GEE_Group Class Reference

#include <gee_group.h>

Inheritance diagram for GEE_Group:

[legend]Collaboration diagram for GEE_Group:

[legend]List of all members.

Public Types

• typedef id_container::iterator iterator

Public Member Functions

• GEE_Group ()
• virtual ~GEE_Group ()

  Breaks the group.
  

• virtual id_container * getExtraIds ()

  Returns all "extra" ids that a child may have.
  

• virtual GEE_Geometry * clone () const

  Clone this object, creating an equivalent independent object.
  

• virtual GEE_Geometry * copy (GEE_World *target, id_remap *remap) const

  Copy this object, creating an equivalent independent object into the target world.
  

• virtual void erase ()

  A virtual function that does any necessary operations to erase this geometry from the world.
  

• virtual bool eraseData (GEE_Containment *)

  A virtual function that should be overridden to enable us to generically delete data within some volume.
  

• virtual bool intersects (GEE_Containment *)
• virtual void selectVertices (GEE_Containment *, uint mask, uint values)
• virtual void selectFaces (GEE_Containment *, uint mask, uint values)
• virtual bool colorData (GEE_ReColor *)
• virtual bool moveData (GEE_Mover *)
• virtual void render (GEE_Renderer *)

  Render this object with the renderer.
  

• virtual bool getBoundingBox (VEE_BoundingBox *)

  Get the bounding box of this data set.
  

• virtual bool move (const VEE_Vector3 &offset)

  Moves the data elements by some offset.
  

• virtual void setMaterial (const GEE_Material &m)

  Sets the material of the group and all children.
  

• virtual bool read (GEE_Io *)

  Reads the data from a given file.
  

• virtual bool write (GEE_Io *)

  Reads the data from a given stream.
  

• virtual bool finalizeRead ()
• virtual void setSelectionState (uint s)
• void clear ()
• void addChild (GEE_id_t id)
• void breakGroup ()
• uint childCount () const
• iterator begin ()
• iterator end ()
• VEE_RefPtr< GEE_Geometry > * getGeometry (iterator &it)
• bool loadModel (const char *filename, bool verbose=true)
• bool loadLightwaveObj (const char *filename, bool verbose=true)
• bool loadWavefrontObj (const char *filename, bool verbose=true)
• void convertPolygonsToTriangles ()
• uint size () const

Static Public Member Functions

• static GEE_Geometry * create ()
• static GEE_id_t getGeometryId (iterator &it)

Protected Attributes

• id_container m_children

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Member Typedef Documentation

typedef id_container::iterator GEE_Group::iterator

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Constructor & Destructor Documentation

GEE_Group::GEE_Group (   )

GEE_Group::~GEE_Group (   )  [virtual]

Breaks the group.

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Member Function Documentation

GEE_IdContainer::id_container * GEE_Group::getExtraIds (   )  [virtual]

Returns all "extra" ids that a child may have. These ids are typically something that are dynamically allocated in the child object. Thus they cannot be tracked with the normal method. The returned structure should not be allocated for this purpose (it shouldbe an ordinary class member that is returned. The default implementation returns true. Reimplemented from GEE_IdContainer.

GEE_Geometry * GEE_Group::create (   )  [static]

GEE_Geometry * GEE_Group::clone (   )  const [virtual]

Clone this object, creating an equivalent independent object. Reimplemented from GEE_Geometry.

GEE_Geometry * GEE_Group::copy (  GEE_World *  target, id_remap *  remap )  const [virtual]

Copy this object, creating an equivalent independent object into the target world. The new object will have a new id. The default implementation uses "clone"-call to create a new object and then sets the id and world of the object. Reimplemented from GEE_Geometry.

void GEE_Group::erase (   )  [virtual]

A virtual function that does any necessary operations to erase this geometry from the world. In practice this method is only interesting in group nodes that may need to erase other stuff. Reimplemented from GEE_Geometry.

bool GEE_Group::eraseData (  GEE_Containment *   )  [virtual]

A virtual function that should be overridden to enable us to generically delete data within some volume. Reimplemented from GEE_Geometry.

bool GEE_Group::intersects (  GEE_Containment *   )  [virtual]

Reimplemented from GEE_Geometry.

void GEE_Group::selectVertices (  GEE_Containment *  , uint  mask, uint  values )  [virtual]

Reimplemented from GEE_Geometry.

void GEE_Group::selectFaces (  GEE_Containment *  , uint  mask, uint  values )  [virtual]

Reimplemented from GEE_Geometry.

bool GEE_Group::colorData (  GEE_ReColor *   )  [virtual]

Reimplemented from GEE_Geometry.

bool GEE_Group::moveData (  GEE_Mover *   )  [virtual]

Reimplemented from GEE_Geometry.

void GEE_Group::render (  GEE_Renderer *   )  [virtual]

Render this object with the renderer. Reimplemented from GEE_Geometry.

bool GEE_Group::getBoundingBox (  VEE_BoundingBox *   )  [virtual]

Get the bounding box of this data set. Reimplemented from GEE_Geometry.

bool GEE_Group::move (  const VEE_Vector3 &  offset  )  [virtual]

Moves the data elements by some offset. Reimplemented from GEE_Geometry.

void GEE_Group::setMaterial (  const GEE_Material &  m  )  [virtual]

Sets the material of the group and all children. Reimplemented from GEE_Geometry.

bool GEE_Group::read (  GEE_Io *   )  [virtual]

Reads the data from a given file. Reimplemented from GEE_Geometry.

bool GEE_Group::write (  GEE_Io *   )  [virtual]

Reads the data from a given stream. Reimplemented from GEE_Geometry.

bool GEE_Group::finalizeRead (   )  [virtual]

Reimplemented from GEE_Geometry.

void GEE_Group::setSelectionState (  uint  s  )  [virtual]

Reimplemented from GEE_Geometry.

void GEE_Group::clear (   )

void GEE_Group::addChild (  GEE_id_t  id  )

void GEE_Group::breakGroup (   )

uint GEE_Group::childCount (   )  const [inline]

iterator GEE_Group::begin (   )  [inline]

iterator GEE_Group::end (   )  [inline]

static GEE_id_t GEE_Group::getGeometryId (  iterator &  it  )  [inline, static]

VEE_RefPtr< GEE_Geometry > * GEE_Group::getGeometry (  iterator &  it  )

bool GEE_Group::loadModel (  const char *  filename, bool  verbose = true )

bool GEE_Group::loadLightwaveObj (  const char *  filename, bool  verbose = true )

bool GEE_Group::loadWavefrontObj (  const char *  filename, bool  verbose = true )

void GEE_Group::convertPolygonsToTriangles (   )

uint GEE_Group::size (   )  const [inline]

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Member Data Documentation

id_container GEE_Group::m_children [protected]

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

• gee_group.h
• gee_group.C

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