MIPMatrix
[Baselib]

redefinition of some data types More...

Classes
struct	MipBaselib::MIPMatrix
Enumerations
enum	MipBaselib::CanonicalMIPMatrix { MipBaselib::IDENTITY_MATRIX, MipBaselib::ZERO_MATRIX, MipBaselib::NUM_CANONICAL_MATRIX }
Functions
	MipBaselib::MIPMatrix::MIPMatrix (int r, int c, CanonicalMIPMatrix init=ZERO_MATRIX)
	MipBaselib::MIPMatrix::MIPMatrix ()
	MipBaselib::MIPMatrix::MIPMatrix (const MIPMatrix &A)
	MipBaselib::MIPMatrix::~MIPMatrix ()
void	MipBaselib::MIPMatrix::eq (MIPMatrix &A)
void	MipBaselib::MIPMatrix::sum (MIPMatrix &A, MIPMatrix &B)
void	MipBaselib::MIPMatrix::sub (MIPMatrix &A, MIPMatrix &B)
void	MipBaselib::MIPMatrix::mul (MIPMatrix &A, MIPMatrix &B)
void	MipBaselib::MIPMatrix::trans (MIPMatrix &A)
void	MipBaselib::MIPMatrix::MinorMatrix (MIPMatrix &A, int row, int col)
Decimal	MipBaselib::MIPMatrix::det22 (MIPMatrix &A)
Decimal	MipBaselib::MIPMatrix::inv22 (MIPMatrix &A)
Decimal	MipBaselib::MIPMatrix::det33 (MIPMatrix &A)
Decimal	MipBaselib::MIPMatrix::inv33 (MIPMatrix &A)
Decimal	MipBaselib::MIPMatrix::det44 (MIPMatrix &A)
Decimal	MipBaselib::MIPMatrix::inv44 (MIPMatrix &A)
Decimal	MipBaselib::MIPMatrix::det55 (MIPMatrix &A)
Decimal	MipBaselib::MIPMatrix::inv55 (MIPMatrix &A)
MIPMatrix &	MipBaselib::MIPMatrix::operator= (const MIPMatrix &A)
Decimal	MipBaselib::MIPMatrix::GetMIPMatrixVal (int r, int c)
void	MipBaselib::MIPMatrix::SetMIPMatrixVal (int r, int c, Decimal val)
void	MipBaselib::MIPMatrix::printMIPMatrix ()
string	MipBaselib::MIPMatrix::print (bool sameLine=false)
void	MipBaselib::MIPMatrix::printStat ()
Variables
static const char *	MipBaselib::CanonicalMIPMatrixName [NUM_CANONICAL_MATRIX]
int	MipBaselib::MIPMatrix::cols
Decimal **	MipBaselib::MIPMatrix::elms

---

Detailed Description

redefinition of some data types

---

Enumeration Type Documentation

enum MipBaselib::CanonicalMIPMatrix

Enumerator:

IDENTITY_MATRIX
ZERO_MATRIX
NUM_CANONICAL_MATRIX

---

Function Documentation

Decimal MipBaselib::MIPMatrix::det22

(

MIPMatrix &

A

)

[inherited]

Decimal MipBaselib::MIPMatrix::det33

(

MIPMatrix &

A

)

[inherited]

Decimal MipBaselib::MIPMatrix::det44

(

MIPMatrix &

A

)

[inherited]

Decimal MipBaselib::MIPMatrix::det55

(

MIPMatrix &

A

)

[inherited]

void MipBaselib::MIPMatrix::eq

(

MIPMatrix &

A

)

[inherited]

Decimal MipBaselib::MIPMatrix::GetMIPMatrixVal	(	int	r,
		int	c
	)			[inline, inherited]

Decimal MipBaselib::MIPMatrix::inv22

(

MIPMatrix &

A

)

[inherited]

Decimal MipBaselib::MIPMatrix::inv33

(

MIPMatrix &

A

)

[inherited]

Decimal MipBaselib::MIPMatrix::inv44

(

MIPMatrix &

A

)

[inherited]

Decimal MipBaselib::MIPMatrix::inv55

(

MIPMatrix &

A

)

[inherited]

void MipBaselib::MIPMatrix::MinorMatrix	(	MIPMatrix &	A,
		int	row,
		int	col
	)			[inherited]

MipBaselib::MIPMatrix::MIPMatrix

(

const MIPMatrix &

A

)

[inline, inherited]

MipBaselib::MIPMatrix::MIPMatrix

(

)

[inline, inherited]

number of rows = 4, number of columns = 4

MipBaselib::MIPMatrix::MIPMatrix	(	int	r,
		int	c,
		CanonicalMIPMatrix	init = ZERO_MATRIX
	)			[inline, inherited]

r = number of rows, c = number of columns

void MipBaselib::MIPMatrix::mul	(	MIPMatrix &	A,
		MIPMatrix &	B
	)			[inherited]

moltiplicazione tra matrici
permette anche l'utilizzo delle stesse matrici in input e output es: A.mul(A,A) <=> A=A^2

moltiplicazione tra matrici
permette anche l'utilizzo delle stesse matrici in input e ouput es: A.mul(A,A) <=> A=A^2

MIPMatrix& MipBaselib::MIPMatrix::operator=

(

const MIPMatrix &

A

)

[inline, inherited]

string MipBaselib::MIPMatrix::print

(

bool

sameLine = false

)

[inherited]

print function

Parameters:

sameLine

bool that indicates if the values of the matrix must be written all on the same line dafault = false

void MipBaselib::MIPMatrix::printMIPMatrix

(

)

[inline, inherited]

void MipBaselib::MIPMatrix::printStat

(

)

[inline, inherited]

void MipBaselib::MIPMatrix::SetMIPMatrixVal	(	int	r,
		int	c,
		Decimal	val
	)			[inline, inherited]

void MipBaselib::MIPMatrix::sub	(	MIPMatrix &	A,
		MIPMatrix &	B
	)			[inherited]

differenza di matrici
permette anche l'utilizzo delle stesse matrici in input e ouput es: A.sub(A,A) <=> A=0

void MipBaselib::MIPMatrix::sum	(	MIPMatrix &	A,
		MIPMatrix &	B
	)			[inherited]

somma di matrici
permette anche l'utilizzo delle stesse matrici in input e ouput es: A.sum(A,A) <=> A=2*A

void MipBaselib::MIPMatrix::trans

(

MIPMatrix &

A

)

[inherited]

MipBaselib::MIPMatrix::~MIPMatrix

(

)

[inline, inherited]

---

Variable Documentation

const char* MipBaselib::CanonicalMIPMatrixName[NUM_CANONICAL_MATRIX] [static]

Initial value:

{
 "IDENTITY_MATRIX",
 "ZERO_MATRIX"
}

int MipBaselib::MIPMatrix::cols [inherited]

numero di colonne

Decimal** MipBaselib::MIPMatrix::elms [inherited]

elements (entries)