StateSpace< UsedType > Lista dos Membros

Esta é a lista de todos os membros de StateSpace< UsedType >, incluindo os membros herdados.

A	StateSpace< UsedType >	private
Ad	StateSpace< UsedType >	private
B	StateSpace< UsedType >	private
Bd	StateSpace< UsedType >	private
C	StateSpace< UsedType >	private
c2d(UsedType SampleTime)	StateSpace< UsedType >
c2dConversion()	StateSpace< UsedType >	private
Continuous	StateSpace< UsedType >	private
D	StateSpace< UsedType >	private
d2cConversion()	StateSpace< UsedType >	private
diff(UsedType x)	Model< UsedType >
EstOutput	Model< UsedType >	protected
factorial(unsigned n)	StateSpace< UsedType >	private
getA()	StateSpace< UsedType >
getActualState()	StateSpace< UsedType >
getB()	StateSpace< UsedType >
getC()	StateSpace< UsedType >
getD()	StateSpace< UsedType >
getInputMatrix()	Model< UsedType >
getLinearEqualityB()	Model< UsedType >
getLinearMatrixA()	Model< UsedType >
getLinearVectorPhi()	Model< UsedType >
getModelCoef()	Model< UsedType >
getOutput()	Model< UsedType >
getOutputMatrix()	Model< UsedType >
initialState	StateSpace< UsedType >	private
Input	Model< UsedType >	protected
input	Model< UsedType >	protected
instance	Model< UsedType >	protected
LinearEqualityB	Model< UsedType >	protected
LinearMatrixA	Model< UsedType >	protected
LinearVectorPhi	Model< UsedType >	protected
lmax	Model< UsedType >	protected
lmin	Model< UsedType >	protected
Model()	Model< UsedType >
ModelCoef	Model< UsedType >	protected
nDiscretization	StateSpace< UsedType >	private
Output	Model< UsedType >	protected
output	Model< UsedType >	protected
print()	StateSpace< UsedType >
SampleTime	StateSpace< UsedType >	private
setInitialState(Matrix< UsedType > X0)	StateSpace< UsedType >
setInstance(Model< UsedType > *m)	Model< UsedType >
setIO(Matrix< UsedType > in, Matrix< UsedType > out)	Model< UsedType >
setModelCoef(Matrix< UsedType > coef)	Model< UsedType >
setStep(UsedType step)	Model< UsedType >
sim(UsedType u)	StateSpace< UsedType >	virtual
sim(UsedType u, UsedType y)	StateSpace< UsedType >	virtual
sim(Matrix< UsedType > u)	StateSpace< UsedType >	virtual
sim(Matrix< UsedType > u, Matrix< UsedType > y)	StateSpace< UsedType >	virtual
sim(UsedType lmim, UsedType lmax, UsedType step)	StateSpace< UsedType >	virtual
StateSpace(Matrix< UsedType > A, Matrix< UsedType > B, Matrix< UsedType > C, Matrix< UsedType > D)	StateSpace< UsedType >
step	Model< UsedType >	protected
TimeSimulation	StateSpace< UsedType >	private
X	StateSpace< UsedType >	private