# Start femtic Linux Version 4.0.4a ( 0 sec ) # Read analysis control data from control.dat.( 0 sec ) #============================================================================== # Summary of control data #============================================================================== # Condition of perfect electric conductor is specified at the bottom boundary. # Type of mesh : Tetrahedron. # Number of threads is specified to be 4 . # In-core mode is used. # Division number of right-hand sides at solve phase in forward calculation : 1 # Division number of right-hand sides at solve phase in inversion : 1 # Coefficient matrix of normal equation is assumed to be indefinite. # Renumbering is not performed. # Horizontal electric field is used for calculating response functions. # EM field is interpolated from the values of the edges of the lower element. # Release memory of coefficient matrix and sparse solver after forward calculation. # Type of bound constraints method : Transforming method # Minimum distance to resistivity bounds in common logarithm scale : 0.01 . # Bottom resistivity : 100 [Ohm-m] # Roughning factor at the bottom : 1 # Following variables are written to BINARY file. # - Resistivity # - Sensitivity # - Sensitivity density # Method of inversion : Gauss-newton method (Data space) # Distortion matrices are NOT estimated as model parameters. # Roughening matrix is created using shared faces of elements (weighting by area-volume ratio). # Trade-off parameter for resistivity value : 1000 . # Weighting factor of alpha (X,Y,Z) = (1, 1, 1) . # Factor of inverse distance weighting : 0. # Initial iteration number : 0. # Maximun iteration number : 10. # Threshold value for determining if objective functional decrease : 0.001. # Convergence criterion of inversion is that change ratios of objective function and its components are less than 1 [%] . # Initial factor of step-length damping : 0.5. # Minimum factor of step-length damping : 0.1. # Maximum factor of step-length damping : 1. # If residual increase, factor of step-length damping is muliplied by 0.5 times. # If residual decrease 3 times in a row, factor of step-length damping is muliplied by 1.25 times. # Maximum number of retrials : 2. #============================================================================== # Read mesh data from mesh.dat .( 0 sec ) # Read data of resisitivity block model .( 0 sec ) # Read observed data .( 0 sec ) # Number of the stations of the impedance tensor : 36 # Station ID Station ID (Ref) Owner Element Electric field # 1 1 Lower Horizontal # 2 2 Lower Horizontal # 3 3 Lower Horizontal # 4 4 Lower Horizontal # 5 5 Lower Horizontal # 6 6 Lower Horizontal # 7 7 Lower Horizontal # 8 8 Lower Horizontal # 9 9 Lower Horizontal # 10 10 Lower Horizontal # 11 11 Lower Horizontal # 12 12 Lower Horizontal # 13 13 Lower Horizontal # 14 14 Lower Horizontal # 15 15 Lower Horizontal # 16 16 Lower Horizontal # 17 17 Lower Horizontal # 18 18 Lower Horizontal # 19 19 Lower Horizontal # 20 20 Lower Horizontal # 21 21 Lower Horizontal # 22 22 Lower Horizontal # 23 23 Lower Horizontal # 24 24 Lower Horizontal # 25 25 Lower Horizontal # 26 26 Lower Horizontal # 27 27 Lower Horizontal # 28 28 Lower Horizontal # 29 29 Lower Horizontal # 30 30 Lower Horizontal # 31 31 Lower Horizontal # 32 32 Lower Horizontal # 33 33 Lower Horizontal # 34 34 Lower Horizontal # 35 35 Lower Horizontal # 36 36 Lower Horizontal #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total number of stations : 36 . # - Number of impedance tensor stations : 36 . #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Forward calculation is performed for the frequencies/periods below. # Freq# Frequency[Hz] Period[sec] # 0 0.001 1000 # 1 0.01 100 # 2 0.1 10 # 3 1 1 #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Find element including each station .( 0 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total number of model parameter : 24009. # - Number of modifiable resisitivity values : 24009. #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Calculate Roughening Matrix .( 0 sec ) ############################################################################### # Start Forward Computation. Iteration : 0, Retrial : 0 ############################################################################### #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 0 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set matrix structure. ( 0 sec ) # Anaysis phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 0 sec ) # Set values of matrix and right hand side vector. ( 0 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 0 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 0 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set matrix structure. ( 0 sec ) # Anaysis phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 0 sec ) # Set values of matrix and right hand side vector. ( 0 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 0 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 0 sec ) #------------------------------------------------------------------------------ # Set matrix structure. ( 0 sec ) # Anaysis phase of matrix solver for 3D forward calculation. Polarization : 0. ( 0 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total peak memory required during the analysis and symbolic factorization phase : 45416 [KByte] # Permanent memory required from the analysis phase to the solve phases : 39248 [KByte] # Total memory consumed by in-core forward solver for internal float point arrays : 219769 [KByte] # Minimum memory consumed by out-core forward solver for internal float point arrays : 34413 [KByte] #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Set values of matrix and right hand side vector. ( 0 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 1 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 1 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 1 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 1 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 1 sec ) # Calculate derivatives of EM field.( 2 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 2 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set matrix structure. ( 2 sec ) # Anaysis phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 2 sec ) # Set values of matrix and right hand side vector. ( 2 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 2 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 2 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set matrix structure. ( 2 sec ) # Anaysis phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 2 sec ) # Set values of matrix and right hand side vector. ( 2 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 2 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 2 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 2 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 2 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 3 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 3 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 3 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 3 sec ) # Calculate derivatives of EM field.( 3 sec ) #============================================================================== # Calculate response functions. ( 4 sec ) # Calculate sensitivity matrix of frequency 0.001[Hz].( 4 sec ) # Sensitivity matrix of frequency 0.001[Hz] is saved in the out-of-core file sensMatFreq0. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 4 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 4 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 4 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 4 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 4 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 4 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 4 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 4 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 4 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 5 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 5 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 5 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 5 sec ) # Calculate derivatives of EM field.( 5 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 5 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 5 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 5 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 5 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 5 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 5 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 5 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 5 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 6 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 6 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 6 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 6 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 6 sec ) # Calculate derivatives of EM field.( 7 sec ) #============================================================================== # Calculate response functions. ( 7 sec ) # Calculate sensitivity matrix of frequency 0.01[Hz].( 7 sec ) # Sensitivity matrix of frequency 0.01[Hz] is saved in the out-of-core file sensMatFreq1. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 7 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 7 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 7 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 7 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 7 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 7 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 7 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 7 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 7 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 8 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 8 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 8 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 8 sec ) # Calculate derivatives of EM field.( 8 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 9 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 9 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 9 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 9 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 9 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 9 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 9 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 9 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 9 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 9 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 9 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 9 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 9 sec ) # Calculate derivatives of EM field.( 10 sec ) #============================================================================== # Calculate response functions. ( 10 sec ) # Calculate sensitivity matrix of frequency 0.1[Hz].( 10 sec ) # Sensitivity matrix of frequency 0.1[Hz] is saved in the out-of-core file sensMatFreq2. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 10 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 10 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 10 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 10 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 10 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 10 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 10 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 10 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 11 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 11 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 11 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 11 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 11 sec ) # Calculate derivatives of EM field.( 12 sec ) #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 12 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 12 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 12 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 12 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 12 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 12 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 12 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 12 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 12 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 13 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 13 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 13 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 13 sec ) # Calculate derivatives of EM field.( 13 sec ) #============================================================================== # Calculate response functions. ( 14 sec ) # Calculate sensitivity matrix of frequency 1[Hz].( 14 sec ) # Sensitivity matrix of frequency 1[Hz] is saved in the out-of-core file sensMatFreq3. #============================================================================== # Release memory of coefficient matrix and sparse solver. ( 14 sec ) ############################################################################### # Start Inversion. Iteration : 0 ############################################################################### # Number of model : 24009 # Number of frequencies of this PE : 4 # Calculate constraining matrix. ( 14 sec ) # Analyse constraining matrix.( 14 sec ) # Analyse transposed constraining matrix.( 14 sec ) # Factorize constraining matrix.( 14 sec ) # Factorize transposed constraining matrix.( 14 sec ) # Number of data of this PE : 1152 # Read sensitivity matrix from sensMatFreq0.( 14 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 14 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 14 sec ) # Read sensitivity matrix from sensMatFreq1.( 14 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 14 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 14 sec ) # Read sensitivity matrix from sensMatFreq2.( 14 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 14 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 14 sec ) # Read sensitivity matrix from sensMatFreq3.( 14 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 14 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 14 sec ) # Solve phase.( 15 sec ) # Calculate right-hand side vector. ( 15 sec ) # Read sensitivity matrix from sensMatFreq0.( 15 sec ) # Read sensitivity matrix from sensMatFreq1.( 15 sec ) # Read sensitivity matrix from sensMatFreq2.( 15 sec ) # Read sensitivity matrix from sensMatFreq3.( 15 sec ) # Number of total data : 1152 # Calculate coefficient matrix. ( 15 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 15 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 15 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 15 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 16 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 17 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 17 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 17 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 18 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 18 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 19 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 19 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 20 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 20 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 20 sec ) # Total number of elements in coefficient matrix : 664128 # Start numerical factorization for normal equation. ( 21 sec ) # Start solve phase for normal equation. ( 21 sec ) # Read sensitivity matrix from sensMatFreq0.( 21 sec ) # Read sensitivity matrix from sensMatFreq1.( 21 sec ) # Read sensitivity matrix from sensMatFreq2.( 21 sec ) # Read sensitivity matrix from sensMatFreq3.( 21 sec ) # Calculate model increments. ( 21 sec ) ############################################################################### # Start Forward Computation. Iteration : 1, Retrial : 0 ############################################################################### #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 21 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 21 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 21 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 21 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 21 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 21 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 21 sec ) #------------------------------------------------------------------------------ # Set matrix structure. ( 21 sec ) # Anaysis phase of matrix solver for 3D forward calculation. Polarization : 0. ( 21 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total peak memory required during the analysis and symbolic factorization phase : 45443 [KByte] # Permanent memory required from the analysis phase to the solve phases : 39290 [KByte] # Total memory consumed by in-core forward solver for internal float point arrays : 219383 [KByte] # Minimum memory consumed by out-core forward solver for internal float point arrays : 34384 [KByte] #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Set values of matrix and right hand side vector. ( 22 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 22 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 22 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 22 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 22 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 22 sec ) # Calculate derivatives of EM field.( 23 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 23 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 23 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 23 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 23 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 23 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 23 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 23 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 23 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 23 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 24 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 24 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 24 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 24 sec ) # Calculate derivatives of EM field.( 24 sec ) #============================================================================== # Calculate response functions. ( 25 sec ) # Calculate sensitivity matrix of frequency 0.001[Hz].( 25 sec ) # Sensitivity matrix of frequency 0.001[Hz] is saved in the out-of-core file sensMatFreq0. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 25 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 25 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 25 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 25 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 25 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 25 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 25 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 25 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 25 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 26 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 26 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 26 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 26 sec ) # Calculate derivatives of EM field.( 26 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 26 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 26 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 26 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 26 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 26 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 26 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 26 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 26 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 27 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 27 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 27 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 27 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 27 sec ) # Calculate derivatives of EM field.( 28 sec ) #============================================================================== # Calculate response functions. ( 28 sec ) # Calculate sensitivity matrix of frequency 0.01[Hz].( 28 sec ) # Sensitivity matrix of frequency 0.01[Hz] is saved in the out-of-core file sensMatFreq1. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 28 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 28 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 28 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 28 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 28 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 28 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 28 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 28 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 28 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 29 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 29 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 29 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 29 sec ) # Calculate derivatives of EM field.( 29 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 30 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 30 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 30 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 30 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 30 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 30 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 30 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 30 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 30 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 30 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 30 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 30 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 30 sec ) # Calculate derivatives of EM field.( 31 sec ) #============================================================================== # Calculate response functions. ( 31 sec ) # Calculate sensitivity matrix of frequency 0.1[Hz].( 31 sec ) # Sensitivity matrix of frequency 0.1[Hz] is saved in the out-of-core file sensMatFreq2. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 31 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 31 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 31 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 31 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 31 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 31 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 31 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 31 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 32 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 32 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 32 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 32 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 32 sec ) # Calculate derivatives of EM field.( 33 sec ) #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 33 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 33 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 33 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 33 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 33 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 33 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 33 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 33 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 33 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 34 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 34 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 34 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 34 sec ) # Calculate derivatives of EM field.( 34 sec ) #============================================================================== # Calculate response functions. ( 34 sec ) # Calculate sensitivity matrix of frequency 1[Hz].( 34 sec ) # Sensitivity matrix of frequency 1[Hz] is saved in the out-of-core file sensMatFreq3. #============================================================================== # Release memory of coefficient matrix and sparse solver. ( 35 sec ) ############################################################################### # Start Inversion. Iteration : 1 ############################################################################### # Number of model : 24009 # Number of frequencies of this PE : 4 # Calculate constraining matrix. ( 35 sec ) # Analyse constraining matrix.( 35 sec ) # Analyse transposed constraining matrix.( 35 sec ) # Factorize constraining matrix.( 35 sec ) # Factorize transposed constraining matrix.( 35 sec ) # Number of data of this PE : 1152 # Read sensitivity matrix from sensMatFreq0.( 35 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 35 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 35 sec ) # Read sensitivity matrix from sensMatFreq1.( 35 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 35 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 35 sec ) # Read sensitivity matrix from sensMatFreq2.( 35 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 35 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 35 sec ) # Read sensitivity matrix from sensMatFreq3.( 35 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 35 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 35 sec ) # Solve phase.( 36 sec ) # Calculate right-hand side vector. ( 36 sec ) # Read sensitivity matrix from sensMatFreq0.( 36 sec ) # Read sensitivity matrix from sensMatFreq1.( 36 sec ) # Read sensitivity matrix from sensMatFreq2.( 36 sec ) # Read sensitivity matrix from sensMatFreq3.( 36 sec ) # Number of total data : 1152 # Calculate coefficient matrix. ( 36 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 36 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 36 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 36 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 37 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 37 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 38 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 38 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 39 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 39 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 40 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 40 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 40 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 41 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 41 sec ) # Total number of elements in coefficient matrix : 664128 # Start numerical factorization for normal equation. ( 42 sec ) # Start solve phase for normal equation. ( 42 sec ) # Read sensitivity matrix from sensMatFreq0.( 42 sec ) # Read sensitivity matrix from sensMatFreq1.( 42 sec ) # Read sensitivity matrix from sensMatFreq2.( 42 sec ) # Read sensitivity matrix from sensMatFreq3.( 42 sec ) # Calculate model increments. ( 42 sec ) ############################################################################### # Start Forward Computation. Iteration : 2, Retrial : 0 ############################################################################### #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 42 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 42 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 42 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 42 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 42 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 42 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 42 sec ) #------------------------------------------------------------------------------ # Set matrix structure. ( 42 sec ) # Anaysis phase of matrix solver for 3D forward calculation. Polarization : 0. ( 42 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total peak memory required during the analysis and symbolic factorization phase : 45531 [KByte] # Permanent memory required from the analysis phase to the solve phases : 39319 [KByte] # Total memory consumed by in-core forward solver for internal float point arrays : 219971 [KByte] # Minimum memory consumed by out-core forward solver for internal float point arrays : 34354 [KByte] #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Set values of matrix and right hand side vector. ( 42 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 43 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 43 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 43 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 43 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 43 sec ) # Calculate derivatives of EM field.( 44 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 44 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 44 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 44 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 44 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 44 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 44 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 44 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 44 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 44 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 45 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 45 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 45 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 45 sec ) # Calculate derivatives of EM field.( 45 sec ) #============================================================================== # Calculate response functions. ( 46 sec ) # Calculate sensitivity matrix of frequency 0.001[Hz].( 46 sec ) # Sensitivity matrix of frequency 0.001[Hz] is saved in the out-of-core file sensMatFreq0. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 46 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 46 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 46 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 46 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 46 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 46 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 46 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 46 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 46 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 46 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 46 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 47 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 47 sec ) # Calculate derivatives of EM field.( 47 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 47 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 47 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 47 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 47 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 47 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 47 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 47 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 47 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 48 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 48 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 48 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 48 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 48 sec ) # Calculate derivatives of EM field.( 49 sec ) #============================================================================== # Calculate response functions. ( 49 sec ) # Calculate sensitivity matrix of frequency 0.01[Hz].( 49 sec ) # Sensitivity matrix of frequency 0.01[Hz] is saved in the out-of-core file sensMatFreq1. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 49 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 49 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 49 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 49 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 49 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 49 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 49 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 49 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 49 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 50 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 50 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 50 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 50 sec ) # Calculate derivatives of EM field.( 50 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 51 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 51 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 51 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 51 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 51 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 51 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 51 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 51 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 51 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 51 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 51 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 51 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 51 sec ) # Calculate derivatives of EM field.( 52 sec ) #============================================================================== # Calculate response functions. ( 52 sec ) # Calculate sensitivity matrix of frequency 0.1[Hz].( 52 sec ) # Sensitivity matrix of frequency 0.1[Hz] is saved in the out-of-core file sensMatFreq2. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 52 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 52 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 52 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 52 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 52 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 52 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 52 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 52 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 52 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 53 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 53 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 53 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 53 sec ) # Calculate derivatives of EM field.( 54 sec ) #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 54 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 54 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 54 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 54 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 54 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 54 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 54 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 54 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 54 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 55 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 55 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 55 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 55 sec ) # Calculate derivatives of EM field.( 55 sec ) #============================================================================== # Calculate response functions. ( 55 sec ) # Calculate sensitivity matrix of frequency 1[Hz].( 55 sec ) # Sensitivity matrix of frequency 1[Hz] is saved in the out-of-core file sensMatFreq3. #============================================================================== # Release memory of coefficient matrix and sparse solver. ( 56 sec ) ############################################################################### # Start Inversion. Iteration : 2 ############################################################################### # Number of model : 24009 # Number of frequencies of this PE : 4 # Calculate constraining matrix. ( 56 sec ) # Analyse constraining matrix.( 56 sec ) # Analyse transposed constraining matrix.( 56 sec ) # Factorize constraining matrix.( 56 sec ) # Factorize transposed constraining matrix.( 56 sec ) # Number of data of this PE : 1152 # Read sensitivity matrix from sensMatFreq0.( 56 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 56 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 56 sec ) # Read sensitivity matrix from sensMatFreq1.( 56 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 56 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 56 sec ) # Read sensitivity matrix from sensMatFreq2.( 56 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 56 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 56 sec ) # Read sensitivity matrix from sensMatFreq3.( 56 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 56 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 56 sec ) # Solve phase.( 57 sec ) # Calculate right-hand side vector. ( 57 sec ) # Read sensitivity matrix from sensMatFreq0.( 57 sec ) # Read sensitivity matrix from sensMatFreq1.( 57 sec ) # Read sensitivity matrix from sensMatFreq2.( 57 sec ) # Read sensitivity matrix from sensMatFreq3.( 57 sec ) # Number of total data : 1152 # Calculate coefficient matrix. ( 57 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 57 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 57 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 57 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 58 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 59 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 59 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 59 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 60 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 60 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 61 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 61 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 62 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 62 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 62 sec ) # Total number of elements in coefficient matrix : 664128 # Start numerical factorization for normal equation. ( 63 sec ) # Start solve phase for normal equation. ( 63 sec ) # Read sensitivity matrix from sensMatFreq0.( 63 sec ) # Read sensitivity matrix from sensMatFreq1.( 63 sec ) # Read sensitivity matrix from sensMatFreq2.( 63 sec ) # Read sensitivity matrix from sensMatFreq3.( 63 sec ) # Calculate model increments. ( 63 sec ) ############################################################################### # Start Forward Computation. Iteration : 3, Retrial : 0 ############################################################################### #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 63 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 63 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 63 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 63 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 63 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 63 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 63 sec ) #------------------------------------------------------------------------------ # Set matrix structure. ( 63 sec ) # Anaysis phase of matrix solver for 3D forward calculation. Polarization : 0. ( 63 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total peak memory required during the analysis and symbolic factorization phase : 45392 [KByte] # Permanent memory required from the analysis phase to the solve phases : 39199 [KByte] # Total memory consumed by in-core forward solver for internal float point arrays : 219733 [KByte] # Minimum memory consumed by out-core forward solver for internal float point arrays : 34433 [KByte] #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Set values of matrix and right hand side vector. ( 63 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 64 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 64 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 64 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 64 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 64 sec ) # Calculate derivatives of EM field.( 65 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 65 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 65 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 65 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 65 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 65 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 65 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 65 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 65 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 65 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 66 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 66 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 66 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 66 sec ) # Calculate derivatives of EM field.( 66 sec ) #============================================================================== # Calculate response functions. ( 67 sec ) # Calculate sensitivity matrix of frequency 0.001[Hz].( 67 sec ) # Sensitivity matrix of frequency 0.001[Hz] is saved in the out-of-core file sensMatFreq0. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 67 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 67 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 67 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 67 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 67 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 67 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 67 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 67 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 67 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 67 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 67 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 68 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 68 sec ) # Calculate derivatives of EM field.( 68 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 68 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 68 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 68 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 68 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 68 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 68 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 68 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 68 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 69 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 69 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 69 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 69 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 69 sec ) # Calculate derivatives of EM field.( 70 sec ) #============================================================================== # Calculate response functions. ( 70 sec ) # Calculate sensitivity matrix of frequency 0.01[Hz].( 70 sec ) # Sensitivity matrix of frequency 0.01[Hz] is saved in the out-of-core file sensMatFreq1. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 70 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 70 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 70 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 70 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 70 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 70 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 70 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 70 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 70 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 71 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 71 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 71 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 71 sec ) # Calculate derivatives of EM field.( 71 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 72 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 72 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 72 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 72 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 72 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 72 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 72 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 72 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 72 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 72 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 72 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 72 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 72 sec ) # Calculate derivatives of EM field.( 73 sec ) #============================================================================== # Calculate response functions. ( 73 sec ) # Calculate sensitivity matrix of frequency 0.1[Hz].( 73 sec ) # Sensitivity matrix of frequency 0.1[Hz] is saved in the out-of-core file sensMatFreq2. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 73 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 73 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 73 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 73 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 73 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 73 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 73 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 73 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 74 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 74 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 74 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 74 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 74 sec ) # Calculate derivatives of EM field.( 75 sec ) #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 75 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 75 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 75 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 75 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 75 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 75 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 75 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 75 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 75 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 76 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 76 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 76 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 76 sec ) # Calculate derivatives of EM field.( 76 sec ) #============================================================================== # Calculate response functions. ( 76 sec ) # Calculate sensitivity matrix of frequency 1[Hz].( 76 sec ) # Sensitivity matrix of frequency 1[Hz] is saved in the out-of-core file sensMatFreq3. #============================================================================== # Release memory of coefficient matrix and sparse solver. ( 77 sec ) # Factor of step length damping change from 0.5 to 0.625. ############################################################################### # Start Inversion. Iteration : 3 ############################################################################### # Number of model : 24009 # Number of frequencies of this PE : 4 # Calculate constraining matrix. ( 77 sec ) # Analyse constraining matrix.( 77 sec ) # Analyse transposed constraining matrix.( 77 sec ) # Factorize constraining matrix.( 77 sec ) # Factorize transposed constraining matrix.( 77 sec ) # Number of data of this PE : 1152 # Read sensitivity matrix from sensMatFreq0.( 77 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 77 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 77 sec ) # Read sensitivity matrix from sensMatFreq1.( 77 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 77 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 77 sec ) # Read sensitivity matrix from sensMatFreq2.( 77 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 77 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 77 sec ) # Read sensitivity matrix from sensMatFreq3.( 77 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 77 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 77 sec ) # Solve phase.( 78 sec ) # Calculate right-hand side vector. ( 78 sec ) # Read sensitivity matrix from sensMatFreq0.( 78 sec ) # Read sensitivity matrix from sensMatFreq1.( 78 sec ) # Read sensitivity matrix from sensMatFreq2.( 78 sec ) # Read sensitivity matrix from sensMatFreq3.( 78 sec ) # Number of total data : 1152 # Calculate coefficient matrix. ( 78 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 78 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 78 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 78 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 79 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 80 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 80 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 80 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 81 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 81 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 82 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 82 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 83 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 83 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 83 sec ) # Total number of elements in coefficient matrix : 664128 # Start numerical factorization for normal equation. ( 84 sec ) # Start solve phase for normal equation. ( 84 sec ) # Read sensitivity matrix from sensMatFreq0.( 84 sec ) # Read sensitivity matrix from sensMatFreq1.( 84 sec ) # Read sensitivity matrix from sensMatFreq2.( 84 sec ) # Read sensitivity matrix from sensMatFreq3.( 84 sec ) # Calculate model increments. ( 84 sec ) ############################################################################### # Start Forward Computation. Iteration : 4, Retrial : 0 ############################################################################### #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 84 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 84 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 84 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 84 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 84 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 84 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 84 sec ) #------------------------------------------------------------------------------ # Set matrix structure. ( 84 sec ) # Anaysis phase of matrix solver for 3D forward calculation. Polarization : 0. ( 84 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total peak memory required during the analysis and symbolic factorization phase : 45385 [KByte] # Permanent memory required from the analysis phase to the solve phases : 39220 [KByte] # Total memory consumed by in-core forward solver for internal float point arrays : 219721 [KByte] # Minimum memory consumed by out-core forward solver for internal float point arrays : 34427 [KByte] #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Set values of matrix and right hand side vector. ( 84 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 85 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 85 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 85 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 85 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 85 sec ) # Calculate derivatives of EM field.( 86 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 86 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 86 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 86 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 86 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 86 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 86 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 86 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 86 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 86 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 87 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 87 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 87 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 87 sec ) # Calculate derivatives of EM field.( 87 sec ) #============================================================================== # Calculate response functions. ( 88 sec ) # Calculate sensitivity matrix of frequency 0.001[Hz].( 88 sec ) # Sensitivity matrix of frequency 0.001[Hz] is saved in the out-of-core file sensMatFreq0. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 88 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 88 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 88 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 88 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 88 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 88 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 88 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 88 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 88 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 89 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 89 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 89 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 89 sec ) # Calculate derivatives of EM field.( 89 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 89 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 89 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 89 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 89 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 89 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 89 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 89 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 89 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 90 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 90 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 90 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 90 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 90 sec ) # Calculate derivatives of EM field.( 91 sec ) #============================================================================== # Calculate response functions. ( 91 sec ) # Calculate sensitivity matrix of frequency 0.01[Hz].( 91 sec ) # Sensitivity matrix of frequency 0.01[Hz] is saved in the out-of-core file sensMatFreq1. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 91 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 91 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 91 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 91 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 91 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 91 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 91 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 91 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 91 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 92 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 92 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 92 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 92 sec ) # Calculate derivatives of EM field.( 92 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 93 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 93 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 93 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 93 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 93 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 93 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 93 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 93 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 93 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 93 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 93 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 93 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 93 sec ) # Calculate derivatives of EM field.( 94 sec ) #============================================================================== # Calculate response functions. ( 94 sec ) # Calculate sensitivity matrix of frequency 0.1[Hz].( 94 sec ) # Sensitivity matrix of frequency 0.1[Hz] is saved in the out-of-core file sensMatFreq2. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 94 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 94 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 94 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 94 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 94 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 94 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 94 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 94 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 95 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 95 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 95 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 95 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 95 sec ) # Calculate derivatives of EM field.( 96 sec ) #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 96 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 96 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 96 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 96 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 96 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 96 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 96 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 96 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 96 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 97 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 97 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 97 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 97 sec ) # Calculate derivatives of EM field.( 97 sec ) #============================================================================== # Calculate response functions. ( 97 sec ) # Calculate sensitivity matrix of frequency 1[Hz].( 97 sec ) # Sensitivity matrix of frequency 1[Hz] is saved in the out-of-core file sensMatFreq3. #============================================================================== # Release memory of coefficient matrix and sparse solver. ( 98 sec ) # Factor of step length damping change from 0.625 to 0.78125. ############################################################################### # Start Inversion. Iteration : 4 ############################################################################### # Number of model : 24009 # Number of frequencies of this PE : 4 # Calculate constraining matrix. ( 98 sec ) # Analyse constraining matrix.( 98 sec ) # Analyse transposed constraining matrix.( 98 sec ) # Factorize constraining matrix.( 98 sec ) # Factorize transposed constraining matrix.( 98 sec ) # Number of data of this PE : 1152 # Read sensitivity matrix from sensMatFreq0.( 98 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 98 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 98 sec ) # Read sensitivity matrix from sensMatFreq1.( 98 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 98 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 98 sec ) # Read sensitivity matrix from sensMatFreq2.( 98 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 98 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 98 sec ) # Read sensitivity matrix from sensMatFreq3.( 98 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 98 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 98 sec ) # Solve phase.( 99 sec ) # Calculate right-hand side vector. ( 99 sec ) # Read sensitivity matrix from sensMatFreq0.( 99 sec ) # Read sensitivity matrix from sensMatFreq1.( 99 sec ) # Read sensitivity matrix from sensMatFreq2.( 99 sec ) # Read sensitivity matrix from sensMatFreq3.( 99 sec ) # Number of total data : 1152 # Calculate coefficient matrix. ( 99 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 99 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 99 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 99 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 100 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 101 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 101 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 101 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 102 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 102 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 103 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 103 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 104 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 104 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 104 sec ) # Total number of elements in coefficient matrix : 664128 # Start numerical factorization for normal equation. ( 105 sec ) # Start solve phase for normal equation. ( 105 sec ) # Read sensitivity matrix from sensMatFreq0.( 105 sec ) # Read sensitivity matrix from sensMatFreq1.( 105 sec ) # Read sensitivity matrix from sensMatFreq2.( 105 sec ) # Read sensitivity matrix from sensMatFreq3.( 105 sec ) # Calculate model increments. ( 105 sec ) ############################################################################### # Start Forward Computation. Iteration : 5, Retrial : 0 ############################################################################### #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 105 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 105 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 105 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 105 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 105 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 105 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 105 sec ) #------------------------------------------------------------------------------ # Set matrix structure. ( 105 sec ) # Anaysis phase of matrix solver for 3D forward calculation. Polarization : 0. ( 105 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total peak memory required during the analysis and symbolic factorization phase : 45487 [KByte] # Permanent memory required from the analysis phase to the solve phases : 39287 [KByte] # Total memory consumed by in-core forward solver for internal float point arrays : 220004 [KByte] # Minimum memory consumed by out-core forward solver for internal float point arrays : 34372 [KByte] #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Set values of matrix and right hand side vector. ( 105 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 106 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 106 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 106 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 106 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 106 sec ) # Calculate derivatives of EM field.( 107 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 107 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 107 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 107 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 107 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 107 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 107 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 107 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 107 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 107 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 108 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 108 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 108 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 108 sec ) # Calculate derivatives of EM field.( 108 sec ) #============================================================================== # Calculate response functions. ( 109 sec ) # Calculate sensitivity matrix of frequency 0.001[Hz].( 109 sec ) # Sensitivity matrix of frequency 0.001[Hz] is saved in the out-of-core file sensMatFreq0. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 109 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 109 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 109 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 109 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 109 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 109 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 109 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 109 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 109 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 110 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 110 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 110 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 110 sec ) # Calculate derivatives of EM field.( 110 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 110 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 110 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 110 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 110 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 110 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 110 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 110 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 110 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 111 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 111 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 111 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 111 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 111 sec ) # Calculate derivatives of EM field.( 112 sec ) #============================================================================== # Calculate response functions. ( 112 sec ) # Calculate sensitivity matrix of frequency 0.01[Hz].( 112 sec ) # Sensitivity matrix of frequency 0.01[Hz] is saved in the out-of-core file sensMatFreq1. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 112 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 112 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 112 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 112 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 112 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 112 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 112 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 112 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 112 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 113 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 113 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 113 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 113 sec ) # Calculate derivatives of EM field.( 113 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 114 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 114 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 114 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 114 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 114 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 114 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 114 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 114 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 114 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 114 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 114 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 115 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 115 sec ) # Calculate derivatives of EM field.( 115 sec ) #============================================================================== # Calculate response functions. ( 115 sec ) # Calculate sensitivity matrix of frequency 0.1[Hz].( 115 sec ) # Sensitivity matrix of frequency 0.1[Hz] is saved in the out-of-core file sensMatFreq2. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 115 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 115 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 115 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 115 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 115 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 115 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 115 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 115 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 116 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 116 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 116 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 116 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 116 sec ) # Calculate derivatives of EM field.( 117 sec ) #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 117 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 117 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 117 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 117 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 117 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 117 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 117 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 117 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 117 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 118 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 118 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 118 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 118 sec ) # Calculate derivatives of EM field.( 118 sec ) #============================================================================== # Calculate response functions. ( 119 sec ) # Calculate sensitivity matrix of frequency 1[Hz].( 119 sec ) # Sensitivity matrix of frequency 1[Hz] is saved in the out-of-core file sensMatFreq3. #============================================================================== # Release memory of coefficient matrix and sparse solver. ( 119 sec ) # Factor of step length damping change from 0.78125 to 0.976562. ############################################################################### # Start Inversion. Iteration : 5 ############################################################################### # Number of model : 24009 # Number of frequencies of this PE : 4 # Calculate constraining matrix. ( 119 sec ) # Analyse constraining matrix.( 119 sec ) # Analyse transposed constraining matrix.( 119 sec ) # Factorize constraining matrix.( 119 sec ) # Factorize transposed constraining matrix.( 119 sec ) # Number of data of this PE : 1152 # Read sensitivity matrix from sensMatFreq0.( 119 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 119 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 119 sec ) # Read sensitivity matrix from sensMatFreq1.( 119 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 119 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 119 sec ) # Read sensitivity matrix from sensMatFreq2.( 119 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 119 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 119 sec ) # Read sensitivity matrix from sensMatFreq3.( 120 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 120 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 120 sec ) # Solve phase.( 120 sec ) # Calculate right-hand side vector. ( 120 sec ) # Read sensitivity matrix from sensMatFreq0.( 120 sec ) # Read sensitivity matrix from sensMatFreq1.( 120 sec ) # Read sensitivity matrix from sensMatFreq2.( 120 sec ) # Read sensitivity matrix from sensMatFreq3.( 120 sec ) # Number of total data : 1152 # Calculate coefficient matrix. ( 120 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 120 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 120 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 120 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 121 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 122 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 122 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 122 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 123 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 123 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 124 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 124 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 125 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 125 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 125 sec ) # Total number of elements in coefficient matrix : 664128 # Start numerical factorization for normal equation. ( 126 sec ) # Start solve phase for normal equation. ( 126 sec ) # Read sensitivity matrix from sensMatFreq0.( 126 sec ) # Read sensitivity matrix from sensMatFreq1.( 126 sec ) # Read sensitivity matrix from sensMatFreq2.( 126 sec ) # Read sensitivity matrix from sensMatFreq3.( 126 sec ) # Calculate model increments. ( 126 sec ) ############################################################################### # Start Forward Computation. Iteration : 6, Retrial : 0 ############################################################################### #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 126 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 126 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 126 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 126 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 126 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 126 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 126 sec ) #------------------------------------------------------------------------------ # Set matrix structure. ( 126 sec ) # Anaysis phase of matrix solver for 3D forward calculation. Polarization : 0. ( 126 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total peak memory required during the analysis and symbolic factorization phase : 45395 [KByte] # Permanent memory required from the analysis phase to the solve phases : 39251 [KByte] # Total memory consumed by in-core forward solver for internal float point arrays : 219586 [KByte] # Minimum memory consumed by out-core forward solver for internal float point arrays : 34409 [KByte] #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Set values of matrix and right hand side vector. ( 126 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 127 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 127 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 127 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 127 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 127 sec ) # Calculate derivatives of EM field.( 128 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 128 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 128 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 128 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 128 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 128 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 128 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 128 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 128 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 128 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 129 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 129 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 129 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 129 sec ) # Calculate derivatives of EM field.( 129 sec ) #============================================================================== # Calculate response functions. ( 130 sec ) # Calculate sensitivity matrix of frequency 0.001[Hz].( 130 sec ) # Sensitivity matrix of frequency 0.001[Hz] is saved in the out-of-core file sensMatFreq0. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 130 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 130 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 130 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 130 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 130 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 130 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 130 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 130 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 130 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 131 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 131 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 131 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 131 sec ) # Calculate derivatives of EM field.( 131 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 131 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 131 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 131 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 131 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 131 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 131 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 131 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 131 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 132 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 132 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 132 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 132 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 132 sec ) # Calculate derivatives of EM field.( 133 sec ) #============================================================================== # Calculate response functions. ( 133 sec ) # Calculate sensitivity matrix of frequency 0.01[Hz].( 133 sec ) # Sensitivity matrix of frequency 0.01[Hz] is saved in the out-of-core file sensMatFreq1. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 133 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 133 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 133 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 133 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 133 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 133 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 133 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 133 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 133 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 134 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 134 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 134 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 134 sec ) # Calculate derivatives of EM field.( 134 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 135 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 135 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 135 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 135 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 135 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 135 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 135 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 135 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 135 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 135 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 135 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 135 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 135 sec ) # Calculate derivatives of EM field.( 136 sec ) #============================================================================== # Calculate response functions. ( 136 sec ) # Calculate sensitivity matrix of frequency 0.1[Hz].( 136 sec ) # Sensitivity matrix of frequency 0.1[Hz] is saved in the out-of-core file sensMatFreq2. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 136 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 136 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 136 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 136 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 136 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 136 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 136 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 136 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 137 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 137 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 137 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 137 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 137 sec ) # Calculate derivatives of EM field.( 138 sec ) #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 138 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 138 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 138 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 138 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 138 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 138 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 138 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 138 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 138 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 139 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 139 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 139 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 139 sec ) # Calculate derivatives of EM field.( 139 sec ) #============================================================================== # Calculate response functions. ( 139 sec ) # Calculate sensitivity matrix of frequency 1[Hz].( 139 sec ) # Sensitivity matrix of frequency 1[Hz] is saved in the out-of-core file sensMatFreq3. #============================================================================== # Release memory of coefficient matrix and sparse solver. ( 140 sec ) # Factor of step length damping change from 0.976562 to 1. ############################################################################### # Start Inversion. Iteration : 6 ############################################################################### # Number of model : 24009 # Number of frequencies of this PE : 4 # Calculate constraining matrix. ( 140 sec ) # Analyse constraining matrix.( 140 sec ) # Analyse transposed constraining matrix.( 140 sec ) # Factorize constraining matrix.( 140 sec ) # Factorize transposed constraining matrix.( 140 sec ) # Number of data of this PE : 1152 # Read sensitivity matrix from sensMatFreq0.( 140 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 140 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 140 sec ) # Read sensitivity matrix from sensMatFreq1.( 140 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 140 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 140 sec ) # Read sensitivity matrix from sensMatFreq2.( 140 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 140 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 140 sec ) # Read sensitivity matrix from sensMatFreq3.( 140 sec ) # Multiply transposed sensitivity matrix by inverse of transposed constraining matrix. ( 140 sec ) # Solve phase is performed simultaneously for 288 right-hand sides( 140 sec ) # Solve phase.( 141 sec ) # Calculate right-hand side vector. ( 141 sec ) # Read sensitivity matrix from sensMatFreq0.( 141 sec ) # Read sensitivity matrix from sensMatFreq1.( 141 sec ) # Read sensitivity matrix from sensMatFreq2.( 141 sec ) # Read sensitivity matrix from sensMatFreq3.( 141 sec ) # Number of total data : 1152 # Calculate coefficient matrix. ( 141 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 141 sec ) # Read sensitivity matrix from sensMatFreq0Mod.( 141 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 141 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 142 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 143 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 143 sec ) # Read sensitivity matrix from sensMatFreq1Mod.( 143 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 144 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 144 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 145 sec ) # Read sensitivity matrix from sensMatFreq2Mod.( 145 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 146 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 146 sec ) # Read sensitivity matrix from sensMatFreq3Mod.( 146 sec ) # Total number of elements in coefficient matrix : 664128 # Start numerical factorization for normal equation. ( 147 sec ) # Start solve phase for normal equation. ( 147 sec ) # Read sensitivity matrix from sensMatFreq0.( 147 sec ) # Read sensitivity matrix from sensMatFreq1.( 147 sec ) # Read sensitivity matrix from sensMatFreq2.( 147 sec ) # Read sensitivity matrix from sensMatFreq3.( 147 sec ) # Calculate model increments. ( 147 sec ) ############################################################################### # Start Forward Computation. Iteration : 7, Retrial : 0 ############################################################################### #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 147 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 147 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 147 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 147 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 147 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 147 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 147 sec ) #------------------------------------------------------------------------------ # Set matrix structure. ( 147 sec ) # Anaysis phase of matrix solver for 3D forward calculation. Polarization : 0. ( 147 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total peak memory required during the analysis and symbolic factorization phase : 45303 [KByte] # Permanent memory required from the analysis phase to the solve phases : 39183 [KByte] # Total memory consumed by in-core forward solver for internal float point arrays : 219556 [KByte] # Minimum memory consumed by out-core forward solver for internal float point arrays : 34453 [KByte] #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Set values of matrix and right hand side vector. ( 147 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 148 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 148 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 148 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 148 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 148 sec ) # Calculate derivatives of EM field.( 149 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 149 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 149 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 149 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 149 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 149 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 149 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 149 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 149 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 149 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 150 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 150 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 150 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 150 sec ) # Calculate derivatives of EM field.( 150 sec ) #============================================================================== # Calculate response functions. ( 151 sec ) # Calculate sensitivity matrix of frequency 0.001[Hz].( 151 sec ) # Sensitivity matrix of frequency 0.001[Hz] is saved in the out-of-core file sensMatFreq0. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 151 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 151 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 151 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 151 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 151 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 151 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 151 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 151 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 151 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 152 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 152 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 152 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 152 sec ) # Calculate derivatives of EM field.( 152 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 152 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 152 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 152 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 152 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 152 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 152 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 152 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 152 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 153 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 153 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 153 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 153 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 153 sec ) # Calculate derivatives of EM field.( 154 sec ) #============================================================================== # Calculate response functions. ( 154 sec ) # Calculate sensitivity matrix of frequency 0.01[Hz].( 154 sec ) # Sensitivity matrix of frequency 0.01[Hz] is saved in the out-of-core file sensMatFreq1. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 154 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 154 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 154 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 154 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 154 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 154 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 154 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 154 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 154 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 155 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 155 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 155 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 155 sec ) # Calculate derivatives of EM field.( 155 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 156 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 156 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 156 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 156 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 156 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 156 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 156 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 156 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 156 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 156 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 156 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 156 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 156 sec ) # Calculate derivatives of EM field.( 157 sec ) #============================================================================== # Calculate response functions. ( 157 sec ) # Calculate sensitivity matrix of frequency 0.1[Hz].( 157 sec ) # Sensitivity matrix of frequency 0.1[Hz] is saved in the out-of-core file sensMatFreq2. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 157 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 157 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 157 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 157 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 157 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 157 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 157 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 157 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 158 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 158 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 158 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 158 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 158 sec ) # Calculate derivatives of EM field.( 159 sec ) #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 159 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 159 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 159 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 159 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 159 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 159 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 159 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 159 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 159 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 160 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 160 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 160 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 160 sec ) # Calculate derivatives of EM field.( 160 sec ) #============================================================================== # Calculate response functions. ( 160 sec ) # Calculate sensitivity matrix of frequency 1[Hz].( 160 sec ) # Sensitivity matrix of frequency 1[Hz] is saved in the out-of-core file sensMatFreq3. #============================================================================== # Release memory of coefficient matrix and sparse solver. ( 161 sec ) # Factor of step length damping change from 1 to 0.5. ############################################################################### # Start Forward Computation. Iteration : 7, Retrial : 1 ############################################################################### #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 161 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 161 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 161 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 161 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 161 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 161 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 161 sec ) #------------------------------------------------------------------------------ # Set matrix structure. ( 161 sec ) # Anaysis phase of matrix solver for 3D forward calculation. Polarization : 0. ( 161 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total peak memory required during the analysis and symbolic factorization phase : 45437 [KByte] # Permanent memory required from the analysis phase to the solve phases : 39305 [KByte] # Total memory consumed by in-core forward solver for internal float point arrays : 220378 [KByte] # Minimum memory consumed by out-core forward solver for internal float point arrays : 34377 [KByte] #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Set values of matrix and right hand side vector. ( 161 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 161 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 162 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 162 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 162 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 162 sec ) # Calculate derivatives of EM field.( 162 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 163 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 163 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 163 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 163 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 163 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 163 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 163 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 163 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 163 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 163 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 163 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 163 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 163 sec ) # Calculate derivatives of EM field.( 164 sec ) #============================================================================== # Calculate response functions. ( 164 sec ) # Calculate sensitivity matrix of frequency 0.001[Hz].( 164 sec ) # Sensitivity matrix of frequency 0.001[Hz] is saved in the out-of-core file sensMatFreq0. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 164 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 164 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 164 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 164 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 164 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 164 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 164 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 164 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 165 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 165 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 165 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 165 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 165 sec ) # Calculate derivatives of EM field.( 166 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 166 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 166 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 166 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 166 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 166 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 166 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 166 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 166 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 166 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 167 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 167 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 167 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 167 sec ) # Calculate derivatives of EM field.( 167 sec ) #============================================================================== # Calculate response functions. ( 168 sec ) # Calculate sensitivity matrix of frequency 0.01[Hz].( 168 sec ) # Sensitivity matrix of frequency 0.01[Hz] is saved in the out-of-core file sensMatFreq1. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 168 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 168 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 168 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 168 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 168 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 168 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 168 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 168 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 168 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 168 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 168 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 169 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 169 sec ) # Calculate derivatives of EM field.( 169 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 169 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 169 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 169 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 169 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 169 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 169 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 169 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 169 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 170 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 170 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 170 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 170 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 170 sec ) # Calculate derivatives of EM field.( 171 sec ) #============================================================================== # Calculate response functions. ( 171 sec ) # Calculate sensitivity matrix of frequency 0.1[Hz].( 171 sec ) # Sensitivity matrix of frequency 0.1[Hz] is saved in the out-of-core file sensMatFreq2. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 171 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 171 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 171 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 171 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 171 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 171 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 171 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 171 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 171 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 172 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 172 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 172 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 172 sec ) # Calculate derivatives of EM field.( 172 sec ) #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 173 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 173 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 173 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 173 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 173 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 173 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 173 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 173 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 173 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 173 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 173 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 173 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 173 sec ) # Calculate derivatives of EM field.( 174 sec ) #============================================================================== # Calculate response functions. ( 174 sec ) # Calculate sensitivity matrix of frequency 1[Hz].( 174 sec ) # Sensitivity matrix of frequency 1[Hz] is saved in the out-of-core file sensMatFreq3. #============================================================================== # Release memory of coefficient matrix and sparse solver. ( 174 sec ) # Factor of step length damping change from 0.5 to 0.25. ############################################################################### # Start Forward Computation. Iteration : 7, Retrial : 2 ############################################################################### #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 174 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 174 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 174 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 174 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 174 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 174 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 174 sec ) #------------------------------------------------------------------------------ # Set matrix structure. ( 174 sec ) # Anaysis phase of matrix solver for 3D forward calculation. Polarization : 0. ( 175 sec ) #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Total peak memory required during the analysis and symbolic factorization phase : 45391 [KByte] # Permanent memory required from the analysis phase to the solve phases : 39241 [KByte] # Total memory consumed by in-core forward solver for internal float point arrays : 219576 [KByte] # Minimum memory consumed by out-core forward solver for internal float point arrays : 34412 [KByte] #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ # Set values of matrix and right hand side vector. ( 175 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 175 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 176 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 176 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 176 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 176 sec ) # Calculate derivatives of EM field.( 176 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.001 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 176 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 176 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 176 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 176 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 176 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 176 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 176 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 176 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 177 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 177 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 177 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 177 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 177 sec ) # Calculate derivatives of EM field.( 178 sec ) #============================================================================== # Calculate response functions. ( 178 sec ) # Calculate sensitivity matrix of frequency 0.001[Hz].( 178 sec ) # Sensitivity matrix of frequency 0.001[Hz] is saved in the out-of-core file sensMatFreq0. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 178 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 178 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 178 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 178 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 178 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 178 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 178 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 178 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 178 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 179 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 179 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 179 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 179 sec ) # Calculate derivatives of EM field.( 179 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.01 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 180 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 180 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 180 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 180 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 180 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 180 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 180 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 180 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 180 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 180 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 180 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 181 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 181 sec ) # Calculate derivatives of EM field.( 181 sec ) #============================================================================== # Calculate response functions. ( 181 sec ) # Calculate sensitivity matrix of frequency 0.01[Hz].( 181 sec ) # Sensitivity matrix of frequency 0.01[Hz] is saved in the out-of-core file sensMatFreq1. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 181 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 181 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 181 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 181 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 181 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 181 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 181 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 181 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 182 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 182 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 182 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 182 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 182 sec ) # Calculate derivatives of EM field.( 183 sec ) #================================================================================================ # Start forward calculation. Frequency : 0.1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 183 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 183 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 183 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 183 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 183 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 183 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 183 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 183 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 183 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 184 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 184 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 184 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 184 sec ) # Calculate derivatives of EM field.( 184 sec ) #============================================================================== # Calculate response functions. ( 185 sec ) # Calculate sensitivity matrix of frequency 0.1[Hz].( 185 sec ) # Sensitivity matrix of frequency 0.1[Hz] is saved in the out-of-core file sensMatFreq2. #============================================================================== #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ex-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 185 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 2 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 281, Number of equation after degeneration = 247 # Set values of matrix and right hand side vector. ( 185 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 185 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 2. ( 185 sec ) #-----------------------------[ Boundary Plane 3 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 268, Number of equation after degeneration = 236 # Set values of matrix and right hand side vector. ( 185 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 185 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 0 Plane : 3. ( 185 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 185 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 0.( 185 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 0.( 185 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 185 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 186 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 186 sec ) # Calculate derivatives of EM field.( 186 sec ) #================================================================================================ # Start forward calculation. Frequency : 1 [Hz], Polarization : Ey-polarization #================================================================================================ # Start 3D forward calculation with 0th order 3D edge-based element.( 186 sec ) # Number of equation = 40919, Number of equation after degeneration = 39254 # Calculating EM field of the boundary planes with 2D forward analysis. #-----------------------------[ Boundary Plane 0 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 274, Number of equation after degeneration = 242 # Set values of matrix and right hand side vector. ( 186 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 186 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 0. ( 186 sec ) #-----------------------------[ Boundary Plane 1 ]----------------------------- # Calculate electric field on a boundary plane with 0th order edge-based element. # Number of equation = 267, Number of equation after degeneration = 234 # Set values of matrix and right hand side vector. ( 186 sec ) # Numerical factorization phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 186 sec ) # Solve phase of matrix solver for boundary plane. Polarization : 1 Plane : 1. ( 186 sec ) #------------------------------------------------------------------------------ # Set values of matrix and right hand side vector. ( 186 sec ) # Numerical factorization phase of matrix solver for 3D forward calculation. Polarization : 1.( 187 sec ) # Solve phase of matrix solver for 3D forward calculation. Polarization : 1.( 187 sec ) # Calulate right-hand sides vectors consisting of interpolator vectors.( 187 sec ) # Solve phase of matrix solver for right-hand sides consisting of interpolator vectors.( 187 sec ) # Solve phase is performed simultaneously for 144 right-hand sides( 187 sec ) # Calculate derivatives of EM field.( 188 sec ) #============================================================================== # Calculate response functions. ( 188 sec ) # Calculate sensitivity matrix of frequency 1[Hz].( 188 sec ) # Sensitivity matrix of frequency 1[Hz] is saved in the out-of-core file sensMatFreq3. #============================================================================== # Release memory of coefficient matrix and sparse solver. ( 188 sec ) # Factor of step length damping change from 0.25 to 0.125. # Reach maximum retrial number. # End femtic ( 188 sec )