def setDarkcurrentFile(self, imagefile):
try:
darkcurrentImage = getDataFromFile(imagefile)
except Exception as error:
logger.warning("setDarkcurrentFile: Unable to read file %s: %s" % (imagefile, error))
else:
self.ai.set_darkcurrent(darkcurrentImage.buffer)
def setFlatfieldFile(self, imagefile):
try:
backGroundImage = getDataFromFile(imagefile)
except Exception as error:
logger.warning("setFlatfieldFile: Unable to read file %s: %s" % (imagefile, error))
else:
self.ai.set_flatfield(backGroundImage.buffer)
def setBackgroundImage(self, filepath):
deb.Param('filepath=%s' % filepath)
self.__backGroundImage = getDataFromFile(filepath)
if self.__deleteDarkAfterRead:
os.unlink(filepath)
if (self.__backGroundTask):
self.__backGroundTask.setBackgroundImage(self.__backGroundImage)
def setBackgroundImage(self,filepath) :
deb.Param('filepath=%s' % filepath)
self.__backGroundImage = getDataFromFile(filepath)
if self.__deleteDarkAfterRead:
os.unlink(filepath)
if(self.__backGroundTask) :
self.__backGroundTask.setBackgroundImage(self.__backGroundImage)
def putFile (self, localFile, remoteFile):
'''
Put the file localFile on the remote file remoteFile
Return True if ok, otherwise an error
'''
logging.info("Copying the local file {0} to {1}".format(localFile, remoteFile))
data = getDataFromFile(localFile)
status = self.writeFile (remoteFile, data)
if isinstance(status,Exception):
logging.info("Impossible to create the remote file {0}".format(remoteFile))
return status
else:
return True
def setMaskFile(self,argin) :
mask = getDataFromFile(*argin)
self.__roiCounterMgr.setMask(mask)
def setMaskFile(self, argin):
mask = getDataFromFile(*argin)
self.__peakFinderMgr.setMask(mask)
def setFlatFieldImage(self,filepath) :
self.__flatFieldImage = getDataFromFile(filepath)
if(self.__flatFieldTask) :
self.__flatFieldTask.setFlatFieldImage(self.__flatFieldImage)
def setFlatFieldImage(self, filepath):
self.__flatFieldImage = getDataFromFile(filepath)
if (self.__flatFieldTask):
self.__flatFieldTask.setFlatFieldImage(self.__flatFieldImage)
def setMaskImage(self,filepath) :
self.__maskImage = getDataFromFile(filepath)
if(self.__maskTask) :
self.__maskTask.setMaskImage(self.__maskImage)
def setMaskFile(self, argin):
mask = getDataFromFile(*argin)
self.__roi2spectrumMgr.setMask(mask)
def setJsonConfig(self, jsonconfig):
print("start config ...")
if os.path.isfile(jsonconfig):
config = json.load(open(jsonconfig, "r"))
else:
config = json.loads(jsonconfig)
if "poni" in config:
poni = config["poni"]
if poni and os.path.isfile(poni):
self.ai = pyFAI.load(poni)
detector = config.get("detector", "detector")
self.ai.detector = pyFAI.detectors.detector_factory(detector)
if "wavelength" in config:
wavelength = config["wavelength"]
try:
fwavelength = float(wavelength)
except ValueError:
logger.error("Unable to convert wavelength to float: %s" % wavelength)
else:
if fwavelength <= 0 or fwavelength > 1e-6:
logger.warning("Wavelength is in meter ... unlikely value %s" % fwavelength)
self.ai.wavelength = fwavelength
splineFile = config.get("splineFile")
if splineFile and os.path.isfile(splineFile):
self.ai.detector.splineFile = splineFile
self.ai.pixel1 = float(config.get("pixel1", 1))
self.ai.pixel2 = float(config.get("pixel2", 1))
self.ai.dist = config.get("dist", 1)
self.ai.poni1 = config.get("poni1", 0)
self.ai.poni2 = config.get("poni2", 0)
self.ai.rot1 = config.get("rot1", 0)
self.ai.rot2 = config.get("rot2", 0)
self.ai.rot3 = config.get("rot3", 0)
if config.get("chi_discontinuity_at_0"):
self.ai.setChiDiscAtZero()
mask_file = config.get("mask_file")
do_mask = config.get("do_mask")
if mask_file and os.path.exists(mask_file) and do_mask:
try:
mask = getDataFromFile(mask_file).buffer
except Exception as error:
logger.error("Unable to load mask file %s, error %s" % (mask_file, error))
else:
self.ai.mask = mask
dark_files = [i.strip() for i in config.get("dark_current", "").split(",")
if os.path.isfile(i.strip())]
if dark_files and config.get("do_dark"):
d0 = getDataFromFile(dark_files[0]).buffer
darks = numpy.zeros(d0.shape[0], d0.shape[1], len(dark_files), dtype=numpy.float32)
for i, f in enumerate(dark_files):
darks[:, :, i] = getDataFromFile(f).buffer
self.ai.darkcurrent = darks.mean(axis= -1)
flat_files = [i.strip() for i in config.get("flat_field", "").split(",")
if os.path.isfile(i.strip())]
if flat_files and config.get("do_flat"):
d0 = getDataFromFile(flat_files[0]).buffer
flats = numpy.zeros(d0.shape[0], d0.shape[1], len(flat_files), dtype=numpy.float32)
for i, f in enumerate(flat_files):
flats[:, :, i] = getDataFromFile(f).buffer
self.ai.darkcurrent = flats.mean(axis= -1)
if config.get("do_2D"):
self.nbpt_azim = int(config.get("azim_pt"))
else:
self.nbpt_azim = 1
if config.get("rad_pt"):
self.nbpt_rad = int(config.get("rad_pt"))
self.unit = pyFAI.units.to_unit(config.get("unit", pyFAI.units.TTH_DEG))
logger.info(self.ai.__repr__())
self.reset()
def setMaskFile(self,argin) :
mask = getDataFromFile(*argin)
self.__roi2spectrumMgr.setMask(mask)
def setMaskFile(self,argin) :
mask = getDataFromFile(*argin)
self.__peakFinderMgr.setMask(mask)