TetrahedronGems are gems with a shape like a tetrahedron. The only difference to AbstracGem is the fact, that a TetrahedronGem has a shape defined. More...

#include <tetrahedrongem.h>

Inheritance diagram for TetrahedronGem:

Public Member Functions
	TetrahedronGem (QObject *parent=0)

virtual	~TetrahedronGem ()

Public Member Functions inherited from AbstractGem
	AbstractGem (QObject *parent=0)

virtual	~AbstractGem ()

const QVector3D &	color () const

void	setColor (const QVector3D &color)

const GemData &	data () const
	Returns the GemData object describing the gem. This method was not intended to be public, but public access is needed it for rendering. More...

const QMatrix4x4 &	model () const
	Constructs normal matrix for gem in order to transform it from objectspace into worldsapce. More...

const QVector3D &	position () const

virtual void	setPosition (const QVector3D &position)

qreal	radius () const
	Radius of boundingsphere. This value is influenced by scale and the geometry of gem. More...

const QQuaternion &	rotation () const
	Rotation around own center. More...

virtual void	setRotation (const QQuaternion &rotation)
	Sets the rotation of gem around own center. More...

void	rotate (const QQuaternion &quaternion)
	Rotates the gem around the center of the gem. More...

qreal	scale () const

void	setScale (qreal scaleFactor)

GemType	type () const
	Returns the type of gem, in order to differentiate between types even if you have only AbstractGems. More...

float	boundingSphereIntersectedBy (const LightRay &ray, QVector3D *collisionPoint=nullptr)
	Calculates distance to collision with gem's boundingsphere. The boundingsphere is specified by gems themself and cannot be influenced from outside. Because the collision point is only calculated with the bondingsphere computation is pretty fast. More...

virtual float	intersectedBy (const LightRay &ray, QVector3D *collisionPoint=nullptr)
	Calcualtes the distance to collision of ray with gem. This method calculates the real collision point. Therefore, many computations are done especially for complex gems. More...

virtual QList< LightRay * >	processRayIntersection (const LightRay &ray, Scene *scene)
	Calculates all new rays, that will be created by a collision with that gem. Also affect gem attributes. More...

Additional Inherited Members
Public Slots inherited from AbstractGem
void	setRotationFromEuler (const QVector3D &eulerRotation)
	Sets rotation of gem using euler angles. This method is mainly used to set initial rotation. More...

Signals inherited from AbstractGem
void	positionChanged ()

void	rotationChanged ()

void	scaleChanged ()

void	colorChanged ()

Protected Member Functions inherited from AbstractGem
int	solveQuadricFormula (float a, float b, float c, float &x1, float &x2)

float	faceIntersectedBy (const LightRay &ray, Triangle &intersectedFace, QVector3D collisionPoint=nullptr)
	Finds face of gem intersected by given ray. Ownership of returned face is transferred to caller. More...

Triangle	inWorldCoordinates (const Triangle &triangle)
	Calculates triangle in world coordinates for given triangle. Therefore, position, rotatition and scale of gem are used. More...

Protected Attributes inherited from AbstractGem
GemData *	m_data

qreal	m_radius

Detailed Description

TetrahedronGems are gems with a shape like a tetrahedron. The only difference to AbstracGem is the fact, that a TetrahedronGem has a shape defined.

Constructor & Destructor Documentation

TetrahedronGem::TetrahedronGem ( QObject * parent = 0 )

explicit

TetrahedronGem::~TetrahedronGem ( )

virtual

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

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation