文件名称:boderesp
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where M is a model object (IDMODEL, IDPOLY, IDSS, IDFRD, or IDGREY).
MAG is the magnitude of the response and PHASE is the phase (in degrees).
W is the vector of frequencies for which the response is computed. These
can be specified by [MAG,PHASE,W] = BODERESP(M,W). The frequency unit is
angular frequency (rad/s or rad/M.TimeUnit).
Only frequencies up to the Nyquist frequency are considered.- where M is a model object (IDMODEL, IDPOLY, IDSS, IDFRD, or IDGREY).
MAG is the magnitude of the response and PHASE is the phase (in degrees).
W is the vector of frequencies for which the response is computed. These
can be specified by [MAG,PHASE,W] = BODERESP(M,W). The frequency unit is
angular frequency (rad/s or rad/M.TimeUnit).
Only frequencies up to the Nyquist frequency are considered.
MAG is the magnitude of the response and PHASE is the phase (in degrees).
W is the vector of frequencies for which the response is computed. These
can be specified by [MAG,PHASE,W] = BODERESP(M,W). The frequency unit is
angular frequency (rad/s or rad/M.TimeUnit).
Only frequencies up to the Nyquist frequency are considered.- where M is a model object (IDMODEL, IDPOLY, IDSS, IDFRD, or IDGREY).
MAG is the magnitude of the response and PHASE is the phase (in degrees).
W is the vector of frequencies for which the response is computed. These
can be specified by [MAG,PHASE,W] = BODERESP(M,W). The frequency unit is
angular frequency (rad/s or rad/M.TimeUnit).
Only frequencies up to the Nyquist frequency are considered.
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boderesp.m