def setup(self):
""" Lays groundwork for inversion
"""
# clean scratch directories
if PAR.BEGIN == 1:
unix.rm(PATH.GLOBAL)
unix.mkdir(PATH.GLOBAL)
preprocess.setup()
postprocess.setup()
optimize.setup()
system.run('solver', 'setup', hosts='all')
def main(self):
""" Migrates seismic data
"""
# prepare directory structure
unix.rm(PATH.GLOBAL)
unix.mkdir(PATH.GLOBAL)
# set up workflow machinery
preprocess.setup()
postprocess.setup()
# set up solver machinery
print 'Preparing solver...'
system.run('solver', 'setup',
hosts='all')
self.prepare_model()
# perform migration
print 'Generating synthetics...'
system.run('solver', 'eval_func',
hosts='all',
path=PATH.GLOBAL)
print 'Backprojecting data...'
system.run('solver', 'eval_grad',
hosts='all',
path=PATH.GLOBAL,
export_traces=PAR.SAVETRACES)
postprocess.combine_kernels(
path=PATH.GLOBAL,
parameters=solver.parameters)
try:
postprocess.combine_kernels(
path=PATH.GLOBAL,
parameters=['rhop'])
except:
pass
if PAR.SAVETRACES:
self.save_traces()
if PAR.SAVEKERNELS:
self.save_kernels()
else:
self.save_kernels_sum()
print 'Finished\n'
def setup(self):
""" Lays groundwork for inversion
"""
# clean scratch directories
if PAR.BEGIN == 1:
unix.rm(PATH.GLOBAL)
unix.mkdir(PATH.GLOBAL)
preprocess.setup()
postprocess.setup()
optimize.setup()
system.run('solver', 'setup',
hosts='all')
def setup(self):
""" Lays groundwork for inversion
"""
# clean scratch directories
if PAR.BEGIN == 1:
unix.rm(PATH.SCRATCH)
unix.mkdir(PATH.SCRATCH)
preprocess.setup()
postprocess.setup()
optimize.setup()
if PATH.DATA:
print 'Copying data'
else:
print 'Generating data'
system.run('solver', 'setup', hosts='all')
def setup(self):
""" Lays groundwork for inversion
"""
# clean scratch directories
if PAR.BEGIN == 1:
unix.rm(PATH.GLOBAL)
unix.mkdir(PATH.GLOBAL)
preprocess.setup()
postprocess.setup()
optimize.setup()
if PATH.DATA:
print('Copying data...')
else:
print('Generating data...')
system.run('solver', 'setup',
hosts='all')
def main(self):
""" Migrates seismic data
"""
# prepare directory structure
unix.rm(PATH.GLOBAL)
unix.mkdir(PATH.GLOBAL)
# set up pre- and post-processing
preprocess.setup()
postprocess.setup()
# prepare solver
print 'Preparing solver...'
system.run('solver', 'setup', hosts='all')
self.prepare_model()
system.run('solver', 'eval_func', hosts='all', path=PATH.GLOBAL)
# backproject data
print 'Backprojecting data...'
system.run('solver',
'eval_grad',
hosts='all',
path=PATH.GLOBAL,
export_traces=PAR.SAVETRACES)
# process gradient
postprocess.process_kernels(path=PATH.GLOBAL, tag='gradient')
# save results
if PAR.SAVEGRADIENT:
self.save_gradient()
if PAR.SAVETRACES:
self.save_traces()
if PAR.SAVEKERNELS:
self.save_kernels()
print 'Finished\n'
def setup(self):
""" Lays groundwork for inversion
"""
# clean scratch directories
if PAR.BEGIN == 1:
unix.rm(PATH.SCRATCH)
unix.mkdir(PATH.SCRATCH)
preprocess.setup()
postprocess.setup()
optimize.setup()
isready = self.solver_status()
if not isready:
if PATH.DATA:
print 'Copying data...'
else:
print 'Generating data...'
system.run('solver', 'setup',
hosts='all')
def setup(self):
""" Lays groundwork for inversion
"""
# clean scratch directories
if PAR.BEGIN == 1:
unix.rm(PATH.GLOBAL)
unix.mkdir(PATH.GLOBAL)
# set up optimization
optimize.setup()
# set up pre- and post-processing
preprocess.setup()
postprocess.setup()
# set up solver
if PAR.BEGIN == 1:
system.run('solver', 'setup',
hosts='all')
return
if PATH.LOCAL:
system.run('solver', 'setup',
hosts='all')
