original_docstring: Specifies the power spectral density mode combination method.
  
          APDL Command: PSDCOM
  
          Parameters
          ----------
          signif
              Combine only those modes whose significance level exceeds theSIGNIF
              threshold.  For PSD response (SPOPT,PSD), the significance level is
              defined as the modal covariance matrix term, divided by the maximum
              modal covariance matrix term.  Any term whose significance level is
              less than SIGNIF is considered insignificant and is not contributed
              to the mode combinations.  The higher the SIGNIF threshold, the
              fewer the number of terms used. SIGNIF defaults to 0.0001.  If
              SIGNIF is specified as 0.0, it is taken as 0.0.
  
          comode
              First COMODE number of modes to be actually combined.  COMODE must
              always be less than or equal to NMODE (input quantity NMODE on the
              SPOPT command).  COMODE defaults to NMODE.  COMODE performs a
              second level of control for the first sequential COMODE number of
              modes to be combined.  It uses the significance level threshold
              indicated by SIGNIF and operates only on the significant modes.
  
          forcetype
              Label identifying the forces to be combined:
  
              STATIC - Combine the modal static forces (default).
  
              TOTAL - Combine the modal static plus inertial forces.
  
          Notes
          -----
          This command is also valid for PREP7.   This command is valid only for
          SPOPT,PSD.
  
          PSDCOM is not allowed in ANSYS Professional.
          
docstring: Specifies the power spectral density mode combination method.
  APDL Command: PSDCOM
  
  Parameters
  
  signif
  Combine only those modes whose significance level exceeds theSIGNIF
  threshold.  For PSD response (SPOPT,PSD), the significance level is
  defined as the modal covariance matrix term, divided by the maximum
  modal covariance matrix term.  Any term whose significance level is
  less than SIGNIF is considered insignificant and is not contributed
  to the mode combinations.  The higher the SIGNIF threshold, the
  fewer the number of terms used.
  
  comode
  First COMODE number of modes to be actually combined.  COMODE must
  always be less than or equal to NMODE (input quantity NMODE on the
  SPOPT command).  COMODE defaults to NMODE.  COMODE performs a
  second level of control for the first sequential COMODE number of
  modes to be combined.  It uses the significance level threshold
  indicated by SIGNIF and operates only on the significant modes.
  
  forcetype
  Label identifying the forces to be combined.
  
  Combine the modal static forces (default).
  
  Combine the modal static plus inertial forces.
  
  Notes
  
  This command is also valid for PREP7.   This command is valid only for
  SPOPT,PSD.
  
  PSDCOM is not allowed in ANSYS Professional.
docstring_tokens: Specifies the power spectral density mode combination method . APDL Command : PSDCOM Parameters signif Combine only those modes whose significance level exceeds theSIGNIF threshold . For PSD response ( SPOPT PSD ) the significance level is defined as the modal covariance matrix term divided by the maximum modal covariance matrix term . Any term whose significance level is less than SIGNIF is considered insignificant and is not contributed to the mode combinations . The higher the SIGNIF threshold the fewer the number of terms used . comode First COMODE number of modes to be actually combined . COMODE must always be less than or equal to NMODE ( input quantity NMODE on the SPOPT command ) . COMODE defaults to NMODE . COMODE performs a second level of control for the first sequential COMODE number of modes to be combined . It uses the significance level threshold indicated by SIGNIF and operates only on the significant modes . forcetype Label identifying the forces to be combined . Combine the modal static forces ( default ) . Combine the modal static plus inertial forces . Notes This command is also valid for PREP7 . This command is valid only for SPOPT PSD . PSDCOM is not allowed in ANSYS Professional .
code: def psdcom(self, signif="", comode="", forcetype="", **kwargs):
          """Specifies the power spectral density mode combination method.
  
          APDL Command: PSDCOM
  
          Parameters
          ----------
          signif
              Combine only those modes whose significance level exceeds theSIGNIF
              threshold.  For PSD response (SPOPT,PSD), the significance level is
              defined as the modal covariance matrix term, divided by the maximum
              modal covariance matrix term.  Any term whose significance level is
              less than SIGNIF is considered insignificant and is not contributed
              to the mode combinations.  The higher the SIGNIF threshold, the
              fewer the number of terms used. SIGNIF defaults to 0.0001.  If
              SIGNIF is specified as 0.0, it is taken as 0.0.
  
          comode
              First COMODE number of modes to be actually combined.  COMODE must
              always be less than or equal to NMODE (input quantity NMODE on the
              SPOPT command).  COMODE defaults to NMODE.  COMODE performs a
              second level of control for the first sequential COMODE number of
              modes to be combined.  It uses the significance level threshold
              indicated by SIGNIF and operates only on the significant modes.
  
          forcetype
              Label identifying the forces to be combined:
  
              STATIC - Combine the modal static forces (default).
  
              TOTAL - Combine the modal static plus inertial forces.
  
          Notes
          -----
          This command is also valid for PREP7.   This command is valid only for
          SPOPT,PSD.
  
          PSDCOM is not allowed in ANSYS Professional.
          """
          command = f"PSDCOM,{signif},{comode},{forcetype}"
          return self.run(command, **kwargs)
code_tokens: def psdcom ( self , signif = "" , comode = "" , forcetype = "" , ** kwargs ) : command = f"PSDCOM,{signif},{comode},{forcetype}" return self . run ( command , ** kwargs )
short_docstring: Specifies the power spectral density mode combination method.
short_docstring_tokens: Specifies the power spectral density mode combination method .
comment: """Specifies the power spectral density mode combination method.
  
          APDL Command: PSDCOM
  
          Parameters
          ----------
          signif
              Combine only those modes whose significance level exceeds theSIGNIF
              threshold.  For PSD response (SPOPT,PSD), the significance level is
              defined as the modal covariance matrix term, divided by the maximum
              modal covariance matrix term.  Any term whose significance level is
              less than SIGNIF is considered insignificant and is not contributed
              to the mode combinations.  The higher the SIGNIF threshold, the
              fewer the number of terms used. SIGNIF defaults to 0.0001.  If
              SIGNIF is specified as 0.0, it is taken as 0.0.
  
          comode
              First COMODE number of modes to be actually combined.  COMODE must
              always be less than or equal to NMODE (input quantity NMODE on the
              SPOPT command).  COMODE defaults to NMODE.  COMODE performs a
              second level of control for the first sequential COMODE number of
              modes to be combined.  It uses the significance level threshold
              indicated by SIGNIF and operates only on the significant modes.
  
          forcetype
              Label identifying the forces to be combined:
  
              STATIC - Combine the modal static forces (default).
  
              TOTAL - Combine the modal static plus inertial forces.
  
          Notes
          -----
          This command is also valid for PREP7.   This command is valid only for
          SPOPT,PSD.
  
          PSDCOM is not allowed in ANSYS Professional.
          """