geolime.geostats.models

• geolime.geostats.models.autofit
• geolime.geostats.models.covariance
• geolime.geostats.models.model

Classes:

ABCMeta(name, bases, namespace, **kwargs)	Metaclass for defining Abstract Base Classes (ABCs).
Covariance(dim, angles, 0.0, 0.0], scales, …)
CovarianceElem(dim, angles, scales, …)
Enum(value)	Generic enumeration.
Exponential(dim, angles, scales, convention)
Gaussian(dim, angles, scales, convention)
Nugget(dim, angles, scales, convention)
PatternGenerator()
Spherical(dim, angles, scales, convention)

Data:

Callable	Callable type; Callable[[int], str] is a function of (int) -> str.
Dict	The central part of internal API.
List	The central part of internal API.

Functions:

abstractmethod(funcobj)	A decorator indicating abstract methods.
anisotropic_distance([a])	Anisotropic distance between two points according to the anisotropy matrix a.
cvv(cov[, pattern_generator, lag, method])	Applies a covariance model to a given grid for variance calculus
distance_matrix(x1, x2[, distance])	Computes the distance matrix of two sets of points in the Euclidean space according to a distance.
euclidian_distance(x, y)	Compute the Euclidean distance between two points.
fill_cov(param, cov)	Append additional information to covariance element (angles and scales)
init_params(cov, vario[, constraints, …])	Initialize parameters for variogram model fitting
model_fit(variograms[, cov, constraints, …])	Fit a variogram model from an experimental semivariogram
model_regularize(variogram, model, …[, …])	Semi-variogram regularization from a covariance model.
residual(p, vario, cov, nlags)	Residuals to be minimized for model fitting
rot_z(alpha[, deg, clockwise])	Rotation againt the Z axis
rot_zyx(angles[, deg, clockwise])	Example of a convention (RGeoStats)
rotational_angles(angles)	Compute the angles in radians necessary for matrix rotation operation from geographic azimuth, dip and pitch angles defined in degrees