ModelGLWidget Class Reference

ModelGLWidget is the GLWidget which displays the finished solution. More...

#include <ModelGLWidget.h>

Inheritance diagram for ModelGLWidget:

[legend]Collaboration diagram for ModelGLWidget:


Public Slots
virtual void	updateView (int hint)
Signals
void	changedHoverPiece (int piece)
void	chosenSinglePiece (int choise)
Public Member Functions
	ModelGLWidget (QWidget parent, CubeDoc document)
virtual	~ModelGLWidget ()
Static Public Member Functions
static void	drawIFSPolygons (GLWidget *that, const MyObject &obj, bool fTargets)
static void	drawIFSLines (const MyObject &obj, bool singleChoise)
static void	paint (GLWidget that, CubeDoc doc, SlvCube *scube, bool fTargets, int singleChoise, int upToStep)
	do the actual painting the scene.
Protected Member Functions
virtual void	drawTargets (bool inChoise)
	this is a call back to whoever subclasses this widget and calls DoChoise the default implementation does nothing.
virtual void	mousePressEvent (QMouseEvent *event)
virtual void	mouseReleaseEvent (QMouseEvent *event)
virtual void	myPaintGL ()
virtual void	mouseMoveEvent (QMouseEvent *event)
Private Member Functions
void	reCalcSlvMinMax ()
Private Attributes
CubeDoc *	m_doc
Texture	texture [2]
int	m_nSingleChoise
int	m_nHoverChoise
int	m_nLastHoveChs

Detailed Description

ModelGLWidget is the GLWidget which displays the finished solution.

At any time only one solution can be visible. The user can control the looks of the solution pieces from the options dialog under the display tab While viewing a solution the user can hover the mouse pointer over the solution pieces. This would cause the individual piece to show in the solution sidebar - ModelHelpDlg. The user can also right click a piece and that would cause it to appear on its own, effectively switching roles between the view in the sidebar and the main view. The paint() static method does the actual drawing by calling the SlvPainter of the current selected solution from CubeDoc. It is called by the virtual fucntion drawTarget() which in turn gets called by myPaintGL(), the entrypoint for drawing the actual scene. The SlvPainter of the specific solution selected is the one who eventually draws the actual 3D scene.

See also:: PieceGLWidget SlvPainter

Constructor & Destructor Documentation

ModelGLWidget::ModelGLWidget	(	QWidget *	parent,
		CubeDoc *	document
	)

virtual ModelGLWidget::~ModelGLWidget ( ) [inline, virtual]

Member Function Documentation

void ModelGLWidget::drawTargets ( bool inChoise ) [protected, virtual]

this is a call back to whoever subclasses this widget and calls DoChoise the default implementation does nothing.

inChoise a helper argument for user specified functionality. GLWidget always calls this method with inChoise == true. if the user calls this function on his own he may want to do so with inChoise == false and do slightly differnt things, such us use more color and textures.

Reimplemented from GLWidget.

void ModelGLWidget::mousePressEvent ( QMouseEvent * event ) [protected, virtual]

Reimplemented from GLWidget.

void ModelGLWidget::mouseReleaseEvent ( QMouseEvent * event ) [protected, virtual]

Reimplemented from GLWidget.

void ModelGLWidget::myPaintGL ( ) [protected, virtual]

Reimplemented from GLWidget.

void ModelGLWidget::mouseMoveEvent ( QMouseEvent * event ) [protected, virtual]

Reimplemented from GLWidget.

void ModelGLWidget::updateView ( int hint ) [virtual, slot]

Reimplemented from GLWidget.

void ModelGLWidget::changedHoverPiece ( int piece ) [signal]

void ModelGLWidget::chosenSinglePiece ( int choise ) [signal]

static void ModelGLWidget::drawIFSPolygons	(	GLWidget *	that,
		const MyObject &	obj,
		bool	fTargets
	)			`[static]`

static void ModelGLWidget::drawIFSLines	(	const MyObject &	obj,
		bool	singleChoise
	)			`[static]`

void ModelGLWidget::paint	(	GLWidget *	that,
		CubeDoc *	doc,
		SlvCube *	scube,
		bool	fTargets,
		int	singleChoise,
		int	upToStep
	)			`[static]`

do the actual painting the scene.

This is a static method because it is used also in PieceGLWidget for drawing.

that the GL context in which to draw. (not really needed because we use display lists.)
doc the CubeDoc is not a part of the GLWidget so it needs to be sent along to know the shape
scube the actual specific solution to draw
fTargets are we drawing plain targets or actual fully textured and lit pieces.
singleChoise when drawing the whole solution this is -1 otherwise it is the index of the specific piece to draw.
upToStep up to what step to draw the solution or -1 for the entire solution. currently, -1 is never used and in the normal situation this would be the count of the tiles in the shape.