7 template<
typename tConfObject>
11 if (Configuration.mode ==
"xy")
13 if (Configuration.mtfit ==
"phase")
16 if (Configuration.mtfit ==
"appres")
19 if (Configuration.mtfit ==
"resphase")
29 if (Configuration.mtfit ==
"phase")
32 if (Configuration.mtfit ==
"appres")
35 if (Configuration.mtfit ==
"resphase")
43 if (Configuration.mtfit ==
"berd")
47 Configuration.tensorerror);
50 Configuration.tensorerror);
52 if (Configuration.mtfit ==
"det")
56 Configuration.tensorerror);
59 Configuration.tensorerror);
61 if (Configuration.mtfit ==
"all")
80 if (Configuration.mtfit ==
"allphase")
91 if (Configuration.mtfit ==
"offdphase")
100 if (Configuration.mtfit ==
"ptensor")
111 if (Configuration.mtfit ==
"ptellip")
void AppendFitParameters(const datafunc_t TheDataFunc, const datafunc_t TheErrorFunc, const double TheErrLevel)
void SetupMTFitParameters(const tConfObject &Configuration, C1DMTObjective &Objective)
double GetPhi11() const
All the following quantities are defined in Caldwell GJI 158, 457-469, the phase tensor elements...
double GetdBerd() const
The error of the Berdichevskyi invariant.
std::complex< double > GetDet() const
The determinant.
double GetdRhoxx() const
Return Rho Error for tensor elements.
double GetAlpha_phi() const
double GetdPhixx() const
return phase error for tensor elements
std::complex< double > GetBerd() const
The Berdichevskyi invariant.
double GetdDet() const
The error of the determinant.
double GetRhoxx() const
Return apparent resistivity.
CLevanisoConf Configuration
double GetPhixx() const
Return phase.
double GetBeta_phi() const
C1DMTObjective is the base class for MT misfit calculations from 1D models, it provides common functi...
double GetdZero() const
Function for Errors that cannot be calculated analytically when we don't want Jacknife errors...