< Master index Index for eidors/solvers/forward >

Index for eidors/solvers/forward

Matlab files in this directory:

 boundary_shape_functionBOUNDSHAPEFUNC Shape functions on the boundary in local coordiantes
 calc_all_node_voltagesCALC_ALL_NODE_VOLTAGES - calculate voltage on all nodes
 calc_transferimpedanceCALC_TRANSFERIMPEDANCE: Calculates transfer impedance matrix
 element_d_shape_functionDELEMSHAPEFUNC
 element_shape_functionELEMENT_SHAPE_FUNCTION - Evaluation of shape functions
 fem_1st_to_higher_orderFEM_1ST_TO_HIGH_ORDER: Modify the FEM for high order FEM called as
 find_boundary[srf, idx] = find_boundary(simp);
 find_electrode_bdyFIND_ELECTRODE_BDY: find the boundary index area for electrode
 fwd_model_parametersFWD_MODEL_PARAMETERS: data= fwd_solve_1st_order( fwd_model, image)
 fwd_solve_1st_orderFWD_SOLVE_1ST_ORDER: data= fwd_solve_1st_order( img)
 fwd_solve_apparent_resistivityfwd_solve_apparent_resistivity: fwd_solve output as apparent resistivity
 fwd_solve_higher_orderSolve for voltages (nodes/electrodes) for a forward model.
 gauss_pointsGAUSS_POINTS
 jacobian_adjointJACOBIAN_ADJOINT: J= jacobian_adjoint( img )
 jacobian_adjoint_higher_orderFind the Jacobian associated with an image (and forward model)
 jacobian_apparent_resistivityjacobian_apparent_resistivity: Jacobian output as apparent resistivity
 jacobian_elem2nodesJACOBIAN_ELEM2NODES: calculate Jacobian on Nodes from Elem solver
 jacobian_filteredJACOBIAN_FILTERED: J= jacobian_filtered( fwd_model, img)
 jacobian_movementJACOBIAN_MOVEMENT Computes the Jacobian matrix for conductivity and
 jacobian_movement_perturbJACOBIAN_MOVEMENT_PERTURB: J= jacobian_movement_perturb( img )
 jacobian_perturbJACOBIAN_PERTURB: J= jacobian_perturb( fwd_model, img)
 system_mat_1st_orderSYSTEM_MAT_1ST_ORDER: SS= system_mat_1st_order( fwd_model, img)
 system_mat_fieldsSYSTEM_MAT_FIELDS: fields (elem to nodes) fraction of system mat
 system_mat_higher_orderAssemble the total stiffness matrix : s_mat.E=At;

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