AOsystSim.h

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#ifndef _AOSYSTSIM_H
#define _AOSYSTSIM_H






int init_AOsystSim();




int AOsystSim_run(int syncmode, long DMindex, long delayus);






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typedef struct {
    double alpha;         
    double alpha_ld;
    double alpha_arcsec;
    double lambda0; // wavelength at seeing measurement [m]
    double lambdai; // imaging wavelength (science) [m]
    double lambdawfs; // WFS wavelength [m]
    
    double CN2layer_h[20]; // [m]
    double CN2layer_coeff[20]; // sum of coeffs = 1
    double CN2layer_Chrom_disp[20]; // chromatic displacement [m]
    
    double D; // telescope aperture [m]
    double r0; // Fried parameter at lambda0 [m]
    double windspeed; // [m/s]
    double betapWFS; // WFS efficiency
    double betaaWFS; // WFS efficiency
    double betapWFSsci; // WFS efficiency Sci
    double betaaWFSsci; // WFS efficiency Sci
    double Fwfs; // source flux [ph.s-1.m-2]
    double Fsci;
    
    double framedelayMult; // delay in unit of frames
    
    double f; // spatial frequency [m^{-1}]
    double hf; // sine wave component amplitude
    double X;
    double Xwfs;
    double Y;
    double Ywfs;
    double dX;
    double dY;
    
    double CP_UOPD;     // uncorrected OPD
    double CP_OPHN;    // photon noise error corrected OPD
    double CP_OTEM;    // temporal error corrected OPD

    double CP_UAMP;     // uncorrected AMP
    double CP_APHN;    // photon noise error corrected AMP
    double CP_ATEM;    // temporal error corrected AMP    
    
    double CC_OMUL;
    double CC_OPRO;
    double CC_ORPA;
    
    double CC_AMUL;
    double CC_APRO;
    double CC_ARPA;
    
    
    
    double twfs;       // WFS effective exposure time for OPD correction
    double twfs_opt; // optimal WFS exposure time - OPD

    double twfs_A;       // WFS effective exposure time for AMP correction
    double twfs_Aopt; // optimal WFS exposure time - AMP
    
    
    double twfssci;
    double hfc; // corrected sine wave component amplitude
    double twfssci_opt; // optimal WFS exposure time - phase
    double twfs_opt_amp; // optimal WFS exposure time - amplitude
    double hfca; // time lag term
    double hfcb; // WFS photon noise
    double C2; // quadratic sum of C2a and C2b
    double C2_wfs; // quadratic sum of C2a and C2b
    double C3; // corrected amplitude
    double C4; // chromatic phase
    double C5; // chromatic amplitude
    double C6; // refractive index
    double Csum;
    double Csum_detection; // 5 sigma
    
    // near-IR loop:
    double RIC_hfca; // Refractive Index Chromaticity : time lag
    double RIC_hfcb; // Refractive Index Chromaticity : photon noise
    double RIC_hfc;
    double TL_hfca; // time lag correction: time lag
    double TL_hfcb; // time lag correction: photon noise
    double TL_hfc;
    double C7; // post-nearIR correction time lag
    double C8; // post-nearIR correction 
    double C9; // C4 -> 
    double C10; // C5 ->
    double C11; // post-nearIR correction refractive index
    double Csum2; 
    double Csum2ave; 
   
} EXAOSIMCONF;

int AOsystSim_simpleAOfilter(const char *IDin_name, const char *IDout_name);

int_fast8_t AOsystSim_extremeAO_contrast_sim();







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long AOsystSim_mkTelPupDM(const char *ID_name, long msize, double xc, double xy, double rin, double rout, double pupPA, double spiderPA, double spideroffset, double spiderthick, double stretchx);


long AOsystSim_fitTelPup(const char *ID_name, const char *IDtelpup_name);








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int AOsystSim_mkWF_mkCONF(const char *fname);

int AOsystSim_mkWF(const char *CONF_FNAME);








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int AOsystSim_WFSsim_Pyramid(const char *inWFc_name, const char *outWFSim_name, double modampl, long modnbpts);

int AOsystSim_runWFS(long index, const char *IDout_name);

int AOsystSim_PyrWFS_mkCONF(const char *fname);

int AOsystSim_PyrWFS(const char *CONF_FNAME);








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int AOsystSim_DMshape(const char *IDdmctrl_name, const char *IDdmifc_name, const char *IDdm_name);

int AOsystSim_DM_mkCONF(const char *fname);

int AOsystSim_DM(const char *CONF_FNAME);







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int AOsystSim_coroLOWFS(const char *CONF_FNAME);









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long AOsystSim_FPWFS_imsimul(double probeamp, double sepx, double sepy, double contrast, double wferramp, double totFlux, double DMgainErr, double RON, double CnoiseFloor);

int AOsystSim_FPWFS_mkprobes(const char *IDprobeA_name, const char *IDprobeB_name, long dmxsize, long dmysize, double CPAmax, double CPArmin, double CPArmax, double RMSampl, long modegeom);

int AOsystSim_FPWFS_sensitivityAnalysis(int mapmode, int mode, int optmode, int NBprobes);













#endif