MAOS
Multithreaded Adaptive Optics Simulator
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Public Member Functions | Protected Member Functions | Protected Attributes
cufit_grid Class Reference
+ Inheritance diagram for cufit_grid:
+ Collaboration diagram for cufit_grid:

Public Member Functions

 cufit_grid (const parms_t *parms=0, const recon_t *recon=0, const curecon_geom *_grid=0)
 
virtual void R (curcell &out, Real beta, curcell &xin, Real alpha, stream_t &stream)
 
virtual void L (curcell &out, Real beta, const curcell &xin, Real alpha, stream_t &stream)
 
virtual void Rt (curcell &out, Real beta, const curcell &xin, Real alpha, stream_t &stream)
 
- Public Member Functions inherited from cusolve_cg
 cusolve_cg (int _maxit=0, int _cgwarm=0)
 
void operator() (curcell &xout, Real beta, const curcell &xin, Real alpha, stream_t &stream)
 
virtual Real solve (curcell &xout, const curcell &xin, stream_t &stream)
 
void Pre (curcell &xout, const curcell &xin, stream_t &stream)
 

Protected Member Functions

void do_hxp (const curcell &xin, stream_t &stream)
 
void do_hxpt (const curcell &xout, Real alpha, stream_t &stream)
 
void do_ha (const curcell &xin, stream_t &stream)
 
void do_hat (curcell &xout, Real alpha, stream_t &stream)
 

Protected Attributes

const curecon_geom * grid
 
int nfit
 
int idealtomo
 
cugridcell acmap
 
curcell dmcache
 
curcell xcache
 
curcell opdfit
 
curcell opdfit2
 
curmat opdfitv
 
curmat opdfit2v
 
curmat fitwt
 
curmat fitNW
 
curmat dotNW
 
culoc_t floc
 
dir_t * dir
 
cusp actslave
 
map2map hxp
 
map2map hxp0
 
map2map hxp1
 
map2map ha
 
map2map ha0
 
map2map ha1
 

Additional Inherited Members

- Data Fields inherited from cusolve_cg
cusolve_cgpre * precond
 

Member Function Documentation

◆ do_hxp()

void cufit_grid::do_hxp ( const curcell &  xin,
stream_t &  stream 
)
protected

do HXp operation, opdfit+=Hxp*xin

◆ do_hxpt()

void cufit_grid::do_hxpt ( const curcell &  xout,
Real  alpha,
stream_t &  stream 
)
protected

do HXp' operation, xout+=alpha*Hxp'*opdfit2

◆ do_ha()

void cufit_grid::do_ha ( const curcell &  xin,
stream_t &  stream 
)
protected

opdfit+=Ha*xin;

◆ do_hat()

void cufit_grid::do_hat ( curcell &  xout,
Real  alpha,
stream_t &  stream 
)
protected

xout+=alpha*HA'*opdfit2

◆ R()

void cufit_grid::R ( curcell &  out,
Real  beta,
curcell &  xin,
Real  alpha,
stream_t &  stream 
)
virtual

Implements cusolve_r.

◆ L()

void cufit_grid::L ( curcell &  out,
Real  beta,
const curcell &  xin,
Real  alpha,
stream_t &  stream 
)
virtual

Implements cusolve_cg.

◆ Rt()

void cufit_grid::Rt ( curcell &  out,
Real  beta,
const curcell &  xin,
Real  alpha,
stream_t &  stream 
)
virtual

Implements cusolve_r.

Field Documentation

◆ idealtomo

int cufit_grid::idealtomo
protected

Use input from real turbulence instead of tomography output

◆ opdfit

curcell cufit_grid::opdfit
protected

OPDs defined on ploc for fitting.

◆ opdfit2

curcell cufit_grid::opdfit2
protected

OPDs defined on ploc for fitting.

◆ opdfitv

curmat cufit_grid::opdfitv
protected

Concatenated version of opdfit. 1 column for each direction

◆ opdfit2v

curmat cufit_grid::opdfit2v
protected

Concatenated version of opdfit2. 1 column for each direction

The documentation for this class was generated from the following files: