d3meshiterrecursive< B > Class Template Reference

#include <d3meshiterrecursive.h>

Collaboration diagram for d3meshiterrecursive< B >:

List of all members.

Public Member Functions
	d3meshiterrecursive (vector< simplexD2linked > &_vi, B &_op)
	Pass the mesh and binary operator in.
void	eval (uintc s0)
	Recursivly process the simplex by applying the binary operator.
void	evallinear ()
	Iterate over vi and recursivly process each simplex.
Public Attributes
vector< simplexD2linked > &	vi
B &	op

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Detailed Description

template<typename B>
class d3meshiterrecursive< B >

Definition at line 23 of file d3meshiterrecursive.h.

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Constructor & Destructor Documentation

template<typename B>

d3meshiterrecursive< B >::d3meshiterrecursive	(	vector< simplexD2linked > &	_vi,
		B &	_op
	)			[inline]

Pass the mesh and binary operator in.

Definition at line 32 of file d3meshiterrecursive.h.

    : vi(_vi), op(_op) {}

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Member Function Documentation

template<typename B >

void d3meshiterrecursive< B >::eval

(

uintc

s0

)

[inline]

Recursivly process the simplex by applying the binary operator.

Definition at line 43 of file d3meshiterrecursive.h.

References simplexD2linked::isnull(), simplexD2linked::ni, d3meshiterrecursive< B >::op, and d3meshiterrecursive< B >::vi.

Referenced by d3meshiterrecursive< B >::evallinear().

{
  assert(s0>0);
  assert( s0<vi.size() );
  
  if (vi[s0].isnull()==true)
    return;

  process.clear();
  process.push_back(s0);

  uint k;
  simplexD2linked * x;
  uint psz;
  uint nb;
  uint visz;
  for (; process.empty()==false; )
  {
    psz = process.size();
    k = process[psz-1];
    process.pop_back();
    x =  & vi[k];
    assert(x->isnull()==false);
    for (uint i=0; i<3; ++i)
    {
      nb = x->ni[i];
      visz = vi.size();
      if (op.eval(k,i))
      {
        if (nb!=0)
          process.push_back(nb);
        process.push_back(k);

        for (uint j=visz; j<vi.size(); ++j)
          process.push_back(j);
        i=10; // kill loop
      }
    }
  }

}

template<typename B >

void d3meshiterrecursive< B >::evallinear

(

)

[inline]

Iterate over vi and recursivly process each simplex.

Definition at line 86 of file d3meshiterrecursive.h.

References d3meshiterrecursive< B >::eval(), and d3meshiterrecursive< B >::vi.

Referenced by menu01< T >::readBufferedTerminationAction().

{
  for ( uint i=1; i<vi.size(); ++i)
    eval(i);
}

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Member Data Documentation

template<typename B>

B& d3meshiterrecursive< B >::op

Definition at line 29 of file d3meshiterrecursive.h.

Referenced by d3meshiterrecursive< B >::eval().

template<typename B>

vector<simplexD2linked>& d3meshiterrecursive< B >::vi

Definition at line 28 of file d3meshiterrecursive.h.

Referenced by d3meshiterrecursive< B >::eval(), and d3meshiterrecursive< B >::evallinear().

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

• cetessD2/d3meshiterrecursive.h