inverse_pole_density_function#

Miller.inverse_pole_density_function(resolution: float = 0.25, sigma: float = 5, log: bool = False, colorbar: bool = True, symmetry: 'Symmetry' | None = None, weights: np.ndarray | None = None, figure: Figure | None = None, hemisphere: str | None = None, show_hemisphere_label: bool | None = None, grid: bool | None = None, grid_resolution: Tuple[float, float] | None = None, figure_kwargs: Dict | None = None, text_kwargs: Dict | None = None, return_figure: bool = False, **kwargs: Any) → Figure | None[source]#

Plot the Inverse Pole Density Function (IPDF) within the fundamental sector of a given point group symmetry in the stereographic projection.

The IPDF is calculated in terms of Multiples of Random Distribution (MRD), ie. multiples of the expected density if the pole distribution was completely random, see [Rohrer et al., 2004].

Parameters:

resolution: The angular resolution of the sampling grid in degrees. Default value is 0.25.
sigma: The angular resolution of the applied broadening in degrees. Default value is 5.
log: If True the log(PDF) is calculated. Default is True.
colorbar: If True a colorbar is shown alongside the IPDF plot. Default is True.
symmetry: The point group symmetry. Default is None, in which case C1 is used.
weights: The weights for the individual vectors. Default is None, in which case each vector is 1.
figure: Which figure to plot onto. Default is None, which creates a new figure.
hemisphere: Which hemisphere(s) to plot the vectors in, defaults to None, which means "upper" if a new figure is created, otherwise adds to the current figure’s hemispheres. Options are "upper" and "lower".
show_hemisphere_label: Whether to show hemisphere labels "upper" or "lower". Default is True if hemisphere is "both", otherwise False.
grid: Whether to show the azimuth and polar grid. Default is whatever axes.grid is set to in matplotlib.rcParams.
grid_resolution: Azimuth and polar grid resolution in degrees, as a tuple. Default is whatever is default in stereographic_grid.
figure_kwargs: Dictionary of keyword arguments passed to matplotlib.pyplot.subplots().
text_kwargs: Dictionary of keyword arguments passed to text(), which passes these on to matplotlib.axes.Axes.text().
return_figure: Whether to return the figure (default is False).
**kwargs: Keyword arguments passed to matplotlib.axes.Axes.pcolormesh().

Returns:

fig: The created figure, returned if return_figure=True.