The MDL type system mainly consists of four sets of interfaces: More...

Classes
class	mi::neuraylib::IExpression
	The interface to MDL expressions. More...

class	mi::neuraylib::IExpression_constant
	A constant expression. More...

class	mi::neuraylib::IExpression_call
	An indirect call expression. More...

class	mi::neuraylib::IExpression_parameter
	A parameter reference expression. More...

class	mi::neuraylib::IExpression_direct_call
	A direct call expression. More...

class	mi::neuraylib::IExpression_temporary
	A temporary reference expression. More...

class	mi::neuraylib::IExpression_list
	An ordered collection of expressions identified by name or index. More...

class	mi::neuraylib::IAnnotation_definition
	An annotation definition. More...

class	mi::neuraylib::IAnnotation
	An annotation is similar to a direct call expression, but without return type. More...

class	mi::neuraylib::IAnnotation_block
	An annotation block is an array of annotations. More...

class	mi::neuraylib::IAnnotation_list
	An ordered collection of annotation blocks identified by name or index. More...

class	mi::neuraylib::IExpression_factory
	The interface for creating expressions. More...

class	mi::neuraylib::IType
	The interface to MDL types. More...

class	mi::neuraylib::IType_alias
	The type of kind alias. More...

class	mi::neuraylib::IType_atomic
	An atomic type. More...

class	mi::neuraylib::IType_bool
	The type of kind bool. More...

class	mi::neuraylib::IType_int
	The type of kind int. More...

class	mi::neuraylib::IType_enum
	A type of kind enum. More...

class	mi::neuraylib::IType_float
	The type of kind float. More...

class	mi::neuraylib::IType_double
	The type of kind double. More...

class	mi::neuraylib::IType_string
	The type of kind string. More...

class	mi::neuraylib::IType_compound
	A compound type. More...

class	mi::neuraylib::IType_vector
	The type of kind vector. More...

class	mi::neuraylib::IType_matrix
	The type of kind matrix. More...

class	mi::neuraylib::IType_color
	The type of kind color. More...

class	mi::neuraylib::IType_array
	The type of kind array. More...

class	mi::neuraylib::IType_struct
	The type of kind struct. More...

class	mi::neuraylib::IType_reference
	The reference types. More...

class	mi::neuraylib::IType_resource
	A string valued resource type. More...

class	mi::neuraylib::IType_texture
	The type of kind texture. More...

class	mi::neuraylib::IType_light_profile
	The type of kind light_profile. More...

class	mi::neuraylib::IType_bsdf_measurement
	The type of kind bsdf_measurement. More...

class	mi::neuraylib::IType_df
	The type of distribution functions. More...

class	mi::neuraylib::IType_bsdf
	The type of kind bsdf. More...

class	mi::neuraylib::IType_hair_bsdf
	The type of kind bsdf. More...

class	mi::neuraylib::IType_edf
	The type of kind edf. More...

class	mi::neuraylib::IType_vdf
	The type of kind vdf. More...

class	mi::neuraylib::IType_list
	An ordered collection of types identified by name or index. More...

class	mi::neuraylib::IType_factory
	The interface for creating types. More...

class	mi::neuraylib::IValue
	The interface to MDL values. More...

class	mi::neuraylib::IValue_atomic
	An atomic value. More...

class	mi::neuraylib::IValue_bool
	A value of type boolean. More...

class	mi::neuraylib::IValue_int
	A value of type integer. More...

class	mi::neuraylib::IValue_enum
	A value of type enum. More...

class	mi::neuraylib::IValue_float
	A value of type float. More...

class	mi::neuraylib::IValue_double
	A value of type double. More...

class	mi::neuraylib::IValue_string
	A value of type string. More...

class	mi::neuraylib::IValue_string_localized
	A value of type string which can be used to obtain the original, non-localized value of a localized string. More...

class	mi::neuraylib::IValue_compound
	A compound value. More...

class	mi::neuraylib::IValue_vector
	A value of type vector. More...

class	mi::neuraylib::IValue_matrix
	A value of type matrix. More...

class	mi::neuraylib::IValue_color
	A value of type color. More...

class	mi::neuraylib::IValue_array
	A value of type array. More...

class	mi::neuraylib::IValue_struct
	A value of type struct. More...

class	mi::neuraylib::IValue_resource
	Base class for resource values. More...

class	mi::neuraylib::IValue_texture
	A texture value. More...

class	mi::neuraylib::IValue_light_profile
	A light profile value. More...

class	mi::neuraylib::IValue_bsdf_measurement
	A BSDF measurement value. More...

class	mi::neuraylib::IValue_invalid_df
	An invalid distribution function value. More...

class	mi::neuraylib::IValue_list
	An ordered collection of values identified by name or index. More...

class	mi::neuraylib::IValue_factory
	The interface for creating values. More...

Enumerations
enum	mi::neuraylib::Mdl_version { mi::neuraylib::MDL_VERSION_1_0 , mi::neuraylib::MDL_VERSION_1_1 , mi::neuraylib::MDL_VERSION_1_2 , mi::neuraylib::MDL_VERSION_1_3 , mi::neuraylib::MDL_VERSION_1_4 , mi::neuraylib::MDL_VERSION_1_5 , mi::neuraylib::MDL_VERSION_1_6 , mi::neuraylib::MDL_VERSION_1_7 , mi::neuraylib::MDL_VERSION_1_8 , mi::neuraylib::MDL_VERSION_EXP , mi::neuraylib::MDL_VERSION_LATEST = MDL_VERSION_1_8 , mi::neuraylib::MDL_VERSION_INVALID = 0xffffffffU , MDL_VERSION_FORCE_32_BIT = 0xffffffffU }
	The MDL version. More...

Functions
template<class T>
mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue *value, const T &v)
	Simplifies setting the value of mi::neuraylib::IValue from the corresponding classes from the base and math API. More...

mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue *value, const bool &v)
	This specialization handles mi::neuraylib::IValue_bool. More...

mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue *value, const mi::Float32 &v)
	This specialization handles mi::neuraylib::IValue_float and mi::neuraylib::IValue_double. More...

mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue *value, const mi::Float64 &v)
	This specialization handles mi::neuraylib::IValue_float and mi::neuraylib::IValue_double. More...

mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue value, const char v)
	This specialization handles mi::neuraylib::IValue_enum, mi::neuraylib::IValue_string and mi::neuraylib::IValue_resource. More...

template<class T , Size DIM>
mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue *value, const mi::math::Vector<T, DIM> &v)
	This specialization handles mi::neuraylib::IValue_vector. More...

template<class T , Size ROW, Size COL>
mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue *value, const mi::math::Matrix<T, ROW, COL> &v)
	This specialization handles mi::neuraylib::IValue_matrix. More...

mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue *value, const mi::math::Color &v)
	This specialization handles mi::neuraylib::IValue_color. More...

mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue *value, const mi::math::Spectrum &v)
	This specialization handles mi::neuraylib::IValue_color. More...

template<class T>
mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue *value, mi::Size index, const T &v)
	This variant handles elements of compounds identified via an additional index. More...

template<class T>
mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue value, const char name, const T &v)
	This variant handles fields of structs identified via an additional field name. More...

template<class T>
mi::Sint32	mi::neuraylib::set_value (mi::neuraylib::IValue value, const T v, mi::Size n)
	This variant handles entire arrays. More...

template<class T>
mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue *value, T &v)
	Simplifies reading the value of mi::neuraylib::IValue into the corresponding classes from the base and math API. More...

mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue *value, bool &v)
	This specialization handles mi::neuraylib::IValue_bool. More...

mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue *value, mi::Float32 &v)
	This specialization handles mi::neuraylib::IValue_float and mi::neuraylib::IValue_double. More...

mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue *value, mi::Float64 &v)
	This specialization handles mi::neuraylib::IValue_float and mi::neuraylib::IValue_double. More...

mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue value, const char &v)
	This specialization handles mi::neuraylib::IValue_enum, mi::neuraylib::IValue_string and mi::neuraylib::IValue_resource. More...

template<class T , Size DIM>
mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue *value, mi::math::Vector<T, DIM> &v)
	This specialization handles mi::neuraylib::IValue_vector. More...

template<class T , Size ROW, Size COL>
mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue *value, mi::math::Matrix<T, ROW, COL> &v)
	This specialization handles mi::neuraylib::IValue_matrix. More...

mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue *value, mi::math::Color &v)
	This specialization handles mi::neuraylib::IValue_color. More...

mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue *value, mi::math::Spectrum &v)
	This specialization handles mi::neuraylib::IValue_color. More...

template<class T>
mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue *value, mi::Size index, T &v)
	This variant handles elements of compounds identified via an additional index. More...

template<class T>
mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue value, const char name, T &v)
	This variant handles fields of structs identified via an additional field name. More...

template<class T>
mi::Sint32	mi::neuraylib::get_value (const mi::neuraylib::IValue value, T v, mi::Size n)
	This variant handles entire arrays. More...

Detailed Description

The MDL type system mainly consists of four sets of interfaces:

Types are represented by mi::neuraylib::IType and are constructed via mi::neuraylib::IType_factory,
Values are represented by mi::neuraylib::IValue and are constructed via mi::neuraylib::IValue_factory,
Expressions are represented by mi::neuraylib::IExpression and are constructed via mi::neuraylib::IExpression_factory, and
Annotations are represented by mi::neuraylib::IAnnotation and are constructed via mi::neuraylib::IExpression_factory.

The three factories mentioned above can be obtained from mi::neuraylib::IMdl_factory.

In addition, the free functions mi::neuraylib::get_value() and mi::neuraylib::set_value() are useful to read and write instances of mi::neuraylib::IValue.

See MDL-related elements and Miscellaneous MDL-related Interfaces for interfaces that make use of this type system.

Enumeration Type Documentation

^◆ Mdl_version

enum mi::neuraylib::Mdl_version

The MDL version.

Enumerator
MDL_VERSION_1_0	MDL version 1.0.
MDL_VERSION_1_1	MDL version 1.1.
MDL_VERSION_1_2	MDL version 1.2.
MDL_VERSION_1_3	MDL version 1.3.
MDL_VERSION_1_4	MDL version 1.4.
MDL_VERSION_1_5	MDL version 1.5.
MDL_VERSION_1_6	MDL version 1.6.
MDL_VERSION_1_7	MDL version 1.7.
MDL_VERSION_1_8	MDL version 1.8.
MDL_VERSION_EXP	MDL experimental features.
MDL_VERSION_LATEST	Latest MDL version.
MDL_VERSION_INVALID	Invalid MDL version.

Function Documentation

^◆ get_value() [1/12]

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		bool &	v
	)

inline

This specialization handles mi::neuraylib::IValue_bool.

It expects a bool as second argument. See mi::neuraylib::get_value() for details.

^◆ get_value() [2/12]

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		const char *&	v
	)

inline

This specialization handles mi::neuraylib::IValue_enum, mi::neuraylib::IValue_string and mi::neuraylib::IValue_resource.

It expects a const char* as second argument. See mi::neuraylib::get_value() for details.

^◆ get_value() [3/12]

template<class T>

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		const char *	name,
		T &	v
	)

This variant handles fields of structs identified via an additional field name.

See also mi::neuraylib::get_value() for more details about overloads.

Parameters

value	The instance of mi::neuraylib::IValue to read.
name	The name of the affected struct field.
v	The new value will be stored here.

Returns

0: Success.
-1: The dynamic type of value does not match the static type of v.
-3: The field name is not valid.

^◆ get_value() [4/12]

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		mi::Float32 &	v
	)

inline

This specialization handles mi::neuraylib::IValue_float and mi::neuraylib::IValue_double.

It expects an mi::Float32 as second argument. See mi::neuraylib::get_value() for details.

^◆ get_value() [5/12]

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		mi::Float64 &	v
	)

inline

This specialization handles mi::neuraylib::IValue_float and mi::neuraylib::IValue_double.

It expects an mi::Float64 as second argument. See mi::neuraylib::get_value() for details.

^◆ get_value() [6/12]

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		mi::math::Color &	v
	)

inline

This specialization handles mi::neuraylib::IValue_color.

It expects an mi::math::Color as second argument. See mi::neuraylib::get_value() for details.

^◆ get_value() [7/12]

template<class T , Size ROW, Size COL>

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		mi::math::Matrix<T, ROW, COL> &	v
	)

This specialization handles mi::neuraylib::IValue_matrix.

It expects an mi::math::Matrix of matching dimensions and element type as second argument. See mi::neuraylib::get_value() for details.

Note: The conversion between mi::neuraylib::IValue_matrix and mi::math::Matrix is supposed to preserve the memory layout. Since mi::neuraylib::IValue_matrix uses a column-major layout and mi::math::Matrix uses a row-major layout, the conversion process effectively transposes the matrix.

^◆ get_value() [8/12]

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		mi::math::Spectrum &	v
	)

inline

This specialization handles mi::neuraylib::IValue_color.

It expects an mi::math::Spectrum as second argument. See mi::neuraylib::get_value() for details.

^◆ get_value() [9/12]

template<class T , Size DIM>

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		mi::math::Vector<T, DIM> &	v
	)

This specialization handles mi::neuraylib::IValue_vector.

It expects an mi::math::Vector of matching dimension and element type as second argument. See mi::neuraylib::get_value() for details.

^◆ get_value() [10/12]

template<class T>

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		mi::Size	index,
		T &	v
	)

This variant handles elements of compounds identified via an additional index.

See also mi::neuraylib::get_value() for more details about overloads.

Parameters

value	The instance of mi::neuraylib::IValue to read.
index	The index of the affected compound element.
v	The new value will be stored here.

Returns

0: Success.
-1: The dynamic type of value does not match the static type of v.
-3: The index is not valid.

^◆ get_value() [11/12]

template<class T>

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		T &	v
	)

Simplifies reading the value of mi::neuraylib::IValue into the corresponding classes from the base and math API.

The various overloads of this method support all atomic MDL types with the corresponding C-type as type of v (and int for mi::neuraylib::IValue_enum). Vectors and matrices are supported if v is of type mi::math::Vector and mi::math::Matrix, respectively. For arrays, see get_value(const mi::neuraylib::IValue*,T*,Size). For components of compounds, see get_value(const mi::neuraylib::IValue*,Size,T&) and get_value(const mi::neuraylib::IValue*,const char*,T&).

It is not possible to read entire structs with a single call (in general there is no corresponding C++ class, and absence of introspection machinery). Struct fields need to be read one by one.

There is no support for inner-most components of multi-dimensional compounds (arrays of compounds or structs of compounds) -- this would require additional overloads accepting two or more component indices and/or field names.

Parameters

	value	The instance of mi::neuraylib::IValue to read.
[out]	v	The new value will be stored here.

Returns

0: Success.
-1: The dynamic type of value does not match the static type of v.

This general template handles mi::neuraylib::IValue_int and mi::neuraylib::IValue_enum and expects mi::Uint32 as second argument. Since it is a template it will handle other types as second argument if they are accepted in place of parameters of type mi::Uint32, e.g., mi::Sint32.

^◆ get_value() [12/12]

template<class T>

mi::Sint32 mi::neuraylib::get_value	(	const mi::neuraylib::IValue *	value,
		T *	v,
		mi::Size	n
	)

This variant handles entire arrays.

See also mi::neuraylib::get_value() for more details about overloads.

Parameters

value	The instance of mi::neuraylib::IValue to read.
v	The new values will be stored here (as pointer to a C-like array).
n	The size of the C-like array (needs to match the size of `value`).

Returns

0: Success.
-1: The dynamic type of value is not an array, or the dynamic type of the array elements does not match the static type of v.
-5: The array sizes do not match.

^◆ set_value() [1/12]

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const bool &	v
	)

inline

This specialization handles mi::neuraylib::IValue_bool.

It expects a bool as second argument. See mi::neuraylib::set_value() for details.

^◆ set_value() [2/12]

template<class T>

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const char *	name,
		const T &	v
	)

This variant handles fields of structs identified via an additional field name.

See also mi::neuraylib::set_value() for more details about overloads.

Parameters

value	The instance of mi::neuraylib::IValue to modify.
name	The name of the affected struct field.
v	The new value to be set.

Returns

0: Success.
-1: The dynamic type of value does not match the static type of v.
-2: The value of v is not valid.
-3: The field name is not valid.

^◆ set_value() [3/12]

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const char *	v
	)

inline

This specialization handles mi::neuraylib::IValue_enum, mi::neuraylib::IValue_string and mi::neuraylib::IValue_resource.

It expects a const char* as second argument. See mi::neuraylib::set_value() for details.

^◆ set_value() [4/12]

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const mi::Float32 &	v
	)

inline

This specialization handles mi::neuraylib::IValue_float and mi::neuraylib::IValue_double.

It expects an mi::Float32 as second argument. See mi::neuraylib::set_value() for details.

^◆ set_value() [5/12]

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const mi::Float64 &	v
	)

inline

This specialization handles mi::neuraylib::IValue_float and mi::neuraylib::IValue_double.

It expects an mi::Float64 as second argument. See mi::neuraylib::set_value() for details.

^◆ set_value() [6/12]

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const mi::math::Color &	v
	)

inline

This specialization handles mi::neuraylib::IValue_color.

It expects an mi::math::Color as second argument. See mi::neuraylib::set_value() for details.

^◆ set_value() [7/12]

template<class T , Size ROW, Size COL>

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const mi::math::Matrix<T, ROW, COL> &	v
	)

This specialization handles mi::neuraylib::IValue_matrix.

It expects an mi::math::Matrix of matching dimensions and element type as second argument. See mi::neuraylib::set_value() for details.

Note: The conversion between mi::neuraylib::IValue_matrix and mi::math::Matrix is supposed to preserve the memory layout. Since mi::neuraylib::IValue_matrix uses a column-major layout and mi::math::Matrix uses a row-major layout, the conversion process effectively transposes the matrix.

^◆ set_value() [8/12]

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const mi::math::Spectrum &	v
	)

inline

This specialization handles mi::neuraylib::IValue_color.

It expects an mi::math::Spectrum as second argument. See mi::neuraylib::set_value() for details.

^◆ set_value() [9/12]

template<class T , Size DIM>

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const mi::math::Vector<T, DIM> &	v
	)

This specialization handles mi::neuraylib::IValue_vector.

It expects an mi::math::Vector of matching dimension and element type as second argument. See mi::neuraylib::set_value() for details.

^◆ set_value() [10/12]

template<class T>

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const T &	v
	)

Simplifies setting the value of mi::neuraylib::IValue from the corresponding classes from the base and math API.

The various overloads of this method support all atomic MDL types with the corresponding C-type as type of v (and int for mi::neuraylib::IValue_enum). Vectors and matrices are supported if v is of type mi::math::Vector and mi::math::Matrix, respectively. For arrays, see set_value(mi::neuraylib::IValue*,const T*,Size). For components of compounds, see set_value(mi::neuraylib::IValue*,Size,const T&) and set_value(mi::neuraylib::IValue*,const char*,const T&).

It is not possible to set entire structs with a single call (in general there is no corresponding C++ class, and absence of introspection machinery). Struct fields need to be set one by one.

There is no support for inner-most components of multi-dimensional compounds (arrays of compounds or structs of compounds) -- this would require additional overloads accepting two or more component indices and/or field names.

Parameters

value	The instance of mi::neuraylib::IValue to modify.
v	The new value to be set.

Returns

0: Success.
-1: The dynamic type of value does not match the static type of v.
-2: The value of v is not valid.

This general template handles mi::neuraylib::IValue_int and mi::neuraylib::IValue_enum and expects mi::Uint32 as second argument. Since it is a template it will handle other types as second argument if they are accepted in place of parameters of type mi::Uint32, e.g., mi::Sint32.

^◆ set_value() [11/12]

template<class T>

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		const T *	v,
		mi::Size	n
	)

This variant handles entire arrays.

See also mi::neuraylib::set_value() for more details about overloads.

Parameters

value	The instance of mi::neuraylib::IValue to modify.
v	The new values to be set (as pointer to a C-like array).
n	The size of the C-like array (needs to match the size of `value`).

Returns

0: Success.
-1: The dynamic type of value is not an array, or the dynamic type of the array elements does not match the static type of v.
-2: The value of v is not valid.
-5: The array sizes do not match.

^◆ set_value() [12/12]

template<class T>

mi::Sint32 mi::neuraylib::set_value	(	mi::neuraylib::IValue *	value,
		mi::Size	index,
		const T &	v
	)

This variant handles elements of compounds identified via an additional index.

See also mi::neuraylib::set_value() for more details about overloads.

Parameters

value	The instance of mi::neuraylib::IValue to modify.
index	The index of the affected compound element.
v	The new value to be set.

Returns

0: Success.
-1: The dynamic type of value does not match the static type of v.
-2: The value of v is not valid.
-3: The index is not valid.

Classes

Enumerations

Functions

Detailed Description

Enumeration Type Documentation

◆ Mdl_version

Function Documentation

◆ get_value() [1/12]

◆ get_value() [2/12]

◆ get_value() [3/12]

◆ get_value() [4/12]

◆ get_value() [5/12]

◆ get_value() [6/12]

◆ get_value() [7/12]

◆ get_value() [8/12]

◆ get_value() [9/12]

◆ get_value() [10/12]

◆ get_value() [11/12]

◆ get_value() [12/12]

◆ set_value() [1/12]

◆ set_value() [2/12]

◆ set_value() [3/12]

◆ set_value() [4/12]

◆ set_value() [5/12]

◆ set_value() [6/12]

◆ set_value() [7/12]

◆ set_value() [8/12]

◆ set_value() [9/12]

◆ set_value() [10/12]

◆ set_value() [11/12]

◆ set_value() [12/12]

^◆ Mdl_version

^◆ get_value() [1/12]

^◆ get_value() [2/12]

^◆ get_value() [3/12]

^◆ get_value() [4/12]

^◆ get_value() [5/12]

^◆ get_value() [6/12]

^◆ get_value() [7/12]

^◆ get_value() [8/12]

^◆ get_value() [9/12]

^◆ get_value() [10/12]

^◆ get_value() [11/12]

^◆ get_value() [12/12]

^◆ set_value() [1/12]

^◆ set_value() [2/12]

^◆ set_value() [3/12]

^◆ set_value() [4/12]

^◆ set_value() [5/12]

^◆ set_value() [6/12]

^◆ set_value() [7/12]

^◆ set_value() [8/12]

^◆ set_value() [9/12]

^◆ set_value() [10/12]

^◆ set_value() [11/12]

^◆ set_value() [12/12]