input stringlengths 46 3.64k | instruction stringclasses 7
values | output stringlengths 0 7.71k |
|---|---|---|
The receiver should be placed at 4.5696, 58.6801, 36.3701
The internal resistance of the voltage source is 831.6273451640435 Ohms
The discretisation step should be 1.5901 meters.
I want the PML to be 9 cell thick
The dimensions of the model are 15.8559 x 75.1634 x 39.5206 meters.
The central frequency will be equa... | write this input file | #domain: 15.8559 75.1634 39.5206
#dx_dy_dz: 1.5901 1.5901 1.5901
#time_window: 2.2815719340168907e-05
#waveform: gaussianprime 1 0.134e9 my_pulse
#hertzian_dipole: x 4.5696 58.6801 36.3701 my_pulse
#rx: 4.5696 58.6801 36.3701
#pml_cells: 9
#soil_peplinski: 0.5 0.5 2 2.66 0.18822995833770303 0.1911219043382537 pr... |
Generate random layers
The dimensions of the model are 2.3594 x 41.214 x 66.2451 meters.
The excitation pulse should be gaussiandotdotnorm
Tx is a Hertzian Dipole
I want the PML to be 77 cell thick
The duration of the signal will be 1.1431824134811208e-05 seconds
The central frequency will be equal with 3877.271 ... | Make this model | #domain: 2.3594 41.214 66.2451
#dx_dy_dz: 1.2899 1.2899 1.2899
#time_window: 1.1431824134811208e-05
#waveform: gaussiandotdotnorm 1 3877.271e6 my_pulse
#hertzian_dipole: x 0.2455 20.9791 49.2353 my_pulse
#rx: 0.2455 20.9791 49.2353
#pml_cells: 77
#soil_peplinski: 0.5 0.5 2 2.66 0.04609782591509138 0.124774157802... |
Make some random layers
The polarization of the pulse should 'y'
The discretisation step should be 1.3591 meters.
The dimensions of the model are 84.9823 x 80.5466 x 68.1289 meters.
The central frequency will be equal with 1184191.827 KHz
The source should be placed at the coordinates 0.2455, 20.9791, 49.2353 mete... | write the input file for this | #domain: 84.9823 80.5466 68.1289
#dx_dy_dz: 1.3591 1.3591 1.3591
#time_window: 1.1207552661905118e-05
#waveform: ricker 1 1184191.827e3 my_pulse
#hertzian_dipole: y 75.8093 75.6529 16.5497 my_pulse
#rx: 75.8093 75.6529 16.5497
#pml_cells: 11
#soil_peplinski: 0.5 0.5 2 2.66 0.1045420914077676 0.1622813981672158 p... |
The central frequency will be equal with 4631.964 MHz
The source should be placed at the coordinates 61.8027, 1.8721, 7.6781 meters
The internal resistance of the voltage source is 936.2122219051745 Ohms
The receiver should be placed at the coordinates (75.8093, 75.6529, 16.5497) meters
The dimensions of the model ... | Do this model | #domain: 97.1165 8.9656 21.0721
#dx_dy_dz: 1.8065 1.8065 1.8065
#time_window: 3.971170288220114e-06
#waveform: gaussianprime 1 4631.964e6 my_pulse
#hertzian_dipole: z 61.8027 1.8721 7.6781 my_pulse
#rx: 61.8027 1.8721 7.6781
#pml_cells: 75
#soil_peplinski: 0.5 0.5 2 2.66 0.0704854762756309 0.2596269858382634 pro... |
The central frequency will be equal with 3.508 GHz
The dimensions of the model are 75.2512 x 35.7441 meters.
I want the PML to be 92 cell thick
The receiver should be placed at the coordinates (75.8093, 75.6529, 16.5497) meters
The internal resistance of the voltage source is 204.2713834148332 Ohms
I want the algo... | Model this | #domain: 75.2512 35.7441 0.3045
#dx_dy_dz: 0.3045 0.3045 0.3045
#time_window: 15605
#waveform: gaussian 1 3.508e9 my_pulse
#hertzian_dipole: y 31.2549 8.9048 0 my_pulse
#rx: 31.2549 8.9048 0
#pml_cells: 92 92 0 92 92 0
#soil_peplinski: 0.5 0.5 2 2.66 0.19798332315472272 0.3403902705668286 pro_1
#fractal_box: 0 ... |
Tx is a Hertzian Dipole
The central frequency will be equal with 0.986 GHz
The receiver should be placed at 4.4077, 8.7391
The source should be placed at 4.4077, 8.7391
The dimensions of the model are 6.8681 x 11.4118 meters.
I want FDTD to run for 5424 iterations
The polarization of the pulse should 'y'
The int... | Do this model | #domain: 6.8681 11.4118 1.3094
#dx_dy_dz: 1.3094 1.3094 1.3094
#time_window: 5424
#waveform: gaussiandotdotnorm 1 0.986e9 my_pulse
#hertzian_dipole: y 4.4077 8.7391 0 my_pulse
#rx: 4.4077 8.7391 0
#pml_cells: 92 92 0 92 92 0
#soil_peplinski: 0.5 0.5 2 2.66 0.10079705290545442 0.33534210270703957 pro_1
#fractal_... |
The source should be placed at the coordinates 58.4955, 41.2532, 16.4092 meters
Tx is a Hertzian Dipole
The polarization of the pulse should 'x'
The discretisation step should be 0.5279 meters.
I want the algorithm to run for 16940 iterations
The central frequency will be equal with 2.872 GHz
The dimensions of th... | Do this model | #domain: 61.2472 89.3959 19.1876
#dx_dy_dz: 0.5279 0.5279 0.5279
#time_window: 16940
#waveform: ricker 1 2.872e9 my_pulse
#hertzian_dipole: x 58.4955 41.2532 16.4092 my_pulse
#rx: 58.4955 41.2532 16.4092
#pml_cells: 32
#soil_peplinski: 0.5 0.5 2 2.66 0.15143691895557299 0.3201121477086384 pro_1
#fractal_box: 0 ... |
The pulse should be gaussiandot
The polarization of the pulse should 'x'
The central frequency will be equal with 2800641.592 KHz
Make some random layers
The source should be placed at the coordinates (76.3924, 19.242) meters
I want FDTD to run for 17914 iterations
The internal resistance of the voltage source is... | Do this model | Error: You haven't defined the dimensions of the model |
The polarization of the pulse should 'x'
Tx source should be placed at the coordinates 83.649, 0.8178 meters
Tx is a voltage source
Make some random layers
The discretisation step should be 0.2722 meters.
The internal resistance of the voltage source is 36.251457802983445 Ohms
Rx should be placed at the coordinat... | write the input file for this | #domain: 99.0242 6.0067 0.2722
#dx_dy_dz: 0.2722 0.2722 0.2722
#time_window: 4661
#waveform: ricker 1 680387.15e3 my_pulse
#voltage_source: x 83.649 0.8178 0 36.251457802983445 my_pulse
#rx: 83.649 0.8178 0
#pml_cells: 13 13 0 13 13 0
#soil_peplinski: 0.5 0.5 2 2.66 0.27380888841452794 0.3396198201131863 pro_1
... |
The central frequency will be equal with 0.307 GHz
The dimensions of the model are 58.1601 x 94.9267 meters.
The internal resistance of the voltage source is 124.23507544106116 Ohms
The time window should be 3.452212897306502e-05 seconds
I want the PML to be 62 cell thick
Generate random layers
Tx is a voltage so... | Make this gprMax model | #domain: 58.1601 94.9267 1.1112
#dx_dy_dz: 1.1112 1.1112 1.1112
#time_window: 3.452212897306502e-05
#waveform: gaussiandot 1 0.307e9 my_pulse
#voltage_source: z 14.0109 58.0346 0 124.23507544106116 my_pulse
#rx: 14.0109 58.0346 0
#pml_cells: 62 62 0 62 62 0
#soil_peplinski: 0.5 0.5 2 2.66 0.308540656993076 0.336... |
The dimensions of the model are 24.5233 x 31.1624 meters.
The polarization of the pulse should 'y'
Tx source should be placed at the coordinates 83.649, 0.8178 meters
Tx is a Hertzian Dipole
The discretisation step should be 1.3828 meters.
I want the algorithm to run for 4627 iterations
The receiver should be pla... | Write the gprMax input file for this | #domain: 24.5233 31.1624 1.3828
#dx_dy_dz: 1.3828 1.3828 1.3828
#time_window: 4627
#waveform: ricker 1 3.8e9 my_pulse
#hertzian_dipole: y 0.1068 22.5598 0 my_pulse
#rx: 0.1068 22.5598 0
#pml_cells: 22 22 0 22 22 0
#soil_peplinski: 0.5 0.5 2 2.66 0.00521220489523213 0.18118816287511708 pro_1
#fractal_box: 0 0 0 ... |
The discretisation step should be 1.8159 meters.
Generate random layers
The internal resistance of the voltage source is 587.4385081143688 Ohms
The dimensions of the model are 71.9639 x 10.0682 x 54.6956 meters.
I want the PML to be 57 cell thick
The central frequency will be equal with 3536.694 MHz
Tx source sho... | write the input file for this | #domain: 71.9639 10.0682 54.6956
#dx_dy_dz: 1.8159 1.8159 1.8159
#time_window: 4.603681790174507e-05
#waveform: ricker 1 3536.694e6 my_pulse
#voltage_source: x 61.4396 9.5954 46.6584 587.4385081143688 my_pulse
#rx: 61.4396 9.5954 46.6584
#pml_cells: 57
#soil_peplinski: 0.5 0.5 2 2.66 0.29497377566771504 0.344099... |
Generate random layers
The discretisation step should be 1.243 meters.
The dimensions of the model are 10.9535 x 22.7073 meters.
The receiver should be placed at the coordinates (2.0037, 14.9655) meters
The time window should be 2.0365313597052198e-05 seconds
I want the PML to be 24 cell thick
The excitation puls... | write the input file for this | #domain: 10.9535 22.7073 1.243
#dx_dy_dz: 1.243 1.243 1.243
#time_window: 2.0365313597052198e-05
#waveform: gaussiandoubleprime 1 1839548.389e3 my_pulse
#hertzian_dipole: x 2.0037 14.9655 0 my_pulse
#rx: 2.0037 14.9655 0
#pml_cells: 24 24 0 24 24 0
#soil_peplinski: 0.5 0.5 2 2.66 0.17739429842596655 0.2847753189... |
The receiver should be placed at 6.0605, 8.4579
The dimensions of the model are 37.9225 x 10.5785 meters.
Tx is a voltage source
The time window should be 3.3988597459338764e-05 seconds
The polarization of the pulse should 'y'
Make some random layers
I want the PML to be 3 cell thick
The internal resistance of t... | write the input file for this | #domain: 37.9225 10.5785 0.8956
#dx_dy_dz: 0.8956 0.8956 0.8956
#time_window: 3.3988597459338764e-05
#waveform: gaussiandotdotnorm 1 1.112e9 my_pulse
#voltage_source: y 6.0605 8.4579 0 611.9366225366934 my_pulse
#rx: 6.0605 8.4579 0
#pml_cells: 3 3 0 3 3 0
#soil_peplinski: 0.5 0.5 2 2.66 0.28412148725903413 0.31... |
The discretisation step should be 1.4478 meters.
Make some random layers
The dimensions of the model are 55.9772 x 90.0674 x 83.0849 meters.
The internal resistance of the voltage source is 845.5063780312046 Ohms
I want the algorithm to run for 4905 iterations
The polarization of the pulse should 'x'
The central ... | Write the gprMax input file for this | #domain: 55.9772 90.0674 83.0849
#dx_dy_dz: 1.4478 1.4478 1.4478
#time_window: 4905
#waveform: gaussiandotnorm 1 3.066e9 my_pulse
#voltage_source: x 3.1204 26.6689 29.3945 845.5063780312046 my_pulse
#rx: 3.1204 26.6689 29.3945
#pml_cells: 3 3 0 3 3 0
#soil_peplinski: 0.5 0.5 2 2.66 0.3253383400856062 0.329803124... |
Tx should be placed at 14.2585, 0.1754, 3.898
The central frequency will be equal with 3436384.175 KHz
The polarization of the pulse should 'x'
Rx should be placed at the coordinates 14.2585, 0.1754, 3.898 meters
The duration of the signal will be 4.50030500195602e-06 seconds
The internal resistance of the voltage... | Model this | Error: You haven't defined the dimensions of the model |
The discretisation step should be 1.2212 meters.
Rx should be placed at the coordinates 14.2585, 0.1754, 3.898 meters
The dimensions of the model are 8.3945 x 69.6867 x 78.0802 meters.
I want the PML to be 25 cell thick
Tx should be placed at 14.2585, 0.1754, 3.898
The central frequency will be equal with 1062391.... | write this input file | #domain: 8.3945 69.6867 78.0802
#dx_dy_dz: 1.2212 1.2212 1.2212
#time_window: 9833
#waveform: gaussianprime 1 1062391.306e3 my_pulse
#hertzian_dipole: y 5.0751 63.6494 44.7965 my_pulse
#rx: 5.0751 63.6494 44.7965
#pml_cells: 25
#soil_peplinski: 0.5 0.5 2 2.66 0.05798591264564403 0.07096210464384245 pro_1
#fract... |
Generate random layers
The discretisation step should be 1.142 meters.
The polarization of the pulse should 'x'
Rx should be placed at the coordinates 9.0242, 34.3079, 29.6162 meters
The source should be placed at the coordinates 9.0242, 34.3079, 29.6162 meters
The pulse should be gaussiandotnorm
The duration of ... | write this input file | #domain: 9.2165 34.8087 41.7413
#dx_dy_dz: 1.142 1.142 1.142
#time_window: 1.85558430802056e-05
#waveform: gaussiandotnorm 1 4519355.51e3 my_pulse
#voltage_source: x 9.0242 34.3079 29.6162 563.6854658401041 my_pulse
#rx: 9.0242 34.3079 29.6162
#pml_cells: 25
#soil_peplinski: 0.5 0.5 2 2.66 0.08978606391629529 0.... |
The internal resistance of the voltage source is 954.5427457098809 Ohms
Generate random layers
The time window should be 2.6141246637367216e-05 seconds
The pulse should be gaussiandot
The discretisation step should be 0.6097 meters.
Tx is a Hertzian Dipole
The polarization of the pulse should 'x'
The dimensions ... | write this input file | #domain: 63.975 8.7443 0.6097
#dx_dy_dz: 0.6097 0.6097 0.6097
#time_window: 2.6141246637367216e-05
#waveform: gaussiandot 1 0.799e9 my_pulse
#hertzian_dipole: x 5.8512 1.9174 0 my_pulse
#rx: 5.8512 1.9174 0
#pml_cells: 25
#soil_peplinski: 0.5 0.5 2 2.66 0.047444536937420546 0.12499178500955613 pro_1
#fractal_bo... |
The internal resistance of the voltage source is 666.8422759087817 Ohms
The polarization of the pulse should 'y'
The time window should be 8.141327373010642e-06 seconds
The central frequency will be equal with 2165163.585 KHz
Tx is a Hertzian Dipole
The discretisation step should be 0.8051 meters.
The dimensions ... | write this input file | #domain: 58.8117 46.0093 63.8727
#dx_dy_dz: 0.8051 0.8051 0.8051
#time_window: 8.141327373010642e-06
#waveform: gaussiandot 1 2165163.585e3 my_pulse
#hertzian_dipole: y 13.1077 35.3118 2.7756 my_pulse
#rx: 13.1077 35.3118 2.7756
#pml_cells: 25
#soil_peplinski: 0.5 0.5 2 2.66 0.3005296218159486 0.3248486809184008... |
Tx is a Hertzian Dipole
I want FDTD to run for 14261 iterations
Generate random layers
The source should be placed at the coordinates 13.5468, 24.223, 38.6689 meters
The internal resistance of the voltage source is 572.8557121818109 Ohms
The discretisation step should be 0.7945 meters.
The pulse should be gaussia... | Make this model | #domain: 54.7309 47.3794 65.2805
#dx_dy_dz: 0.7945 0.7945 0.7945
#time_window: 14261
#waveform: gaussiandot 1 2696357.66e3 my_pulse
#hertzian_dipole: x 13.5468 24.223 38.6689 my_pulse
#rx: 13.5468 24.223 38.6689
#pml_cells: 20
#soil_peplinski: 0.5 0.5 2 2.66 0.28037133618437093 0.309570705293354 pro_1
#fractal_... |
Make some random layers
The source should be placed at the coordinates 13.5468, 24.223, 38.6689 meters
The discretisation step should be 0.6177 meters.
Rx should be placed at the coordinates 9.0242, 34.3079, 29.6162 meters
The dimensions of the model are 67.949 x 86.1672 x 71.3283 meters.
The central frequency wil... | Do this model | #domain: 67.949 86.1672 71.3283
#dx_dy_dz: 0.6177 0.6177 0.6177
#time_window: 1.338740572043639e-06
#waveform: gaussiandotnorm 1 380090.108e3 my_pulse
#hertzian_dipole: z 24.5514 9.8768 13.535 my_pulse
#rx: 24.5514 9.8768 13.535
#pml_cells: 29
#soil_peplinski: 0.5 0.5 2 2.66 0.345481344647106 0.34945052909391255... |
The dimensions of the model are 7.598 x 14.9645 x 51.0299 meters.
I want the PML to be 48 cell thick
Tx is a Hertzian Dipole
The excitation pulse should be gaussiandotnorm
The central frequency will be equal with 841.324 MHz
The polarization of the pulse should 'x'
The discretisation step should be 0.0763 meters.... | Write the gprMax input file for this | #domain: 7.598 14.9645 51.0299
#dx_dy_dz: 0.0763 0.0763 0.0763
#time_window: 3.376694519132553e-06
#waveform: gaussiandotnorm 1 841.324e6 my_pulse
#hertzian_dipole: x 6.2612 14.1255 32.6274 my_pulse
#rx: 6.2612 14.1255 32.6274
#pml_cells: 48
#soil_peplinski: 0.5 0.5 2 2.66 0.2860828214827591 0.31636798989027154 ... |
Tx is a voltage source
I want the PML to be 30 cell thick
The internal resistance of the voltage source is 301.73350042924585 Ohms
The polarization of the pulse should 'y'
The central frequency will be equal with 0.565 GHz
The dimensions of the model are 10.4597 x 90.0685 meters.
The pulse should be gaussiandot
... | write this input file | #domain: 10.4597 90.0685 0.1821
#dx_dy_dz: 0.1821 0.1821 0.1821
#time_window: 1.5839637388192365e-06
#waveform: gaussiandot 1 0.565e9 my_pulse
#voltage_source: y 9.4937 41.9043 0 301.73350042924585 my_pulse
#rx: 9.4937 41.9043 0
#pml_cells: 30 30 0 30 30 0
#soil_peplinski: 0.5 0.5 2 2.66 0.003315852177798806 0.2... |
I want the PML to be 77 cell thick
The pulse should be ricker
The source should be placed at 9.4937, 41.9043
The internal resistance of the voltage source is 221.79344741024676 Ohms
The central frequency will be equal with 3078709.853 KHz
Tx is a voltage source
The polarization of the pulse should 'x'
The discre... | write the input file for this | #domain: 30.7038 88.3992 0.6747
#dx_dy_dz: 0.6747 0.6747 0.6747
#time_window: 8494
#waveform: ricker 1 3078709.853e3 my_pulse
#voltage_source: x 14.8129 56.0498 0 221.79344741024676 my_pulse
#rx: 14.8129 56.0498 0
#pml_cells: 77 77 0 77 77 0
#soil_peplinski: 0.5 0.5 2 2.66 0.28461733845185355 0.30151414811444394... |
The pulse should be gaussiandoubleprime
Tx is a voltage source
I want the PML to be 9 cell thick
The polarization of the pulse should 'x'
The central frequency will be equal with 1549602.083 KHz
The dimensions of the model are 13.686 x 70.4994 meters.
Rx should be placed at the coordinates 4.5749, 13.0532 meters ... | write this input file | #domain: 13.686 70.4994 0.8511
#dx_dy_dz: 0.8511 0.8511 0.8511
#time_window: 13421
#waveform: gaussiandoubleprime 1 1549602.083e3 my_pulse
#voltage_source: x 4.5749 13.0532 0 241.82848360383912 my_pulse
#rx: 4.5749 13.0532 0
#pml_cells: 9 9 0 9 9 0
#soil_peplinski: 0.5 0.5 2 2.66 0.27966394062228367 0.2978617158... |
I want the PML to be 20 cell thick
Generate random layers
The discretisation step should be 1.5221 meters.
The central frequency will be equal with 192.011 MHz
Tx is a Hertzian Dipole
The internal resistance of the voltage source is 803.0662413921923 Ohms
The polarization of the pulse should 'x'
The dimensions o... | write the input file for this | #domain: 95.0445 21.739 1.5221
#dx_dy_dz: 1.5221 1.5221 1.5221
#time_window: 13225
#waveform: gaussianprime 1 192.011e6 my_pulse
#hertzian_dipole: x 50.2482 2.0649 0 my_pulse
#rx: 50.2482 2.0649 0
#pml_cells: 20 20 0 20 20 0
#soil_peplinski: 0.5 0.5 2 2.66 0.2073829299007181 0.2348934595409374 pro_1
#fractal_bo... |
Generate random layers
The dimensions of the model are 57.6399 x 47.4236 x 9.4821 meters.
The excitation pulse should be gaussian
Rx should be placed at the coordinates 4.5749, 13.0532 meters
Tx is a Hertzian Dipole
The discretisation step should be 1.4762 meters.
I want the algorithm to run for 26994 iterations ... | Make this gprMax model | #domain: 57.6399 47.4236 9.4821
#dx_dy_dz: 1.4762 1.4762 1.4762
#time_window: 26994
#waveform: gaussian 1 2582.845e6 my_pulse
#hertzian_dipole: y 17.2785 18.476 7.1525 my_pulse
#rx: 17.2785 18.476 7.1525
#pml_cells: 35
#soil_peplinski: 0.5 0.5 2 2.66 0.25709136187011455 0.2800456631400281 pro_1
#fractal_box: 0 ... |
The central frequency will be equal with 3375.422 MHz
Rx should be placed at the coordinates 4.5749, 13.0532 meters
Tx should be placed at 17.2785, 18.476, 7.1525
The discretisation step should be 0.8446 meters.
The internal resistance of the voltage source is 869.968008822673 Ohms
The duration of the signal will ... | Make this gprMax model | Error: You haven't defined the dimensions of the model |
Tx is a voltage source
Tx should be placed at 17.2785, 18.476, 7.1525
The dimensions of the model are 24.9878 x 5.1824 meters.
Generate random layers
The discretisation step should be 1.0833 meters.
The polarization of the pulse should 'y'
The pulse should be gaussianprime
I want the PML to be 69 cell thick
I w... | Do this model | #domain: 24.9878 5.1824 1.0833
#dx_dy_dz: 1.0833 1.0833 1.0833
#time_window: 16727
#waveform: gaussianprime 1 1.126e9 my_pulse
#voltage_source: y 5.5925 3.9392 0 997.5940618548608 my_pulse
#rx: 5.5925 3.9392 0
#pml_cells: 69 69 0 69 69 0
#soil_peplinski: 0.5 0.5 2 2.66 0.1296376560178626 0.3282883694927332 pro_1... |
Tx should be placed at 17.2785, 18.476, 7.1525
The internal resistance of the voltage source is 508.05566804338497 Ohms
Rx should be placed at the coordinates 4.5749, 13.0532 meters
The dimensions of the model are 39.315 x 3.3091 x 35.0345 meters.
Tx is a voltage source
The duration of the signal will be 1.6702267... | write this input file | #domain: 39.315 3.3091 35.0345
#dx_dy_dz: 1.0584 1.0584 1.0584
#time_window: 1.6702267093349625e-05
#waveform: ricker 1 3250315.137e3 my_pulse
#voltage_source: x 14.6404 2.5944 31.5406 508.05566804338497 my_pulse
#rx: 14.6404 2.5944 31.5406
#pml_cells: 18
#soil_peplinski: 0.5 0.5 2 2.66 0.0004430120168108231 0.1... |
The central frequency will be equal with 1253847.042 KHz
Tx is a Hertzian Dipole
The discretisation step should be 1.9451 meters.
Make some random layers
Rx should be placed at the coordinates 30.3709, 11.0813, 27.3605 meters
Tx should be placed at 17.2785, 18.476, 7.1525
The dimensions of the model are 57.8788 x... | Do this model | #domain: 57.8788 13.5629 32.003
#dx_dy_dz: 1.9451 1.9451 1.9451
#time_window: 23253
#waveform: gaussiandot 1 1253847.042e3 my_pulse
#hertzian_dipole: x 30.3709 11.0813 27.3605 my_pulse
#rx: 30.3709 11.0813 27.3605
#pml_cells: 18
#soil_peplinski: 0.5 0.5 2 2.66 0.17058104571778307 0.20653054672919335 pro_1
#frac... |
Generate random layers
The discretisation step should be 1.8875 meters.
The internal resistance of the voltage source is 114.25554311657137 Ohms
The central frequency will be equal with 0.212 GHz
The polarization of the pulse should 'x'
The dimensions of the model are 62.5574 x 4.0556 meters.
Tx source should be ... | Make this model | #domain: 62.5574 4.0556 1.8875
#dx_dy_dz: 1.8875 1.8875 1.8875
#time_window: 6.956166358725915e-06
#waveform: sine 1 0.212e9 my_pulse
#voltage_source: x 61.8212 2.35 0 114.25554311657137 my_pulse
#rx: 61.8212 2.35 0
#pml_cells: 7 7 0 7 7 0
#soil_peplinski: 0.5 0.5 2 2.66 0.22070591358312652 0.34146755273097995 p... |
Make some random layers
The internal resistance of the voltage source is 577.4226013309508 Ohms
The polarization of the pulse should 'x'
The receiver should be placed at 45.4447, 15.9135, 1.567
The excitation pulse should be gaussiandotdot
The discretisation step should be 0.1666 meters.
The dimensions of the mod... | Write the gprMax input file for this | #domain: 73.8473 80.5941 80.8234
#dx_dy_dz: 0.1666 0.1666 0.1666
#time_window: 14941
#waveform: gaussiandotdot 1 2289603.053e3 my_pulse
#voltage_source: x 45.4447 15.9135 1.567 577.4226013309508 my_pulse
#rx: 45.4447 15.9135 1.567
#pml_cells: 80
#soil_peplinski: 0.5 0.5 2 2.66 0.10874081011022317 0.3492032004985... |
The source should be placed at the coordinates 45.4447, 15.9135, 1.567 meters
Make some random layers
The pulse should be gaussiandot
Tx is a Hertzian Dipole
I want the PML to be 42 cell thick
The dimensions of the model are 20.2302 x 48.1613 x 98.045 meters.
The time window should be 2.421478528254815e-05 second... | Make this gprMax model | #domain: 20.2302 48.1613 98.045
#dx_dy_dz: 1.3457 1.3457 1.3457
#time_window: 2.421478528254815e-05
#waveform: gaussiandot 1 2289710.113e3 my_pulse
#hertzian_dipole: x 11.3505 38.4672 49.236 my_pulse
#rx: 11.3505 38.4672 49.236
#pml_cells: 42
#soil_peplinski: 0.5 0.5 2 2.66 0.2035855795916579 0.2327424341165329 ... |
The internal resistance of the voltage source is 971.5006504872206 Ohms
I want the PML to be 4 cell thick
Make some random layers
The source should be placed at the coordinates 8.9622, 10.1482, 4.704 meters
The time window should be 2.8494416443941626e-06 seconds
The discretisation step should be 1.2987 meters.
T... | write this input file | #domain: 30.0597 66.0978 96.8559
#dx_dy_dz: 1.2987 1.2987 1.2987
#time_window: 2.8494416443941626e-06
#waveform: ricker 1 2366551.178e3 my_pulse
#voltage_source: x 8.9622 10.1482 4.704 971.5006504872206 my_pulse
#rx: 8.9622 10.1482 4.704
#pml_cells: 4
#soil_peplinski: 0.5 0.5 2 2.66 0.2445861094060163 0.32607675... |
The discretisation step should be 0.9247 meters.
The dimensions of the model are 63.9255 x 5.414 meters.
Tx is a voltage source
Generate random layers
The excitation pulse should be gaussiandoubleprime
The polarization of the pulse should 'y'
The source should be placed at the coordinates 8.9622, 10.1482, 4.704 m... | Model this | #domain: 63.9255 5.414 0.9247
#dx_dy_dz: 0.9247 0.9247 0.9247
#time_window: 4.0600265141271884e-05
#waveform: gaussiandoubleprime 1 0.67e9 my_pulse
#voltage_source: y 15.3096 4.591 0 198.11689724664194 my_pulse
#rx: 15.3096 4.591 0
#pml_cells: 4
#soil_peplinski: 0.5 0.5 2 2.66 0.1701509187631042 0.31550015242034... |
The duration of the signal will be 6.449095146400396e-06 seconds
The internal resistance of the voltage source is 739.2816778757191 Ohms
The pulse should be gaussiandotdot
The central frequency will be equal with 3.718 GHz
The polarization of the pulse should 'x'
I want the PML to be 93 cell thick
Tx is a voltage... | Do this model | Error: You haven't defined the dimensions of the model |
The dimensions of the model are 82.6237 x 2.132 meters.
The polarization of the pulse should 'y'
The pulse should be ricker
The internal resistance of the voltage source is 628.2488611873798 Ohms
I want the algorithm to run for 16094 iterations
Generate random layers
I want the PML to be 44 cell thick
Tx is a He... | Do this model | #domain: 82.6237 2.132 1.1088
#dx_dy_dz: 1.1088 1.1088 1.1088
#time_window: 16094
#waveform: ricker 1 0.433e9 my_pulse
#hertzian_dipole: y 49.6278 1.0689 0 my_pulse
#rx: 49.6278 1.0689 0
#pml_cells: 44 44 0 44 44 0
#soil_peplinski: 0.5 0.5 2 2.66 0.10782648700391456 0.34653663151011493 pro_1
#fractal_box: 0 0 0... |
Rx should be placed at the coordinates 63.2046, 10.314, 9.2384 meters
The time window should be 8.970925815772323e-07 seconds
The source should be placed at the coordinates (63.2046, 10.314, 9.2384) meters
The polarization of the pulse should 'x'
Generate random layers
The internal resistance of the voltage source... | write the input file for this | #domain: 93.6775 35.7804 36.6113
#dx_dy_dz: 0.1014 0.1014 0.1014
#time_window: 8.970925815772323e-07
#waveform: ricker 1 2749.307e6 my_pulse
#hertzian_dipole: x 63.2046 10.314 9.2384 my_pulse
#rx: 63.2046 10.314 9.2384
#pml_cells: 56
#soil_peplinski: 0.5 0.5 2 2.66 0.339519029144933 0.34016784116221904 pro_1
#f... |
The dimensions of the model are 41.515 x 62.636 meters.
The polarization of the pulse should 'y'
Rx should be placed at the coordinates 63.2046, 10.314, 9.2384 meters
The central frequency will be equal with 2052.386 MHz
I want the PML to be 4 cell thick
The internal resistance of the voltage source is 142.3851261... | write this input file | #domain: 41.515 62.636 1.2009
#dx_dy_dz: 1.2009 1.2009 1.2009
#time_window: 1.2334799173770403e-05
#waveform: gaussiandot 1 2052.386e6 my_pulse
#hertzian_dipole: y 40.6814 9.5615 0 my_pulse
#rx: 40.6814 9.5615 0
#pml_cells: 4 4 0 4 4 0
#soil_peplinski: 0.5 0.5 2 2.66 0.08325870449178152 0.2294416734168332 pro_1 ... |
The pulse should be gaussiandotdot
Generate random layers
I want the PML to be 91 cell thick
Rx should be placed at the coordinates 63.2046, 10.314, 9.2384 meters
The central frequency will be equal with 1275324.744 KHz
Tx is a Hertzian Dipole
The internal resistance of the voltage source is 540.5494360212679 Ohm... | write the input file for this | #domain: 57.2065 25.6188 0.9101
#dx_dy_dz: 0.9101 0.9101 0.9101
#time_window: 4.1944031169289735e-05
#waveform: gaussiandotdot 1 1275324.744e3 my_pulse
#hertzian_dipole: y 6.4637 17.6686 0 my_pulse
#rx: 6.4637 17.6686 0
#pml_cells: 91 91 0 91 91 0
#soil_peplinski: 0.5 0.5 2 2.66 0.037189975228138106 0.3232444706... |
The source should be placed at the coordinates (35.0556, 15.8812) meters
The central frequency will be equal with 4718739.556 KHz
The pulse should be gaussiandotnorm
Generate random layers
Rx should be placed at the coordinates 63.2046, 10.314, 9.2384 meters
Tx is a voltage source
I want the algorithm to run for ... | Make this gprMax model | Error: You haven't defined the dimensions of the model |
The internal resistance of the voltage source is 545.5090442441266 Ohms
The discretisation step should be 1.0859 meters.
The excitation pulse should be gaussiandot
The dimensions of the model are 63.5159 x 74.3752 x 8.1982 meters.
The source should be placed at the coordinates (35.0556, 15.8812) meters
Tx is a Her... | Make this model | #domain: 63.5159 74.3752 8.1982
#dx_dy_dz: 1.0859 1.0859 1.0859
#time_window: 2.972126068156554e-05
#waveform: gaussiandot 1 0.713e9 my_pulse
#hertzian_dipole: y 2.2303 50.5987 3.3952 my_pulse
#rx: 2.2303 50.5987 3.3952
#pml_cells: 6
#soil_peplinski: 0.5 0.5 2 2.66 0.036186044319793054 0.18662701084630404 pro_1 ... |
The internal resistance of the voltage source is 747.7589917442839 Ohms
The discretisation step should be 1.8358 meters.
The dimensions of the model are 10.5284 x 93.3855 meters.
The duration of the signal will be 4.343425086619199e-06 seconds
The source should be placed at the coordinates (35.0556, 15.8812) meters... | Do this model | #domain: 10.5284 93.3855 1.8358
#dx_dy_dz: 1.8358 1.8358 1.8358
#time_window: 4.343425086619199e-06
#waveform: gaussiandotnorm 1 3558.292e6 my_pulse
#voltage_source: y 9.7424 65.6506 0 747.7589917442839 my_pulse
#rx: 9.7424 65.6506 0
#pml_cells: 13 13 0 13 13 0
#soil_peplinski: 0.5 0.5 2 2.66 0.2351624861325174 ... |
I want the PML to be 88 cell thick
The source should be placed at the coordinates (35.0556, 15.8812) meters
Generate random layers
I want FDTD to run for 13409 iterations
The polarization of the pulse should 'y'
The internal resistance of the voltage source is 641.8013826699367 Ohms
The dimensions of the model ar... | Make this model | #domain: 96.2136 53.2537 1.4215
#dx_dy_dz: 1.4215 1.4215 1.4215
#time_window: 13409
#waveform: sine 1 4011511.264e3 my_pulse
#hertzian_dipole: y 7.3747 26.0225 0 my_pulse
#rx: 7.3747 26.0225 0
#pml_cells: 88 88 0 88 88 0
#soil_peplinski: 0.5 0.5 2 2.66 0.1738680836139359 0.22961711003135094 pro_1
#fractal_box: ... |
The internal resistance of the voltage source is 769.7198178630371 Ohms
Tx is a Hertzian Dipole
The polarization of the pulse should 'y'
The central frequency will be equal with 3368.162 MHz
Rx should be placed at the coordinates 1.3417, 14.6439 meters
Tx source should be placed at the coordinates 1.3417, 14.6439 ... | Do this model | #domain: 6.6286 50.8691 0.7081
#dx_dy_dz: 0.7081 0.7081 0.7081
#time_window: 3568
#waveform: ricker 1 3368.162e6 my_pulse
#hertzian_dipole: y 1.3417 14.6439 0 my_pulse
#rx: 1.3417 14.6439 0
#pml_cells: 51 51 0 51 51 0
#soil_peplinski: 0.5 0.5 2 2.66 0.20116960105275547 0.2851713706194466 pro_1
#fractal_box: 0 0... |
The dimensions of the model are 71.8553 x 51.8658 x 34.3467 meters.
The polarization of the pulse should 'x'
Rx should be placed at the coordinates 1.3417, 14.6439 meters
The internal resistance of the voltage source is 869.6609395145161 Ohms
Tx source should be placed at the coordinates 1.3417, 14.6439 meters
Gen... | Do this model | #domain: 71.8553 51.8658 34.3467
#dx_dy_dz: 0.6978 0.6978 0.6978
#time_window: 1.496789356432559e-06
#waveform: gaussiandot 1 4.581e9 my_pulse
#voltage_source: x 18.9684 29.4074 25.8245 869.6609395145161 my_pulse
#rx: 18.9684 29.4074 25.8245
#pml_cells: 62
#soil_peplinski: 0.5 0.5 2 2.66 0.17085630018473608 0.23... |
I want the PML to be 91 cell thick
Generate random layers
The duration of the signal will be 2.9027547207506485e-05 seconds
The discretisation step should be 0.5503 meters.
The pulse should be gaussiandot
The polarization of the pulse should 'y'
Tx is a Hertzian Dipole
Tx should be placed at 0.4112, 68.8644, 0.4... | Model this | #domain: 1.1479 75.642 5.4834
#dx_dy_dz: 0.5503 0.5503 0.5503
#time_window: 2.9027547207506485e-05
#waveform: gaussiandot 1 2.679e9 my_pulse
#hertzian_dipole: y 0.4112 68.8644 0.4385 my_pulse
#rx: 0.4112 68.8644 0.4385
#pml_cells: 91
#soil_peplinski: 0.5 0.5 2 2.66 0.16781087265272884 0.18203364809495945 pro_1
... |
The receiver should be placed at the coordinates (15.4933, 3.0418, 1.2417) meters
Tx should be placed at 0.4112, 68.8644, 0.4385
Tx is a Hertzian Dipole
The internal resistance of the voltage source is 735.8713806172383 Ohms
The polarization of the pulse should 'y'
Generate random layers
The excitation pulse shou... | write this input file | #domain: 38.3854 10.8278 17.7277
#dx_dy_dz: 0.1964 0.1964 0.1964
#time_window: 13986
#waveform: gaussiandotdot 1 783639.938e3 my_pulse
#hertzian_dipole: y 15.4933 3.0418 1.2417 my_pulse
#rx: 15.4933 3.0418 1.2417
#pml_cells: 71
#soil_peplinski: 0.5 0.5 2 2.66 0.1444798240765459 0.23380757672541133 pro_1
#fracta... |
The discretisation step should be 0.0685 meters.
The pulse should be gaussiandot
The polarization of the pulse should 'y'
I want the algorithm to run for 25283 iterations
The dimensions of the model are 36.0708 x 86.853 meters.
The internal resistance of the voltage source is 474.1539557573796 Ohms
Generate rando... | Do this model | #domain: 36.0708 86.853 0.0685
#dx_dy_dz: 0.0685 0.0685 0.0685
#time_window: 25283
#waveform: gaussiandot 1 1502369.995e3 my_pulse
#voltage_source: y 22.0894 78.9413 0 474.1539557573796 my_pulse
#rx: 22.0894 78.9413 0
#pml_cells: 33 33 0 33 33 0
#soil_peplinski: 0.5 0.5 2 2.66 0.294850974761681 0.339682516769493... |
Tx is a voltage source
The central frequency will be equal with 1.404 GHz
I want the PML to be 27 cell thick
The duration of the signal will be 1.255931512991421e-05 seconds
The dimensions of the model are 68.7515 x 24.6864 meters.
The excitation pulse should be gaussianprime
The polarization of the pulse should ... | write this input file | #domain: 68.7515 24.6864 1.1359
#dx_dy_dz: 1.1359 1.1359 1.1359
#time_window: 1.255931512991421e-05
#waveform: gaussianprime 1 1.404e9 my_pulse
#voltage_source: x 33.398 8.2382 0 990.0107232131581 my_pulse
#rx: 33.398 8.2382 0
#pml_cells: 27 27 0 27 27 0
#soil_peplinski: 0.5 0.5 2 2.66 0.2897393297434559 0.30090... |
Tx source should be placed at the coordinates 48.218, 74.5375 meters
The internal resistance of the voltage source is 500.17316362522456 Ohms
The central frequency will be equal with 1775666.818 KHz
The polarization of the pulse should 'x'
I want the PML to be 16 cell thick
The discretisation step should be 1.0089... | Make this model | #domain: 53.2794 86.9006 1.0089
#dx_dy_dz: 1.0089 1.0089 1.0089
#time_window: 3.776611982310967e-05
#waveform: ricker 1 1775666.818e3 my_pulse
#hertzian_dipole: x 48.218 74.5375 0 my_pulse
#rx: 48.218 74.5375 0
#pml_cells: 16 16 0 16 16 0
#soil_peplinski: 0.5 0.5 2 2.66 0.021193289047392892 0.2541122851113084 pr... |
The time window should be 2.301578129672296e-05 seconds
Make some random layers
The pulse should be gaussiandot
The receiver should be placed at 48.218, 74.5375
I want the PML to be 96 cell thick
The polarization of the pulse should 'y'
Tx is a Hertzian Dipole
The discretisation step should be 1.0472 meters.
Th... | write this input file | Error: You haven't defined the dimensions of the model |
The dimensions of the model are 75.6635 x 45.2268 x 98.8966 meters.
Generate random layers
The internal resistance of the voltage source is 279.5588336946294 Ohms
Tx is a voltage source
The polarization of the pulse should 'y'
I want the PML to be 5 cell thick
The source should be placed at the coordinates (30.76... | Make this model | #domain: 75.6635 45.2268 98.8966
#dx_dy_dz: 0.1867 0.1867 0.1867
#time_window: 13044
#waveform: gaussianprime 1 3482297.109e3 my_pulse
#voltage_source: y 30.7611 11.0323 54.3219 279.5588336946294 my_pulse
#rx: 30.7611 11.0323 54.3219
#pml_cells: 5
#soil_peplinski: 0.5 0.5 2 2.66 0.1573581034113871 0.325227434513... |
I want the PML to be 29 cell thick
The time window should be 1.6850284263297786e-05 seconds
The discretisation step should be 0.4816 meters.
The polarization of the pulse should 'y'
The excitation pulse should be gaussian
Tx should be placed at 9.1698, 4.1466, 0.5829
The dimensions of the model are 32.7697 x 47.3... | write the input file for this | #domain: 32.7697 47.3891 3.3885
#dx_dy_dz: 0.4816 0.4816 0.4816
#time_window: 1.6850284263297786e-05
#waveform: gaussian 1 4883618.714e3 my_pulse
#hertzian_dipole: y 9.1698 4.1466 0.5829 my_pulse
#rx: 9.1698 4.1466 0.5829
#pml_cells: 29
#soil_peplinski: 0.5 0.5 2 2.66 0.3162211714735188 0.3361461257284741 pro_1 ... |
Tx should be placed at 9.1698, 4.1466, 0.5829
The receiver should be placed at the coordinates (30.7611, 11.0323, 54.3219) meters
The internal resistance of the voltage source is 866.9458109795687 Ohms
The polarization of the pulse should 'y'
The discretisation step should be 1.3623 meters.
The dimensions of the m... | Do this model | #domain: 6.7081 86.9428 1.3623
#dx_dy_dz: 1.3623 1.3623 1.3623
#time_window: 12404
#waveform: gaussiandotnorm 1 2216.463e6 my_pulse
#hertzian_dipole: y 4.4359 17.8319 0 my_pulse
#rx: 4.4359 17.8319 0
#pml_cells: 26 26 0 26 26 0
#soil_peplinski: 0.5 0.5 2 2.66 0.16026915182646878 0.2712756604423179 pro_1
#fracta... |
I want the PML to be 0 cell thick
The internal resistance of the voltage source is 61.411295128881214 Ohms
The receiver should be placed at the coordinates (30.7611, 11.0323, 54.3219) meters
The excitation pulse should be gaussiandotdotnorm
Make some random layers
The discretisation step should be 0.2465 meters.
... | write this input file | #domain: 17.2409 25.5185 88.6332
#dx_dy_dz: 0.2465 0.2465 0.2465
#time_window: 8.879761832371438e-06
#waveform: gaussiandotdotnorm 1 2025.373e6 my_pulse
#voltage_source: y 9.3003 2.9857 37.9913 61.411295128881214 my_pulse
#rx: 9.3003 2.9857 37.9913
#pml_cells: 0
#soil_peplinski: 0.5 0.5 2 2.66 0.0552804258279994... |
The internal resistance of the voltage source is 421.2425322810799 Ohms
The excitation pulse should be ricker
Tx should be placed at 9.1698, 4.1466, 0.5829
I want FDTD to run for 26354 iterations
The dimensions of the model are 99.0621 x 89.3143 meters.
Generate random layers
The discretisation step should be 1.1... | Model this | #domain: 99.0621 89.3143 1.1647
#dx_dy_dz: 1.1647 1.1647 1.1647
#time_window: 26354
#waveform: ricker 1 2.249e9 my_pulse
#hertzian_dipole: y 1.5011 26.5809 0 my_pulse
#rx: 1.5011 26.5809 0
#pml_cells: 68 68 0 68 68 0
#soil_peplinski: 0.5 0.5 2 2.66 0.13518050581185517 0.2600581624732689 pro_1
#fractal_box: 0 0 ... |
The discretisation step should be 1.3738 meters.
Tx is a Hertzian Dipole
The excitation pulse should be gaussian
The central frequency will be equal with 3477.61 MHz
I want the PML to be 48 cell thick
Tx should be placed at 9.1698, 4.1466, 0.5829
Generate random layers
The polarization of the pulse should 'x'
T... | Model this | Error: You haven't defined the dimensions of the model |
The internal resistance of the voltage source is 943.2270733714607 Ohms
The polarization of the pulse should 'y'
The time window should be 2.921270517206955e-05 seconds
I want the PML to be 69 cell thick
The discretisation step should be 0.1283 meters.
The pulse should be sine
The central frequency will be equal ... | Make this model | Error: You haven't defined the dimensions of the model |
The internal resistance of the voltage source is 624.6244986550247 Ohms
The pulse should be gaussiandotdotnorm
The receiver should be placed at 34.6799, 1.5199, 35.8625
Tx is a Hertzian Dipole
Generate random layers
The central frequency will be equal with 4244.666 MHz
The dimensions of the model are 78.2576 x 4.... | Do this model | #domain: 78.2576 4.0498 52.3357
#dx_dy_dz: 0.1493 0.1493 0.1493
#time_window: 1.4987631378011364e-06
#waveform: gaussiandotdotnorm 1 4244.666e6 my_pulse
#hertzian_dipole: x 34.6799 1.5199 35.8625 my_pulse
#rx: 34.6799 1.5199 35.8625
#pml_cells: 68
#soil_peplinski: 0.5 0.5 2 2.66 0.1451280121358241 0.214252601974... |
Rx should be placed at the coordinates 30.7293, 4.9935 meters
The central frequency will be equal with 3700534.572 KHz
The source should be placed at 30.7293, 4.9935
Make some random layers
The polarization of the pulse should 'x'
The internal resistance of the voltage source is 379.07634788774357 Ohms
The excita... | Make this model | #domain: 31.1958 15.7009 1.8212
#dx_dy_dz: 1.8212 1.8212 1.8212
#time_window: 2.047389746699158e-05
#waveform: sine 1 3700534.572e3 my_pulse
#hertzian_dipole: x 30.7293 4.9935 0 my_pulse
#rx: 30.7293 4.9935 0
#pml_cells: 40 40 0 40 40 0
#soil_peplinski: 0.5 0.5 2 2.66 0.019764457382492412 0.17520810982880836 pro... |
The internal resistance of the voltage source is 38.11225875584589 Ohms
The source should be placed at the coordinates 25.1297, 12.2239, 11.7023 meters
Generate random layers
Tx is a Hertzian Dipole
The polarization of the pulse should 'y'
The pulse should be gaussiandotdotnorm
The time window should be 1.3169594... | Write the gprMax input file for this | Error: You haven't defined the dimensions of the model |
Tx is a Hertzian Dipole
The excitation pulse should be sine
Make some random layers
The dimensions of the model are 53.4666 x 23.7694 x 7.4581 meters.
The source should be placed at the coordinates 25.1297, 12.2239, 11.7023 meters
The internal resistance of the voltage source is 999.7773609728189 Ohms
I want the ... | Make this gprMax model | #domain: 53.4666 23.7694 7.4581
#dx_dy_dz: 0.152 0.152 0.152
#time_window: 14083
#waveform: sine 1 4684.309e6 my_pulse
#hertzian_dipole: y 41.1048 8.8664 6.1101 my_pulse
#rx: 41.1048 8.8664 6.1101
#pml_cells: 2
#soil_peplinski: 0.5 0.5 2 2.66 0.18730681899701895 0.19029166394297406 pro_1
#fractal_box: 0 0 0 53.... |
The duration of the signal will be 6.5885001617132565e-06 seconds
The internal resistance of the voltage source is 94.59523109343037 Ohms
The central frequency will be equal with 2476.277 MHz
The excitation pulse should be gaussian
Generate random layers
Tx is a Hertzian Dipole
The discretisation step should be 0... | Do this model | #domain: 63.1781 36.4573 0.1956
#dx_dy_dz: 0.1956 0.1956 0.1956
#time_window: 6.5885001617132565e-06
#waveform: gaussian 1 2476.277e6 my_pulse
#hertzian_dipole: x 32.3245 15.5911 0 my_pulse
#rx: 32.3245 15.5911 0
#pml_cells: 60 60 0 60 60 0
#soil_peplinski: 0.5 0.5 2 2.66 0.15360211984119435 0.254231982296788 pr... |
The pulse should be gaussianprime
The central frequency will be equal with 1583399.587 KHz
The receiver should be placed at the coordinates (23.2644, 24.6173, 6.5756) meters
Generate random layers
The time window should be 3.711458295683624e-05 seconds
The dimensions of the model are 31.645 x 25.5723 x 43.6681 met... | Model this | #domain: 31.645 25.5723 43.6681
#dx_dy_dz: 0.0591 0.0591 0.0591
#time_window: 3.711458295683624e-05
#waveform: gaussianprime 1 1583399.587e3 my_pulse
#hertzian_dipole: y 23.2644 24.6173 6.5756 my_pulse
#rx: 23.2644 24.6173 6.5756
#pml_cells: 46
#soil_peplinski: 0.5 0.5 2 2.66 0.0042606177218268365 0.035870010229... |
I want FDTD to run for 24463 iterations
The discretisation step should be 0.5428 meters.
The central frequency will be equal with 1.77 GHz
The dimensions of the model are 2.8504 x 86.1306 x 12.0487 meters.
The polarization of the pulse should 'y'
The internal resistance of the voltage source is 316.92189763921806 ... | write the input file for this | #domain: 2.8504 86.1306 12.0487
#dx_dy_dz: 0.5428 0.5428 0.5428
#time_window: 24463
#waveform: gaussiandot 1 1.77e9 my_pulse
#hertzian_dipole: y 0.9224 22.4282 3.0168 my_pulse
#rx: 0.9224 22.4282 3.0168
#pml_cells: 3
#soil_peplinski: 0.5 0.5 2 2.66 0.06291584076681533 0.18762865169436604 pro_1
#fractal_box: 0 0... |
The discretisation step should be 1.4076 meters.
The dimensions of the model are 62.3112 x 95.7262 meters.
The receiver should be placed at the coordinates (12.9621, 56.3666) meters
Tx is a voltage source
Make some random layers
The time window should be 4.138567015356242e-06 seconds
The source should be placed a... | Do this model | #domain: 62.3112 95.7262 1.4076
#dx_dy_dz: 1.4076 1.4076 1.4076
#time_window: 4.138567015356242e-06
#waveform: gaussiandotnorm 1 4.626e9 my_pulse
#voltage_source: x 12.9621 56.3666 0 953.6740551442239 my_pulse
#rx: 12.9621 56.3666 0
#pml_cells: 3
#soil_peplinski: 0.5 0.5 2 2.66 0.2475526991493255 0.2944044119884... |
I want the PML to be 90 cell thick
The excitation pulse should be ricker
The dimensions of the model are 13.082 x 28.9333 x 47.4574 meters.
The receiver should be placed at the coordinates (12.9621, 56.3666) meters
Generate random layers
The polarization of the pulse should 'x'
The source should be placed at the ... | Write the gprMax input file for this | #domain: 13.082 28.9333 47.4574
#dx_dy_dz: 0.2603 0.2603 0.2603
#time_window: 17803
#waveform: ricker 1 2.523e9 my_pulse
#voltage_source: x 2.2916 28.0888 16.6901 285.6486822802211 my_pulse
#rx: 2.2916 28.0888 16.6901
#pml_cells: 90
#soil_peplinski: 0.5 0.5 2 2.66 0.035275868250218854 0.345237735314196 pro_1
#f... |
Tx is a voltage source
The internal resistance of the voltage source is 317.123770397573 Ohms
The central frequency will be equal with 4.865 GHz
Make some random layers
I want FDTD to run for 19334 iterations
The source should be placed at the coordinates 2.2916, 28.0888, 16.6901 meters
The dimensions of the mode... | Make this gprMax model | #domain: 55.9652 2.5197 36.6728
#dx_dy_dz: 1.9662 1.9662 1.9662
#time_window: 19334
#waveform: gaussiandotdotnorm 1 4.865e9 my_pulse
#voltage_source: y 27.6955 0.171 19.4535 317.123770397573 my_pulse
#rx: 27.6955 0.171 19.4535
#pml_cells: 90
#soil_peplinski: 0.5 0.5 2 2.66 0.013242036801470125 0.2125389315880602... |
The source should be placed at 52.6955, 86.1397
The receiver should be placed at the coordinates (12.9621, 56.3666) meters
The dimensions of the model are 52.9261 x 98.1383 meters.
The internal resistance of the voltage source is 924.5838464704817 Ohms
The excitation pulse should be gaussian
I want FDTD to run for... | write the input file for this | #domain: 52.9261 98.1383 0.0647
#dx_dy_dz: 0.0647 0.0647 0.0647
#time_window: 29184
#waveform: gaussian 1 3.892e9 my_pulse
#hertzian_dipole: y 52.6955 86.1397 0 my_pulse
#rx: 52.6955 86.1397 0
#pml_cells: 29 29 0 29 29 0
#soil_peplinski: 0.5 0.5 2 2.66 0.12531985276673938 0.29310405621191077 pro_1
#fractal_box:... |
The central frequency will be equal with 4125.18 MHz
The dimensions of the model are 83.5206 x 77.3021 meters.
The polarization of the pulse should 'y'
I want the PML to be 60 cell thick
The internal resistance of the voltage source is 719.0847757891006 Ohms
Tx is a Hertzian Dipole
The time window should be 1.990... | Write the gprMax input file for this | #domain: 83.5206 77.3021 0.1052
#dx_dy_dz: 0.1052 0.1052 0.1052
#time_window: 1.990290161053702e-05
#waveform: gaussiandotnorm 1 4125.18e6 my_pulse
#hertzian_dipole: y 23.2322 51.3869 0 my_pulse
#rx: 23.2322 51.3869 0
#pml_cells: 60 60 0 60 60 0
#soil_peplinski: 0.5 0.5 2 2.66 0.1893218431686603 0.30420257800914... |
I want the PML to be 41 cell thick
The polarization of the pulse should 'y'
The discretisation step should be 1.721 meters.
The excitation pulse should be gaussiandotdot
The source should be placed at the coordinates (38.7915, 3.0052, 58.7583) meters
The dimensions of the model are 61.382 x 42.4043 x 82.5192 meter... | write this input file | #domain: 61.382 42.4043 82.5192
#dx_dy_dz: 1.721 1.721 1.721
#time_window: 7.066253601020344e-06
#waveform: gaussiandotdot 1 700094.333e3 my_pulse
#hertzian_dipole: y 38.7915 3.0052 58.7583 my_pulse
#rx: 38.7915 3.0052 58.7583
#pml_cells: 41
#soil_peplinski: 0.5 0.5 2 2.66 0.22593566014329047 0.3376059165430593 ... |
The central frequency will be equal with 3411022.829 KHz
Generate random layers
The polarization of the pulse should 'x'
I want the PML to be 23 cell thick
The duration of the signal will be 2.0185721956319025e-05 seconds
The dimensions of the model are 5.8688 x 43.8928 x 7.5828 meters.
Tx is a Hertzian Dipole
T... | Make this gprMax model | #domain: 5.8688 43.8928 7.5828
#dx_dy_dz: 1.6353 1.6353 1.6353
#time_window: 2.0185721956319025e-05
#waveform: sine 1 3411022.829e3 my_pulse
#hertzian_dipole: x 4.9123 25.0622 2.4961 my_pulse
#rx: 4.9123 25.0622 2.4961
#pml_cells: 23
#soil_peplinski: 0.5 0.5 2 2.66 0.22783921475160593 0.3462981100383352 pro_1
#... |
The discretisation step should be 0.7741 meters.
Tx should be placed at 62.5554, 13.9167, 25.9637
The pulse should be gaussianprime
The receiver should be placed at the coordinates (62.5554, 13.9167, 25.9637) meters
The dimensions of the model are 74.4351 x 33.5873 x 27.6407 meters.
The internal resistance of the ... | Make this model | #domain: 74.4351 33.5873 27.6407
#dx_dy_dz: 0.7741 0.7741 0.7741
#time_window: 3.2691121178848784e-05
#waveform: gaussianprime 1 4.525e9 my_pulse
#hertzian_dipole: x 62.5554 13.9167 25.9637 my_pulse
#rx: 62.5554 13.9167 25.9637
#pml_cells: 23
#soil_peplinski: 0.5 0.5 2 2.66 0.011387957405310706 0.249708821041326... |
Generate random layers
I want the PML to be 76 cell thick
Rx should be placed at the coordinates 1.8965, 0.3086 meters
The internal resistance of the voltage source is 505.04340646685563 Ohms
The duration of the signal will be 9.927306792543249e-06 seconds
The central frequency will be equal with 1.762 GHz
The di... | write the input file for this | #domain: 3.6356 4.0085 0.8525
#dx_dy_dz: 0.8525 0.8525 0.8525
#time_window: 9.927306792543249e-06
#waveform: gaussiandot 1 1.762e9 my_pulse
#hertzian_dipole: x 1.8965 0.3086 0 my_pulse
#rx: 1.8965 0.3086 0
#pml_cells: 76 76 0 76 76 0
#soil_peplinski: 0.5 0.5 2 2.66 0.2533033832377197 0.3195396436094842 pro_1
#f... |
Tx is a voltage source
The polarization of the pulse should 'x'
Tx should be placed at 23.9688, 0.5568, 12.4841
The internal resistance of the voltage source is 15.368979236523582 Ohms
Rx should be placed at the coordinates 1.8965, 0.3086 meters
I want the algorithm to run for 17173 iterations
The dimensions of t... | Do this model | #domain: 88.268 0.8275 39.5795
#dx_dy_dz: 0.9137 0.9137 0.9137
#time_window: 17173
#waveform: ricker 1 4836.587e6 my_pulse
#voltage_source: x 23.9688 0.5568 12.4841 15.368979236523582 my_pulse
#rx: 23.9688 0.5568 12.4841
#pml_cells: 18
#soil_peplinski: 0.5 0.5 2 2.66 0.1614616043964444 0.32191700112485894 pro_1 ... |
I want the PML to be 33 cell thick
The central frequency will be equal with 1556.415 MHz
The source should be placed at the coordinates (28.569, 65.5739, 77.4811) meters
The discretisation step should be 0.2647 meters.
I want FDTD to run for 12346 iterations
Generate random layers
Rx should be placed at the coord... | Write the gprMax input file for this | #domain: 30.7688 83.9975 79.6988
#dx_dy_dz: 0.2647 0.2647 0.2647
#time_window: 12346
#waveform: gaussiandoubleprime 1 1556.415e6 my_pulse
#hertzian_dipole: x 28.569 65.5739 77.4811 my_pulse
#rx: 28.569 65.5739 77.4811
#pml_cells: 33
#soil_peplinski: 0.5 0.5 2 2.66 0.18558757022302433 0.2624389299609613 pro_1
#f... |
I want the PML to be 64 cell thick
Rx should be placed at the coordinates 1.8965, 0.3086 meters
I want the algorithm to run for 12606 iterations
The dimensions of the model are 44.8428 x 37.005 meters.
The internal resistance of the voltage source is 370.18227965139704 Ohms
The discretisation step should be 1.5543... | write this input file | #domain: 44.8428 37.005 1.5543
#dx_dy_dz: 1.5543 1.5543 1.5543
#time_window: 12606
#waveform: sine 1 1298115.087e3 my_pulse
#voltage_source: x 10.2171 29.0668 0 370.18227965139704 my_pulse
#rx: 10.2171 29.0668 0
#pml_cells: 64 64 0 64 64 0
#soil_peplinski: 0.5 0.5 2 2.66 0.0607750886728706 0.16790262812600926 pr... |
The pulse should be gaussianprime
The dimensions of the model are 66.6517 x 16.9205 meters.
I want the PML to be 19 cell thick
I want FDTD to run for 20960 iterations
The receiver should be placed at 49.7362, 2.0884
The source should be placed at the coordinates (28.569, 65.5739, 77.4811) meters
Tx is a Hertzian ... | Model this | #domain: 66.6517 16.9205 0.7823
#dx_dy_dz: 0.7823 0.7823 0.7823
#time_window: 20960
#waveform: gaussianprime 1 3.907e9 my_pulse
#hertzian_dipole: x 49.7362 2.0884 0 my_pulse
#rx: 49.7362 2.0884 0
#pml_cells: 19 19 0 19 19 0
#soil_peplinski: 0.5 0.5 2 2.66 0.3391897892545376 0.34209405746573274 pro_1
#fractal_bo... |
The time window should be 1.06782204818348e-06 seconds
The polarization of the pulse should 'y'
The receiver should be placed at 2.1036, 4.201
Make some random layers
The discretisation step should be 0.7441 meters.
The central frequency will be equal with 2012.701 MHz
The excitation pulse should be sine
I want ... | Make this model | Error: You haven't defined the dimensions of the model |
Make some random layers
The dimensions of the model are 45.6606 x 53.9937 meters.
The internal resistance of the voltage source is 578.4730446630273 Ohms
The central frequency will be equal with 1.9 GHz
Tx is a voltage source
The excitation pulse should be gaussiandotdot
The polarization of the pulse should 'y'
... | Do this model | #domain: 45.6606 53.9937 0.9435
#dx_dy_dz: 0.9435 0.9435 0.9435
#time_window: 2.9545325003656e-07
#waveform: gaussiandotdot 1 1.9e9 my_pulse
#voltage_source: y 15.6059 1.3765 0 578.4730446630273 my_pulse
#rx: 15.6059 1.3765 0
#pml_cells: 24 24 0 24 24 0
#soil_peplinski: 0.5 0.5 2 2.66 0.017273499996447794 0.2463... |
The receiver should be placed at the coordinates (2.0673, 62.7937, 8.0023) meters
The duration of the signal will be 1.3660726923120894e-05 seconds
The polarization of the pulse should 'x'
The excitation pulse should be gaussiandoubleprime
The internal resistance of the voltage source is 121.15215571467208 Ohms
Tx... | Do this model | Error: You haven't defined the dimensions of the model |
The internal resistance of the voltage source is 925.690333351319 Ohms
Make some random layers
Tx is a Hertzian Dipole
The dimensions of the model are 75.387 x 22.4927 meters.
The polarization of the pulse should 'y'
I want FDTD to run for 11228 iterations
The pulse should be sine
The discretisation step should ... | Write the gprMax input file for this | #domain: 75.387 22.4927 1.9927
#dx_dy_dz: 1.9927 1.9927 1.9927
#time_window: 11228
#waveform: sine 1 863.957e6 my_pulse
#hertzian_dipole: y 53.9088 5.3439 0 my_pulse
#rx: 53.9088 5.3439 0
#pml_cells: 68 68 0 68 68 0
#soil_peplinski: 0.5 0.5 2 2.66 0.1862831789673414 0.2261996630914717 pro_1
#fractal_box: 0 0 0 ... |
Make some random layers
Rx should be placed at the coordinates 53.9088, 5.3439 meters
The discretisation step should be 1.2916 meters.
I want the algorithm to run for 13534 iterations
Tx is a voltage source
The central frequency will be equal with 417159.984 KHz
The polarization of the pulse should 'x'
The inter... | Make this gprMax model | Error: You haven't defined the dimensions of the model |
I want the PML to be 18 cell thick
The source should be placed at the coordinates (21.7092, 30.5187) meters
Make some random layers
Tx is a Hertzian Dipole
The excitation pulse should be gaussiandotdotnorm
The polarization of the pulse should 'y'
The dimensions of the model are 81.981 x 65.1125 meters.
The centr... | Write the gprMax input file for this | #domain: 81.981 65.1125 0.6698
#dx_dy_dz: 0.6698 0.6698 0.6698
#time_window: 27360
#waveform: gaussiandotdotnorm 1 4586.364e6 my_pulse
#hertzian_dipole: y 21.7092 30.5187 0 my_pulse
#rx: 21.7092 30.5187 0
#pml_cells: 18 18 0 18 18 0
#soil_peplinski: 0.5 0.5 2 2.66 0.29379599706950277 0.317933226715298 pro_1
#fr... |
The discretisation step should be 0.0805 meters.
Generate random layers
The polarization of the pulse should 'x'
The internal resistance of the voltage source is 551.1178220551825 Ohms
The pulse should be gaussiandot
I want the PML to be 15 cell thick
The time window should be 2.9211798340748678e-05 seconds
Tx i... | Make this model | #domain: 15.5709 41.0271 44.6187
#dx_dy_dz: 0.0805 0.0805 0.0805
#time_window: 2.9211798340748678e-05
#waveform: gaussiandot 1 2436615.448e3 my_pulse
#hertzian_dipole: x 1.5607 29.3334 4.8524 my_pulse
#rx: 1.5607 29.3334 4.8524
#pml_cells: 15
#soil_peplinski: 0.5 0.5 2 2.66 0.2579495621006867 0.34474832618673806... |
The internal resistance of the voltage source is 969.3324921572282 Ohms
Make some random layers
I want the PML to be 99 cell thick
The central frequency will be equal with 4.998 GHz
The excitation pulse should be gaussiandoubleprime
The polarization of the pulse should 'y'
I want the algorithm to run for 24290 it... | Do this model | #domain: 30.4458 84.134 1.0567
#dx_dy_dz: 1.0567 1.0567 1.0567
#time_window: 24290
#waveform: gaussiandoubleprime 1 4.998e9 my_pulse
#voltage_source: y 24.9384 53.4882 0 969.3324921572282 my_pulse
#rx: 24.9384 53.4882 0
#pml_cells: 99 99 0 99 99 0
#soil_peplinski: 0.5 0.5 2 2.66 0.09365946900483774 0.11246290815... |
The source should be placed at the coordinates (24.9384, 53.4882) meters
I want the PML to be 71 cell thick
The internal resistance of the voltage source is 997.0784954586319 Ohms
The excitation pulse should be gaussiandotnorm
The dimensions of the model are 72.8737 x 94.6653 x 34.218 meters.
I want FDTD to run fo... | Make this model | #domain: 72.8737 94.6653 34.218
#dx_dy_dz: 0.4481 0.4481 0.4481
#time_window: 29013
#waveform: gaussiandotnorm 1 3.296e9 my_pulse
#hertzian_dipole: x 63.1204 83.8474 0.3064 my_pulse
#rx: 63.1204 83.8474 0.3064
#pml_cells: 71
#soil_peplinski: 0.5 0.5 2 2.66 0.05228173890594261 0.3117926367265876 pro_1
#fractal_b... |
Generate random layers
The polarization of the pulse should 'x'
The central frequency will be equal with 620.509 MHz
The internal resistance of the voltage source is 302.3880679970674 Ohms
The duration of the signal will be 2.1116023857262859e-07 seconds
I want the PML to be 74 cell thick
The discretisation step ... | Model this | #domain: 41.3386 32.0507 95.7355
#dx_dy_dz: 0.9349 0.9349 0.9349
#time_window: 2.1116023857262859e-07
#waveform: ricker 1 620.509e6 my_pulse
#hertzian_dipole: x 15.7343 18.7569 69.1381 my_pulse
#rx: 15.7343 18.7569 69.1381
#pml_cells: 74
#soil_peplinski: 0.5 0.5 2 2.66 0.03893043025643888 0.11216819884030249 pro... |
The dimensions of the model are 91.9968 x 82.5677 meters.
Tx is a voltage source
The polarization of the pulse should 'y'
The central frequency will be equal with 4.942 GHz
Tx should be placed at 15.7343, 18.7569, 69.1381
Make some random layers
I want the PML to be 76 cell thick
Rx should be placed at the coord... | write this input file | #domain: 91.9968 82.5677 1.3087
#dx_dy_dz: 1.3087 1.3087 1.3087
#time_window: 24396
#waveform: ricker 1 4.942e9 my_pulse
#voltage_source: y 28.1786 34.6519 0 832.3944688716101 my_pulse
#rx: 28.1786 34.6519 0
#pml_cells: 76 76 0 76 76 0
#soil_peplinski: 0.5 0.5 2 2.66 0.08564185745442057 0.26410788192894197 pro_1... |
Rx should be placed at the coordinates 28.1786, 34.6519 meters
The internal resistance of the voltage source is 53.49075784407409 Ohms
I want the PML to be 42 cell thick
The duration of the signal will be 1.3896320272359948e-06 seconds
Tx is a voltage source
The dimensions of the model are 27.9402 x 41.6777 x 17.9... | write the input file for this | #domain: 27.9402 41.6777 17.9824
#dx_dy_dz: 1.1164 1.1164 1.1164
#time_window: 1.3896320272359948e-06
#waveform: gaussiandot 1 1.672e9 my_pulse
#voltage_source: x 25.0596 8.2073 3.0921 53.49075784407409 my_pulse
#rx: 25.0596 8.2073 3.0921
#pml_cells: 42
#soil_peplinski: 0.5 0.5 2 2.66 0.22057114759725416 0.29739... |
Rx should be placed at the coordinates 4.918, 27.8607 meters
Make some random layers
The internal resistance of the voltage source is 97.51094445680508 Ohms
Tx is a voltage source
I want the algorithm to run for 10278 iterations
The pulse should be gaussian
The central frequency will be equal with 4.145 GHz
The ... | write the input file for this | #domain: 5.4044 89.4484 1.666
#dx_dy_dz: 1.666 1.666 1.666
#time_window: 10278
#waveform: gaussian 1 4.145e9 my_pulse
#voltage_source: y 4.918 27.8607 0 97.51094445680508 my_pulse
#rx: 4.918 27.8607 0
#pml_cells: 72 72 0 72 72 0
#soil_peplinski: 0.5 0.5 2 2.66 0.26453159948418753 0.29339373960247067 pro_1
#frac... |
The dimensions of the model are 39.4368 x 71.7645 x 40.1179 meters.
Tx is a voltage source
The discretisation step should be 1.8059 meters.
The internal resistance of the voltage source is 598.9817454975448 Ohms
Make some random layers
I want the algorithm to run for 28728 iterations
I want the PML to be 98 cell ... | Do this model | #domain: 39.4368 71.7645 40.1179
#dx_dy_dz: 1.8059 1.8059 1.8059
#time_window: 28728
#waveform: sine 1 0.852e9 my_pulse
#voltage_source: y 34.1908 52.1521 34.1846 598.9817454975448 my_pulse
#rx: 34.1908 52.1521 34.1846
#pml_cells: 98
#soil_peplinski: 0.5 0.5 2 2.66 0.2694653185639167 0.3360367586861804 pro_1
#f... |
The excitation pulse should be gaussiandotdotnorm
Tx is a Hertzian Dipole
The discretisation step should be 0.3651 meters.
The source should be placed at the coordinates (9.7742, 47.6761, 16.2275) meters
Generate random layers
The dimensions of the model are 19.6747 x 57.5215 x 22.1282 meters.
I want the PML to b... | write this input file | #domain: 19.6747 57.5215 22.1282
#dx_dy_dz: 0.3651 0.3651 0.3651
#time_window: 5834
#waveform: gaussiandotdotnorm 1 3.681e9 my_pulse
#hertzian_dipole: z 9.7742 47.6761 16.2275 my_pulse
#rx: 9.7742 47.6761 16.2275
#pml_cells: 10
#soil_peplinski: 0.5 0.5 2 2.66 0.19660722729117533 0.3066954164762393 pro_1
#fracta... |
I want FDTD to run for 11874 iterations
The source should be placed at the coordinates (9.7742, 47.6761, 16.2275) meters
The internal resistance of the voltage source is 296.8712527782713 Ohms
Tx is a voltage source
The discretisation step should be 1.1677 meters.
The excitation pulse should be ricker
Make some r... | Make this model | Error: You haven't defined the dimensions of the model |
I want the PML to be 72 cell thick
The dimensions of the model are 10.9458 x 13.0681 x 14.7402 meters.
The internal resistance of the voltage source is 800.6191386625363 Ohms
The time window should be 1.1922828853900472e-05 seconds
The discretisation step should be 0.1385 meters.
Tx should be placed at 2.778, 2.20... | Make this gprMax model | #domain: 10.9458 13.0681 14.7402
#dx_dy_dz: 0.1385 0.1385 0.1385
#time_window: 1.1922828853900472e-05
#waveform: gaussianprime 1 3934.533e6 my_pulse
#hertzian_dipole: y 2.778 2.2048 6.6133 my_pulse
#rx: 2.778 2.2048 6.6133
#pml_cells: 72
#soil_peplinski: 0.5 0.5 2 2.66 0.34378502603510547 0.3473878659294467 pro_... |
I want the PML to be 11 cell thick
The source should be placed at the coordinates 39.9148, 33.1119, 13.4489 meters
Tx is a Hertzian Dipole
The internal resistance of the voltage source is 751.8752307536816 Ohms
The central frequency will be equal with 3.476 GHz
The receiver should be placed at the coordinates (30.... | Make this model | #domain: 63.276 47.1372 42.6159
#dx_dy_dz: 1.1248 1.1248 1.1248
#time_window: 1.441329915884118e-06
#waveform: ricker 1 3.476e9 my_pulse
#hertzian_dipole: x 39.9148 33.1119 13.4489 my_pulse
#rx: 39.9148 33.1119 13.4489
#pml_cells: 11
#soil_peplinski: 0.5 0.5 2 2.66 0.01557172175104815 0.03280473391926029 pro_1
... |
The polarization of the pulse should 'x'
The excitation pulse should be gaussiandotdot
The receiver should be placed at the coordinates (30.5597, 6.2116, 2.6169) meters
I want the algorithm to run for 5409 iterations
The central frequency will be equal with 3399.104 MHz
The source should be placed at the coordinat... | Make this model | #domain: 51.4476 73.8606 35.2809
#dx_dy_dz: 1.151 1.151 1.151
#time_window: 5409
#waveform: gaussiandotdot 1 3399.104e6 my_pulse
#voltage_source: x 14.4504 19.8149 29.7594 908.4375782834386 my_pulse
#rx: 14.4504 19.8149 29.7594
#pml_cells: 11
#soil_peplinski: 0.5 0.5 2 2.66 0.10657589762042878 0.3257480126414769... |
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