Method ssm/steadyState


  STEADYSTATE returns a possible value for the steady state of an ssm.
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  DESCRIPTION: STEADYSTATE returns a possible value for the steady state
               of the state space of an ssm with given inputs.
 
  CALL: [pl_out] = steadyState(sys, pl)
 
  INPUTS:
          - sys, an ssm object
 
  OUTPUTS:
          _ pl_out contains 'state', the random state position
 
  Parameters Description
 
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Method Details
Access public
Defining Class ssm
Sealed 0
Static 0

Parameter Description

Default

no description
Key Default Value Options Description
steadyState
CPSD VARIABLE NAMES {} [0x0] none A cell-array of strings specifying the desired input variable names.
CPSD [] none The covariance of this noise between input ports for the time-continuous noise model.
COVARIANCE VARIABLE NAMES {} [0x0] none A cell-array of strings specifying the desired input variable names.
COVARIANCE [] none The covariance of this noise between input ports for the time-continuous noise model.
CONSTANT VARIABLE NAMES {} [0x0] none A cell-array of strings of the desired input variable names.
CONSTANTS [] none Array of DC values for the different corresponding inputs.
TSTEADY 1000000 none The settling time used in the calculation, in the same unit as the ssm's timestep
REORGANIZE 1
  • 1
  • 0
When set to 0, this means the ssm does not need be modified to match the requested i/o. Faster but dangerous!

Example

plist('CPSD VARIABLE NAMES', cell(0,0), 'CPSD', [[]], 'COVARIANCE VARIABLE NAMES', cell(0,0), 'COVARIANCE', [[]], 'CONSTANT VARIABLE NAMES', cell(0,0), 'CONSTANTS', [[]], 'TSTEADY', [1000000], 'REORGANIZE', [true])

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Some information of the method ssm/steadyState are listed below:
Class name ssm
Method name steadyState
Category Operator
Package name ltpda
VCS Version 967b0eec0dece803a81af8ef54ad2f8c784b20b2
Min input args 1
Max input args -1
Min output args 1
Max output args -1
Can be used as modifier 1
Supported numeric types {'double'}




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