give resolution time in minutes for the given user story, only provide the number of minutes in the output without any other text

User story: testPsfSelectTest fails when run via {{pytest *.py}} in {{meas_algorithms/tests}}, but passes if run with {{python testPsfSelectTest.py}} or {{pytest testPsfSelectTest.py}}. Sample failing run shown below. I'm betting this is a badly-initialized random seed (e.g. the one on line 45).    Including [~<USER> since it looks like he did the pytest port, and [~<USER> because he added the new-style test boilerplate at the bottom.    {code}  $ pytest *.py  ============================= test session starts ==============================  platform linux2 -- Python 2.7.12, pytest-3.0.4, py-1.4.31, pluggy-0.4.0  rootdir: /home/parejkoj/lsst/lsstsw/build/meas_algorithms/tests, inifile:   plugins: cov-2.4.0  collected 147 items     testAstrometrySourceSelector.py ..........  testBinnedWcs.py ...  testCoaddApCorrMap.py ...  testCoaddBoundedField.py ....  testCoaddPsf.py ...........  testCr.py ....  testDetection.py ...  testExecutables.py .....  testGaussianPsf.py ...........  testGaussianPsfFactory.py .....  testHtmIndex.py .........  testInstallGaussianPsf.py ......  testInterp.py ......  testLoadReferenceObjects.py ....  testMeasure.py .....  testMeasureApCorr.py ..........  testNegative.py ...  testPsfAttributes.py ...  testPsfCandidate.py .....  testPsfDetermination.py .........  testPsfIO.py .......  testPsfSelectTest.py F...  testReadFitsCatalog.py ........  testReadTextCatalog.py ......  testTicket-2986.py ...    =================================== FAILURES ===================================  ___________________ PsfSelectionTestCase.testDistortedImage ____________________    self = <testPsfSelectTest.PsfSelectionTestCase testMethod=testDistortedImage>        def testDistortedImage(self):                detector = self.detector                psfSigma = 1.5          stars = plantSources(self.x0, self.y0, self.nx, self.ny, self.sky, self.nObj, psfSigma, detector)          expos, starXy = stars[0], stars[1]                # add some faint round galaxies ... only slightly bigger than the psf          gxy = plantSources(self.x0, self.y0, self.nx, self.ny, self.sky, 10, 1.07*psfSigma, detector)          mi = expos.getMaskedImage()          mi += gxy[0].getMaskedImage()          gxyXy = gxy[1]                kwid = 15  # int(10*psfSigma) + 1          psf = measAlg.SingleGaussianPsf(kwid, kwid, psfSigma)          expos.setPsf(psf)                expos.setDetector(detector)                ########################          # try without distorter          expos.setDetector(self.flatDetector)          print("Testing PSF selection *without* distortion")          sourceList = self.detectAndMeasure(expos)          psfCandidateList = self.starSelector.run(expos, sourceList).psfCandidates                ########################          # try with distorter          expos.setDetector(self.detector)          print("Testing PSF selection *with* distortion")          sourceList = self.detectAndMeasure(expos)          psfCandidateListCorrected = self.starSelector.run(expos, sourceList).psfCandidates                def countObjects(candList):              nStar, nGxy = 0, 0              for c in candList:                  s = c.getSource()                  x, y = s.getX(), s.getY()                  for xs, ys in starXy:                      if abs(x-xs) < 2.0 and abs(y-ys) < 2.0:                          nStar += 1                  for xg, yg in gxyXy:                      if abs(x-xg) < 2.0 and abs(y-yg) < 2.0:                          nGxy += 1              return nStar, nGxy                nstar, ngxy = countObjects(psfCandidateList)          nstarC, ngxyC = countObjects(psfCandidateListCorrected)                print("uncorrected nStar, nGxy: ", nstar, "/", len(starXy), "   ", ngxy, '/', len(gxyXy))          print("dist-corrected nStar, nGxy: ", nstarC, '/', len(starXy), "   ", ngxyC, '/', len(gxyXy))                ########################          # display          if display:              iDisp = 1              ds9.mtv(expos, frame=iDisp)              size = 40              for c in psfCandidateList:                  s = c.getSource()                  ixx, iyy, ixy = size*s.getIxx(), size*s.getIyy(), size*s.getIxy()                  ds9.dot("@:%g,%g,%g" % (ixx, ixy, iyy), s.getX(), s.getY(),                          frame=iDisp, ctype=ds9.RED)              size *= 2.0              for c in psfCandidateListCorrected:                  s = c.getSource()                  ixx, iyy, ixy = size*s.getIxx(), size*s.getIyy(), size*s.getIxy()                  ds9.dot("@:%g,%g,%g" % (ixx, ixy, iyy), s.getX(), s.getY(),                          frame=iDisp, ctype=ds9.GREEN)                # we shouldn't expect to get all available stars without distortion correcting  >       self.assertLess(nstar, len(starXy))  E       AssertionError: 64 not less than 64    testPsfSelectTest.py:452: AssertionError  ----------------------------- Captured stdout call -----------------------------  Testing PSF selection *without* distortion  Testing PSF selection *with* distortion  uncorrected nStar, nGxy:  64 / 64     0 / 9  dist-corrected nStar, nGxy:  64 / 64     0 / 9  ----------------------------- Captured stderr call -----------------------------  sourceDetection INFO: Detected 70 positive sources to 5 sigma.  sourceDetection INFO: Resubtracting the background after object detection  measurement INFO: Measuring 70 sources (70 parents, 0 children)   measurement INFO: Measuring 1 sources (1 parents, 0 children)   sourceDetection INFO: Detected 70 positive sources to 5 sigma.  sourceDetection INFO: Resubtracting the background after object detection  measurement INFO: Measuring 70 sources (70 parents, 0 children)   measurement INFO: Measuring 1 sources (1 parents, 0 children)   ============================ pytest-warning summary ============================  WC1 /home/parejkoj/lsst/lsstsw/build/meas_algorithms/tests/testGaussianPsfFactory.py cannot collect test class 'TestConfig' because it has a __new__ constructor  =========== 1 failed, 146 passed, 1 pytest-warnings in 28.33 seconds ===========  {code}
Answer: 346560.0