Simulations

SGS

Bases: Simulations

Sequential Gaussian Simulations Solver class.

Parameters:

Name	Type	Description	Default
covariance_model	Union[Covariance, CovarianceElem]	Covariance used for distance computation.	required
neighborhood_model	Neighborhood	Neighborhood model used for weights computation.	required
axes	List[Coord]	If solver is 2D or 3D.	[Coord.U, Coord.V, Coord.W]

Attributes:

Name	Type	Description
covariance_model		Covariance used for distance computation.
neighborhood_model		Neighborhood model used for weights computation.
axes		If solver is 2D or 3D.

solve(obj, obj_region, obj_attribute, support, support_region, support_attribute, simulations_number)

Solve SGS on a support using a conditioning object.

Parameters:

Name	Type	Description	Default
obj	GeoRefObject	Conditioning Object.	required
obj_region	Optional[str]	Spatial subset of conditioning.	required
obj_attribute	str	Property to estimate.	required
support	GeoRefObject	Object to estimate onto.	required
support_region	Optional[str]	Spatial subset of estimation.	required
support_attribute	str	Property name to add in support.	required
simulations_number	int	Number of simulations to be realized.	required

Raises:

Type	Description
Warning	Maximum allowed neighbors is higher than number of conditioning data.

Simulations

Bases: Entity

Simulations Solver class.

Parameters:

Name	Type	Description	Default
covariance_model	Union[Covariance, CovarianceElem]	Covariance used for distance computation.	required
neighborhood_model	Neighborhood	Neighborhood model used for weights computation.	required
axes	List[Coord]	If solver is 2D or 3D.	[Coord.U, Coord.V, Coord.W]

Attributes:

Name	Type	Description
covariance_model		Covariance used for distance computation.
neighborhood_model		Neighborhood model used for weights computation.
axes		If solver is 2D or 3D.

solve() abstractmethod

Use the defined method to interpolate onto target locations.