Biomechanical Joint Model  Author: Anderson Maciel

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LinAlg::VECArray Member List

This is the complete list of members for LinAlg::VECArray, including all inherited members.

abs(VECArray &A)	LinAlg::VECArray	[friend]
LinAlg::Vector::abs(Vector &A)	LinAlg::Vector	[friend]
add(const Vector &A, int pos=0)	LinAlg::Vector	[inline, private]
angle_between(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
begin()	LinAlg::VECArray	[inline]
begin() const	LinAlg::VECArray	[inline]
col() const	LinAlg::VECArray	[inline]
col_	LinAlg::VECArray	[private]
const_iterator typedef	LinAlg::VECArray
const_reference typedef	LinAlg::VECArray
copy(const double *v)	LinAlg::Vector	[inline, private]
cross_prod(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
depth() const	LinAlg::VECArray	[inline]
depth_	LinAlg::VECArray	[private]
destroy()	LinAlg::VECArray	[private, virtual]
dim() const	LinAlg::Vector	[inline, private]
div(const Vector &A)	LinAlg::Vector	[private]
div(const double &scalar)	LinAlg::Vector	[inline, private]
dot_prod(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
end()	LinAlg::VECArray	[inline]
end() const	LinAlg::VECArray	[inline]
extract(int pos=0, unsigned N=dimspace) const	LinAlg::Vector	[inline, private]
f_	LinAlg::Vector	[private]
getNum() const	LinAlg::VECArray	[inline]
getVecf()	LinAlg::Vector	[inline, private]
init_vv()	LinAlg::VECArray	[private]
initialize(unsigned N)	LinAlg::VECArray	[private, virtual]
insert(const Vector &A, int pos=0)	LinAlg::Vector	[inline, private]
iterator typedef	LinAlg::VECArray
k_	LinAlg::VECArray	[private]
n_	LinAlg::Vector	[private]
nf_	LinAlg::Vector	[private]
norm() const	LinAlg::Vector	[inline, private]
norm2() const	LinAlg::Vector	[inline, private]
normalize()	LinAlg::Vector	[inline, private]
operator *(const VECArray &A, double s)	LinAlg::VECArray	[friend]
operator *(double s, const VECArray &A)	LinAlg::VECArray	[friend]
LinAlg::Vector::operator *(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
LinAlg::Vector::operator *(const Vector &A, double s)	LinAlg::Vector	[friend]
LinAlg::Vector::operator *(double s, const Vector &A)	LinAlg::Vector	[friend]
operator *=(const REAL &scalar)	LinAlg::VECArray	[inline]
LinAlg::Vector::operator *=(const double &scalar)	LinAlg::Vector	[inline, private]
operator float *()	LinAlg::Vector	[inline, private]
operator!=(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
operator()(int i, int j)	LinAlg::VECArray	[inline]
operator()(int i, int j) const	LinAlg::VECArray	[inline]
operator+(const VECArray &A, const VECArray &B)	LinAlg::VECArray	[friend]
LinAlg::Vector::operator+(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
operator+=(const VECArray &A)	LinAlg::VECArray	[inline]
LinAlg::Vector::operator+=(const Vector &A)	LinAlg::Vector	[inline, private]
operator-(const VECArray &A, const VECArray &B)	LinAlg::VECArray	[friend]
operator-(const VECArray &A)	LinAlg::VECArray	[friend]
LinAlg::Vector::operator-(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
LinAlg::Vector::operator-(const Vector &A)	LinAlg::Vector	[friend]
operator-=(const VECArray &A)	LinAlg::VECArray	[inline]
LinAlg::Vector::operator-=(const Vector &A)	LinAlg::Vector	[inline, private]
operator/(const VECArray &A, double s)	LinAlg::VECArray	[friend]
LinAlg::Vector::operator/(const Vector &A, double s)	LinAlg::Vector	[friend]
operator/=(const REAL &scalar)	LinAlg::VECArray	[inline]
LinAlg::Vector::operator/=(const double &scalar)	LinAlg::Vector	[inline, private]
operator<(const REAL &scalar)	LinAlg::VECArray	[inline]
LinAlg::Vector::operator<(const double &scalar) const	LinAlg::Vector	[inline, private]
LinAlg::Vector::operator<(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
operator<<(std::ostream &s, const VECArray &A)	LinAlg::VECArray	[friend]
operator<=(const REAL &scalar)	LinAlg::VECArray	[inline]
LinAlg::Vector::operator<=(const double &scalar) const	LinAlg::Vector	[inline, private]
LinAlg::Vector::operator<=(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
operator=(const VECArray &A)	LinAlg::VECArray	[inline]
LinAlg::Vector::operator=(const Vector &A)	LinAlg::Vector	[inline, private, virtual]
LinAlg::Vector::operator=(const double &scalar)	LinAlg::Vector	[inline, private]
operator==(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
operator>(const REAL &scalar)	LinAlg::VECArray	[inline]
LinAlg::Vector::operator>(const double &scalar) const	LinAlg::Vector	[inline, private]
LinAlg::Vector::operator>(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
operator>=(const REAL &scalar)	LinAlg::VECArray	[inline]
LinAlg::Vector::operator>=(const double &scalar) const	LinAlg::Vector	[inline, private]
LinAlg::Vector::operator>=(const Vector &A, const Vector &B)	LinAlg::Vector	[friend]
operator[](int i)	LinAlg::VECArray	[inline]
operator[](int i) const	LinAlg::VECArray	[inline]
operator[](const idx3 &id)	LinAlg::VECArray	[inline]
operator[](const idx3 &id) const	LinAlg::VECArray	[inline]
pointer typedef	LinAlg::VECArray
reference typedef	LinAlg::VECArray
row() const	LinAlg::VECArray	[inline]
row_	LinAlg::VECArray	[private]
set(const double &val)	LinAlg::Vector	[inline, private]
setVecf(const float *A)	LinAlg::Vector	[inline, private]
size() const	LinAlg::VECArray	[inline]
Sqrt(Vector &A)	LinAlg::Vector	[friend]
v_	LinAlg::Vector	[private]
value_type typedef	LinAlg::VECArray
VECArray()	LinAlg::VECArray	[inline]
VECArray(const VECArray &A)	LinAlg::VECArray	[inline]
VECArray(const VEC &A, unsigned row, unsigned col=1, unsigned depth=1)	LinAlg::VECArray	[inline]
VECArray(unsigned row, unsigned col=1, unsigned depth=1, REAL value=REAL(0), unsigned K=dimspace)	LinAlg::VECArray	[inline]
Vector()	LinAlg::Vector	[inline, private]
Vector(const Vector &A)	LinAlg::Vector	[inline, private]
Vector(unsigned N, const double &value=double(0))	LinAlg::Vector	[inline, private]
Vector(unsigned N, const double *v)	LinAlg::Vector	[inline, private]
Vector(const float *v, unsigned N)	LinAlg::Vector	[inline, private]
Vector(unsigned N, const char *s)	LinAlg::Vector	[inline, private]
vv	LinAlg::VECArray	[private]
~VECArray()	LinAlg::VECArray	[virtual]
~Vector()	LinAlg::Vector	[inline, private, virtual]

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