SimPEG.electromagnetics.static.resistivity.receivers.BaseRx#

class SimPEG.electromagnetics.static.resistivity.receivers.BaseRx(locations, data_type='volt', orientation=None, projField='phi', **kwargs)[source]#

Bases: BaseRx

Base DC/IP receiver class

Parameters:

locations(n_loc, n_dim) numpy.ndarray

Receiver locations.

data_type{“volt”, “apparent_resistivity”, “apparent_chargeability”}

Type of data observered

orientation{None, “x”, “y”, “z”}

projField{“phi”, “e”, “j”}

Fields solved on the mesh.

Attributes

data_type	Data type; i.e. "volt", "apparent_resistivity", "apparent_chargeability".
geometric_factor	Calculate geometric factor for every receiver.
locations	Receiver locations
nD	Number of data associated with the receiver
orientation	Orientation of the receiver.
projField	Fields on the mesh
uid	Universal unique identifier

Methods

eval(src, mesh, f)	Project fields from the mesh to the receiver(s).
evalDeriv(src, mesh, f[, v, adjoint])	Derivative of the projected fields with respect to the model, times a vector.
getP(mesh[, projected_grid])	Get projection matrix from mesh to receivers

Galleries and Tutorials using SimPEG.electromagnetics.static.resistivity.receivers.BaseRx#

DC Analytic Dipole

DC Analytic Dipole

Simulate a 1D Sounding over a Layered Earth

Simulate a 1D Sounding over a Layered Earth

Least-Squares 1D Inversion of Sounding Data

Least-Squares 1D Inversion of Sounding Data

Sparse 1D Inversion of Sounding Data

Sparse 1D Inversion of Sounding Data

Parametric 1D Inversion of Sounding Data

Parametric 1D Inversion of Sounding Data