mt1d.cpp File Reference

Contains the implementation for the 1D MT forward model. More...

#include "mt1d.hpp"
#include "world/transitions.hpp"
#include "world/voxelise.hpp"
#include "world/property.hpp"

Include dependency graph for mt1d.cpp:

Namespaces
	obsidian
	obsidian::fwd
	obsidian::fwd::detail

Functions
Eigen::Matrix2cd	obsidian::fwd::detail::applyRotation (const Eigen::Matrix2cd &Z, double phaseBelow, double phaseAbove)
	Rotate the impedance matrix based on the phases of the layers. More...
double	obsidian::fwd::detail::primaryAngle (double y, double x)
	Calculates the primary angle of a vector. More...
Eigen::MatrixX4d	obsidian::fwd::phaseTensor1d (const Eigen::MatrixX4cd &Z)
	Calculate the phase tensor given the impedance matrix. More...
Eigen::VectorXd	obsidian::fwd::alpha1d (const Eigen::MatrixX4d &tensor)
	Computes the alpha value of the phase tensor, which is a measure of its rotations from the major axis. More...
Eigen::VectorXd	obsidian::fwd::beta1d (const Eigen::MatrixX4d &tensor)
	Computes the beta value of the phase tensor, which is a measure of its rotations from the z-axis. More...
Eigen::MatrixX4cd	obsidian::fwd::impedenceAniso1d (const Eigen::VectorXd &thicknesses, const Eigen::VectorXd &freqs, const Eigen::VectorXd &resx, const Eigen::VectorXd &resy, const Eigen::VectorXd &phases)
	Calculate the impedence matrix for anisotropic 1D MT. More...
template<>
MtAnisoCache	obsidian::fwd::generateCache< ForwardModel::MTANISO > (const std::vector< world::InterpolatorSpec > &boundaryInterpolation, const WorldSpec &worldSpec, const MtAnisoSpec &mtSpec)
	Generate a cache object for a MT forward model. More...
template<>
MtAnisoResults	obsidian::fwd::forwardModel< ForwardModel::MTANISO > (const MtAnisoSpec &spec, const MtAnisoCache &cache, const WorldParams &world)
	Run a MT forward model. More...

Detailed Description

Contains the implementation for the 1D MT forward model.

Author

Darren Shen

Date

2014

License:

Affero General Public License version 3 or later

Copyright

(c) 2014, NICTA