This class represents a combined MRG. More...

#include <latmrg/ComboLattice.h>

Inheritance diagram for LatMRG::ComboLattice< Int, Dbl >:

Public Types
typedef Dbl	Float

typedef Int	Integ

typedef NTL::matrix< Int >	IntMat

typedef NTL::vector< Int >	IntVec

Public Types inherited from LatMRG::MRGLattice< Int, Dbl >
typedef Dbl	Dbl

typedef Int	Int

typedef NTL::matrix< Int >	IntMat

typedef NTL::vector< Int >	IntVec

Public Member Functions
	ComboLattice (std::vector< MRGComponent< Int > *> &comp, MRGLattice< Int, Dbl > &lat)
	Creates a ComboLattice for the set of MRG described in `comp` with a MRG lattice as described in `lat`. More...

	ComboLattice (const ComboLattice< Int, Dbl > &lat)
	Copy constructor. More...

	~ComboLattice ()
	Destructor. More...

std::string &	getCompString (int i)

std::string	toString () const override
	Prints a string describing all the componenets and the equivalent MRG. More...

Public Member Functions inherited from LatMRG::MRGLattice< Int, Dbl >
	MRGLattice (const Int &m, const IntVec &a, int maxDim, int k, LatticeType latt, LatticeTester::NormType norm=LatticeTester::L2NORM)
	Constructor with modulus of congruence \(m\), order of the recurrence \(k\), multipliers \(a\), maximal dimension `MaxDim`, and lattice type `Latt`. More...

	MRGLattice (const Int &m, const Int &a, int maxDim, LatticeType latt, LatticeTester::NormType norm=LatticeTester::L2NORM)
	Alternative constructor for a LCG. More...

	MRGLattice (const Int &m, const IntVec &a, int maxDim, int k, IntVec &lac, LatticeType latt, LatticeTester::NormType norm=LatticeTester::L2NORM)
	As in the constructor above but the basis is built for the lacunary indices `lac`. More...

	MRGLattice (const MRGLattice< Int, Dbl > &Lat)
	Copy constructor. More...

	~MRGLattice ()
	Destructor. More...

virtual void	buildBasis (int d)
	Builds the basis in dimension \(d\). More...

Int &	getLac (int j)
	Returns the \(j\)-th lacunary index. More...

virtual void	incDim ()
	Increments the dimension of the basis by 1 by calling either `incDimBasis` or `incDimLaBasis`. More...

bool	isLacunary () const
	Returns `true` for the case of lacunary indices, returns `false` for non-lacunary indices. More...

void	kill ()
	Cleans and releases memory used by this object. More...

MRGLattice< Int, Dbl > &	operator= (const MRGLattice< Int, Dbl > &Lat)
	Assigns `Lat` to this object. More...

virtual void	setLac (const LatticeTester::Lacunary< Int > &lat)
	Sets the lacunary indices for this lattice to `lat`. More...

Int	getRho () const

Int	getLossRho () const

void	setRho (const Int &val)

void	setLossRho (const Int &val)

const IntVec &	getCoef () const
	Returns a non-mutable copy of the multipliers (coefficients) of the MRG. More...

virtual std::string	toStringCoef () const
	Returns the vector of multipliers \(A\) as a string. More...

std::string	toString () const override
	Returns the vector of multipliers \(A\) as a string. More...

void	setPower2 (std::vector< IntVec > &coeffs)
	Sets `m_power2` to true and sets `m_pow2_exp to`coeffs`. More...

void	buildProjection (LatticeTester::IntLattice< Int, Int, Dbl, Dbl > *lattice, const LatticeTester::Coordinates &proj) override
	Builds a projection for this lattice on the set in indices in `proj`. More...

Private Attributes
std::vector< MRGComponent< Int > * >	m_comp
	The MRG components of this combined generator. More...

std::vector< std::string >	m_compstr
	Strings to represent each component. More...

int	m_number
	The number of components stored in this object. More...

Additional Inherited Members
Protected Member Functions inherited from LatMRG::MRGLattice< Int, Dbl >
void	initStates ()
	Initializes a square matrix of order \(k\). More...

void	init ()
	Initializes some of the local variables. More...

void	initOrbit ()
	Initializes this object when the lattice type is `ORBIT`. More...

void	insertion (IntVec &Sta)

void	lemme2 (IntVec &Sta)

void	trace (char *msg, int d)
	For debugging purposes. More...

virtual void	incDimBasis ()
	Increments the basis by 1 in case of non-lacunary indices. More...

void	incDimLaBasis (int)
	Increments the basis by 1 in case of lacunary indices. More...

void	buildNaBasis (int d)
	Builds the basis of the MRG recurrence in case of non-lacunary indices. More...

void	buildLaBasis (int d)
	Builds the basis of the MRG recurrence in case of lacunary indices. More...

Protected Attributes inherited from LatMRG::MRGLattice< Int, Dbl >
IntVec	m_aCoef
	The coefficients of the recurrence. More...

bool *	m_ip
	When the flag `m_ip[i]` is `true`, the \(i\)-th diagonal element of matrix `m_sta` is non-zero (modulo \(m\)) and divides \(m\). More...

LatticeTester::Lacunary< Int >	m_lac
	Contains the lacunary indices when `LacunaryFlag` is `true`, otherwise is undefined. More...

bool	m_lacunaryFlag
	Is `true` in the case of lacunary indices, `false` otherwise. More...

LatticeType	m_latType
	Indicates which lattice or sublattice is analyzed. More...

IntMat	m_sta
	Matrix that contains the vectors that can be used to generate the basis for an arbitrary dimension. More...

Int	m_lossRho

Int	m_rho

Int	m_t4
	Work variables. More...

Int	m_t5

Int	m_t6

Int	m_t7

Int	m_t8

Int	m_e

IntVec	m_xi

Detailed Description

template<typename Int, typename Dbl>
class LatMRG::ComboLattice< Int, Dbl >

This class represents a combined MRG.

It stores a vector of MRGComponent and computes the equivalent MRG to their combination. Note that MRGComponenets do not have to be MRG themselves. This only overrides the toString() method and provides a constructor that populates the MRGLattice super-class to use this class in methods without an overload specific to it.