#include <Object.hpp>

Inheritance diagram for jop::Object:

Public Types
enum	TransformRestriction : uint32 { TranslationX = 1 << 10, TranslationY = 1 << 11, TranslationZ = 1 << 12, Translation = TranslationX \| TranslationY \| TranslationZ, ScaleX = 1 << 13, ScaleY = 1 << 14, ScaleZ = 1 << 15, Scale = ScaleX \| ScaleY \| ScaleZ, Rotation = 1 << 16, IgnoreParent = Translation \| Scale \| Rotation }

Public Member Functions
	Object (const std::string &ID)
	Constructor. More...

	Object (const Object &other, const std::string &newID, const Transform::Variables &newTransform)
	Copy constructor. More...

	Object (Object &&other)
	Move constructor. More...

Object &	operator= (Object &&other)
	Move assignment operator. More...

	~Object ()
	Destructor. More...

std::vector< std::unique_ptr< Component > > &	getComponents ()
	Get all components. More...

const std::vector< std::unique_ptr< Component > > &	getComponents () const
	Get all components. More...

template<typename T >
T *	getComponent ()
	Get a component using type info. More...

template<typename T >
const T *	getComponent () const
	Get a component using type info. More...

template<typename T >
T *	getComponent (const uint32 ID)
	Get a component using component ID and type info. More...

template<typename T >
const T *	getComponent (const uint32 ID) const
	Get a component using component ID and type info. More...

template<typename T , typename... Args>
T &	createComponent (Args &&...args)
	Create a component. More...

template<typename T >
T *	cloneComponent (Object &object, const uint32 ID=0) const
	Clone a component. More...

Object &	removeComponents (const uint32 ID)
	Remove components. More...

template<typename T >
Object &	removeComponent (const uint32 ID=0)
	Remove a component. More...

Object &	clearComponents ()
	Remove all components. More...

unsigned int	componentCount () const
	Get amount of components. More...

WeakReference< Object >	createChild (const std::string &ID)
	Create a new child. More...

WeakReference< Object >	adoptChild (Object &child)
	Adopt a child. More...

std::vector< Object > &	getChildren ()
	Get all children. More...

const std::vector< Object > &	getChildren () const
	Get all children. More...

WeakReference< Object >	cloneChild (const std::string &ID, const std::string &clonedID)
	Clone a child with the given id. More...

WeakReference< Object >	cloneChild (const std::string &ID, const std::string &clonedID, const Transform::Variables &newTransform)
	Clone a child with the given id. More...

Object &	removeChildren (const std::string &ID)
	Remove children with the given identifier. More...

Object &	removeChildrenWithTag (const std::string &tag, const bool recursive)
	Remove all children with the given tag. More...

Object &	reserveChildren (const uint32 size)
	Reserve memory for children. More...

Object &	clearChildren ()
	Remove all children. More...

void	removeSelf ()
	Mark this to be removed. More...

WeakReference< Object >	cloneSelf ()
	Clone/instantiate this object. More...

WeakReference< Object >	cloneSelf (const std::string &newID)
	Clone/instantiate this object. More...

WeakReference< Object >	cloneSelf (const std::string &newID, const Transform::Variables &newTransform)
	Clone/instantiate this object. More...

bool	isRemoved () const
	Check if this object has been marked to be removed. More...

unsigned int	childCount () const
	Get amount of children. More...

unsigned int	childCountRecursive () const
	Get amount of children recursively. More...

WeakReference< Object >	getParent () const
	Get this object's parent. More...

WeakReference< Object >	setParent (Object &newParent)
	Set a new parent. More...

Scene &	getScene ()
	Get the scene this objects is bound to. More...

const Scene &	getScene () const
	Get the scene this objects is bound to. More...

Message::Result	sendMessage (const Message &message)
	Send a message. More...

WeakReference< Object >	findChild (const std::string &ID, const bool recursive=false, const bool strict=true) const
	Find a child. More...

std::vector< WeakReference< Object > >	findChildren (const std::string &ID, const bool recursive, const bool strict) const
	Find all children matching the criteria. More...

std::vector< WeakReference< Object > >	findChildrenWithTag (const std::string &tag, const bool recursive) const
	Find children with a tag. More...

WeakReference< Object >	findChildWithPath (const std::string &path) const
	Find child with a search path. More...

std::string	makeSearchPath () const
	Make a string path through this object's parents. More...

Object &	setActive (const bool active)
	Set this object active/inactive. More...

bool	isActive () const
	Check if this object is active. More...

const std::string &	getID () const
	Get this object's identifier. More...

Object &	setID (const std::string &ID)
	Set the identifier. More...

Object &	addTag (const std::string &tag)
	Add a tag. More...

Object &	removeTag (const std::string &tag)
	Remove a tag. More...

Object &	clearTags ()
	Clear tags. More...

bool	hasTag (const std::string &tag) const
	Check if this object has a tag. More...

void	update (const float deltaTime)
	Update. More...

void	printDebugTree () const
	Print the tree of objects into the console, this object as root. More...

const Transform &	getTransform () const
	Get the transform. More...

const Transform &	getInverseTransform () const
	Get the inverse transform. More...

const Transform::Variables &	getLocalTransformVars () const
	Get the local transformation variables. More...

const Transform::Variables &	getGlobalTransformVars () const
	Get the global transformation variables. More...

Object &	setRotation (const float x, const float y, const float z)
	Set the rotation. More...

Object &	setRotation (const glm::vec3 &rotation)
	Set the rotation. More...

Object &	setRotation (const float angle, const glm::vec3 &axis)
	Set the rotation using angle-axis. More...

Object &	setRotation (const glm::quat &rotation)
	Set the rotation. More...

const glm::quat &	getLocalRotation () const
	Get the local rotation. More...

const glm::quat &	getGlobalRotation () const
	Get the global rotation. More...

glm::vec3	getGlobalFront () const
	Get the global front vector. More...

glm::vec3	getGlobalRight () const
	Get the global right vector. More...

glm::vec3	getGlobalUp () const
	Get the global up vector. More...

glm::vec3	getLocalFront () const
	Get the local front vector. More...

glm::vec3	getLocalRight () const
	Get the local right vector. More...

glm::vec3	getLocalUp () const
	Get the local up vector. More...

Object &	setScale (const float x, const float y, const float z)
	Set the scale. More...

Object &	setScale (const glm::vec3 &scale)
	Set the scale. More...

Object &	setScale (const float delta)
	Set the scale. More...

const glm::vec3 &	getLocalScale () const
	Get the local scale. More...

const glm::vec3 &	getGlobalScale () const
	Get the global scale. More...

Object &	setPosition (const float x, const float y, const float z)
	Set the position. More...

Object &	setPosition (const glm::vec3 &position)
	Set the position. More...

const glm::vec3 &	getLocalPosition () const
	Get the local position. More...

const glm::vec3 &	getGlobalPosition () const
	Get the global position. More...

Object &	lookAt (const glm::vec3 &point)
	Set this transform to look at a certain point. More...

Object &	lookAt (const glm::vec3 &point, const glm::vec3 &up)
	Set this transform to look at a certain point. More...

Object &	lookAt (const float x, const float y, const float z)
	Set this transform to look at a certain point. More...

Object &	move (const float x, const float y, const float z)
	Move this object. More...

Object &	move (const glm::vec3 &offset)
	Move this object. More...

Object &	rotate (const float x, const float y, const float z)
	Rotate this object. More...

Object &	rotate (const glm::quat &rotation)
	Rotate this object. More...

Object &	rotate (const glm::vec3 &rotation)
	Rotate this object. More...

Object &	rotate (const float angle, const glm::vec3 &axis)
	Rotate this object using an axis-angle. More...

Object &	scale (const float x, const float y, const float z)
	Scale this object. More...

Object &	scale (const glm::vec3 &scale)
	Scale this object. More...

Object &	scale (const float delta)
	Scale this object. More...

Object &	setIgnoreParent (const bool ignore)
	Set this node to ignore its parent. More...

bool	ignoresParent () const
	Check if this node ignores its parent. More...

Object &	setIgnoreTransform (const uint32 flags)
	Set transform restriction flags. More...

bool	ignoresTransform (const uint32 flag) const
	Check if a transform restriction has been set. More...

Public Member Functions inherited from jop::SafeReferenceable< Object >
WeakReference< Object >	getReference () const
	Get a weak reference to the bound object. More...

Public Member Functions inherited from jop::SerializeInfo
	SerializeInfo ()

void	setSerializePackage (const uint16 package)

uint16	getSerializePackage () const

void	setShouldSerialize (const bool set)

bool	shouldSerialize () const

void	setLightSerializeable (const bool set)

bool	isLightSerializeable () const

Friends
class	SceneLoader

class	Component

Additional Inherited Members
Protected Member Functions inherited from jop::SafeReferenceable< Object >
	SafeReferenceable (Object *ref)
	Constructor. More...

	SafeReferenceable (SafeReferenceable< Object > &&other)
	Move constructor. More...

SafeReferenceable &	operator= (SafeReferenceable< Object > &&other)
	Move assignment operator. More...

	~SafeReferenceable ()
	Protected destructor. More...

Detailed Description

Definition at line 43 of file Object.hpp.

Member Enumeration Documentation

enum jop::Object::TransformRestriction : uint32

Transformation restrictions

Enumerator
TranslationX	Translation on the X axis.
TranslationY	Translation on the Y axis.
TranslationZ	Translation on the Z axis.
Translation	Translation on all axes.
ScaleX	Scale on the X axis.
ScaleY	Scale on the Y axis.
ScaleZ	Scale on the Z axis.
Scale	Scale on all axes.
Rotation	Rotation on all axes.
IgnoreParent	Ignore parent transform completely.

Definition at line 73 of file Object.hpp.

Constructor & Destructor Documentation

jop::Object::Object ( const std::string & ID )

Constructor.

Parameters

ID	Object identifier

jop::Object::Object	(	const Object &	other,
		const std::string &	newID,
		const Transform::Variables &	newTransform
	)

Copy constructor.

Parameters

other	The other object to copy
newID	The ID of the new object
newTransform	The transform values of the new object

jop::Object::Object ( Object && other )

Move constructor.

jop::Object::~Object ( )

Destructor.

Member Function Documentation

Object& jop::Object::addTag ( const std::string & tag )

Add a tag.

Parameters

tag	The tag to add

Returns: Reference to self

This method is exposed as command named addTag

WeakReference<Object> jop::Object::adoptChild ( Object & child )

Adopt a child.

This will move the child onto this object and remove it from its old parent. If the child's parent is equal to this, this function does nothing.

Parameters

child The child to adopt

Returns: Reference to the adopted child. The old reference will become invalid

This method is exposed as command named adoptChild

unsigned int jop::Object::childCount ( ) const

Get amount of children.

Returns: Amount of children

unsigned int jop::Object::childCountRecursive ( ) const

Get amount of children recursively.

Returns: Amount of children, summed recursively

Object& jop::Object::clearChildren ( )

Remove all children.

The children will be removed immediately.

Returns: Reference to self

This method is exposed as command named clearChildren

Object& jop::Object::clearComponents ( )

Remove all components.

Returns: Reference to self

This method is exposed as command named clearComponents

Object& jop::Object::clearTags ( )

Clear tags.

Returns: Reference to self

This method is exposed as command named clearTags

WeakReference<Object> jop::Object::cloneChild	(	const std::string &	ID,
		const std::string &	clonedID
	)

Clone a child with the given id.

The child object, if successfully cloned, will be added to the internal array and then returned.

Parameters

ID	The ID to search with
clonedID	The ID of the cloned object

Returns: Reference to the newly cloned child object if the object was found, empty otherwise

This method is exposed as command named cloneChild

WeakReference<Object> jop::Object::cloneChild	(	const std::string &	ID,
		const std::string &	clonedID,
		const Transform::Variables &	newTransform
	)

Clone a child with the given id.

The child object, if successfully cloned, will be added to the internal array and then returned.

Parameters

ID	The ID to search with
clonedID	The ID of the cloned object

Returns: Reference to the newly cloned child object if the object was found, empty otherwise

This method is exposed as command named cloneChild

Parameters

newTransform New transform for the cloned child

template<typename T >

T* jop::Object::cloneComponent	(	Object &	object,
		const uint32	ID = `0`
	)		const

Clone a component.

Parameters

object	New object for the cloned component
ID	Identifier of the component to clone

Returns: Pointer to the cloned component. nullptr if not found

WeakReference<Object> jop::Object::cloneSelf ( )

Clone/instantiate this object.

The same ID and transform will be used.

Returns: Reference to the cloned object

WeakReference<Object> jop::Object::cloneSelf ( const std::string & newID )

Clone/instantiate this object.

The same transform will be used.

Parameters

newID The ID of the cloned object

Returns: Reference to the cloned object

WeakReference<Object> jop::Object::cloneSelf	(	const std::string &	newID,
		const Transform::Variables &	newTransform
	)

Clone/instantiate this object.

Parameters

newID	The ID of the cloned object
newTransform	The transform of the cloned object

Returns: Reference to the cloned object

unsigned int jop::Object::componentCount ( ) const

Get amount of components.

Returns: Amount of components

WeakReference<Object> jop::Object::createChild ( const std::string & ID )

Create a new child.

Parameters

ID	Id for the new child object

Returns: Reference to the newly created child

This method is exposed as command named createChild

template<typename T , typename... Args>

T& jop::Object::createComponent ( Args &&... args )

Create a component.

Parameters

args	Arguments to use with construction

Returns: Reference to the newly created component

WeakReference<Object> jop::Object::findChild	(	const std::string &	ID,
		const bool	recursive = `false`,
		const bool	strict = `true`
	)		const

Find a child.

Parameters

ID	Object identifier
recursive	Search recursively?
strict	Does the ID have to match exactly?

Returns: Reference to the child, empty if not found

std::vector<WeakReference<Object> > jop::Object::findChildren	(	const std::string &	ID,
		const bool	recursive,
		const bool	strict
	)		const

Find all children matching the criteria.

When ID is empty and strict is false, all children will be returned.

Parameters

ID	Object identifier
recursive	Search recursively?
strict	Does the ID have to match exactly?

Returns: Vector with all the found children, empty if none were found

std::vector<WeakReference<Object> > jop::Object::findChildrenWithTag	(	const std::string &	tag,
		const bool	recursive
	)		const

Find children with a tag.

Parameters

tag	Object identifier
recursive	Search recursively?

Returns: Vector with all the found children, empty if none were found

WeakReference<Object> jop::Object::findChildWithPath ( const std::string & path ) const

Find child with a search path.

Parameters

path	Search path

Returns: Reference to the child, empty if not found

See also: makeSearchPath()

std::vector<Object>& jop::Object::getChildren ( )

Get all children.

Returns: Reference to the internal vector with the children

const std::vector<Object>& jop::Object::getChildren ( ) const

Get all children.

Returns: Reference to the internal vector with the children

template<typename T >

T* jop::Object::getComponent ( )

Get a component using type info.

Returns: Pointer to the component. nullptr if not found

template<typename T >

const T* jop::Object::getComponent ( ) const

Get a component using type info.

Returns: Pointer to the component. nullptr if not found

template<typename T >

T* jop::Object::getComponent ( const uint32 ID )

Get a component using component ID and type info.

Parameters

ID	The identifier to search with

Returns: Pointer to the component. nullptr if not found

template<typename T >

const T* jop::Object::getComponent ( const uint32 ID ) const

Get a component using component ID and type info.

Parameters

ID	The identifier to search with

Returns: Pointer to the component. nullptr if not found

std::vector<std::unique_ptr<Component> >& jop::Object::getComponents ( )

Get all components.

Returns: Reference to the internal vector with the components

const std::vector<std::unique_ptr<Component> >& jop::Object::getComponents ( ) const

Get all components.

Returns: Reference to the internal vector with the components

glm::vec3 jop::Object::getGlobalFront ( ) const

Get the global front vector.

Returns: The global front vector

const glm::vec3& jop::Object::getGlobalPosition ( ) const

Get the global position.

Returns: The global position

glm::vec3 jop::Object::getGlobalRight ( ) const

Get the global right vector.

Returns: The global right vector

const glm::quat& jop::Object::getGlobalRotation ( ) const

Get the global rotation.

Returns: The global rotation

const glm::vec3& jop::Object::getGlobalScale ( ) const

Get the global scale.

Returns: The global scale

const Transform::Variables& jop::Object::getGlobalTransformVars ( ) const

Get the global transformation variables.

Returns: Reference to the internal variables

glm::vec3 jop::Object::getGlobalUp ( ) const

Get the global up vector.

Returns: The global up vector

const std::string& jop::Object::getID ( ) const

Get this object's identifier.

Returns: Reference to the internal id string

See also: setID()

const Transform& jop::Object::getInverseTransform ( ) const

Get the inverse transform.

Returns: Reference to the internal inverse transform

glm::vec3 jop::Object::getLocalFront ( ) const

Get the local front vector.

Returns: The local front vector

const glm::vec3& jop::Object::getLocalPosition ( ) const

Get the local position.

Returns: The local position

glm::vec3 jop::Object::getLocalRight ( ) const

Get the local right vector.

Returns: The local right vector

const glm::quat& jop::Object::getLocalRotation ( ) const

Get the local rotation.

Returns: The local rotation

const glm::vec3& jop::Object::getLocalScale ( ) const

Get the local scale.

Returns: Vector with the scale

const Transform::Variables& jop::Object::getLocalTransformVars ( ) const

Get the local transformation variables.

Returns: Reference to the internal variables

glm::vec3 jop::Object::getLocalUp ( ) const

Get the local up vector.

Returns: The local up vector

WeakReference<Object> jop::Object::getParent ( ) const

Get this object's parent.

If the result is empty, it means that this object is a scene.

Returns: Reference to the parent

Scene& jop::Object::getScene ( )

Get the scene this objects is bound to.

You should avoid calling this when you can use Engine::getCurrentScene() or Engine::getSharedScene().

Returns: Reference to the scene

const Scene& jop::Object::getScene ( ) const

Get the scene this objects is bound to.

You should avoid calling this when you can use Engine::getCurrentScene() or Engine::getSharedScene().

Returns: Reference to the scene

const Transform& jop::Object::getTransform ( ) const

Get the transform.

Returns: Reference to the internal transform

bool jop::Object::hasTag ( const std::string & tag ) const

Check if this object has a tag.

Parameters

tag	The tag to check

Returns: True if found

bool jop::Object::ignoresParent ( ) const

Check if this node ignores its parent.

Returns: True if ignores parent

bool jop::Object::ignoresTransform ( const uint32 flag ) const

Check if a transform restriction has been set.

You should only check a single flag at a time.

Parameters

flag	The flag to check

Returns: True if the flag is set

bool jop::Object::isActive ( ) const

Check if this object is active.

Returns: True if active

bool jop::Object::isRemoved ( ) const

Check if this object has been marked to be removed.

Returns: True if this is to be removed

Object& jop::Object::lookAt ( const glm::vec3 & point )

Set this transform to look at a certain point.

The rotation is applied locally. If you want to set the rotation to point at an absolute world position, use setIgnoreTransform() to restrict the rotation.

This overload will use Transform::Up as the up vector.

Parameters

point The point to look at

Returns: Reference to self

Object& jop::Object::lookAt	(	const glm::vec3 &	point,
		const glm::vec3 &	up
	)

Set this transform to look at a certain point.

The rotation is applied locally. If you want to set the rotation to point at an absolute world position, use setIgnoreTransform() to restrict the rotation.

This overload will use Transform::Up as the up vector.

Parameters

point The point to look at

Returns: Reference to self

Parameters

up	Custom up vector

Object& jop::Object::lookAt	(	const float	x,
		const float	y,
		const float	z
	)

Set this transform to look at a certain point.

Parameters

x	The X point
y	The Y point
z	The Z point

Returns: Reference to self

std::string jop::Object::makeSearchPath ( ) const

Make a string path through this object's parents.

The path will be in the following format: GrandParent>Parent>ThisObject. Due to how the format works, the character '>' in an object ID is forbidden.

Returns: String with the path

See also: findChildWithPath()

Object& jop::Object::move	(	const float	x,
		const float	y,
		const float	z
	)

Move this object.

Parameters

x	The X offset
y	The Y offset
z	The Z offset

Returns: Reference to self

Object& jop::Object::move ( const glm::vec3 & offset )

Move this object.

Parameters

offset The movement offset

Returns: Reference to self

Object& jop::Object::operator= ( Object && other )

Move assignment operator.

Returns: Reference to self

void jop::Object::printDebugTree ( ) const

Print the tree of objects into the console, this object as root.

Object& jop::Object::removeChildren ( const std::string & ID )

Remove children with the given identifier.

The children will actually be removed only at the beginning of the next update call.

Parameters

ID	The id to search with

Returns: Reference to self

This method is exposed as command named removeChildren

Object& jop::Object::removeChildrenWithTag	(	const std::string &	tag,
		const bool	recursive
	)

Remove all children with the given tag.

The children will actually be removed only at the beginning of the next update call.

Parameters

tag	The tag to search with
recursive	Search recursively?

Returns: Reference to self

template<typename T >

Object& jop::Object::removeComponent ( const uint32 ID = 0 )

Remove a component.

Parameters

ID	The ID to search with

Returns: Reference to self

Object& jop::Object::removeComponents ( const uint32 ID )

Remove components.

All components matching the identifier will be removed

Parameters

ID	The ID to search with

Returns: Reference to self

This method is exposed as command named removeComponents

void jop::Object::removeSelf ( )

Mark this to be removed.

The object will be actually removed at the beginning of the next update call.

This method is exposed as command named removeSelf

Object& jop::Object::removeTag ( const std::string & tag )

Remove a tag.

Parameters

tag	The tag to be removed

Returns: Reference to self

This method is exposed as command named removeTag

Object& jop::Object::reserveChildren ( const uint32 size )

Reserve memory for children.

Reallocates children if param size is greater than currently reserved size. It's recommended to call tis before adding a large amount of children.

Parameters

size	Size to reserve

Returns: Reference to self

Object& jop::Object::rotate	(	const float	x,
		const float	y,
		const float	z
	)

Rotate this object.

Parameters

x	The X offset
y	The Y offset
z	The Z offset

Returns: Reference to self

Object& jop::Object::rotate ( const glm::quat & rotation )

Rotate this object.

Parameters

rotation The rotation offset

Returns: Reference to self

Object& jop::Object::rotate ( const glm::vec3 & rotation )

Rotate this object.

Parameters

rotation The rotation offset

Returns: Reference to self

Object& jop::Object::rotate	(	const float	angle,
		const glm::vec3 &	axis
	)

Rotate this object using an axis-angle.

Parameters

angle	The angle
axis	The axis

Returns: Reference to self

Object& jop::Object::scale	(	const float	x,
		const float	y,
		const float	z
	)

Scale this object.

Parameters

x	The X multiplier
y	The Y multiplier
z	The Z multiplier

Returns: Reference to self

Object& jop::Object::scale ( const glm::vec3 & scale )

Scale this object.

Parameters

scale The scale multiplier

Returns: Reference to self

Object& jop::Object::scale ( const float delta )

Scale this object.

This call is equal to scale(delta, delta, delta).

Parameters

delta The scale multiplier

Returns: Reference to self

Message::Result jop::Object::sendMessage ( const Message & message )

Send a message.

The message will be forwarded to children and components.

Parameters

message The message

Returns: The message result

Object& jop::Object::setActive ( const bool active )

Set this object active/inactive.

Parameters

active True to set active

Returns: Reference to self

This method is exposed as command named setActive

Object& jop::Object::setID ( const std::string & ID )

Set the identifier.

The character '>' in an object identifier is forbidden.

Parameters

ID	Object identifier

Returns: Reference to self

This method is exposed as command named setID

Object& jop::Object::setIgnoreParent ( const bool ignore )

Set this node to ignore its parent.

Objects that ignore their parent will not take into account the parent's transformation.

Parameters

ignore The flag to set

Returns: Reference to self

Object& jop::Object::setIgnoreTransform ( const uint32 flags )

Set transform restriction flags.

Use this function to ignore certain global transformations. The local transformation values remain unaffected.

Parameters

flags The flags to set

Returns: Reference to self

See also: TransformRestriction

WeakReference<Object> jop::Object::setParent ( Object & newParent )

Set a new parent.

This is equivalent to calling newParent.adoptChild(this)

Parameters

newParent The new parent

Returns: Reference to this. The old reference will become invalid

This method is exposed as command named setParent

Object& jop::Object::setPosition	(	const float	x,
		const float	y,
		const float	z
	)

Set the position.

Parameters

x	The X component
y	The Y component
z	The Z component

Returns: Reference to self

Object& jop::Object::setPosition ( const glm::vec3 & position )

Set the position.

Parameters

position Vector with the position to set

Returns: Reference to self

Object& jop::Object::setRotation	(	const float	x,
		const float	y,
		const float	z
	)

Set the rotation.

Parameters

x	The X angle
y	The Y angle
z	The Z angle

Returns: Reference to self

Object& jop::Object::setRotation ( const glm::vec3 & rotation )

Set the rotation.

Parameters

rotation Rotation vector in euler angles

Returns: Reference to self

Object& jop::Object::setRotation	(	const float	angle,
		const glm::vec3 &	axis
	)

Set the rotation using angle-axis.

Parameters

angle	The angle
axis	The axis

Returns: Reference to self

Object& jop::Object::setRotation ( const glm::quat & rotation )

Set the rotation.

Parameters

rotation Quaternion with the rotation to set

Returns: Reference to self

Object& jop::Object::setScale	(	const float	x,
		const float	y,
		const float	z
	)

Set the scale.

1.f means the original scale.

Parameters

x	The X component
y	The Y component
z	The Z component

Returns: Reference to self

Object& jop::Object::setScale ( const glm::vec3 & scale )

Set the scale.

Parameters

scale Vector with the scale to set

Returns: Reference to self

Object& jop::Object::setScale ( const float delta )

Set the scale.

This call is equal to setScale(delta, delta, delta)

Parameters

delta The new scale

Returns: Reference to self

void jop::Object::update ( const float deltaTime )

Update.

This is for internal use.

Parameters

deltaTime The delta time

Friends And Related Function Documentation

friend class Component

friend

Definition at line 50 of file Object.hpp.

friend class SceneLoader

friend

Definition at line 49 of file Object.hpp.

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

Object.hpp

Public Types

Public Member Functions

Friends

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation