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xchen::TensorBlossom< dims, sp_dims > Class Template Reference

Tensor of piecewise blossoms (one in each direction), the diagonalization of which is NURB tensor manifold. More...

#include <TensorBlossom.H>

Inheritance diagram for xchen::TensorBlossom< dims, sp_dims >:

List of all members.

Public Methods
template<int from_sp_dims>	TensorBlossom (int mtd, SubMFType const *, SubMFType const *=0)
	Currently only construct a revolution(around y-axis) manifold in P3 and ruled manifold.
	TensorBlossom (int arg1,...)
	1st(2nd) arg is deg(sz)[dims-1], etc. Should use ControlMesh(), KnotVector() later.
	TensorBlossom (mesh_t const &mesh)
	Construct a Bezier manifold.
TensorBlossom &	Transform (xchen::Transform const &trans)
	All sbd data will be reset.
knot_t &	KnotVector ()
	Used to set control knot vector.
bool	Insert (double u, int i=0)
	If non-periodic && valid u, insert into dir i; Else just return false.
bool	IsPeriodicEnd (int i=0)
	Get periodic end for dir i.
void	SetPeriodicEnd (int i=0, bool v=1)
	Set periodic end at dir i to v.Shoud call before set knot.
void	SetUniformFloatingEndKnots ()
	Set to 0,1,... n, where n = pnts[i]+deg[i]-2.
void	SetUniformOpenEndKnots ()
	Set to 0^(deg[i]), 1, ..., seg[i]-1, (seg[i])^(deg[i]).
IsoMFType	GetSubTensorBlossom (double u, int=0)
	Get iso sub manifold at u along the given direction(2nd arg).
void	RaiseDegree (int inc=1, int i=0)
	deg[i] += inc, without changing the actual NURB.
void	DecVarity (double *u)
	Decrease varity of Blossom for all directions.
void	DecVarity (double u, int i=0)
	Decrease direction i varity of Blossom via evaluation at u.
void	Convert2FloatingEnd (int i)
	Convert periodic to floating end at direction i.
void	Convert2Bzr (int i)
	Connvert to Bzr manifold at dir i.
void	Convert2OpenEnd (int i)
	Connvert to open end condition at dir i.
void	Convert2Bzr ()
	Connvert to Bzr manifold.
void	Convert2OpenEnd ()
	Connvert to Bzr manifold.
void	Convert2FloatingEnd ()
	Convert periodic to floating ends.
void	Subdivide (int depth=1) const
	Subdivide 'depth' times.
Friends
class	TensorBlossom
class	glModel
struct	generate_iso_functor
struct	draw_iso_functor
ostream &	operator<< (ostream &os, TensorBlossom const &rhs)

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Detailed Description

template<int dims = 2, int sp_dims = 3>
class xchen::TensorBlossom< dims, sp_dims >

Tensor of piecewise blossoms (one in each direction), the diagonalization of which is NURB tensor manifold.

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Constructor & Destructor Documentation

template<int dims, int sp_dims> template<int from_sp_dims> xchen::TensorBlossom< dims, sp_dims >::TensorBlossom (  int    mtd, SubMFType const *   , SubMFType const *    = 0 )  [inline]

Currently only construct a revolution(around y-axis) manifold in P3 and ruled manifold.

template<int dims, int sp_dims> xchen::TensorBlossom< dims, sp_dims >::TensorBlossom (  int    arg1, ...    )  [inline]

1st(2nd) arg is deg(sz)[dims-1], etc. Should use ControlMesh(), KnotVector() later.

template<int dims, int sp_dims> xchen::TensorBlossom< dims, sp_dims >::TensorBlossom (  mesh_t const &    mesh )  [inline]

Construct a Bezier manifold.

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Member Function Documentation

template<int dims = 2, int sp_dims = 3> void xchen::TensorBlossom< dims, sp_dims >::Convert2Bzr (    )  [inline]

Connvert to Bzr manifold.

template<int dims = 2, int sp_dims = 3> void xchen::TensorBlossom< dims, sp_dims >::Convert2Bzr (  int    i )  [inline]

Connvert to Bzr manifold at dir i.

template<int dims = 2, int sp_dims = 3> void xchen::TensorBlossom< dims, sp_dims >::Convert2FloatingEnd (    )  [inline]

Convert periodic to floating ends.

template<int dims = 2, int sp_dims = 3> void xchen::TensorBlossom< dims, sp_dims >::Convert2FloatingEnd (  int    i )  [inline]

Convert periodic to floating end at direction i.

template<int dims = 2, int sp_dims = 3> void xchen::TensorBlossom< dims, sp_dims >::Convert2OpenEnd (    )  [inline]

Connvert to Bzr manifold.

template<int dims = 2, int sp_dims = 3> void xchen::TensorBlossom< dims, sp_dims >::Convert2OpenEnd (  int    i )  [inline]

Connvert to open end condition at dir i.

template<int dims, int sp_dims> void xchen::TensorBlossom< dims, sp_dims >::DecVarity (  double    u, int    i = 0 )  [inline]

Decrease direction i varity of Blossom via evaluation at u.

template<int dims = 2, int sp_dims = 3> void xchen::TensorBlossom< dims, sp_dims >::DecVarity (  double *    u )  [inline]

Decrease varity of Blossom for all directions.

template<int dims = 2, int sp_dims = 3> IsoMFType xchen::TensorBlossom< dims, sp_dims >::GetSubTensorBlossom (  double    u, int    = 0 )

Get iso sub manifold at u along the given direction(2nd arg).

template<int dims, int sp_dims> bool xchen::TensorBlossom< dims, sp_dims >::Insert (  double    u, int    i = 0 )  [inline]

If non-periodic && valid u, insert into dir i; Else just return false.

template<int dims = 2, int sp_dims = 3> bool xchen::TensorBlossom< dims, sp_dims >::IsPeriodicEnd (  int    i = 0 )  [inline]

Get periodic end for dir i.

template<int dims = 2, int sp_dims = 3> knot_t& xchen::TensorBlossom< dims, sp_dims >::KnotVector (    )  [inline]

Used to set control knot vector.

template<int dims, int sp_dims> void xchen::TensorBlossom< dims, sp_dims >::RaiseDegree (  int    inc = 1, int    i = 0 )

deg[i] += inc, without changing the actual NURB.

template<int dims = 2, int sp_dims = 3> void xchen::TensorBlossom< dims, sp_dims >::SetPeriodicEnd (  int    i = 0, bool    v = 1 )  [inline]

Set periodic end at dir i to v.Shoud call before set knot.

template<int dims, int sp_dims> void xchen::TensorBlossom< dims, sp_dims >::SetUniformFloatingEndKnots (    )  [inline]

Set to 0,1,... n, where n = pnts[i]+deg[i]-2.

template<int dims, int sp_dims> void xchen::TensorBlossom< dims, sp_dims >::SetUniformOpenEndKnots (    )  [inline]

Set to 0^(deg[i]), 1, ..., seg[i]-1, (seg[i])^(deg[i]).

template<int dims, int sp_dims> void xchen::TensorBlossom< dims, sp_dims >::Subdivide (  int    depth = 1 )  const [virtual]

Subdivide 'depth' times. Implements xchen::TensorManifold< dims, sp_dims >.

template<int dims, int sp_dims> TensorBlossom< dims, sp_dims > & xchen::TensorBlossom< dims, sp_dims >::Transform (  xchen::Transform const &    trans )  [inline]

All sbd data will be reset.

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Friends And Related Function Documentation

template<int dims = 2, int sp_dims = 3> friend struct draw_iso_functor [friend]

template<int dims = 2, int sp_dims = 3> friend struct generate_iso_functor [friend]

template<int dims = 2, int sp_dims = 3> friend class glModel [friend]

Reimplemented from xchen::TensorManifold< dims, sp_dims >.

template<int dims = 2, int sp_dims = 3> ostream& operator<< (  ostream &    os, TensorBlossom< dims, sp_dims > const &    rhs )  [friend]

template<int dims = 2, int sp_dims = 3> friend class TensorBlossom [friend]

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The documentation for this class was generated from the following file:

• TensorBlossom.H

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