MRVector.h File Reference

#include "MRMeshFwd.h"
#include "MRAffineXf.h"
#include "MRId.h"

Go to the source code of this file.

Macros
#define	MR_VECTOR_CONCAT(a, b)   MR_VECTOR_CONCAT_( a, b )
	concat tokens
#define	MR_VECTOR_CONCAT_(a, b)   a ## b
#define	MR_VECTOR_LIKE_DECL(ClassName, Type)
#define	MR_VECTOR_DECL(Type)   MR_VECTOR_LIKE_DECL( MR_VECTOR_CONCAT( Vector, Type ), Type )

Macro Definition Documentation

MR_VECTOR_CONCAT

#define MR_VECTOR_CONCAT	(		a,
			b )   MR_VECTOR_CONCAT_( a, b )

concat tokens

MR_VECTOR_CONCAT_

#define MR_VECTOR_CONCAT_	(		a,
			b )   a ## b

MR_VECTOR_DECL

#define MR_VECTOR_DECL

(

Type

)

MR_VECTOR_LIKE_DECL( MR_VECTOR_CONCAT( Vector, Type ), Type )

MR_VECTOR_LIKE_DECL

#define MR_VECTOR_LIKE_DECL	(		ClassName,
			Type )

Value:

typedef struct MR_VECTOR_CONCAT( MR, ClassName ) \
{                                                \
    MR_VECTOR_CONCAT( MR, Type )* data;          \
    size_t size;                                 \
    void* reserved1;                             \
} MR_VECTOR_CONCAT( MR, ClassName );             \
MRMESHC_API void MR_VECTOR_CONCAT( MR_VECTOR_CONCAT( mr, ClassName ), Invalidate )( MR_VECTOR_CONCAT( MR, ClassName )* ); \
MRMESHC_API void MR_VECTOR_CONCAT( MR_VECTOR_CONCAT( mr, ClassName ), Free )( MR_VECTOR_CONCAT( MR, ClassName )* );

To simplify access to C++ array containers (aka std::vector), we use std::span-like structs to store a pointer to data and array length. There are two important notes about using these structs:

• if a function returns a pointer to a vector-like struct, you must call mrVector*Free function

if any operation resizes the underlying vector, the data pointer might be invalidated; it's better to call mrVector*Invalidate to update the pointer after any operation with the vector