obspy.taup.tau_model.TauModel.serialize¶

TauModel.serialize(filename)[source]¶

Serialize model to numpy npz binary file.

Summary of contents that have to be handled during serialization:

TauModel
========
cmb_branch <type 'int'>
cmb_depth <type 'float'>
debug <type 'bool'>
iocb_branch <type 'int'>
iocb_depth <type 'float'>
moho_branch <type 'int'>
moho_depth <type 'float'>
no_discon_depths <type 'list'> (of float!?)
radius_of_planet <type 'float'>
ray_params <type 'numpy.ndarray'> (1D, float)
s_mod <class 'obspy.taup.slowness_model.SlownessModel'>
source_branch <type 'int'>
source_depth <type 'float'>
is_spherical <type 'bool'>
tau_branches <type 'numpy.ndarray'> (2D, type TauBranch)

TauBranch
=========
debug <type 'bool'>
bot_depth <type 'float'>
dist <type 'numpy.ndarray'>
is_p_wave <type 'bool'>
max_ray_param <type 'float'>
min_ray_param <type 'float'>
min_turn_ray_param <type 'float'>
tau <type 'numpy.ndarray'>
time <type 'numpy.ndarray'>
top_depth <type 'float'>

SlownessModel
=============
debug <type 'bool'>
p_layers <type 'numpy.ndarray'>
p_wave <type 'bool'>
s_layers <type 'numpy.ndarray'>
s_wave <type 'bool'>
allow_inner_core_s <type 'bool'>
critical_depths <type 'numpy.ndarray'>
fluid_layer_depths <type 'list'> (of DepthRange)
high_slowness_layer_depths_p <type 'list'> (of DepthRange)
high_slowness_layer_depths_s <type 'list'> (of DepthRange)
max_delta_p <type 'float'>
max_depth_interval <type 'float'>
max_interp_error <type 'float'>
max_range_interval <type 'float'>
min_delta_p <type 'float'>
radius_of_planet <type 'float'>
slowness_tolerance <type 'float'>
v_mod <class 'obspy.taup.velocity_model.VelocityModel'>

VelocityModel
=============
cmb_depth <type 'float'>
iocb_depth <type 'float'>
is_spherical <type 'bool'>
layers <type 'numpy.ndarray'>
max_radius <type 'float'>
min_radius <type 'int'>
model_name <type 'unicode'>
moho_depth <type 'float'>
radius_of_planet <type 'float'>