search

SCECcode / bbp

SCEC Broadband Platform
BSD 3-Clause "New" or "Revised" License
44 stars 29 forks source link

Fail to run with existing SRF file #29

Open lisucr opened 4 years ago

lisucr commented 4 years ago

I have created a SRF file for a single station using BBP. Later on, I want to use that SRF as input for another run using exactly the same input files (station list, velocity model, etc). However, at the very end, the program gives me the following error,

< -------------------------------------Match-------------------------------------- ==> Processing acceleration seismograms for station: SBEB --------------------------------Match Completed---------------------------------

------------------------------------Plot MAP------------------------------------ Traceback (most recent call last): File "/mnt/usuarios/aaron/BBP/bbp-master/bbp/comps/run_bbp.py", line 295, in obj.run() File "/mnt/usuarios/aaron/BBP/bbp-master/bbp/comps/plot_map.py", line 75, in run a_input_file) File "/mnt/usuarios/aaron/BBP/bbp-master/bbp/comps/plot_utils.py", line 181, in set_boundaries_fromstations lat1, lon1, , _, lat2, lon2 = calculate_fault_edges(a_src_file) File "/mnt/usuarios/aaron/BBP/bbp-master/bbp/comps/plot_utils.py", line 120, in calculate_fault_edges raise bband_utils.ParameterError("SRC file missing fault_length!") ParameterError: SRC file missing fault_length!

fabiolsilva commented 4 years ago

Thanks for reporting this issue with the Broadband Platform. It would be great if you could provide a few details that can help us pinpoint what's causing this issue.

I assume you invoked the BBP Platform twice (once for creating the SRF file, and a second time when using the SRF file as input for your simulation). Could you submit the terminal output for both of these runs? This will hopefully include everything after you run the "run_bbp.py" program and your answers to the interactive command-line BBP interface. This will help us find out how/which input files are passed to the BBP, method used, etc.

I appreciate your help debugging this issue.

lisucr commented 4 years ago

Hello Fabio:

You are correct, I first ran the code to get a result (srf file) and then used that result (srf file) as input in the second run. I have attached "run1.txt" which is the first run, and "run2.txt" which is the other one.

On Fri, Jan 24, 2020 at 6:37 PM Fabio Silva notifications@github.com wrote:

Thanks for reporting this issue with the Broadband Platform. It would be great if you could provide a few details that can help us pinpoint what's causing this issue.

I assume you invoked the BBP Platform twice (once for creating the SRF file, and a second time when using the SRF file as input for your simulation). Could you submit the terminal output for both of these runs? This will hopefully include everything after you run the "run_bbp.py" program and your answers to the interactive command-line BBP interface. This will help us find out how/which input files are passed to the BBP, method used, etc.

I appreciate your help debugging this issue.

— You are receiving this because you authored the thread. Reply to this email directly, view it on GitHub https://github.com/SCECcode/bbp/issues/29?email_source=notifications&email_token=ALUBFZ6I2FOBWXCF57IDD23Q7OCT7A5CNFSM4KKX2X2KYY3PNVWWK3TUL52HS4DFVREXG43VMVBW63LNMVXHJKTDN5WW2ZLOORPWSZGOEJ4P5PQ#issuecomment-578354878, or unsubscribe https://github.com/notifications/unsubscribe-auth/ALUBFZ25LFXHJJBUYRYV273Q7OCT7ANCNFSM4KKX2X2A .

-- Laboratorio de Ingeniería Sísmica Instituto de Investigaciones en Ingeniería Facultad de Ingeniería Universidad de Costa Rica San José, COSTA RICA Tel: (506) 2511-6661 http://www.lis.ucr.ac.cr Email: lis.ucr@gmail.com Facebook: http://www.facebook.com/lis.ucr.ac.cr GoogleGroups http://groups.google.com/group/noticias-lis

lis104:/mnt/usuarios/aaron/BBP> run_bbp.py --expert Welcome to the SCEC Broadband Platform version 19.4.0.
================================================================================

Please select the Broadband Platform mode of operation:

Do you want to perform a validation simulation (y/n)? n
================================================================================

The Broadband Platform provides the following velocity models, which also include several method-specific and region-specific parameters.

Please select a velocity model (either number or name is ok):

(1) Mojave500
(2) CentralCal500
(3) WesternJapan500
(4) NOCAL500
(5) CentralJapan500 (6) LABasin500 ? 5

The Broadband Platform includes several scientific methods that can be used to calculate synthetic seismograms.

Choose a Method to use in this Broadband scenario simulation: (1) GP (Graves & Pitarka) (2) UCSB (3) SDSU (4) EXSIM (5) Song (6) Irikura Recipe Method 1 (Irikura1) (7) Irikura Recipe Method 2 (Irikura2) ? 1

================================================================================

The source description (SRC) file contains a description of the hypothetical (or scenario) earthquake, including information like location, geometry, magnitude, and mechanism.

Do you want to (1) select a source description in /mnt/usuarios/aaron/BBP/bbp_data/run OR (2) enter the path of a source description file ? 1 Here are the source description files in the run directory. Please select one:

(1) modelo.src (2) modelo_aguacaliente.src (3) modelo_dominical.src ? 2

When starting a simulation from a source description (SRC) file, the Broadband Platform workflow should include a rupture generator. Answer 'yes' here unless providing a complex Standard Rupture Format (SRF) file.

Do you want to run the rupture generator (y/n)? y Do you want to (1) select a BBP station list in /mnt/usuarios/aaron/BBP/bbp_data/run OR (2) enter the path of a BBP station list file ? 1 Here are the BBP station list files in the run directory. Please select one:

(1) dos.stl (2) estaciones_cartago.stl (3) estaciones_todas.stl ? 2

Site Response

Running a site response module is an optional step while running a Broadband Platform simulation. It requires a station list file containing the Vs30 values for each station location.

Do you want to run the site response module (y/n)? y

Do you want to generate velocity seismograms' plots (y/n)? y

Do you want to generate acceleration seismograms' plots (y/n)? y

--------------------------GP Rupture Generator GenSlip-------------------------- Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/fault_seg2gsf read_slip_vals=0 << EOF > /mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/m6.50-0.10x0.10.gsf 2>> /mnt/usuarios/aaron/BBP/bbp_data/logs/146295/146295.genslip.log 1 -83.990000 9.860000 2.000000 100.000000 90.000000 0.000000 22.000000 15.000000 220 150 EOF Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/genslip-v5.4.1 read_erf=0 write_srf=1 read_gsf=1 write_gsf=0 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/m6.50-0.10x0.10.gsf mag=6.50 nstk=220 ndip=150 ns=1 nh=1 kmodel=2 seed=73651 slip_sigma=0.750000 circular_average=0 modified_corners=0 velfile=/mnt/usuarios/aaron/BBP/bbp_data/indata/146295/niigata04-vs500.fk1d shypo=8.000000 dhypo=7.000000 rvfrac=0.844597 shal_vrup_dep=6.500000 shal_vrup_deprange=1.500000 shal_vrup=0.600000 side_taper=0.02 bot_taper=0.0 top_taper=0.0 dt=0.100000 risetime_coef=1.600000 plane_header=1 risetimefac=2.000000 risetimedep=6.500000 risetimedep_range=1.500000 rt_scalefac=1.000000 slip_water_level=-1.000000 deep_risetimedep=17.500000 deep_risetimedep_range=2.500000 deep_risetimefac=2.000000 flen_max=-1.000000 rupture_delay=0.000000 moment_fraction=-1.000000 srf_version=2.0 rake_sigma=15.0 fdrup_time=1 deep_vrup=0.6 use_gaus=1 alpha_rough=0.01 lambda_min=0.08 tsfac_coef=1.1 tsfac1_sigma=1.0 tsfac1_scor=0.8 rtime1_sigma=0.750000 rtime1_scor=0.5 tsfac_bzero=-0.1 tsfac_slope=-0.5 > /mnt/usuarios/aaron/BBP/bbp_data/indata/146295/m6.50-0.10x0.10_s73651-v5.4.1.srf 2>> /mnt/usuarios/aaron/BBP/bbp_data/logs/146295/146295.genslip.log Running: cp /mnt/usuarios/aaron/BBP/bbp_data/indata/146295/m6.50-0.10x0.10_s73651-v5.4.1.srf /mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/modelo_aguacaliente.srf Running: cp /mnt/usuarios/aaron/BBP/bbp_data/indata/146295/m6.50-0.10x0.10_s73651-v5.4.1.srf /mnt/usuarios/aaron/BBP/bbp_data/indata/146295/modelo_aguacaliente.srf Running: cp /mnt/usuarios/aaron/BBP/bbp_data/indata/146295/m6.50-0.10x0.10_s73651-v5.4.1.srf /mnt/usuarios/aaron/BBP/bbp_data/outdata/146295/modelo_aguacaliente.srf Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/srf2xyz calc_xy=0 type=slip nseg=0 < modelo_aguacaliente.srf > modelo_aguacaliente_seg0.slip Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/srf2xyz calc_xy=0 type=tinit nseg=0 < modelo_aguacaliente.srf > modelo_aguacaliente_seg0.tinit Saving plot to /mnt/usuarios/aaron/BBP/bbp_data/outdata/146295/modelo_aguacaliente.png ------------------------------GP GenSlip Completed------------------------------

------------------------------------GP Jbsim------------------------------------ ==> Generating LF seismogram for station: SBEB -------------------------------GP Jbsim Completed-------------------------------

-----------------------------------GP HfSims------------------------------------ Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/srf2stoch infile=/mnt/usuarios/aaron/BBP/bbp_data/indata/146295/modelo_aguacaliente.srf outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/modelo_aguacaliente.srf.estaciones_cartago.1.000000x1.000000 target_dx=1.000000 target_dy=1.000000 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146295/146295.hfsims_estaciones_cartago.log 2>&1 Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/hb_high_v6.0.3 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146295/146295.hfsims_estaciones_cartago.log 2>&1 << END 50 /mnt/usuarios/aaron/BBP/bbp_data/indata/146295/estaciones_cartago.stl /mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/tmp_hfsim_out 2 1 2 1 4 0 0.02 19.9 73651 1 200.000000 0.010000 10.000000 0.040000 0.600000 0.844597 0.600000 0.600000 2.000000 -99.000000 -1 -1.000000 /mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/modelo_aguacaliente.srf.estaciones_cartago.1.000000x1.000000 /mnt/usuarios/aaron/BBP/bbp_data/indata/146295/niigata04-vs500.fk1d_estaciones_cartago.local 999.900000 -99 0.0 0.0 0.0 0.0 1 -1 0.000000 0.0 0.100000 11 1 -1 -1 END ------------------------------GP HfSims Completed-------------------------------

--------------------------------GP Site Response-------------------------------- * WccSiteamp Processing station SBEB... ** Processing hf component... Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.386075 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.hf.000 outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.amp.hf.000 fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146295/146295.wcc_siteamp_estaciones_cartago.log 2>&1 Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.350436 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.hf.090 outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.amp.hf.090 fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146295/146295.wcc_siteamp_estaciones_cartago.log 2>&1 Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.065581 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.hf.ver outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.amp.hf.ver fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146295/146295.wcc_siteamp_estaciones_cartago.log 2>&1 **** Processing lf component... Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.386075 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.lf.000 outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.amp.lf.000 fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146295/146295.wcc_siteamp_estaciones_cartago.log 2>&1 Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.350436 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.lf.090 outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.amp.lf.090 fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146295/146295.wcc_siteamp_estaciones_cartago.log 2>&1 Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.065581 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.lf.ver outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146295/temp_estaciones_cartago.acc.amp.lf.ver fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146295/146295.wcc_siteamp_estaciones_cartago.log 2>&1 ---------------------------GP Site Response Completed---------------------------

-------------------------------------Match-------------------------------------- ==> Processing acceleration seismograms for station: SBEB --------------------------------Match Completed---------------------------------

------------------------------------Plot MAP------------------------------------ ==> Creating Plot: /mnt/usuarios/aaron/BBP/bbp_data/outdata/146295/station_map.png -------------------------------Plot MAP Completed-------------------------------

--------------------------------Plot Seismograms-------------------------------- ==> Plotting station: SBEB /mnt/usuarios/aaron/BBP/bbp-master/bbp/comps/pynga/utils.py:905: RuntimeWarning: invalid value encountered in double_scalars factor = (vertx[j]-vertx[i])*(testy-verty[i])/(verty[j]-verty[i]) + vertx[i] ===> Plotting velocity... ===> Plotting acceleration... ---------------------------Plot Seismograms Completed---------------------------

-------------------------------------RotDXX------------------------------------- ==> Calculating simulation RotD100 for station: SBEB --------------------------------RotDXX Completed--------------------------------

------------------------------------GenHTML------------------------------------- ==> Wrote file: /mnt/usuarios/aaron/BBP/bbp_data/outdata/146295/index-146295.html -------------------------------GenHTML Completed--------------------------------

SCEC Broadband Platform run completed. You can find results in /mnt/usuarios/aaron/BBP/bbp_data/outdata/146295

lis104:/mnt/usuarios/aaron/BBP> run_bbp.py --expert Welcome to the SCEC Broadband Platform version 19.4.0.

Please select the Broadband Platform mode of operation:

Do you want to perform a validation simulation (y/n)? n

The Broadband Platform provides the following velocity models, which also include several method-specific and region-specific parameters.

Please select a velocity model (either number or name is ok):

(1) Mojave500 (2) CentralCal500 (3) WesternJapan500 (4) NOCAL500 (5) CentralJapan500 (6) LABasin500 ? 5

The Broadband Platform includes several scientific methods that can be used to calculate synthetic seismograms.

Choose a Method to use in this Broadband scenario simulation: (1) GP (Graves & Pitarka) (2) UCSB (3) SDSU (4) EXSIM (5) Song (6) Irikura Recipe Method 1 (Irikura1) (7) Irikura Recipe Method 2 (Irikura2) ? 1

================================================================================

The source description (SRC) file contains a description of the hypothetical (or scenario) earthquake, including information like location, geometry, magnitude, and mechanism.

Do you want to (1) select a source description in /mnt/usuarios/aaron/BBP/bbp_data/run OR (2) enter the path of a source description file ? 1 Here are the source description files in the run directory. Please select one:

(1) modelo.src (2) modelo_aguacaliente.src (3) modelo_dominical.src ? 2

When starting a simulation from a source description (SRC) file, the Broadband Platform workflow should include a rupture generator. Answer 'yes' here unless providing a complex Standard Rupture Format (SRF) file.

Do you want to run the rupture generator (y/n)? n Do you want to (1) select a SRF in /mnt/usuarios/aaron/BBP/bbp_data/run OR (2) enter the path of a SRF file ? 2 Enter path and filename of SRF: /mnt/usuarios/aaron/BBP/bbp_data/outdata/146295/modelo_aguacaliente.srf Do you want to (1) select a BBP station list in /mnt/usuarios/aaron/BBP/bbp_data/run OR (2) enter the path of a BBP station list file ? 1 Here are the BBP station list files in the run directory. Please select one:

(1) dos.stl (2) estaciones_cartago.stl (3) estaciones_todas.stl ? 2

Site Response

Running a site response module is an optional step while running a Broadband Platform simulation. It requires a station list file containing the Vs30 values for each station location.

Do you want to run the site response module (y/n)? y

Do you want to generate velocity seismograms' plots (y/n)? y

Do you want to generate acceleration seismograms' plots (y/n)? y

------------------------------------GP Jbsim------------------------------------ ==> Generating LF seismogram for station: SBEB -------------------------------GP Jbsim Completed-------------------------------

-----------------------------------GP HfSims------------------------------------ Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/srf2stoch infile=/mnt/usuarios/aaron/BBP/bbp_data/indata/146829/modelo_aguacaliente.srf outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/modelo_aguacaliente.srf.estaciones_cartago.1.000000x1.000000 target_dx=1.000000 target_dy=1.000000 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146829/146829.hfsims_estaciones_cartago.log 2>&1 Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/hb_high_v6.0.3 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146829/146829.hfsims_estaciones_cartago.log 2>&1 << END 50 /mnt/usuarios/aaron/BBP/bbp_data/indata/146829/estaciones_cartago.stl /mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/tmp_hfsim_out 2 1 2 1 4 0 0.02 19.9 73651 1 200.000000 0.010000 10.000000 0.040000 0.600000 0.844597 0.600000 0.600000 2.000000 -99.000000 -1 -1.000000 /mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/modelo_aguacaliente.srf.estaciones_cartago.1.000000x1.000000 /mnt/usuarios/aaron/BBP/bbp_data/indata/146829/niigata04-vs500.fk1d_estaciones_cartago.local 999.900000 -99 0.0 0.0 0.0 0.0 1 -1 0.000000 0.0 0.100000 11 1 -1 -1 END ------------------------------GP HfSims Completed-------------------------------

--------------------------------GP Site Response-------------------------------- * WccSiteamp Processing station SBEB... ** Processing hf component... Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.386075 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.hf.000 outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.amp.hf.000 fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146829/146829.wcc_siteamp_estaciones_cartago.log 2>&1 Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.350436 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.hf.090 outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.amp.hf.090 fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146829/146829.wcc_siteamp_estaciones_cartago.log 2>&1 Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.065581 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.hf.ver outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.amp.hf.ver fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146829/146829.wcc_siteamp_estaciones_cartago.log 2>&1 **** Processing lf component... Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.386075 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.lf.000 outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.amp.lf.000 fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146829/146829.wcc_siteamp_estaciones_cartago.log 2>&1 Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.350436 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.lf.090 outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.amp.lf.090 fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146829/146829.wcc_siteamp_estaciones_cartago.log 2>&1 Running: /mnt/usuarios/aaron/BBP/bbp-master/bbp/src/gp/bin/wcc_siteamp14 pga=0.065581 vref=500 vsite=823 model="bssa2014" vpga=500 flowcap=0.000000 infile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.lf.ver outfile=/mnt/usuarios/aaron/BBP/bbp_data/tmpdata/146829/temp_estaciones_cartago.acc.amp.lf.ver fmax=50.000000 fhightop=20.000000 fmidbot=0.1 fmin=0.05 >> /mnt/usuarios/aaron/BBP/bbp_data/logs/146829/146829.wcc_siteamp_estaciones_cartago.log 2>&1 ---------------------------GP Site Response Completed---------------------------

-------------------------------------Match-------------------------------------- ==> Processing acceleration seismograms for station: SBEB --------------------------------Match Completed---------------------------------

------------------------------------Plot MAP------------------------------------ Traceback (most recent call last): File "/mnt/usuarios/aaron/BBP/bbp-master/bbp/comps/run_bbp.py", line 295, in obj.run() File "/mnt/usuarios/aaron/BBP/bbp-master/bbp/comps/plot_map.py", line 75, in run a_input_file) File "/mnt/usuarios/aaron/BBP/bbp-master/bbp/comps/plot_utils.py", line 181, in set_boundaries_fromstations lat1, lon1, , _, lat2, lon2 = calculate_fault_edges(a_src_file) File "/mnt/usuarios/aaron/BBP/bbp-master/bbp/comps/plot_utils.py", line 120, in calculate_fault_edges raise bband_utils.ParameterError("SRC file missing fault_length!") ParameterError: SRC file missing fault_length!

lisucr commented 4 years ago

Did you find the error? Is there a fix for this problem or should I wait for a new release? Thanks in advance.

On Mon, Jan 27, 2020 at 11:50 AM LIS-UCR lis.ucr@gmail.com wrote:

Hello Fabio:

You are correct, I first ran the code to get a result (srf file) and then used that result (srf file) as input in the second run. I have attached "run1.txt" which is the first run, and "run2.txt" which is the other one.

On Fri, Jan 24, 2020 at 6:37 PM Fabio Silva notifications@github.com wrote:

Thanks for reporting this issue with the Broadband Platform. It would be great if you could provide a few details that can help us pinpoint what's causing this issue.

I assume you invoked the BBP Platform twice (once for creating the SRF file, and a second time when using the SRF file as input for your simulation). Could you submit the terminal output for both of these runs? This will hopefully include everything after you run the "run_bbp.py" program and your answers to the interactive command-line BBP interface. This will help us find out how/which input files are passed to the BBP, method used, etc.

I appreciate your help debugging this issue.

— You are receiving this because you authored the thread. Reply to this email directly, view it on GitHub https://github.com/SCECcode/bbp/issues/29?email_source=notifications&email_token=ALUBFZ6I2FOBWXCF57IDD23Q7OCT7A5CNFSM4KKX2X2KYY3PNVWWK3TUL52HS4DFVREXG43VMVBW63LNMVXHJKTDN5WW2ZLOORPWSZGOEJ4P5PQ#issuecomment-578354878, or unsubscribe https://github.com/notifications/unsubscribe-auth/ALUBFZ25LFXHJJBUYRYV273Q7OCT7ANCNFSM4KKX2X2A .

-- Laboratorio de Ingeniería Sísmica Instituto de Investigaciones en Ingeniería Facultad de Ingeniería Universidad de Costa Rica San José, COSTA RICA Tel: (506) 2511-6661 http://www.lis.ucr.ac.cr Email: lis.ucr@gmail.com Facebook: http://www.facebook.com/lis.ucr.ac.cr GoogleGroups http://groups.google.com/group/noticias-lis

-- Laboratorio de Ingeniería Sísmica Instituto de Investigaciones en Ingeniería Facultad de Ingeniería Universidad de Costa Rica San José, COSTA RICA Tel: (506) 2511-6661 http://www.lis.ucr.ac.cr Email: lis.ucr@gmail.com Facebook: http://www.facebook.com/lis.ucr.ac.cr GoogleGroups http://groups.google.com/group/noticias-lis