def test_analyze_runs_assoc(self):
logger.info('== {} =='.format(self._testMethodName))
self.args.associate = True
aRs = AnalyzeRuns(basePath = self.args.basePath, args = self.args, rt = self.rt, ev = self.ev, logger = logger)
aRs.aggregateRuns()
rFfFwhm, rFfFlux = aRs.analyzeRuns()
# ToDo expand to Flux
self.assertEqual(type(rFfFwhm[0]), ResultFit, 'return value: {}'.format(type(rFfFwhm[0])))
def test_analyze_runs_assoc(self):
logger.info('== {} =='.format(self._testMethodName))
self.args.associate = True
aRs = AnalyzeRuns(basePath=self.args.basePath,
args=self.args,
rt=self.rt,
ev=self.ev,
logger=logger)
aRs.aggregateRuns()
rFfFwhm, rFfFlux = aRs.analyzeRuns()
# ToDo expand to Flux
self.assertEqual(type(rFfFwhm[0]), ResultFit,
'return value: {}'.format(type(rFfFwhm[0])))
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
# environment
ev = Environment(debug=args.debug, rt=rtc, logger=logger)
if not args.basePath:
parser.print_help()
logger.warn('rts2saf_analyze: no --basepath specified')
sys.exit(1)
if not args.toconsole:
print 'you may wish to enable logging to console --toconsole'
print 'log file is written to: {}'.format(args.logfile)
aRs = AnalyzeRuns(debug=args.debug,
basePath=args.basePath,
args=args,
rt=rtc,
ev=ev,
logger=logger,
xdisplay=XDISPLAY)
aRs.aggregateRuns()
if len(aRs.fS) == 0:
logger.warn(
'rts2saf_analyze: exiting, no files found in basepath: {}'.format(
args.basePath))
sys.exit(1)
rFf = aRs.analyzeRuns()
if len(rFf) == 0:
logger.error('rts2saf_analyze: no results, exiting')
sys.exit(1)
rtc.checkConfiguration(args=args)
# environment
ev = Environment(debug = args.debug, rt = rtc, logger = logger)
if not args.basePath:
parser.print_help()
logger.warn('rts2saf_analyze: no --basepath specified')
sys.exit(1)
if not args.toconsole:
print 'you may wish to enable logging to console --toconsole'
print 'log file is written to: {}'.format(args.logfile)
aRs = AnalyzeRuns(debug = args.debug, basePath = args.basePath, args = args, rt = rtc, ev = ev, logger = logger, xdisplay = XDISPLAY)
aRs.aggregateRuns()
if len(aRs.fS) == 0:
logger.warn('rts2saf_analyze: exiting, no files found in basepath: {}'.format(args.basePath))
sys.exit(1)
rFf = aRs.analyzeRuns()
if len(rFf)==0:
logger.error('rts2saf_analyze: no results, exiting')
sys.exit(1)
if args.model:
if rFf[0].ambientTemp in 'NoTemp':
logger.warn('rts2saf_analyze: no ambient temperature available in FITS files, no model fitted')
else: