def fitFocDef(self, dataSxtr = None, ftw = None, ft = None):
""" fit FOC_DEF
"""
rFtFwhm = rMnsFwhm = rFtFlux= rMnsFlux = None
# analysis here
aRs = AnalyzeRuns(debug = self.debug, basePath = None, args = self.args, rt = self.rt, ev = self.ev, logger = self.logger, xdisplay = self.xdisplay, ftw = ftw, ft = ft)
dataRn = DataRun(debug = self.debug, args = self.args, rt = self.rt, logger = self.logger)
for dSx in dataSxtr:
if dSx!=None and dSx.fwhm>0. and dSx.stdFwhm>0.:
dataRn.dataSxtrs.append(dSx)
rFtFwhm, rMnsFwhm, rFtFlux, rMnsFlux = aRs.analyzeRun(dataRn = dataRn)
arFtFwhm = arMnsFwhm = arFtFlux = arMnsFlux = None
if self.rt.cfg['ANALYZE_ASSOC']:
fitsFns = [ x.fitsFn for x in dataSxtr]
# assoc analysis here
aRs = AnalyzeRuns(debug = self.debug, basePath = None, args = self.args, rt = self.rt, ev = self.ev, logger = self.logger, xdisplay = self.xdisplay, ftw = ftw, ft = ft)
dataRn = aRs.sextractRun(fitsFns = fitsFns)
arFtFwhm, arMnsFwhm, arFtFlux, arMnsFlux = aRs.analyzeRun(dataRn = dataRn)
# choose among the available results
rFt = aRs.bestResult(
rFtFwhm = rFtFwhm, arFtFwhm = arFtFwhm,
rFtFlux = rFtFlux, arFtFlux = arFtFlux
)
# ToDo: think about that return rFtFwhm, rMnsFwhm, arFtFwhm, arMnsFwhm, rFtFlux, rMnsFlux, arFtFlux, arMnsFlux
# ToDo: expand to bestResult calculated means
return rFt, rMnsFwhm
def fitFocDef(self, dataSxtr = None, ftw = None, ft = None):
""" fit FOC_DEF
"""
rFtFwhm = rMnsFwhm = rFtFlux= rMnsFlux = None
# analysis here
aRs = AnalyzeRuns(debug = self.debug, basePath = None, args = self.args, rt = self.rt, ev = self.ev, logger = self.logger, xdisplay = self.xdisplay, ftw = ftw, ft = ft)
dataRn = DataRun(debug = self.debug, args = self.args, rt = self.rt, logger = self.logger)
for dSx in dataSxtr:
if dSx!=None and dSx.fwhm>0. and dSx.stdFwhm>0.:
dataRn.dataSxtrs.append(dSx)
rFtFwhm, rMnsFwhm, rFtFlux, rMnsFlux = aRs.analyzeRun(dataRn = dataRn)
arFtFwhm = arMnsFwhm = arFtFlux = arMnsFlux = None
if self.rt.cfg['ANALYZE_ASSOC']:
fitsFns = [ x.fitsFn for x in dataSxtr]
# assoc analysis here
aRs = AnalyzeRuns(debug = self.debug, basePath = None, args = self.args, rt = self.rt, ev = self.ev, logger = self.logger, xdisplay = self.xdisplay, ftw = ftw, ft = ft)
dataRn = aRs.sextractRun(fitsFns = fitsFns)
arFtFwhm, arMnsFwhm, arFtFlux, arMnsFlux = aRs.analyzeRun(dataRn = dataRn)
# choose among the available results
rFt = aRs.bestResult(
rFtFwhm = rFtFwhm, arFtFwhm = arFtFwhm,
rFtFlux = rFtFlux, arFtFlux = arFtFlux
)
# ToDo: think about that return rFtFwhm, rMnsFwhm, arFtFwhm, arMnsFwhm, rFtFlux, rMnsFlux, arFtFlux, arMnsFlux
# ToDo: expand to bestResult calculated means
return rFt, rMnsFwhm
