#include <string>
#include <map>
#include "memarray.hxx"
#include "symmat.hxx"
#include "sparssym.hxx"
#include "CBout.hxx"

Classes
class	ConicBundle::CoeffmatInfo
	allows to memorize the scalings applied to a Coeffmat and offers the basis for storing further user defined informations on a Coeffmat More...

class	ConicBundle::CMIName
	extends CoeffmatInfo to store a name (e.g. of the constraint it represents) More...

class	ConicBundle::Coeffmat
	defines a base class for coefficient matrices in semidefinite programming, in particular for use with MatrixSDPfunction, see implemention of a PSCOracle (PSCAffineFunction). More...

class	ConicBundle::CoeffmatPointer
	pointer class for Coeffmat for deleting objects on the heap if Coefmat::use_cnt is reduced to zero and deletion is allowed. More...

Namespaces
	ConicBundle
	conic bundle method solver for sum of convex functions. See the ConicBundle_Manual for a quick introduction.

Enumerations

enum	ConicBundle::Coeffmattype { ConicBundle::CM_unspec =0, ConicBundle::CM_symdense =1, ConicBundle::CM_symsparse =2, ConicBundle::CM_lowrankdd =3, ConicBundle::CM_lowranksd =4, ConicBundle::CM_lowrankss =5, ConicBundle::CM_gramdense =6, ConicBundle::CM_gramsparse =7, ConicBundle::CM_singleton =8, ConicBundle::CM_gramsparsewd =9 }
	for recognizing the type when writing and reading the problem More...

Functions

CoeffmatInfo *	ConicBundle::clone (const CoeffmatInfo *cip)
	if cip is not zero, it calls and returns cip->clone() and 0 otherwise


Coeffmat *	ConicBundle::coeffmat_read (std::istream &in)
	reads the next Coeffmat from in into an object on the heap and returns a pointer to it. The caller has to destruct the object.

Detailed Description

Classes