def save(self,
dict,
path,
parameters=['vp', 'vs', 'rho'],
prefix='',
suffix=''):
"""
Saves SPECFEM2D/3D models or kernels
:input dict :: model stored as a dictionary or Container
:input path :: directory to which model is written
:input parameters :: list of material parameters to be written
:input prefix :: optional filename prefix
:input suffix :: optional filename suffix, eg '_kernel'
"""
unix.mkdir(path)
# fill in any missing parameters
missing_keys = diff(parameters, dict.keys())
for iproc in range(self.mesh_properties.nproc):
for key in missing_keys:
dict[key] += self.io.read_slice(PATH.MODEL_INIT,
prefix + key + suffix, iproc)
# write slices to disk
for iproc in range(self.mesh_properties.nproc):
for key in parameters:
self.io.write_slice(dict[key][iproc], path,
prefix + key + suffix, iproc)
def save(self,
dict,
path,
parameters=['vp', 'vs', 'rho'],
prefix='',
suffix=''):
""" Writes SPECFEM model or kernels
INPUT
DICT - ModelDict object containing model
PATH - the directory to which model is saved
PARAMETERS - list of material parameters to be loaded
PREFIX - optional filename prefix
SUFFIX - optional filename suffix, eg '_kernel'
"""
unix.mkdir(path)
# fill in any missing parameters
missing_keys = diff(parameters, dict.keys())
for iproc in range(self.mesh_properties.nproc):
for key in missing_keys:
dict[key] += self.io.read_slice(PATH.MODEL_INIT,
prefix + key + suffix, iproc)
# write slices to disk
for iproc in range(self.mesh_properties.nproc):
for key in parameters:
self.io.write_slice(dict[key][iproc], path,
prefix + key + suffix, iproc)
def save(self, dict, path, parameters=['vp','vs','rho'],
prefix='', suffix=''):
"""
Saves SPECFEM2D/3D models or kernels
:input dict :: model stored as a dictionary or Container
:input path :: directory to which model is written
:input parameters :: list of material parameters to be written
:input prefix :: optional filename prefix
:input suffix :: optional filename suffix, eg '_kernel'
"""
unix.mkdir(path)
# fill in any missing parameters
missing_keys = diff(parameters, dict.keys())
for iproc in range(self.mesh_properties.nproc):
for key in missing_keys:
dict[key] += self.io.read_slice(
PATH.MODEL_INIT, prefix+key+suffix, iproc)
# write slices to disk
for iproc in range(self.mesh_properties.nproc):
for key in parameters:
self.io.write_slice(
dict[key][iproc], path, prefix+key+suffix, iproc)
def save(self, dict, path, parameters=['vp','vs','rho'], prefix='', suffix=''):
""" Writes SPECFEM model or kernels
"""
unix.mkdir(path)
# fill in missing parameters
missing_keys = diff(parameters, dict.keys())
for iproc in range(self.mesh_properties.nproc):
for key in missing_keys:
dict[key] += self.io.read_slice(
PATH.MODEL_INIT, prefix+key+suffix, iproc)
# write model or kernel files to disk
for iproc in range(self.mesh_properties.nproc):
for key in parameters:
self.io.write_slice(
dict[key][iproc], path, prefix+key+suffix, iproc)
def save(self, dict, path, parameters=['vp','vs','rho'], prefix='', suffix=''):
""" Writes SPECFEM model or kernels
INPUT
DICT - ModelDict object containing model
PATH - the directory to which model is saved
PARAMETERS - list of material parameters to be loaded
PREFIX - optional filename prefix
SUFFIX - optional filename suffix, eg '_kernel'
"""
unix.mkdir(path)
# fill in any missing parameters
missing_keys = diff(parameters, dict.keys())
for iproc in range(self.mesh_properties.nproc):
for key in missing_keys:
dict[key] += self.io.read_slice(
PATH.MODEL_INIT, prefix+key+suffix, iproc)
# write slices to disk
for iproc in range(self.mesh_properties.nproc):
for key in parameters:
self.io.write_slice(
dict[key][iproc], path, prefix+key+suffix, iproc)