def correct(self,
imagedata,
despike=False,
despikesize=None,
despikethresh=None,
clip=None):
'''
this puts an image through a pipeline of corrections
'''
normalized = self.normalize(imagedata)
plan = self.retrievePlan(imagedata)
if plan is not None:
self.fixBadPixels(normalized, plan)
if clip and (clip[0] or clip[1]):
clipped = numpy.clip(normalized, clip[0], clip[1])
else:
clipped = normalized
if despike:
self.node.logger.debug('Despiking...')
nsize = despikesize
thresh = despikethresh
imagefun.despike(clipped, nsize, thresh)
self.node.logger.debug('Despiked')
final = numpy.asarray(clipped, numpy.float32)
return final
def correct(self, imagedata, despike=False, despikesize=None, despikethresh=None, clip=None):
'''
this puts an image through a pipeline of corrections
'''
normalized = self.normalize(imagedata)
plan = self.retrievePlan(imagedata)
if plan is not None:
self.fixBadPixels(normalized, plan)
if clip and (clip[0] or clip[1]):
clipped = numpy.clip(normalized, clip[0], clip[1])
else:
clipped = normalized
if despike:
self.node.logger.debug('Despiking...')
nsize = despikesize
thresh = despikethresh
imagefun.despike(clipped, nsize, thresh)
self.node.logger.debug('Despiked')
final = numpy.asarray(clipped, numpy.float32)
return final
plan, plandata = self.retrieveCorrectorPlan(cameradata)
# save corrector plan for easy post-processing of raw frames
imagedata['corrector plan'] = plandata
if plan is not None:
self.fixBadPixels(imagedata['image'], plan)
pixelmax = imagedata['camera']['ccdcamera']['pixelmax']
imagedata['image'] = numpy.asarray(imagedata['image'], numpy.float32)
if pixelmax is not None:
imagedata['image'] = numpy.clip(imagedata['image'], 0, pixelmax)
if plan is not None and plan['despike']:
self.logger.debug('Despiking...')
nsize = plan['despike size']
thresh = plan['despike threshold']
imagefun.despike(imagedata['image'], nsize, thresh)
self.logger.debug('Despiked')
'''
final = numpy.asarray(clipped, numpy.float32)
return final
'''
def reseachCorrectorPlan(self, cameradata):
qcamera = leginondata.CameraEMData()
# Fix Me: Ignore gain index for now because camera setting does not have it when theplan is saved.
for key in ('ccdcamera','dimension','binning','offset'):
qcamera[key] = cameradata[key]
qplan = leginondata.CorrectorPlanData()
qplan['camera'] = qcamera
plandatalist = qplan.query()
if plandatalist:
