geolime.operations.drillhole

• geolime.operations.drillhole.cell_declustering
• geolime.operations.drillhole.compositing
• geolime.operations.drillhole.desurveying
• geolime.operations.drillhole.drape_drillholes_to_surface
• geolime.operations.drillhole.find_duplicates
• geolime.operations.drillhole.moving_window_declustering

Classes:

Drillholes(data, metadata)
Surface(data, mesh, metadata)

Data:

List	The central part of internal API.

Functions:

anisotropic_distance([a])	Anisotropic distance between two points according to the anisotropy matrix a.
cell_declustering(drillholes, size_x, …)	Compute declustered weights by Cell Declustering algorithm from C.
compositing(drillholes, grade_list[, …])	Compositing regularizes data spacing along a drillhole from top to bottom.
compositing_per_dh(dh, grade_list[, …])	Compositing function for a single drillhole.
distance_matrix(x1, x2[, distance])	Computes the distance matrix of two sets of points in the Euclidean space according to a distance.
drape_drillholes_to_surface(surface, drillholes)	Compute the true elevation of drillholes given coordinates and the corresponding surface.
find_duplicate_dm(drillholes[, max_distance])	Seek for the duplicates in drillhole - only in (x,y).
init_regular_bhid(start_from, end_to, …[, …])	Regularize from / to columns of a single drillhole dataframe based on an origin, an end, acomposite length and an eventual elevation of reference.
linear_desurveying(drillholes)	Take assay and collar dataframes to compute true location of points in the drillhole
moving_window_declus(drillholes, diam_x, …)	Compute declustered weights by Moving Window algorithm.
vertical_intersection(x, y, surface)	Compute the z coordinates of the vertical intersection between a Trimesh triangulated mesh and a (x,y) coordinates.
which_in_ball(x[, p, r, distance, scales])	Function to return the indexes of the points which are in a (closed) ball in the Euclidean space.