small3d::Model Class Reference

A 3D model. It can be loaded from a WavefrontFile or GlbFile. It can also be constructed procedurally by code, by inserting values to the appropriate member variables. More...

#include <Model.hpp>

Classes
struct	Animation
	animation More...
struct	AnimationComponent
	animation component More...
struct	Joint
	joint More...

Public Member Functions
	Model ()
	Default constructor.
	Model (File &file, const std::string &meshName="")
	Constructor.
	Model (File &&file, const std::string &meshName="")
	Constructor (rvalue file - helps for declaring the file on the fly when using gcc)
uint64_t	getNumPoses ()
	Get the number of animation poses in the current animation.
size_t	getNumAnimations ()
	Get the number of available animations.
void	setAnimation (uint32_t animationIdx)
	Set the current animation.
Mat4	getTransform (uint32_t animationIdx, uint64_t currentPose, float seconds=0.0f)
	Get a transform of the model.
Mat4	getJointTransform (size_t jointIdx, uint32_t animationIdx, uint64_t currentPose, float seconds=0.0f)
	Get a joint transform, also calculating the transorms of the parent joints in the same tree and the animations, if any exist.
Vec3	getOriginalScale ()
	Get the Model's original scale (usually the one read from the file the Model was loaded from.
void	saveBinary (const std::string &binaryFilePath)
	Save model data in binary format.
template<class Archive >
void	serialize (Archive &archive)

Public Attributes
Material	material
	The material of the model.
Vec3	scale = Vec3(1.0f, 1.0f, 1.0f)
	Use this to scale the model and not origScale.
std::shared_ptr< Image >	defaultTextureImage
	Image found in the file the model was loaded from (empty image if not - check the size). It can be used to generate a texture for the model, but other textures can also be used.
std::vector< float >	vertexData
	The vertex data. This is an array, which is to be treated as a 4 column table, holding the x, y, z values in each column. The fourth column is there to assist in matrix operations.
uint32_t	vertexDataByteSize = 0
	Size of the vertex data, in bytes.
std::vector< uint16_t >	indexData
	3 column table. Each element refers to a "row" in the vertex data table. Each "row" in the index data table forms a triangle.
uint32_t	indexDataByteSize = 0
	Size of the index data, in bytes.
std::vector< float >	normalsData
	Array, to be treated as a 3 column table. Each "row" contains the x, y and z components of the vector representing the normal of a vertex. The position of the "row" in the array is the same as the position of the corresponding vertex "row" in the vertexData array.
uint32_t	normalsDataByteSize = 0
	Size of the normals data, in bytes.
std::vector< float >	textureCoordsData
	Array, to be treated as a 2 column table. Each "row" contains the x and y components of the pixel coordinates on the model's texture image for the vertex in the corresponding "row" of the vertex data "table".
uint32_t	textureCoordsDataByteSize = 0
	Size of the texture coordinates data, in bytes.
std::vector< uint8_t >	jointData
	Array, to be treated as a 4 column table. Each "row" potentially contains up to 4 joints that can influence each vertex.
uint32_t	jointDataByteSize = 0
	Size of the joint data, in bytes.
std::vector< float >	weightData
	Array, to be treated as a 4 column table. Each "row" contains the weights by which each of the corresponding joints affect each vertex.
uint32_t	weightDataByteSize = 0
	Size of the weight data, in bytes.
std::vector< Joint >	joints
	The model's joints.
std::vector< Animation >	animations
	Animations of the model (there are also joint animations)
bool	noShadow = false
	Should the model produce a shadow?

Static Public Attributes
static const uint32_t	MAX_JOINTS_SUPPORTED = 32
	Maximum number of supported joints.

Friends
class	GlbFile
class	Renderer

Detailed Description

A 3D model. It can be loaded from a WavefrontFile or GlbFile. It can also be constructed procedurally by code, by inserting values to the appropriate member variables.

Constructor & Destructor Documentation

Model() [1/2]

small3d::Model::Model ( File & file, const std::string & meshName = "" )

explicit

Constructor.

Parameters

file	The file parsing object from which to load the model
meshName	The name of the model mesh in the file

Model() [2/2]

small3d::Model::Model ( File && file, const std::string & meshName = "" )

explicit

Constructor (rvalue file - helps for declaring the file on the fly when using gcc)

Parameters

file	The file parsing object from which to load the model
meshName	The name of the model mesh in the file

Member Function Documentation

getJointTransform()

Mat4 small3d::Model::getJointTransform	(	size_t	jointIdx,
		uint32_t	animationIdx,
		uint64_t	currentPose,
		float	seconds = 0.0f )

Get a joint transform, also calculating the transorms of the parent joints in the same tree and the animations, if any exist.

Parameters

jointIdx	The index of the joint in the list of joints
animationIdx	The index of the animation to use
currentPose	The pose of the animation to calculate the joint transformation for.
seconds	The animation moment (in seconds) - mostly used internally

Returns

The transform

getNumAnimations()

size_t small3d::Model::getNumAnimations

(

)

Get the number of available animations.

Returns

The number of animations

getNumPoses()

uint64_t small3d::Model::getNumPoses

(

)

Get the number of animation poses in the current animation.

Returns

The number of animation poses

getTransform()

Mat4 small3d::Model::getTransform	(	uint32_t	animationIdx,
		uint64_t	currentPose,
		float	seconds = 0.0f )

Get a transform of the model.

Parameters

animationIdx	The index of the animation to use
currentPose	The pose of the animation to calculate the joint transformation for.
seconds	The animation moment (in seconds) - mostly used internally

Returns

The transform

saveBinary()

void small3d::Model::saveBinary

(

const std::string &

binaryFilePath

)

Save model data in binary format.

Parameters

binaryFilePath

Path of file to save binary data to.

setAnimation()

void small3d::Model::setAnimation

(

uint32_t

animationIdx

)

Set the current animation.

Parameters

animationIdx

The index of the current animation

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

• Model.hpp
• Model.cpp