[INFO]: iSolve X, Version 4.0.1 (3098), 64Bit Windows [INFO]: [INFO]: [INFO]: Running MPI version 2.0 on 1 process. [INFO]: Loading all solver modules: [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\EmFdtdSolver.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\EmLowFrequencySolver.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\EmLowFrequencyUnstructuredSolver.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\EmModeMatchingSolver.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\FluidSolverSchur.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\FluidSolverSimple.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\GradientCoilSolver.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\NeuronSolver.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\ScalarSolver.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\SonicSolver.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\ThermalSolverDouble.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\ThermalSolverSingle.x.dll' [INFO]: Loaded 'D:\Sim4Life_v4.0.1.3098\Solvers\ThermalUnstructuredSolver.x.dll' [INFO]: [INFO]: [INFO]: Simulation 'Empty Coil' started on 2018-Dec-04 10:44:10 [INFO]: [INFO]: Solver type: EmFdtd, SinglePrecision, Acceleware [INFO]: Input file name: D:\saghar\point sensor/point sensor.smash_Results/a032b830-ae83-46a3-98a5-5285f0f6478e_Input.h5 [INFO]: Input file generated by: Sim4Life, Version 4.0.1.3098 [INFO]: Output file name: D:\saghar\point sensor/point sensor.smash_Results/a032b830-ae83-46a3-98a5-5285f0f6478e_Output.h5 [INFO]: [INFO]: [2018-Dec-04 10:44:11] Checking out license feature 'FDTD_SOLVER', expiring the 1-sep-2019, version 4.0, (1). [INFO]: [INFO]: Running the EM-FDTD solver with the following settings: [INFO]: Floating Point Arithmetic: single (4 Bytes) [INFO]: HPC: Acceleware [INFO]: Used Acceleware library is '11.1.12.13267 (x64, 64-bit)'. [INFO]: Your NVIDIA display driver is newer than the expected version. Installed version: 13.8569 Expected: 13.7735 (see also http://www.acceleware.com/fdtd-11.1.12) Reduced performance could be encountered. [INFO]: [INFO]: Simulation Time Step: 2.64364e-11 sec [INFO]: Simulation Iterations: 118209 [INFO]: Max Simulated Time: 3.12502e-06 sec [INFO]: [INFO]: Grid: [INFO]: Number of cells: 66x66x53 = 230868 cells = 0.2309 MCells [INFO]: Number of cells including PML: 82x82x71 = 477404 cells = 0.4774 MCells [INFO]: X: Range [-0.61065 ... 0.61065] with minimal 0.0131802 and maximal step 0.0541559 [m] [INFO]: Y: Range [-0.610605 ... 0.610605] with minimal 0.0131802 and maximal step 0.054195 [m] [INFO]: Z: Range [-0.875 ... 0.875] with minimal 0.0150681 and maximal step 0.0542066 [m] [INFO]: [INFO]: Boundaries: [INFO]: Side X-: ABC (UPML, 8 layers) [INFO]: Side X+: ABC (UPML, 8 layers) [INFO]: Side Y-: ABC (UPML, 8 layers) [INFO]: Side Y+: ABC (UPML, 8 layers) [INFO]: Side Z-: ABC (UPML, 9 layers) [INFO]: Side Z+: ABC (UPML, 9 layers) [INFO]: [INFO]: Created unified material architecture (UMA) model [INFO]: [INFO]: Materials (2): [INFO]: 0 Background: dielectric (eps_r=1, sigma_E=0, mu_r=1, sigma_H=0) [INFO]: 1 Shield (MRIwithleadpass): PEC [INFO]: [INFO]: Lumped Elements (16): [INFO]: Initializing lumped element Lumped Element 1 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 1 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 2 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 2 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 3 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 3 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 4 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 4 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 5 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 5 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 6 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 6 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 7 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 7 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 8 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: Initializing lumped element Lumped Element 8 (MRIwithleadpass/Capacitors) (1 edge(s)) (Resistor parallel capacitor, 100000 ohm, 7.2e-12F) [INFO]: [INFO]: Host OS: Microsoft Windows 8 Professional 64-bit (Build 9200) [INFO]: Host CPU: Intel(R) Xeon(R) CPU E5-2609 v2 @ 2.50GHz [INFO]: Host memory: 65459 MB [INFO]: The following Accelerators have been detected: [INFO]: Tesla K20c (device ID = 0), compute capability 3.5, total memory 4733 MB [INFO]: Quadro K2000 (device ID = 1), compute capability 3.0, total memory 2048 MB [INFO]: Tesla K20c (device ID = 2), compute capability 3.5, total memory 4733 MB [INFO]: [INFO]: [INFO]: Sensors (25): [INFO]: Initializing path sensor 1 (MRIwithleadpass/Sources). [INFO]: Harmonic steady state settings for 1 (MRIwithleadpass/Sources): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor 2 (MRIwithleadpass/Sources). [INFO]: Harmonic steady state settings for 2 (MRIwithleadpass/Sources): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor 3 (MRIwithleadpass/Sources). [INFO]: Harmonic steady state settings for 3 (MRIwithleadpass/Sources): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor 4 (MRIwithleadpass/Sources). [INFO]: Harmonic steady state settings for 4 (MRIwithleadpass/Sources): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor 5 (MRIwithleadpass/Sources). [INFO]: Harmonic steady state settings for 5 (MRIwithleadpass/Sources): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor 6 (MRIwithleadpass/Sources). [INFO]: Harmonic steady state settings for 6 (MRIwithleadpass/Sources): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor 7 (MRIwithleadpass/Sources). [INFO]: Harmonic steady state settings for 7 (MRIwithleadpass/Sources): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor 8 (MRIwithleadpass/Sources). [INFO]: Harmonic steady state settings for 8 (MRIwithleadpass/Sources): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 1 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 1 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 1 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 1 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 2 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 2 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 2 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 2 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 3 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 3 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 3 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 3 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 4 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 4 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 4 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 4 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 5 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 5 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 5 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 5 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 6 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 6 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 6 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 6 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 7 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 7 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 7 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 7 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 8 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 8 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing path sensor Lumped Element 8 (MRIwithleadpass/Capacitors). [INFO]: Harmonic steady state settings for Lumped Element 8 (MRIwithleadpass/Capacitors): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 6.4e+07, recording time step = 3.17236e-10, convergence level = -50 dB. [INFO]: Initializing field sensor Overall Field. [INFO]: Using DFT to convert to frequency domain. [INFO]: [INFO]: Sources (8): [INFO]: Initializing edge source 1 (MRIwithleadpass/Sources) (amplitude 1, time shift 0, type current, excitation id 6c96a8a9-bd2e-42c0-839c-1540870fb441). [INFO]: Excitation signal: Harmonic signal with frequency 64 MHz and ramp time 23.4375 ns [INFO]: Initializing edge source 2 (MRIwithleadpass/Sources) (amplitude 1, time shift 1.95312e-09, type current, excitation id 985dea83-f0c8-4398-8f93-ec8b1c353c52). [INFO]: Excitation signal: Harmonic signal with frequency 64 MHz and ramp time 23.4375 ns [INFO]: Initializing edge source 3 (MRIwithleadpass/Sources) (amplitude 1, time shift 3.90625e-09, type current, excitation id 5d54cdcf-b556-4f02-9cc1-638e4732dc4e). [INFO]: Excitation signal: Harmonic signal with frequency 64 MHz and ramp time 23.4375 ns [INFO]: Initializing edge source 4 (MRIwithleadpass/Sources) (amplitude 1, time shift 5.85938e-09, type current, excitation id bfd013dd-0608-4e7d-ac05-ca2108c4dc69). [INFO]: Excitation signal: Harmonic signal with frequency 64 MHz and ramp time 23.4375 ns [INFO]: Initializing edge source 5 (MRIwithleadpass/Sources) (amplitude 1, time shift 7.8125e-09, type current, excitation id c4ad49b6-bd86-43a5-9068-1eecdb337af0). [INFO]: Excitation signal: Harmonic signal with frequency 64 MHz and ramp time 23.4375 ns [INFO]: Initializing edge source 6 (MRIwithleadpass/Sources) (amplitude 1, time shift 9.76562e-09, type current, excitation id 95f022df-6435-4730-822e-bf2def7f3d05). [INFO]: Excitation signal: Harmonic signal with frequency 64 MHz and ramp time 23.4375 ns [INFO]: Initializing edge source 7 (MRIwithleadpass/Sources) (amplitude 1, time shift 1.17188e-08, type current, excitation id 76fdaac0-3136-49be-84fa-e4d47362881d). [INFO]: Excitation signal: Harmonic signal with frequency 64 MHz and ramp time 23.4375 ns [INFO]: Initializing edge source 8 (MRIwithleadpass/Sources) (amplitude 1, time shift 1.36719e-08, type current, excitation id 77ae195b-3e7c-4912-ad37-b09123c77409). [INFO]: Excitation signal: Harmonic signal with frequency 64 MHz and ramp time 23.4375 ns [INFO]: [INFO]: Update coefficient calculation for 1419449 edges using 6 threads. [INFO]: Calculating update coefficients [INFO]: [INFO]: [INFO]: Edge-Material Statistics (Electric/Magnetic): 714981 / 703956 (100.00% / 100.00%) : Total 18096 / 0 ( 2.53% / 0.00%) : PEC/PMC 696885 / 703956 ( 97.47% / 100.00%) : Dielectric [INFO]: Edge-Region Statistics (regions with more than 1% of all edges, max 20 items): 693321 / 703956 ( 96.97% / 100.00%) : Background 18096 / 0 ( 2.53% / 0.00%) : Shield (MRIwithleadpass) 3564 / 0 ( 0.50% / 0.00%) : Other [INFO]: [INFO]: Update coefficient database contains 4 E-coefficient(s) and 1 H-coefficient(s). [INFO]: Elapsed time for 'Calculating update coefficients' was 00:00:00 wall clock time. [INFO]: Preparing for time update [INFO]: Use hardware resource management option fastest simulation [INFO]: [2018-Dec-04 10:44:12] Checking out license feature 'AXWARE_TOKEN', expiring the 1-sep-2019, version 4.0, (1). [INFO]: Simulation 1 is using device(s): [0] [INFO]: Elapsed time for 'Preparing for time update' was 00:00:00 wall clock time. [INFO]: Starting solver aXware (hardware accelerated). [INFO]: Time Update [PROGRESS]: 0% [ 10 / 118209 ] Time Update, estimated remaining time 11 minutes 14 seconds @ 83.76 MCells/s [PROGRESS]: 1% [ 1193 / 118209 ] Time Update, estimated remaining time 8 minutes 34 seconds @ 108.67 MCells/s [PROGRESS]: 2% [ 2376 / 118209 ] Time Update, estimated remaining time 8 minutes 29 seconds @ 108.73 MCells/s [PROGRESS]: 3% [ 3559 / 118209 ] Time Update, estimated remaining time 8 minutes 23 seconds @ 108.71 MCells/s [PROGRESS]: 4% [ 4742 / 118209 ] Time Update, estimated remaining time 8 minutes 17 seconds @ 108.90 MCells/s [PROGRESS]: 5% [ 5925 / 118209 ] Time Update, estimated remaining time 8 minutes 12 seconds @ 108.88 MCells/s [PROGRESS]: 6% [ 7108 / 118209 ] Time Update, estimated remaining time 8 minutes 10 seconds @ 108.17 MCells/s [PROGRESS]: 7% [ 8291 / 118209 ] Time Update, estimated remaining time 7 minutes 59 seconds @ 109.54 MCells/s [PROGRESS]: 8% [ 9474 / 118209 ] Time Update, estimated remaining time 7 minutes 55 seconds @ 109.24 MCells/s [PROGRESS]: 9% [ 10657 / 118209 ] Time Update, estimated remaining time 7 minutes 49 seconds @ 109.52 MCells/s [PROGRESS]: 10% [ 11840 / 118209 ] Time Update, estimated remaining time 7 minutes 43 seconds @ 109.66 MCells/s [PROGRESS]: 11% [ 13023 / 118209 ] Time Update, estimated remaining time 7 minutes 39 seconds @ 109.52 MCells/s [PROGRESS]: 12% [ 14206 / 118209 ] Time Update, estimated remaining time 7 minutes 33 seconds @ 109.56 MCells/s [PROGRESS]: 13% [ 15389 / 118209 ] Time Update, estimated remaining time 7 minutes 30 seconds @ 109.05 MCells/s [PROGRESS]: 14% [ 16572 / 118209 ] Time Update, estimated remaining time 7 minutes 23 seconds @ 109.60 MCells/s [PROGRESS]: 15% [ 17755 / 118209 ] Time Update, estimated remaining time 7 minutes 19 seconds @ 109.32 MCells/s [PROGRESS]: 16% [ 18938 / 118209 ] Time Update, estimated remaining time 7 minutes 13 seconds @ 109.45 MCells/s [PROGRESS]: 17% [ 20121 / 118209 ] Time Update, estimated remaining time 7 minutes 7 seconds @ 109.66 MCells/s [PROGRESS]: 18% [ 21304 / 118209 ] Time Update, estimated remaining time 7 minutes 3 seconds @ 109.35 MCells/s [PROGRESS]: 19% [ 22487 / 118209 ] Time Update, estimated remaining time 6 minutes 56 seconds @ 109.79 MCells/s [PROGRESS]: 20% [ 23670 / 118209 ] Time Update, estimated remaining time 6 minutes 53 seconds @ 109.22 MCells/s [PROGRESS]: 21% [ 24853 / 118209 ] Time Update, estimated remaining time 6 minutes 49 seconds @ 109.03 MCells/s [PROGRESS]: 22% [ 26036 / 118209 ] Time Update, estimated remaining time 6 minutes 43 seconds @ 109.24 MCells/s [PROGRESS]: 23% [ 27219 / 118209 ] Time Update, estimated remaining time 6 minutes 37 seconds @ 109.39 MCells/s [PROGRESS]: 24% [ 28402 / 118209 ] Time Update, estimated remaining time 6 minutes 31 seconds @ 109.56 MCells/s [PROGRESS]: 25% [ 29585 / 118209 ] Time Update, estimated remaining time 6 minutes 27 seconds @ 109.26 MCells/s [PROGRESS]: 26% [ 30768 / 118209 ] Time Update, estimated remaining time 6 minutes 21 seconds @ 109.43 MCells/s [PROGRESS]: 27% [ 31951 / 118209 ] Time Update, estimated remaining time 6 minutes 18 seconds @ 109.07 MCells/s [PROGRESS]: 28% [ 33134 / 118209 ] Time Update, estimated remaining time 6 minutes 11 seconds @ 109.58 MCells/s [PROGRESS]: 29% [ 34317 / 118209 ] Time Update, estimated remaining time 6 minutes 6 seconds @ 109.56 MCells/s [PROGRESS]: 30% [ 35500 / 118209 ] Time Update, estimated remaining time 6 minutes 2 seconds @ 109.11 MCells/s [PROGRESS]: 31% [ 36683 / 118209 ] Time Update, estimated remaining time 5 minutes 55 seconds @ 109.56 MCells/s [PROGRESS]: 32% [ 37866 / 118209 ] Time Update, estimated remaining time 5 minutes 50 seconds @ 109.52 MCells/s [PROGRESS]: 33% [ 39049 / 118209 ] Time Update, estimated remaining time 5 minutes 45 seconds @ 109.41 MCells/s [PROGRESS]: 34% [ 40232 / 118209 ] Time Update, estimated remaining time 5 minutes 39 seconds @ 109.71 MCells/s [PROGRESS]: 35% [ 41415 / 118209 ] Time Update, estimated remaining time 5 minutes 35 seconds @ 109.54 MCells/s [PROGRESS]: 36% [ 42598 / 118209 ] Time Update, estimated remaining time 5 minutes 29 seconds @ 109.60 MCells/s [PROGRESS]: 37% [ 43781 / 118209 ] Time Update, estimated remaining time 5 minutes 24 seconds @ 109.52 MCells/s [PROGRESS]: 38% [ 44964 / 118209 ] Time Update, estimated remaining time 5 minutes 19 seconds @ 109.47 MCells/s [PROGRESS]: 39% [ 46147 / 118209 ] Time Update, estimated remaining time 5 minutes 14 seconds @ 109.43 MCells/s [PROGRESS]: 40% [ 47330 / 118209 ] Time Update, estimated remaining time 5 minutes 12 seconds @ 108.30 MCells/s [PROGRESS]: 41% [ 48513 / 118209 ] Time Update, estimated remaining time 5 minutes 10 seconds @ 107.41 MCells/s [PROGRESS]: 42% [ 49696 / 118209 ] Time Update, estimated remaining time 5 minutes 7 seconds @ 106.62 MCells/s [PROGRESS]: 43% [ 50879 / 118209 ] Time Update, estimated remaining time 5 minutes 1 seconds @ 106.84 MCells/s [PROGRESS]: 44% [ 52062 / 118209 ] Time Update, estimated remaining time 4 minutes 54 seconds @ 107.55 MCells/s [PROGRESS]: 45% [ 53245 / 118209 ] Time Update, estimated remaining time 4 minutes 48 seconds @ 107.80 MCells/s [PROGRESS]: 46% [ 54428 / 118209 ] Time Update, estimated remaining time 4 minutes 38 seconds @ 109.45 MCells/s [PROGRESS]: 47% [ 55611 / 118209 ] Time Update, estimated remaining time 4 minutes 33 seconds @ 109.52 MCells/s [PROGRESS]: 48% [ 56794 / 118209 ] Time Update, estimated remaining time 4 minutes 29 seconds @ 109.20 MCells/s [PROGRESS]: 49% [ 57977 / 118209 ] Time Update, estimated remaining time 4 minutes 26 seconds @ 108.26 MCells/s [PROGRESS]: 50% [ 59160 / 118209 ] Time Update, estimated remaining time 4 minutes 17 seconds @ 109.54 MCells/s [PROGRESS]: 51% [ 60343 / 118209 ] Time Update, estimated remaining time 4 minutes 13 seconds @ 109.35 MCells/s [PROGRESS]: 52% [ 61526 / 118209 ] Time Update, estimated remaining time 4 minutes 8 seconds @ 109.03 MCells/s [PROGRESS]: 53% [ 62709 / 118209 ] Time Update, estimated remaining time 4 minutes 5 seconds @ 108.32 MCells/s [PROGRESS]: 54% [ 63892 / 118209 ] Time Update, estimated remaining time 4 minutes @ 107.95 MCells/s [PROGRESS]: 55% [ 65075 / 118209 ] Time Update, estimated remaining time 3 minutes 56 seconds @ 107.33 MCells/s [PROGRESS]: 56% [ 66258 / 118209 ] Time Update, estimated remaining time 3 minutes 50 seconds @ 107.95 MCells/s [PROGRESS]: 57% [ 67441 / 118209 ] Time Update, estimated remaining time 3 minutes 46 seconds @ 107.47 MCells/s [PROGRESS]: 58% [ 68624 / 118209 ] Time Update, estimated remaining time 3 minutes 37 seconds @ 108.88 MCells/s [PROGRESS]: 59% [ 69807 / 118209 ] Time Update, estimated remaining time 3 minutes 33 seconds @ 108.32 MCells/s [PROGRESS]: 60% [ 70990 / 118209 ] Time Update, estimated remaining time 3 minutes 26 seconds @ 109.41 MCells/s [PROGRESS]: 61% [ 72173 / 118209 ] Time Update, estimated remaining time 3 minutes 22 seconds @ 108.71 MCells/s [PROGRESS]: 62% [ 73356 / 118209 ] Time Update, estimated remaining time 3 minutes 18 seconds @ 107.97 MCells/s [PROGRESS]: 63% [ 74539 / 118209 ] Time Update, estimated remaining time 3 minutes 10 seconds @ 109.52 MCells/s [PROGRESS]: 64% [ 75722 / 118209 ] Time Update, estimated remaining time 3 minutes 5 seconds @ 109.41 MCells/s [PROGRESS]: 65% [ 76905 / 118209 ] Time Update, estimated remaining time 3 minutes 1 seconds @ 109.11 MCells/s [PROGRESS]: 66% [ 78088 / 118209 ] Time Update, estimated remaining time 2 minutes 59 seconds @ 107.27 MCells/s [PROGRESS]: 67% [ 79271 / 118209 ] Time Update, estimated remaining time 2 minutes 59 seconds @ 104.12 MCells/s [PROGRESS]: 68% [ 80454 / 118209 ] Time Update, estimated remaining time 2 minutes 50 seconds @ 106.26 MCells/s [PROGRESS]: 69% [ 81637 / 118209 ] Time Update, estimated remaining time 2 minutes 43 seconds @ 107.27 MCells/s [PROGRESS]: 70% [ 82820 / 118209 ] Time Update, estimated remaining time 2 minutes 37 seconds @ 107.62 MCells/s [PROGRESS]: 71% [ 84003 / 118209 ] Time Update, estimated remaining time 2 minutes 29 seconds @ 109.24 MCells/s [PROGRESS]: 72% [ 85186 / 118209 ] Time Update, estimated remaining time 2 minutes 26 seconds @ 108.05 MCells/s [PROGRESS]: 73% [ 86369 / 118209 ] Time Update, estimated remaining time 2 minutes 23 seconds @ 105.94 MCells/s [PROGRESS]: 74% [ 87552 / 118209 ] Time Update, estimated remaining time 2 minutes 15 seconds @ 108.78 MCells/s [INFO]: Sensor Lumped Element 1 (MRIwithleadpass/Capacitors): conventional steady state check successful. [INFO]: Sensor Lumped Element 1 (MRIwithleadpass/Capacitors): conventional steady state check successful. [PROGRESS]: 75% [ 88735 / 118209 ] Time Update, estimated remaining time 2 minutes 10 seconds @ 108.57 MCells/s [PROGRESS]: 76% [ 89918 / 118209 ] Time Update, estimated remaining time 2 minutes 6 seconds @ 107.62 MCells/s [INFO]: Sensor Lumped Element 5 (MRIwithleadpass/Capacitors): conventional steady state check successful. [INFO]: Sensor Lumped Element 5 (MRIwithleadpass/Capacitors): conventional steady state check successful. [PROGRESS]: 77% [ 91101 / 118209 ] Time Update, estimated remaining time 2 minutes @ 107.60 MCells/s [PROGRESS]: 78% [ 92284 / 118209 ] Time Update, estimated remaining time 1 minutes 54 seconds @ 108.97 MCells/s [PROGRESS]: 79% [ 93467 / 118209 ] Time Update, estimated remaining time 1 minutes 49 seconds @ 108.07 MCells/s [PROGRESS]: 80% [ 94650 / 118209 ] Time Update, estimated remaining time 1 minutes 44 seconds @ 107.82 MCells/s [PROGRESS]: 81% [ 95833 / 118209 ] Time Update, estimated remaining time 1 minutes 40 seconds @ 107.31 MCells/s [PROGRESS]: 82% [ 97016 / 118209 ] Time Update, estimated remaining time 1 minutes 34 seconds @ 108.09 MCells/s [PROGRESS]: 83% [ 98199 / 118209 ] Time Update, estimated remaining time 1 minutes 28 seconds @ 109.01 MCells/s [PROGRESS]: 84% [ 99382 / 118209 ] Time Update, estimated remaining time 1 minutes 23 seconds @ 107.86 MCells/s [PROGRESS]: 85% [ 100565 / 118209 ] Time Update, estimated remaining time 1 minutes 17 seconds @ 108.71 MCells/s [PROGRESS]: 86% [ 101748 / 118209 ] Time Update, estimated remaining time 1 minutes 12 seconds @ 109.64 MCells/s [PROGRESS]: 87% [ 102931 / 118209 ] Time Update, estimated remaining time 1 minutes 7 seconds @ 108.99 MCells/s [PROGRESS]: 88% [ 104114 / 118209 ] Time Update, estimated remaining time 1 minutes 2 seconds @ 107.74 MCells/s [PROGRESS]: 89% [ 105297 / 118209 ] Time Update, estimated remaining time 57 seconds @ 107.90 MCells/s [PROGRESS]: 90% [ 106480 / 118209 ] Time Update, estimated remaining time 51 seconds @ 109.22 MCells/s [PROGRESS]: 91% [ 107663 / 118209 ] Time Update, estimated remaining time 46 seconds @ 108.28 MCells/s [PROGRESS]: 92% [ 108846 / 118209 ] Time Update, estimated remaining time 41 seconds @ 108.86 MCells/s [PROGRESS]: 93% [ 110029 / 118209 ] Time Update, estimated remaining time 36 seconds @ 108.99 MCells/s [PROGRESS]: 94% [ 111212 / 118209 ] Time Update, estimated remaining time 31 seconds @ 108.19 MCells/s [PROGRESS]: 95% [ 112395 / 118209 ] Time Update, estimated remaining time 26 seconds @ 108.76 MCells/s [PROGRESS]: 96% [ 113578 / 118209 ] Time Update, estimated remaining time 20 seconds @ 108.78 MCells/s [PROGRESS]: 97% [ 114761 / 118209 ] Time Update, estimated remaining time 15 seconds @ 107.09 MCells/s [PROGRESS]: 98% [ 115944 / 118209 ] Time Update, estimated remaining time 10 seconds @ 107.84 MCells/s [PROGRESS]: 99% [ 117127 / 118209 ] Time Update, estimated remaining time 5 seconds @ 108.21 MCells/s [INFO]: Simulation performed 118209 iterations. [INFO]: Elapsed time for 'Time Update' was 00:08:50 wall clock time. [INFO]: [INFO]: Post-process Sensors [INFO]: Post-process sensor '1 (MRIwithleadpass/Sources)' [INFO]: Post-process sensor '2 (MRIwithleadpass/Sources)' [INFO]: Post-process sensor '3 (MRIwithleadpass/Sources)' [INFO]: Post-process sensor '4 (MRIwithleadpass/Sources)' [INFO]: Post-process sensor '5 (MRIwithleadpass/Sources)' [INFO]: Post-process sensor '6 (MRIwithleadpass/Sources)' [INFO]: Post-process sensor '7 (MRIwithleadpass/Sources)' [INFO]: Post-process sensor '8 (MRIwithleadpass/Sources)' [INFO]: Post-process sensor 'Lumped Element 1 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 1 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 2 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 2 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 3 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 3 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 4 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 4 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 5 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 5 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 6 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 6 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 7 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 7 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 8 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Lumped Element 8 (MRIwithleadpass/Capacitors)' [INFO]: Post-process sensor 'Overall Field' [INFO]: Trusted frequency is 64 MHz. Expect less accurate results outside. [INFO]: Elapsed time for 'Post-process Sensors' was 00:00:01 wall clock time. [INFO]: FDTD simulation finished successfully. [INFO]: [INFO]: Simulation 'Empty Coil' has ended successfully on 2018-Dec-04 10:53:03 and took 00:08:53 wall clock time [INFO]: [2018-Dec-04 10:53:03] Released license feature 'AXWARE_TOKEN'. [INFO]: [2018-Dec-04 10:53:03] Released license feature 'FDTD_SOLVER'. [INFO]: Peak memory usage: 276.8 MB (290217984 Bytes) [INFO]: iSolve ended successfully.