# generate_shot_data_frequency¶

pysit.modeling.generate_shot_data_frequency(shot, solver, model, frequencies, verbose=False, **kwargs)[source]

most of this is copied from frequency_modeling.forward_model

Parameters: shot : pysit.Shot Gives the source signal approximation for the right hand side. frequencies : list of 2-tuples 2-tuple, first element is the frequency to use, second element the weight. return_parameters : list of {‘wavefield’, ‘simdata’, ‘simdata_time’, ‘dWaveOp’} retval : dict Dictionary whose keys are return_parameters that contains the specified data.

Notes

• u is used as the target field universally. It could be velocity potential, it could be displacement, it could be pressure.
• uhat is used to generically refer to the DFT of u that is needed to compute the imaging condition.