HSpline::HermiteGeometry Member List

This is the complete list of members for HSpline::HermiteGeometry, including all inherited members.

adjoint() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
align(const Wpt &src1, const Wpt &src2, const Wpt &src3, const Wpt &dst1, const Wpt &dst2, const Wpt &dst3)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
align(const Wpt &src1, const Wvec &src2, const Wvec &src3, const Wpt &dst1, const Wvec &dst2, const Wvec &dst3)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
align(const Wpt &src1, const Wvec &src2, const Wpt &dst1, const Wvec &dst2)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
align_and_scale(const Wpt &o, const Wvec &x, const Wvec &y, const Wvec &z)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
anchor_scale_rot(const Wpt &anchor, const Wpt &old_pt, const Wpt &new_pt)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
derivative(const Wpt &p) const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
det() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
get_coord_system(Wpt &o, Wvec &x, Wvec &y, Wvec &z) const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
get_scale() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
gl_viewport(double w, double h)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
glu_lookat(const Wvec &from, const Wvec &at, const Wvec &up)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
glu_perspective(double fovy, double aspect, double zmin=0.0, double zmax=0.0)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
HermiteGeometry()	HSpline::HermiteGeometry	[inline]
HermiteGeometry(mlib::CWpt &p1, mlib::CWpt &p2, mlib::CWvec &v1, mlib::CWvec &v2)	HSpline::HermiteGeometry	[inline]
inverse(bool debug=false) const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
inverse(Mat4< Wtransf, Wpt, Wvec, Wline, Wquat > &inv) const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
is_equal_scaling_orthogonal() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
is_identity() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
is_orthogonal() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
is_orthonormal() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
is_perspective() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
is_valid() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
Mat4()	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
Mat4(Vec4 row0, Vec4 row1, Vec4 row2, Vec4 row3, bool perspec=false)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
Mat4(const Wpt &origin, const Wvec &x_dir, const Wvec &y_dir, const Wvec &z_dir)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
Mat4(const Wvec &col0, const Wvec &col1, const Wvec &col2)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
Mat4(const Wpt &origin, const Wvec &xDir, const Wvec &yDir)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
Mat4(const Wline &axis)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
Mat4(const Wpt &origin)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
matrix() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
normalized_basis() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
operator()(int i1, int i2)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
operator()(int i1, int i2) const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
operator==(const Wtransf &m) const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
operator[](int i)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
operator[](int i) const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
origin() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
orthogonalized() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
perspective	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[protected]
rotation() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
rotation(const Wquat &quat)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
rotation(const Wline &axis, double angle)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
rotation(const Wvec &axis, double angle)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
row	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[protected]
scaling(const Wpt &fixed_pt, double factor)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
scaling(const Wpt &fixed_pt, const Wvec &xyz_factors)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
scaling(const Wvec &xyz_factors)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
scaling(double x, double y, double z)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline, static]
scaling(double factor)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
set(mlib::CWpt &p1, mlib::CWpt &p2, mlib::CWvec &v1, mlib::CWvec &v2)	HSpline::HermiteGeometry
set_origin(const Wpt &o)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
set_perspective(bool p)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
set_X(const Wvec &x)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
set_Y(const Wvec &y)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
set_Z(const Wvec &z)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
shear(const Wvec &normal, const Wvec &shear_vec)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
stretching(const Wline &axis)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
trace() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
translation(const Wvec &vec)	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[static]
transpose() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
unscaled() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >
Wtransf()	mlib::Wtransf	[inline]
Wtransf(Vec4 row0, Vec4 row1, Vec4 row2, Vec4 row3, bool perspec=false)	mlib::Wtransf	[inline]
Wtransf(CWpt &origin, CWvec &xDir, CWvec &yDir, CWvec &zDir)	mlib::Wtransf	[inline]
Wtransf(CWvec &col0, CWvec &col1, CWvec &col2)	mlib::Wtransf	[inline]
Wtransf(CWpt &origin, CWvec &xDir, CWvec &yDir)	mlib::Wtransf	[inline]
Wtransf(CWline &axis)	mlib::Wtransf	[inline]
Wtransf(CWpt &origin)	mlib::Wtransf	[inline]
X() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
Y() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]
Z() const	mlib::Mat4< Wtransf, Wpt, Wvec, Wline, Wquat >	[inline]

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