def _helpLineDraw(self):
hline = QubPointDrawingMgr(self._view.canvas(), self._view.matrix())
hline.setAutoDisconnectEvent(True)
hline.setEventName("HelpLine")
hline.setExceptExclusiveListName(["StickAlignement"])
if self._vertPhiFlag:
drawingobject = QubCanvasHLine(self._view.canvas())
else:
drawingobject = QubCanvasVLine(self._view.canvas())
hline.addDrawingObject(drawingobject)
hline.setEndDrawCallBack(self._centeringPlug.endHline)
self._view.addDrawingMgr(hline)
hline.setPen(qt.QPen(qt.Qt.red, 2, qt.Qt.DashLine))
hline.startDrawing()
self._centeringPlug.hLines.append(hline)
def _helpLineDraw(self):
hline = QubPointDrawingMgr(self._view.canvas(), self._view.matrix())
hline.setAutoDisconnectEvent(True)
hline.setEventName("HelpLine")
hline.setExceptExclusiveListName(["StickAlignement"])
if self._vertPhiFlag:
drawingobject = QubCanvasHLine(self._view.canvas())
else:
drawingobject = QubCanvasVLine(self._view.canvas())
hline.addDrawingObject(drawingobject)
hline.setEndDrawCallBack(self._centeringPlug.endHline)
self._view.addDrawingMgr(hline)
hline.setPen(qt.QPen(qt.Qt.red, 2, qt.Qt.DashLine))
hline.startDrawing()
self._centeringPlug.hLines.append(hline)
class _alignementProcess:
def __init__(self, centeringPlug, widgetTree, view, verticalPhi):
self._centeringPlug = centeringPlug
self._widgetTree = widgetTree
self._view = view
self._vertPhiFlag = verticalPhi
self._lastDrawing = None
centeringPlug.alignementProcessState = self
def __del__(self):
if self._lastDrawing is not None:
self._lastDrawing.stopDrawing()
def begin(self):
pass
def endDraw(self, aDrawingMgr):
pass
def cancel(self):
_cancelAlignementProcess(
self._centeringPlug, self._widgetTree, self._view, self._vertPhiFlag
)
def setView(self, view):
self._view = view
def setVerticalPhi(self, aFlag):
self._vertPhiFlag = aFlag
def verticalPhi(self):
return self._vertPhiFlag
def _clearTable(self):
at = self._widgetTree.child("alignementTable")
self._centeringPlug.nbPoint4Alignement = self._widgetTree.child(
"__nbPoint"
).value()
at.setNumRows(self._centeringPlug.nbPoint4Alignement)
for rowid in range(at.numRows()):
for colid in range(at.numCols()):
at.setText(rowid, colid, "")
def _insertPos(self, aDrawingMgr, rowid):
phiPos = str(self._centeringPlug.getPhi())
x, y = aDrawingMgr.point()
aDrawingMgr.hide()
at = self._widgetTree.child("alignementTable")
at.setText(rowid, 0, phiPos)
at.setText(rowid, 1, str(x))
at.setText(rowid, 2, str(y))
def _startDraw(self):
self._lastDrawing = QubPointDrawingMgr(self._view.canvas(), self._view.matrix())
drawingobject = QubCanvasTarget(self._view.canvas())
self._lastDrawing.setAutoDisconnectEvent(True)
self._lastDrawing.setEventName("StickAlignement")
self._lastDrawing.setExceptExclusiveListName(["HelpLine"])
self._lastDrawing.addDrawingObject(drawingobject)
self._view.addDrawingMgr(self._lastDrawing)
self._lastDrawing.startDrawing()
self._lastDrawing.setEndDrawCallBack(self._centeringPlug.endAlignementDraw)
def _helpLineDraw(self):
hline = QubPointDrawingMgr(self._view.canvas(), self._view.matrix())
hline.setAutoDisconnectEvent(True)
hline.setEventName("HelpLine")
hline.setExceptExclusiveListName(["StickAlignement"])
if self._vertPhiFlag:
drawingobject = QubCanvasHLine(self._view.canvas())
else:
drawingobject = QubCanvasVLine(self._view.canvas())
hline.addDrawingObject(drawingobject)
hline.setEndDrawCallBack(self._centeringPlug.endHline)
self._view.addDrawingMgr(hline)
hline.setPen(qt.QPen(qt.Qt.red, 2, qt.Qt.DashLine))
hline.startDrawing()
self._centeringPlug.hLines.append(hline)
def _phiStep(self):
phiStepLineEditor = self._widgetTree.child("__deltaPhiCalib")
step, valid = phiStepLineEditor.text().toFloat()
self._centeringPlug.mvPhi(step)
def endHline(self, drawingMgr):
pass
class _alignementProcess:
def __init__(self, centeringPlug, widgetTree, view, verticalPhi):
self._centeringPlug = centeringPlug
self._widgetTree = widgetTree
self._view = view
self._vertPhiFlag = verticalPhi
self._lastDrawing = None
centeringPlug.alignementProcessState = self
def __del__(self):
if self._lastDrawing is not None:
self._lastDrawing.stopDrawing()
def begin(self):
pass
def endDraw(self, aDrawingMgr):
pass
def cancel(self):
_cancelAlignementProcess(self._centeringPlug, self._widgetTree,
self._view, self._vertPhiFlag)
def setView(self, view):
self._view = view
def setVerticalPhi(self, aFlag):
self._vertPhiFlag = aFlag
def verticalPhi(self):
return self._vertPhiFlag
def _clearTable(self):
at = self._widgetTree.child("alignementTable")
self._centeringPlug.nbPoint4Alignement = self._widgetTree.child(
"__nbPoint").value()
at.setNumRows(self._centeringPlug.nbPoint4Alignement)
for rowid in range(at.numRows()):
for colid in range(at.numCols()):
at.setText(rowid, colid, "")
def _insertPos(self, aDrawingMgr, rowid):
phiPos = str(self._centeringPlug.getPhi())
x, y = aDrawingMgr.point()
aDrawingMgr.hide()
at = self._widgetTree.child("alignementTable")
at.setText(rowid, 0, phiPos)
at.setText(rowid, 1, str(x))
at.setText(rowid, 2, str(y))
def _startDraw(self):
self._lastDrawing = QubPointDrawingMgr(self._view.canvas(),
self._view.matrix())
drawingobject = QubCanvasTarget(self._view.canvas())
self._lastDrawing.setAutoDisconnectEvent(True)
self._lastDrawing.setEventName("StickAlignement")
self._lastDrawing.setExceptExclusiveListName(["HelpLine"])
self._lastDrawing.addDrawingObject(drawingobject)
self._view.addDrawingMgr(self._lastDrawing)
self._lastDrawing.startDrawing()
self._lastDrawing.setEndDrawCallBack(
self._centeringPlug.endAlignementDraw)
def _helpLineDraw(self):
hline = QubPointDrawingMgr(self._view.canvas(), self._view.matrix())
hline.setAutoDisconnectEvent(True)
hline.setEventName("HelpLine")
hline.setExceptExclusiveListName(["StickAlignement"])
if self._vertPhiFlag:
drawingobject = QubCanvasHLine(self._view.canvas())
else:
drawingobject = QubCanvasVLine(self._view.canvas())
hline.addDrawingObject(drawingobject)
hline.setEndDrawCallBack(self._centeringPlug.endHline)
self._view.addDrawingMgr(hline)
hline.setPen(qt.QPen(qt.Qt.red, 2, qt.Qt.DashLine))
hline.startDrawing()
self._centeringPlug.hLines.append(hline)
def _phiStep(self):
phiStepLineEditor = self._widgetTree.child("__deltaPhiCalib")
step, valid = phiStepLineEditor.text().toFloat()
self._centeringPlug.mvPhi(step)
def endHline(self, drawingMgr):
pass