Transform - a key element of the environment specifies the position of the object. More...

Inheritance diagram for csad::Transform:

Public Member Functions
virtual void	addChild (Transform *)=0
	insert transform to child list.

template<typename T >
MEMNULL _FORCEINLINE T *	addComponent ()
	Adds the component of the specified type in the container if this component already exists, returns available.

virtual Transform *	Child (int id)=0

_FORCEINLINE unsigned int	ChildCount ()
	returns number of dependent objects.

TransformList &	children ()
	the list of dependent objects.

virtual Transform *	createTransform (char *name)=0
	creates a dependent object.

virtual void	deleteChilds ()=0
	delete all childs.

virtual void	detachChild (Transform *child)=0
	remove transform from child list.

_FORCEINLINE Scene *	getScene ()
	returns the scene to which an object belongs.

virtual Transform *	getTransform (char *name)=0
	restores the dependent object by name.

_FORCEINLINE Transform *	parent ()
	returns the parent object.

_FORCEINLINE vector3d *	realPosition ()
	returns the actual position of the object

_FORCEINLINE quaterniond *	realRotate ()
	returns the real razvorot object

_FORCEINLINE vector3f *	realScale ()
	returns the real scale

virtual void	setChildReal (Transform *transform)=0

virtual void	setParentReal (Transform *transform)=0

virtual Transform &	setPosition (double x, double y, double z)=0

virtual Transform &	setPosition (vector3d &pos)=0

virtual Transform &	setPosition (const vector3d &pos)=0

virtual Transform &	setRotate (const quaterniond &_rotate)=0

virtual Transform &	setScale (float x, float y, float z)=0

virtual Transform &	setScale (const vector3f &_scale)=0

virtual void	setSelected (bool)=0
	specifies a choice object.

virtual void	setSprite (bool)=0
	the reversal of the object relative to the camera.

virtual void	setVisible (bool)=0
	sets the object visible.

Public Member Functions inherited from csad::ContainerComponents
template<typename T >
_FORCEINLINE T *	addComponent ()
	Adds the component of the specified type in the container if this component already exists, returns available.

_FORCEINLINE Component *	addComponent (char *name)

_FORCEINLINE Component *	addComponent (const char *name)

_FORCEINLINE iterator	begin ()
	The first element of the list of components.

template<typename T >
_FORCEINLINE void	deleteComponent ()
	Detaches the component from the container and remove the component.

_FORCEINLINE iterator	end ()
	The final element of the list component.

_FORCEINLINE void	freeComponents ()
	detaches and removes components

template<typename T >
_FORCEINLINE T *	getComponent ()
	Returns the component of the given type, if it is not in a container returns 0.

_FORCEINLINE Component *	getComponent (void *t)
	Returns the component of the given type, if it is not in a container returns 0.

_FORCEINLINE Component *	getComponent (char *name)

_FORCEINLINE Component *	getComponent (const char *name)

_FORCEINLINE ComponentsMap &	list ()
	Returns list of Components.

virtual CSAD_API void	quit ()
	Transfers control to the nested components quit calling each of them.

template<typename T >
_FORCEINLINE void	removeComponent ()
	Detaches the component from a container.

CSAD_API void *	set (unsigned _int32, void *)
	used for any interface commands.

CSAD_API void *	setComponents (unsigned int id, void *param)

virtual CSAD_API void	start ()
	Transfers control to the nested components start calling each of them.

virtual CSAD_API void	update ()
	Transfers control to the nested components causing update each of them.

Public Member Functions inherited from csad::BaseObject
_FORCEINLINE bool	isContainer ()
	returns true if the object is a container.

_FORCEINLINE ParametersList *	read (ParametersList *data)
	read attributes object.

_FORCEINLINE void *	type ()
	the output pointer to the typeid() of the class.

_FORCEINLINE void	write (ParametersList *data)
	record attributes of the object.

Additional Inherited Members
Public Types inherited from csad::BaseObject
enum	BASE { ANY = 0x00000000, EVENT = 0x00000001, TYPE = 0x00000002, CONTAINER = 0x00000003, MANAGER_COUNT = 0x00000004, MANAGER = 0x00000005, WRITE = 0x00000006, READ = 0x00000007, SELECT = 0x00000008, RUN = 0x00000009, LIST = 0x0000000A, LIST_COUNT = 0x0000000B, NAME = 0x0000000C, CHILD_NAME = 0x0000000D }
	the basic format of the interface More...

Static Public Member Functions inherited from csad::ContainerComponents
static CSAD_API int	regClass (const char name, const void info, tfSTDCALL_p_FUNC_p fun)

Detailed Description

Transform - a key element of the environment specifies the position of the object.

Object allows you to organize position and recalculation of coordinates for building orientation of the object relative to the calculation point. This allows to minimize, and in some cases eliminate, the loss of accuracy.

For description in the configuration:

  <Scene name="myScene">
    <Transform name="the name of the transform" pos="x y z of position" rot="x y z and angle rotation" scale="x y z of scale">
      ... internal objects or components ...
    </Transform>
  </Scene>
*

See Also: csad: scene Scene ContainerComponents

Member Function Documentation

virtual Transform* csad::Transform::Child ( int id)

pure virtual

returns child objects by id.

Parameters

id	- is a position object in child list;

virtual void csad::Transform::setChildReal ( Transform * transform)

pure virtual

recalculation of the actual point down the hierarchy of objects

Parameters

transform - the object on which is made recalculation.

virtual void csad::Transform::setParentReal ( Transform * transform)

pure virtual

recalculation real coordinates up and down the hierarchy of objects

Parameters

transform - the object on which is made recalculation.

virtual Transform& csad::Transform::setPosition	(	double	x,
		double	y,
		double	z
	)

pure virtual

sets the position of the object

Parameters

x,y,z - coordinates relative to the coordinate system of the parent object

virtual Transform& csad::Transform::setPosition ( vector3d & pos)

pure virtual

sets the position of the object

Parameters

pos	- coordinates relative to the coordinate system of the parent object

virtual Transform& csad::Transform::setPosition ( const vector3d & pos)

pure virtual

sets the position of the object

Parameters

pos	- coordinates relative to the coordinate system of the parent object

virtual Transform& csad::Transform::setRotate ( const quaterniond & _rotate)

pure virtual

sets the reversal of the object

Parameters

_rotate - quaternion razvorot relation to the position of the parent object

virtual Transform& csad::Transform::setScale	(	float	x,
		float	y,
		float	z
	)

pure virtual

sets the scale of the object

Parameters

x,y,z - the scale of the axes relative to the scale of the parent object

virtual Transform& csad::Transform::setScale ( const vector3f & _scale)

pure virtual

sets the scale of the object

Parameters

pos	- the scale relative to the scale of the parent object

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation