Addition and subtraction

Macros
#define	mzd_slice_sub   mzd_slice_add
	\( C = A + B\). More...
#define	_mzd_slice_sub   _mzd_slice_add
	\( C = A + B\). More...
#define	mzed_sub   mzed_add
	\( C = A+B \). More...
#define	_mzed_sub   _mzed_add
	\( C = A+B \). More...

Functions
static mzd_poly_t *	_mzd_poly_add (mzd_poly_t *C, const mzd_poly_t *A, const mzd_poly_t *B, unsigned int offset)
	C += (A+B)*x^offset. More...
static mzd_poly_t *	mzd_poly_add (mzd_poly_t *C, const mzd_poly_t *A, const mzd_poly_t *B)
	C += (A+B) More...
static mzd_slice_t *	_mzd_slice_add (mzd_slice_t *C, const mzd_slice_t *A, const mzd_slice_t *B)
	\( C = A + B\). More...
static mzd_slice_t *	mzd_slice_add (mzd_slice_t *C, const mzd_slice_t *A, const mzd_slice_t *B)
	\( C = A + B\). More...
mzed_t *	mzed_add (mzed_t *C, const mzed_t *A, const mzed_t *B)
	\( C = A+B \). More...
mzed_t *	_mzed_add (mzed_t *C, const mzed_t *A, const mzed_t *B)
	\( C = A+B \). More...

Detailed Description

Macro Definition Documentation

#define _mzd_slice_sub   _mzd_slice_add

\( C = A + B\).

Parameters

C	Preallocated sum matrix, may be NULL for automatic creation.
A	Matrix
B	Matrix

#define _mzed_sub   _mzed_add

\( C = A+B \).

Parameters

C	Preallocated difference matrix, may be NULL for automatic creation.
A	Matrix
B	Matrix

#define mzd_slice_sub   mzd_slice_add

\( C = A + B\).

C is also returned. If C is NULL then a new matrix is created which must be freed by mzd_slice_free().

Parameters

C	Preallocated sum matrix, may be NULL for automatic creation.
A	Matrix
B	Matrix

#define mzed_sub   mzed_add

\( C = A+B \).

Parameters

C	Preallocated difference matrix, may be NULL for automatic creation.
A	Matrix
B	Matrix

Function Documentation

static mzd_poly_t* _mzd_poly_add ( mzd_poly_t *  C, const mzd_poly_t *  A, const mzd_poly_t *  B, unsigned int  offset  )

inlinestatic

C += (A+B)*x^offset.

Parameters

C	Target polynomial.
A	Source polynomial.
B	Source polynomial.
offset	The result is shifted offset entries upwards.

Warning

No bounds checks are performed.

static mzd_slice_t* _mzd_slice_add ( mzd_slice_t *  C, const mzd_slice_t *  A, const mzd_slice_t *  B  )

inlinestatic

\( C = A + B\).

Parameters

C	Preallocated sum matrix.
A	Matrix
B	Matrix

mzed_t* _mzed_add	(	mzed_t *	C,
		const mzed_t *	A,
		const mzed_t *	B
	)

\( C = A+B \).

Parameters

C	Preallocated sum matrix, may be NULL for automatic creation.
A	Matrix
B	Matrix

static mzd_poly_t* mzd_poly_add ( mzd_poly_t *  C, const mzd_poly_t *  A, const mzd_poly_t *  B  )

inlinestatic

C += (A+B)

Parameters

C	Target polynomial.
A	Source polynomial.
B	Source polynomial.

static mzd_slice_t* mzd_slice_add ( mzd_slice_t *  C, const mzd_slice_t *  A, const mzd_slice_t *  B  )

inlinestatic

\( C = A + B\).

C is also returned. If C is NULL then a new matrix is created which must be freed by mzd_slice_free().

Parameters

C	Preallocated sum matrix, may be NULL for automatic creation.
A	Matrix
B	Matrix

mzed_t* mzed_add	(	mzed_t *	C,
		const mzed_t *	A,
		const mzed_t *	B
	)

\( C = A+B \).

C is also returned. If C is NULL then a new matrix is created which must be freed by mzed_free().

Parameters

C	Preallocated sum matrix, may be NULL for automatic creation.
A	Matrix
B	Matrix