Natural Source EM (simpeg.electromagnetics.natural_source)

About natural_source

Simulations

Simulation1DElectricField(mesh, **kwargs)	1D finite volume simulation for the natural source electromagnetic problem.
Simulation1DMagneticField(mesh, **kwargs)	1D finite volume simulation for the natural source electromagnetic problem.
Simulation1DPrimarySecondary(mesh[, survey, ...])	A NSEM problem solving a e formulation and primary/secondary fields decomposition.
Simulation2DElectricField(mesh[, h_bc])	A
Simulation2DMagneticField(mesh[, e_bc])	A
Simulation3DPrimarySecondary(mesh[, survey, ...])	A NSEM problem solving a e formulation and a primary/secondary fields decomposition.

Receivers

receivers.Impedance(locations_e[, ...])	Receiver class for 1D, 2D and 3D impedance data.
receivers.Admittance(locations_e[, ...])	Receiver class for data types derived from the 3D admittance tensor.
receivers.ApparentConductivity(locations_e)	Receiver class for simulating apparent conductivity data (3D problems only).
receivers.Tipper(locations_h[, ...])	Receiver class for tipper data (3D problems only).
receivers.PointNaturalSource(*args, **kwargs)	Point receiver class for magnetotelluric simulations.
receivers.Point3DTipper(*args, **kwargs)	Point receiver class for Z-axis tipper simulations.

Sources

sources.Planewave(receiver_list, frequency)	Source class for the 1D and pseudo-3D problems.
sources.PlanewaveXYPrimary(receiver_list, ...)	NSEM planewave source for both polarizations (x and y) estimated from a single 1D primary models.

Data

survey.Data(survey[, dobs, relative_error, ...])

Data class for NSEMdata.

Fields

Fields1DElectricField(simulation)
Fields1DMagneticField(simulation)
Fields1DPrimarySecondary(simulation)	Fields storage for the 1D NSEM solution.
Fields2DElectricField(simulation)
Fields2DMagneticField(simulation)
Fields3DPrimarySecondary(simulation[, ...])	Fields storage for the 3D NSEM solution.