#include <TransformInterface.h>

Inheritance diagram for Divide::ITransform:

Public Member Functions
virtual	~ITransform ()=default

virtual void	setPosition (const vec3< F32 > &position)=0
	Set the local X,Y and Z position.

virtual void	setPosition (F32 x, F32 y, F32 z)=0
	Set the local X,Y and Z position.

virtual void	setPositionX (F32 positionX)=0
	Set the object's position on the X axis.

virtual void	setPositionY (F32 positionY)=0
	Set the object's position on the Y axis.

virtual void	setPositionZ (F32 positionZ)=0
	Set the object's position on the Z axis.

virtual void	translate (const vec3< F32 > &axisFactors)=0
	Add the specified translation factors to the current local position.

virtual void	setScale (const vec3< F32 > &amount)=0
	Set the local X,Y and Z scale factors.

virtual void	setScaleX (F32 amount)=0
	Set the scaling factor on the X axis.

virtual void	setScaleY (F32 amount)=0
	Set the scaling factor on the Y axis.

virtual void	setScaleZ (F32 amount)=0
	Set the scaling factor on the Z axis.

virtual void	scale (const vec3< F32 > &axisFactors)=0
	Add the specified scale factors to the current local position.

virtual void	scaleX (F32 amount)=0
	Increase the scaling factor on the X axis by the specified factor.

virtual void	scaleY (F32 amount)=0
	Increase the scaling factor on the Y axis by the specified factor.

virtual void	scaleZ (F32 amount)=0
	Increase the scaling factor on the Z axis by the specified factor.

virtual void	setRotation (const vec3< F32 > &axis, Angle::DEGREES< F32 > degrees)=0

virtual void	setRotation (Angle::DEGREES< F32 > pitch, Angle::DEGREES< F32 > yaw, Angle::DEGREES< F32 > roll)=0

virtual void	setRotation (const Quaternion< F32 > &quat)=0
	Set the local orientation so that it matches the specified quaternion.

virtual void	setRotationX (Angle::DEGREES< F32 > angle)=0

virtual void	setRotationY (Angle::DEGREES< F32 > angle)=0

virtual void	setRotationZ (Angle::DEGREES< F32 > angle)=0

virtual void	rotate (const vec3< F32 > &axis, Angle::DEGREES< F32 > degrees)=0

virtual void	rotate (Angle::DEGREES< F32 > pitch, Angle::DEGREES< F32 > yaw, Angle::DEGREES< F32 > roll)=0

virtual void	rotate (const Quaternion< F32 > &quat)=0
	Apply the specified Quaternion rotation starting from the current orientation.

virtual void	rotateSlerp (const Quaternion< F32 > &quat, D64 deltaTime)=0
	Perform a SLERP rotation towards the specified quaternion.

virtual void	rotateX (Angle::DEGREES< F32 > angle)=0
	Rotate on the X axis (Axis-Angle used) by the specified angle (either degrees or radians)

virtual void	rotateY (Angle::DEGREES< F32 > angle)=0
	Rotate on the Y axis (Axis-Angle used) by the specified angle (either degrees or radians)

virtual void	rotateZ (Angle::DEGREES< F32 > angle)=0
	Rotate on the Z axis (Axis-Angle used) by the specified angle (either degrees or radians)

void	setScale (F32 amount)
	Set an uniform scale on all three axis.

void	setScale (F32 x, F32 y, F32 z)
	Set a scaling factor for each axis.

void	setRotationEuler (const vec3< F32 > &euler)
	Set the euler rotation in degrees.

void	translate (F32 x, F32 y, F32 z)
	Translate the object on each axis by the specified amount.

void	translateX (F32 positionX)
	Translate the object on the X axis by the specified amount.

void	translateY (F32 positionY)
	Translate the object on the Y axis by the specified amount.

void	translateZ (F32 positionZ)
	Translate the object on the Z axis by the specified amount.

void	scale (F32 amount)
	Increase the scaling factor on all three axis by an uniform factor.

void	scale (F32 x, F32 y, F32 z)
	Increase the scaling factor on all three axis by the specified amounts.

void	rotate (F32 xAxis, F32 yAxis, F32 zAxis, Angle::DEGREES< F32 > degrees)
	Apply an axis-angle rotation.

void	rotate (const vec3< F32 > &euler)
	Apply an euler rotation.

virtual void	getScale (vec3< F32 > &scaleOut) const =0
	Return the scale factor.

virtual void	getPosition (vec3< F32 > &posOut) const =0
	Return the position.

virtual void	getOrientation (Quaternion< F32 > &quatOut) const =0
	Return the orientation quaternion.

Detailed Description

Definition at line 57 of file TransformInterface.h.

Constructor & Destructor Documentation

◆ ~ITransform()

virtual Divide::ITransform::~ITransform ( )

virtualdefault

Member Function Documentation

◆ getOrientation()

virtual void Divide::ITransform::getOrientation ( Quaternion< F32 > & quatOut ) const

pure virtual

Return the orientation quaternion.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ getPosition()

virtual void Divide::ITransform::getPosition ( vec3< F32 > & posOut ) const

pure virtual

Return the position.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ getScale()

virtual void Divide::ITransform::getScale ( vec3< F32 > & scaleOut ) const

pure virtual

Return the scale factor.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ rotate() [1/5]

virtual void Divide::ITransform::rotate	(	Angle::DEGREES< F32 >	pitch,
		Angle::DEGREES< F32 >	yaw,
		Angle::DEGREES< F32 >	roll
	)

pure virtual

Apply the specified Euler rotation starting from the current orientation. The angles can be in either degrees(default) or radians

Implemented in Divide::Transform, Divide::TransformComponent, Divide::PhysXActor, Divide::TransformComponent, and Divide::PhysXActor.

◆ rotate() [2/5]

virtual void Divide::ITransform::rotate ( const Quaternion< F32 > & quat )

pure virtual

Apply the specified Quaternion rotation starting from the current orientation.

Implemented in Divide::Transform, Divide::TransformComponent, Divide::PhysXActor, Divide::TransformComponent, and Divide::PhysXActor.

◆ rotate() [3/5]

virtual void Divide::ITransform::rotate	(	const vec3< F32 > &	axis,
		Angle::DEGREES< F32 >	degrees
	)

pure virtual

Apply the specified Axis-Angle rotation starting from the current orientation. The angles can be in either degrees(default) or radians

Implemented in Divide::Transform, Divide::TransformComponent, Divide::PhysXActor, Divide::TransformComponent, and Divide::PhysXActor.

◆ rotate() [4/5]

void Divide::ITransform::rotate ( const vec3< F32 > & euler )

inline

Apply an euler rotation.

Definition at line 122 of file TransformInterface.inl.

◆ rotate() [5/5]

void Divide::ITransform::rotate	(	F32	xAxis,
		F32	yAxis,
		F32	zAxis,
		Angle::DEGREES< F32 >	degrees
	)

inline

Apply an axis-angle rotation.

Definition at line 117 of file TransformInterface.inl.

◆ rotateSlerp()

virtual void Divide::ITransform::rotateSlerp	(	const Quaternion< F32 > &	quat,
		D64	deltaTime
	)

pure virtual

Perform a SLERP rotation towards the specified quaternion.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ rotateX()

virtual void Divide::ITransform::rotateX ( Angle::DEGREES< F32 > angle )

pure virtual

Rotate on the X axis (Axis-Angle used) by the specified angle (either degrees or radians)

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ rotateY()

virtual void Divide::ITransform::rotateY ( Angle::DEGREES< F32 > angle )

pure virtual

Rotate on the Y axis (Axis-Angle used) by the specified angle (either degrees or radians)

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ rotateZ()

virtual void Divide::ITransform::rotateZ ( Angle::DEGREES< F32 > angle )

pure virtual

Rotate on the Z axis (Axis-Angle used) by the specified angle (either degrees or radians)

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ scale() [1/3]

virtual void Divide::ITransform::scale ( const vec3< F32 > & axisFactors )

pure virtual

Add the specified scale factors to the current local position.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ scale() [2/3]

void Divide::ITransform::scale ( F32 amount )

inline

Increase the scaling factor on all three axis by an uniform factor.

Definition at line 107 of file TransformInterface.inl.

◆ scale() [3/3]

void Divide::ITransform::scale	(	F32	x,
		F32	y,
		F32	z
	)

inline

Increase the scaling factor on all three axis by the specified amounts.

Definition at line 112 of file TransformInterface.inl.

◆ scaleX()

virtual void Divide::ITransform::scaleX ( F32 amount )

pure virtual

Increase the scaling factor on the X axis by the specified factor.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ scaleY()

virtual void Divide::ITransform::scaleY ( F32 amount )

pure virtual

Increase the scaling factor on the Y axis by the specified factor.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ scaleZ()

virtual void Divide::ITransform::scaleZ ( F32 amount )

pure virtual

Increase the scaling factor on the Z axis by the specified factor.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ setPosition() [1/2]

virtual void Divide::ITransform::setPosition ( const vec3< F32 > & position )

pure virtual

Set the local X,Y and Z position.

Implemented in Divide::Transform, Divide::TransformComponent, Divide::PhysXActor, Divide::TransformComponent, and Divide::PhysXActor.

◆ setPosition() [2/2]

virtual void Divide::ITransform::setPosition	(	F32	x,
		F32	y,
		F32	z
	)

pure virtual

Set the local X,Y and Z position.

Implemented in Divide::Transform, Divide::TransformComponent, Divide::PhysXActor, Divide::TransformComponent, and Divide::PhysXActor.

◆ setPositionX()

virtual void Divide::ITransform::setPositionX ( F32 positionX )

pure virtual

Set the object's position on the X axis.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ setPositionY()

virtual void Divide::ITransform::setPositionY ( F32 positionY )

pure virtual

Set the object's position on the Y axis.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ setPositionZ()

virtual void Divide::ITransform::setPositionZ ( F32 positionZ )

pure virtual

Set the object's position on the Z axis.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ setRotation() [1/3]

virtual void Divide::ITransform::setRotation	(	Angle::DEGREES< F32 >	pitch,
		Angle::DEGREES< F32 >	yaw,
		Angle::DEGREES< F32 >	roll
	)

pure virtual

Set the local orientation using the Euler system. The angles can be in either degrees(default) or radians

Implemented in Divide::Transform, Divide::TransformComponent, Divide::PhysXActor, Divide::TransformComponent, and Divide::PhysXActor.

◆ setRotation() [2/3]

virtual void Divide::ITransform::setRotation ( const Quaternion< F32 > & quat )

pure virtual

Set the local orientation so that it matches the specified quaternion.

Implemented in Divide::Transform, Divide::TransformComponent, Divide::PhysXActor, Divide::TransformComponent, and Divide::PhysXActor.

◆ setRotation() [3/3]

virtual void Divide::ITransform::setRotation	(	const vec3< F32 > &	axis,
		Angle::DEGREES< F32 >	degrees
	)

pure virtual

Set the local orientation using the Axis-Angle system. The angle can be in either degrees(default) or radians

Implemented in Divide::Transform, Divide::TransformComponent, Divide::PhysXActor, Divide::TransformComponent, and Divide::PhysXActor.

◆ setRotationEuler()

void Divide::ITransform::setRotationEuler ( const vec3< F32 > & euler )

inline

Set the euler rotation in degrees.

Definition at line 82 of file TransformInterface.inl.

◆ setRotationX()

virtual void Divide::ITransform::setRotationX ( Angle::DEGREES< F32 > angle )

pure virtual

Set the rotation on the X axis (Axis-Angle used) by the specified angle (either degrees or radians)

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ setRotationY()

virtual void Divide::ITransform::setRotationY ( Angle::DEGREES< F32 > angle )

pure virtual

Set the rotation on the Y axis (Axis-Angle used) by the specified angle (either degrees or radians)

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ setRotationZ()

virtual void Divide::ITransform::setRotationZ ( Angle::DEGREES< F32 > angle )

pure virtual

Set the rotation on the Z axis (Axis-Angle used) by the specified angle (either degrees or radians)

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ setScale() [1/3]

virtual void Divide::ITransform::setScale ( const vec3< F32 > & amount )

pure virtual

Set the local X,Y and Z scale factors.

Implemented in Divide::Transform, Divide::TransformComponent, Divide::TransformComponent, Divide::PhysXActor, and Divide::PhysXActor.

◆ setScale() [2/3]

void Divide::ITransform::setScale ( F32 amount )

inline

Set an uniform scale on all three axis.

Definition at line 72 of file TransformInterface.inl.

◆ setScale() [3/3]

void Divide::ITransform::setScale	(	F32	x,
		F32	y,
		F32	z
	)

inline

Set a scaling factor for each axis.

Definition at line 77 of file TransformInterface.inl.

◆ setScaleX()

virtual void Divide::ITransform::setScaleX ( F32 amount )

pure virtual

Set the scaling factor on the X axis.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ setScaleY()

virtual void Divide::ITransform::setScaleY ( F32 amount )

pure virtual

Set the scaling factor on the Y axis.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ setScaleZ()

virtual void Divide::ITransform::setScaleZ ( F32 amount )

pure virtual

Set the scaling factor on the Z axis.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ translate() [1/2]

virtual void Divide::ITransform::translate ( const vec3< F32 > & axisFactors )

pure virtual

Add the specified translation factors to the current local position.

Implemented in Divide::Transform, Divide::TransformComponent, and Divide::PhysXActor.

◆ translate() [2/2]

void Divide::ITransform::translate	(	F32	x,
		F32	y,
		F32	z
	)

inline

Translate the object on each axis by the specified amount.

Definition at line 87 of file TransformInterface.inl.

◆ translateX()

void Divide::ITransform::translateX ( F32 positionX )

inline

Translate the object on the X axis by the specified amount.

Definition at line 92 of file TransformInterface.inl.

◆ translateY()

void Divide::ITransform::translateY ( F32 positionY )

inline

Translate the object on the Y axis by the specified amount.

Definition at line 97 of file TransformInterface.inl.

◆ translateZ()

void Divide::ITransform::translateZ ( F32 positionZ )

inline

Translate the object on the Z axis by the specified amount.

Definition at line 102 of file TransformInterface.inl.

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

G:/Divide-Framework/Source/Core/Math/Headers/TransformInterface.h
G:/Divide-Framework/Source/Core/Math/Headers/TransformInterface.inl

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ ~ITransform()

Member Function Documentation

◆ getOrientation()

◆ getPosition()

◆ getScale()

◆ rotate() [1/5]

◆ rotate() [2/5]

◆ rotate() [3/5]

◆ rotate() [4/5]

◆ rotate() [5/5]

◆ rotateSlerp()

◆ rotateX()

◆ rotateY()

◆ rotateZ()

◆ scale() [1/3]

◆ scale() [2/3]

◆ scale() [3/3]

◆ scaleX()

◆ scaleY()

◆ scaleZ()

◆ setPosition() [1/2]

◆ setPosition() [2/2]

◆ setPositionX()

◆ setPositionY()

◆ setPositionZ()

◆ setRotation() [1/3]

◆ setRotation() [2/3]

◆ setRotation() [3/3]

◆ setRotationEuler()

◆ setRotationX()

◆ setRotationY()

◆ setRotationZ()

◆ setScale() [1/3]

◆ setScale() [2/3]

◆ setScale() [3/3]

◆ setScaleX()

◆ setScaleY()

◆ setScaleZ()

◆ translate() [1/2]

◆ translate() [2/2]

◆ translateX()

◆ translateY()

◆ translateZ()