def cake(self,diffractionData,calibrationData,qLower,qUpper,numQ,
chiLower,chiUpper,numChi,doPolarizationCorrection,P,
maskedPixelInfo):
if chiLower >= chiUpper:
raise Exception("Unable to cake. The lower chi value must be less then the upper chi value.")
if (chiUpper - chiLower) > 360:
raise Exception("The chi values must have a range no larger then 360 degrees.")
if qLower >= qUpper:
raise Exception("Unable to cake. The lower q value must be less then the upper q value.")
if qLower < 0:
raise Exception("Unable to cake. The lower q value must be larger then 0.")
if qUpper > Transform.getMaxQ(calibrationData):
raise Exception("Unable to cake. The upper q value must be less then the largest possible Q value.")
if maskedPixelInfo.doLessThanMask:
lessThanMask = maskedPixelInfo.lessThanMask
else:
# We can just send the function a bunch of junk since it won't be used
lessThanMask = -1
if maskedPixelInfo.doGreaterThanMask:
greaterThanMask = maskedPixelInfo.greaterThanMask
else:
greaterThanMask = -1
if maskedPixelInfo.doPolygonMask:
polygonsX = maskedPixelInfo.polygonsX
polygonsY = maskedPixelInfo.polygonsY
polygonBeginningsIndex = maskedPixelInfo.polygonBeginningsIndex
polygonNumberOfItems = maskedPixelInfo.polygonNumberOfItems
else:
polygonsX = Numeric.array([])
polygonsY = Numeric.array([])
polygonBeginningsIndex = Numeric.array([])
polygonNumberOfItems = Numeric.array([])
# use the wraped C code to do the caking
self.cakeData = DiffractionAnalysisWrap.cake(
diffractionData,
calibrationData.getCenterX()['val'],
calibrationData.getCenterY()['val'],
calibrationData.getDistance()['val'],
calibrationData.getEnergy()['val'],
calibrationData.getAlpha()['val'],
calibrationData.getBeta()['val'],
calibrationData.getRotation()['val'],
qLower, qUpper,
numQ,
chiLower, chiUpper,
numChi,
doPolarizationCorrection, P,
maskedPixelInfo.doGreaterThanMask, greaterThanMask,
maskedPixelInfo.doLessThanMask, lessThanMask,
maskedPixelInfo.doPolygonMask,
polygonsX, polygonsY,
polygonBeginningsIndex,
polygonNumberOfItems,
calibrationData.getPixelLength()['val'],
calibrationData.getPixelHeight()['val'])
if type(self.cakeData) == type(None):
raise Exception("Error occured while caking the data.")
# store the values for later
self.qLower=qLower
self.qUpper=qUpper
self.numQ=numQ
self.chiLower=chiLower
self.chiUpper=chiUpper
self.numChi=numChi
self.doPolarizationCorrection=doPolarizationCorrection
self.P=P
# We should make a shallow copy so that the widget dose
# not get copied over. Nevertheless, all the stuff we
# care about are single values so they will get really copied over
self.maskedPixelInfo = copy.copy(maskedPixelInfo)
self.calibrationData = copy.deepcopy(calibrationData)
self.diffractionData = diffractionData
def cake(self, diffractionData, calibrationData, qLower, qUpper, numQ,
chiLower, chiUpper, numChi, doPolarizationCorrection, P,
maskedPixelInfo):
if chiLower >= chiUpper:
raise Exception(
"Unable to cake. The lower chi value must be less then the upper chi value."
)
if (chiUpper - chiLower) > 360:
raise Exception(
"The chi values must have a range no larger then 360 degrees.")
if qLower >= qUpper:
raise Exception(
"Unable to cake. The lower q value must be less then the upper q value."
)
if qLower < 0:
raise Exception(
"Unable to cake. The lower q value must be larger then 0.")
if qUpper > Transform.getMaxQ(calibrationData):
raise Exception(
"Unable to cake. The upper q value must be less then the largest possible Q value."
)
if maskedPixelInfo.doLessThanMask:
lessThanMask = maskedPixelInfo.lessThanMask
else:
# We can just send the function a bunch of junk since it won't be used
lessThanMask = -1
if maskedPixelInfo.doGreaterThanMask:
greaterThanMask = maskedPixelInfo.greaterThanMask
else:
greaterThanMask = -1
if maskedPixelInfo.doPolygonMask:
polygonsX = maskedPixelInfo.polygonsX
polygonsY = maskedPixelInfo.polygonsY
polygonBeginningsIndex = maskedPixelInfo.polygonBeginningsIndex
polygonNumberOfItems = maskedPixelInfo.polygonNumberOfItems
else:
polygonsX = Numeric.array([])
polygonsY = Numeric.array([])
polygonBeginningsIndex = Numeric.array([])
polygonNumberOfItems = Numeric.array([])
# use the wraped C code to do the caking
self.cakeData = DiffractionAnalysisWrap.cake(
diffractionData,
calibrationData.getCenterX()['val'],
calibrationData.getCenterY()['val'],
calibrationData.getDistance()['val'],
calibrationData.getEnergy()['val'],
calibrationData.getAlpha()['val'],
calibrationData.getBeta()['val'],
calibrationData.getRotation()['val'], qLower, qUpper, numQ,
chiLower, chiUpper, numChi, doPolarizationCorrection, P,
maskedPixelInfo.doGreaterThanMask, greaterThanMask,
maskedPixelInfo.doLessThanMask, lessThanMask,
maskedPixelInfo.doPolygonMask, polygonsX, polygonsY,
polygonBeginningsIndex, polygonNumberOfItems,
calibrationData.getPixelLength()['val'],
calibrationData.getPixelHeight()['val'])
if type(self.cakeData) == type(None):
raise Exception("Error occured while caking the data.")
# store the values for later
self.qLower = qLower
self.qUpper = qUpper
self.numQ = numQ
self.chiLower = chiLower
self.chiUpper = chiUpper
self.numChi = numChi
self.doPolarizationCorrection = doPolarizationCorrection
self.P = P
# We should make a shallow copy so that the widget dose
# not get copied over. Nevertheless, all the stuff we
# care about are single values so they will get really copied over
self.maskedPixelInfo = copy.copy(maskedPixelInfo)
self.calibrationData = copy.deepcopy(calibrationData)
self.diffractionData = diffractionData
def cake(self, diffractionData, calibrationData, qOrTwoThetaLower,
qOrTwoThetaUpper, numQOrTwoTheta, chiLower, chiUpper, numChi,
doPolarizationCorrection, P, maskedPixelInfo, type):
if chiLower >= chiUpper:
raise Exception("Unable to cake. The lower chi value must be \
less then the upper chi value.")
if (chiUpper - chiLower) > 360:
raise Exception("The chi values must have a range no larger \
then 360 degrees.")
if type == 'Q':
if qOrTwoThetaLower >= qOrTwoThetaUpper:
raise Exception("Unable to cake. The lower Q value must be \
less then the upper Q value")
if qOrTwoThetaLower < 0:
raise Exception("Unable to cake. The lower Q value must be \
larger then 0.")
if qOrTwoThetaUpper > Transform.getMaxQ(calibrationData):
raise Exception("Unable to cake. The upper Q value must be \
less then the largest possible Q value.")
if numQOrTwoTheta < 1:
raise Exception("Unable to cake. The number of Q must be at \
least 1.")
elif type == '2theta':
if qOrTwoThetaLower >= qOrTwoThetaUpper:
raise Exception("Unable to cake. The lower 2theta value must \
be less then the upper 2theta value")
if qOrTwoThetaLower < 0:
raise Exception("Unable to cake. The lower 2theta value must \
be larger then 0.")
if qOrTwoThetaUpper > Transform.getMaxTwoTheta():
raise Exception("Unable to cake. The upper 2theta value must \
be smaller then 90.")
if numQOrTwoTheta < 1:
raise Exception("Unable to cake. The number of 2theta must \
be at least 1.")
else:
raise Exception("Unable to cake. The function must be passed \
for the parameter type either 'Q', or '2theta'")
if maskedPixelInfo.doLessThanMask:
lessThanMask = maskedPixelInfo.lessThanMask
else:
# We can just send the function a bunch of junk since
# it won't be used
lessThanMask = -1
if maskedPixelInfo.doGreaterThanMask:
greaterThanMask = maskedPixelInfo.greaterThanMask
else:
greaterThanMask = -1
if maskedPixelInfo.doPolygonMask:
polygonsX = maskedPixelInfo.polygonsX
polygonsY = maskedPixelInfo.polygonsY
polygonBeginningsIndex = maskedPixelInfo.polygonBeginningsIndex
polygonNumberOfItems = maskedPixelInfo.polygonNumberOfItems
else:
polygonsX = Numeric.array([])
polygonsY = Numeric.array([])
polygonBeginningsIndex = Numeric.array([])
polygonNumberOfItems = Numeric.array([])
# use the wraped C code to do the caking
self.cakeData = DiffractionAnalysisWrap.cake(
diffractionData,
calibrationData.getCenterX()['val'],
calibrationData.getCenterY()['val'],
calibrationData.getDistance()['val'],
calibrationData.getEnergy()['val'],
calibrationData.getAlpha()['val'],
calibrationData.getBeta()['val'],
calibrationData.getRotation()['val'], qOrTwoThetaLower,
qOrTwoThetaUpper, numQOrTwoTheta, chiLower, chiUpper, numChi,
doPolarizationCorrection, P, maskedPixelInfo.doGreaterThanMask,
greaterThanMask, maskedPixelInfo.doLessThanMask, lessThanMask,
maskedPixelInfo.doPolygonMask, polygonsX, polygonsY,
polygonBeginningsIndex, polygonNumberOfItems,
calibrationData.getPixelLength()['val'],
calibrationData.getPixelHeight()['val'], type)
# store the values for later
self.qOrTwoThetaLower = qOrTwoThetaLower
self.qOrTwoThetaUpper = qOrTwoThetaUpper
self.numQOrTwoTheta = numQOrTwoTheta
self.chiLower = chiLower
self.chiUpper = chiUpper
self.numChi = numChi
self.doPolarizationCorrection = doPolarizationCorrection
self.P = P
self.type = type
# We should make a shallow copy so that the widget dose
# not get copied over. Nevertheless, all the stuff we
# care about are single values so they will get really copied over
self.maskedPixelInfo = copy.copy(maskedPixelInfo)
self.calibrationData = copy.deepcopy(calibrationData)
self.diffractionData = diffractionData
def cake(self,diffractionData,calibrationData,qOrTwoThetaLower,
qOrTwoThetaUpper,numQOrTwoTheta,chiLower,chiUpper,numChi,
doPolarizationCorrection,P,maskedPixelInfo,type):
if chiLower >= chiUpper:
raise Exception("Unable to cake. The lower chi value must be \
less then the upper chi value.")
if (chiUpper - chiLower) > 360:
raise Exception("The chi values must have a range no larger \
then 360 degrees.")
if type == 'Q':
if qOrTwoThetaLower >= qOrTwoThetaUpper:
raise Exception("Unable to cake. The lower Q value must be \
less then the upper Q value")
if qOrTwoThetaLower < 0:
raise Exception("Unable to cake. The lower Q value must be \
larger then 0.")
if qOrTwoThetaUpper > Transform.getMaxQ(calibrationData):
raise Exception("Unable to cake. The upper Q value must be \
less then the largest possible Q value.")
if numQOrTwoTheta < 1:
raise Exception("Unable to cake. The number of Q must be at \
least 1.")
elif type == '2theta':
if qOrTwoThetaLower >= qOrTwoThetaUpper:
raise Exception("Unable to cake. The lower 2theta value must \
be less then the upper 2theta value")
if qOrTwoThetaLower < 0:
raise Exception("Unable to cake. The lower 2theta value must \
be larger then 0.")
if qOrTwoThetaUpper > Transform.getMaxTwoTheta():
raise Exception("Unable to cake. The upper 2theta value must \
be smaller then 90.")
if numQOrTwoTheta < 1:
raise Exception("Unable to cake. The number of 2theta must \
be at least 1.")
else:
raise Exception("Unable to cake. The function must be passed \
for the parameter type either 'Q', or '2theta'")
if maskedPixelInfo.doLessThanMask:
lessThanMask = maskedPixelInfo.lessThanMask
else:
# We can just send the function a bunch of junk since
# it won't be used
lessThanMask = -1
if maskedPixelInfo.doGreaterThanMask:
greaterThanMask = maskedPixelInfo.greaterThanMask
else:
greaterThanMask = -1
if maskedPixelInfo.doPolygonMask:
polygonsX = maskedPixelInfo.polygonsX
polygonsY = maskedPixelInfo.polygonsY
polygonBeginningsIndex = maskedPixelInfo.polygonBeginningsIndex
polygonNumberOfItems = maskedPixelInfo.polygonNumberOfItems
else:
polygonsX = Numeric.array([])
polygonsY = Numeric.array([])
polygonBeginningsIndex = Numeric.array([])
polygonNumberOfItems = Numeric.array([])
# use the wraped C code to do the caking
self.cakeData = DiffractionAnalysisWrap.cake(
diffractionData,
calibrationData.getCenterX()['val'],
calibrationData.getCenterY()['val'],
calibrationData.getDistance()['val'],
calibrationData.getEnergy()['val'],
calibrationData.getAlpha()['val'],
calibrationData.getBeta()['val'],
calibrationData.getRotation()['val'],
qOrTwoThetaLower, qOrTwoThetaUpper,
numQOrTwoTheta,
chiLower, chiUpper,
numChi,
doPolarizationCorrection, P,
maskedPixelInfo.doGreaterThanMask, greaterThanMask,
maskedPixelInfo.doLessThanMask, lessThanMask,
maskedPixelInfo.doPolygonMask,
polygonsX, polygonsY,
polygonBeginningsIndex,
polygonNumberOfItems,
calibrationData.getPixelLength()['val'],
calibrationData.getPixelHeight()['val'],
type)
# store the values for later
self.qOrTwoThetaLower=qOrTwoThetaLower
self.qOrTwoThetaUpper=qOrTwoThetaUpper
self.numQOrTwoTheta=numQOrTwoTheta
self.chiLower=chiLower
self.chiUpper=chiUpper
self.numChi=numChi
self.doPolarizationCorrection=doPolarizationCorrection
self.P=P
self.type = type
# We should make a shallow copy so that the widget dose
# not get copied over. Nevertheless, all the stuff we
# care about are single values so they will get really copied over
self.maskedPixelInfo = copy.copy(maskedPixelInfo)
self.calibrationData = copy.deepcopy(calibrationData)
self.diffractionData = diffractionData
