Aire::Model Class Reference

#include <Model.h>

Inheritance diagram for Aire::Model:

Collaboration diagram for Aire::Model:

Public Member Functions
	Model (std::vector< MeshPtr > meshes, std::map< string, BoneInfo > m_BoneInfoMap, int m_BoneCounter=0)
void	AssignRigidbodyBox (float aWidth, float aHeight, float aDepth)
void	AssignRigidbodyBall (float aRadius)
void	SetGravity (bool gravityOn, float gravityValue)
void	SetCollision (bool aCollidable)
void	SetStatic (bool aStatic)
auto &	GetBoneInfoMap ()
int &	GetBoneCount ()
void	translate (glm::vec3 direction)
void	scale (glm::vec3 val)
void	rotate (float degree, glm::vec3 axis)
glm::vec3	getPosition ()
void	renderInstanced (ShaderProgram &shader, Aire::Camera &camera, glm::mat4 transform)
void	render (ShaderProgram &shader, Aire::Camera &camera)
	render the model
uint32_t	getSize ()
Public Member Functions inherited from Aire::Resource
	Resource ()
	Default constructor.
virtual	~Resource ()
	Default destructor.
bool	isLoadToGpu ()
ResourceState	getState ()
void	setState (ResourceState state)

Public Attributes
bool	isStatic = true
	Flag indicating whether the model is static.
std::vector< MeshPtr >	meshes
	List of meshes.
bool	gammaCorrection
	Flag indicating whether the model use gamma correction.
glm::mat4	modelMatrix
	Model matrix for the model.
Rigidbody *	rb = nullptr
	Rigid body that might be associated with the model.

Additional Inherited Members
Protected Attributes inherited from Aire::Resource
ResourceState	resourceState

Detailed Description

A 3D model that combines several meshes and materials Supports animation.

Constructor & Destructor Documentation

Model()

Aire::Model::Model ( std::vector< MeshPtr > meshes, std::map< string, BoneInfo > m_BoneInfoMap, int m_BoneCounter = 0 )

inline

Create a new model

Parameters

meshes	List of meshes to include in the model
m_BoneInfoMap	Map from bone name to bone info object
m_BoneCounter	The number of bones in the model skeleton

Member Function Documentation

AssignRigidbodyBall()

void Aire::Model::AssignRigidbodyBall

(

float

aRadius

)

Assign a rigidbody to the model

Parameters

aRadius

Radius of the rigidbody ball

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AssignRigidbodyBox()

void Aire::Model::AssignRigidbodyBox	(	float	aWidth,
		float	aHeight,
		float	aDepth )

Assign a rigidbody to the model

Parameters

aWidth	Width of the rigidbody box
aHeight	Height of the rigidbody box
aDepth	Depth of the rigidbody box

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GetBoneCount()

int & Aire::Model::GetBoneCount ( )

inline

Dunction to get the bone counter

Returns

The bone counter

GetBoneInfoMap()

auto & Aire::Model::GetBoneInfoMap ( )

inline

Function to get the bone info map

Returns

The map of bone names to bone info objects

getPosition()

glm::vec3 Aire::Model::getPosition

(

)

Returns

The model position in world space

getSize()

uint32_t Aire::Model::getSize ( )

virtual

Returns

The model size in memory (in Bytes)

Implements Aire::Resource.

render()

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

render the model

Render the whole model

Parameters

shader	Shader program to use for rendering
camera	The camera associated with the player
shader	shader that will be used to process the model
camera	camera information

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renderInstanced()

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

Render a model instance

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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rotate()

void Aire::Model::rotate	(	float	degree,
		glm::vec3	axis )

Function to apply rotation on the model

Parameters

degree	The degrees of rotation to apply to the model
axis	The rotation direction

scale()

void Aire::Model::scale

(

glm::vec3

val

)

Function to apply (non-uniform) scale on the model

Parameters

val	Scale vector

SetCollision()

void Aire::Model::SetCollision

(

bool

aCollidable

)

Set the collision settings for the model via the rigidbody

Parameters

aCollidable

Enable / Disable collision (True by default)

SetGravity()

void Aire::Model::SetGravity	(	bool	gravityOn,
		float	gravityValue )

Set the gravity settings for the model via the rigidbody

Parameters

gravityOn	Enables gravity
gravityValue	Strength of the gravity

SetStatic()

void Aire::Model::SetStatic

(

bool

aStatic

)

Set the rigidbody settings to say a rigidbody is static

Parameters

aCollidable

Enable / Disable static (False by default)

translate()

void Aire::Model::translate

(

glm::vec3

direction

)

Function to apply translation on the model

Parameters

position

Translation vector

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

• source/res-management/Model.h
• source/res-management/Model.cpp