Aire::Animator Class Reference

Class for playing the animation. More...

#include <animator.h>

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Public Member Functions
	Animator (Aire::MeshManager *meshManager, const std::string &animationPath, bool flippedUV)
	Animator (Animation *animation)
	~Animator ()
	Delete the animator and free data of the animation.
glm::mat4	InterpolateMatrices (const glm::mat4 &matrix1, const glm::mat4 &matrix2, float blendFactor)
void	UpdateAnimation (float dt)
void	PlayAnimation (Animation *pAnimation)
void	CalculateBoneTransform (const AssimpNodeData *node, glm::mat4 parentTransform, std::vector< glm::mat4 > &boneMatrices)
std::vector< glm::mat4 >	GetFinalBoneMatrices ()
	get the bone matrices
void	render (ShaderProgram &shader, Camera &camera)
void	renderInstanced (ShaderProgram &shader, Camera &camera, glm::mat4 transform)

Public Attributes
bool	isStatic = true
	Flag indicating whether the model is static.
Model *	m_Model
	The animated model.
std::vector< Animation * >	animations
	List of animations.

Detailed Description

Class for playing the animation.

Constructor & Destructor Documentation

Animator() [1/2]

Aire::Animator::Animator ( Aire::MeshManager * meshManager, const std::string & animationPath, bool flippedUV )

inline

Constructor

Parameters

meshManager	The mesh manager
animationPath	The path of the animation
flippedUV	Flag to optionally flip the UVs of the mesh

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Animator() [2/2]

Aire::Animator::Animator ( Animation * animation )

inline

Constructor

Parameters

animation

The animation to run

Member Function Documentation

CalculateBoneTransform()

void Aire::Animator::CalculateBoneTransform ( const AssimpNodeData * node, glm::mat4 parentTransform, std::vector< glm::mat4 > & boneMatrices )

inline

Calculate the bone transform

Parameters

node	The Assimp node
parentTransform	Transform of the parent node
boneMatrices	List to be filled with bone matrices

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GetFinalBoneMatrices()

std::vector< glm::mat4 > Aire::Animator::GetFinalBoneMatrices ( )

inline

get the bone matrices

Returns

bone matrix

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InterpolateMatrices()

glm::mat4 Aire::Animator::InterpolateMatrices ( const glm::mat4 & matrix1, const glm::mat4 & matrix2, float blendFactor )

inline

Method to interpolate matrices. This is used when blending animations.

Parameters

matrix1	The first matrix for blending
matrix2	The second matrix for blending
blendFactor	The blend factor for the interpolation of the two matrices (value between 0 and 1)

Returns

The interpolated matrix

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PlayAnimation()

void Aire::Animator::PlayAnimation ( Animation * pAnimation )

inline

Play the animation

Parameters

pAnimation

animation

render()

void Aire::Animator::render ( ShaderProgram & shader, Camera & camera )

inline

Render the animation

Parameters

shader	Shader program to render the animation
camera	The camera associated with the player

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renderInstanced()

void Aire::Animator::renderInstanced ( ShaderProgram & shader, Camera & camera, glm::mat4 transform )

inline

Render an instance of the animation

Parameters

shader	Shader program to use for rendering
camera	The camera associated with the player
transform	Transform for the model instance

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UpdateAnimation()

void Aire::Animator::UpdateAnimation ( float dt )

inline

Update the animation informaiton accroding to the time

Parameters

dt	time Time delta to drive the animation

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

• source/res-management/animator.h