original_docstring: Defines a partially correlated excitation in a PSD analysis.
  
          APDL Command: PSDSPL
  
          Parameters
          ----------
          tblno
              Input PSD table number defined with PSDVAL command.
  
          rmin
              Minimum distance between excitation points which are partially
              correlated. Excited nodes closer than RMIN will be fully
              correlated.
  
          rmax
              Maximum distance between excitation points which are partially
              correlated. Excited nodes farther apart than RMAX will be
              uncorrelated.
  
          Notes
          -----
          Defines a partially correlated excitation in terms of a sphere of
          influence relating excitation point geometry (in a PSD analysis).  If
          the distance between any two excitation points is less than RMIN, then
          the excitation is fully correlated.  If the distance is greater than
          RMAX, then the excitation is uncorrelated.  If the distance lies
          between RMIN and RMAX, then the excitation is partially correlated with
          the degree of correlation dependent on the separation distance between
          the points. This command is not available for a pressure PSD analysis.
  
          This command is also valid in PREP7.
          
docstring: Defines a partially correlated excitation in a PSD analysis.
  APDL Command: PSDSPL
  
  Parameters
  
  tblno
  Input PSD table number defined with PSDVAL command.
  
  rmin
  Minimum distance between excitation points which are partially
  correlated. Excited nodes closer than RMIN will be fully
  correlated.
  
  rmax
  Maximum distance between excitation points which are partially
  correlated. Excited nodes farther apart than RMAX will be
  uncorrelated.
  
  Notes
  
  Defines a partially correlated excitation in terms of a sphere of
  influence relating excitation point geometry (in a PSD analysis).  If
  the distance between any two excitation points is less than RMIN, then
  the excitation is fully correlated.  If the distance is greater than
  RMAX, then the excitation is uncorrelated.  If the distance lies
  between RMIN and RMAX, then the excitation is partially correlated with
  the degree of correlation dependent on the separation distance between
  the points. This command is not available for a pressure PSD analysis.
  
  This command is also valid in PREP7.
docstring_tokens: Defines a partially correlated excitation in a PSD analysis . APDL Command : PSDSPL Parameters tblno Input PSD table number defined with PSDVAL command . rmin Minimum distance between excitation points which are partially correlated . Excited nodes closer than RMIN will be fully correlated . rmax Maximum distance between excitation points which are partially correlated . Excited nodes farther apart than RMAX will be uncorrelated . Notes Defines a partially correlated excitation in terms of a sphere of influence relating excitation point geometry ( in a PSD analysis ) . If the distance between any two excitation points is less than RMIN then the excitation is fully correlated . If the distance is greater than RMAX then the excitation is uncorrelated . If the distance lies between RMIN and RMAX then the excitation is partially correlated with the degree of correlation dependent on the separation distance between the points . This command is not available for a pressure PSD analysis . This command is also valid in PREP7 .
code: def psdspl(self, tblno="", rmin="", rmax="", **kwargs):
          """Defines a partially correlated excitation in a PSD analysis.
  
          APDL Command: PSDSPL
  
          Parameters
          ----------
          tblno
              Input PSD table number defined with PSDVAL command.
  
          rmin
              Minimum distance between excitation points which are partially
              correlated. Excited nodes closer than RMIN will be fully
              correlated.
  
          rmax
              Maximum distance between excitation points which are partially
              correlated. Excited nodes farther apart than RMAX will be
              uncorrelated.
  
          Notes
          -----
          Defines a partially correlated excitation in terms of a sphere of
          influence relating excitation point geometry (in a PSD analysis).  If
          the distance between any two excitation points is less than RMIN, then
          the excitation is fully correlated.  If the distance is greater than
          RMAX, then the excitation is uncorrelated.  If the distance lies
          between RMIN and RMAX, then the excitation is partially correlated with
          the degree of correlation dependent on the separation distance between
          the points. This command is not available for a pressure PSD analysis.
  
          This command is also valid in PREP7.
          """
          command = f"PSDSPL,{tblno},{rmin},{rmax}"
          return self.run(command, **kwargs)
code_tokens: def psdspl ( self , tblno = "" , rmin = "" , rmax = "" , ** kwargs ) : command = f"PSDSPL,{tblno},{rmin},{rmax}" return self . run ( command , ** kwargs )
short_docstring: Defines a partially correlated excitation in a PSD analysis.
short_docstring_tokens: Defines a partially correlated excitation in a PSD analysis .
comment: """Defines a partially correlated excitation in a PSD analysis.
  
          APDL Command: PSDSPL
  
          Parameters
          ----------
          tblno
              Input PSD table number defined with PSDVAL command.
  
          rmin
              Minimum distance between excitation points which are partially
              correlated. Excited nodes closer than RMIN will be fully
              correlated.
  
          rmax
              Maximum distance between excitation points which are partially
              correlated. Excited nodes farther apart than RMAX will be
              uncorrelated.
  
          Notes
          -----
          Defines a partially correlated excitation in terms of a sphere of
          influence relating excitation point geometry (in a PSD analysis).  If
          the distance between any two excitation points is less than RMIN, then
          the excitation is fully correlated.  If the distance is greater than
          RMAX, then the excitation is uncorrelated.  If the distance lies
          between RMIN and RMAX, then the excitation is partially correlated with
          the degree of correlation dependent on the separation distance between
          the points. This command is not available for a pressure PSD analysis.
  
          This command is also valid in PREP7.
          """