def run():
memId0 = dafBase.Citizen_getNextMemId()
main()
# check for memory leaks
if dafBase.Citizen_census(0, memId0) != 0:
print(dafBase.Citizen_census(0, memId0), 'Objects leaked:')
print(dafBase.Citizen_census(dafBase.cout, memId0))
def run():
Log.getDefaultLog()
memId0 = dafBase.Citizen_getNextMemId()
main()
# check for memory leaks
if dafBase.Citizen_census(0, memId0) != 0:
print dafBase.Citizen_census(0, memId0), 'Objects leaked:'
print dafBase.Citizen_census(dafBase.cout, memId0)
destExposurePath = args[2]
print("Remapping exposure :", srcExposurePath)
print("to match wcs and bbox of:", refExposurePath)
print("using", kernelName, "kernel")
warpingControl = afwMath.WarpingControl(kernelName)
srcExposure = afwImage.ExposureF(srcExposurePath)
destExposure = afwImage.ExposureF(refExposurePath)
if opt.verbosity > 0:
print("Verbosity =", opt.verbosity)
logUtils.traceSetAt("afw.math.warp", opt.verbosity)
numGoodPixels = afwMath.warpExposure(destExposure, srcExposure,
warpingControl)
print("Warped exposure has %s good pixels" % (numGoodPixels))
print("Writing warped exposure to %s" % (destExposurePath, ))
destExposure.writeFits(destExposurePath)
if __name__ == "__main__":
memId0 = dafBase.Citizen_getNextMemId()
main()
# check for memory leaks
if dafBase.Citizen_census(0, memId0) != 0:
print(dafBase.Citizen_census(0, memId0), "Objects leaked:")
print(dafBase.Citizen_census(dafBase.cout, memId0))