def generate_shot_linearized_data_frequency(shots, solver, model,
model_perturbation, frequencies,
**kwargs):
"""
Given a list of shots and a solver, generates linearized seismic data in the frequency domain. This function will use the function
of the linear_forward_model function in the `frequency_modeling.py`
Parameters
----------
shots : list of pysit.Shot
Collection of shots to be processed
solver : pysit.WaveSolver
Instance of wave solver to be used.
model : background model parameters
model_perturbation : model perturbation
**kwargs : dict, optional
Optional arguments.
Notes
-----
`kwargs` may be used to specify `C0` and `wavefields` to `generate_shot_data`.
"""
GenerateDataObj = FrequencyModeling(solver)
for shot in shots:
retval = GenerateDataObj.linear_forward_model(shot,
model,
model_perturbation,
frequencies,
'simdata',
dWaveOp0=None)
shot.receivers.data_dft = retval['simdata']
def __init__(self, solver, parallel_wrap_shot=ParallelWrapShotNull()):
self.solver = solver
self.modeling_tools = FrequencyModeling(solver)
self.parallel_wrap_shot = parallel_wrap_shot
