std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial___4993.h File Reference

#include <MRCMisc/exports.h>
#include <stddef.h>

Go to the source code of this file.

Functions
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_DefaultConstruct (void)
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_DefaultConstructArray (size_t num_elems)
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructFromAnother (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *other)
MRC_API void	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignFromAnother (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this, const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *other)
MRC_API void	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
	Destroys a heap-allocated instance of MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6. Does nothing if the pointer is null.
MRC_API void	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_DestroyArray (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
	Destroys a heap-allocated array of MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6. Does nothing if the pointer is null.
MRC_API const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_OffsetPtr (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *ptr, ptrdiff_t i)
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_OffsetMutablePtr (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *ptr, ptrdiff_t i)
MRC_API size_t	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_index (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_0 (const MR_Polynomial_float_0 *value)
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_1 (const MR_Polynomial_float_1 *value)
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_2 (const MR_Polynomial_float_2 *value)
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_3 (const MR_Polynomial_float_3 *value)
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_4 (const MR_Polynomial_float_4 *value)
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_5 (const MR_Polynomial_float_5 *value)
MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_6 (const MR_Polynomial_float_6 *value)
MRC_API void	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_0 (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this, const MR_Polynomial_float_0 *value)
MRC_API void	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_1 (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this, const MR_Polynomial_float_1 *value)
MRC_API void	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_2 (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this, const MR_Polynomial_float_2 *value)
MRC_API void	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_3 (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this, const MR_Polynomial_float_3 *value)
MRC_API void	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_4 (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this, const MR_Polynomial_float_4 *value)
MRC_API void	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_5 (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this, const MR_Polynomial_float_5 *value)
MRC_API void	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_6 (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this, const MR_Polynomial_float_6 *value)
MRC_API const MR_Polynomial_float_0 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_0 (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API MR_Polynomial_float_0 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_0_mut (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API const MR_Polynomial_float_1 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_1 (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API MR_Polynomial_float_1 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_1_mut (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API const MR_Polynomial_float_2 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_2 (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API MR_Polynomial_float_2 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_2_mut (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API const MR_Polynomial_float_3 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_3 (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API MR_Polynomial_float_3 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_3_mut (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API const MR_Polynomial_float_4 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_4 (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API MR_Polynomial_float_4 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_4_mut (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API const MR_Polynomial_float_5 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_5 (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API MR_Polynomial_float_5 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_5_mut (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API const MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_6 (const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)
MRC_API MR_Polynomial_float_6 *	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_6_mut (MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *_this)

Function Documentation

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_0()

MRC_API void MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_0	(	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	_this,
		const MR_Polynomial_float_0 *	value )

Assigns to the variant, making it store the element 0, of type MR::Polynomial<float, 0>. Parameter _this can not be null. It is a single object. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in this object. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_1()

MRC_API void MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_1	(	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	_this,
		const MR_Polynomial_float_1 *	value )

Assigns to the variant, making it store the element 1, of type MR::Polynomial<float, 1>. Parameter _this can not be null. It is a single object. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in this object. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_2()

MRC_API void MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_2	(	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	_this,
		const MR_Polynomial_float_2 *	value )

Assigns to the variant, making it store the element 2, of type MR::Polynomial<float, 2>. Parameter _this can not be null. It is a single object. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in this object. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_3()

MRC_API void MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_3	(	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	_this,
		const MR_Polynomial_float_3 *	value )

Assigns to the variant, making it store the element 3, of type MR::Polynomial<float, 3>. Parameter _this can not be null. It is a single object. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in this object. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_4()

MRC_API void MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_4	(	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	_this,
		const MR_Polynomial_float_4 *	value )

Assigns to the variant, making it store the element 4, of type MR::Polynomial<float, 4>. Parameter _this can not be null. It is a single object. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in this object. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_5()

MRC_API void MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_5	(	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	_this,
		const MR_Polynomial_float_5 *	value )

Assigns to the variant, making it store the element 5, of type MR::Polynomial<float, 5>. Parameter _this can not be null. It is a single object. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in this object. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_6()

MRC_API void MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignAs_MR_Polynomial_float_6	(	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	_this,
		const MR_Polynomial_float_6 *	value )

Assigns to the variant, making it store the element 6, of type MR::Polynomial<float, 6>. Parameter _this can not be null. It is a single object. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in this object. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignFromAnother()

MRC_API void MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_AssignFromAnother	(	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	_this,
		const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	other )

Assigns the contents from another instance. Both objects remain alive after the call. Parameter _this can not be null. It is a single object. Parameter other can not be null. It is a single object. The reference to the parameter other might be preserved in this object. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_0()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_0

(

const MR_Polynomial_float_0 *

value

)

Constructs the variant storing the element 0, of type MR::Polynomial<float, 0>. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in the constructed object. Never returns null. Returns an instance allocated on the heap! Must call MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy() to free it when you're done using it. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_1()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_1

(

const MR_Polynomial_float_1 *

value

)

Constructs the variant storing the element 1, of type MR::Polynomial<float, 1>. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in the constructed object. Never returns null. Returns an instance allocated on the heap! Must call MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy() to free it when you're done using it. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_2()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_2

(

const MR_Polynomial_float_2 *

value

)

Constructs the variant storing the element 2, of type MR::Polynomial<float, 2>. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in the constructed object. Never returns null. Returns an instance allocated on the heap! Must call MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy() to free it when you're done using it. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_3()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_3

(

const MR_Polynomial_float_3 *

value

)

Constructs the variant storing the element 3, of type MR::Polynomial<float, 3>. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in the constructed object. Never returns null. Returns an instance allocated on the heap! Must call MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy() to free it when you're done using it. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_4()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_4

(

const MR_Polynomial_float_4 *

value

)

Constructs the variant storing the element 4, of type MR::Polynomial<float, 4>. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in the constructed object. Never returns null. Returns an instance allocated on the heap! Must call MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy() to free it when you're done using it. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_5()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_5

(

const MR_Polynomial_float_5 *

value

)

Constructs the variant storing the element 5, of type MR::Polynomial<float, 5>. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in the constructed object. Never returns null. Returns an instance allocated on the heap! Must call MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy() to free it when you're done using it. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_6()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructAs_MR_Polynomial_float_6

(

const MR_Polynomial_float_6 *

value

)

Constructs the variant storing the element 6, of type MR::Polynomial<float, 6>. Parameter value can not be null. It is a single object. The reference to the parameter value might be preserved in the constructed object. Never returns null. Returns an instance allocated on the heap! Must call MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy() to free it when you're done using it. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructFromAnother()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_ConstructFromAnother

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

other

)

Constructs a copy of another instance. The source remains alive. Parameter other can not be null. It is a single object. The reference to the parameter other might be preserved in the constructed object. Never returns null. Returns an instance allocated on the heap! Must call MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy() to free it when you're done using it. When this function is called, this object will drop any object references it held previously.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_DefaultConstruct()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_DefaultConstruct

(

void

)

Constructs an empty (default-constructed) instance. Never returns null. Returns an instance allocated on the heap! Must call MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy() to free it when you're done using it.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_DefaultConstructArray()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_DefaultConstructArray

(

size_t

num_elems

)

Constructs an array of empty (default-constructed) instances, of the specified size. Will never return null. The array must be destroyed using MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_DestroyArray(). Use MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_OffsetMutablePtr() and MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_OffsetPtr() to access the array elements.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy()

MRC_API void MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_Destroy

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Destroys a heap-allocated instance of MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6. Does nothing if the pointer is null.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_DestroyArray()

MRC_API void MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_DestroyArray

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Destroys a heap-allocated array of MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6. Does nothing if the pointer is null.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_0()

MRC_API const MR_Polynomial_float_0 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_0

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 0, of type MR::Polynomial<float, 0>, read-only. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_0_mut()

MRC_API MR_Polynomial_float_0 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_0_mut

(

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 0, of type MR::Polynomial<float, 0>, mutable. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_1()

MRC_API const MR_Polynomial_float_1 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_1

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 1, of type MR::Polynomial<float, 1>, read-only. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_1_mut()

MRC_API MR_Polynomial_float_1 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_1_mut

(

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 1, of type MR::Polynomial<float, 1>, mutable. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_2()

MRC_API const MR_Polynomial_float_2 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_2

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 2, of type MR::Polynomial<float, 2>, read-only. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_2_mut()

MRC_API MR_Polynomial_float_2 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_2_mut

(

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 2, of type MR::Polynomial<float, 2>, mutable. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_3()

MRC_API const MR_Polynomial_float_3 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_3

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 3, of type MR::Polynomial<float, 3>, read-only. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_3_mut()

MRC_API MR_Polynomial_float_3 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_3_mut

(

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 3, of type MR::Polynomial<float, 3>, mutable. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_4()

MRC_API const MR_Polynomial_float_4 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_4

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 4, of type MR::Polynomial<float, 4>, read-only. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_4_mut()

MRC_API MR_Polynomial_float_4 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_4_mut

(

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 4, of type MR::Polynomial<float, 4>, mutable. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_5()

MRC_API const MR_Polynomial_float_5 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_5

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 5, of type MR::Polynomial<float, 5>, read-only. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_5_mut()

MRC_API MR_Polynomial_float_5 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_5_mut

(

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 5, of type MR::Polynomial<float, 5>, mutable. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_6()

MRC_API const MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_6

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 6, of type MR::Polynomial<float, 6>, read-only. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_6_mut()

MRC_API MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_get_MR_Polynomial_float_6_mut

(

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the element 6, of type MR::Polynomial<float, 6>, mutable. If it's not the active element, returns null. Parameter _this can not be null. It is a single object. The reference to this object might be preserved as the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_index()

MRC_API size_t MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_index

(

const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *

_this

)

Returns the index of the stored element type. In rare cases may return -1 if this variant is "valueless by exception". Parameter _this can not be null. It is a single object.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_OffsetMutablePtr()

MRC_API MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_OffsetMutablePtr	(	MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	ptr,
		ptrdiff_t	i )

Offsets a pointer to an array element by i positions (not bytes). Use only if you're certain that the pointer points to an array element. The reference to the parameter ptr might be preserved in the return value.

MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_OffsetPtr()

MRC_API const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 * MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6_OffsetPtr	(	const MR_std_variant_MR_Polynomial_float_0_MR_Polynomial_float_1_MR_Polynomial_float_2_MR_Polynomial_float_3_MR_Polynomial_float_4_MR_Polynomial_float_5_MR_Polynomial_float_6 *	ptr,
		ptrdiff_t	i )

Offsets a pointer to an array element by i positions (not bytes). Use only if you're certain that the pointer points to an array element. The reference to the parameter ptr might be preserved in the return value.