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| PlotDataPolar (const std::vector< double > &R, const std::vector< double > &theta, Gdk::RGBA color=Gdk::RGBA("red"), LineStyle line_style=CONTINUOUS, double line_width=PLOTDATA_DEFAULT_LINE_WIDTH) |
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| PlotDataPolar (const std::valarray< double > &R, const std::valarray< double > &theta, Gdk::RGBA color=Gdk::RGBA("red"), LineStyle line_style=CONTINUOUS, double line_width=PLOTDATA_DEFAULT_LINE_WIDTH) |
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virtual | ~PlotDataPolar () |
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std::vector< double > | get_vector_r () |
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std::vector< double > | get_vector_theta () |
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virtual void | get_max_r (double &rmax) |
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| PlotData2D (const std::vector< double > &x, const std::vector< double > &y, Gdk::RGBA color=Gdk::RGBA("red"), LineStyle line_style=CONTINUOUS, double line_width=PLOTDATA_DEFAULT_LINE_WIDTH) |
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| PlotData2D (const std::valarray< double > &x, const std::valarray< double > &y, Gdk::RGBA color=Gdk::RGBA("red"), LineStyle line_style=CONTINUOUS, double line_width=PLOTDATA_DEFAULT_LINE_WIDTH) |
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| PlotData2D (const std::vector< double > &y, Gdk::RGBA color=Gdk::RGBA("red"), LineStyle line_style=CONTINUOUS, double line_width=PLOTDATA_DEFAULT_LINE_WIDTH) |
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| PlotData2D (const std::valarray< double > &y, Gdk::RGBA color=Gdk::RGBA("red"), LineStyle line_style=CONTINUOUS, double line_width=PLOTDATA_DEFAULT_LINE_WIDTH) |
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virtual | ~PlotData2D () |
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std::vector< double > | get_vector_x () |
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std::vector< double > | get_vector_y () |
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size_t | size () |
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virtual void | get_extremes (double &xmin, double &xmax, double &ymin, double &ymax) |
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void | set_symbol (Glib::ustring symbol) |
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Glib::ustring | get_symbol () |
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void | set_symbol_color (Gdk::RGBA color) |
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Gdk::RGBA | get_symbol_color () |
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void | set_symbol_height_scale_factor (double scale_factor=1.0) |
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double | get_symbol_height_scale_factor () |
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virtual void | add_datapoint (double xval, double yval) |
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virtual void | add_datapoint (std::pair< double, double > xy_pair) |
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virtual void | remove_datapoint (size_t index) |
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virtual void | replace_datapoints (const std::vector< double > &x, const std::vector< double > &y) |
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virtual void | replace_datapoints (const std::valarray< double > &x, const std::valarray< double > &y) |
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virtual void | draw_plot_data (const Cairo::RefPtr< Cairo::Context > &cr, plstream *pls) override |
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virtual | ~PlotDataLine () |
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void | set_color (Gdk::RGBA color) |
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Gdk::RGBA | get_color () |
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void | set_line_style (LineStyle line_style) |
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LineStyle | get_line_style () |
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void | set_line_width (double line_width) |
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double | get_line_width () |
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virtual | ~PlotData () |
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void | set_name (Glib::ustring name) |
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Glib::ustring | get_name () |
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void | show () |
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void | hide () |
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bool | is_showing () const |
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sigc::signal< void(void)> | signal_changed () |
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sigc::signal< void(void)> | signal_data_modified () |
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virtual void | set_manage () |
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| PlotDataLine (Gdk::RGBA color, LineStyle line_style, double line_width) |
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virtual void | on_changed () |
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virtual void | on_data_modified () |
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| PlotData () |
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| Object () |
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std::vector< double > | x |
| The X-values of the dataset.
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std::vector< double > | y |
| The Y-values of the dataset.
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Glib::ustring | symbol |
| If not an empty string, the symbol will be plotted at each of the data points from x and y .
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Gdk::RGBA | symbol_color |
| The color the symbol will be plotted in.
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double | symbol_scale_factor |
| Scale factor that will determine the size of the symbols. Default is 1.
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Gdk::RGBA | color |
| The color the dataset will be drawn in.
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LineStyle | line_style |
| The linestyle that will be used for this dataset in the plot.
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double | line_width |
| The line width of the dataset. Default is 1.0.
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sigc::signal< void(void)> | _signal_changed |
| signal that gets emitted whenever any of the dataset proprties is changed.
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sigc::signal< void(void)> | _signal_data_modified |
| signal that gets emitted whenever the X- and Y-datasets have been modified.
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a class that will hold a single dataset and its properties for a PlotPolar plot
Instances of this class contain a single dataset for a PlotPolar two-dimensional polar plot, consisting of the raw R- and θ-data, along with a number of properties that will determine the appearance of the plot. Data may be represented as a line, symbols or both. The constructors of this class allow to use either std::vector or std::valarray as sources of data, for added flexibility. Internally they are stored only as std::vector though. Important is that whenever a property is changed, signal_changed()
is emitted, which will eventually be picked up by the canvas
that will hold the plot. Several of the methods that are offered by this class are demonstrated in Example 6: Polar coordinate systems