CPyScatterPlot Class Reference
2D scatter plots More...
#include <CPyPlot.hpp>
Public Member Functions | |
| CPyScatterPlot (string xname="x", string yname="y", int type=0, QWidget *myparent=0) | |
| void | calculate (Matrix< float > *thedata=0) |
| bool | do_plotting () |
| double | getLimMin () const |
| double | getLimMax () const |
| string | getLimitName () const |
| int | getNumPoints () const |
| void | setLimitName (string name) |
| void | setLimitRange (double low, double high) |
| PyObject * | getXDataPtr () const |
| PyObject * | getYDataPtr () const |
Private Attributes | |
| int | type_ |
| int | numPoints_ |
| int | pointSize_ |
| string | limName_ |
| double | limMin_ |
| double | limMax_ |
| Matrix< float > * | data_ |
| PyObject * | pyXData_ |
| PyObject * | pyYData_ |
Detailed Description
2D scatter plotsextension of the CPyPlot class for scatter plots (using python matplotlib)
Constructor & Destructor Documentation
| CPyScatterPlot::CPyScatterPlot | ( | string | xname = "x", |
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| string | yname = "y", |
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| int | type = 0, |
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| QWidget * | myparent = 0 | |||
| ) |
Constructor for a Python scatter plot
Member Function Documentation
| void CPyScatterPlot::calculate | ( | Matrix< float > * | thedata = 0 |
) | [virtual] |
C(++): store data by row. So thedata should contain 2 rows, one with x data and one with the corresponding y data
when passing a pointer to the plot the plot takes command of that pointer i.e. when the plot is destroyed it calls a delete on that pointer. If you want to keep your data you should pass a copy into calculate instead of the "real" data.
thedata is 0 by default. If you don't pass any data the calculate calls make_scatter_plot to generate the data, based on this's properties (e.g. x- and y name, type)
Reimplemented from CPyPlot.
| bool CPyScatterPlot::do_plotting | ( | ) | [virtual] |
prepare everything for the plotting
Reimplemented from CPyPlot.
Member Data Documentation
string CPyScatterPlot::limName_ [private] |
if we want the plotted particles to have a quantity in a certain range: this is the quantity name (from the vals_map map)
int CPyScatterPlot::pointSize_ [private] |
size of the symbols used for the scatter plot
int CPyScatterPlot::type_ [private] |
type of the particles on the plot
Reimplemented from CPyPlot.
The documentation for this class was generated from the following files:
