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.
`orientation`	Orientation of the receiver.
`projField`	Fields on the mesh

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.

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