1) 
    bool setPadding(const RectF &value); // Set padding 
    bool setPointSize(const float value); // Set point size 
    bool setDrawLegend(const bool value); // Set whether legend should be drawn 
    bool setLegendColor(const Color &value); // Set legend color 
    bool setBackgroundColors(const std::vector<Color> &values); // Set background colors 
    bool setLineWidthes(const std::vector<float> &values); // Set line widthes 
    bool setLineColors(const std::vector<Color> &values); // Set line colors 
    bool setNormalPointSizes(const std::vector<float> &values); // Set normal point sizes 
    bool setActivePointSizes(const std::vector<float> &values); // Set active point sizes 
    bool setNormalPointHoles(const std::vector<float> &values); // Set normal point hole sizes 
    bool setActivePointHoles(const std::vector<float> &values); // Set active point hole sizes 
    bool setNormalPointColors(const std::vector<Color> &values); // Set normal point colors 
    bool setActivePointColors(const std::vector<Color> &values); // Set active point colors 
    bool setNormalHoleColors(const std::vector<Color> &values); // Set normal point hole colors 
    bool setActiveHoleColors(const std::vector<Color> &values); // Set active point hole colors 
    bool setDrawPoints(const std::vector<bool> &values); // Set whether points should be drawn 
};