class CameraMotorToolsBrick(BlissWidget):
def __init__(self, parent, name):
BlissWidget.__init__(self, parent, name)
"""
variables
"""
self.YBeam = None
self.ZBeam = None
self.YSize = None
self.ZSize = None
self.view = None
self.firstCall = True
self.motorArrived = 0
self.__mosaicView, self.__mosaicDraw = None, None
"""
property
"""
self.addProperty("Hor. Motor", "string", "")
self.horMotHwo = None
self.addProperty("Vert. Motor", "string", "")
self.verMotHwo = None
#self.addProperty("Focus Motor","string","")
#self.focusMotHwo = None
#self.addProperty("Focus min step","float",0.05)
#self.focusMinStep = None
self.addProperty("Move To", "combo", ("none", "toolbar", "popup"),
"none")
self.movetoMode = None
self.movetoAction = None
self.addProperty("Move to color when activate", "combo",
("none", "blue", "green", "yellow", "red", "orange"),
"none")
self.movetoColorWhenActivate = None
self.addProperty("Limits", "combo", ("none", "toolbar", "popup"),
"none")
self.limitsMode = None
self.limitsAction = None
self.addProperty("Measure", "combo", ("none", "toolbar", "popup"),
"none")
self.measureMode = None
self.measureAction = None
self.addProperty("Focus", "combo", ("none", "toolbar", "popup"),
"none")
self.focusMode = None
self.focusAction = None
self.focusState = None
self.focusDrawingRectangle = None
self.focusPointSelected = None
self.__movetoActionMosaic = None
"""
Signal
"""
self.defineSignal('getView', ())
self.defineSignal('getMosaicView', ())
self.defineSignal('getCalibration', ())
self.defineSignal('getBeamPosition', ())
self.defineSignal('getImage', ())
self.defineSignal('moveDone', ())
self.defineSignal('mosaicImageSelected', ())
"""
Slot
"""
self.defineSlot('beamPositionChanged', ())
self.defineSlot('pixelCalibrationChanged', ())
self.defineSlot('setMoveToMode', ())
self.defineSlot('setLimitsDisplay', ())
self.defineSlot('setMoveToState', ())
"""
widgets - NO APPEARANCE
"""
self.setFixedSize(0, 0)
def propertyChanged(self, prop, oldValue, newValue):
if prop == "Hor. Motor":
if self.horMotHwo is not None:
self.disconnect(self.horMotHwo, qt.PYSIGNAL('positionChanged'),
self.setHorizontalPosition)
self.disconnect(self.horMotHwo, qt.PYSIGNAL("limitsChanged"),
self.setHorizontalLimits)
self.horMotHwo = self.getHardwareObject(newValue)
if self.horMotHwo is not None:
self.connect(self.horMotHwo, qt.PYSIGNAL('positionChanged'),
self.setHorizontalPosition)
self.connect(self.horMotHwo, qt.PYSIGNAL("limitsChanged"),
self.setHorizontalLimits)
elif prop == "Vert. Motor":
if self.verMotHwo is not None:
self.disconnect(self.verMotHwo, qt.PYSIGNAL('positionChanged'),
self.setVerticalPosition)
self.disconnect(self.verMotHwo, qt.PYSIGNAL("limitsChanged"),
self.setVerticalLimits)
self.verMotHwo = self.getHardwareObject(newValue)
if self.verMotHwo is not None:
self.connect(self.verMotHwo, qt.PYSIGNAL('positionChanged'),
self.setVerticalPosition)
self.connect(self.verMotHwo, qt.PYSIGNAL("limitsChanged"),
self.setVerticalLimits)
#elif prop == "Focus Motor":
# if self.focusMotHwo is not None:
# self.disconnect(self.focusMotHwo,qt.PYSIGNAL('positionChanged'),
# self.setFocusPosition)
# self.disconnect(self.focusMotHwo,qt.PYSIGNAL('limitsChanged'),
# self.setFocusLimits)
# self.focusMotHwo = self.getHardwareObject(newValue)
# self.focusState = FocusState(self,self.focusMotHwo)
# if self.focusMotHwo is not None:
# self.connect(self.focusMotHwo,qt.PYSIGNAL('positionChanged'),
# self.setFocusPosition)
# self.connect(self.focusMotHwo,qt.PYSIGNAL('limitsChanged'),
# self.setFocusLimits)
# self.connect(self.focusMotHwo, qt.PYSIGNAL("moveDone"),
# self.focusMoveFinished)
elif prop == "Move To":
self.movetoMode = _enumTranslate[newValue]
elif prop == "Limits":
self.limitsMode = _enumTranslate[newValue]
elif prop == "Focus":
self.focusMode = _enumTranslate[newValue]
elif prop == "Measure":
self.measureMode = _enumTranslate[newValue]
elif prop == "Focus min step":
self.focusMinStep = newValue
elif prop == "Move to color when activate":
if newValue == "none":
self.movetoColorWhenActivate = None
else:
self.movetoColorWhenActivate = newValue
if not self.firstCall:
self.configureAction()
def run(self):
"""
get view
"""
view = {}
self.emit(qt.PYSIGNAL("getView"), (view, ))
try:
self.drawing = view["drawing"]
self.view = view["view"]
except:
print "No View"
"""
get calibration
"""
calib = {}
self.emit(qt.PYSIGNAL("getCalibration"), (calib, ))
try:
# in all this brick we work with pixel calibration in mm
self.YSize = calib["ycalib"]
self.ZSize = calib["zcalib"]
if calib["ycalib"] is not None and calib["zcalib"] is not None:
self.YSize = self.YSize * 1000
self.ZSize = self.ZSize * 1000
except:
print "No Calibration"
"""
get beam position
"""
position = {}
self.emit(qt.PYSIGNAL("getBeamPosition"), (position, ))
try:
self.YBeam = position["ybeam"]
self.ZBeam = position["zbeam"]
except:
print "No Beam Position"
"""
get mosaic view
"""
mosaicView = {}
self.emit(qt.PYSIGNAL('getMosaicView'), (mosaicView, ))
try:
self.__mosaicView = mosaicView['view']
self.__mosaicDraw = mosaicView['drawing']
except KeyError:
self.__mosaicView, self.__mosaicDraw = None, None
self.configureAction()
self.firstCall = False
def configureAction(self):
"""
Move To action
"""
if self.movetoMode is not None:
if self.movetoAction is None:
"""
create action
"""
self.movetoAction = QubSelectPointAction(
name='Move to Beam',
place=self.movetoMode,
actionInfo='Move to Beam',
group='Tools')
self.connect(self.movetoAction, qt.PYSIGNAL("StateChanged"),
self.movetoStateChanged)
self.connect(self.movetoAction, qt.PYSIGNAL("PointSelected"),
self.pointSelected)
if self.view is not None:
self.view.addAction(self.movetoAction)
self.oldMoveToActionColor = self.movetoAction.paletteBackgroundColor(
)
else:
if self.movetoAction is not None:
"""
remove action
"""
if self.view is not None:
self.view.delAction(self.movetoAction)
"""
del action from view
"""
self.disconnect(self.movetoAction,
qt.PYSIGNAL("PointSelected"),
self.pointSelected)
self.movetoAction = None
"""
Limits action
"""
if self.limitsMode is not None:
if self.limitsAction is None:
"""
create action
"""
self.limitsAction = QubRulerAction(name='Motor Limits',
place=self.limitsMode,
group='Tools')
if self.view is not None:
self.view.addAction(self.limitsAction)
"""
configure action
"""
if self.horMotHwo is not None:
mne = self.horMotHwo.getMotorMnemonic()
self.limitsAction.setLabel(QubRulerAction.HORIZONTAL, 0, mne)
if self.verMotHwo is not None:
mne = self.verMotHwo.getMotorMnemonic()
self.limitsAction.setLabel(QubRulerAction.VERTICAL, 0, mne)
else:
if self.limitsAction is not None:
"""
remove action
"""
if self.view is not None:
self.view.delAction(self.limitsAction)
"""
del action from view
"""
self.limitsAction = None
if self.measureMode is not None:
if self.measureAction is None:
self.measureAction = QubOpenDialogAction(
parent=self,
name='measure',
iconName='measure',
label='Measure',
group='Tools',
place=self.measureMode)
self.measureAction.setConnectCallBack(self._measure_dialog_new)
logging.getLogger().info("setting measure mode")
if self.view is not None:
logging.getLogger().info("adding action")
self.view.addAction(self.measureAction)
else:
if self.measureAction is not None:
if self.view is not None:
self.view.delAction(self.measureAction)
self.measureAction = None
if self.movetoMode is not None:
if self.__movetoActionMosaic is not None:
self.__mosaicView.delAction(self.__movetoActionMosaic)
self.disconnect(self.__movetoActionMosaic,
qt.PYSIGNAL("PointSelected"),
self.__mosaicPointSelected)
self.diconnect(self.__movetoActionMosaic,
qt.PYSIGNAL("StateChanged"),
self.__movetoMosaicStateChanged)
self.__movetoActionMosaic = None
if self.__mosaicView is not None:
self.__movetoActionMosaic = QubSelectPointAction(
name='Move to Beam',
place=self.movetoMode,
actionInfo='Move to Beam',
mosaicMode=True,
residualMode=True,
group='Tools')
self.connect(self.__movetoActionMosaic,
qt.PYSIGNAL("PointSelected"),
self.__mosaicPointSelected)
self.connect(self.__movetoActionMosaic,
qt.PYSIGNAL("StateChanged"),
self.__movetoMosaicStateChanged)
self.__mosaicView.addAction(self.__movetoActionMosaic)
self.__oldMoveToMosaicActionColor = self.__movetoActionMosaic.paletteBackgroundColor(
)
if self.focusMode is not None:
if self.focusAction is None:
self.focusAction = QubToggleAction(label='Autofocus',
name='autofocus',
place=self.focusMode,
group='Tools',
autoConnect=True)
qt.QObject.connect(self.focusAction,
qt.PYSIGNAL('StateChanged'),
self.showFocusGrab)
if self.view and self.drawing:
self.focusDrawingRectangle, _ = QubAddDrawing(
self.drawing, QubPointDrawingMgr,
QubCanvasHomotheticRectangle)
self.focusDrawingRectangle.setDrawingEvent(
QubMoveNPressed1Point)
self.focusDrawingRectangle.setKeyPressedCallBack(
self.focusRawKeyPressed)
qt.QObject.connect(self.drawing,
qt.PYSIGNAL("ForegroundColorChanged"),
self.focusDrawingRectangle.setColor)
self.focusDrawingRectangle.setEndDrawCallBack(
self.setFocusPointSelected)
self.focusRectangleSize = 12
self.focusDrawingRectangle.setWidthNHeight(
self.focusRectangleSize, self.focusRectangleSize)
self.view.addAction(self.focusAction)
elif self.view is not None:
self.view.delAction(self.focusAction)
self.focusDrawingRectangle = None
def _measure_dialog_new(self, openDialogAction, aQubImage):
if self.YSize is not None and self.ZSize is not None:
self.__measureDialog = QubMeasureListDialog(
self,
canvas=aQubImage.canvas(),
matrix=aQubImage.matrix(),
eventMgr=aQubImage)
self.__measureDialog.setXPixelSize(self.YSize / 1000.0)
self.__measureDialog.setYPixelSize(self.ZSize / 1000.0)
self.__measureDialog.connect(aQubImage,
qt.PYSIGNAL("ForegroundColorChanged"),
self.__measureDialog.setDefaultColor)
openDialogAction.setDialog(self.__measureDialog)
def setHorizontalPosition(self, newPosition):
if self.limitsAction is not None:
self.limitsAction.setCursorPosition(QubRulerAction.HORIZONTAL, 0,
newPosition)
def setHorizontalLimits(self, limit):
if self.limitsAction is not None:
self.limitsAction.setLimits(QubRulerAction.HORIZONTAL, 0, limit[0],
limit[1])
def setVerticalPosition(self, newPosition):
if self.limitsAction is not None:
self.limitsAction.setCursorPosition(QubRulerAction.VERTICAL, 0,
newPosition)
def setVerticalLimits(self, limit):
if self.limitsAction is not None:
self.limitsAction.setLimits(QubRulerAction.VERTICAL, 0, limit[0],
limit[1])
#def setFocusLimits(self,limit) :
# self.focusState.setLimit(limit)
#def setFocusPosition(self,newPosition) :
# self.focusState.newPosition(newPosition)
#def focusMoveFinished(self, ver, mne):
# self.focusState.endMovement(ver)
#def focusRawKeyPressed(self,keyevent) :
# key = keyevent.key()
# if key == qt.Qt.Key_Plus:
# self.focusRectangleSize += 3
# if self.focusRectangleSize > 99:
# self.focusRectangleSize = 99
# elif key == qt.Qt.Key_Minus:
# self.focusRectangleSize -= 3
# if self.focusRectangleSize < 12:
# self.focusRectangleSize = 12
# else: return
#
# self.focusDrawingRectangle.setWidthNHeight(self.focusRectangleSize,self.focusRectangleSize)
#def showFocusGrab(self,state) :
# self.focusPointSelected = None
# if state:
# self.focusDrawingRectangle.startDrawing()
# else:
# self.focusDrawingRectangle.stopDrawing()
# self.focusDrawingRectangle.hide()
# self.focusPointSelected = None
#def setFocusPointSelected(self,drawingMgr) :
# self.focusPointSelected = drawingMgr.point()
# if self.focusMotHwo is not None:
# self.focusState.start()
def beamPositionChanged(self, beamy, beamz):
self.YBeam = beamy
self.ZBeam = beamz
def pixelCalibrationChanged(self, sizey, sizez):
if sizey is not None:
self.YSize = sizey * 1000
try:
self.__measureDialog.setXPixelSize(sizey)
except:
pass
else:
self.YSize = None
if sizez is not None:
self.ZSize = sizez * 1000
try:
self.__measureDialog.setYPixelSize(sizez)
except:
pass
else:
self.ZSize = None
def setMoveToState(self, state):
if self.movetoAction is not None:
self.movetoAction.setState(state)
def movetoStateChanged(self, state):
if self.movetoColorWhenActivate:
if state:
self.movetoAction.setPaletteBackgroundColor(
qt.QColor(self.movetoColorWhenActivate))
else:
self.movetoAction.setPaletteBackgroundColor(
self.oldMoveToActionColor)
def pointSelected(self, drawingMgr):
if self.horMotHwo is not None and self.verMotHwo is not None:
if self.YSize is not None and \
self.ZSize is not None and \
self.YBeam is not None and \
self.ZBeam is not None :
self.drawingMgr = drawingMgr
(y, z) = drawingMgr.point()
self.drawingMgr.stopDrawing()
sign = 1
if self.horMotHwo.unit < 0:
sign = -1
movetoy = -sign * (self.YBeam - y) * self.YSize
sign = 1
if self.verMotHwo.unit < 0:
sign = -1
movetoz = -sign * (self.ZBeam - z) * self.ZSize
self.motorArrived = 0
self.connect(self.horMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.connect(self.verMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.horMotHwo.moveRelative(movetoy)
self.verMotHwo.moveRelative(movetoz)
def __movetoMosaicStateChanged(self, state):
if self.movetoColorWhenActivate:
if state:
self.__movetoActionMosaic.setPaletteBackgroundColor(
qt.QColor(self.movetoColorWhenActivate))
else:
self.__movetoActionMosaic.setPaletteBackgroundColor(
self.__oldMoveToMosaicActionColor)
def __mosaicPointSelected(self, drawingMgr):
point = drawingMgr.mosaicPoints()
try:
point = point[0]
beamY, beamZ = point.refPoint
YSize, ZSize = point.calibration
horMotorPos, verMotorPos = point.absPoint
y, z = point.point
imageId = point.imageId
except TypeError:
return # The click wasn't on image
self.drawingMgr = drawingMgr
drawingMgr.stopDrawing()
sign = 1
if self.horMotHwo.unit < 0:
sign = -1
movetoy = horMotorPos - sign * (beamY - y) * YSize
sign = 1
if self.verMotHwo.unit < 0:
sign = -1
movetoz = verMotorPos - sign * (beamZ - z) * ZSize
self.motorArrived = 0
self.connect(self.horMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.connect(self.verMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.horMotHwo.move(movetoy)
self.verMotHwo.move(movetoz)
self.emit(qt.PYSIGNAL("mosaicImageSelected"), (imageId, ))
def moveFinished(self, ver, mne):
if mne == self.horMotHwo.getMotorMnemonic():
self.disconnect(self.horMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.motorArrived = self.motorArrived + 1
if mne == self.verMotHwo.getMotorMnemonic():
self.disconnect(self.verMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.motorArrived = self.motorArrived + 1
if self.motorArrived == 2:
self.drawingMgr.startDrawing()
self.motorArrived = 0
self.emit(qt.PYSIGNAL("moveDone"), (self.YBeam, self.ZBeam))
class CameraMotorToolsBrick(BlissWidget):
def __init__(self, parent, name):
BlissWidget.__init__(self, parent, name)
"""
variables
"""
self.YBeam = None
self.ZBeam = None
self.YSize = None
self.ZSize = None
self.view = None
self.firstCall = True
self.motorArrived = 0
self.__mosaicView,self.__mosaicDraw = None,None
"""
property
"""
self.addProperty("Hor. Motor", "string", "")
self.horMotHwo = None
self.addProperty("Vert. Motor", "string", "")
self.verMotHwo = None
#self.addProperty("Focus Motor","string","")
#self.focusMotHwo = None
#self.addProperty("Focus min step","float",0.05)
#self.focusMinStep = None
self.addProperty("Move To", "combo",
("none", "toolbar", "popup"), "none")
self.movetoMode = None
self.movetoAction = None
self.addProperty("Move to color when activate","combo",
("none","blue","green","yellow","red","orange"),"none")
self.movetoColorWhenActivate = None
self.addProperty("Limits", "combo",
("none", "toolbar", "popup"), "none")
self.limitsMode = None
self.limitsAction = None
self.addProperty("Measure", "combo", ("none", "toolbar", "popup"), "none")
self.measureMode = None
self.measureAction = None
self.addProperty("Focus","combo",
("none", "toolbar", "popup"), "none")
self.focusMode = None
self.focusAction = None
self.focusState = None
self.focusDrawingRectangle = None
self.focusPointSelected = None
self.__movetoActionMosaic = None
"""
Signal
"""
self.defineSignal('getView',())
self.defineSignal('getMosaicView',())
self.defineSignal('getCalibration',())
self.defineSignal('getBeamPosition',())
self.defineSignal('getImage',())
self.defineSignal('moveDone', ())
self.defineSignal('mosaicImageSelected', ())
"""
Slot
"""
self.defineSlot('beamPositionChanged',())
self.defineSlot('pixelCalibrationChanged',())
self.defineSlot('setMoveToMode',())
self.defineSlot('setLimitsDisplay',())
self.defineSlot('setMoveToState',())
"""
widgets - NO APPEARANCE
"""
self.setFixedSize(0, 0)
def propertyChanged(self, prop, oldValue, newValue):
if prop == "Hor. Motor":
if self.horMotHwo is not None:
self.disconnect(self.horMotHwo, qt.PYSIGNAL('positionChanged'),
self.setHorizontalPosition)
self.disconnect(self.horMotHwo, qt.PYSIGNAL("limitsChanged"),
self.setHorizontalLimits)
self.horMotHwo = self.getHardwareObject(newValue)
if self.horMotHwo is not None:
self.connect(self.horMotHwo, qt.PYSIGNAL('positionChanged'),
self.setHorizontalPosition)
self.connect(self.horMotHwo, qt.PYSIGNAL("limitsChanged"),
self.setHorizontalLimits)
elif prop == "Vert. Motor":
if self.verMotHwo is not None:
self.disconnect(self.verMotHwo, qt.PYSIGNAL('positionChanged'),
self.setVerticalPosition)
self.disconnect(self.verMotHwo, qt.PYSIGNAL("limitsChanged"),
self.setVerticalLimits)
self.verMotHwo = self.getHardwareObject(newValue)
if self.verMotHwo is not None:
self.connect(self.verMotHwo, qt.PYSIGNAL('positionChanged'),
self.setVerticalPosition)
self.connect(self.verMotHwo, qt.PYSIGNAL("limitsChanged"),
self.setVerticalLimits)
#elif prop == "Focus Motor":
# if self.focusMotHwo is not None:
# self.disconnect(self.focusMotHwo,qt.PYSIGNAL('positionChanged'),
# self.setFocusPosition)
# self.disconnect(self.focusMotHwo,qt.PYSIGNAL('limitsChanged'),
# self.setFocusLimits)
# self.focusMotHwo = self.getHardwareObject(newValue)
# self.focusState = FocusState(self,self.focusMotHwo)
# if self.focusMotHwo is not None:
# self.connect(self.focusMotHwo,qt.PYSIGNAL('positionChanged'),
# self.setFocusPosition)
# self.connect(self.focusMotHwo,qt.PYSIGNAL('limitsChanged'),
# self.setFocusLimits)
# self.connect(self.focusMotHwo, qt.PYSIGNAL("moveDone"),
# self.focusMoveFinished)
elif prop == "Move To": self.movetoMode = _enumTranslate[newValue]
elif prop == "Limits": self.limitsMode = _enumTranslate[newValue]
elif prop == "Focus": self.focusMode = _enumTranslate[newValue]
elif prop == "Measure": self.measureMode = _enumTranslate[newValue]
elif prop == "Focus min step": self.focusMinStep = newValue
elif prop == "Move to color when activate" :
if newValue == "none" :
self.movetoColorWhenActivate = None
else:
self.movetoColorWhenActivate = newValue
if not self.firstCall:
self.configureAction()
def run(self):
"""
get view
"""
view = {}
self.emit(qt.PYSIGNAL("getView"), (view,))
try:
self.drawing = view["drawing"]
self.view = view["view"]
except:
print "No View"
"""
get calibration
"""
calib = {}
self.emit(qt.PYSIGNAL("getCalibration"), (calib,))
try:
# in all this brick we work with pixel calibration in mm
self.YSize = calib["ycalib"]
self.ZSize = calib["zcalib"]
if calib["ycalib"] is not None and calib["zcalib"] is not None:
self.YSize = self.YSize * 1000
self.ZSize = self.ZSize * 1000
except:
print "No Calibration"
"""
get beam position
"""
position = {}
self.emit(qt.PYSIGNAL("getBeamPosition"), (position,))
try:
self.YBeam = position["ybeam"]
self.ZBeam = position["zbeam"]
except:
print "No Beam Position"
"""
get mosaic view
"""
mosaicView = {}
self.emit(qt.PYSIGNAL('getMosaicView'),(mosaicView,))
try:
self.__mosaicView = mosaicView['view']
self.__mosaicDraw = mosaicView['drawing']
except KeyError:
self.__mosaicView,self.__mosaicDraw = None,None
self.configureAction()
self.firstCall = False
def configureAction(self):
"""
Move To action
"""
if self.movetoMode is not None:
if self.movetoAction is None:
"""
create action
"""
self.movetoAction = QubSelectPointAction(name='Move to Beam',
place=self.movetoMode,
actionInfo = 'Move to Beam',
group='Tools')
self.connect(self.movetoAction,qt.PYSIGNAL("StateChanged"),self.movetoStateChanged)
self.connect(self.movetoAction, qt.PYSIGNAL("PointSelected"),
self.pointSelected)
if self.view is not None:
self.view.addAction(self.movetoAction)
self.oldMoveToActionColor = self.movetoAction.paletteBackgroundColor()
else:
if self.movetoAction is not None:
"""
remove action
"""
if self.view is not None:
self.view.delAction(self.movetoAction)
"""
del action from view
"""
self.disconnect(self.movetoAction, qt.PYSIGNAL("PointSelected"),
self.pointSelected)
self.movetoAction = None
"""
Limits action
"""
if self.limitsMode is not None:
if self.limitsAction is None:
"""
create action
"""
self.limitsAction = QubRulerAction(name='Motor Limits',
place=self.limitsMode,
group='Tools')
if self.view is not None:
self.view.addAction(self.limitsAction)
"""
configure action
"""
if self.horMotHwo is not None:
mne = self.horMotHwo.getMotorMnemonic()
self.limitsAction.setLabel(QubRulerAction.HORIZONTAL,0,mne)
if self.verMotHwo is not None:
mne = self.verMotHwo.getMotorMnemonic()
self.limitsAction.setLabel(QubRulerAction.VERTICAL,0, mne)
else:
if self.limitsAction is not None:
"""
remove action
"""
if self.view is not None:
self.view.delAction(self.limitsAction)
"""
del action from view
"""
self.limitsAction = None
if self.measureMode is not None:
if self.measureAction is None:
self.measureAction = QubOpenDialogAction(parent=self, name='measure', iconName='measure', label='Measure', group='Tools', place=self.measureMode)
self.measureAction.setConnectCallBack(self._measure_dialog_new)
logging.getLogger().info("setting measure mode")
if self.view is not None:
logging.getLogger().info("adding action")
self.view.addAction(self.measureAction)
else:
if self.measureAction is not None:
if self.view is not None:
self.view.delAction(self.measureAction)
self.measureAction = None
if self.movetoMode is not None:
if self.__movetoActionMosaic is not None:
self.__mosaicView.delAction(self.__movetoActionMosaic)
self.disconnect(self.__movetoActionMosaic, qt.PYSIGNAL("PointSelected"),
self.__mosaicPointSelected)
self.diconnect(self.__movetoActionMosaic,qt.PYSIGNAL("StateChanged"),
self.__movetoMosaicStateChanged)
self.__movetoActionMosaic = None
if self.__mosaicView is not None :
self.__movetoActionMosaic = QubSelectPointAction(name='Move to Beam',
place=self.movetoMode,
actionInfo = 'Move to Beam',
mosaicMode = True,
residualMode = True,
group='Tools')
self.connect(self.__movetoActionMosaic, qt.PYSIGNAL("PointSelected"),
self.__mosaicPointSelected)
self.connect(self.__movetoActionMosaic,qt.PYSIGNAL("StateChanged"),
self.__movetoMosaicStateChanged)
self.__mosaicView.addAction(self.__movetoActionMosaic)
self.__oldMoveToMosaicActionColor = self.__movetoActionMosaic.paletteBackgroundColor()
if self.focusMode is not None:
if self.focusAction is None:
self.focusAction = QubToggleAction(label='Autofocus',name='autofocus',place=self.focusMode,
group='Tools',autoConnect = True)
qt.QObject.connect(self.focusAction,qt.PYSIGNAL('StateChanged'),self.showFocusGrab)
if self.view and self.drawing :
self.focusDrawingRectangle,_ = QubAddDrawing(self.drawing,QubPointDrawingMgr,QubCanvasHomotheticRectangle)
self.focusDrawingRectangle.setDrawingEvent(QubMoveNPressed1Point)
self.focusDrawingRectangle.setKeyPressedCallBack(self.focusRawKeyPressed)
qt.QObject.connect(self.drawing,qt.PYSIGNAL("ForegroundColorChanged"),self.focusDrawingRectangle.setColor)
self.focusDrawingRectangle.setEndDrawCallBack(self.setFocusPointSelected)
self.focusRectangleSize = 12
self.focusDrawingRectangle.setWidthNHeight(self.focusRectangleSize,self.focusRectangleSize)
self.view.addAction(self.focusAction)
elif self.view is not None:
self.view.delAction(self.focusAction)
self.focusDrawingRectangle = None
def _measure_dialog_new(self,openDialogAction,aQubImage) :
if self.YSize is not None and self.ZSize is not None:
self.__measureDialog = QubMeasureListDialog(self,
canvas=aQubImage.canvas(),
matrix=aQubImage.matrix(),
eventMgr=aQubImage)
self.__measureDialog.setXPixelSize(self.YSize/1000.0)
self.__measureDialog.setYPixelSize(self.ZSize/1000.0)
self.__measureDialog.connect(aQubImage, qt.PYSIGNAL("ForegroundColorChanged"),
self.__measureDialog.setDefaultColor)
openDialogAction.setDialog(self.__measureDialog)
def setHorizontalPosition(self, newPosition):
if self.limitsAction is not None:
self.limitsAction.setCursorPosition(QubRulerAction.HORIZONTAL, 0,
newPosition)
def setHorizontalLimits(self, limit):
if self.limitsAction is not None:
self.limitsAction.setLimits(QubRulerAction.HORIZONTAL, 0,
limit[0], limit[1])
def setVerticalPosition(self, newPosition):
if self.limitsAction is not None:
self.limitsAction.setCursorPosition(QubRulerAction.VERTICAL, 0,
newPosition)
def setVerticalLimits(self, limit):
if self.limitsAction is not None:
self.limitsAction.setLimits(QubRulerAction.VERTICAL, 0,
limit[0], limit[1])
#def setFocusLimits(self,limit) :
# self.focusState.setLimit(limit)
#def setFocusPosition(self,newPosition) :
# self.focusState.newPosition(newPosition)
#def focusMoveFinished(self, ver, mne):
# self.focusState.endMovement(ver)
#def focusRawKeyPressed(self,keyevent) :
# key = keyevent.key()
# if key == qt.Qt.Key_Plus:
# self.focusRectangleSize += 3
# if self.focusRectangleSize > 99:
# self.focusRectangleSize = 99
# elif key == qt.Qt.Key_Minus:
# self.focusRectangleSize -= 3
# if self.focusRectangleSize < 12:
# self.focusRectangleSize = 12
# else: return
#
# self.focusDrawingRectangle.setWidthNHeight(self.focusRectangleSize,self.focusRectangleSize)
#def showFocusGrab(self,state) :
# self.focusPointSelected = None
# if state:
# self.focusDrawingRectangle.startDrawing()
# else:
# self.focusDrawingRectangle.stopDrawing()
# self.focusDrawingRectangle.hide()
# self.focusPointSelected = None
#def setFocusPointSelected(self,drawingMgr) :
# self.focusPointSelected = drawingMgr.point()
# if self.focusMotHwo is not None:
# self.focusState.start()
def beamPositionChanged(self, beamy, beamz):
self.YBeam = beamy
self.ZBeam = beamz
def pixelCalibrationChanged(self, sizey, sizez):
if sizey is not None:
self.YSize = sizey * 1000
try:
self.__measureDialog.setXPixelSize(sizey)
except:
pass
else:
self.YSize = None
if sizez is not None:
self.ZSize = sizez * 1000
try:
self.__measureDialog.setYPixelSize(sizez)
except:
pass
else:
self.ZSize = None
def setMoveToState(self,state):
if self.movetoAction is not None:
self.movetoAction.setState(state)
def movetoStateChanged(self,state) :
if self.movetoColorWhenActivate:
if state:
self.movetoAction.setPaletteBackgroundColor(qt.QColor(self.movetoColorWhenActivate))
else:
self.movetoAction.setPaletteBackgroundColor(self.oldMoveToActionColor)
def pointSelected(self, drawingMgr):
if self.horMotHwo is not None and self.verMotHwo is not None:
if self.YSize is not None and \
self.ZSize is not None and \
self.YBeam is not None and \
self.ZBeam is not None :
self.drawingMgr = drawingMgr
(y, z) = drawingMgr.point()
self.drawingMgr.stopDrawing()
sign = 1
if self.horMotHwo.unit < 0:
sign = -1
movetoy = - sign*(self.YBeam - y) * self.YSize
sign = 1
if self.verMotHwo.unit < 0:
sign = -1
movetoz = - sign*(self.ZBeam - z) * self.ZSize
self.motorArrived = 0
self.connect(self.horMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.connect(self.verMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.horMotHwo.moveRelative(movetoy)
self.verMotHwo.moveRelative(movetoz)
def __movetoMosaicStateChanged(self,state):
if self.movetoColorWhenActivate:
if state:
self.__movetoActionMosaic.setPaletteBackgroundColor(qt.QColor(self.movetoColorWhenActivate))
else:
self.__movetoActionMosaic.setPaletteBackgroundColor(self.__oldMoveToMosaicActionColor)
def __mosaicPointSelected(self,drawingMgr) :
point = drawingMgr.mosaicPoints()
try:
point = point[0]
beamY,beamZ = point.refPoint
YSize,ZSize = point.calibration
horMotorPos,verMotorPos = point.absPoint
y,z = point.point
imageId = point.imageId
except TypeError: return # The click wasn't on image
self.drawingMgr = drawingMgr
drawingMgr.stopDrawing()
sign = 1
if self.horMotHwo.unit < 0:
sign = -1
movetoy = horMotorPos - sign*(beamY - y) * YSize
sign = 1
if self.verMotHwo.unit < 0:
sign = -1
movetoz = verMotorPos - sign*(beamZ - z) * ZSize
self.motorArrived = 0
self.connect(self.horMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.connect(self.verMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.horMotHwo.move(movetoy)
self.verMotHwo.move(movetoz)
self.emit(qt.PYSIGNAL("mosaicImageSelected"), (imageId,))
def moveFinished(self, ver, mne):
if mne == self.horMotHwo.getMotorMnemonic():
self.disconnect(self.horMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.motorArrived = self.motorArrived + 1
if mne == self.verMotHwo.getMotorMnemonic():
self.disconnect(self.verMotHwo, qt.PYSIGNAL("moveDone"),
self.moveFinished)
self.motorArrived = self.motorArrived + 1
if self.motorArrived == 2:
self.drawingMgr.startDrawing()
self.motorArrived = 0
self.emit(qt.PYSIGNAL("moveDone"), (self.YBeam, self.ZBeam))
class SoleilHutchMenuBrick(BlissWidget):
SNAPSHOT_FORMATS = ('png', 'jpeg')
def __init__(self, *args):
BlissWidget.__init__(self, *args)
self.minidiff = None
self.beamInfo = None
self.sampleChanger = None
self.collectObj = None
self.queue_hwobj = None
self.beam_position = [30, 30]
self.beam_size = [0.04, 0.02]
self.beam_shape = "Rectangular"
self.pixels_per_mm = [0, 0]
self.slitbox = None
self.sampleChanger = None
self.queue_hwobj = None
self._bx, self._by = (0, 0)
#self.allowMoveToBeamCentring = False
# Define properties
self.addProperty('minidiff', 'string', '')
self.addProperty('beamInfo', 'string', '')
self.addProperty('dataCollect', 'string', '')
self.addProperty('beamInfo', 'string', '')
# self.addProperty('slitbox','string','')
self.addProperty('samplechanger', 'string', '')
self.addProperty('extraCommands', 'string', '')
self.addProperty('extraCommandsIcons', 'string', '')
self.addProperty('icons', 'string', '')
self.addProperty('label', 'string', 'Sample centring')
#self.addProperty('displaySlitbox', 'boolean', True)
self.addProperty('displayBeam', 'boolean', True)
self.addProperty('queue', 'string', '/queue')
self.addProperty('useMDPhases', 'boolean', True)
# Define signals and slots
self.defineSignal('enableMinidiff', ())
self.defineSignal('centringStarted', ())
self.defineSignal('centringAccepted', ())
self.defineSignal('getView', ())
self.defineSignal('beamPositionChanged', ())
self.defineSignal('calibrationChanged', ())
self.defineSignal('newCentredPos', ())
#self.defineSignal('setMoveToBeamState', ())
self.defineSlot('setDirectory', ())
self.defineSlot('setPrefix', ())
#self.defineSlot('movedToBeam', ())
self.defineSlot('startCentring', ())
self.defineSlot('rejectCentring', ())
self.defineSlot('setSample', ())
#self.defineSlot('enableAutoStartLoopCentring', ())
self.defineSlot('getSnapshot', ())
self.sampleCentreBox = QVBox(self)
# self.sampleCentreBox.setInsideMargin(11)
# self.sampleCentreBox.setInsideSpacing(0)
# self.modeBox=QVButtonGroup(self.sampleCentreBox)
# self.modeBox.setFrameShape(self.modeBox.NoFrame)
# self.modeBox.setInsideMargin(0)
# self.modeBox.setInsideSpacing(0)
# QObject.connect(self.modeBox,SIGNAL('clicked(int)'),self.centringModeChanged)
#self.userConfirmsButton=QCheckBox("User confirms", self.sampleCentreBox)
# self.userConfirmsButton.setSizePolicy(QSizePolicy.Fixed,QSizePolicy.Fixed)
# self.userConfirmsButton.setChecked(True)
self.buttonsBox = QVBox(self.sampleCentreBox)
self.buttonsBox.setSpacing(0)
self.buttonCentre = MenuButton(self.buttonsBox, "Centre")
self.buttonCentre.setMinimumSize(QSize(75, 50))
self.connect(
self.buttonCentre,
PYSIGNAL('executeCommand'),
self.centreSampleClicked)
self.connect(
self.buttonCentre,
PYSIGNAL('cancelCommand'),
self.cancelCentringClicked)
self.buttonAccept = QToolButton(self.buttonsBox)
self.buttonAccept.setUsesTextLabel(True)
self.buttonAccept.setTextLabel("Save")
self.buttonAccept.setMinimumSize(QSize(75, 50))
self.buttonAccept.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonAccept.setEnabled(False)
QObject.connect(self.buttonAccept, SIGNAL('clicked()'), self.acceptClicked)
self.standardColor = None
self.buttonReject = QToolButton(self.buttonsBox)
self.buttonReject.setUsesTextLabel(True)
self.buttonReject.setTextLabel("Reject")
self.buttonReject.setMinimumSize(QSize(75, 50))
self.buttonReject.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonReject.setEnabled(False)
self.buttonReject.hide()
QObject.connect(self.buttonReject, SIGNAL('clicked()'), self.rejectClicked)
# HorizontalSpacer4(self.sampleCentreBox)
self.extraCommands = CommandMenuBrick.CommandMenuBrick(self.sampleCentreBox)
self.extraCommands['showBorder'] = False
self.buttonSnapshot = QToolButton(self.sampleCentreBox)
self.buttonSnapshot.setUsesTextLabel(True)
self.buttonSnapshot.setTextLabel("Snapshot")
self.buttonSnapshot.setMinimumSize(QSize(75, 50))
self.buttonSnapshot.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
QObject.connect(self.buttonSnapshot, SIGNAL('clicked()'), self.saveSnapshot)
#self.buttonToogleMDPhase = QToolButton(self.sampleCentreBox)
# self.buttonToogleMDPhase.setUsesTextLabel(True)
#self.buttonToogleMDPhase.setTextLabel("MD phase")
# self.buttonToogleMDPhase.setMinimumSize(QSize(75,50))
#self.buttonToogleMDPhase.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
# QObject.connect(self.buttonToogleMDPhase,SIGNAL('clicked()'),self.toogleMDPhase)
# self.buttonToogleMDPhase.hide()
# HorizontalSpacer3(self.sampleCentreBox)
self.centringButtons = []
self.defaultBackgroundColor = None
self.insideDataCollection = False
self.currentCentring = None
self.isMoving = False
self.isShooting = False
self.directory = "/tmp"
self.prefix = "snapshot"
self.fileIndex = 1
self.formatType = "png"
self.clickedPoints = []
self.selectedSamples = None
# Layout
self.setSizePolicy(QSizePolicy.Expanding, QSizePolicy.Fixed)
QHBoxLayout(self)
self.layout().addWidget(self.sampleCentreBox)
self.instanceSynchronize("")
self.resetMethods = {MiniDiff.MiniDiff.MANUAL3CLICK_MODE: self.manualCentreReset,
MiniDiff.MiniDiff.C3D_MODE: self.automaticCentreReset}
# MiniDiff.MiniDiff.MOVE_TO_BEAM_MODE:self.moveToBeamReset}
self.successfulMethods = {MiniDiff.MiniDiff.MANUAL3CLICK_MODE: None,
MiniDiff.MiniDiff.C3D_MODE: self.automaticCentreSuccessful}
# MiniDiff.MiniDiff.MOVE_TO_BEAM_MODE:self.moveToBeamSuccessful}
self.sampleCentreBox.hide()
self.sampleCentreBox = QHBox(self)
self.buttonsBox = QHBox(self.sampleCentreBox)
self.buttonsBox.setSpacing(0)
self.sampleCentreBox.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonsBox.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.layout().addWidget(self.sampleCentreBox)
self.buttonCentre = MenuButton(self.buttonsBox, "Centre")
self.buttonCentre.setMinimumSize(QSize(50, 40))
self.connect(
self.buttonCentre,
PYSIGNAL('executeCommand'),
self.centreSampleClicked)
self.connect(
self.buttonCentre,
PYSIGNAL('cancelCommand'),
self.cancelCentringClicked)
self.buttonAccept = QToolButton(self.buttonsBox)
self.buttonAccept.setUsesTextLabel(True)
self.buttonAccept.setTextLabel("Save")
self.buttonAccept.setMinimumSize(QSize(50, 40))
self.buttonAccept.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonAccept.setEnabled(False)
QObject.connect(self.buttonAccept, SIGNAL('clicked()'), self.acceptClicked)
self.standardColor = None
self.buttonReject = QToolButton(self.buttonsBox)
self.buttonReject.setUsesTextLabel(True)
self.buttonReject.setTextLabel("Reject")
self.buttonReject.setMinimumSize(QSize(50, 40))
self.buttonReject.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonReject.setEnabled(False)
self.buttonReject.hide()
QObject.connect(self.buttonReject, SIGNAL('clicked()'), self.rejectClicked)
self.extraCommands = CommandMenuBrick.CommandMenuBrick(self.sampleCentreBox)
self.extraCommands['showBorder'] = False
self.buttonSnapshot = QToolButton(self.sampleCentreBox)
self.buttonSnapshot.setUsesTextLabel(True)
self.buttonSnapshot.setTextLabel("Snapshot")
self.buttonSnapshot.setMinimumSize(QSize(50, 40))
self.buttonSnapshot.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
QObject.connect(self.buttonSnapshot, SIGNAL('clicked()'), self.saveSnapshot)
self.buttonBeamPosition = QToolButton(self.sampleCentreBox)
self.buttonBeamPosition.setUsesTextLabel(True)
self.buttonBeamPosition.setTextLabel("BeamPosition")
self.buttonBeamPosition.setMinimumSize(QSize(50, 40))
self.buttonBeamPosition.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonBeamPosition.setPixmap(Icons.load("green_led"))
QObject.connect(
self.buttonBeamPosition,
SIGNAL('clicked()'),
self.beamPositionCheck)
self.buttonApertureAlign = QToolButton(self.sampleCentreBox)
self.buttonApertureAlign.setUsesTextLabel(True)
self.buttonApertureAlign.setTextLabel("ApertureAlign")
self.buttonApertureAlign.setMinimumSize(QSize(50, 40))
self.buttonApertureAlign.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonApertureAlign.setPixmap(Icons.load("Align"))
QObject.connect(
self.buttonApertureAlign,
SIGNAL('clicked()'),
self.apertureAlign)
def beamPositionCheck(self):
self.minidiff.beamPositionCheck()
def apertureAlign(self):
self.minidiff.apertureAlign()
def enableAutoStartLoopCentring(self, enable):
if self.minidiff is not None:
self.minidiff.enableAutoStartLoopCentring(enable)
def propertyChanged(self, propertyName, oldValue, newValue):
#print "HutchMenuBrick.propertyChanged",property,newValue
if propertyName == 'minidiff':
if self.minidiff is not None:
self.disconnect(
self.minidiff,
PYSIGNAL('zoomMotorPredefinedPositionChanged'),
self.zoomPositionChanged)
self.disconnect(
self.minidiff,
PYSIGNAL('minidiffReady'),
self.miniDiffReady)
self.disconnect(
self.minidiff,
PYSIGNAL('minidiffNotReady'),
self.miniDiffNotReady)
self.disconnect(
self.minidiff,
PYSIGNAL('minidiffStateChanged'),
self.miniDiffStateChanged)
self.disconnect(
self.minidiff,
PYSIGNAL('centringStarted'),
self.centringStarted)
self.disconnect(
self.minidiff,
PYSIGNAL('centringSuccessful'),
self.centringSuccessful)
self.disconnect(
self.minidiff,
PYSIGNAL('centringFailed'),
self.centringFailed)
self.disconnect(
self.minidiff,
PYSIGNAL('centringMoving'),
self.centringMoving)
self.disconnect(
self.minidiff,
PYSIGNAL('centringInvalid'),
self.centringInvalid)
self.disconnect(
self.minidiff,
PYSIGNAL('centringSnapshots'),
self.centringSnapshots)
self.disconnect(
self.minidiff,
PYSIGNAL('progressMessage'),
self.miniDiffMessage)
self.disconnect(
self.minidiff,
PYSIGNAL('newAutomaticCentringPoint'),
self.drawAutoCentringPoint)
self.disconnect(
self.minidiff,
PYSIGNAL('zoomMotorPredefinedPositionChanged'),
self.zoomPositionChanged)
self.disconnect(
self.minidiff,
PYSIGNAL('centringAccepted'),
self.centringAccepted)
self.minidiff = self.getHardwareObject(newValue)
if self.minidiff is not None:
self.connect(
self.minidiff,
PYSIGNAL('zoomMotorPredefinedPositionChanged'),
self.zoomPositionChanged)
self.connect(
self.minidiff,
PYSIGNAL('minidiffReady'),
self.miniDiffReady)
self.connect(
self.minidiff,
PYSIGNAL('minidiffNotReady'),
self.miniDiffNotReady)
self.connect(
self.minidiff,
PYSIGNAL('minidiffStateChanged'),
self.miniDiffStateChanged)
self.connect(
self.minidiff,
PYSIGNAL('centringStarted'),
self.centringStarted)
self.connect(
self.minidiff,
PYSIGNAL('centringSuccessful'),
self.centringSuccessful)
self.connect(
self.minidiff,
PYSIGNAL('centringFailed'),
self.centringFailed)
self.connect(
self.minidiff,
PYSIGNAL('centringMoving'),
self.centringMoving)
self.connect(
self.minidiff,
PYSIGNAL('centringInvalid'),
self.centringInvalid)
self.connect(
self.minidiff,
PYSIGNAL('centringSnapshots'),
self.centringSnapshots)
self.connect(
self.minidiff,
PYSIGNAL('progressMessage'),
self.miniDiffMessage)
self.connect(
self.minidiff,
"newAutomaticCentringPoint",
self.drawAutoCentringPoint)
self.connect(
self.minidiff,
PYSIGNAL('zoomMotorPredefinedPositionChanged'),
self.zoomPositionChanged)
self.connect(
self.minidiff,
PYSIGNAL('centringAccepted'),
self.centringAccepted)
if self.minidiff.isReady():
self.miniDiffReady()
else:
self.miniDiffNotReady()
else:
self.miniDiffNotReady()
# elif propertyName=='slitbox':
# if self.slitbox is not None:
# for role in ('s1v', 's2v', 's1h', 's2h'):
# m = self.slitbox.getDeviceByRole(role)
# m.disconnect('stateChanged', self.slitsPositionChanged)
# self.slitbox=self.getHardwareObject(newValue)
# if self.slitbox is not None:
# for role in ('s1v', 's2v', 's1h', 's2h'):
# m = self.slitbox.getDeviceByRole(role)
# m.connect("stateChanged", self.slitsPositionChanged)
# #self.slitsPositionChanged()
elif propertyName == "beamInfo":
if self.beamInfo is not None:
self.disconnect(
self.beamInfo,
PYSIGNAL('beamInfoChanged'),
self.beamInfoChanged)
self.disconnect(
self.beamInfo,
PYSIGNAL('beamPosChanged'),
self.beamPosChanged)
self.beamInfo = self.getHardwareObject(newValue)
if self.beamInfo is not None:
self.connect(
self.beamInfo,
PYSIGNAL('beamInfoChanged'),
self.beamInfoChanged)
self.connect(
self.beamInfo,
PYSIGNAL('beamPosChanged'),
self.beamPosChanged)
elif propertyName == "samplechanger":
self.sampleChanger = self.getHardwareObject(newValue)
elif propertyName == "dataCollect":
self.collectObj = self.getHardwareObject(newValue)
elif propertyName == 'icons':
self.setIcons(newValue)
elif propertyName == 'label':
pass # self.sampleCentreBox.setTitle(newValue)
elif propertyName == 'extraCommands':
self.extraCommands['mnemonic'] = newValue
elif propertyName == 'extraCommandsIcons':
self.extraCommands['icons'] = newValue
elif propertyName == 'queue':
self.queue_hwobj = self.getHardwareObject(newValue)
else:
BlissWidget.propertyChanged(self, propertyName, oldValue, newValue)
def setIcons(self, icons):
icons_list = icons.split()
try:
self.buttonCentre.setIcons(icons_list[0], icons_list[1])
except IndexError:
pass
try:
self.buttonAccept.setPixmap(Icons.load(icons_list[2]))
except IndexError:
pass
try:
self.buttonSnapshot.setPixmap(Icons.load(icons_list[3]))
except IndexError:
pass
try:
self.buttonReject.setPixmap(Icons.load(icons_list[4]))
except IndexError:
pass
def setDirectory(self, directory):
self.directory = str(directory)
self.fileIndex = 1
def setPrefix(self, prefix):
self.prefix = str(prefix)
self.fileIndex = 1
def setSample(self, samples_list):
self.selectedSamples = samples_list
try:
blsampleid = int(self.selectedSamples[0][0])
except BaseException:
blsampleid = None
try:
self.minidiff.setSampleInfo({"blsampleid": blsampleid})
except BaseException:
pass
def emitWidgetSynchronize(self):
# mode=self.modeBox.selectedId()
points = self.clickedPoints
#self.emit(PYSIGNAL("widgetSynchronize"),( (mode,points), ))
self.emit(PYSIGNAL("widgetSynchronize"), ((points), ))
def widgetSynchronize(self, state):
# centring_method=state[0]
# clicked_points=state[1]
clicked_points = state[0]
# self.modeBox.setButton(centring_method)
if len(clicked_points):
point = clicked_points[-1]
self.__point.startDrawing()
self.__point.show()
self.__point.setPoint(point[0], point[1])
self.__point.stopDrawing()
else:
self.__point.hide()
def startCentring(self):
# this is called from another brick, not by user
self.insideDataCollection = True
self.centreSampleClicked()
def rejectCentring(self):
self.cancelCentringClicked(reject=True)
def acceptCentring(self):
self.acceptClicked()
def centreSampleClicked(self):
self.minidiff.startCentringMethod(self.minidiff.MANUAL3CLICK_MODE)
def saveSnapshot(self):
formats = ""
for format in SoleilHutchMenuBrick.SNAPSHOT_FORMATS:
formats += "*.%s " % format
formats = formats.strip()
current_filename = os.path.join(self.directory, self.prefix)
current_filename = current_filename + \
'_%d%s%s' % (self.fileIndex, os.path.extsep, self.formatType)
filename = str(QFileDialog.getSaveFileName(current_filename, "Images (%s)" % formats,
self, None, "Choose a filename to save under", None, False))
if len(filename):
image_type = os.path.splitext(filename)[1].strip('.').upper()
try:
matrix = self.__drawing.matrix()
zoom = 1
if matrix is not None:
zoom = matrix.m11()
img = self.__drawing.getPPP()
logging.getLogger().info("Saving snapshot : %s", filename)
QubImageSave.save(
filename,
img,
self.__drawing.canvas(),
zoom,
image_type)
except BaseException:
logging.getLogger().exception("HutchMenuBrick: error saving snapshot!")
logging.getLogger().error("HutchMenuBrick: error saving snapshot!")
else:
self.formatType = image_type.lower()
self.fileIndex += 1
def centredPositionSnapshot(self):
matrix = self.__drawing.matrix()
zoom = 1
if matrix is not None:
zoom = matrix.m11()
img = self.__drawing.getPPP()
fd, name = tempfile.mkstemp()
os.close(fd)
QubImageSave.save(name, img, self.__drawing.canvas(), zoom, "JPEG")
f = open(name, "r")
imgcopy = f.read()
f.close()
os.unlink(name)
return imgcopy
def getSnapshot(self, img):
logging.getLogger().debug("Taking snapshot for centred position")
img['data'] = self.centredPositionSnapshot()
def cancelCentringClicked(self, reject=False):
#print "CANCELCENTRINGCLICKED",reject
self.minidiff.cancelCentringMethod(reject=reject)
def acceptClicked(self):
if self.standardColor is not None:
self.buttonAccept.setPaletteBackgroundColor(self.standardColor)
#logging.info("disabling accept because accept was clicked")
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
self.minidiff.acceptCentring()
def rejectClicked(self):
if self.standardColor is not None:
self.buttonReject.setPaletteBackgroundColor(self.standardColor)
#logging.info("disabling accept because reject was clicked")
self.buttonReject.setEnabled(False)
self.buttonAccept.setEnabled(False)
self.minidiff.rejectCentring()
self.insideDataCollection = False
def centringMoving(self):
self.isMoving = True
logging.info("disabling accept because centring is moving ")
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
def centringInvalid(self):
if self.collectObj is not None:
self.collectObj.setCentringStatus(None)
logging.info("disabling accept because centring is invalid ")
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
def centringAccepted(self, state, centring_status):
logging.info("Centring has been accepted")
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
logging.info("disabling accept because centring has been accepted ")
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
if self.insideDataCollection:
self.insideDataCollection = False
self.emit(PYSIGNAL("centringAccepted"), (state, centring_status))
if self.beamInfo is not None:
beam_info = self.beamInfo.get_beam_info()
if beam_info is not None:
beam_info['size_x'] = beam_info['size_x'] * self.pixels_per_mm[0]
beam_info['size_y'] = beam_info['size_y'] * self.pixels_per_mm[1]
self.emit(PYSIGNAL("newCentredPos"), (state, centring_status, beam_info))
#self.emit(PYSIGNAL("newCentredPos"), (state, centring_status))
if self.queue_hwobj.is_executing():
self.setEnabled(False)
def centringSnapshots(self, state):
if state is None:
self.isShooting = True
self.sampleCentreBox.setEnabled(False)
else:
self.isShooting = False
self.sampleCentreBox.setEnabled(True)
def centringStarted(self, method, flexible):
self.setEnabled(True)
self.emit(PYSIGNAL("enableMinidiff"), (False,))
if self.insideDataCollection:
self.emit(PYSIGNAL("centringStarted"), ())
self.isCentring = True
self.isMoving = False
self.isShooting = False
"""
for but in self.centringButtons:
if str(but.text())==method:
if self.defaultBackgroundColor is None:
self.defaultBackgroundColor=but.paletteBackgroundColor()
but.setPaletteBackgroundColor(QWidget.yellow)
self.currentCentring=but
break
"""
self.currentCentring = CentringMethod(method)
self.buttonCentre.commandStarted()
logging.info("disabling accept because centring has been started ")
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
if method == MiniDiff.MiniDiff.MANUAL3CLICK_MODE:
self.__point.startDrawing()
self.__helpLine.startDrawing()
self.__pointer.startDrawing()
def drawAutoCentringPoint(self, x, y):
if -1 in (x, y):
self.__autoCentringPoint.hide()
return
self.__autoCentringPoint.startDrawing()
self.__autoCentringPoint.setPoint(x, y)
self.__autoCentringPoint.stopDrawing()
self.__autoCentringPoint.show()
def centringSuccessful(self, method, centring_status):
self.__point.stopDrawing()
self.__point.hide()
self.__helpLine.hide()
self.__helpLine.stopDrawing()
self.__pointer.stopDrawing()
self.__pointer.hide()
#logging.info("HutchMenuBrick: centringSuccesful received")
self.clickedPoints = []
self.emitWidgetSynchronize()
self.buttonCentre.commandDone()
if self.currentCentring is not None:
# self.currentCentring.setPaletteBackgroundColor(self.defaultBackgroundColor)
self.currentCentring = None
self.buttonAccept.setEnabled(True)
self.buttonReject.setEnabled(True)
if self.insideDataCollection:
if self.standardColor is None:
self.standardColor = self.buttonAccept.paletteBackgroundColor()
self.buttonAccept.setPaletteBackgroundColor(widget_colors.LIGHT_GREEN)
self.buttonReject.setPaletteBackgroundColor(widget_colors.LIGHT_RED)
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
self.isMoving = False
self.sampleCentreBox.setEnabled(True)
self.emit(PYSIGNAL("enableMinidiff"), (True,))
try:
successful_method = self.successfulMethods[method]
except KeyError as diag:
pass
else:
try:
successful_method()
except BaseException:
pass
def centringFailed(self, method, centring_status):
self.__point.stopDrawing()
self.__point.hide()
self.__helpLine.hide()
self.__helpLine.stopDrawing()
self.__pointer.stopDrawing()
self.__pointer.hide()
self.clickedPoints = []
self.emitWidgetSynchronize()
self.buttonCentre.commandFailed()
if self.currentCentring is not None:
# self.currentCentring.setPaletteBackgroundColor(self.defaultBackgroundColor)
self.currentCentring = None
logging.info("disabling accept because centing failed")
self.buttonAccept.setEnabled(False)
if self.insideDataCollection:
if self.standardColor is None:
self.standardColor = self.buttonAccept.paletteBackgroundColor()
self.buttonReject.setEnabled(True)
self.buttonReject.setPaletteBackgroundColor(QWidget.red)
else:
self.buttonReject.setEnabled(False)
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
self.emit(PYSIGNAL("enableMinidiff"), (True,))
try:
reset_method = self.resetMethods[method]
except KeyError as diag:
pass
else:
try:
reset_method()
except BaseException:
pass
# def movedToBeam(self,x,y):
# pass
def manualCentreReset(self):
self.resetPoints()
def automaticCentreReset(self):
if not self.userConfirmsButton.isChecked():
self.rejectCentring()
def automaticCentreSuccessful(self):
if not self.userConfirmsButton.isChecked():
self.acceptCentring()
# def moveToBeamSuccessful(self):
#self.emit(PYSIGNAL("setMoveToBeamState"), (False,))
# pass
# def moveToBeamReset(self):
#self.emit(PYSIGNAL("setMoveToBeamState"), (False,))
# pass
def __endDrawingPoint(self, drawingManager):
x, y = drawingManager.point()
self.imageClicked(x, y, x, y)
# Handler for clicking the video when doing the 3-click centring
def imageClicked(self, x, y, xi, yi):
#print "HutchMenuBrick.imageClicked",self.minidiff,self.manualCentering
if self.currentCentring is not None and str(self.currentCentring.text(
)) == MiniDiff.MiniDiff.MANUAL3CLICK_MODE and self.minidiff.isReady():
try:
points = self.minidiff.imageClicked(x, y, xi, yi)
except StopIteration:
pass
else:
self.addPoint(x, y, xi, yi)
# Signals a new point in the 3-click centering
def addPoint(self, x, y, xi, yi):
self.clickedPoints.append((x, y, xi, yi))
self.emitWidgetSynchronize()
# Resets the points in the 3-click centering
def resetPoints(self):
self.clickedPoints = []
self.emitWidgetSynchronize()
# Displays a message
def showMessageToUser(self, message=None):
#print "showMessage",message
try:
self.__drawing.setInfo(message)
except BaseException:
pass
def connectNotify(self, signalName):
print "..... HutchMenuBrick:connectNotify ", signalName
if signalName == 'beamPositionChanged':
if self.minidiff and self.minidiff.isReady() and self.beamInfo is not None:
self.beam_position = self.beamInfo.get_beam_position()
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
self.emit(PYSIGNAL("beamPositionChanged"), (self.beam_position[0],
self.beam_position[1],
self.beam_size[0],
self.beam_size[1]))
# if self.minidiff and self.minidiff.isReady():
# beam_xc = self.minidiff.getBeamPosX()
# beam_yc = self.minidiff.getBeamPosY()
# pxmmy=self.minidiff.pixelsPerMmY
# pxmmz=self.minidiff.pixelsPerMmZ
#
# self.emit(PYSIGNAL("beamPositionChanged"), (beam_xc, beam_yc,
# self._bx, self._by))
elif signalName == 'calibrationChanged':
if self.minidiff and self.minidiff.isReady():
try:
#self.emit(PYSIGNAL("calibrationChanged"), (1e3/self.minidiff.pixelsPerMmY, 1e3/self.minidiff.pixelsPerMmZ))
self.emit(
PYSIGNAL("calibrationChanged"),
(1e3 / self.pixels_per_mm[0],
1e3 / self.pixels_per_mm[1]))
except BaseException:
pass
# Event when the minidiff is in ready state
def miniDiffReady(self):
try:
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
if self.beamInfo is not None:
self.beam_position = self.beamInfo.get_beam_position()
except BaseException:
import traceback
logging.getLogger().error("error on minidiff ready %s", traceback.format_exc())
self.pixels_per_mm = [None, None]
# pxmmy=None
# pxmmz=None
# if pxmmy is not None and pxmmz is not None:
if self.beamInfo is not None:
if self.pixels_per_mm[0] is not None and self.pixels_per_mm[1] is not None:
self.sampleCentreBox.setEnabled(True)
self.updateBeam()
#self.emit(PYSIGNAL("beamPositionChanged"), (beam_xc, beam_yc, self._bx, self._by))
self.emit(
PYSIGNAL("beamPositionChanged"),
(self.beam_position[0],
self.beam_position[1],
self.beam_size[0],
self.beam_size[1]))
else:
self.miniDiffNotReady()
# Event when the minidiff is in notready state
def miniDiffNotReady(self):
#import pdb; pdb.set_trace()
try:
self.__beam.hide()
except AttributeError:
pass
if not self.buttonCentre.executing:
self.sampleCentreBox.setEnabled(False)
def miniDiffStateChanged(self, state):
if self.buttonCentre.executing or self.isMoving or self.isShooting:
return
try:
self.sampleCentreBox.setEnabled(state == self.minidiff.phiMotor.READY)
except BaseException:
pass
# Displays a message (signaled from the minidiff hardware object)
def miniDiffMessage(self, msg=None):
#print "MINIDIFF MESSAGE!!!",msg
self.showMessageToUser(msg)
# Update both zoom and slits when started
def run(self):
logging.getLogger().info("HucthMenuBrick runs")
if self.minidiff is not None:
zoom = self.minidiff.zoomMotor
if zoom is not None:
if zoom.isReady():
self.zoomPositionChanged(zoom.getCurrentPositionName(), 0)
keys = {}
self.emit(PYSIGNAL('getView'), (keys,))
self.__drawing = keys.get('drawing', None)
self.__view = keys.get('view', None)
if self.minidiff is not None:
self.minidiff._drawing = self.__drawing
try:
self.__point, _ = QubAddDrawing(
self.__drawing, QubPointDrawingMgr, QubCanvasTarget)
self.__point.setEndDrawCallBack(self.__endDrawingPoint)
self.__point.setColor(Qt.yellow)
self.__autoCentringPoint, _ = QubAddDrawing(
self.__drawing, QubPointDrawingMgr, QubCanvasTarget)
self.__autoCentringPoint.setColor(Qt.green)
self.__helpLine, _ = QubAddDrawing(
self.__drawing, QubPointDrawingMgr, QubCanvasVLine)
self.__helpLine.setAutoDisconnectEvent(True)
self.__helpLine.setExclusive(False)
self.__helpLine.setColor(Qt.yellow)
logging.getLogger().info("HutchMenuBrick help line OK")
self.__rectangularBeam, _ = QubAddDrawing(
self.__drawing, QubContainerDrawingMgr, QubCanvasSlitbox)
self.__rectangularBeam.set_xMid_yMid(
self.beam_position[0], self.beam_position[1])
self.__rectangularBeam.show()
self.__rectangularBeam.setSlitboxSize(0, 0)
self.__rectangularBeam.setColor(Qt.red)
self.__rectangularBeam.setSlitboxPen(QPen(Qt.blue))
#self.beam_position = self.beamInfo.get_beam_position()
logging.getLogger().info("HutchMenuBrick rectangular beam OK")
self.__beam, _ = QubAddDrawing(
self.__drawing, QubContainerDrawingMgr, QubCanvasBeam)
self.__beam.setPen(QPen(Qt.blue))
self.__beam.hide()
logging.getLogger().info("HutchMenuBrick beam setPen successful")
self.__pointer, _, _ = QubAddDrawing(
self.__drawing, QubPointDrawingMgr, QubCanvasHLine, QubCanvasVLine)
self.__pointer.setDrawingEvent(QubMoveNPressed1Point)
self.__pointer.setExclusive(False)
self.__pointer.setColor(Qt.yellow)
logging.getLogger().info("HutchMenuBrick runs. pointer successful")
self.__scale, scale = QubAddDrawing(
self.__drawing, QubContainerDrawingMgr, QubCanvasScale)
self.sx = self.__scale.setXPixelSize
self.sy = self.__scale.setYPixelSize
self.__scale.show()
logging.getLogger().info("HutchMenuBrick runs. Scale just changed")
try:
self.__scale.setXPixelSize(self.__scaleX)
self.__scale.setYPixelSize(self.__scaleY)
except AttributeError:
pass
else:
self.emit(PYSIGNAL("calibrationChanged"),
(self.__scaleX, self.__scaleY))
# self.slitsPositionChanged()
logging.getLogger().info("HutchMenuBrick runs. It will now update the beam drawing")
self.__rectangularBeam.set_xMid_yMid(
self.beam_position[0], self.beam_position[1])
logging.getLogger().info(
"HutchMenuBrick setting rectangular beam xMid, yMid to %s, %s" %
(self.beam_position[0], self.beam_position[1]))
self.updateBeam(force=True)
except BaseException:
import traceback
logging.getLogger().debug("HutchMenuBrick: problem starting up display")
logging.getLogger().exception(traceback.format_exc())
else:
logging.getLogger().info("HucthMenuBrick runs cool")
def _drawBeam(self):
try:
self.__rectangularBeam.show()
# if None in (self._by, self._bx):
if None in self.beam_size:
return
#bx = self._bx
#by = self._by
# pxmmy=self.minidiff.pixelsPerMmY
# pxmmz=self.minidiff.pixelsPerMmZ
# if self._bshape == "rectangular":
# self.__rectangularBeam.setSlitboxSize(bx*pxmmy, by*pxmmz)
if self.beam_shape == "rectangular":
self.__rectangularBeam.setSlitboxSize(self.beam_size[0] * self.pixels_per_mm[0],
self.beam_size[1] * self.pixels_per_mm[1])
self.__beam.hide()
else:
self.__rectangularBeam.setSlitboxSize(0, 0)
self.__beam.setSize(self.beam_size[0] * self.pixels_per_mm[0],
self.beam_size[1] * self.pixels_per_mm[1])
logging.getLogger().info("beam drawn with size %s " % str(self.beam_size))
#self.__beam.setSize(bx*pxmmy, by*pxmmz)
self.__beam.show()
except BaseException:
pass
def _updateBeam(self, ret):
logging.info("UPDATE BEAM %s", ret)
self._bx = float(ret["size_x"])
self._bshape = ret["shape"]
self._by = float(ret["size_y"])
self._drawBeam()
def updateBeam(self, force=False):
logging.getLogger().info("updating beam ")
if self.minidiff is None:
return
if self["displayBeam"]:
if not self.minidiff.isReady():
time.sleep(0.2)
#beam_x = self.minidiff.getBeamPosX()
#beam_y = self.minidiff.getBeamPosY()
try:
logging.getLogger().info("self %s" % str(self))
self.__rectangularBeam.set_xMid_yMid(
self.beam_position[0], self.beam_position[1])
logging.getLogger().info("rectangle drawn at position %s " % str(self.beam_position))
# self.__rectangularBeam.set_xMid_yMid(beam_x,beam_y)
except AttributeError:
import traceback
logging.getLogger().info("update beam failed 1" + traceback.format_exc())
pass
try:
self.__beam.move(self.beam_position[0], self.beam_position[1])
self._drawBeam()
except AttributeError:
logging.getLogger().info("update beam failed 2")
import traceback
logging.getLogger().info("update beam failed 2" + traceback.format_exc())
def beamPosChanged(self, position):
logging.getLogger().info(
"hutch menu brick. Beam position chagned. It is %s" %
str(position))
self.beam_position = position
self.emit(PYSIGNAL("beamPositionChanged"), (self.beam_position[0],
self.beam_position[1],
self.beam_size[0],
self.beam_size[1]))
self.updateBeam(True)
def beamInfoChanged(self, beam_info):
logging.getLogger().info(
"hutch menu brick. Beam info chagned. It is %s" %
str(beam_info))
self.beam_size = (beam_info["size_x"], beam_info["size_y"])
self.beam_shape = beam_info["shape"]
self.updateBeam(True)
# Zoom changed: update pixels per mm
def zoomPositionChanged(self, position, offset):
pxmmy, pxmmz, pxsize_y, pxsize_z = None, None, None, None
print "** HutchMenuBrick: zoomPositionChanged", position, offset
if offset is None:
# unknown zoom pos.
try:
self.__scale.hide()
self.__rectangularBeam.hide()
self.__beam.hide()
except AttributeError:
print "&&& zoomPositionChanged AttributeError"
self.__scaleX = None
self.__scaleY = None
else:
if self.minidiff is not None:
# pxmmy=self.minidiff.pixelsPerMmY
# pxmmz=self.minidiff.pixelsPerMmZ
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
if self.pixels_per_mm[0] is not None and self.pixels_per_mm[1] is not None:
pxsize_y = 1e-3 / self.pixels_per_mm[0]
pxsize_z = 1e-3 / self.pixels_per_mm[1]
try:
self.sx(pxsize_y)
self.sy(pxsize_z)
except AttributeError:
self.__scaleX = pxsize_y
self.__scaleY = pxsize_z
else:
self.emit(PYSIGNAL("calibrationChanged"), (pxsize_y, pxsize_z))
self.updateBeam(True)
# self._drawBeam()
self.__scale.show()
# Slits changed: update beam size
def slitsPositionChanged(self, *args):
if self.minidiff is None or self.slitbox is None or self.minidiff.pixelsPerMmY is None or self.minidiff.pixelsPerMmZ is None:
pass
else:
self.updateBeam(force=True)
class CameraOffLineImageManagerBrick(BlissWidget):
def __init__(self,parent,name,**keys) :
BlissWidget.__init__(self,parent,name)
self.__hMotor = None
self.__vMotor = None
self.__motor_pos_save = []
self.__master_motor = None
self.__masterPosition2Item = weakref.WeakValueDictionary()
self.__currentCalib = None
self.__currentBeamPos = None
self.__camDecompNPlug = None
self.mosaicView = None
self.drawing = None
self.__saveImageTreeDirName = '.'
self.__imageMosaicPosition = None
####### Property #######
self.addProperty('horizontal','string','')
self.addProperty('vertical','string','')
self.addProperty('save_motors','string','')
self.addProperty('master_motor','string','')
self.addProperty('focus_motor','string','')
self.addProperty('live_camera','string','')
self.addProperty("formatString", "formatString", "###.##")
####### SIGNAL #######
self.defineSignal("getImage",())
self.defineSignal('getView',())
self.defineSignal('getMosaicView',())
####### SLOT #######
self.defineSlot("ChangePixelCalibration", ())
self.defineSlot("ChangeBeamPosition", ())
self.defineSlot('setMosaicImageSelected',())
self.__widgetTree = self.loadUIFile('CameraOffLineImageManager.ui')
self.__frame = self.__widgetTree.child('__frame')
self.__frame.reparent(self,qt.QPoint(0,0))
layout = qt.QHBoxLayout(self)
layout.addWidget(self.__frame)
snapButton = self.child('__snapShoot')
iconSet = qt.QIconSet(loadIcon("snapshot.png"))
snapButton.setIconSet(iconSet)
qt.QObject.connect(snapButton,qt.SIGNAL('clicked()'),self.__snapCBK)
liveCheckBox = self.child('__liveCheckBox')
liveCheckBox.hide()
qt.QObject.connect(liveCheckBox,qt.SIGNAL('toggled(bool)'),self.__liveOnOff)
self.__imageList = self.child('__imageList')
self.__imageList.setSelectionMode(qt.QListView.Extended)
self.__imageList.setSortColumn(-1)
self.__popUpMenu = qt.QPopupMenu(self)
self.__popUpMenu.insertItem('layer up',self.__layerUp)
self.__popUpMenu.insertItem('layer down',self.__layerDown)
self.__popUpMenu.insertItem('remove',self.__removeImage)
self.__popUpMenu.insertSeparator()
self.__popUpMenu.insertItem('load',self.__loadImageTree)
self.__popUpMenu.insertItem('save',self.__saveImageTree)
qt.QObject.connect(self.__imageList,qt.SIGNAL('rightButtonPressed(QListViewItem*,const QPoint &,int)'),
self.__popUpDisplay)
def propertyChanged(self,propertyName,oldValue,newValue) :
if propertyName == 'horizontal' :
if self.__hMotor:
self.disconnect(self.__hMotor, qt.PYSIGNAL("positionChanged"), self.__hMotorPositionChanged)
self.__hMotor = self.getHardwareObject(newValue)
self.connect(self.__hMotor, qt.PYSIGNAL("positionChanged"), self.__hMotorPositionChanged)
self.connect(self.__hMotor,qt.PYSIGNAL("limitsChanged"),self.__hMotorLimitsChanged)
elif propertyName == 'vertical' :
if self.__vMotor:
self.disconnect(self.__vMotor, qt.PYSIGNAL("positionChanged"), self.__vMotorPositionChanged)
self.__vMotor = self.getHardwareObject(newValue)
self.connect(self.__vMotor, qt.PYSIGNAL("positionChanged"), self.__vMotorPositionChanged)
self.connect(self.__vMotor,qt.PYSIGNAL("limitsChanged"),self.__vMotorLimitsChanged)
elif propertyName == 'save_motors' :
equipment = self.getHardwareObject(newValue)
self.__motor_pos_save = []
if equipment :
try:
ho = equipment['motors']
except KeyError:
print(equipment.userName(), 'is not an Equipment : no <motors> section.')
return
for motor in ho.getDevices() :
self.__motor_pos_save.append(motor)
#Refresh Tree column
nbColumn = self.__imageList.columns()
for columnId in range(1,self.__imageList.columns()) :
self.__imageList.removeColumn(columnId)
for motor in self.__motor_pos_save:
self.__imageList.addColumn(motor.userName())
elif propertyName == 'master_motor':
if self.__master_motor is not None:
self.__imageList.takeItem(self.__masterControler)
self.__master_motor = self.getHardwareObject(newValue)
if self.__master_motor is not None:
self.__masterControler = qt.QCheckListItem(self.__imageList,self.__master_motor.userName())
self.__masterControler.setSelectable(False)
self.__masterControler.setOpen(True)
elif propertyName == 'focus_motor':
self.__focus_motor = self.getHardwareObject(newValue)
moveFocusCheckBox = self.child('__moveFocusCheckBox')
if self.__focus_motor is not None:
moveFocusCheckBox.show()
else:
moveFocusCheckBox.hide()
elif propertyName == 'live_camera' :
if self.__camDecompNPlug :
camera,decomp,_ = self.__camDecompNPlug
self.disconnect(camera,qt.PYSIGNAL('imageReceived'),decomp.putData)
self.__camDecompNPlug = None
camera = self.getHardwareObject(newValue)
liveCheckBox = self.child('__liveCheckBox')
if camera is not None:
decomp = QubStdData2Image()
plug = _LiveImagePlug(self)
decomp.plug(plug)
imageInfo = camera.imageType()
if imageInfo and imageInfo.type() == 'bayer': imType = decomp.BAYER_RG
elif imageInfo and imageInfo.type() == 'raw': imType = decomp.RAW
else: imType = decomp.STANDARD # JPEG
decomp.setImageType(imType)
self.__camDecompNPlug = camera,decomp,plug
liveCheckBox.show()
else:
liveCheckBox.hide()
elif propertyName == 'formatString':
self._formatString = self['formatString']
def ChangePixelCalibration(self,sizeX,sizeY) :
if sizeX is not None and sizeY is not None:
motorXUnit = self.__hMotor.getProperty('unit')
if motorXUnit is None : motorXUnit = 1e-3
motorYUnit = self.__vMotor.getProperty('unit')
if motorYUnit is None : motorYUnit = 1e-3
self.__currentCalib = sizeX / motorXUnit,sizeY / motorYUnit
if self.__camDecompNPlug :
camera,decomp,plug = self.__camDecompNPlug
plug.setPixelCalibration(*self.__currentCalib)
else:
self.__currentCalib = None
def ChangeBeamPosition(self,x,y) :
self.__currentBeamPos = x,y
if self.__camDecompNPlug :
camera,decomp,plug = self.__camDecompNPlug
plug.setBeamPosition(*self.__currentBeamPos)
def setMosaicImageSelected(self,imageSelectedID) :
moveFocusCheckBox = self.child('__moveFocusCheckBox')
if moveFocusCheckBox.isChecked() :
position = self.__focus_motor.getPosition()
def _recursfind(item,lookinId) :
while item:
if id(item) == lookinId:
return item
else:
returnItem = _recursfind(item.firstChild(),lookinId)
if returnItem: return returnItem
item = item.nextSibling()
item = _recursfind(self.__imageList.firstChild(),imageSelectedID)
try:
if item and item.focusMotorPosition != position:
self.__focus_motor.move(item.focusMotorPosition)
except AttributeError:
pass
def __displayMotorsPositionUnderMouse(self,drawingManager) :
point = drawingManager.mosaicPoints()
try:
point = point[0]
beamY,beamZ = point.refPoint
YSize,ZSize = point.calibration
horMotorPos,verMotorPos = point.absPoint
y,z = point.point
imageId = point.imageId
except TypeError: return
movetoy = horMotorPos - (beamY - y) * YSize
movetoz = verMotorPos - (beamZ - z) * ZSize
if self.__imageMosaicPosition:
self.__imageMosaicPosition.setCursorPosition(QubRulerAction.HORIZONTAL,1,
movetoy)
self.__imageMosaicPosition.setCursorPosition(QubRulerAction.VERTICAL,1,
movetoz)
self.__mouseMotorPosition.setXValue(movetoy)
self.__mouseMotorPosition.setYValue(movetoz)
def __hMotorPositionChanged(self,position) :
if self.__imageMosaicPosition:
self.__imageMosaicPosition.setCursorPosition(QubRulerAction.HORIZONTAL, 0,
position)
self.__currentMotorPosition.setXValue(position)
if self.__camDecompNPlug :
camera,decomp,plug = self.__camDecompNPlug
plug.setHMotorPosition(position)
def __hMotorLimitsChanged(self,limit) :
if self.__imageMosaicPosition:
self.__imageMosaicPosition.setLimits(QubRulerAction.HORIZONTAL,0,
*limit)
self.__imageMosaicPosition.setLimits(QubRulerAction.HORIZONTAL,1,
*limit)
def __vMotorPositionChanged(self,position) :
if self.__imageMosaicPosition:
self.__imageMosaicPosition.setCursorPosition(QubRulerAction.VERTICAL, 0,
position)
self.__currentMotorPosition.setYValue(position)
if self.__camDecompNPlug :
camera,decomp,plug = self.__camDecompNPlug
plug.setVMotorPosition(position)
def __vMotorLimitsChanged(self,limit) :
if self.__imageMosaicPosition:
self.__imageMosaicPosition.setLimits(QubRulerAction.VERTICAL,0,
*limit)
self.__imageMosaicPosition.setLimits(QubRulerAction.VERTICAL,1,
*limit)
def __getMasterItem(self,position = None) :
if self.__master_motor is not None:
if position is None:
position = self.__master_motor.getPosition()
try:
master_item = self.__masterPosition2Item[position]
except KeyError:
positionString = self._formatString % position
master_item = _MasterCheckItem(self.__masterControler,'p_%d (%s)' % (len(self.__masterPosition2Item),positionString))
self.__masterPosition2Item[position] = master_item
else:
master_item = self.__imageList
position = None
return master_item,position
def __snapCBK(self) :
key = {}
self.emit(qt.PYSIGNAL('getImage'),(key,))
image = key.get('image',None)
if image:
master_item,position = self.__getMasterItem()
if self.__focus_motor is not None:
focusPosition = self.__focus_motor.getPosition()
else:
focusPosition = None
try:
item = _CheckItem(master_item,'image',self,image,
self.__currentBeamPos,self.__currentCalib,
self.__hMotor,self.__vMotor,self.__motor_pos_save,position,focusPosition)
except:
logging.getLogger().error('CameraOffLineImageManager : Spec not connected')
else:
logging.getLogger().error('CameraOffLineImageManager : getImage is not connected to CameraOffLineImageManager!!!')
def __liveOnOff(self,state) :
camera,decomp,plug = self.__camDecompNPlug
if state:
self.connect(camera,qt.PYSIGNAL('imageReceived'),decomp.putData)
plug.show()
else:
self.disconnect(camera,qt.PYSIGNAL('imageReceived'),decomp.putData)
plug.hide()
def __saveImageTree(self,i) :
pickleObjects = []
self.__saveImageRecurse(self.__imageList.firstChild(),pickleObjects)
if pickleObjects:
fullpathname = qt.QFileDialog.getSaveFileName(self.__saveImageTreeDirName,'Camera mosaic (*.mosaic)',self,
'Save mosaic images',
"Choose a filename to save under")
if fullpathname:
fullpathname = fullpathname.latin1()
self.__saveImageTreeDirName,fname = os.path.split(fullpathname)
filename,ext = os.path.splitext(fname)
fullpathname = os.path.join(self.__saveImageTreeDirName,'%s.mosaic' % filename)
pickle.dump(pickleObjects,file(fullpathname,'w'))
else:
errorMess = qt.QErrorMessage(self)
errorMess.message('Nothing to Save!!!')
def __loadImageTree(self,i) :
fullpathname = qt.QFileDialog.getOpenFileName(self.__saveImageTreeDirName,'Camera mosaic (*.mosaic)',self,
'Load mosaic images',
"Load a image tree")
if fullpathname:
fullpathname = fullpathname.latin1()
self.__imageList.selectAll(True)
self.__removeImage(0)
for saveItem in pickle.load(file(fullpathname)):
master_item,position = self.__getMasterItem(saveItem.masterPosition)
_CheckItem(master_item,saveItem,self)
def __saveImageRecurse(self,item,pickleObjects) :
while item:
NextItem = item.nextSibling()
try: pickleObjects.append(item.getSavePickleObject())
except AttributeError: pass
self.__saveImageRecurse(item.firstChild(),pickleObjects)
item = NextItem
@_foreachSelectedItems
def __removeImage(self,item,i) :
try:
item.parent().takeItem(item)
except AttributeError:
self.__imageList.takeItem(item)
return True
@_foreachSelectedItems
def __layerUp(self,item,i) :
item.layerUp()
@_foreachSelectedItems
def __layerDown(self,item,i) :
item.layerDown()
def __popUpDisplay(self,item,point,columnid) :
self.__popUpMenu.exec_loop(point)
def run(self) :
key = {}
self.emit(qt.PYSIGNAL('getView'),(key,))
try:
view = key['view']
drawing = key['drawing']
self.__snapAction = QubToolButtonAction(name='MosaicSnap',iconName='snapshot',toolButtonStyle = True,
place='toolbar',
group='image',autoConnect = True)
qt.QObject.connect(self.__snapAction,qt.PYSIGNAL('ButtonPressed'),self.__snapCBK)
view.addAction([self.__snapAction])
except KeyError:
logging.getLogger().error('getView is not connected to CameraOffLineImageManager!!!')
mosaicKey = {}
self.emit(qt.PYSIGNAL('getMosaicView'),(mosaicKey,))
try:
self.mosaicView = mosaicKey['view']
self.drawing = mosaicKey['drawing']
class _openDialog(QubOpenDialogAction) :
def __init__(self,*args,**keys) :
QubOpenDialogAction.__init__(self,*args,**keys)
def setCanvas(self,canvas) :
self.__canvas = canvas
def _showDialog(self) :
if self._dialog.exec_loop() == qt.QDialog.Accepted :
file_path = self._dialog.selectedFile().ascii()
dirName,file_name = os.path.split(file_path)
base,ext = os.path.splitext(file_name)
QubImageSave.save(os.path.join(dirName,'%s.svg' % base),None,self.__canvas,1,'svg',True)
self.__saveMosaicAction = _openDialog(parent=self,label='Save image',name="save", iconName='save',group="admin")
saveMosaicDialogue = qt.QFileDialog('.','Mosaic Images (*.svg)',self,'Save mosaic Images',True)
saveMosaicDialogue.setMode(saveMosaicDialogue.AnyFile)
self.__saveMosaicAction.setDialog(saveMosaicDialogue)
self.__saveMosaicAction.setCanvas(self.drawing.canvas())
self.__imageMosaicPosition = QubRulerAction(name='Motor Position',
place='toolbar',
group='Tools')
self.__mouseMotorPosition = _MouseOrMotorPosition(name='mouse motor position',
place='statusbar',
group='info',
mouseFlag = True)
self.__currentMotorPosition = _MouseOrMotorPosition(name='current motor position',
place='statusbar',
group='info')
self.mosaicView.addAction([self.__imageMosaicPosition,self.__saveMosaicAction,
self.__currentMotorPosition,self.__mouseMotorPosition])
if self.__vMotor is not None:
self.__imageMosaicPosition.setLabel(QubRulerAction.VERTICAL,0,self.__vMotor.getMotorMnemonic())
self.__imageMosaicPosition.setCursorPosition(QubRulerAction.VERTICAL, 0,
self.__vMotor.getPosition())
limits = self.__vMotor.getLimits()
self.__imageMosaicPosition.setLimits(QubRulerAction.VERTICAL,0,
*limits)
self.__imageMosaicPosition.setLimits(QubRulerAction.VERTICAL,1,
*limits)
self.__imageMosaicPosition.setLabel(QubRulerAction.VERTICAL,1, '')
for label in [self.__mouseMotorPosition,self.__currentMotorPosition] :
label.setMotyName(self.__vMotor.getMotorMnemonic())
label.setYValue(self.__vMotor.getPosition())
if self.__hMotor is not None:
self.__imageMosaicPosition.setLabel(QubRulerAction.HORIZONTAL,0,self.__hMotor.getMotorMnemonic())
limits = self.__hMotor.getLimits()
self.__imageMosaicPosition.setLimits(QubRulerAction.HORIZONTAL,0,
*limits)
self.__imageMosaicPosition.setLimits(QubRulerAction.HORIZONTAL,1,
*limits)
self.__imageMosaicPosition.setCursorPosition(QubRulerAction.HORIZONTAL, 0,
self.__hMotor.getPosition())
self.__imageMosaicPosition.setLabel(QubRulerAction.HORIZONTAL,1,'')
for label in [self.__mouseMotorPosition,self.__currentMotorPosition] :
label.setMotxName(self.__hMotor.getMotorMnemonic())
label.setXValue(self.__hMotor.getPosition())
for ruler in self.__imageMosaicPosition._QubRulerAction__ruler:
ruler.setZ(99) # upper layer
#Add a follow mulot
class _MouseFollow(_DrawingEventNDrawingMgr) :
def __init__(self,aDrawingMgr,oneShot,**keys) :
_DrawingEventNDrawingMgr.__init__(self,aDrawingMgr,False)
def mouseMove(self,x,y) :
d = self._drawingMgr()
if d:
d.move(x,y)
d.endDraw()
self.__followPointMouse,_ = QubAddDrawing(self.drawing,QubMosaicPointDrawingMgr,QubCanvasTarget)
self.__followPointMouse.setDrawingEvent(_MouseFollow)
self.__followPointMouse.setExclusive(False)
self.__followPointMouse.startDrawing()
self.__followPointMouse.setEndDrawCallBack(self.__displayMotorsPositionUnderMouse)
except KeyError: pass
if self.__camDecompNPlug:
camera,decomp,plug = self.__camDecompNPlug
try:
plug.addImage()
try:
plug.move(self.__hMotor.getPosition(),self.__vMotor.getPosition())
except: pass
else:
try:
plug.setCalibration(*self.__currentCalib)
plug.setBeamPosition(*self.__currentBeamPos)
except (AttributeError,TypeError) :
pass
except AttributeError:
liveCheckBox = self.child('__liveCheckBox')
liveCheckBox.hide()
class HutchMenuBrick(BlissWidget):
SNAPSHOT_FORMATS = ("png", "jpeg")
def __init__(self, *args):
BlissWidget.__init__(self, *args)
self.minidiff = None
self.beamInfo = None
self.sampleChanger = None
self.collectObj = None
self.queue_hwobj = None
self.beam_position = None
self.beam_size = None
self.beam_shape = None
self.pixels_per_mm = None
# self.allowMoveToBeamCentring = False
# Define properties
self.addProperty("beamInfo", "string", "")
self.addProperty("minidiff", "string", "")
self.addProperty("dataCollect", "string", "")
self.addProperty("samplechanger", "string", "")
self.addProperty("extraCommands", "string", "")
self.addProperty("extraCommandsIcons", "string", "")
self.addProperty("icons", "string", "")
self.addProperty("label", "string", "Sample centring")
self.addProperty("displayBeam", "boolean", True)
self.addProperty("queue", "string", "/queue")
self.addProperty("useMDPhases", "boolean", False)
# Define signals and slots
self.defineSignal("enableMinidiff", ())
self.defineSignal("centringStarted", ())
self.defineSignal("centringAccepted", ())
self.defineSignal("getView", ())
self.defineSignal("beamPositionChanged", ())
self.defineSignal("calibrationChanged", ())
self.defineSignal("newCentredPos", ())
# self.defineSignal('setMoveToBeamState', ())
self.defineSlot("setDirectory", ())
self.defineSlot("setPrefix", ())
# self.defineSlot('movedToBeam', ())
self.defineSlot("startCentring", ())
self.defineSlot("rejectCentring", ())
self.defineSlot("setSample", ())
# self.defineSlot('enableAutoStartLoopCentring', ())
self.defineSlot("getSnapshot", ())
self.sampleCentreBox = QVBox(self)
self.buttonsBox = QVBox(self.sampleCentreBox)
self.buttonsBox.setSpacing(0)
self.buttonCentre = MenuButton(self.buttonsBox, "Centre")
self.buttonCentre.setMinimumSize(QSize(75, 50))
self.connect(self.buttonCentre, PYSIGNAL("executeCommand"),
self.centreSampleClicked)
self.connect(self.buttonCentre, PYSIGNAL("cancelCommand"),
self.cancelCentringClicked)
self.buttonAccept = QToolButton(self.buttonsBox)
self.buttonAccept.setUsesTextLabel(True)
self.buttonAccept.setTextLabel("Save")
self.buttonAccept.setMinimumSize(QSize(75, 50))
self.buttonAccept.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonAccept.setEnabled(False)
QObject.connect(self.buttonAccept, SIGNAL("clicked()"),
self.acceptClicked)
self.standardColor = None
self.buttonReject = QToolButton(self.buttonsBox)
self.buttonReject.setUsesTextLabel(True)
self.buttonReject.setTextLabel("Reject")
self.buttonReject.setMinimumSize(QSize(75, 50))
self.buttonReject.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonReject.setEnabled(False)
self.buttonReject.hide()
QObject.connect(self.buttonReject, SIGNAL("clicked()"),
self.rejectClicked)
# HorizontalSpacer4(self.sampleCentreBox)
self.extraCommands = CommandMenuBrick.CommandMenuBrick(
self.sampleCentreBox)
self.extraCommands["showBorder"] = False
self.buttonSnapshot = QToolButton(self.sampleCentreBox)
self.buttonSnapshot.setUsesTextLabel(True)
self.buttonSnapshot.setTextLabel("Snapshot")
self.buttonSnapshot.setMinimumSize(QSize(75, 50))
self.buttonSnapshot.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
QObject.connect(self.buttonSnapshot, SIGNAL("clicked()"),
self.saveSnapshot)
self.buttonToogleMDPhase = QToolButton(self.sampleCentreBox)
self.buttonToogleMDPhase.setUsesTextLabel(True)
self.buttonToogleMDPhase.setTextLabel("MD phase")
self.buttonToogleMDPhase.setMinimumSize(QSize(75, 50))
self.buttonToogleMDPhase.setSizePolicy(QSizePolicy.Fixed,
QSizePolicy.Fixed)
QObject.connect(self.buttonToogleMDPhase, SIGNAL("clicked()"),
self.toggleMDPhase)
self.buttonToogleMDPhase.hide()
# HorizontalSpacer3(self.sampleCentreBox)
self.centringButtons = []
self.defaultBackgroundColor = None
self.insideDataCollection = False
self.currentCentring = None
self.isMoving = False
self.isShooting = False
self.directory = "/tmp"
self.prefix = "snapshot"
self.fileIndex = 1
self.formatType = "png"
self.clickedPoints = []
self.selectedSamples = None
# Layout
self.setSizePolicy(QSizePolicy.Expanding, QSizePolicy.Fixed)
QHBoxLayout(self)
self.layout().addWidget(self.sampleCentreBox)
self.instanceSynchronize("")
self.resetMethods = None
self.successfulMethods = None
def enableAutoStartLoopCentring(self, enable):
if self.minidiff is not None:
self.minidiff.enableAutoStartLoopCentring(enable)
def propertyChanged(self, propertyName, oldValue, newValue):
if propertyName == "beamInfo":
if self.beamInfo is not None:
self.disconnect(self.beamInfo, PYSIGNAL("beamInfoChanged"),
self.beamInfoChanged)
self.disconnect(self.beamInfo, PYSIGNAL("beamPosChanged"),
self.beamPosChanged)
self.beamInfo = self.getHardwareObject(newValue)
if self.beamInfo is not None:
self.connect(self.beamInfo, PYSIGNAL("beamInfoChanged"),
self.beamInfoChanged)
self.connect(self.beamInfo, PYSIGNAL("beamPosChanged"),
self.beamPosChanged)
elif propertyName == "minidiff":
if self.minidiff is not None:
self.disconnect(self.minidiff, PYSIGNAL("minidiffReady"),
self.miniDiffReady)
self.disconnect(self.minidiff, PYSIGNAL("minidiffNotReady"),
self.miniDiffNotReady)
self.disconnect(
self.minidiff,
PYSIGNAL("minidiffStateChanged"),
self.miniDiffStateChanged,
)
self.disconnect(self.minidiff, PYSIGNAL("centringStarted"),
self.centringStarted)
self.disconnect(
self.minidiff,
PYSIGNAL("centringSuccessful"),
self.centringSuccessful,
)
self.disconnect(self.minidiff, PYSIGNAL("centringAccepted"),
self.centringAccepted)
self.disconnect(self.minidiff, PYSIGNAL("centringFailed"),
self.centringFailed)
self.disconnect(self.minidiff, PYSIGNAL("centringMoving"),
self.centringMoving)
self.disconnect(self.minidiff, PYSIGNAL("centringInvalid"),
self.centringInvalid)
self.disconnect(self.minidiff, PYSIGNAL("centringSnapshots"),
self.centringSnapshots)
self.disconnect(self.minidiff, PYSIGNAL("progressMessage"),
self.miniDiffMessage)
self.disconnect(
self.minidiff,
PYSIGNAL("newAutomaticCentringPoint"),
self.drawAutoCentringPoint,
)
self.disconnect(
self.minidiff,
PYSIGNAL("zoomMotorPredefinedPositionChanged"),
self.zoomPositionChanged,
)
self.minidiff = self.getHardwareObject(newValue)
if self.minidiff is not None:
self.connect(self.minidiff, PYSIGNAL("minidiffReady"),
self.miniDiffReady)
self.connect(self.minidiff, PYSIGNAL("minidiffNotReady"),
self.miniDiffNotReady)
self.connect(
self.minidiff,
PYSIGNAL("minidiffStateChanged"),
self.miniDiffStateChanged,
)
self.connect(self.minidiff, PYSIGNAL("centringStarted"),
self.centringStarted)
self.connect(
self.minidiff,
PYSIGNAL("centringSuccessful"),
self.centringSuccessful,
)
self.connect(self.minidiff, PYSIGNAL("centringAccepted"),
self.centringAccepted)
self.connect(self.minidiff, PYSIGNAL("centringFailed"),
self.centringFailed)
self.connect(self.minidiff, PYSIGNAL("centringMoving"),
self.centringMoving)
self.connect(self.minidiff, PYSIGNAL("centringInvalid"),
self.centringInvalid)
self.connect(self.minidiff, PYSIGNAL("centringSnapshots"),
self.centringSnapshots)
self.connect(self.minidiff, PYSIGNAL("progressMessage"),
self.miniDiffMessage)
self.connect(
self.minidiff,
PYSIGNAL("newAutomaticCentringPoint"),
self.drawAutoCentringPoint,
)
self.connect(
self.minidiff,
PYSIGNAL("zoomMotorPredefinedPositionChanged"),
self.zoomPositionChanged,
)
if self.minidiff.isReady():
self.miniDiffReady()
else:
self.miniDiffNotReady()
self.resetMethods = {
self.minidiff.MANUAL3CLICK_MODE: self.manualCentreReset,
self.minidiff.C3D_MODE: self.automaticCentreReset,
}
# MiniDiff.MiniDiff.MOVE_TO_BEAM_MODE:self.moveToBeamReset}
self.successfulMethods = {
self.minidiff.MANUAL3CLICK_MODE: None,
self.minidiff.C3D_MODE: self.automaticCentreSuccessful,
}
# MiniDiff.MiniDiff.MOVE_TO_BEAM_MODE:self.moveToBeamSuccessful}
else:
self.miniDiffNotReady()
elif propertyName == "samplechanger":
self.sampleChanger = self.getHardwareObject(newValue)
elif propertyName == "dataCollect":
self.collectObj = self.getHardwareObject(newValue)
elif propertyName == "icons":
self.setIcons(newValue)
elif propertyName == "label":
pass # self.sampleCentreBox.setTitle(newValue)
elif propertyName == "extraCommands":
self.extraCommands["mnemonic"] = newValue
elif propertyName == "extraCommandsIcons":
self.extraCommands["icons"] = newValue
elif propertyName == "queue":
self.queue_hwobj = self.getHardwareObject(newValue)
self.queue_hwobj.connect("queue_execution_finished", self.enable)
self.queue_hwobj.connect("queue_stopped", self.enable)
elif propertyName == "useMDPhases":
if newValue:
self.buttonToogleMDPhase.show()
else:
self.buttonToogleMDPhase.hide()
else:
BlissWidget.propertyChanged(self, propertyName, oldValue, newValue)
def enable(self, *args):
self.setEnabled(True)
def disable(self, *args):
self.setEnabled(False)
def setIcons(self, icons):
icons_list = icons.split()
try:
self.buttonCentre.setIcons(icons_list[0], icons_list[1])
except IndexError:
pass
try:
self.buttonAccept.setPixmap(Icons.load(icons_list[2]))
except IndexError:
pass
try:
self.buttonSnapshot.setPixmap(Icons.load(icons_list[3]))
except IndexError:
pass
try:
self.buttonReject.setPixmap(Icons.load(icons_list[4]))
except IndexError:
pass
try:
self.buttonToogleMDPhase.setPixmap(Icons.load(icons_list[5]))
except IndexError:
pass
def setDirectory(self, directory):
self.directory = str(directory)
self.fileIndex = 1
def setPrefix(self, prefix):
self.prefix = str(prefix)
self.fileIndex = 1
def setSample(self, samples_list):
self.selectedSamples = samples_list
try:
blsampleid = int(self.selectedSamples[0][0])
except BaseException:
blsampleid = None
try:
self.minidiff.setSampleInfo({"blsampleid": blsampleid})
except BaseException:
pass
def emitWidgetSynchronize(self):
# mode=self.modeBox.selectedId()
points = self.clickedPoints
# self.emit(PYSIGNAL("widgetSynchronize"),( (mode,points), ))
self.emit(PYSIGNAL("widgetSynchronize"), ((points), ))
def widgetSynchronize(self, state):
# centring_method=state[0]
# clicked_points=state[1]
clicked_points = state[0]
# self.modeBox.setButton(centring_method)
if len(clicked_points):
point = clicked_points[-1]
self.__point.startDrawing()
self.__point.show()
self.__point.setPoint(point[0], point[1])
self.__point.stopDrawing()
else:
self.__point.hide()
def startCentring(self):
# this is called from another brick, not by user
self.insideDataCollection = True
self.centreSampleClicked()
def rejectCentring(self):
self.cancelCentringClicked(reject=True)
def acceptCentring(self):
self.acceptClicked()
def centreSampleClicked(self):
self.minidiff.startCentringMethod(self.minidiff.MANUAL3CLICK_MODE)
def saveSnapshot(self):
formats = ""
for format in HutchMenuBrick.SNAPSHOT_FORMATS:
formats += "*.%s " % format
formats = formats.strip()
current_filename = os.path.join(self.directory, self.prefix)
current_filename = current_filename + "_%d%s%s" % (
self.fileIndex,
os.path.extsep,
self.formatType,
)
filename = str(
QFileDialog.getSaveFileName(
current_filename,
"Images (%s)" % formats,
self,
None,
"Choose a filename to save under",
None,
False,
))
if len(filename):
image_type = os.path.splitext(filename)[1].strip(".").upper()
try:
matrix = self.__drawing.matrix()
zoom = 1
if matrix is not None:
zoom = matrix.m11()
img = self.__drawing.getPPP()
logging.getLogger().info("Saving snapshot : %s", filename)
QubImageSave.save(filename, img, self.__drawing.canvas(), zoom,
image_type)
except BaseException:
logging.getLogger().exception(
"HutchMenuBrick: error saving snapshot!")
logging.getLogger().error(
"HutchMenuBrick: error saving snapshot!")
else:
self.formatType = image_type.lower()
self.fileIndex += 1
def centredPositionSnapshot(self):
matrix = self.__drawing.matrix()
zoom = 1
if matrix is not None:
zoom = matrix.m11()
img = self.__drawing.getPPP()
fd, name = tempfile.mkstemp()
os.close(fd)
QubImageSave.save(name, img, self.__drawing.canvas(), zoom, "JPEG")
f = open(name, "r")
imgcopy = f.read()
f.close()
os.unlink(name)
return imgcopy
def getSnapshot(self, img):
logging.getLogger().debug("Taking snapshot for centred position")
img["data"] = self.centredPositionSnapshot()
def cancelCentringClicked(self, reject=False):
# print "CANCELCENTRINGCLICKED",reject
self.minidiff.cancelCentringMethod(reject=reject)
def acceptClicked(self):
if self.standardColor is not None:
self.buttonAccept.setPaletteBackgroundColor(self.standardColor)
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
self.minidiff.acceptCentring()
def rejectClicked(self):
if self.standardColor is not None:
self.buttonReject.setPaletteBackgroundColor(self.standardColor)
self.buttonReject.setEnabled(False)
self.buttonAccept.setEnabled(False)
self.minidiff.rejectCentring()
self.insideDataCollection = False
def centringMoving(self):
self.isMoving = True
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
def centringInvalid(self):
if self.collectObj is not None:
self.collectObj.setCentringStatus(None)
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
def centringAccepted(self, state, centring_status):
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
if self.insideDataCollection:
self.insideDataCollection = False
self.emit(PYSIGNAL("centringAccepted"), (state, centring_status))
beam_info = self.beamInfo.get_beam_info()
if beam_info is not None:
beam_info["size_x"] = beam_info["size_x"] * self.pixels_per_mm[0]
beam_info["size_y"] = beam_info["size_y"] * self.pixels_per_mm[1]
self.emit(PYSIGNAL("newCentredPos"),
(state, centring_status, beam_info))
if self.queue_hwobj.is_executing():
self.disable()
def centringSnapshots(self, state):
if state is None:
self.isShooting = True
self.sampleCentreBox.setEnabled(False)
else:
self.isShooting = False
self.sampleCentreBox.setEnabled(True)
def centringStarted(self, method, flexible):
self.setEnabled(True)
self.emit(PYSIGNAL("enableMinidiff"), (False, ))
if self.insideDataCollection:
self.emit(PYSIGNAL("centringStarted"), ())
self.isCentring = True
self.isMoving = False
self.isShooting = False
"""
for but in self.centringButtons:
if str(but.text())==method:
if self.defaultBackgroundColor is None:
self.defaultBackgroundColor=but.paletteBackgroundColor()
but.setPaletteBackgroundColor(QWidget.yellow)
self.currentCentring=but
break
"""
self.currentCentring = CentringMethod(method)
self.buttonCentre.commandStarted()
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
if method == self.minidiff.MANUAL3CLICK_MODE:
self.__point.startDrawing()
self.__helpLine.startDrawing()
self.__pointer.startDrawing()
def drawAutoCentringPoint(self, x, y):
if -1 in (x, y):
self.__autoCentringPoint.hide()
return
self.__autoCentringPoint.startDrawing()
self.__autoCentringPoint.setPoint(x, y)
self.__autoCentringPoint.stopDrawing()
self.__autoCentringPoint.show()
def centringSuccessful(self, method, centring_status):
self.__point.stopDrawing()
self.__point.hide()
self.__helpLine.hide()
self.__helpLine.stopDrawing()
self.__pointer.stopDrawing()
self.__pointer.hide()
self.clickedPoints = []
self.emitWidgetSynchronize()
self.buttonCentre.commandDone()
if self.currentCentring is not None:
# self.currentCentring.setPaletteBackgroundColor(self.defaultBackgroundColor)
self.currentCentring = None
self.buttonAccept.setEnabled(True)
self.buttonReject.setEnabled(True)
if self.insideDataCollection:
if self.standardColor is None:
self.standardColor = self.buttonAccept.paletteBackgroundColor()
self.buttonAccept.setPaletteBackgroundColor(
widget_colors.LIGHT_GREEN)
self.buttonReject.setPaletteBackgroundColor(
widget_colors.LIGHT_RED)
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
self.isMoving = False
self.sampleCentreBox.setEnabled(True)
self.emit(PYSIGNAL("enableMinidiff"), (True, ))
try:
successful_method = self.successfulMethods[method]
except KeyError as diag:
pass
else:
try:
successful_method()
except BaseException:
pass
def centringFailed(self, method, centring_status):
self.__point.stopDrawing()
self.__point.hide()
self.__helpLine.hide()
self.__helpLine.stopDrawing()
self.__pointer.stopDrawing()
self.__pointer.hide()
self.clickedPoints = []
self.emitWidgetSynchronize()
self.buttonCentre.commandFailed()
if self.currentCentring is not None:
# self.currentCentring.setPaletteBackgroundColor(self.defaultBackgroundColor)
self.currentCentring = None
self.buttonAccept.setEnabled(False)
if self.insideDataCollection:
if self.standardColor is None:
self.standardColor = self.buttonAccept.paletteBackgroundColor()
self.buttonReject.setEnabled(True)
self.buttonReject.setPaletteBackgroundColor(QWidget.red)
else:
self.buttonReject.setEnabled(False)
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
self.emit(PYSIGNAL("enableMinidiff"), (True, ))
try:
reset_method = self.resetMethods[method]
except KeyError as diag:
pass
else:
try:
reset_method()
except BaseException:
pass
# def movedToBeam(self,x,y):
# pass
def manualCentreReset(self):
self.resetPoints()
def automaticCentreReset(self):
if not self.userConfirmsButton.isChecked():
self.rejectCentring()
def automaticCentreSuccessful(self):
if not self.userConfirmsButton.isChecked():
self.acceptCentring()
# def moveToBeamSuccessful(self):
# self.emit(PYSIGNAL("setMoveToBeamState"), (False,))
# pass
# def moveToBeamReset(self):
# self.emit(PYSIGNAL("setMoveToBeamState"), (False,))
# pass
def __endDrawingPoint(self, drawingManager):
x, y = drawingManager.point()
self.imageClicked(x, y, x, y)
# Handler for clicking the video when doing the 3-click centring
def imageClicked(self, x, y, xi, yi):
if (self.currentCentring is not None and str(
self.currentCentring.text()) == self.minidiff.MANUAL3CLICK_MODE
and self.minidiff.isReady()):
try:
points = self.minidiff.imageClicked(x, y, xi, yi)
except StopIteration:
pass
else:
self.addPoint(x, y, xi, yi)
# Signals a new point in the 3-click centering
def addPoint(self, x, y, xi, yi):
self.clickedPoints.append((x, y, xi, yi))
self.emitWidgetSynchronize()
# Resets the points in the 3-click centering
def resetPoints(self):
self.clickedPoints = []
self.emitWidgetSynchronize()
# Displays a message
def showMessageToUser(self, message=None):
try:
self.__drawing.setInfo(message)
except BaseException:
pass
def connectNotify(self, signalName):
if signalName == "beamPositionChanged":
if self.minidiff and self.beamInfo:
if self.minidiff.isReady():
self.beam_position = self.beamInfo.get_beam_position()
self.emit(
PYSIGNAL("beamPositionChanged"),
(
self.beam_position[0],
self.beam_position[1],
self.beam_size[0],
self.beam_size[1],
),
)
elif signalName == "calibrationChanged":
if self.minidiff and self.minidiff.isReady():
try:
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
self.emit(
PYSIGNAL("calibrationChanged"),
(1e3 / self.pixels_per_mm[0],
1e3 / self.pixels_per_mm[1]),
)
except BaseException:
pass
# Event when the minidiff is in ready state
def miniDiffReady(self):
try:
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
except BaseException:
self.pixels_per_mm = [None, None]
if self.pixels_per_mm[0] is not None and self.pixels_per_mm[
1] is not None:
self.beam_position = self.beamInfo.get_beam_position()
self.beam_size = self.beamInfo.get_beam_size()
self.sampleCentreBox.setEnabled(True)
self.updateBeam()
self.emit(
PYSIGNAL("beamPositionChanged"),
(
self.beam_position[0],
self.beam_position[1],
self.beam_size[0],
self.beam_size[1],
),
)
else:
self.miniDiffNotReady()
# Event when the minidiff is in notready state
def miniDiffNotReady(self):
try:
self.__beam.hide()
except AttributeError:
pass
if not self.buttonCentre.executing:
self.sampleCentreBox.setEnabled(False)
def miniDiffStateChanged(self, state):
if self.buttonCentre.executing or self.isMoving or self.isShooting:
return
try:
self.sampleCentreBox.setEnabled(
state == self.minidiff.phiMotor.READY)
except BaseException:
pass
# Displays a message (signaled from the minidiff hardware object)
def miniDiffMessage(self, msg=None):
self.showMessageToUser(msg)
# Update both zoom and slits when started
def run(self):
if self.minidiff is not None:
zoom = self.minidiff.zoomMotor
if zoom is not None:
if zoom.isReady():
self.zoomPositionChanged(zoom.getCurrentPositionName(), 0)
keys = {}
self.emit(PYSIGNAL("getView"), (keys, ))
self.__drawing = keys.get("drawing", None)
self.__view = keys.get("view", None)
if self.minidiff is not None:
self.minidiff._drawing = self.__drawing
try:
self.__point, _ = QubAddDrawing(self.__drawing, QubPointDrawingMgr,
QubCanvasTarget)
self.__point.setEndDrawCallBack(self.__endDrawingPoint)
self.__point.setColor(Qt.yellow)
self.__autoCentringPoint, _ = QubAddDrawing(
self.__drawing, QubPointDrawingMgr, QubCanvasTarget)
self.__autoCentringPoint.setColor(Qt.green)
self.__helpLine, _ = QubAddDrawing(self.__drawing,
QubPointDrawingMgr,
QubCanvasVLine)
self.__helpLine.setAutoDisconnectEvent(True)
self.__helpLine.setExclusive(False)
self.__helpLine.setColor(Qt.yellow)
self.__rectangularBeam, _ = QubAddDrawing(self.__drawing,
QubContainerDrawingMgr,
QubCanvasSlitbox)
self.__rectangularBeam.show()
self.__rectangularBeam.setSlitboxSize(0, 0)
self.__rectangularBeam.setColor(Qt.red)
self.__rectangularBeam.setSlitboxPen(QPen(Qt.blue))
self.__beam, _ = QubAddDrawing(self.__drawing,
QubContainerDrawingMgr,
QubCanvasBeam)
self.__beam.setPen(QPen(Qt.blue))
self.__beam.hide()
self.__pointer, _, _ = QubAddDrawing(self.__drawing,
QubPointDrawingMgr,
QubCanvasHLine,
QubCanvasVLine)
self.__pointer.setDrawingEvent(QubMoveNPressed1Point)
self.__pointer.setExclusive(False)
self.__pointer.setColor(Qt.yellow)
self.__scale, scale = QubAddDrawing(self.__drawing,
QubContainerDrawingMgr,
QubCanvasScale)
self.sx = self.__scale.setXPixelSize
self.sy = self.__scale.setYPixelSize
self.__scale.show()
try:
self.__scale.setXPixelSize(self.__scaleX)
self.__scale.setYPixelSize(self.__scaleY)
except AttributeError:
pass
else:
self.emit(PYSIGNAL("calibrationChanged"),
(self.__scaleX, self.__scaleY))
self.updateBeam(force=True)
except BaseException:
logging.getLogger().exception(
"HutchMenuBrick: problem starting up display")
def _drawBeam(self):
if None in (self.beam_size, self.beam_shape):
self.beam_position = self.beamInfo.get_beam_position()
self.beam_size = self.beamInfo.get_beam_size()
if True:
self.__rectangularBeam.show()
if None in self.beam_size:
return
if self.beam_shape == "rectangular":
self.__rectangularBeam.setSlitboxSize(
self.beam_size[0] * self.pixels_per_mm[0],
self.beam_size[1] * self.pixels_per_mm[1],
)
self.__beam.hide()
else:
self.__rectangularBeam.setSlitboxSize(0, 0)
self.__beam.setSize(
self.beam_size[0] * self.pixels_per_mm[0],
self.beam_size[1] * self.pixels_per_mm[1],
)
self.__beam.show()
def updateBeam(self, force=False):
if self["displayBeam"]:
# if self.minidiff:
# if not self.minidiff.isReady(): time.sleep(0.2)
try:
self.__rectangularBeam.set_xMid_yMid(self.beam_position[0],
self.beam_position[1])
except AttributeError:
pass
try:
self.__beam.move(self.beam_position[0], self.beam_position[1])
self._drawBeam()
# try:
# self._updateBeam(self.beamInfo.get_beam_info())
# except:
# logging.getLogger().exception("Could not get beam size: cannot display beam")
# self.__beam.hide()
except AttributeError:
pass
def beamPosChanged(self, position):
self.beam_position = position
self.emit(
PYSIGNAL("beamPositionChanged"),
(
self.beam_position[0],
self.beam_position[1],
self.beam_size[0],
self.beam_size[1],
),
)
self.updateBeam(True)
def beamInfoChanged(self, beam_info):
try:
self.beam_position = self.beamInfo.get_beam_position()
except BaseException:
pass
self.beam_size = (beam_info["size_x"], beam_info["size_y"])
self.beam_shape = beam_info["shape"]
self.emit(
PYSIGNAL("beamPositionChanged"),
(
self.beam_position[0],
self.beam_position[1],
self.beam_size[0],
self.beam_size[1],
),
)
self.updateBeam(True)
# Zoom changed: update pixels per mm
def zoomPositionChanged(self, position, offset):
pxmmy, pxmmz, pxsize_y, pxsize_z = None, None, None, None
if offset is None:
# unknown zoom pos.
try:
self.__scale.hide()
self.__rectangularBeam.hide()
self.__beam.hide()
except AttributeError:
self.__scaleX = None
self.__scaleY = None
else:
if self.minidiff is not None:
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
if (self.pixels_per_mm[0] is not None
and self.pixels_per_mm[1] is not None):
pxsize_y = 1e-3 / self.pixels_per_mm[0]
pxsize_z = 1e-3 / self.pixels_per_mm[1]
try:
self.sx(pxsize_y)
self.sy(pxsize_z)
except AttributeError:
self.__scaleX = pxsize_y
self.__scaleY = pxsize_z
else:
self.emit(PYSIGNAL("calibrationChanged"),
(pxsize_y, pxsize_z))
self.updateBeam(True)
self.__scale.show()
def toggleMDPhase(self):
if self.minidiff is not None:
self.minidiff.togglePhase()
class HutchMenuBrick(BlissWidget):
SNAPSHOT_FORMATS = ('png', 'jpeg')
def __init__(self, *args):
BlissWidget.__init__(self, *args)
self.minidiff = None
self.beamInfo = None
self.sampleChanger=None
self.collectObj = None
self.queue_hwobj = None
self.beam_position = None
self.beam_size = None
self.beam_shape = None
self.pixels_per_mm = None
#self.allowMoveToBeamCentring = False
# Define properties
self.addProperty('beamInfo', 'string', '')
self.addProperty('minidiff','string','')
self.addProperty('dataCollect','string','')
self.addProperty('samplechanger','string','')
self.addProperty('extraCommands','string','')
self.addProperty('extraCommandsIcons','string','')
self.addProperty('icons','string','')
self.addProperty('label','string','Sample centring')
self.addProperty('displayBeam', 'boolean', True)
self.addProperty('queue', 'string', '/queue')
self.addProperty('useMDPhases', 'boolean', False)
# Define signals and slots
self.defineSignal('enableMinidiff',())
self.defineSignal('centringStarted',())
self.defineSignal('centringAccepted',())
self.defineSignal('getView',())
self.defineSignal('beamPositionChanged', ())
self.defineSignal('calibrationChanged', ())
self.defineSignal('newCentredPos', ())
#self.defineSignal('setMoveToBeamState', ())
self.defineSlot('setDirectory',())
self.defineSlot('setPrefix',())
#self.defineSlot('movedToBeam', ())
self.defineSlot('startCentring', ())
self.defineSlot('rejectCentring', ())
self.defineSlot('setSample',())
#self.defineSlot('enableAutoStartLoopCentring', ())
self.defineSlot('getSnapshot',())
self.sampleCentreBox=QVBox(self)
self.buttonsBox=QVBox(self.sampleCentreBox)
self.buttonsBox.setSpacing(0)
self.buttonCentre=MenuButton(self.buttonsBox,"Centre")
self.buttonCentre.setMinimumSize(QSize(75,50))
self.connect(self.buttonCentre,PYSIGNAL('executeCommand'),self.centreSampleClicked)
self.connect(self.buttonCentre,PYSIGNAL('cancelCommand'),self.cancelCentringClicked)
self.buttonAccept = QToolButton(self.buttonsBox)
self.buttonAccept.setUsesTextLabel(True)
self.buttonAccept.setTextLabel("Save")
self.buttonAccept.setMinimumSize(QSize(75,50))
self.buttonAccept.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonAccept.setEnabled(False)
QObject.connect(self.buttonAccept,SIGNAL('clicked()'),self.acceptClicked)
self.standardColor=None
self.buttonReject = QToolButton(self.buttonsBox)
self.buttonReject.setUsesTextLabel(True)
self.buttonReject.setTextLabel("Reject")
self.buttonReject.setMinimumSize(QSize(75,50))
self.buttonReject.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonReject.setEnabled(False)
self.buttonReject.hide()
QObject.connect(self.buttonReject,SIGNAL('clicked()'),self.rejectClicked)
#HorizontalSpacer4(self.sampleCentreBox)
self.extraCommands=CommandMenuBrick.CommandMenuBrick(self.sampleCentreBox)
self.extraCommands['showBorder']=False
self.buttonSnapshot = QToolButton(self.sampleCentreBox)
self.buttonSnapshot.setUsesTextLabel(True)
self.buttonSnapshot.setTextLabel("Snapshot")
self.buttonSnapshot.setMinimumSize(QSize(75,50))
self.buttonSnapshot.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
QObject.connect(self.buttonSnapshot,SIGNAL('clicked()'),self.saveSnapshot)
self.buttonToogleMDPhase = QToolButton(self.sampleCentreBox)
self.buttonToogleMDPhase.setUsesTextLabel(True)
self.buttonToogleMDPhase.setTextLabel("MD phase")
self.buttonToogleMDPhase.setMinimumSize(QSize(75,50))
self.buttonToogleMDPhase.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
QObject.connect(self.buttonToogleMDPhase,SIGNAL('clicked()'),self.toggleMDPhase)
self.buttonToogleMDPhase.hide()
#HorizontalSpacer3(self.sampleCentreBox)
self.centringButtons=[]
self.defaultBackgroundColor=None
self.insideDataCollection=False
self.currentCentring = None
self.isMoving=False
self.isShooting=False
self.directory="/tmp"
self.prefix="snapshot"
self.fileIndex=1
self.formatType="png"
self.clickedPoints=[]
self.selectedSamples=None
# Layout
self.setSizePolicy(QSizePolicy.Expanding, QSizePolicy.Fixed)
QHBoxLayout(self)
self.layout().addWidget(self.sampleCentreBox)
self.instanceSynchronize("")
self.resetMethods = None
self.successfulMethods = None
def enableAutoStartLoopCentring(self, enable):
if self.minidiff is not None:
self.minidiff.enableAutoStartLoopCentring(enable)
def propertyChanged(self,propertyName,oldValue,newValue):
if propertyName=="beamInfo":
if self.beamInfo is not None:
self.disconnect(self.beamInfo,PYSIGNAL('beamInfoChanged'), self.beamInfoChanged)
self.disconnect(self.beamInfo,PYSIGNAL('beamPosChanged'), self.beamPosChanged)
self.beamInfo=self.getHardwareObject(newValue)
if self.beamInfo is not None:
self.connect(self.beamInfo,PYSIGNAL('beamInfoChanged'), self.beamInfoChanged)
self.connect(self.beamInfo,PYSIGNAL('beamPosChanged'), self.beamPosChanged)
elif propertyName=='minidiff':
if self.minidiff is not None:
self.disconnect(self.minidiff,PYSIGNAL('minidiffReady'),self.miniDiffReady)
self.disconnect(self.minidiff,PYSIGNAL('minidiffNotReady'),self.miniDiffNotReady)
self.disconnect(self.minidiff,PYSIGNAL('minidiffStateChanged'),self.miniDiffStateChanged)
self.disconnect(self.minidiff,PYSIGNAL('centringStarted'),self.centringStarted)
self.disconnect(self.minidiff,PYSIGNAL('centringSuccessful'),self.centringSuccessful)
self.disconnect(self.minidiff,PYSIGNAL('centringAccepted'),self.centringAccepted)
self.disconnect(self.minidiff,PYSIGNAL('centringFailed'),self.centringFailed)
self.disconnect(self.minidiff,PYSIGNAL('centringMoving'),self.centringMoving)
self.disconnect(self.minidiff,PYSIGNAL('centringInvalid'),self.centringInvalid)
self.disconnect(self.minidiff,PYSIGNAL('centringSnapshots'),self.centringSnapshots)
self.disconnect(self.minidiff,PYSIGNAL('progressMessage'),self.miniDiffMessage)
self.disconnect(self.minidiff,PYSIGNAL('newAutomaticCentringPoint'),self.drawAutoCentringPoint)
self.disconnect(self.minidiff,PYSIGNAL('zoomMotorPredefinedPositionChanged'), self.zoomPositionChanged)
self.minidiff=self.getHardwareObject(newValue)
if self.minidiff is not None:
self.connect(self.minidiff,PYSIGNAL('minidiffReady'),self.miniDiffReady)
self.connect(self.minidiff,PYSIGNAL('minidiffNotReady'),self.miniDiffNotReady)
self.connect(self.minidiff,PYSIGNAL('minidiffStateChanged'),self.miniDiffStateChanged)
self.connect(self.minidiff,PYSIGNAL('centringStarted'),self.centringStarted)
self.connect(self.minidiff,PYSIGNAL('centringSuccessful'),self.centringSuccessful)
self.connect(self.minidiff,PYSIGNAL('centringAccepted'),self.centringAccepted)
self.connect(self.minidiff,PYSIGNAL('centringFailed'),self.centringFailed)
self.connect(self.minidiff,PYSIGNAL('centringMoving'),self.centringMoving)
self.connect(self.minidiff,PYSIGNAL('centringInvalid'),self.centringInvalid)
self.connect(self.minidiff,PYSIGNAL('centringSnapshots'),self.centringSnapshots)
self.connect(self.minidiff,PYSIGNAL('progressMessage'),self.miniDiffMessage)
self.connect(self.minidiff,PYSIGNAL('newAutomaticCentringPoint'),self.drawAutoCentringPoint)
self.connect(self.minidiff,PYSIGNAL('zoomMotorPredefinedPositionChanged'),self.zoomPositionChanged)
if self.minidiff.isReady():
self.miniDiffReady()
else:
self.miniDiffNotReady()
self.resetMethods={self.minidiff.MANUAL3CLICK_MODE:self.manualCentreReset,
self.minidiff.C3D_MODE:self.automaticCentreReset}
#MiniDiff.MiniDiff.MOVE_TO_BEAM_MODE:self.moveToBeamReset}
self.successfulMethods={self.minidiff.MANUAL3CLICK_MODE:None,
self.minidiff.C3D_MODE:self.automaticCentreSuccessful}
#MiniDiff.MiniDiff.MOVE_TO_BEAM_MODE:self.moveToBeamSuccessful}
else:
self.miniDiffNotReady()
elif propertyName=="samplechanger":
self.sampleChanger=self.getHardwareObject(newValue)
elif propertyName=="dataCollect":
self.collectObj=self.getHardwareObject(newValue)
elif propertyName == 'icons':
self.setIcons(newValue)
elif propertyName=='label':
pass #self.sampleCentreBox.setTitle(newValue)
elif propertyName=='extraCommands':
self.extraCommands['mnemonic']=newValue
elif propertyName=='extraCommandsIcons':
self.extraCommands['icons']=newValue
elif propertyName=='queue':
self.queue_hwobj = self.getHardwareObject(newValue)
self.queue_hwobj.connect("queue_execution_finished", self.enable)
self.queue_hwobj.connect("queue_stopped", self.enable)
elif propertyName=='useMDPhases':
if newValue:
self.buttonToogleMDPhase.show()
else:
self.buttonToogleMDPhase.hide()
else:
BlissWidget.propertyChanged(self,propertyName,oldValue,newValue)
def enable(self, *args):
self.setEnabled(True)
def disable(self, *args):
self.setEnabled(False)
def setIcons(self,icons):
icons_list=icons.split()
try:
self.buttonCentre.setIcons(icons_list[0],icons_list[1])
except IndexError:
pass
try:
self.buttonAccept.setPixmap(Icons.load(icons_list[2]))
except IndexError:
pass
try:
self.buttonSnapshot.setPixmap(Icons.load(icons_list[3]))
except IndexError:
pass
try:
self.buttonReject.setPixmap(Icons.load(icons_list[4]))
except IndexError:
pass
try:
self.buttonToogleMDPhase.setPixmap(Icons.load(icons_list[5]))
except IndexError:
pass
def setDirectory(self,directory):
self.directory=str(directory)
self.fileIndex=1
def setPrefix(self,prefix):
self.prefix=str(prefix)
self.fileIndex=1
def setSample(self,samples_list):
self.selectedSamples = samples_list
try:
blsampleid=int(self.selectedSamples[0][0])
except:
blsampleid=None
try:
self.minidiff.setSampleInfo({"blsampleid":blsampleid})
except:
pass
def emitWidgetSynchronize(self):
#mode=self.modeBox.selectedId()
points=self.clickedPoints
#self.emit(PYSIGNAL("widgetSynchronize"),( (mode,points), ))
self.emit(PYSIGNAL("widgetSynchronize"),( (points), ))
def widgetSynchronize(self,state):
#centring_method=state[0]
#clicked_points=state[1]
clicked_points=state[0]
#self.modeBox.setButton(centring_method)
if len(clicked_points):
point=clicked_points[-1]
self.__point.startDrawing()
self.__point.show()
self.__point.setPoint(point[0],point[1])
self.__point.stopDrawing()
else:
self.__point.hide()
def startCentring(self):
# this is called from another brick, not by user
self.insideDataCollection=True
self.centreSampleClicked()
def rejectCentring(self):
self.cancelCentringClicked(reject=True)
def acceptCentring(self):
self.acceptClicked()
def centreSampleClicked(self):
self.minidiff.startCentringMethod(self.minidiff.MANUAL3CLICK_MODE)
def saveSnapshot(self):
formats=""
for format in HutchMenuBrick.SNAPSHOT_FORMATS:
formats+="*.%s " % format
formats=formats.strip()
current_filename=os.path.join(self.directory, self.prefix)
current_filename=current_filename + '_%d%s%s' % (self.fileIndex, os.path.extsep, self.formatType)
filename=str(QFileDialog.getSaveFileName(current_filename,"Images (%s)" % formats,\
self,None,"Choose a filename to save under",None,False))
if len(filename):
image_type=os.path.splitext(filename)[1].strip('.').upper()
try:
matrix = self.__drawing.matrix()
zoom = 1
if matrix is not None:
zoom = matrix.m11()
img = self.__drawing.getPPP()
logging.getLogger().info("Saving snapshot : %s", filename)
QubImageSave.save(filename, img, self.__drawing.canvas(), zoom, image_type)
except:
logging.getLogger().exception("HutchMenuBrick: error saving snapshot!")
logging.getLogger().error("HutchMenuBrick: error saving snapshot!")
else:
self.formatType=image_type.lower()
self.fileIndex+=1
def centredPositionSnapshot(self):
matrix = self.__drawing.matrix()
zoom = 1
if matrix is not None:
zoom = matrix.m11()
img = self.__drawing.getPPP()
fd, name = tempfile.mkstemp()
os.close(fd)
QubImageSave.save(name, img, self.__drawing.canvas(), zoom, "JPEG")
f = open(name, "r")
imgcopy = f.read()
f.close()
os.unlink(name)
return imgcopy
def getSnapshot(self, img):
logging.getLogger().debug("Taking snapshot for centred position")
img['data'] = self.centredPositionSnapshot()
def cancelCentringClicked(self,reject=False):
#print "CANCELCENTRINGCLICKED",reject
self.minidiff.cancelCentringMethod(reject=reject)
def acceptClicked(self):
if self.standardColor is not None:
self.buttonAccept.setPaletteBackgroundColor(self.standardColor)
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
self.minidiff.acceptCentring()
def rejectClicked(self):
if self.standardColor is not None:
self.buttonReject.setPaletteBackgroundColor(self.standardColor)
self.buttonReject.setEnabled(False)
self.buttonAccept.setEnabled(False)
self.minidiff.rejectCentring()
self.insideDataCollection=False
def centringMoving(self):
self.isMoving=True
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
def centringInvalid(self):
if self.collectObj is not None:
self.collectObj.setCentringStatus(None)
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
def centringAccepted(self,state,centring_status):
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
if self.insideDataCollection:
self.insideDataCollection = False
self.emit(PYSIGNAL("centringAccepted"), (state,centring_status))
beam_info = self.beamInfo.get_beam_info()
if beam_info is not None:
beam_info['size_x'] = beam_info['size_x'] * self.pixels_per_mm[0]
beam_info['size_y'] = beam_info['size_y'] * self.pixels_per_mm[1]
self.emit(PYSIGNAL("newCentredPos"), (state, centring_status, beam_info))
if self.queue_hwobj.is_executing():
self.disable()
def centringSnapshots(self,state):
if state is None:
self.isShooting=True
self.sampleCentreBox.setEnabled(False)
else:
self.isShooting=False
self.sampleCentreBox.setEnabled(True)
def centringStarted(self,method,flexible):
self.setEnabled(True)
self.emit(PYSIGNAL("enableMinidiff"), (False,))
if self.insideDataCollection:
self.emit(PYSIGNAL("centringStarted"), ())
self.isCentring=True
self.isMoving=False
self.isShooting=False
"""
for but in self.centringButtons:
if str(but.text())==method:
if self.defaultBackgroundColor is None:
self.defaultBackgroundColor=but.paletteBackgroundColor()
but.setPaletteBackgroundColor(QWidget.yellow)
self.currentCentring=but
break
"""
self.currentCentring = CentringMethod(method)
self.buttonCentre.commandStarted()
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
if method == self.minidiff.MANUAL3CLICK_MODE:
self.__point.startDrawing()
self.__helpLine.startDrawing()
self.__pointer.startDrawing()
def drawAutoCentringPoint(self, x,y):
if -1 in (x,y):
self.__autoCentringPoint.hide()
return
self.__autoCentringPoint.startDrawing()
self.__autoCentringPoint.setPoint(x,y)
self.__autoCentringPoint.stopDrawing()
self.__autoCentringPoint.show()
def centringSuccessful(self,method,centring_status):
self.__point.stopDrawing()
self.__point.hide()
self.__helpLine.hide()
self.__helpLine.stopDrawing()
self.__pointer.stopDrawing()
self.__pointer.hide()
self.clickedPoints=[]
self.emitWidgetSynchronize()
self.buttonCentre.commandDone()
if self.currentCentring is not None:
# self.currentCentring.setPaletteBackgroundColor(self.defaultBackgroundColor)
self.currentCentring=None
self.buttonAccept.setEnabled(True)
self.buttonReject.setEnabled(True)
if self.insideDataCollection:
if self.standardColor is None:
self.standardColor=self.buttonAccept.paletteBackgroundColor()
self.buttonAccept.setPaletteBackgroundColor(widget_colors.LIGHT_GREEN)
self.buttonReject.setPaletteBackgroundColor(widget_colors.LIGHT_RED)
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
self.isMoving=False
self.sampleCentreBox.setEnabled(True)
self.emit(PYSIGNAL("enableMinidiff"), (True,))
try:
successful_method=self.successfulMethods[method]
except KeyError as diag:
pass
else:
try:
successful_method()
except:
pass
def centringFailed(self,method,centring_status):
self.__point.stopDrawing()
self.__point.hide()
self.__helpLine.hide()
self.__helpLine.stopDrawing()
self.__pointer.stopDrawing()
self.__pointer.hide()
self.clickedPoints=[]
self.emitWidgetSynchronize()
self.buttonCentre.commandFailed()
if self.currentCentring is not None:
# self.currentCentring.setPaletteBackgroundColor(self.defaultBackgroundColor)
self.currentCentring=None
self.buttonAccept.setEnabled(False)
if self.insideDataCollection:
if self.standardColor is None:
self.standardColor=self.buttonAccept.paletteBackgroundColor()
self.buttonReject.setEnabled(True)
self.buttonReject.setPaletteBackgroundColor(QWidget.red)
else:
self.buttonReject.setEnabled(False)
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
self.emit(PYSIGNAL("enableMinidiff"), (True,))
try:
reset_method=self.resetMethods[method]
except KeyError as diag:
pass
else:
try:
reset_method()
except:
pass
#def movedToBeam(self,x,y):
# pass
def manualCentreReset(self):
self.resetPoints()
def automaticCentreReset(self):
if not self.userConfirmsButton.isChecked():
self.rejectCentring()
def automaticCentreSuccessful(self):
if not self.userConfirmsButton.isChecked():
self.acceptCentring()
#def moveToBeamSuccessful(self):
#self.emit(PYSIGNAL("setMoveToBeamState"), (False,))
# pass
#def moveToBeamReset(self):
#self.emit(PYSIGNAL("setMoveToBeamState"), (False,))
# pass
def __endDrawingPoint(self,drawingManager) :
x,y = drawingManager.point()
self.imageClicked(x,y,x,y)
# Handler for clicking the video when doing the 3-click centring
def imageClicked(self,x,y,xi,yi):
if self.currentCentring is not None\
and str(self.currentCentring.text()) == self.minidiff.MANUAL3CLICK_MODE\
and self.minidiff.isReady():
try:
points=self.minidiff.imageClicked(x,y,xi,yi)
except StopIteration:
pass
else:
self.addPoint(x,y,xi,yi)
# Signals a new point in the 3-click centering
def addPoint(self,x,y,xi,yi):
self.clickedPoints.append((x,y,xi,yi))
self.emitWidgetSynchronize()
# Resets the points in the 3-click centering
def resetPoints(self):
self.clickedPoints=[]
self.emitWidgetSynchronize()
# Displays a message
def showMessageToUser(self,message=None):
try:
self.__drawing.setInfo(message)
except:
pass
def connectNotify(self, signalName):
if signalName=='beamPositionChanged':
if self.minidiff and self.beamInfo:
if self.minidiff.isReady():
self.beam_position = self.beamInfo.get_beam_position()
self.emit(PYSIGNAL("beamPositionChanged"), (self.beam_position[0],\
self.beam_position[1],
self.beam_size[0],\
self.beam_size[1]))
elif signalName=='calibrationChanged':
if self.minidiff and self.minidiff.isReady():
try:
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
self.emit(PYSIGNAL("calibrationChanged"), (1e3 / self.pixels_per_mm[0],\
1e3 / self.pixels_per_mm[1]))
except:
pass
# Event when the minidiff is in ready state
def miniDiffReady(self):
try:
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
except:
self.pixels_per_mm = [None, None]
if self.pixels_per_mm[0] is not None\
and self.pixels_per_mm[1] is not None:
self.beam_position = self.beamInfo.get_beam_position()
self.beam_size = self.beamInfo.get_beam_size()
self.sampleCentreBox.setEnabled(True)
self.updateBeam()
self.emit(PYSIGNAL("beamPositionChanged"), (self.beam_position[0],\
self.beam_position[1],
self.beam_size[0],\
self.beam_size[1]))
else:
self.miniDiffNotReady()
# Event when the minidiff is in notready state
def miniDiffNotReady(self):
try:
self.__beam.hide()
except AttributeError:
pass
if not self.buttonCentre.executing:
self.sampleCentreBox.setEnabled(False)
def miniDiffStateChanged(self,state):
if self.buttonCentre.executing or self.isMoving or self.isShooting:
return
try:
self.sampleCentreBox.setEnabled(state == self.minidiff.phiMotor.READY)
except:
pass
# Displays a message (signaled from the minidiff hardware object)
def miniDiffMessage(self,msg=None):
self.showMessageToUser(msg)
# Update both zoom and slits when started
def run(self):
if self.minidiff is not None:
zoom=self.minidiff.zoomMotor
if zoom is not None:
if zoom.isReady():
self.zoomPositionChanged(zoom.getCurrentPositionName(),0)
keys = {}
self.emit(PYSIGNAL('getView'),(keys,))
self.__drawing = keys.get('drawing',None)
self.__view = keys.get('view',None)
if self.minidiff is not None:
self.minidiff._drawing = self.__drawing
try:
self.__point, _ = QubAddDrawing(self.__drawing, QubPointDrawingMgr, QubCanvasTarget)
self.__point.setEndDrawCallBack(self.__endDrawingPoint)
self.__point.setColor(Qt.yellow)
self.__autoCentringPoint, _ = QubAddDrawing(self.__drawing, QubPointDrawingMgr, QubCanvasTarget)
self.__autoCentringPoint.setColor(Qt.green)
self.__helpLine, _ = QubAddDrawing(self.__drawing, QubPointDrawingMgr, QubCanvasVLine)
self.__helpLine.setAutoDisconnectEvent(True)
self.__helpLine.setExclusive(False)
self.__helpLine.setColor(Qt.yellow)
self.__rectangularBeam, _ = QubAddDrawing(self.__drawing, QubContainerDrawingMgr, QubCanvasSlitbox)
self.__rectangularBeam.show()
self.__rectangularBeam.setSlitboxSize(0,0)
self.__rectangularBeam.setColor(Qt.red)
self.__rectangularBeam.setSlitboxPen(QPen(Qt.blue))
self.__beam, _ = QubAddDrawing(self.__drawing, QubContainerDrawingMgr, QubCanvasBeam)
self.__beam.setPen(QPen(Qt.blue))
self.__beam.hide()
self.__pointer, _, _ = QubAddDrawing(self.__drawing, QubPointDrawingMgr, QubCanvasHLine, QubCanvasVLine)
self.__pointer.setDrawingEvent(QubMoveNPressed1Point)
self.__pointer.setExclusive(False)
self.__pointer.setColor(Qt.yellow)
self.__scale, scale = QubAddDrawing(self.__drawing, QubContainerDrawingMgr, QubCanvasScale)
self.sx = self.__scale.setXPixelSize
self.sy = self.__scale.setYPixelSize
self.__scale.show()
try:
self.__scale.setXPixelSize(self.__scaleX)
self.__scale.setYPixelSize(self.__scaleY)
except AttributeError:
pass
else:
self.emit(PYSIGNAL("calibrationChanged"), (self.__scaleX, self.__scaleY))
self.updateBeam(force=True)
except:
logging.getLogger().exception("HutchMenuBrick: problem starting up display")
def _drawBeam(self):
if None in (self.beam_size, self.beam_shape):
self.beam_position = self.beamInfo.get_beam_position()
self.beam_size = self.beamInfo.get_beam_size()
if True:
self.__rectangularBeam.show()
if None in self.beam_size:
return
if self.beam_shape == "rectangular":
self.__rectangularBeam.setSlitboxSize(self.beam_size[0] * self.pixels_per_mm[0],\
self.beam_size[1] * self.pixels_per_mm[1])
self.__beam.hide()
else:
self.__rectangularBeam.setSlitboxSize(0,0)
self.__beam.setSize(self.beam_size[0] * self.pixels_per_mm[0],\
self.beam_size[1] * self.pixels_per_mm[1])
self.__beam.show()
def updateBeam(self,force=False):
if self["displayBeam"]:
#if self.minidiff:
# if not self.minidiff.isReady(): time.sleep(0.2)
try:
self.__rectangularBeam.set_xMid_yMid(self.beam_position[0],
self.beam_position[1])
except AttributeError:
pass
try:
self.__beam.move(self.beam_position[0], self.beam_position[1])
self._drawBeam()
#try:
# self._updateBeam(self.beamInfo.get_beam_info())
#except:
# logging.getLogger().exception("Could not get beam size: cannot display beam")
# self.__beam.hide()
except AttributeError:
pass
def beamPosChanged(self, position):
self.beam_position = position
self.emit(PYSIGNAL("beamPositionChanged"), (self.beam_position[0],\
self.beam_position[1],
self.beam_size[0],\
self.beam_size[1]))
self.updateBeam(True)
def beamInfoChanged(self, beam_info):
try:
self.beam_position = self.beamInfo.get_beam_position()
except:
pass
self.beam_size = (beam_info["size_x"], beam_info["size_y"])
self.beam_shape = beam_info["shape"]
self.emit(PYSIGNAL("beamPositionChanged"), (self.beam_position[0],\
self.beam_position[1],
self.beam_size[0],\
self.beam_size[1]))
self.updateBeam(True)
class SoleilHutchMenuBrick(BlissWidget):
SNAPSHOT_FORMATS = ('png', 'jpeg')
def __init__(self, *args):
BlissWidget.__init__(self, *args)
self.minidiff = None
self.beamInfo = None
self.sampleChanger=None
self.collectObj = None
self.queue_hwobj = None
self.beam_position = [30, 30]
self.beam_size = [0.04, 0.02]
self.beam_shape = "Rectangular"
self.pixels_per_mm = [0, 0]
self.slitbox = None
self.sampleChanger=None
self.queue_hwobj = None
self._bx, self._by = (0, 0)
#self.allowMoveToBeamCentring = False
# Define properties
self.addProperty('minidiff','string','')
self.addProperty('beamInfo', 'string', '')
self.addProperty('dataCollect','string','')
self.addProperty('beamInfo','string','')
#self.addProperty('slitbox','string','')
self.addProperty('samplechanger','string','')
self.addProperty('extraCommands','string','')
self.addProperty('extraCommandsIcons','string','')
self.addProperty('icons','string','')
self.addProperty('label','string','Sample centring')
#self.addProperty('displaySlitbox', 'boolean', True)
self.addProperty('displayBeam', 'boolean', True)
self.addProperty('queue', 'string', '/queue')
self.addProperty('useMDPhases', 'boolean', True)
# Define signals and slots
self.defineSignal('enableMinidiff',())
self.defineSignal('centringStarted',())
self.defineSignal('centringAccepted',())
self.defineSignal('getView',())
self.defineSignal('beamPositionChanged', ())
self.defineSignal('calibrationChanged', ())
self.defineSignal('newCentredPos', ())
#self.defineSignal('setMoveToBeamState', ())
self.defineSlot('setDirectory',())
self.defineSlot('setPrefix',())
#self.defineSlot('movedToBeam', ())
self.defineSlot('startCentring', ())
self.defineSlot('rejectCentring', ())
self.defineSlot('setSample',())
#self.defineSlot('enableAutoStartLoopCentring', ())
self.defineSlot('getSnapshot',())
self.sampleCentreBox=QVBox(self)
#self.sampleCentreBox.setInsideMargin(11)
#self.sampleCentreBox.setInsideSpacing(0)
#self.modeBox=QVButtonGroup(self.sampleCentreBox)
#self.modeBox.setFrameShape(self.modeBox.NoFrame)
#self.modeBox.setInsideMargin(0)
#self.modeBox.setInsideSpacing(0)
#QObject.connect(self.modeBox,SIGNAL('clicked(int)'),self.centringModeChanged)
#self.userConfirmsButton=QCheckBox("User confirms", self.sampleCentreBox)
#self.userConfirmsButton.setSizePolicy(QSizePolicy.Fixed,QSizePolicy.Fixed)
#self.userConfirmsButton.setChecked(True)
self.buttonsBox=QVBox(self.sampleCentreBox)
self.buttonsBox.setSpacing(0)
self.buttonCentre=MenuButton(self.buttonsBox,"Centre")
self.buttonCentre.setMinimumSize(QSize(75,50))
self.connect(self.buttonCentre,PYSIGNAL('executeCommand'),self.centreSampleClicked)
self.connect(self.buttonCentre,PYSIGNAL('cancelCommand'),self.cancelCentringClicked)
self.buttonAccept = QToolButton(self.buttonsBox)
self.buttonAccept.setUsesTextLabel(True)
self.buttonAccept.setTextLabel("Save")
self.buttonAccept.setMinimumSize(QSize(75,50))
self.buttonAccept.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonAccept.setEnabled(False)
QObject.connect(self.buttonAccept,SIGNAL('clicked()'),self.acceptClicked)
self.standardColor=None
self.buttonReject = QToolButton(self.buttonsBox)
self.buttonReject.setUsesTextLabel(True)
self.buttonReject.setTextLabel("Reject")
self.buttonReject.setMinimumSize(QSize(75,50))
self.buttonReject.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonReject.setEnabled(False)
self.buttonReject.hide()
QObject.connect(self.buttonReject,SIGNAL('clicked()'),self.rejectClicked)
#HorizontalSpacer4(self.sampleCentreBox)
self.extraCommands=CommandMenuBrick.CommandMenuBrick(self.sampleCentreBox)
self.extraCommands['showBorder']=False
self.buttonSnapshot = QToolButton(self.sampleCentreBox)
self.buttonSnapshot.setUsesTextLabel(True)
self.buttonSnapshot.setTextLabel("Snapshot")
self.buttonSnapshot.setMinimumSize(QSize(75,50))
self.buttonSnapshot.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
QObject.connect(self.buttonSnapshot,SIGNAL('clicked()'),self.saveSnapshot)
#self.buttonToogleMDPhase = QToolButton(self.sampleCentreBox)
#self.buttonToogleMDPhase.setUsesTextLabel(True)
#self.buttonToogleMDPhase.setTextLabel("MD phase")
#self.buttonToogleMDPhase.setMinimumSize(QSize(75,50))
#self.buttonToogleMDPhase.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
#QObject.connect(self.buttonToogleMDPhase,SIGNAL('clicked()'),self.toogleMDPhase)
#self.buttonToogleMDPhase.hide()
#HorizontalSpacer3(self.sampleCentreBox)
self.centringButtons=[]
self.defaultBackgroundColor=None
self.insideDataCollection=False
self.currentCentring = None
self.isMoving=False
self.isShooting=False
self.directory="/tmp"
self.prefix="snapshot"
self.fileIndex=1
self.formatType="png"
self.clickedPoints=[]
self.selectedSamples=None
# Layout
self.setSizePolicy(QSizePolicy.Expanding, QSizePolicy.Fixed)
QHBoxLayout(self)
self.layout().addWidget(self.sampleCentreBox)
self.instanceSynchronize("")
self.resetMethods={MiniDiff.MiniDiff.MANUAL3CLICK_MODE:self.manualCentreReset,
MiniDiff.MiniDiff.C3D_MODE:self.automaticCentreReset}
#MiniDiff.MiniDiff.MOVE_TO_BEAM_MODE:self.moveToBeamReset}
self.successfulMethods={MiniDiff.MiniDiff.MANUAL3CLICK_MODE:None,
MiniDiff.MiniDiff.C3D_MODE:self.automaticCentreSuccessful}
#MiniDiff.MiniDiff.MOVE_TO_BEAM_MODE:self.moveToBeamSuccessful}
self.sampleCentreBox.hide()
self.sampleCentreBox = QHBox(self)
self.buttonsBox=QHBox(self.sampleCentreBox)
self.buttonsBox.setSpacing(0)
self.sampleCentreBox.setSizePolicy(QSizePolicy.Fixed,QSizePolicy.Fixed)
self.buttonsBox.setSizePolicy(QSizePolicy.Fixed,QSizePolicy.Fixed)
self.layout().addWidget(self.sampleCentreBox)
self.buttonCentre=MenuButton(self.buttonsBox,"Centre")
self.buttonCentre.setMinimumSize(QSize(50,40))
self.connect(self.buttonCentre,PYSIGNAL('executeCommand'),self.centreSampleClicked)
self.connect(self.buttonCentre,PYSIGNAL('cancelCommand'),self.cancelCentringClicked)
self.buttonAccept = QToolButton(self.buttonsBox)
self.buttonAccept.setUsesTextLabel(True)
self.buttonAccept.setTextLabel("Save")
self.buttonAccept.setMinimumSize(QSize(50,40))
self.buttonAccept.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonAccept.setEnabled(False)
QObject.connect(self.buttonAccept,SIGNAL('clicked()'),self.acceptClicked)
self.standardColor=None
self.buttonReject = QToolButton(self.buttonsBox)
self.buttonReject.setUsesTextLabel(True)
self.buttonReject.setTextLabel("Reject")
self.buttonReject.setMinimumSize(QSize(50,40))
self.buttonReject.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonReject.setEnabled(False)
self.buttonReject.hide()
QObject.connect(self.buttonReject,SIGNAL('clicked()'),self.rejectClicked)
self.extraCommands=CommandMenuBrick.CommandMenuBrick(self.sampleCentreBox)
self.extraCommands['showBorder']=False
self.buttonSnapshot = QToolButton(self.sampleCentreBox)
self.buttonSnapshot.setUsesTextLabel(True)
self.buttonSnapshot.setTextLabel("Snapshot")
self.buttonSnapshot.setMinimumSize(QSize(50,40))
self.buttonSnapshot.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
QObject.connect(self.buttonSnapshot,SIGNAL('clicked()'),self.saveSnapshot)
self.buttonBeamPosition = QToolButton(self.sampleCentreBox)
self.buttonBeamPosition.setUsesTextLabel(True)
self.buttonBeamPosition.setTextLabel("BeamPosition")
self.buttonBeamPosition.setMinimumSize(QSize(50,40))
self.buttonBeamPosition.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonBeamPosition.setPixmap(Icons.load("green_led"))
QObject.connect(self.buttonBeamPosition, SIGNAL('clicked()'), self.beamPositionCheck)
self.buttonApertureAlign = QToolButton(self.sampleCentreBox)
self.buttonApertureAlign.setUsesTextLabel(True)
self.buttonApertureAlign.setTextLabel("ApertureAlign")
self.buttonApertureAlign.setMinimumSize(QSize(50,40))
self.buttonApertureAlign.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
self.buttonApertureAlign.setPixmap(Icons.load("Align"))
QObject.connect(self.buttonApertureAlign, SIGNAL('clicked()'), self.apertureAlign)
def beamPositionCheck(self):
self.minidiff.beamPositionCheck()
def apertureAlign(self):
self.minidiff.apertureAlign()
def enableAutoStartLoopCentring(self, enable):
if self.minidiff is not None:
self.minidiff.enableAutoStartLoopCentring(enable)
def propertyChanged(self,propertyName,oldValue,newValue):
#print "HutchMenuBrick.propertyChanged",property,newValue
if propertyName=='minidiff':
if self.minidiff is not None:
self.disconnect(self.minidiff,PYSIGNAL('zoomMotorPredefinedPositionChanged'), self.zoomPositionChanged)
self.disconnect(self.minidiff,PYSIGNAL('minidiffReady'),self.miniDiffReady)
self.disconnect(self.minidiff,PYSIGNAL('minidiffNotReady'),self.miniDiffNotReady)
self.disconnect(self.minidiff,PYSIGNAL('minidiffStateChanged'),self.miniDiffStateChanged)
self.disconnect(self.minidiff,PYSIGNAL('centringStarted'),self.centringStarted)
self.disconnect(self.minidiff,PYSIGNAL('centringSuccessful'),self.centringSuccessful)
self.disconnect(self.minidiff,PYSIGNAL('centringFailed'),self.centringFailed)
self.disconnect(self.minidiff,PYSIGNAL('centringMoving'),self.centringMoving)
self.disconnect(self.minidiff,PYSIGNAL('centringInvalid'),self.centringInvalid)
self.disconnect(self.minidiff,PYSIGNAL('centringSnapshots'),self.centringSnapshots)
self.disconnect(self.minidiff,PYSIGNAL('progressMessage'),self.miniDiffMessage)
self.disconnect(self.minidiff,PYSIGNAL('newAutomaticCentringPoint'),self.drawAutoCentringPoint)
self.disconnect(self.minidiff,PYSIGNAL('zoomMotorPredefinedPositionChanged'), self.zoomPositionChanged)
self.disconnect(self.minidiff,PYSIGNAL('centringAccepted'),self.centringAccepted)
self.minidiff=self.getHardwareObject(newValue)
if self.minidiff is not None:
self.connect(self.minidiff,PYSIGNAL('zoomMotorPredefinedPositionChanged'),self.zoomPositionChanged)
self.connect(self.minidiff,PYSIGNAL('minidiffReady'),self.miniDiffReady)
self.connect(self.minidiff,PYSIGNAL('minidiffNotReady'),self.miniDiffNotReady)
self.connect(self.minidiff,PYSIGNAL('minidiffStateChanged'),self.miniDiffStateChanged)
self.connect(self.minidiff,PYSIGNAL('centringStarted'),self.centringStarted)
self.connect(self.minidiff,PYSIGNAL('centringSuccessful'),self.centringSuccessful)
self.connect(self.minidiff,PYSIGNAL('centringFailed'),self.centringFailed)
self.connect(self.minidiff,PYSIGNAL('centringMoving'),self.centringMoving)
self.connect(self.minidiff,PYSIGNAL('centringInvalid'),self.centringInvalid)
self.connect(self.minidiff,PYSIGNAL('centringSnapshots'),self.centringSnapshots)
self.connect(self.minidiff,PYSIGNAL('progressMessage'),self.miniDiffMessage)
self.connect(self.minidiff, "newAutomaticCentringPoint", self.drawAutoCentringPoint)
self.connect(self.minidiff,PYSIGNAL('zoomMotorPredefinedPositionChanged'),self.zoomPositionChanged)
self.connect(self.minidiff,PYSIGNAL('centringAccepted'),self.centringAccepted)
if self.minidiff.isReady():
self.miniDiffReady()
else:
self.miniDiffNotReady()
else:
self.miniDiffNotReady()
#elif propertyName=='slitbox':
# if self.slitbox is not None:
# for role in ('s1v', 's2v', 's1h', 's2h'):
# m = self.slitbox.getDeviceByRole(role)
# m.disconnect('stateChanged', self.slitsPositionChanged)
# self.slitbox=self.getHardwareObject(newValue)
# if self.slitbox is not None:
# for role in ('s1v', 's2v', 's1h', 's2h'):
# m = self.slitbox.getDeviceByRole(role)
# m.connect("stateChanged", self.slitsPositionChanged)
# #self.slitsPositionChanged()
elif propertyName=="beamInfo":
if self.beamInfo is not None:
self.disconnect(self.beamInfo,PYSIGNAL('beamInfoChanged'), self.beamInfoChanged)
self.disconnect(self.beamInfo,PYSIGNAL('beamPosChanged'), self.beamPosChanged)
self.beamInfo=self.getHardwareObject(newValue)
if self.beamInfo is not None:
self.connect(self.beamInfo,PYSIGNAL('beamInfoChanged'), self.beamInfoChanged)
self.connect(self.beamInfo,PYSIGNAL('beamPosChanged'), self.beamPosChanged)
elif propertyName=="samplechanger":
self.sampleChanger=self.getHardwareObject(newValue)
elif propertyName=="dataCollect":
self.collectObj=self.getHardwareObject(newValue)
elif propertyName == 'icons':
self.setIcons(newValue)
elif propertyName=='label':
pass #self.sampleCentreBox.setTitle(newValue)
elif propertyName=='extraCommands':
self.extraCommands['mnemonic']=newValue
elif propertyName=='extraCommandsIcons':
self.extraCommands['icons']=newValue
elif propertyName=='queue':
self.queue_hwobj = self.getHardwareObject(newValue)
else:
BlissWidget.propertyChanged(self,propertyName,oldValue,newValue)
def setIcons(self,icons):
icons_list=icons.split()
try:
self.buttonCentre.setIcons(icons_list[0],icons_list[1])
except IndexError:
pass
try:
self.buttonAccept.setPixmap(Icons.load(icons_list[2]))
except IndexError:
pass
try:
self.buttonSnapshot.setPixmap(Icons.load(icons_list[3]))
except IndexError:
pass
try:
self.buttonReject.setPixmap(Icons.load(icons_list[4]))
except IndexError:
pass
def setDirectory(self,directory):
self.directory=str(directory)
self.fileIndex=1
def setPrefix(self,prefix):
self.prefix=str(prefix)
self.fileIndex=1
def setSample(self,samples_list):
self.selectedSamples = samples_list
try:
blsampleid=int(self.selectedSamples[0][0])
except:
blsampleid=None
try:
self.minidiff.setSampleInfo({"blsampleid":blsampleid})
except:
pass
def emitWidgetSynchronize(self):
#mode=self.modeBox.selectedId()
points=self.clickedPoints
#self.emit(PYSIGNAL("widgetSynchronize"),( (mode,points), ))
self.emit(PYSIGNAL("widgetSynchronize"),( (points), ))
def widgetSynchronize(self,state):
#centring_method=state[0]
#clicked_points=state[1]
clicked_points=state[0]
#self.modeBox.setButton(centring_method)
if len(clicked_points):
point=clicked_points[-1]
self.__point.startDrawing()
self.__point.show()
self.__point.setPoint(point[0],point[1])
self.__point.stopDrawing()
else:
self.__point.hide()
def startCentring(self):
# this is called from another brick, not by user
self.insideDataCollection=True
self.centreSampleClicked()
def rejectCentring(self):
self.cancelCentringClicked(reject=True)
def acceptCentring(self):
self.acceptClicked()
def centreSampleClicked(self):
self.minidiff.startCentringMethod(self.minidiff.MANUAL3CLICK_MODE)
def saveSnapshot(self):
formats=""
for format in SoleilHutchMenuBrick.SNAPSHOT_FORMATS:
formats+="*.%s " % format
formats=formats.strip()
current_filename=os.path.join(self.directory, self.prefix)
current_filename=current_filename + '_%d%s%s' % (self.fileIndex, os.path.extsep, self.formatType)
filename=str(QFileDialog.getSaveFileName(current_filename,"Images (%s)" % formats,\
self,None,"Choose a filename to save under",None,False))
if len(filename):
image_type=os.path.splitext(filename)[1].strip('.').upper()
try:
matrix = self.__drawing.matrix()
zoom = 1
if matrix is not None:
zoom = matrix.m11()
img = self.__drawing.getPPP()
logging.getLogger().info("Saving snapshot : %s", filename)
QubImageSave.save(filename, img, self.__drawing.canvas(), zoom, image_type)
except:
logging.getLogger().exception("HutchMenuBrick: error saving snapshot!")
logging.getLogger().error("HutchMenuBrick: error saving snapshot!")
else:
self.formatType=image_type.lower()
self.fileIndex+=1
def centredPositionSnapshot(self):
matrix = self.__drawing.matrix()
zoom = 1
if matrix is not None:
zoom = matrix.m11()
img = self.__drawing.getPPP()
fd, name = tempfile.mkstemp()
os.close(fd)
QubImageSave.save(name, img, self.__drawing.canvas(), zoom, "JPEG")
f = open(name, "r")
imgcopy = f.read()
f.close()
os.unlink(name)
return imgcopy
def getSnapshot(self, img):
logging.getLogger().debug("Taking snapshot for centred position")
img['data'] = self.centredPositionSnapshot()
def cancelCentringClicked(self,reject=False):
#print "CANCELCENTRINGCLICKED",reject
self.minidiff.cancelCentringMethod(reject=reject)
def acceptClicked(self):
if self.standardColor is not None:
self.buttonAccept.setPaletteBackgroundColor(self.standardColor)
#logging.info("disabling accept because accept was clicked")
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
self.minidiff.acceptCentring()
def rejectClicked(self):
if self.standardColor is not None:
self.buttonReject.setPaletteBackgroundColor(self.standardColor)
#logging.info("disabling accept because reject was clicked")
self.buttonReject.setEnabled(False)
self.buttonAccept.setEnabled(False)
self.minidiff.rejectCentring()
self.insideDataCollection=False
def centringMoving(self):
self.isMoving=True
logging.info("disabling accept because centring is moving ")
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
def centringInvalid(self):
if self.collectObj is not None:
self.collectObj.setCentringStatus(None)
logging.info("disabling accept because centring is invalid ")
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
def centringAccepted(self,state,centring_status):
logging.info("Centring has been accepted")
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
logging.info("disabling accept because centring has been accepted ")
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
if self.insideDataCollection:
self.insideDataCollection = False
self.emit(PYSIGNAL("centringAccepted"), (state,centring_status))
if self.beamInfo is not None:
beam_info = self.beamInfo.get_beam_info()
if beam_info is not None:
beam_info['size_x'] = beam_info['size_x'] * self.pixels_per_mm[0]
beam_info['size_y'] = beam_info['size_y'] * self.pixels_per_mm[1]
self.emit(PYSIGNAL("newCentredPos"), (state, centring_status, beam_info))
#self.emit(PYSIGNAL("newCentredPos"), (state, centring_status))
if self.queue_hwobj.is_executing():
self.setEnabled(False)
def centringSnapshots(self,state):
if state is None:
self.isShooting=True
self.sampleCentreBox.setEnabled(False)
else:
self.isShooting=False
self.sampleCentreBox.setEnabled(True)
def centringStarted(self,method,flexible):
self.setEnabled(True)
self.emit(PYSIGNAL("enableMinidiff"), (False,))
if self.insideDataCollection:
self.emit(PYSIGNAL("centringStarted"), ())
self.isCentring=True
self.isMoving=False
self.isShooting=False
"""
for but in self.centringButtons:
if str(but.text())==method:
if self.defaultBackgroundColor is None:
self.defaultBackgroundColor=but.paletteBackgroundColor()
but.setPaletteBackgroundColor(QWidget.yellow)
self.currentCentring=but
break
"""
self.currentCentring = CentringMethod(method)
self.buttonCentre.commandStarted()
logging.info("disabling accept because centring has been started ")
self.buttonAccept.setEnabled(False)
self.buttonReject.setEnabled(False)
if method==MiniDiff.MiniDiff.MANUAL3CLICK_MODE:
self.__point.startDrawing()
self.__helpLine.startDrawing()
self.__pointer.startDrawing()
def drawAutoCentringPoint(self, x,y):
if -1 in (x,y):
self.__autoCentringPoint.hide()
return
self.__autoCentringPoint.startDrawing()
self.__autoCentringPoint.setPoint(x,y)
self.__autoCentringPoint.stopDrawing()
self.__autoCentringPoint.show()
def centringSuccessful(self,method,centring_status):
self.__point.stopDrawing()
self.__point.hide()
self.__helpLine.hide()
self.__helpLine.stopDrawing()
self.__pointer.stopDrawing()
self.__pointer.hide()
#logging.info("HutchMenuBrick: centringSuccesful received")
self.clickedPoints=[]
self.emitWidgetSynchronize()
self.buttonCentre.commandDone()
if self.currentCentring is not None:
# self.currentCentring.setPaletteBackgroundColor(self.defaultBackgroundColor)
self.currentCentring=None
self.buttonAccept.setEnabled(True)
self.buttonReject.setEnabled(True)
if self.insideDataCollection:
if self.standardColor is None:
self.standardColor=self.buttonAccept.paletteBackgroundColor()
self.buttonAccept.setPaletteBackgroundColor(widget_colors.LIGHT_GREEN)
self.buttonReject.setPaletteBackgroundColor(widget_colors.LIGHT_RED)
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
self.isMoving=False
self.sampleCentreBox.setEnabled(True)
self.emit(PYSIGNAL("enableMinidiff"), (True,))
try:
successful_method=self.successfulMethods[method]
except KeyError as diag:
pass
else:
try:
successful_method()
except:
pass
def centringFailed(self,method,centring_status):
self.__point.stopDrawing()
self.__point.hide()
self.__helpLine.hide()
self.__helpLine.stopDrawing()
self.__pointer.stopDrawing()
self.__pointer.hide()
self.clickedPoints=[]
self.emitWidgetSynchronize()
self.buttonCentre.commandFailed()
if self.currentCentring is not None:
# self.currentCentring.setPaletteBackgroundColor(self.defaultBackgroundColor)
self.currentCentring=None
logging.info("disabling accept because centing failed")
self.buttonAccept.setEnabled(False)
if self.insideDataCollection:
if self.standardColor is None:
self.standardColor=self.buttonAccept.paletteBackgroundColor()
self.buttonReject.setEnabled(True)
self.buttonReject.setPaletteBackgroundColor(QWidget.red)
else:
self.buttonReject.setEnabled(False)
if self.collectObj is not None:
self.collectObj.setCentringStatus(centring_status)
self.emit(PYSIGNAL("enableMinidiff"), (True,))
try:
reset_method=self.resetMethods[method]
except KeyError as diag:
pass
else:
try:
reset_method()
except:
pass
#def movedToBeam(self,x,y):
# pass
def manualCentreReset(self):
self.resetPoints()
def automaticCentreReset(self):
if not self.userConfirmsButton.isChecked():
self.rejectCentring()
def automaticCentreSuccessful(self):
if not self.userConfirmsButton.isChecked():
self.acceptCentring()
#def moveToBeamSuccessful(self):
#self.emit(PYSIGNAL("setMoveToBeamState"), (False,))
# pass
#def moveToBeamReset(self):
#self.emit(PYSIGNAL("setMoveToBeamState"), (False,))
# pass
def __endDrawingPoint(self,drawingManager) :
x,y = drawingManager.point()
self.imageClicked(x,y,x,y)
# Handler for clicking the video when doing the 3-click centring
def imageClicked(self,x,y,xi,yi):
#print "HutchMenuBrick.imageClicked",self.minidiff,self.manualCentering
if self.currentCentring is not None and str(self.currentCentring.text())==MiniDiff.MiniDiff.MANUAL3CLICK_MODE and self.minidiff.isReady():
try:
points=self.minidiff.imageClicked(x,y,xi,yi)
except StopIteration:
pass
else:
self.addPoint(x,y,xi,yi)
# Signals a new point in the 3-click centering
def addPoint(self,x,y,xi,yi):
self.clickedPoints.append((x,y,xi,yi))
self.emitWidgetSynchronize()
# Resets the points in the 3-click centering
def resetPoints(self):
self.clickedPoints=[]
self.emitWidgetSynchronize()
# Displays a message
def showMessageToUser(self,message=None):
#print "showMessage",message
try:
self.__drawing.setInfo(message)
except:
pass
def connectNotify(self, signalName):
print("..... HutchMenuBrick:connectNotify ", signalName)
if signalName=='beamPositionChanged':
if self.minidiff and self.minidiff.isReady() and self.beamInfo is not None:
self.beam_position = self.beamInfo.get_beam_position()
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
self.emit(PYSIGNAL("beamPositionChanged"), (self.beam_position[0],\
self.beam_position[1],
self.beam_size[0],\
self.beam_size[1]))
#if self.minidiff and self.minidiff.isReady():
# beam_xc = self.minidiff.getBeamPosX()
# beam_yc = self.minidiff.getBeamPosY()
# pxmmy=self.minidiff.pixelsPerMmY
# pxmmz=self.minidiff.pixelsPerMmZ
#
# self.emit(PYSIGNAL("beamPositionChanged"), (beam_xc, beam_yc,
# self._bx, self._by))
elif signalName=='calibrationChanged':
if self.minidiff and self.minidiff.isReady():
try:
#self.emit(PYSIGNAL("calibrationChanged"), (1e3/self.minidiff.pixelsPerMmY, 1e3/self.minidiff.pixelsPerMmZ))
self.emit(PYSIGNAL("calibrationChanged"), (1e3/self.pixels_per_mm[0], 1e3/self.pixels_per_mm[1]))
except:
pass
# Event when the minidiff is in ready state
def miniDiffReady(self):
try:
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
if self.beamInfo is not None:
self.beam_position = self.beamInfo.get_beam_position()
except:
import traceback
logging.getLogger().error("error on minidiff ready %s", traceback.format_exc())
self.pixels_per_mm = [None, None]
#pxmmy=None
#pxmmz=None
#if pxmmy is not None and pxmmz is not None:
if self.beamInfo is not None:
if self.pixels_per_mm[0] is not None and self.pixels_per_mm[1] is not None:
self.sampleCentreBox.setEnabled(True)
self.updateBeam()
#self.emit(PYSIGNAL("beamPositionChanged"), (beam_xc, beam_yc, self._bx, self._by))
self.emit(PYSIGNAL("beamPositionChanged"), (self.beam_position[0], self.beam_position[1], self.beam_size[0], self.beam_size[1]))
else:
self.miniDiffNotReady()
# Event when the minidiff is in notready state
def miniDiffNotReady(self):
#import pdb; pdb.set_trace()
try:
self.__beam.hide()
except AttributeError:
pass
if not self.buttonCentre.executing:
self.sampleCentreBox.setEnabled(False)
def miniDiffStateChanged(self,state):
if self.buttonCentre.executing or self.isMoving or self.isShooting:
return
try:
self.sampleCentreBox.setEnabled(state==self.minidiff.phiMotor.READY)
except:
pass
# Displays a message (signaled from the minidiff hardware object)
def miniDiffMessage(self,msg=None):
#print "MINIDIFF MESSAGE!!!",msg
self.showMessageToUser(msg)
# Update both zoom and slits when started
def run(self):
logging.getLogger().info("HucthMenuBrick runs")
if self.minidiff is not None:
zoom=self.minidiff.zoomMotor
if zoom is not None:
if zoom.isReady():
self.zoomPositionChanged(zoom.getCurrentPositionName(),0)
keys = {}
self.emit(PYSIGNAL('getView'),(keys,))
self.__drawing = keys.get('drawing',None)
self.__view = keys.get('view',None)
if self.minidiff is not None:
self.minidiff._drawing = self.__drawing
try:
self.__point, _ = QubAddDrawing(self.__drawing, QubPointDrawingMgr, QubCanvasTarget)
self.__point.setEndDrawCallBack(self.__endDrawingPoint)
self.__point.setColor(Qt.yellow)
self.__autoCentringPoint, _ = QubAddDrawing(self.__drawing, QubPointDrawingMgr, QubCanvasTarget)
self.__autoCentringPoint.setColor(Qt.green)
self.__helpLine, _ = QubAddDrawing(self.__drawing, QubPointDrawingMgr, QubCanvasVLine)
self.__helpLine.setAutoDisconnectEvent(True)
self.__helpLine.setExclusive(False)
self.__helpLine.setColor(Qt.yellow)
logging.getLogger().info("HutchMenuBrick help line OK")
self.__rectangularBeam, _ = QubAddDrawing(self.__drawing, QubContainerDrawingMgr, QubCanvasSlitbox)
self.__rectangularBeam.set_xMid_yMid(self.beam_position[0], self.beam_position[1])
self.__rectangularBeam.show()
self.__rectangularBeam.setSlitboxSize(0,0)
self.__rectangularBeam.setColor(Qt.red)
self.__rectangularBeam.setSlitboxPen(QPen(Qt.blue))
#self.beam_position = self.beamInfo.get_beam_position()
logging.getLogger().info("HutchMenuBrick rectangular beam OK")
self.__beam, _ = QubAddDrawing(self.__drawing, QubContainerDrawingMgr, QubCanvasBeam)
self.__beam.setPen(QPen(Qt.blue))
self.__beam.hide()
logging.getLogger().info("HutchMenuBrick beam setPen successful")
self.__pointer, _, _ = QubAddDrawing(self.__drawing, QubPointDrawingMgr, QubCanvasHLine, QubCanvasVLine)
self.__pointer.setDrawingEvent(QubMoveNPressed1Point)
self.__pointer.setExclusive(False)
self.__pointer.setColor(Qt.yellow)
logging.getLogger().info("HutchMenuBrick runs. pointer successful")
self.__scale, scale = QubAddDrawing(self.__drawing, QubContainerDrawingMgr, QubCanvasScale)
self.sx = self.__scale.setXPixelSize
self.sy = self.__scale.setYPixelSize
self.__scale.show()
logging.getLogger().info("HutchMenuBrick runs. Scale just changed")
try:
self.__scale.setXPixelSize(self.__scaleX)
self.__scale.setYPixelSize(self.__scaleY)
except AttributeError:
pass
else:
self.emit(PYSIGNAL("calibrationChanged"), (self.__scaleX, self.__scaleY))
#self.slitsPositionChanged()
logging.getLogger().info("HutchMenuBrick runs. It will now update the beam drawing")
self.__rectangularBeam.set_xMid_yMid(self.beam_position[0], self.beam_position[1])
logging.getLogger().info("HutchMenuBrick setting rectangular beam xMid, yMid to %s, %s" % (self.beam_position[0], self.beam_position[1]))
self.updateBeam(force=True)
except:
import traceback
logging.getLogger().debug("HutchMenuBrick: problem starting up display")
logging.getLogger().exception( traceback.format_exc())
else:
logging.getLogger().info("HucthMenuBrick runs cool")
def _drawBeam(self):
try:
self.__rectangularBeam.show()
#if None in (self._by, self._bx):
if None in self.beam_size:
return
#bx = self._bx
#by = self._by
#pxmmy=self.minidiff.pixelsPerMmY
#pxmmz=self.minidiff.pixelsPerMmZ
#if self._bshape == "rectangular":
# self.__rectangularBeam.setSlitboxSize(bx*pxmmy, by*pxmmz)
if self.beam_shape == "rectangular":
self.__rectangularBeam.setSlitboxSize(self.beam_size[0] * self.pixels_per_mm[0],\
self.beam_size[1] * self.pixels_per_mm[1])
self.__beam.hide()
else:
self.__rectangularBeam.setSlitboxSize(0,0)
self.__beam.setSize(self.beam_size[0] * self.pixels_per_mm[0],\
self.beam_size[1] * self.pixels_per_mm[1])
logging.getLogger().info("beam drawn with size %s " % str(self.beam_size))
#self.__beam.setSize(bx*pxmmy, by*pxmmz)
self.__beam.show()
except:
pass
def _updateBeam(self, ret):
logging.info("UPDATE BEAM %s", ret)
self._bx = float(ret["size_x"])
self._bshape = ret["shape"]
self._by = float(ret["size_y"])
self._drawBeam()
def updateBeam(self,force=False):
logging.getLogger().info("updating beam " )
if self.minidiff is None:
return
if self["displayBeam"]:
if not self.minidiff.isReady():
time.sleep(0.2)
#beam_x = self.minidiff.getBeamPosX()
#beam_y = self.minidiff.getBeamPosY()
try:
logging.getLogger().info("self %s" % str(self))
self.__rectangularBeam.set_xMid_yMid(self.beam_position[0], self.beam_position[1])
logging.getLogger().info("rectangle drawn at position %s " % str(self.beam_position))
#self.__rectangularBeam.set_xMid_yMid(beam_x,beam_y)
except AttributeError:
import traceback
logging.getLogger().info("update beam failed 1" + traceback.format_exc())
pass
try:
self.__beam.move(self.beam_position[0], self.beam_position[1])
self._drawBeam()
except AttributeError:
logging.getLogger().info("update beam failed 2")
import traceback
logging.getLogger().info("update beam failed 2" + traceback.format_exc())
def beamPosChanged(self, position):
logging.getLogger().info("hutch menu brick. Beam position chagned. It is %s" % str(position))
self.beam_position = position
self.emit(PYSIGNAL("beamPositionChanged"), (self.beam_position[0],\
self.beam_position[1],
self.beam_size[0],\
self.beam_size[1]))
self.updateBeam(True)
def beamInfoChanged(self, beam_info):
logging.getLogger().info("hutch menu brick. Beam info chagned. It is %s" % str(beam_info))
self.beam_size = (beam_info["size_x"], beam_info["size_y"])
self.beam_shape = beam_info["shape"]
self.updateBeam(True)
# Zoom changed: update pixels per mm
def zoomPositionChanged(self,position,offset):
pxmmy, pxmmz, pxsize_y, pxsize_z = None,None,None,None
print("** HutchMenuBrick: zoomPositionChanged", position,offset)
if offset is None:
# unknown zoom pos.
try:
self.__scale.hide()
self.__rectangularBeam.hide()
self.__beam.hide()
except AttributeError:
print("&&& zoomPositionChanged AttributeError")
self.__scaleX = None
self.__scaleY = None
else:
if self.minidiff is not None:
#pxmmy=self.minidiff.pixelsPerMmY
#pxmmz=self.minidiff.pixelsPerMmZ
self.pixels_per_mm = self.minidiff.get_pixels_per_mm()
if self.pixels_per_mm[0] is not None and self.pixels_per_mm[1] is not None:
pxsize_y = 1e-3 / self.pixels_per_mm[0]
pxsize_z = 1e-3 / self.pixels_per_mm[1]
try:
self.sx(pxsize_y)
self.sy(pxsize_z)
except AttributeError:
self.__scaleX = pxsize_y
self.__scaleY = pxsize_z
else:
self.emit(PYSIGNAL("calibrationChanged"), (pxsize_y, pxsize_z))
self.updateBeam(True)
#self._drawBeam()
self.__scale.show()
# Slits changed: update beam size
def slitsPositionChanged(self, *args):
if self.minidiff is None or self.slitbox is None or self.minidiff.pixelsPerMmY is None or self.minidiff.pixelsPerMmZ is None:
pass
else:
self.updateBeam(force=True)
class CameraOffLineImageManagerBrick(BlissWidget):
def __init__(self, parent, name, **keys):
BlissWidget.__init__(self, parent, name)
self.__hMotor = None
self.__vMotor = None
self.__motor_pos_save = []
self.__master_motor = None
self.__masterPosition2Item = weakref.WeakValueDictionary()
self.__currentCalib = None
self.__currentBeamPos = None
self.__camDecompNPlug = None
self.mosaicView = None
self.drawing = None
self.__saveImageTreeDirName = '.'
self.__imageMosaicPosition = None
####### Property #######
self.addProperty('horizontal', 'string', '')
self.addProperty('vertical', 'string', '')
self.addProperty('save_motors', 'string', '')
self.addProperty('master_motor', 'string', '')
self.addProperty('focus_motor', 'string', '')
self.addProperty('live_camera', 'string', '')
self.addProperty("formatString", "formatString", "###.##")
####### SIGNAL #######
self.defineSignal("getImage", ())
self.defineSignal('getView', ())
self.defineSignal('getMosaicView', ())
####### SLOT #######
self.defineSlot("ChangePixelCalibration", ())
self.defineSlot("ChangeBeamPosition", ())
self.defineSlot('setMosaicImageSelected', ())
self.__widgetTree = self.loadUIFile('CameraOffLineImageManager.ui')
self.__frame = self.__widgetTree.child('__frame')
self.__frame.reparent(self, qt.QPoint(0, 0))
layout = qt.QHBoxLayout(self)
layout.addWidget(self.__frame)
snapButton = self.child('__snapShoot')
iconSet = qt.QIconSet(loadIcon("snapshot.png"))
snapButton.setIconSet(iconSet)
qt.QObject.connect(snapButton, qt.SIGNAL('clicked()'), self.__snapCBK)
liveCheckBox = self.child('__liveCheckBox')
liveCheckBox.hide()
qt.QObject.connect(liveCheckBox, qt.SIGNAL('toggled(bool)'),
self.__liveOnOff)
self.__imageList = self.child('__imageList')
self.__imageList.setSelectionMode(qt.QListView.Extended)
self.__imageList.setSortColumn(-1)
self.__popUpMenu = qt.QPopupMenu(self)
self.__popUpMenu.insertItem('layer up', self.__layerUp)
self.__popUpMenu.insertItem('layer down', self.__layerDown)
self.__popUpMenu.insertItem('remove', self.__removeImage)
self.__popUpMenu.insertSeparator()
self.__popUpMenu.insertItem('load', self.__loadImageTree)
self.__popUpMenu.insertItem('save', self.__saveImageTree)
qt.QObject.connect(
self.__imageList,
qt.SIGNAL('rightButtonPressed(QListViewItem*,const QPoint &,int)'),
self.__popUpDisplay)
def propertyChanged(self, propertyName, oldValue, newValue):
if propertyName == 'horizontal':
if self.__hMotor:
self.disconnect(self.__hMotor, qt.PYSIGNAL("positionChanged"),
self.__hMotorPositionChanged)
self.__hMotor = self.getHardwareObject(newValue)
self.connect(self.__hMotor, qt.PYSIGNAL("positionChanged"),
self.__hMotorPositionChanged)
self.connect(self.__hMotor, qt.PYSIGNAL("limitsChanged"),
self.__hMotorLimitsChanged)
elif propertyName == 'vertical':
if self.__vMotor:
self.disconnect(self.__vMotor, qt.PYSIGNAL("positionChanged"),
self.__vMotorPositionChanged)
self.__vMotor = self.getHardwareObject(newValue)
self.connect(self.__vMotor, qt.PYSIGNAL("positionChanged"),
self.__vMotorPositionChanged)
self.connect(self.__vMotor, qt.PYSIGNAL("limitsChanged"),
self.__vMotorLimitsChanged)
elif propertyName == 'save_motors':
equipment = self.getHardwareObject(newValue)
self.__motor_pos_save = []
if equipment:
try:
ho = equipment['motors']
except KeyError:
print equipment.userName(
), 'is not an Equipment : no <motors> section.'
return
for motor in ho.getDevices():
self.__motor_pos_save.append(motor)
#Refresh Tree column
nbColumn = self.__imageList.columns()
for columnId in range(1, self.__imageList.columns()):
self.__imageList.removeColumn(columnId)
for motor in self.__motor_pos_save:
self.__imageList.addColumn(motor.userName())
elif propertyName == 'master_motor':
if self.__master_motor is not None:
self.__imageList.takeItem(self.__masterControler)
self.__master_motor = self.getHardwareObject(newValue)
if self.__master_motor is not None:
self.__masterControler = qt.QCheckListItem(
self.__imageList, self.__master_motor.userName())
self.__masterControler.setSelectable(False)
self.__masterControler.setOpen(True)
elif propertyName == 'focus_motor':
self.__focus_motor = self.getHardwareObject(newValue)
moveFocusCheckBox = self.child('__moveFocusCheckBox')
if self.__focus_motor is not None:
moveFocusCheckBox.show()
else:
moveFocusCheckBox.hide()
elif propertyName == 'live_camera':
if self.__camDecompNPlug:
camera, decomp, _ = self.__camDecompNPlug
self.disconnect(camera, qt.PYSIGNAL('imageReceived'),
decomp.putData)
self.__camDecompNPlug = None
camera = self.getHardwareObject(newValue)
liveCheckBox = self.child('__liveCheckBox')
if camera is not None:
decomp = QubStdData2Image()
plug = _LiveImagePlug(self)
decomp.plug(plug)
imageInfo = camera.imageType()
if imageInfo and imageInfo.type() == 'bayer':
imType = decomp.BAYER_RG
elif imageInfo and imageInfo.type() == 'raw':
imType = decomp.RAW
else:
imType = decomp.STANDARD # JPEG
decomp.setImageType(imType)
self.__camDecompNPlug = camera, decomp, plug
liveCheckBox.show()
else:
liveCheckBox.hide()
elif propertyName == 'formatString':
self._formatString = self['formatString']
def ChangePixelCalibration(self, sizeX, sizeY):
if sizeX is not None and sizeY is not None:
motorXUnit = self.__hMotor.getProperty('unit')
if motorXUnit is None: motorXUnit = 1e-3
motorYUnit = self.__vMotor.getProperty('unit')
if motorYUnit is None: motorYUnit = 1e-3
self.__currentCalib = sizeX / motorXUnit, sizeY / motorYUnit
if self.__camDecompNPlug:
camera, decomp, plug = self.__camDecompNPlug
plug.setPixelCalibration(*self.__currentCalib)
else:
self.__currentCalib = None
def ChangeBeamPosition(self, x, y):
self.__currentBeamPos = x, y
if self.__camDecompNPlug:
camera, decomp, plug = self.__camDecompNPlug
plug.setBeamPosition(*self.__currentBeamPos)
def setMosaicImageSelected(self, imageSelectedID):
moveFocusCheckBox = self.child('__moveFocusCheckBox')
if moveFocusCheckBox.isChecked():
position = self.__focus_motor.getPosition()
def _recursfind(item, lookinId):
while item:
if id(item) == lookinId:
return item
else:
returnItem = _recursfind(item.firstChild(), lookinId)
if returnItem: return returnItem
item = item.nextSibling()
item = _recursfind(self.__imageList.firstChild(), imageSelectedID)
try:
if item and item.focusMotorPosition != position:
self.__focus_motor.move(item.focusMotorPosition)
except AttributeError:
pass
def __displayMotorsPositionUnderMouse(self, drawingManager):
point = drawingManager.mosaicPoints()
try:
point = point[0]
beamY, beamZ = point.refPoint
YSize, ZSize = point.calibration
horMotorPos, verMotorPos = point.absPoint
y, z = point.point
imageId = point.imageId
except TypeError:
return
movetoy = horMotorPos - (beamY - y) * YSize
movetoz = verMotorPos - (beamZ - z) * ZSize
if self.__imageMosaicPosition:
self.__imageMosaicPosition.setCursorPosition(
QubRulerAction.HORIZONTAL, 1, movetoy)
self.__imageMosaicPosition.setCursorPosition(
QubRulerAction.VERTICAL, 1, movetoz)
self.__mouseMotorPosition.setXValue(movetoy)
self.__mouseMotorPosition.setYValue(movetoz)
def __hMotorPositionChanged(self, position):
if self.__imageMosaicPosition:
self.__imageMosaicPosition.setCursorPosition(
QubRulerAction.HORIZONTAL, 0, position)
self.__currentMotorPosition.setXValue(position)
if self.__camDecompNPlug:
camera, decomp, plug = self.__camDecompNPlug
plug.setHMotorPosition(position)
def __hMotorLimitsChanged(self, limit):
if self.__imageMosaicPosition:
self.__imageMosaicPosition.setLimits(QubRulerAction.HORIZONTAL, 0,
*limit)
self.__imageMosaicPosition.setLimits(QubRulerAction.HORIZONTAL, 1,
*limit)
def __vMotorPositionChanged(self, position):
if self.__imageMosaicPosition:
self.__imageMosaicPosition.setCursorPosition(
QubRulerAction.VERTICAL, 0, position)
self.__currentMotorPosition.setYValue(position)
if self.__camDecompNPlug:
camera, decomp, plug = self.__camDecompNPlug
plug.setVMotorPosition(position)
def __vMotorLimitsChanged(self, limit):
if self.__imageMosaicPosition:
self.__imageMosaicPosition.setLimits(QubRulerAction.VERTICAL, 0,
*limit)
self.__imageMosaicPosition.setLimits(QubRulerAction.VERTICAL, 1,
*limit)
def __getMasterItem(self, position=None):
if self.__master_motor is not None:
if position is None:
position = self.__master_motor.getPosition()
try:
master_item = self.__masterPosition2Item[position]
except KeyError:
positionString = self._formatString % position
master_item = _MasterCheckItem(
self.__masterControler, 'p_%d (%s)' %
(len(self.__masterPosition2Item), positionString))
self.__masterPosition2Item[position] = master_item
else:
master_item = self.__imageList
position = None
return master_item, position
def __snapCBK(self):
key = {}
self.emit(qt.PYSIGNAL('getImage'), (key, ))
image = key.get('image', None)
if image:
master_item, position = self.__getMasterItem()
if self.__focus_motor is not None:
focusPosition = self.__focus_motor.getPosition()
else:
focusPosition = None
try:
item = _CheckItem(master_item, 'image', self, image,
self.__currentBeamPos, self.__currentCalib,
self.__hMotor, self.__vMotor,
self.__motor_pos_save, position,
focusPosition)
except:
logging.getLogger().error(
'CameraOffLineImageManager : Spec not connected')
else:
logging.getLogger().error(
'CameraOffLineImageManager : getImage is not connected to CameraOffLineImageManager!!!'
)
def __liveOnOff(self, state):
camera, decomp, plug = self.__camDecompNPlug
if state:
self.connect(camera, qt.PYSIGNAL('imageReceived'), decomp.putData)
plug.show()
else:
self.disconnect(camera, qt.PYSIGNAL('imageReceived'),
decomp.putData)
plug.hide()
def __saveImageTree(self, i):
pickleObjects = []
self.__saveImageRecurse(self.__imageList.firstChild(), pickleObjects)
if pickleObjects:
fullpathname = qt.QFileDialog.getSaveFileName(
self.__saveImageTreeDirName, 'Camera mosaic (*.mosaic)', self,
'Save mosaic images', "Choose a filename to save under")
if fullpathname:
fullpathname = fullpathname.latin1()
self.__saveImageTreeDirName, fname = os.path.split(
fullpathname)
filename, ext = os.path.splitext(fname)
fullpathname = os.path.join(self.__saveImageTreeDirName,
'%s.mosaic' % filename)
pickle.dump(pickleObjects, file(fullpathname, 'w'))
else:
errorMess = qt.QErrorMessage(self)
errorMess.message('Nothing to Save!!!')
def __loadImageTree(self, i):
fullpathname = qt.QFileDialog.getOpenFileName(
self.__saveImageTreeDirName, 'Camera mosaic (*.mosaic)', self,
'Load mosaic images', "Load a image tree")
if fullpathname:
fullpathname = fullpathname.latin1()
self.__imageList.selectAll(True)
self.__removeImage(0)
for saveItem in pickle.load(file(fullpathname)):
master_item, position = self.__getMasterItem(
saveItem.masterPosition)
_CheckItem(master_item, saveItem, self)
def __saveImageRecurse(self, item, pickleObjects):
while item:
NextItem = item.nextSibling()
try:
pickleObjects.append(item.getSavePickleObject())
except AttributeError:
pass
self.__saveImageRecurse(item.firstChild(), pickleObjects)
item = NextItem
@_foreachSelectedItems
def __removeImage(self, item, i):
try:
item.parent().takeItem(item)
except AttributeError:
self.__imageList.takeItem(item)
return True
@_foreachSelectedItems
def __layerUp(self, item, i):
item.layerUp()
@_foreachSelectedItems
def __layerDown(self, item, i):
item.layerDown()
def __popUpDisplay(self, item, point, columnid):
self.__popUpMenu.exec_loop(point)
def run(self):
key = {}
self.emit(qt.PYSIGNAL('getView'), (key, ))
try:
view = key['view']
drawing = key['drawing']
self.__snapAction = QubToolButtonAction(name='MosaicSnap',
iconName='snapshot',
toolButtonStyle=True,
place='toolbar',
group='image',
autoConnect=True)
qt.QObject.connect(self.__snapAction, qt.PYSIGNAL('ButtonPressed'),
self.__snapCBK)
view.addAction([self.__snapAction])
except KeyError:
logging.getLogger().error(
'getView is not connected to CameraOffLineImageManager!!!')
mosaicKey = {}
self.emit(qt.PYSIGNAL('getMosaicView'), (mosaicKey, ))
try:
self.mosaicView = mosaicKey['view']
self.drawing = mosaicKey['drawing']
class _openDialog(QubOpenDialogAction):
def __init__(self, *args, **keys):
QubOpenDialogAction.__init__(self, *args, **keys)
def setCanvas(self, canvas):
self.__canvas = canvas
def _showDialog(self):
if self._dialog.exec_loop() == qt.QDialog.Accepted:
file_path = self._dialog.selectedFile().ascii()
dirName, file_name = os.path.split(file_path)
base, ext = os.path.splitext(file_name)
QubImageSave.save(
os.path.join(dirName, '%s.svg' % base), None,
self.__canvas, 1, 'svg', True)
self.__saveMosaicAction = _openDialog(parent=self,
label='Save image',
name="save",
iconName='save',
group="admin")
saveMosaicDialogue = qt.QFileDialog('.', 'Mosaic Images (*.svg)',
self, 'Save mosaic Images',
True)
saveMosaicDialogue.setMode(saveMosaicDialogue.AnyFile)
self.__saveMosaicAction.setDialog(saveMosaicDialogue)
self.__saveMosaicAction.setCanvas(self.drawing.canvas())
self.__imageMosaicPosition = QubRulerAction(name='Motor Position',
place='toolbar',
group='Tools')
self.__mouseMotorPosition = _MouseOrMotorPosition(
name='mouse motor position',
place='statusbar',
group='info',
mouseFlag=True)
self.__currentMotorPosition = _MouseOrMotorPosition(
name='current motor position', place='statusbar', group='info')
self.mosaicView.addAction([
self.__imageMosaicPosition, self.__saveMosaicAction,
self.__currentMotorPosition, self.__mouseMotorPosition
])
if self.__vMotor is not None:
self.__imageMosaicPosition.setLabel(
QubRulerAction.VERTICAL, 0,
self.__vMotor.getMotorMnemonic())
self.__imageMosaicPosition.setCursorPosition(
QubRulerAction.VERTICAL, 0, self.__vMotor.getPosition())
limits = self.__vMotor.getLimits()
self.__imageMosaicPosition.setLimits(QubRulerAction.VERTICAL,
0, *limits)
self.__imageMosaicPosition.setLimits(QubRulerAction.VERTICAL,
1, *limits)
self.__imageMosaicPosition.setLabel(QubRulerAction.VERTICAL, 1,
'')
for label in [
self.__mouseMotorPosition, self.__currentMotorPosition
]:
label.setMotyName(self.__vMotor.getMotorMnemonic())
label.setYValue(self.__vMotor.getPosition())
if self.__hMotor is not None:
self.__imageMosaicPosition.setLabel(
QubRulerAction.HORIZONTAL, 0,
self.__hMotor.getMotorMnemonic())
limits = self.__hMotor.getLimits()
self.__imageMosaicPosition.setLimits(QubRulerAction.HORIZONTAL,
0, *limits)
self.__imageMosaicPosition.setLimits(QubRulerAction.HORIZONTAL,
1, *limits)
self.__imageMosaicPosition.setCursorPosition(
QubRulerAction.HORIZONTAL, 0, self.__hMotor.getPosition())
self.__imageMosaicPosition.setLabel(QubRulerAction.HORIZONTAL,
1, '')
for label in [
self.__mouseMotorPosition, self.__currentMotorPosition
]:
label.setMotxName(self.__hMotor.getMotorMnemonic())
label.setXValue(self.__hMotor.getPosition())
for ruler in self.__imageMosaicPosition._QubRulerAction__ruler:
ruler.setZ(99) # upper layer
#Add a follow mulot
class _MouseFollow(_DrawingEventNDrawingMgr):
def __init__(self, aDrawingMgr, oneShot, **keys):
_DrawingEventNDrawingMgr.__init__(self, aDrawingMgr, False)
def mouseMove(self, x, y):
d = self._drawingMgr()
if d:
d.move(x, y)
d.endDraw()
self.__followPointMouse, _ = QubAddDrawing(
self.drawing, QubMosaicPointDrawingMgr, QubCanvasTarget)
self.__followPointMouse.setDrawingEvent(_MouseFollow)
self.__followPointMouse.setExclusive(False)
self.__followPointMouse.startDrawing()
self.__followPointMouse.setEndDrawCallBack(
self.__displayMotorsPositionUnderMouse)
except KeyError:
pass
if self.__camDecompNPlug:
camera, decomp, plug = self.__camDecompNPlug
try:
plug.addImage()
try:
plug.move(self.__hMotor.getPosition(),
self.__vMotor.getPosition())
except:
pass
else:
try:
plug.setCalibration(*self.__currentCalib)
plug.setBeamPosition(*self.__currentBeamPos)
except (AttributeError, TypeError):
pass
except AttributeError:
liveCheckBox = self.child('__liveCheckBox')
liveCheckBox.hide()