GeometryProperty Class Reference

Base class for evaluating a property. More...

Inheritance diagram for GeometryProperty:

Classes
class	LoadDataInfo
	Base class for data given as argument of the deferred loading callback. More...

Public Types
typedef void(*	LoadData )(const unsigned int &sample_index, LoadDataInfo *)
	Callback that is given to the method set_deferred_loading in order to enable deferred loading of the property data.
typedef unsigned int(*	EvaluateNaturalCallback )(const GeometryProperty &, const CtxEval &, const GeometryFragment &, const unsigned int &, long long *, long long *, long long *, long long *, const unsigned int &)
	Callback that must be implemented to define how the property must be evaluated for natural numbers.
typedef unsigned int(*	EvaluateRealCallback )(const GeometryProperty &, const CtxEval &, const GeometryFragment &, const unsigned int &, double *, double *, double *, double *, const unsigned int &)
	Callback that must be implemented to define how the property must be evaluated for real numbers.

Public Member Functions
	GeometryProperty (const CoreString &name, const GMathTimeSampling &time_sampling=GMathTimeSampling(0.0), const ResourceProperty::Type &value_type=ResourceProperty::TYPE_COUNT, const unsigned int &value_count=0, const unsigned int &value_extent=0, const unsigned int &index_count=0)
	Constructor.
void	set_deferred_loading (LoadData load_data_cb, LoadDataInfo *load_data_cb_info)
	Enabled deferred loading of the property data by specifying a loading callback and its arguments.
const CoreString &	get_name () const
	Get the name of the property.
const GMathTimeSampling &	get_time_sampling () const
	Get the time sampling of the property.
virtual const ResourceProperty::Type &	get_value_type () const
virtual const unsigned int &	get_value_count () const
virtual const unsigned int &	get_value_extent () const
virtual const unsigned int &	get_index_count () const
bool	is_sampled () const
	Tell whether the property is sampled over the time or not.
CORE_FORCE_INLINE void	load_data (const unsigned int &sample_index) const
	Forces the property to load its data if deferred data loading is enabled.
CORE_FORCE_INLINE unsigned int	evaluate (const CtxEval &eval_ctx, const GeometryFragment &fragment, const unsigned int &sample_index, long long *values, long long *values_du, long long *values_dv, long long *values_dw, const unsigned int &value_count) const
	Evaluate the property and its derivatives as a natural number.
CORE_FORCE_INLINE unsigned int	evaluate (const CtxEval &eval_ctx, const GeometryFragment &fragment, const unsigned int &sample_index, double *values, double *values_du, double *values_dv, double *values_dw, const unsigned int &value_count) const
	Evaluate the property and its derivatives as a real number.
Public Member Functions inherited from CoreBaseObject
bool	is_kindof (const CoreBaseObject &object) const
virtual size_t	get_memory_size () const
CoreString	get_class_info_name () const
CoreString	get_class_interface () const
const unsigned long &	get_class_info_id () const
bool	is_kindof (const CoreClassInfo &cinfo) const
virtual const CoreClassInfo &	get_class_info () const
bool	operator== (const CoreBaseObject &obj) const
template<class T >
T *	cast ()
template<class T >
const T *	cast () const
Public Member Functions inherited from CoreBaseType
bool	is_kindof (const CoreClassInfo &cinfo) const

Protected Member Functions
void	set_evaluate_callbacks (EvaluateNaturalCallback evaluate_natural_callback, EvaluateRealCallback evaluate_real_callback)
	Set the evaluation callbacks to use.
void	set_time_sampling (const GMathTimeSampling &time_sampling)
	Set the time samplign of the property.
void	set_name (const CoreString &name)
	Set the name of the property.

Protected Attributes
ResourceProperty::Type	m_value_type
unsigned int	m_value_count
unsigned int	m_value_extent
unsigned int	m_index_count

Additional Inherited Members
Static Public Member Functions inherited from CoreBaseObject
static const CoreClassInfo &	class_info ()
static bool	___class_destructor__ (void *instance, const bool &is_array)
template<class T >
static T *	cast (CoreBaseObject *object)
template<class T >
static const T *	cast (const CoreBaseObject *object)

Detailed Description

Base class for evaluating a property.

Constructor & Destructor Documentation

GeometryProperty::GeometryProperty	(	const CoreString &	name,
		const GMathTimeSampling &	time_sampling = GMathTimeSampling(0.0),
		const ResourceProperty::Type &	value_type = ResourceProperty::TYPE_COUNT,
		const unsigned int &	value_count = 0,
		const unsigned int &	value_extent = 0,
		const unsigned int &	index_count = 0
	)

Constructor.

Parameters

name	name of the property
time_sampling	the sampling of values over the time
value_type	the type of each value
value_count	the number of values
value_extent	the extent of each value (i.e. 3 for a 3D vector)
index_count	the number of indices used to remap the values (can be 0)

Member Function Documentation

CORE_FORCE_INLINE unsigned int GeometryProperty::evaluate ( const CtxEval &  eval_ctx, const GeometryFragment &  fragment, const unsigned int &  sample_index, long long *  values, long long *  values_du, long long *  values_dv, long long *  values_dw, const unsigned int &  value_count  ) const

inline

Evaluate the property and its derivatives as a natural number.

Parameters

[in]	eval_ctx	a valid evaluation context
[in]	fragment	the fragment for which the property has to be evaluated
[in]	sample_index	index of the time sample to evaluate
[out]	values	output values
[out]	values	output partial derivative of the values for U
[out]	values	output partial derivative of the values for V
[out]	values	output partial derivative of the values for W
[out]	value_count	the number of values to be returned

Returns

the number of values that have been returned

CORE_FORCE_INLINE unsigned int GeometryProperty::evaluate ( const CtxEval &  eval_ctx, const GeometryFragment &  fragment, const unsigned int &  sample_index, double *  values, double *  values_du, double *  values_dv, double *  values_dw, const unsigned int &  value_count  ) const

inline

Evaluate the property and its derivatives as a real number.

Parameters

[in]	eval_ctx	a valid evaluation context
[in]	fragment	the fragment for which the property has to be evaluated
[in]	sample_index	index of the time sample to evaluate
[out]	values	output values
[out]	values	output partial derivative of the values for U
[out]	values	output partial derivative of the values for V
[out]	values	output partial derivative of the values for W
[out]	value_count	the number of values to be returned

Returns

the number of values that have been returned