Public Member Functions
solve_sCG Class Reference
Filtering and combining

a class providing a CG solver More...

#include <mia/3d/fuzzyclustersolver_cg.hh>

Public Member Functions

void add_to_solution (C3DFImage *e)
 
long get_iterations ()
 
void get_solution (C3DFImage &gain)
 
void multA (double *x, double *result, long start, long ende)
 
void multA_float (float *x, float *result)
 
int solve (long max_iterations, double *firstnormr0)
 
 solve_sCG (C3DFImage &w1, C3DFImage &f1, C3DFImage &g1, double l1, double l2, double r_res, double m_res)
 
void solvepar (long *max_iteration, double *normr, double *firstnormr0)
 
 ~solve_sCG ()
 

Detailed Description

a class providing a CG solver

This contains basic solver functions based on CG schemes

Author
Stefan Burckhardt and Carsten Wolters, wolte.nosp@m.rs@m.nosp@m.is.mp.nosp@m.g.de, 2004
Remarks
adapted for libmona by Heike Jaenicke and Marc Tittgemeyer, tittg.nosp@m.e@cb.nosp@m.s.mpg.nosp@m..de, 2004
adapted for mia2 by Gert Wollny, gw.fo.nosp@m.ssde.nosp@m.v@gma.nosp@m.il.c.nosp@m.om 2011

Definition at line 65 of file 3d/fuzzyclustersolver_cg.hh.

Constructor & Destructor Documentation

◆ solve_sCG()

solve_sCG::solve_sCG ( C3DFImage &  w1,
C3DFImage &  f1,
C3DFImage &  g1,
double  l1,
double  l2,
double  r_res,
double  m_res 
)

constructor

Parameters
w1
f1
g1
l1
l2
r_res
m_res

◆ ~solve_sCG()

solve_sCG::~solve_sCG ( )

Member Function Documentation

◆ add_to_solution()

void solve_sCG::add_to_solution ( C3DFImage *  e)
Parameters
e

◆ get_iterations()

long solve_sCG::get_iterations ( )
inline

Function to get preset number of iterations

Returns
Number of iterations

Definition at line 140 of file 3d/fuzzyclustersolver_cg.hh.

References NS_MIA_END.

◆ get_solution()

void solve_sCG::get_solution ( C3DFImage &  gain)
Parameters
gainImage with gain-field

◆ multA()

void solve_sCG::multA ( double *  x,
double *  result,
long  start,
long  ende 
)

Multiplication of vector and matrix

TODO mit standard classe Austauschen 

\param x
\param result
\param start
\param ende

◆ multA_float()

void solve_sCG::multA_float ( float *  x,
float *  result 
)

Multiplication

TODO mit standard classe Austauschen 

\param x Pointer at
\param result Pointer at

◆ solve()

int solve_sCG::solve ( long  max_iterations,
double *  firstnormr0 
)

Function to solve ...

Parameters
max_iterationsMaximum number of iterations
firstnormr0
Returns

◆ solvepar()

void solve_sCG::solvepar ( long *  max_iteration,
double *  normr,
double *  firstnormr0 
)

function for parallel solver

Parameters
max_iteration
normr
firstnormr0
The documentation for this class was generated from the following file: