geolime.plotting.declus_plot

Classes:

Drillholes(data, metadata)

Functions:

cell_declus_mean_vs_cell_size(drillholes, …)	param drillholes drillholes to decluster in x, y, z
cell_declustering(drillholes, size_x, …)	Compute declustered weights by Cell Declustering algorithm from C.
moving_window_declus(drillholes, diam_x, …)	Compute declustered weights by Moving Window algorithm.
moving_window_mean_vs_cell_size(drillholes, …)	param drillholes drillholes to decluster in x, y, z

geolime.plotting.declus_plot.cell_declus_mean_vs_cell_size(drillholes: geolime.objects.drillhole.Drillholes, size_x: int, size_y: int, size_z: int, var: str, nb_off: int, cmin: float, cmax: float, inc: float)

Parameters

• drillholes (Drillholes) – drillholes to decluster in x, y, z

• size_x (int) – cell size in x direction

• size_y (int) – cell size in y direction

• size_z (int) – cell size in z direction

• var (str) – variable of interest

• nb_off (int) – number of offset

• cmin (float) – minimum cell size

• cmax (float) – maximum cell size

• inc (float) – increment of cell size

Returns

• Plot the declustered mean of a variable with respect to

• the cell sizes

geolime.plotting.declus_plot.moving_window_mean_vs_cell_size(drillholes: geolime.objects.drillhole.Drillholes, diam_x: int, diam_y: int, diam_z: int, var: str, cmin: float, cmax: float, inc: float)

Parameters

• drillholes (Drillholes) – drillholes to decluster in x, y, z

• diam_x (int) – ellipsoid diameter in x direction

• diam_y (int) – ellipsoid diameter in y direction

• diam_z (int) – ellipsoid diameter in z direction

• var (str) – variable of interest

• cmin (float) – minimum cell size

• cmax (float) – maximum cell size

• inc (float) – increment of cell size

Returns

• Plot the declustered mean of a variable with respect to

• the cell sizes. By Moving window with Ball geometry