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A forward modelling code for surface wave, receiver functions and shear wave splitting, given tilted hexagonal symmetric media

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Name		Name	Last commit message	Last commit date
Latest commit History 67 Commits
Raysum_fwd_v1.2		Raysum_fwd_v1.2
V15A_-112.0_36.0_1		V15A_-112.0_36.0_1
V15A_-112.0_36.0_2		V15A_-112.0_36.0_2
aniprop_src		aniprop_src
azi_data_0.02		azi_data_0.02
azi_data_0.02_no4		azi_data_0.02_no4
azi_data_0.1		azi_data_0.1
azi_data_bk		azi_data_bk
backup_code		backup_code
benchmark_ref		benchmark_ref
benchmark_script		benchmark_script
benchmark_tilt		benchmark_tilt
fast_surf_src		fast_surf_src
group_meeting		group_meeting
raysum_src		raysum_src
raysum_src_constant_eta		raysum_src_constant_eta
rftheo_src		rftheo_src
tdisp96_src		tdisp96_src
tlegn96_src		tlegn96_src
trash_code		trash_code
trash_data		trash_data
tregn96_src		tregn96_src
NOTE		NOTE
README.md		README.md
V15A_ambiguity_ref.py		V15A_ambiguity_ref.py
ak135_dbase.txt		ak135_dbase.txt
aniprop.so		aniprop.so
aniproppy.py		aniproppy.py
aniproppy.pyc		aniproppy.pyc
compile_all.sh		compile_all.sh
database.py		database.py
database.pyc		database.pyc
eigen.py		eigen.py
eigen.pyc		eigen.pyc
fast_surf.so		fast_surf.so
fsurf.py		fsurf.py
fsurf.pyc		fsurf.pyc
mod_group1.txt		mod_group1.txt
mod_group2.txt		mod_group2.txt
raysum.so		raysum.so
ref.py		ref.py
ref.pyc		ref.pyc
run_disp.py		run_disp.py
sws.py		sws.py
sws.pyc		sws.pyc
tcps.py		tcps.py
tcps.pyc		tcps.pyc
tdisp96.so		tdisp96.so
test_dbase.py		test_dbase.py
test_eigensolver.py		test_eigensolver.py
test_fast_surf.py		test_fast_surf.py
test_ref.py		test_ref.py
test_sws.py		test_sws.py
test_tcps.py		test_tcps.py
test_vmodel.py		test_vmodel.py
theo.so		theo.so
tlegn96.so		tlegn96.so
tregn96.so		tregn96.so
vmodel.py		vmodel.py
vmodel.pyc		vmodel.pyc
vmodel_cps.py		vmodel_cps.py
vmodel_cps.pyc		vmodel_cps.pyc

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pysurf

The code has several functionalities
1. Computing surface wave dispersion curve, eigenfunctions and sensitivity kernels for tilted hexagonal symmetric media
2. Computing synthetic receiver function for tilted hexagonal symmetric media
3. Computing synthetic shear wave splitting for tilted hexagonal symmetric media