simpeg.electromagnetics.frequency_domain.sources.BaseFDEMSrc#

class simpeg.electromagnetics.frequency_domain.sources.BaseFDEMSrc(receiver_list, frequency, location=None, **kwargs)[source]#

Base FDEM source class

Parameters:

receiver_listlist of simpeg.electromagnetics.frequency_domain.receivers.BaseRx: A list of FDEM receivers
frequencyfloat: Source frequency
location(dim) numpy.ndarray, default: None: Source location.

Attributes

`frequency`	Source frequency
`integrate`	Integrated source term
`location`	Source location
`nD`	Number of data associated with the source.
`receiver_list`	List of receivers associated with the source
`uid`	Universal unique identifier
`vnD`	Vector number of data.

Methods

`bPrimary`(simulation)	Compute primary magnetic flux density
`bPrimaryDeriv`(simulation, v[, adjoint])	Compute derivative of primary magnetic flux density times a vector
`ePrimary`(simulation)	Compute primary electric field
`ePrimaryDeriv`(simulation, v[, adjoint])	Compute derivative of primary electric field times a vector
`eval`(simulation)	Return magnetic and electric source terms
`evalDeriv`(simulation[, v, adjoint])	Return derivative of the magnetic and electric source terms with respect to the model.
`get_receiver_indices`(receivers)	Get indices for a subset of receivers within the source's receivers list.
`hPrimary`(simulation)	Compute primary magnetic field
`hPrimaryDeriv`(simulation, v[, adjoint])	Compute derivative of primary magnetic field times a vector
`jPrimary`(simulation)	Compute primary current density
`jPrimaryDeriv`(simulation, v[, adjoint])	Compute derivative of primary current density times a vector
`s_e`(simulation)	Electric source term
`s_eDeriv`(simulation, v[, adjoint])	Derivative of electric source term with respect to the inversion model
`s_m`(simulation)	Magnetic source term
`s_mDeriv`(simulation, v[, adjoint])	Derivative of magnetic source term with respect to the inversion model