'Q' must be numeric, real and consist of finite elements.
Posted: Sun Mar 28, 2021 4:07 pm
'Q' must be numeric, real and consist of finite elements.
'Q' must be positive when specified as a scalar.
'Q' must not contain negative values or be all zeros when specified as a vector. Its length must be equal to the number of states in the model:
'Q' must be specified as a scalar, vector or a matrix.
'R' must be numeric, real and consist of finite elements.
'R' must be positive when specified as a scalar.
'R' must not contain negative values or be all zeros when specified as a vector. Its length must be equal to the number of outputs in the model:
'R' must be specified as a scalar, vector or a matrix.
'N' must be numeric, real and consist of finite elements.
'N' must be either the scalar zero, or a matrix with as many rows as the number of process noise inputs in the system ({0}) and as many columns as the number of outputs in the system .
blocks
'Q' must be positive when specified as a scalar.
'Q' must not contain negative values or be all zeros when specified as a vector. Its length must be equal to the number of states in the model:
'Q' must be specified as a scalar, vector or a matrix.
'R' must be numeric, real and consist of finite elements.
'R' must be positive when specified as a scalar.
'R' must not contain negative values or be all zeros when specified as a vector. Its length must be equal to the number of outputs in the model:
'R' must be specified as a scalar, vector or a matrix.
'N' must be numeric, real and consist of finite elements.
'N' must be either the scalar zero, or a matrix with as many rows as the number of process noise inputs in the system ({0}) and as many columns as the number of outputs in the system .
blocks