Lyapunov Member List

This is the complete list of members for Lyapunov, including all inherited members.

A	Lyapunov
ADbackward(const Expression &arg) const	Expression
ADbackward(const Expression &arg, const Expression &seed) const	Expression
add(const Expression &arg) const	Expression	protected
ADforward(const Expression &arg) const	Expression
ADforward(const VariableType &varType_, const int *arg, int nV) const	Expression
ADforward(const Expression &arg, const Expression &seed) const	Expression
ADforward(const VariableType &varType_, const int *arg, const Expression &seed) const	Expression
ADforward(const VariableType *varType_, const int *arg, const Expression &seed) const	Expression
ADsymmetric(const Expression &arg, const Expression &S, const Expression &l, Expression *dfS=0, Expression *ldf=0) const	Expression
ADsymmetric(const Expression &arg, const Expression &l, Expression *dfS=0, Expression *ldf=0) const	Expression
appendCols(const Expression &arg)	Expression
appendRows(const Expression &arg)	Expression
assignmentSetup(const Expression &arg)	Expression	protected
B	Lyapunov
clone() const	Expression	inlinevirtual
component	Expression	protected
construct(VariableType variableType_, uint globalTypeID_, uint nRows_, uint nCols_, const std::string &name_)	Expression	protected
copy(const Expression &rhs)	Expression	protected
deleteAll()	Expression	protected
dim	Expression	protected
div(const Expression &arg) const	Expression	protected
element	Expression	protected
Expression()	Expression
Expression(const Operator &tree_)	Expression
Expression(const std::string &name_)	Expression	explicit
Expression(const std::string &name_, uint nRows_, uint nCols_, VariableType variableType_=VT_UNKNOWN, uint globalTypeID=0)	Expression	explicit
Expression(int nRows_, int nCols_=1, VariableType variableType_=VT_UNKNOWN, int globalTypeID=0)	Expression	explicit
Expression(uint nRows_, uint nCols_=1, VariableType variableType_=VT_UNKNOWN, uint globalTypeID=0)	Expression	explicit
Expression(const double &rhs)	Expression
Expression(const DVector &rhs)	Expression
Expression(const DMatrix &rhs)	Expression
Expression(const Expression &rhs)	Expression
getAcos() const	Expression
getAsin() const	Expression
getAtan() const	Expression
getCol(const uint &colIdx) const	Expression
getCols(const uint &colIdx1, const uint &colIdx2) const	Expression
getComponent(const unsigned int idx) const	Expression	inline
getCos() const	Expression
getDependencyPattern(const Expression &arg) const	Expression
getDim() const	Expression	inline
getDot() const	Expression
getEntropy() const	Expression
getEuclideanNorm() const	Expression
getExp() const	Expression
getInverse() const	Expression
getLn() const	Expression
getLogSumExp() const	Expression
getNext() const	Expression
getNumCols() const	Expression	inline
getNumRows() const	Expression	inline
getODEexpansion(const int &order, const int *arg) const	Expression
getOperatorClone(uint idx) const	Expression
getPow(const Expression &arg) const	Expression
getPowInt(const int &arg) const	Expression
getRow(const uint &rowIdx) const	Expression
getRows(const uint &rowIdx1, const uint &rowIdx2) const	Expression
getSin() const	Expression
getSparsityPattern() const	Expression
getSqrt() const	Expression
getSubMatrix(const uint &rowIdx1, const uint &rowIdx2, const uint &colIdx1, const uint &colIdx2) const	Expression
getSumSquare() const	Expression
getTan() const	Expression
getVariableType() const	Expression	inline
isDependingOn(VariableType type) const	Expression
isDependingOn(const Expression &e) const	Expression
isEmpty() const	Lyapunov
isVariable() const	Expression	inline
Lyapunov()	Lyapunov
Lyapunov(const Expression &rhs1, const Expression &A_, const Expression &B_, const Expression &P_, const Expression &x1_, const Expression &u_, const Expression &p_)	Lyapunov
Lyapunov(const Expression &rhs1, const Expression &rhs2, const Expression &A_, const Expression &B_, const Expression &P_, const Expression &x1_, const Expression &x2_, const Expression &u_, const Expression &p_)	Lyapunov
Lyapunov(const Expression &rhs1, const Expression &rhs2, const Expression &A_, const Expression &B_, const Expression &P_, const Expression &x1_, const Expression &x2_, const Expression &u_, const Expression &p_, const Expression &useed_, const Expression &pseed_, const Expression &Yx1_, const Expression &Yx2_, const Expression &YP_)	Lyapunov
Lyapunov(const Expression &rhs1, const Expression &A_, const Expression &B_, const Expression &P_, const Expression &x1_, const Expression &u_, const Expression &p_, const Expression &w_)	Lyapunov
Lyapunov(const Expression &rhs1, const Expression &rhs2, const Expression &A_, const Expression &B_, const Expression &P_, const Expression &x1_, const Expression &x2_, const Expression &u_, const Expression &p_, const Expression &w_)	Lyapunov
Lyapunov(const Expression &rhs1, const Expression &rhs2, const Expression &A_, const Expression &B_, const Expression &P_, const Expression &x1_, const Expression &x2_, const Expression &u_, const Expression &p_, const Expression &w_, const Expression &useed_, const Expression &pseed_, const Expression &Yx1_, const Expression &Yx2_, const Expression &YP_)	Lyapunov
Lyapunov(const Lyapunov &arg)	Lyapunov
mul(const Expression &arg) const	Expression	protected
name	Expression	protected
nCols	Expression	protected
nRows	Expression	protected
operator()(uint idx) const	Expression
operator()(uint rowIdx, uint colIdx) const	Expression
operator()(uint idx)	Expression
operator()(uint rowIdx, uint colIdx)	Expression
operator*=(const Expression &arg)	Expression
operator+=(const Expression &arg)	Expression
operator-() const	Expression
operator-=(const Expression &arg)	Expression
operator/=(const Expression &arg)	Expression
operator<<(const Expression &arg)	Expression
operator=(const Lyapunov &arg)	Lyapunov
Expression::operator=(const Expression &arg)	Expression
P	Lyapunov
p	Lyapunov
print(std::ostream &stream) const	Expression
product(const Operator *a, const Operator *b) const	Expression	protected
pseed	Lyapunov
rhs1	Lyapunov
rhs2	Lyapunov
sub(const Expression &arg) const	Expression	protected
substitute(int idx, const Expression &arg) const	Expression
transpose() const	Expression
u	Lyapunov
useed	Lyapunov
variableType	Expression	protected
w	Lyapunov
x1	Lyapunov
x2	Lyapunov
YP	Lyapunov
Yx1	Lyapunov
Yx2	Lyapunov
~Expression()	Expression	virtual
~Lyapunov()	Lyapunov	virtual