J:/Tecgraf/prj/femoop/trunk/ipt/mixed.h

// -------------------------------------------------------------------------
// Mixed.h - This header file contains the public data structure
//           definitions for the "mixed" numerical integration 
//           within FEMOOP.
// -------------------------------------------------------------------------
// Remarks:
// -------------------------------------------------------------------------
// This kind of numerical integration scheme is defined for use
// within plate, shell and axisymmetric shell elements, specially
// on cases of non-linear material behaviour, where it is necessary
// to have a number of integration points along the thickness of
// the element in order to have a precise knowledge about evolution
// of non-linearities.
// So in the in-plane we use the traditional gauss scheme, while
// in the through-thickness direction we use a gauss-lobatto scheme.
// One must be careful, then, when assigning a value to the maximum
// number of integration points for these elements, because there may be
// a quite large number along the thickness direction (see element
// class).
// -------------------------------------------------------------------------
//
// $Author: evandro $
// $Revision: 1.2 $
// $Date: 1999/04/12 14:53:48 $
// $State: Exp $
//
// -------------------------------------------------------------------------

#ifndef _MIXINT_H
#define _MIXINT_H

#include "intpt.h"

// -------------------------------------------------------------------------
// MixedIntPt class:

class cMixedIntPt : public cIntPt
{
 public:
                cMixedIntPt  ( cIntPt *&, cElement *, int );
  virtual      ~cMixedIntPt  ( void );
  virtual void  SetNatCoord  ( void ) { }
  virtual int   CheckTRMatrix( int, double ** ){ return 1; }
};

#endif

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