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Layer Class Reference

Represents a basic layer, on which a lattice can be drawn. More...

#include <lattice.h>

List of all members.

Public Methods

Layer ()

Layer (MainFrame *, Configuration *, const char *name, Int_t ww, Int_t wh, Int_t winid)

winid is taken to associate the canvas with a TRootEmbeddedCanvas

~Layer ()

Lattice * GetLattice ()

Pointer to the current lattice.

MainFrame * GetMainFrame ()

Double_t GetCurEnergy ()

Double_t GetBoltzConst ()

Double_t GetTemp ()

Bool_t RunSimulation ()

void ExecuteEvent (Int_t event, Int_t px, Int_t py)

Changing mouse behaviour.

void SetLattice (Int_t, Int_t, Int_t, Double_t)

Setting a lattice.

void SetFormula (TEFormula *f)

Set the TEFormula.

void SetCurEnergy (Double_t e)

Set the current energy.

void SetIntLimit (Double_t l)

Set the cutoff for the periodic boundary conditions.

void StopSimulation ()

Halt the simulation.

Bool_t MoveDefect (Double_t &)

Move a defect one unit, returns the energy difference.

void UndoMoveDefect ()

Undo move.

Double_t CompEnergy ()

Compute the total energy.

Double_t CompPartEnergy (Atom *)

Compute the energy for one defect.

Int_t MonteCarloStart (MainFrame *)

Int_t MonteCarloStop ()

Configuration * GetConfig ()

Static Public Methods

void MonteCarlo (void *)

Monte-Carlo Algorithm.

Private Attributes

Int_t oldAtomIndex

Int_t newAtomIndex

Bool_t runSimulation

Double_t intLimit

Double_t curEnergy

Lattice * pLattice

TEFormula * pEFormula

TText * pInfoText

MainFrame * pMainFrame

Configuration * pConfig

TThread * mcThread

Detailed Description

Represents a basic layer, on which a lattice can be drawn.

The Layer class serves as the basic canvas for drawing a lattice and the defects. It has a modified mouse behaviour for reacting on atoms and defects.

Definition at line 26 of file lattice.h.

Constructor & Destructor Documentation

Layer::Layer ( )

Definition at line 11 of file layer.cpp.

Layer::Layer ( MainFrame * ,

Configuration * ,

const char * name,

Int_t ww,

Int_t wh,

Int_t winid

)

winid is taken to associate the canvas with a TRootEmbeddedCanvas

Definition at line 13 of file layer.cpp.
References mcThread, pConfig, pEFormula, pInfoText, pLattice, pMainFrame, and runSimulation.

Layer::~Layer ( )

Definition at line 28 of file layer.cpp.
References pLattice.

Member Function Documentation

Double_t Layer::CompEnergy ( )

Compute the total energy.

Definition at line 103 of file layer.cpp.
References curEnergy, Lattice::GetDefects(), intLimit, pEFormula, and pLattice.
Referenced by MainFrame::HandleMenu(), and MonteCarlo().

Double_t Layer::CompPartEnergy ( Atom * )

Compute the energy for one defect.

Definition at line 222 of file layer.cpp.
References Lattice::GetDefects(), Atom::index, intLimit, pEFormula, and pLattice.
Referenced by Atom::CompPartEnergy(), and MoveDefect().

void Layer::ExecuteEvent ( Int_t event,

Int_t px,

Int_t py

)

Changing mouse behaviour.

Definition at line 33 of file layer.cpp.

Double_t Layer::GetBoltzConst ( ) [inline]

Definition at line 38 of file lattice.h.
References Configuration::GetBoltzConst(), and pConfig.
Referenced by MonteCarlo().

Configuration* Layer::GetConfig ( ) [inline]

Definition at line 68 of file lattice.h.
References pConfig.
Referenced by Lattice::Lattice(), and MonteCarlo().

Double_t Layer::GetCurEnergy ( ) [inline]

Definition at line 37 of file lattice.h.
References curEnergy.
Referenced by MonteCarlo().

Lattice* Layer::GetLattice ( ) [inline]

Pointer to the current lattice.

Definition at line 35 of file lattice.h.
References pLattice.
Referenced by MainFrame::DoButtons(), MainFrame::HandleMenu(), and MonteCarlo().

MainFrame* Layer::GetMainFrame ( ) [inline]

Definition at line 36 of file lattice.h.
References pMainFrame.
Referenced by Atom::InsertDefect(), and Atom::RemoveDefect().

Double_t Layer::GetTemp ( ) [inline]

Definition at line 39 of file lattice.h.
References Configuration::GetTemp(), and pConfig.
Referenced by MonteCarlo().

void Layer::MonteCarlo ( void * ) [static]

Monte-Carlo Algorithm.

Definition at line 337 of file layer.cpp.
References Configuration::AutoSave(), CompEnergy(), GetBoltzConst(), GetConfig(), GetCurEnergy(), Configuration::GetImageFormat(), Configuration::GetImagePath(), Configuration::GetImagePrefix(), GetLattice(), MainFrame::GetLayer(), Configuration::GetSaveInterval(), GetTemp(), Configuration::GetUpdateInterval(), MainFrame::IsInfoEnabled(), MoveDefect(), pConfig, pMainFrame, RunSimulation(), SetCurEnergy(), Lattice::SetInfo(), MainFrame::SetInfoEnergy(), MainFrame::SetInfoImages(), MainFrame::SetInfoMoves(), MainFrame::SetInfoStatus(), UndoMoveDefect(), and Configuration::UpdateCanvas().
Referenced by MonteCarloStart().

Int_t Layer::MonteCarloStart ( MainFrame * )

Definition at line 474 of file layer.cpp.
References mcThread, MonteCarlo(), and runSimulation.
Referenced by MainFrame::DoButtons().

Int_t Layer::MonteCarloStop ( )

Definition at line 487 of file layer.cpp.
References mcThread, and runSimulation.
Referenced by MainFrame::DoButtons().

Bool_t Layer::MoveDefect ( Double_t & )

Move a defect one unit, returns the energy difference.

Definition at line 63 of file layer.cpp.
References CompPartEnergy(), Lattice::GetAtomNeighbor(), Lattice::GetDefects(), Lattice::GetNAtoms(), Atom::index, Atom::InsertDefect(), newAtomIndex, oldAtomIndex, and pLattice.
Referenced by MonteCarlo().

Bool_t Layer::RunSimulation ( ) [inline]

Definition at line 40 of file lattice.h.
References runSimulation.
Referenced by MainFrame::HandleMenu(), MonteCarlo(), and MainFrame::SetInfoStatus().

void Layer::SetCurEnergy ( Double_t e ) [inline]

Set the current energy.

Definition at line 48 of file lattice.h.
References curEnergy.
Referenced by MonteCarlo().

void Layer::SetFormula ( TEFormula * f ) [inline]

Set the TEFormula.

Definition at line 46 of file lattice.h.
References pEFormula.
Referenced by MainFrame::MainFrame().

void Layer::SetIntLimit ( Double_t l ) [inline]

Set the cutoff for the periodic boundary conditions.

Definition at line 50 of file lattice.h.
References intLimit.

void Layer::SetLattice ( Int_t ,

Int_t ,

Int_t ,

Double_t

)

Setting a lattice.

Definition at line 45 of file layer.cpp.
References intLimit, kLHexagonal, kLSquare, pConfig, pLattice, and Configuration::SetInteractionLimit().
Referenced by LatticeDlg::DoButtons().

void Layer::StopSimulation ( ) [inline]

Halt the simulation.

Definition at line 52 of file lattice.h.
References runSimulation.

void Layer::UndoMoveDefect ( )

Undo move.

Definition at line 90 of file layer.cpp.
References Lattice::GetAtoms(), newAtomIndex, oldAtomIndex, and pLattice.
Referenced by MonteCarlo().

Member Data Documentation

Double_t Layer::curEnergy [private]

The current systems energy
Definition at line 75 of file lattice.h.
Referenced by CompEnergy(), GetCurEnergy(), and SetCurEnergy().

Double_t Layer::intLimit [private]

The cutoff for the interaction range
Definition at line 74 of file lattice.h.
Referenced by CompEnergy(), CompPartEnergy(), SetIntLimit(), and SetLattice().

TThread* Layer::mcThread [private]

Thread executing MonteCarlo algorithm
Definition at line 81 of file lattice.h.
Referenced by Layer(), MonteCarloStart(), and MonteCarloStop().

Int_t Layer::newAtomIndex [private]

Definition at line 72 of file lattice.h.
Referenced by MoveDefect(), and UndoMoveDefect().

Int_t Layer::oldAtomIndex [private]

Definition at line 71 of file lattice.h.
Referenced by MoveDefect(), and UndoMoveDefect().

Configuration* Layer::pConfig [private]

The configuration object
Definition at line 80 of file lattice.h.
Referenced by GetBoltzConst(), GetConfig(), GetTemp(), Layer(), MonteCarlo(), and SetLattice().

TEFormula* Layer::pEFormula [private]

A modified TFormula object, holding the current interaction energy function
Definition at line 77 of file lattice.h.
Referenced by CompEnergy(), CompPartEnergy(), Layer(), and SetFormula().

TText* Layer::pInfoText [private]

Is drawn when the canvas is not up to date
Definition at line 78 of file lattice.h.
Referenced by Layer().

Lattice* Layer::pLattice [private]

The current lattice
Definition at line 76 of file lattice.h.
Referenced by CompEnergy(), CompPartEnergy(), GetLattice(), Layer(), MoveDefect(), SetLattice(), UndoMoveDefect(), and ~Layer().

MainFrame* Layer::pMainFrame [private]

Reference to the main gui
Definition at line 79 of file lattice.h.
Referenced by GetMainFrame(), Layer(), and MonteCarlo().

Bool_t Layer::runSimulation [private]

Definition at line 73 of file lattice.h.
Referenced by Layer(), MonteCarloStart(), MonteCarloStop(), RunSimulation(), and StopSimulation().

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

Generated on Sun Jun 16 20:08:06 2002 for XEIS by

1.2.16

Public Methods
	Layer ()
	Layer (MainFrame , Configuration , const char *name, Int_t ww, Int_t wh, Int_t winid)
	winid is taken to associate the canvas with a TRootEmbeddedCanvas
	~Layer ()
Lattice *	GetLattice ()
	Pointer to the current lattice.
MainFrame *	GetMainFrame ()
Double_t	GetCurEnergy ()
Double_t	GetBoltzConst ()
Double_t	GetTemp ()
Bool_t	RunSimulation ()
void	ExecuteEvent (Int_t event, Int_t px, Int_t py)
	Changing mouse behaviour.
void	SetLattice (Int_t, Int_t, Int_t, Double_t)
	Setting a lattice.
void	SetFormula (TEFormula *f)
	Set the TEFormula.
void	SetCurEnergy (Double_t e)
	Set the current energy.
void	SetIntLimit (Double_t l)
	Set the cutoff for the periodic boundary conditions.
void	StopSimulation ()
	Halt the simulation.
Bool_t	MoveDefect (Double_t &)
	Move a defect one unit, returns the energy difference.
void	UndoMoveDefect ()
	Undo move.
Double_t	CompEnergy ()
	Compute the total energy.
Double_t	CompPartEnergy (Atom *)
	Compute the energy for one defect.
Int_t	MonteCarloStart (MainFrame *)
Int_t	MonteCarloStop ()
Configuration *	GetConfig ()
Static Public Methods
void	MonteCarlo (void *)
	Monte-Carlo Algorithm.
Private Attributes
Int_t	oldAtomIndex
Int_t	newAtomIndex
Bool_t	runSimulation
Double_t	intLimit
Double_t	curEnergy
Lattice *	pLattice
TEFormula *	pEFormula
TText *	pInfoText
MainFrame *	pMainFrame
Configuration *	pConfig
TThread *	mcThread