Classes
class	wao_class

Functions
def	sendMail (message, title)
	Test Line. More...

def	makeFITSHeader (filepath, df)

def	initSimu (config, c)

def	compute_modal_residuals (P, rtc, dms, tar)

def	loop (n, wfs, tel, atm, dms, tar, rtc, move_atmos=True, noise=True, loopData=0, P=None)

Variables
string	error = 'command line should be:"python -i test.py parameters_filename"\n with "parameters_filename" the path to the parameters file'

int	freq = 500

int	gain = 1

int	magnitude = 11

int	nKL_Filt = 450

int	MODU = 5

float	RON = 0.1

int	NSSP = 92

string	simulName = "PYR_39m_RoundPupil_FromHippo6"

	GPU = int(sys.argv[10])

string	comment = "SRVsGSVsNControlledModes"

string	pathResults = "/volumes/hra/micado/" + simulName

string	dBResult = pathResults + "/" + simulName + ".h5"

bool	savePSFs = True

bool	PYR = True

bool	imatFromFile = False

string	imat0_PATH = "/home/fvidal/dataSimus"

string	iMatName = "imatDiffraction_ELTPYR_35Layers.fits"

string	gainModalName = "gains4K_ELTPYR_35Layers.fits"

string	KL2VName = "KL2VNorm_ELTPYR_35Layers.fits"

string	ModalBasisType = "Btt"

bool	PSFWithOtherPupil = True

int	niter = 8096

bool	saveCBData = True

int	nbLoopData = 512

	GPUs = np.array([4, 5, 6, 7], dtype=np.int32)

	param_file = sys.argv[1]

	filename = param_file.split('/')[-1]

	param_path = param_file.split(filename)[0]

string	simul_name = ""

dictionary	matricesToLoad = {}

int	clean = 1

	param_dict = h5u.params_dictionary(config)

	c = ch.carmaWrap_context(devices=GPUs)

list	SR = []

	colnames = h5u.params_dictionary(config)

dictionary	simunames

	resAll = db.readDataBase(fullpath=dBResult)

	decalage = int((240 - 4 - (NSSP * 2)) / 2. + NSSP / 2)

int	rMod = MODU

	res = pd.DataFrame(columns=list(colnames.keys()) + list(simunames.keys()))

	wfs

	tel

	atm

	dms

	tar

	rtc

int	cent = config.p_geom.pupdiam / 2. + 0.5

	oldsetting = int(config.p_tel.t_spiders)

	pupELTSpiders

	ADOPTPATH = os.getenv("ADOPTPATH")

string	config_fileName = ADOPTPATH + "/config/ADOPT.conf"

	wao = wao_class(config, wfs, tel, atm, dms, tar, rtc)

	filepath = pathResults + "/PSFs/" + PSFName

	com = adoptComm.command_class(wao, ao)

	aoAd

int	nfilt = nKL_Filt

	imat = pf.get_data(imat0_PATH + "/" + iMatName)

	modal_basis = pf.get_data(imat0_PATH + "/" + KL2VName)

	gains4KRAW = pf.get_data(imat0_PATH + "/" + gainModalName)

	gains4K = np.zeros(imat.shape[0] - nfilt)

	gainopt = gains4K.copy()

	KL2V = com.getKL2V()

	KL2VNorm = cal.normalizeKL2V(KL2V)

	gains = np.linspace(1., 1., aoAd.Nactu - 2 - nfilt)

	cmat0

	cmatKL0

	lambdaTargetList

	sr_se

	numiter

	move_atmos

	noise

	cmatModal0

	sr_le

	True

	P

	imatTurbu

	date = time.strftime("_%d-%m-%Y_%H:%M:%S_")

	cmatT

	cmatKLT

	cmat = cmatT

	slopesCB

	voltsCB

	PSFtarget

	rmsErrorList

	loopData

	PYRImage = wfs.get_pyrimg(0)

string	slopesCBName = "slopesCB_" + date + ".fits"

string	voltsCBName = "voltsCB_" + date + ".fits"

string	PYRIMAGEName = "pyrImageCB_" + date + ".fits"

string	SRHistorySEName = "SRHistorySE_" + date + ".fits"

string	SRHistoryLEName = "SRHistoryLE_" + date + ".fits"

	dfparams = h5u.params_dictionary(config)

list	PSFNameList = []

string	lam = "%3.2f" % tar.Lambda.tolist()[t]

string	PSFName = "PYR_TARGET_" + str(t + 1) + "_Lambda_" + lam + "_" + date + ".fits"

	clobber

string	lam2 = "%3.2f" % tar.Lambda.tolist()[t]

tuple	PSFPixsize

	hdulist = pf.open(filepath)

	header = hdulist[0].header

	complevel

	complib

Function Documentation

◆ compute_modal_residuals()

def script_PYR39m_optimGain.compute_modal_residuals	(	P,
		rtc,
		dms,
		tar
	)

Definition at line 273 of file script_PYR39m_optimGain.py.

 def compute_modal_residuals(P, rtc, dms, tar):
     rtc.do_control_geo(1, dms, tar, 0)
     #self.rtc.do_control_geo_on(1, self.dms,self.tar, 0)
     v = rtc.get_command(1)
     ai = P.dot(v) * 1000.  # np rms units
     return ai
  
  

Here is the caller graph for this function:

◆ initSimu()

def script_PYR39m_optimGain.initSimu	(	config,
		c
	)

Definition at line 237 of file script_PYR39m_optimGain.py.

 def initSimu(config, c):
     param_dict = h5u.params_dictionary(config)
     matricesToLoad = h5u.checkMatricesDataBase(os.environ["SHESHA_ROOT"] + "/data/",
                                                config, param_dict)
     print("->wfs")
     wfs, tel = ao.wfs_init(config.p_wfss, config.p_atmos, config.p_tel, config.p_geom,
                            config.p_target, config.p_loop, config.p_dms)
     print("->atmos")
     atm = ao.atmos_init(c, config.p_atmos, config.p_tel, config.p_geom, config.p_loop,
                         config.p_wfss, wfs, config.p_target, rank=0)
     print("->dm")
     dms = ao.dm_init(config.p_dms, config.p_wfss, wfs, config.p_geom, config.p_tel)
     print("->target")
     tar = ao.target_init(c, tel, config.p_target, config.p_atmos, config.p_geom,
                          config.p_tel, config.p_dms)
     print("->rtc")
     rtc = ao.rtc_init(tel, wfs, config.p_wfss, dms, config.p_dms, config.p_geom,
                       config.p_rtc, config.p_atmos, atm, config.p_tel, config.p_loop,
                       do_refslp=False, clean=clean, simul_name=simul_name,
                       load=matricesToLoad, doimat=0)
  
     h5u.validDataBase(os.environ["SHESHA_ROOT"] + "/data/", matricesToLoad)
  
     print("====================")
     print("init done")
     print("====================")
     print("objects initialzed on GPU:")
     print("--------------------------------------------------------")
     print(atm)
     print(wfs)
     print(dms)
     print(tar)
     print(rtc)
     return wfs, tel, atm, dms, tar, rtc
  
  

◆ loop()

def script_PYR39m_optimGain.loop	(	n,
		wfs,
		tel,
		atm,
		dms,
		tar,
		rtc,
		move_atmos = `True`,
		noise = `True`,
		loopData = `0`,
		P = `None`
	)

Definition at line 281 of file script_PYR39m_optimGain.py.

 def loop(n, wfs, tel, atm, dms, tar, rtc, move_atmos=True, noise=True, loopData=0,
          P=None):
     t0 = time.time()
     print("----------------------------------------------------")
     print("iter# | S.E. SR | L.E. SR | Est. Rem. | framerate")
     print("----------------------------------------------------")
     """
     ph = tar.get_image(0, "se")
     pupBig = ph*0.
  
     phsize = pup.shape[0]
     npup = pupBig.shape[0] # wao.wfs.get_pyrimghr(0).shape
  
     pupBig[(npup-phsize)/2:(npup+phsize)/2, (npup-phsize)/2:(npup+phsize)/2] = pup
     PSFLEArray = np.zeros((config.p_target.ntargets, ph.shape[0],ph.shape[1]))
     PSFSEArray = np.zeros((config.p_target.ntargets, ph.shape[0],ph.shape[1]))
  
     """
     RmsErrorTot = []
     ph = tar.get_image(0, "se")
     PSFtarget = np.zeros((config.p_target.ntargets, ph.shape[0], ph.shape[1]))
     sr_se = []
     numiter = []
     if (loopData):
         if (loopData > n):
             loopData = n
         slopes = np.zeros((loopData, rtc.get_centroids(0).shape[0]))
         volts = np.zeros((loopData, rtc.get_voltage(0).shape[0]))
     else:
         slopes = volts = None
     ii = 0
     jj = 0
     sr_se = np.zeros((n / 10, config.p_target.ntargets))
     sr_le = np.zeros((n / 10, config.p_target.ntargets))
  
     for i in range(n):
         if (move_atmos):
             atm.move_atmos()
  
         for t in range(config.p_target.ntargets):
             tar.atmos_trace(t, atm, tel)
             tar.dmtrace(t, dms)
         for w in range(len(config.p_wfss)):
             wfs.raytrace(w, "all", tel, atm, dms)
             wfs.sensors_compimg(w, noise=noise)
  
         rtc.do_centroids(0)
         if (loopData):
             if (i >= (n - loopData)):
                 #print("Recording loop Data")
                 s = rtc.get_centroids(0)
                 v = rtc.get_voltage(0)
                 volts[ii, :] = v.copy()
                 slopes[ii, :] = s.copy()
                 ii += 1
         rtc.docontrol(0)
         rtc.doclipping(0, -1e5, 1e5)
         rtc.apply_control(0)
  
         signal_le = ""
         signal_se = ""
         if (P is not None):
             ai = compute_modal_residuals(P, rtc, dms, tar)
             tarPhaseError = np.sqrt(np.sum(ai**2))
         else:
             tarPhaseError = 0.
         RmsErrorTot.append(tarPhaseError)
         print("tarPhaseError =", tarPhaseError, "nm rms")
         if ((i + 1) % 10 == 0):
             print(("Iter#:", i + 1, "/", n))
             t = 0
             SRTmp = np.zeros(config.p_target.ntargets)
             SRTmp2 = np.zeros(config.p_target.ntargets)
  
             for t in range(config.p_target.ntargets):
                 if (PSFWithOtherPupil):
                     SR = list([0, 0])
                     SR[0] = PSFSEArray[t, :, :].max()  # SE SR
                     SR[1] = (PSFLEArray[t, :, :] / (i + 1)).max()  # LE SR
                 else:
                     SR = tar.get_strehl(t)
                 #print("Tar %d at %3.2fMicrons:" % (t+1, tar.Lambda[t]))
                 signal_se += "SR S.E %3.2fMicrons:: %1.2f   " % (tar.Lambda[t], SR[0])
                 signal_le += "SR L.E %3.2fMicrons:: %1.2f   " % (tar.Lambda[t], SR[1])
                 SRTmp[t] = SR[0] * 100
                 SRTmp2[t] = SR[1] * 100
             print((signal_se + signal_le))
             sr_se[jj, :] = SRTmp.copy()
             sr_le[jj, :] = SRTmp2.copy()
  
             #sr_se.append()
             #sr_se.append(SR[0])
             numiter.append(i + 1)
             jj += 1
  
     t1 = time.time()
     print((" loop execution time:", t1 - t0, "  (", n, "iterations), ", (t1 - t0) / n,
            "(mean)  ", n / (t1 - t0), "Hz"))
     SRList = []
     for t in range(config.p_target.ntargets):
         SR = tar.get_strehl(t)
         PSFtarget[t, :, :] = tar.get_image(t, "le")
         SRList.append(SR[1])  # Saving Last Long Exp SR
  
     return SRList, tar.Lambda.tolist(), sr_se.astype(int), sr_le.astype(
             int), numiter, slopes, volts, PSFtarget, RmsErrorTot
  
  

Here is the call graph for this function:

◆ makeFITSHeader()

def script_PYR39m_optimGain.makeFITSHeader	(	filepath,
		df
	)

Definition at line 205 of file script_PYR39m_optimGain.py.

 def makeFITSHeader(filepath, df):
     hdulist = pf.open(filepath)  # read file
     header = hdulist[0].header
     names = np.sort(list(set(df))).tolist()
  
     for name in names:
         if (name != "centroider.thresh"):
             val = df[name][0]
             if (type(val) is list):
                 value = ""
                 for v in val:
                     value += (str(v) + " ")
                 value = value.replace("\n", "")
             elif (type(val) is np.ndarray):
                 value = ""
                 for v in val:
                     value += (str(v) + " ")
                 value = value.replace("\n", "")
  
             else:
                 value = val
  
         if ((type(value) is str)):
             if (len(value) > 50):
                 print(("warning", name, "keyword has been cut to 100 characters"))
                 #header.set(name, value[:50],'')
             else:
                 header.set(name, value, '')
  
     hdulist.writeto(filepath, clobber=True)  # Save changes to file
  
  

◆ sendMail()

def script_PYR39m_optimGain.sendMail	(	message,
		title
	)

Test Line.

ipython -i /home/fvidal/compass/shesha/test/scripts/script_PYR39m_optimGain.py /home/fvidal/compass/shesha/data/par/MICADO/micado_39m_PYR_ELTPupil.py 500 0.1 5 0.5 17 100 py3Test 92 5

Definition at line 9 of file script_PYR39m_optimGain.py.

 def sendMail(message, title):
     import smtplib
     from email.mime.text import MIMEText
     smtp = smtplib.SMTP('smtp.obspm.fr')
     msg = MIMEText(title)
     msg['From'] = 'micmac'
     msg['To'] = 'Script micmac'
     msg['Subject'] = message
     smtp.sendmail('micmac@obspm.fr', ["fabrice.vidal@obspm.fr"], msg.as_string())
  
  
 #try:

Variable Documentation

◆ ADOPTPATH

script_PYR39m_optimGain.ADOPTPATH = os.getenv("ADOPTPATH")

Definition at line 458 of file script_PYR39m_optimGain.py.

◆ aoAd

script_PYR39m_optimGain.aoAd

Initial value:

1 = adoptVar.ao_class(adoptVar.ao_attributes, adoptVar.wfs_attributes,

2 adoptVar.dm_attributes, config_fileName)

Definition at line 467 of file script_PYR39m_optimGain.py.

◆ atm

script_PYR39m_optimGain.atm

Definition at line 440 of file script_PYR39m_optimGain.py.

◆ c

script_PYR39m_optimGain.c = ch.carmaWrap_context(devices=GPUs)

Definition at line 190 of file script_PYR39m_optimGain.py.

◆ cent

int script_PYR39m_optimGain.cent = config.p_geom.pupdiam / 2. + 0.5

Definition at line 444 of file script_PYR39m_optimGain.py.

◆ clean

int script_PYR39m_optimGain.clean = 1

Definition at line 184 of file script_PYR39m_optimGain.py.

◆ clobber

script_PYR39m_optimGain.clobber

Definition at line 653 of file script_PYR39m_optimGain.py.

◆ cmat

script_PYR39m_optimGain.cmat = cmatT

Definition at line 536 of file script_PYR39m_optimGain.py.

◆ cmat0

script_PYR39m_optimGain.cmat0

Definition at line 496 of file script_PYR39m_optimGain.py.

◆ cmatKL0

script_PYR39m_optimGain.cmatKL0

Definition at line 496 of file script_PYR39m_optimGain.py.

◆ cmatKLT

script_PYR39m_optimGain.cmatKLT

Definition at line 535 of file script_PYR39m_optimGain.py.

◆ cmatModal0

script_PYR39m_optimGain.cmatModal0

Definition at line 508 of file script_PYR39m_optimGain.py.

◆ cmatT

script_PYR39m_optimGain.cmatT

Definition at line 535 of file script_PYR39m_optimGain.py.

◆ colnames

script_PYR39m_optimGain.colnames = h5u.params_dictionary(config)

Definition at line 390 of file script_PYR39m_optimGain.py.

◆ com

script_PYR39m_optimGain.com = adoptComm.command_class(wao, ao)

Definition at line 466 of file script_PYR39m_optimGain.py.

◆ comment

string script_PYR39m_optimGain.comment = "SRVsGSVsNControlledModes"

Definition at line 81 of file script_PYR39m_optimGain.py.

◆ complevel

script_PYR39m_optimGain.complevel

Definition at line 678 of file script_PYR39m_optimGain.py.

◆ complib

script_PYR39m_optimGain.complib

Definition at line 678 of file script_PYR39m_optimGain.py.

◆ config_fileName

string script_PYR39m_optimGain.config_fileName = ADOPTPATH + "/config/ADOPT.conf"

Definition at line 463 of file script_PYR39m_optimGain.py.

◆ date

script_PYR39m_optimGain.date = time.strftime("_%d-%m-%Y_%H:%M:%S_")

Definition at line 523 of file script_PYR39m_optimGain.py.

◆ dBResult

string script_PYR39m_optimGain.dBResult = pathResults + "/" + simulName + ".h5"

Definition at line 94 of file script_PYR39m_optimGain.py.

◆ decalage

script_PYR39m_optimGain.decalage = int((240 - 4 - (NSSP * 2)) / 2. + NSSP / 2)

Definition at line 427 of file script_PYR39m_optimGain.py.

◆ dfparams

script_PYR39m_optimGain.dfparams = h5u.params_dictionary(config)

Definition at line 596 of file script_PYR39m_optimGain.py.

◆ dms

script_PYR39m_optimGain.dms

Definition at line 440 of file script_PYR39m_optimGain.py.

◆ error

string script_PYR39m_optimGain.error = 'command line should be:"python -i test.py parameters_filename"\n with "parameters_filename" the path to the parameters file'

Definition at line 49 of file script_PYR39m_optimGain.py.

◆ filename

script_PYR39m_optimGain.filename = param_file.split('/')[-1]

Definition at line 158 of file script_PYR39m_optimGain.py.

◆ filepath

string script_PYR39m_optimGain.filepath = pathResults + "/PSFs/" + PSFName

Definition at line 465 of file script_PYR39m_optimGain.py.

◆ freq

script_PYR39m_optimGain.freq = 500

Definition at line 58 of file script_PYR39m_optimGain.py.

◆ gain

script_PYR39m_optimGain.gain = 1

Definition at line 59 of file script_PYR39m_optimGain.py.

◆ gainModalName

string script_PYR39m_optimGain.gainModalName = "gains4K_ELTPYR_35Layers.fits"

Definition at line 109 of file script_PYR39m_optimGain.py.

◆ gainopt

script_PYR39m_optimGain.gainopt = gains4K.copy()

Definition at line 487 of file script_PYR39m_optimGain.py.

◆ gains

script_PYR39m_optimGain.gains = np.linspace(1., 1., aoAd.Nactu - 2 - nfilt)

Definition at line 494 of file script_PYR39m_optimGain.py.

◆ gains4K

script_PYR39m_optimGain.gains4K = np.zeros(imat.shape[0] - nfilt)

Definition at line 484 of file script_PYR39m_optimGain.py.

◆ gains4KRAW

script_PYR39m_optimGain.gains4KRAW = pf.get_data(imat0_PATH + "/" + gainModalName)

Definition at line 483 of file script_PYR39m_optimGain.py.

◆ GPU

script_PYR39m_optimGain.GPU = int(sys.argv[10])

Definition at line 80 of file script_PYR39m_optimGain.py.

◆ GPUs

script_PYR39m_optimGain.GPUs = np.array([4, 5, 6, 7], dtype=np.int32)

Definition at line 134 of file script_PYR39m_optimGain.py.

◆ hdulist

script_PYR39m_optimGain.hdulist = pf.open(filepath)

Definition at line 663 of file script_PYR39m_optimGain.py.

◆ header

script_PYR39m_optimGain.header = hdulist[0].header

Definition at line 664 of file script_PYR39m_optimGain.py.

◆ imat

script_PYR39m_optimGain.imat = pf.get_data(imat0_PATH + "/" + iMatName)

Definition at line 481 of file script_PYR39m_optimGain.py.

◆ imat0_PATH

string script_PYR39m_optimGain.imat0_PATH = "/home/fvidal/dataSimus"

Definition at line 107 of file script_PYR39m_optimGain.py.

◆ imatFromFile

bool script_PYR39m_optimGain.imatFromFile = False

Definition at line 98 of file script_PYR39m_optimGain.py.

◆ iMatName

string script_PYR39m_optimGain.iMatName = "imatDiffraction_ELTPYR_35Layers.fits"

Definition at line 108 of file script_PYR39m_optimGain.py.

◆ imatTurbu

script_PYR39m_optimGain.imatTurbu

Initial value:

1 = cal.computeImatModal(com, modal_basis, aoAd.dm0.push4iMat,

2 aoAd.dm1.push4iMat, withTurbu=True, noise=False)

Definition at line 519 of file script_PYR39m_optimGain.py.

◆ KL2V

script_PYR39m_optimGain.KL2V = com.getKL2V()

Definition at line 489 of file script_PYR39m_optimGain.py.

◆ KL2VName

string script_PYR39m_optimGain.KL2VName = "KL2VNorm_ELTPYR_35Layers.fits"

Definition at line 110 of file script_PYR39m_optimGain.py.

◆ KL2VNorm

script_PYR39m_optimGain.KL2VNorm = cal.normalizeKL2V(KL2V)

Definition at line 490 of file script_PYR39m_optimGain.py.

◆ lam

string script_PYR39m_optimGain.lam = "%3.2f" % tar.Lambda.tolist()[t]

Definition at line 646 of file script_PYR39m_optimGain.py.

◆ lam2

string script_PYR39m_optimGain.lam2 = "%3.2f" % tar.Lambda.tolist()[t]

Definition at line 654 of file script_PYR39m_optimGain.py.

◆ lambdaTargetList

script_PYR39m_optimGain.lambdaTargetList

Definition at line 502 of file script_PYR39m_optimGain.py.

◆ loopData

script_PYR39m_optimGain.loopData

Definition at line 572 of file script_PYR39m_optimGain.py.

◆ magnitude

script_PYR39m_optimGain.magnitude = 11

Definition at line 60 of file script_PYR39m_optimGain.py.

◆ matricesToLoad

script_PYR39m_optimGain.matricesToLoad = {}

Definition at line 182 of file script_PYR39m_optimGain.py.

◆ modal_basis

script_PYR39m_optimGain.modal_basis = pf.get_data(imat0_PATH + "/" + KL2VName)

Definition at line 482 of file script_PYR39m_optimGain.py.

◆ ModalBasisType

string script_PYR39m_optimGain.ModalBasisType = "Btt"

Definition at line 117 of file script_PYR39m_optimGain.py.

◆ MODU

script_PYR39m_optimGain.MODU = 5

Definition at line 62 of file script_PYR39m_optimGain.py.

◆ move_atmos

script_PYR39m_optimGain.move_atmos

Definition at line 503 of file script_PYR39m_optimGain.py.

◆ nbLoopData

script_PYR39m_optimGain.nbLoopData = 512

Definition at line 123 of file script_PYR39m_optimGain.py.

◆ nfilt

int script_PYR39m_optimGain.nfilt = nKL_Filt

Definition at line 474 of file script_PYR39m_optimGain.py.

◆ niter

script_PYR39m_optimGain.niter = 8096

Definition at line 121 of file script_PYR39m_optimGain.py.

◆ nKL_Filt

script_PYR39m_optimGain.nKL_Filt = 450

Definition at line 61 of file script_PYR39m_optimGain.py.

◆ noise

script_PYR39m_optimGain.noise

Definition at line 504 of file script_PYR39m_optimGain.py.

◆ NSSP

script_PYR39m_optimGain.NSSP = 92

Definition at line 64 of file script_PYR39m_optimGain.py.

◆ numiter

script_PYR39m_optimGain.numiter

Definition at line 502 of file script_PYR39m_optimGain.py.

◆ oldsetting

script_PYR39m_optimGain.oldsetting = int(config.p_tel.t_spiders)

Definition at line 445 of file script_PYR39m_optimGain.py.

◆ P

script_PYR39m_optimGain.P

Definition at line 515 of file script_PYR39m_optimGain.py.

◆ param_dict

script_PYR39m_optimGain.param_dict = h5u.params_dictionary(config)

Definition at line 187 of file script_PYR39m_optimGain.py.

◆ param_file

script_PYR39m_optimGain.param_file = sys.argv[1]

Definition at line 156 of file script_PYR39m_optimGain.py.

◆ param_path

script_PYR39m_optimGain.param_path = param_file.split(filename)[0]

Definition at line 159 of file script_PYR39m_optimGain.py.

◆ pathResults

string script_PYR39m_optimGain.pathResults = "/volumes/hra/micado/" + simulName

Definition at line 92 of file script_PYR39m_optimGain.py.

◆ PSFName

string script_PYR39m_optimGain.PSFName = "PYR_TARGET_" + str(t + 1) + "_Lambda_" + lam + "_" + date + ".fits"

Definition at line 648 of file script_PYR39m_optimGain.py.

◆ PSFNameList

list script_PYR39m_optimGain.PSFNameList = []

Definition at line 642 of file script_PYR39m_optimGain.py.

◆ PSFPixsize

tuple script_PYR39m_optimGain.PSFPixsize

Initial value:

 =  (tar.Lambda.tolist()[t] * 1e-6) / (
             wao.config.p_tel.diam / wao.config.p_geom.get_spupil().shape[0] *
             wao.config.p_geom.get_ipupil().shape[0]) * 206265.

Definition at line 656 of file script_PYR39m_optimGain.py.

◆ PSFtarget

script_PYR39m_optimGain.PSFtarget

Definition at line 571 of file script_PYR39m_optimGain.py.

◆ PSFWithOtherPupil

bool script_PYR39m_optimGain.PSFWithOtherPupil = True

Definition at line 119 of file script_PYR39m_optimGain.py.

◆ pupELTSpiders

script_PYR39m_optimGain.pupELTSpiders

Initial value:

1 = mkP.make_pupil(config.p_geom.pupdiam, config.p_geom.pupdiam,

2 config.p_tel, cent, cent).astype(np.float32)

Definition at line 447 of file script_PYR39m_optimGain.py.

◆ PYR

bool script_PYR39m_optimGain.PYR = True

Definition at line 96 of file script_PYR39m_optimGain.py.

◆ PYRImage

script_PYR39m_optimGain.PYRImage = wfs.get_pyrimg(0)

Definition at line 575 of file script_PYR39m_optimGain.py.

◆ PYRIMAGEName

string script_PYR39m_optimGain.PYRIMAGEName = "pyrImageCB_" + date + ".fits"

Definition at line 579 of file script_PYR39m_optimGain.py.

◆ res

script_PYR39m_optimGain.res = pd.DataFrame(columns=list(colnames.keys()) + list(simunames.keys()))

Definition at line 439 of file script_PYR39m_optimGain.py.

◆ resAll

script_PYR39m_optimGain.resAll = db.readDataBase(fullpath=dBResult)

Definition at line 416 of file script_PYR39m_optimGain.py.

◆ rMod

int script_PYR39m_optimGain.rMod = MODU

Definition at line 429 of file script_PYR39m_optimGain.py.

◆ rmsErrorList

script_PYR39m_optimGain.rmsErrorList

Definition at line 571 of file script_PYR39m_optimGain.py.

◆ RON

script_PYR39m_optimGain.RON = 0.1

Definition at line 63 of file script_PYR39m_optimGain.py.

◆ rtc

script_PYR39m_optimGain.rtc

Definition at line 440 of file script_PYR39m_optimGain.py.

◆ saveCBData

bool script_PYR39m_optimGain.saveCBData = True

Definition at line 122 of file script_PYR39m_optimGain.py.

◆ savePSFs

bool script_PYR39m_optimGain.savePSFs = True

Definition at line 95 of file script_PYR39m_optimGain.py.

◆ simul_name

string script_PYR39m_optimGain.simul_name = ""

Definition at line 175 of file script_PYR39m_optimGain.py.

◆ simulName

script_PYR39m_optimGain.simulName = "PYR_39m_RoundPupil_FromHippo6"

Definition at line 65 of file script_PYR39m_optimGain.py.

◆ simunames

dictionary script_PYR39m_optimGain.simunames

Initial value:

 =  {
         "PSFFilenames": None,
         "rmsError": None,
         "rmsErrorList": None,
         "comment": None,
         "NCPA": None,
         "NCPAList": None,
         "ModalType": None,
         "srir": None,
         "gainModal": None,
         "lambdaTarget": None,
         "nbBrightest": None,
         "sr_le": None,
         "sr_se": None,
         "numiter": None,
         "NklFilt": None,
         "NklTot": None,
         "Nkl": None,
         "eigenvals": None,
         "Nphotons": None,
         "Nactu": None,
         "RON": None,
         "Nslopes": None
 }

Definition at line 391 of file script_PYR39m_optimGain.py.

◆ slopesCB

script_PYR39m_optimGain.slopesCB

Definition at line 571 of file script_PYR39m_optimGain.py.

◆ slopesCBName

string script_PYR39m_optimGain.slopesCBName = "slopesCB_" + date + ".fits"

Definition at line 577 of file script_PYR39m_optimGain.py.

◆ SR

script_PYR39m_optimGain.SR = []

Definition at line 389 of file script_PYR39m_optimGain.py.

◆ sr_le

script_PYR39m_optimGain.sr_le

Definition at line 514 of file script_PYR39m_optimGain.py.

◆ sr_se

script_PYR39m_optimGain.sr_se

Definition at line 502 of file script_PYR39m_optimGain.py.

◆ SRHistoryLEName

string script_PYR39m_optimGain.SRHistoryLEName = "SRHistoryLE_" + date + ".fits"

Definition at line 581 of file script_PYR39m_optimGain.py.

◆ SRHistorySEName

string script_PYR39m_optimGain.SRHistorySEName = "SRHistorySE_" + date + ".fits"

Definition at line 580 of file script_PYR39m_optimGain.py.

◆ tar

script_PYR39m_optimGain.tar

Definition at line 440 of file script_PYR39m_optimGain.py.

◆ tel

script_PYR39m_optimGain.tel

Definition at line 440 of file script_PYR39m_optimGain.py.

◆ True

script_PYR39m_optimGain.True

Definition at line 515 of file script_PYR39m_optimGain.py.

◆ voltsCB

script_PYR39m_optimGain.voltsCB

Definition at line 571 of file script_PYR39m_optimGain.py.

◆ voltsCBName

string script_PYR39m_optimGain.voltsCBName = "voltsCB_" + date + ".fits"

Definition at line 578 of file script_PYR39m_optimGain.py.

◆ wao

script_PYR39m_optimGain.wao = wao_class(config, wfs, tel, atm, dms, tar, rtc)

Definition at line 464 of file script_PYR39m_optimGain.py.

◆ wfs

script_PYR39m_optimGain.wfs

Definition at line 440 of file script_PYR39m_optimGain.py.

Classes

Functions

Variables

Function Documentation

◆ compute_modal_residuals()

◆ initSimu()

◆ loop()

◆ makeFITSHeader()

◆ sendMail()

Variable Documentation

◆ ADOPTPATH

◆ aoAd

◆ atm

◆ c

◆ cent

◆ clean

◆ clobber

◆ cmat

◆ cmat0

◆ cmatKL0

◆ cmatKLT

◆ cmatModal0

◆ cmatT

◆ colnames

◆ com

◆ comment

◆ complevel

◆ complib

◆ config_fileName

◆ date

◆ dBResult

◆ decalage

◆ dfparams

◆ dms

◆ error

◆ filename

◆ filepath

◆ freq

◆ gain

◆ gainModalName

◆ gainopt

◆ gains

◆ gains4K

◆ gains4KRAW

◆ GPU

◆ GPUs

◆ hdulist

◆ header

◆ imat

◆ imat0_PATH

◆ imatFromFile

◆ iMatName

◆ imatTurbu

◆ KL2V

◆ KL2VName

◆ KL2VNorm

◆ lam

◆ lam2

◆ lambdaTargetList

◆ loopData

◆ magnitude

◆ matricesToLoad

◆ modal_basis

◆ ModalBasisType

◆ MODU

◆ move_atmos

◆ nbLoopData

◆ nfilt

◆ niter

◆ nKL_Filt

◆ noise

◆ NSSP

◆ numiter

◆ oldsetting

◆ P

◆ param_dict

◆ param_file

◆ param_path

◆ pathResults

◆ PSFName