Public Member Functions
	recmat (std::string fname)

std::string	get_filePath ()

int	get_n_modes ()

int	get_n_slopes ()

int	get_rec_tech ()

int	load_recmat_LBT (std::string fname)

int	reconstruct (float *slopes)
	Given a new slopes vector, reconstruct the amplitudes. More...

int	calc_sumvar (float *sumvar, int m0=2, int m1=-1, bool fiterr=true)
	Calculate the sum of the variances, e.g. the dot product of the amplitude vector. More...

Public Attributes
std::string	filePath
	The full path to the reconstructor matrix.

std::string	fileName
	file name of the reconstructor matrix

int	gpu_inited
	Flag for whether the gpu globals are initialized.

int	n_modes
	The number of modes, and the rows in the reconstructor matrix.

int	n_slopes
	The number of slopes, and the columns in the reconstructor matrix.

float	reflection_gain
	Factor to apply to reconstructed amplitudes to account for mirror reflection.

float	unit_conversion
	Factor to convert variances to nanometers.

int	rec_tech
	Which reconstructor technique to use, either REC_ATLAS or REC_CPU.

gsl_matrix_float *	R

float *	amp
	The reconstructed amplitudes, a vector of length n_modes.

double	tel_diam

double	median_r0

double	median_r0_lam

double	fitting_A

double	fitting_B

double	fitting_error_sq

Detailed Description

Definition at line 40 of file recmat.h.

Member Function Documentation

int recmat::reconstruct ( float * slopes )

Upon exit the amp vector will be populated with the reconstructed modal amplitudes.

Definition at line 177 of file recmat.cpp.

References amp, n_slopes, and rec_tech.

Does not include the first 2 modes, since they are tip and tilt. This corresponds to the instantaneous Strehl ratio.

Definition at line 196 of file recmat.cpp.

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