Open CASCADE Technology 7.8.0
Public Member Functions
OpenGl_ClippingIterator Class Reference

The iterator through clipping planes. More...

#include <OpenGl_ClippingIterator.hxx>

Public Member Functions

 OpenGl_ClippingIterator (const OpenGl_Clipping &theClipping)
 Main constructor.
 
bool More () const
 Return true if iterator points to the valid clipping plane.
 
void Next ()
 Go to the next clipping plane.
 
bool IsDisabled () const
 Return true if plane has been temporarily disabled either by Graphic3d_ClipPlane->IsOn() property or by temporary filter. Beware that this method does NOT handle a Chain filter for Capping algorithm OpenGl_Clipping::CappedChain()!
 
const Handle< Graphic3d_ClipPlane > & Value () const
 Return the plane at current iterator position.
 
bool IsGlobal () const
 Return true if plane from the global (view) list.
 
Standard_Integer PlaneIndex () const
 Return the plane index.
 

Detailed Description

The iterator through clipping planes.

Constructor & Destructor Documentation

◆ OpenGl_ClippingIterator()

OpenGl_ClippingIterator::OpenGl_ClippingIterator ( const OpenGl_Clipping theClipping)
inline

Main constructor.

Member Function Documentation

◆ IsDisabled()

bool OpenGl_ClippingIterator::IsDisabled ( ) const
inline

Return true if plane has been temporarily disabled either by Graphic3d_ClipPlane->IsOn() property or by temporary filter. Beware that this method does NOT handle a Chain filter for Capping algorithm OpenGl_Clipping::CappedChain()!

◆ IsGlobal()

bool OpenGl_ClippingIterator::IsGlobal ( ) const
inline

Return true if plane from the global (view) list.

◆ More()

bool OpenGl_ClippingIterator::More ( ) const
inline

Return true if iterator points to the valid clipping plane.

◆ Next()

void OpenGl_ClippingIterator::Next ( )
inline

Go to the next clipping plane.

◆ PlaneIndex()

Standard_Integer OpenGl_ClippingIterator::PlaneIndex ( ) const
inline

Return the plane index.

◆ Value()

const Handle< Graphic3d_ClipPlane > & OpenGl_ClippingIterator::Value ( ) const
inline

Return the plane at current iterator position.


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