MAOS
Multithreaded Adaptive Optics Simulator
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Data Fields | |
stream_t | stream |
Array< stream_t > | streams |
cupowfs_t * | powfs |
Array< culoc_t > | loc_dm |
culoc_t | loc_tel |
cusp | GS0 |
curmat | imcc |
curmat | neasim |
curmat | amp |
cufftHandle | plan_fs |
Array< cudtf_t > | dtf |
curmat | qe |
curmat | srot |
curmat | mtche |
curmat | i0sum |
float | i0sumsum |
curmat | bkgrnd2 |
curmat | bkgrnd2c |
curmat | lltncpa |
curmat | lltimcc |
curmat | lltamp |
int | msa |
curmat | opdadd |
struct curandStateXORWOW * | custat |
int | custatb |
int | custatt |
curmat | phiout |
curmat | gradacc |
curmat | gradcalc |
curmat | lltopd |
Array< Real, Pinned > | lltg |
cucmat | lltwvf |
cufftHandle | lltplan_wvf |
cucmat | lltotfc |
cufftHandle | lltplan_lotfc |
cucmat | lltotfc2 |
cufftHandle | lltplan_lotfc2 |
cucmat | wvf |
cufftHandle | plan_wvf |
cucmat | psf |
cufftHandle | plan_psf |
curcell | ints |
curcell | pistatout |
curcell | intsout |
cuccell | wvfout |
cucmat | psfout |
cucmat | psfstat |
Dither_t | dither |
cuccell | pywvf |
cucmat | pyotf |
curmat | pypsf |
curmat | isum |
cufftHandle | plan_py |
Array< cufftHandle > | plan_pys |
cuccell | pyotfs |
curcell | pypsfs |
culoc_t cuwfs_t::loc_tel |
Grid for ray tracing from Telescope to WFS
cusp cuwfs_t::GS0 |
For gtilt. is GS0t in col major
curmat cuwfs_t::imcc |
size is 9*nsa
curmat cuwfs_t::neasim |
The noise equivalent angles for each subaperture.
curmat cuwfs_t::amp |
Amplitude map
cufftHandle cuwfs_t::plan_fs |
FFTW plan for fieldstop
curmat cuwfs_t::qe |
See powfs.qe
curmat cuwfs_t::srot |
angle to rotate PSF/OTF
curmat cuwfs_t::mtche |
matched filter gradient operator.
curmat cuwfs_t::i0sum |
sum of i0 for each subaperture.
float cuwfs_t::i0sumsum |
sum of i0sum for all subaps
curmat cuwfs_t::bkgrnd2 |
background as an image
curmat cuwfs_t::bkgrnd2c |
calibration of background to subtract.
curmat cuwfs_t::lltncpa |
NCPA for llt
curmat cuwfs_t::lltimcc |
size of 9x1
int cuwfs_t::msa |
Number of subapertures in each batch of FFT. <nsa to save memory in psf.
curmat cuwfs_t::opdadd |
The ncpa and surface aberration.
curmat cuwfs_t::gradacc |
For accumulating grads
curmat cuwfs_t::gradcalc |
For outputing grads
curcell cuwfs_t::ints |
For accumulating subaperture image.
curcell cuwfs_t::pistatout |
For output pistatout
curcell cuwfs_t::intsout |
For output time averaged subaperture iamges