The ShapeLocator class, inheriting from the Locator class, is specifically designed for determining the geometric extent in geometry scaling operation. More...

#include <locator.h>

Inheritance diagram for cil::ShapeLocator:

Public Member Functions
	ShapeLocator ()
	Builds a shape locator with an initialized local matrix which represents the geometric extent in 3D space.

virtual	~ShapeLocator ()

std::shared_ptr< Matrix4f >	local ()
	This function can return the local matrix of the current shape locator.

void	setLocal (const std::shared_ptr< Matrix4f > &local)
	Sets the local matrix of the current shape locator.

void	updateHandler ()
	Update the transformation matrix of the shape locator's other handlers once upon the shape locator is updated.

Public Member Functions inherited from cil::Locator
	Locator ()

virtual	~Locator ()

void	setTransform (const Matrix4f &transform)
	Sets the transform matrix of this locator node.

virtual void	update (const Handler &handler, Modifier modifier=Modifier::None)

Public Member Functions inherited from cil::AbstractLocator
	AbstractLocator ()

virtual	~AbstractLocator ()

void	bind (const std::string &name, std::function< void()> callback)

void	unbind (const std::string &name)

void	send (const std::string &name)

Public Member Functions inherited from cil::Object
	Object ()

virtual	~Object ()

Protected Attributes
std::shared_ptr< Matrix4f >	m_local

std::vector< std::string >	m_names

Additional Inherited Members
Public Types inherited from cil::Locator
enum class	Modifier { None = 0x0000 , Shift = 0x0200 , Ctrl = 0x0400 , Alt = 0x0800 , Meta = 0x1000 }
	The Modifier enumeration defines various modifier keys for handling different keyboard events. More...

Public Attributes inherited from cil::Locator
std::vector< std::shared_ptr< Handler > >	handlers
	Handler is the draggable part of a Locator. A locator has one or multiple handlers which prodivde different interaction methods.

Public Attributes inherited from cil::Node
std::string	name
	This memeber stores the name of the node.

std::shared_ptr< Mesh >	mesh
	This member is a shared pointer to a Mesh object, which means the node has a 3D object with its geometry defined by a mesh.

std::shared_ptr< std::vector< std::shared_ptr< Node > > >	children
	This member is a dynamic array of shared pointers to the child Node objects. This allows the node to have a tree-like hierarchical structure.

std::shared_ptr< Matrix4f >	transform
	This member is a shared pointer to a Matrix4f object. This matrix represents the transformation(position, rotation, scale) applied to the current node and its descendants.

std::shared_ptr< BoundingBox >	boundingBox
	This member is a shared pointer to a BoundingBox.

std::shared_ptr< Material >	material
	This member is a shared pointer to a Mateiral object, which means the node can have its own material properties defining its appearance(color, texture, etc).

std::shared_ptr< Geometry >	geometry
	This member is a shared pointer to a Geometry object, which maybe used for specific geometric data relevant to the node, potentially associated with the mesh or for other rendering purposes.

std::shared_ptr< Query >	query
	This member is a shared pointer to a Query object, and it is some type of query operation performed on the node or its descendants.

Static Public Attributes inherited from cil::Locator
static std::map< std::string, Vector3f >	trans
	This declaration defines a map object named trans which associates string keys with Vector3f values. The vector3f value represents a 3D vector defining the translation direction.

static std::map< std::string, Matrix4f >	rot
	Similar to the map of trans, the vector3f value in this map represents a 3D vector defining the rotation axis.

Detailed Description

The ShapeLocator class, inheriting from the Locator class, is specifically designed for determining the geometric extent in geometry scaling operation.

Constructor & Destructor Documentation

◆ ShapeLocator()

cil::ShapeLocator::ShapeLocator ( )

Builds a shape locator with an initialized local matrix which represents the geometric extent in 3D space.

◆ ~ShapeLocator()

virtual cil::ShapeLocator::~ShapeLocator ( )

virtual

Member Function Documentation

◆ local()

std::shared_ptr< Matrix4f > cil::ShapeLocator::local ( )

This function can return the local matrix of the current shape locator.

◆ setLocal()

void cil::ShapeLocator::setLocal ( const std::shared_ptr< Matrix4f > & local )

Sets the local matrix of the current shape locator.

◆ updateHandler()

void cil::ShapeLocator::updateHandler ( )

Update the transformation matrix of the shape locator's other handlers once upon the shape locator is updated.

Member Data Documentation

◆ m_local

std::shared_ptr<Matrix4f> cil::ShapeLocator::m_local

protected

◆ m_names

std::vector<std::string> cil::ShapeLocator::m_names