@fabiolsilva @pjmaechling I need a .srf file as input for the SW4 program for my simulations. I used the Graves-Pitarka generator available on the BBP SCEC platform. I have already created the source (.src) and station list (.stl) files.
Since I aim to simulate frequencies of up to 5 Hz, I need to have a subfault dimension of 200/5 = 40 m. Therefore, I should set DWID and DLEN to 0.03, but I encounter an error when I try using values less than 0.1, such as 0.03. The error message I receive is:
Traceback (most recent call last):
File "/lustre06/project/6000511/navids94/bbp/bbp-22.4.0/bbp/comps/run_bbp.py", line 321, in <module>
obj.run()
File "/lustre06/project/6000511/navids94/bbp/bbp-22.4.0/bbp/comps/genslip.py", line 347, in run
plot_srf.run(self.r_srffile, sim_id=self.sim_id)
File "/lustre06/project/6000511/navids94/bbp/bbp-22.4.0/bbp/comps/plot_srf.py", line 539, in run
num_segments = get_srf_num_segments(r_srffile)
File "/lustre06/project/6000511/navids94/bbp/bbp-22.4.0/bbp/comps/plot_utils.py", line 69, in get_srf_num_segments
"SRF file: %s" % (src_file))
I would appreciate any assistance you can provide to help me resolve this issue.
@fabiolsilva @pjmaechling I need a .srf file as input for the SW4 program for my simulations. I used the Graves-Pitarka generator available on the BBP SCEC platform. I have already created the source (.src) and station list (.stl) files.
Since I aim to simulate frequencies of up to 5 Hz, I need to have a subfault dimension of 200/5 = 40 m. Therefore, I should set DWID and DLEN to 0.03, but I encounter an error when I try using values less than 0.1, such as 0.03. The error message I receive is:
I would appreciate any assistance you can provide to help me resolve this issue.