gcu::CrystalDoc Class Reference

#include <gcu/crystaldoc.h>

Inheritance diagram for gcu::CrystalDoc:

gcu::GLDocument gcu::Document gcu::Object gcu::DialogOwner

List of all members.

Public Member Functions

 CrystalDoc (Application *App)
virtual ~CrystalDoc ()
void ParseXMLTree (xmlNode *xml)
void Update ()
CrystalViewGetView ()
void Draw (Matrix const &m) const
virtual CrystalViewCreateNewView ()
virtual CrystalAtomCreateNewAtom ()
virtual CrystalLineCreateNewLine ()
virtual CrystalCleavageCreateNewCleavage ()
xmlDocPtr BuildXMLTree () const
virtual const char * GetProgramId () const

Protected Member Functions

void Init ()
void Reinit ()
virtual bool LoadNewView (xmlNodePtr node)

Protected Attributes

gcLattices m_lattice
gdouble m_a
gdouble m_b
gdouble m_c
gdouble m_alpha
gdouble m_beta
gdouble m_gamma
gdouble m_xmin
gdouble m_ymin
gdouble m_zmin
gdouble m_xmax
gdouble m_ymax
gdouble m_zmax
gboolean m_bFixedSize
CrystalAtomList AtomDef
CrystalAtomList Atoms
CrystalLineList LineDef
CrystalLineList Lines
CrystalCleavageList Cleavages
std::list< CrystalView * > m_Views


Detailed Description

The document containing the crystal structure.

Definition at line 87 of file crystaldoc.h.


Constructor & Destructor Documentation

gcu::CrystalDoc::CrystalDoc ( Application App  ) 

The constructor of CrystalDoc

virtual gcu::CrystalDoc::~CrystalDoc (  )  [virtual]

The destructor of CrystalDoc


Member Function Documentation

xmlDocPtr gcu::CrystalDoc::BuildXMLTree (  )  const

Builds the xmlDoc corresponding to the crystal structure.

Returns:
a pointer to the XML document.

virtual CrystalAtom* gcu::CrystalDoc::CreateNewAtom (  )  [virtual]

Creates a new atom. This method should be overrided by programs deriving a new view class from CrystalAtom.

Returns:
a pointer to the new CrystalAtom instance.

virtual CrystalCleavage* gcu::CrystalDoc::CreateNewCleavage (  )  [virtual]

Creates a new cleavage. This method should be overrided by programs deriving a new line class from CrystalCleavage

Returns:
a pointer to the new CrystalCleavage instance.

virtual CrystalLine* gcu::CrystalDoc::CreateNewLine (  )  [virtual]

Creates a new line. This method should be overrided by programs deriving a new view class from CrystalLine.

Returns:
a pointer to the new CrystalLine instance.

virtual CrystalView* gcu::CrystalDoc::CreateNewView (  )  [virtual]

Creates a view of the document. This method should be overrided by programs deriving a new view class from CrystalView.

Returns:
a pointer to the new CrystalView instance.

void gcu::CrystalDoc::Draw ( Matrix const &  m  )  const [virtual]

Parameters:
m the Matrix giving the current model orientation
Displays the molecule using OpenGL.

Implements gcu::GLDocument.

virtual const char* gcu::CrystalDoc::GetProgramId (  )  const [virtual]

Returns:
the identity of the program as saved in files in the generator tag. This method should be overrided by programs able to save crystal structures in XML files conforming to gcrystal.dtd. It is used mainly to ensure compatiblity with files created by older versions of the program.

CrystalView* gcu::CrystalDoc::GetView (  ) 

Returns:
a pointer to the first CrystalView of the document. The view will be created if it does not already exist.

Reimplemented from gcu::GLDocument.

void gcu::CrystalDoc::Init (  )  [protected]

Initialize a new CrystalDoc instance.

virtual bool gcu::CrystalDoc::LoadNewView ( xmlNodePtr  node  )  [protected, virtual]

Parameters:
node,: the xmlNode containing the serialized view.
Loads a view from a XML document. This methd must be overrided by applications supporting multiple views.

void gcu::CrystalDoc::ParseXMLTree ( xmlNode *  xml  ) 

Parameters:
xml,: a pointer to the root xmlNode of the xmlDoc containing the definition of the crystal.
Analyses the contents of the XML document and builds the cryatl structure from the data. Typical usage is:
CrystalDoc* crystal = new CrystalDoc();
xmlDocPtr doc = xmlParseFile(filename);
crystal->ParseXMLTree(doc->children);

void gcu::CrystalDoc::Reinit (  )  [protected]

Reinitialize a CrystalDoc instance. Used when loading a file in an already existing document.

void gcu::CrystalDoc::Update (  ) 

This method must be called when a new document is loaded or when the definition of the crystal is changed. It recalculates everything and updates all the views.


Member Data Documentation

List of the atoms in the definition of the crystal

Definition at line 250 of file crystaldoc.h.

List of the atoms displayed.

Definition at line 254 of file crystaldoc.h.

List of the cleavages defined.

Definition at line 266 of file crystaldoc.h.

List of the lines in the definition of the crystal

Definition at line 258 of file crystaldoc.h.

List of the lines displayed.

Definition at line 262 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_a [protected]

The a parameter of the unit cell.

Definition at line 198 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_alpha [protected]

The alpha angle of the unit cell.

Definition at line 210 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_b [protected]

The b parameter of the unit cell.

Definition at line 202 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_beta [protected]

The beta angle of the unit cell.

Definition at line 214 of file crystaldoc.h.

gboolean gcu::CrystalDoc::m_bFixedSize [protected]

true if cleavages must not change positions in the view.

Definition at line 246 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_c [protected]

The c parameter of the unit cell.

Definition at line 206 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_gamma [protected]

The gamma angle of the unit cell.

Definition at line 218 of file crystaldoc.h.

The Bravais lattice of the crystal.

Definition at line 194 of file crystaldoc.h.

std::list<CrystalView *> gcu::CrystalDoc::m_Views [protected]

List of the views of the document.

Definition at line 270 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_xmax [protected]

The maximum x coordinate in the representation of the crystal structure.

Definition at line 234 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_xmin [protected]

The minimum x coordinate in the representation of the crystal structure.

Definition at line 222 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_ymax [protected]

The maximum y coordinate in the representation of the crystal structure.

Definition at line 238 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_ymin [protected]

The minimum y coordinate in the representation of the crystal structure.

Definition at line 226 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_zmax [protected]

The maximum z coordinate in the representation of the crystal structure.

Definition at line 242 of file crystaldoc.h.

gdouble gcu::CrystalDoc::m_zmin [protected]

The minimum z coordinate in the representation of the crystal structure.

Definition at line 230 of file crystaldoc.h.


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

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