def emitTraceParametersApply(self):
_infoer.function = str(self.emitTraceParametersApply)
_infoer.write("")
if not self.__key==-1:
Application.vrpApp.key2params[self.__key] = self.__getParams()
ObjectMgr().setParams( self.__key, self.__getParams() )
theGuiMsgHandler().runObject( self.__key )
def emitCutChanged(self):
_infoer.function = str(self.emitCutChanged)
_infoer.write("")
if len(self.__keys)>0 and ObjectMgr().getTypeOfObject(self.__keys[0]) == TYPE_2D_CUTGEOMETRY_PART:
params = ObjectMgr().getRealParamsOfObject(self.__keys[0])
params.alignedRectangle = self.__rectangleManager.getParams()
if len(self.__keys)==1 :
Application.vrpApp.key2params[self.__keys[0]] = params
ObjectMgr().setParams(self.__keys[0], params )
theGuiMsgHandler().runObject(self.__keys[0])
# set params for multi selection
if len(self.__keys)>1 :
#find changed params
originalParams = self.oldPanelRealParams
realChange = ParamsDiff( originalParams, params )
# set params for remaining selected objects
for i in range(0, len(self.__keys)):
childKeyParams = ObjectMgr().getRealParamsOfObject(self.__keys[i])
# find the changed param in childKey and replace it with the
# intended attribut
for x in realChange :
childKeyParams.__dict__[x] = params.__dict__[x]
# set the params
Application.vrpApp.key2params[self.__keys[i]] = childKeyParams
ObjectMgr().setParams( self.__keys[i], childKeyParams )
theGuiMsgHandler().runObject( self.__keys[i] )
#save params for multi selection
self.oldPanelRealParams = CopyParams(params)
def emitDataChanged(self):
if not len(self.__keys)==0 and not ObjectMgr().getTypeOfObject(self.__keys[0]) == TYPE_3D_COMPOSED_PART:
params = self.__getParams()
# mapping of the keys for the object manager
childKeys = []
for i in range(0, len(self.__keys)):
childKeys.append(Application.vrpApp.guiKey2visuKey[self.__keys[i]])
# set params for first object
if len(self.__keys)>0 :
#save original params
originalParams = ObjectMgr().getParamsOfObject( childKeys[0] )
ObjectMgr().setParams( childKeys[0], params )
theGuiMsgHandler().runObject( childKeys[0] )
# set params for multi selection
if len(self.__keys)>1 :
#find changed params
realChange = ParamsDiff( originalParams, params )
# set params for remaining selected objects
for i in range(1, len(self.__keys)):
childKeyParams = ObjectMgr().getParamsOfObject(childKeys[i])
# find the changed param in childKey and replace it with the
# intended attribut
for x in realChange :
childKeyParams.__dict__[x] = params.__dict__[x]
# set the params
ObjectMgr().setParams( childKeys[i], childKeyParams )
theGuiMsgHandler().runObject( childKeys[i] )
def changedParams(self, val=0):
_infoer.function = str(self.changedParams)
_infoer.write("")
param = self._key2Params[self._currentKey]
param.name = str( self.widget().NameLE.text() )
param.timeout = self.widget().TimeoutSpinBox.value()
param.index = self._key2ListBoxItemIdx[self._currentKey]
self.setParams( self._currentKey, param )
theGuiMsgHandler().setParams( self._currentKey, self._key2Params[self._currentKey] )
def applyParams(self, val=0):
#store current params
if self.__callerKey==None:
return
self.setParams( self.__currentKey, self.__getParams() )
ObjectMgr().setParams(self.__currentKey, self.__getParams())
theGuiMsgHandler().setParams( self.__currentKey, self.__getParams())
if self.vrpCheckBoxShow.isChecked(): theGuiMsgHandler().runObject( self.__currentKey )
def applyParams(self, val=0):
#store current params
if self.__callerKey == None:
return
self.setParams(self.__currentKey, self.__getParams())
ObjectMgr().setParams(self.__currentKey, self.__getParams())
theGuiMsgHandler().setParams(self.__currentKey, self.__getParams())
if self.vrpCheckBoxShow.isChecked():
theGuiMsgHandler().runObject(self.__currentKey)
def changedReductionParams(self):
rf = getIntInLineEdit(self.widget().ReductionLE)
Application.vrpApp.mw.spawnPatienceDialog()
reqId = theGuiMsgHandler().setReductionFactor(rf)
theGuiMsgHandler().waitforAnswer(reqId)
Application.vrpApp.mw.unSpawnPatienceDialog()
# update params of project in ObjectMgr
params = ObjectMgr().getParamsOfObject(0)
params.reductionFactor = rf
ObjectMgr().setParams(0, params)
def emitDataChangedTransform(self):
_infoer.function = str(self.emitDataChangedTransform)
_infoer.write("")
#TODO multi selection
if len(self.__keys)==1 :
if ObjectMgr().getTypeOfObject(self.__keys[0]) == TYPE_2D_PART:
childKey = Application.vrpApp.guiKey2visuKey[self.__keys[0]]
params = self.__getParams()
Application.vrpApp.key2params[childKey] = params
ObjectMgr().setParams( childKey, params )
theGuiMsgHandler().runObject( childKey )
def changedReductionParams(self):
rf = getIntInLineEdit(self.widget().ReductionLE)
Application.vrpApp.mw.spawnPatienceDialog()
reqId = theGuiMsgHandler().setReductionFactor(rf)
theGuiMsgHandler().waitforAnswer(reqId)
Application.vrpApp.mw.unSpawnPatienceDialog()
# update params of project in ObjectMgr
params = ObjectMgr().getParamsOfObject(0)
params.reductionFactor = rf
ObjectMgr().setParams(0, params)
def emitDataChanged(self):
if not self.__key==-1:
#childKey = Application.App.guiKey2visuKey[self.__key]
#params = self.__getParams()
#Application.vrpApp.key2params[childKey] = params
#ObjectMgr().setParams( childKey, params )
#theGuiMsgHandler().runObject( childKey )
#params = self.__getParams()
Application.vrpApp.key2params[self.__key] = self.__getParams()#params
ObjectMgr().setParams(self.__key, self.__getParams())#params)
theGuiMsgHandler().runObject(self.__key)
def applyTimestepSelection(self):
selectionString = str(self.widget().lineEditSelectionString.text())
Application.vrpApp.mw.spawnPatienceDialog()
reqId = theGuiMsgHandler().setSelectionString(selectionString)
theGuiMsgHandler().waitforAnswer(reqId)
Application.vrpApp.mw.unSpawnPatienceDialog()
# update params of project in ObjectMgr
params = ObjectMgr().getParamsOfObject(0)
params.selectionString = selectionString
ObjectMgr().setParams(0, params)
def applyTimestepSelection(self):
selectionString = str(self.widget().lineEditSelectionString.text())
Application.vrpApp.mw.spawnPatienceDialog()
reqId = theGuiMsgHandler().setSelectionString(selectionString)
theGuiMsgHandler().waitforAnswer(reqId)
Application.vrpApp.mw.unSpawnPatienceDialog()
# update params of project in ObjectMgr
params = ObjectMgr().getParamsOfObject(0)
params.selectionString = selectionString
ObjectMgr().setParams(0, params)
def change(self):
_infoer.function = str(self.change)
_infoer.write("")
# add asker
msgBox = QtWidgets.QMessageBox(Application.vrpApp.mw)
msgBox.setWindowTitle(self.__tr("Save changes of presentation step"))
msgBox.setText(self.__tr("Do you want to save your changes for this presentation step?"))
msgBox.setStandardButtons(QtWidgets.QMessageBox.Save | QtWidgets.QMessageBox.Cancel)
msgBox.setDefaultButton(QtWidgets.QMessageBox.Save)
acceptedOrRejected = msgBox.exec_()
if acceptedOrRejected == QtWidgets.QMessageBox.Save:
# comunication with negotiator
theGuiMsgHandler().sendKeyWord("changePresentationStep")
def changedRadioButtonGroup(self):
if self.__callerKey == None:
return
oldParams = ObjectMgr().getParamsOfObject(self.__currentKey)
currentParams = self.__getParams()
# if clicked on same radio button
if oldParams.mode == currentParams.mode:
return
# set params in negotiator, object manager and own panel
self.setParams(self.__currentKey, currentParams)
ObjectMgr().setParams(self.__currentKey, currentParams)
theGuiMsgHandler().setParams( self.__currentKey, currentParams)
oldMin = 0
oldMax = 0
currentMin = 0
currentMax = 0
if oldParams.mode == coColorTableParams.FREE:
oldMin = oldParams.min
oldMax = oldParams.max
elif oldParams.mode == coColorTableParams.LOCAL:
oldMin = oldParams.baseMin
oldMax = oldParams.baseMax
elif oldParams.mode == coColorTableParams.GLOBAL:
oldMin = oldParams.globalMin
oldMax = oldParams.globalMax
else:
print("Error: Unknown radio button in ColorManager!")
if currentParams.mode == coColorTableParams.FREE:
currentMin = currentParams.min
currentMax = currentParams.max
elif currentParams.mode == coColorTableParams.LOCAL:
currentMin = currentParams.baseMin
currentMax = currentParams.baseMax
elif currentParams.mode == coColorTableParams.GLOBAL:
currentMin = currentParams.globalMin
currentMax = currentParams.globalMax
else:
print("Error: Unknown radio button in ColorManager!")
# only execute in case of different min/max values
if oldMin != currentMin or oldMax != currentMax:
theGuiMsgHandler().runObject(self.__currentKey)
def changedRadioButtonGroup(self):
if self.__callerKey == None:
return
oldParams = ObjectMgr().getParamsOfObject(self.__currentKey)
currentParams = self.__getParams()
# if clicked on same radio button
if oldParams.mode == currentParams.mode:
return
# set params in negotiator, object manager and own panel
self.setParams(self.__currentKey, currentParams)
ObjectMgr().setParams(self.__currentKey, currentParams)
theGuiMsgHandler().setParams(self.__currentKey, currentParams)
oldMin = 0
oldMax = 0
currentMin = 0
currentMax = 0
if oldParams.mode == coColorTableParams.FREE:
oldMin = oldParams.min
oldMax = oldParams.max
elif oldParams.mode == coColorTableParams.LOCAL:
oldMin = oldParams.baseMin
oldMax = oldParams.baseMax
elif oldParams.mode == coColorTableParams.GLOBAL:
oldMin = oldParams.globalMin
oldMax = oldParams.globalMax
else:
print("Error: Unknown radio button in ColorManager!")
if currentParams.mode == coColorTableParams.FREE:
currentMin = currentParams.min
currentMax = currentParams.max
elif currentParams.mode == coColorTableParams.LOCAL:
currentMin = currentParams.baseMin
currentMax = currentParams.baseMax
elif currentParams.mode == coColorTableParams.GLOBAL:
currentMin = currentParams.globalMin
currentMax = currentParams.globalMax
else:
print("Error: Unknown radio button in ColorManager!")
# only execute in case of different min/max values
if oldMin != currentMin or oldMax != currentMax:
theGuiMsgHandler().runObject(self.__currentKey)
def emitVariableChanged(self):
_infoer.function = str(self.emitVariableChanged)
_infoer.write("")
if len(self.__keys)>0 and not ObjectMgr().getTypeOfObject(self.__keys[0]) == TYPE_2D_COMPOSED_PART: ##all key types in self.keys should be the same
# mapping of the keys for the object manager
childKeys = []
for i in range(0, len(self.__keys)):
childKeys.append(Application.vrpApp.guiKey2visuKey[self.__keys[i]])
params = self.__getParams()
if len(self.__keys)==1 :
Application.vrpApp.key2params[childKeys[0]] = self.__getParams()
ObjectMgr().setParams( childKeys[0], params )
reqId = theGuiMsgHandler().setParams( childKeys[0], params )
theGuiMsgHandler().waitforAnswer(reqId)
theGuiMsgHandler().runObject( childKeys[0] )
self.__setParams( self.__getParams() )#necessary for allVariablesList
# set params for multi selection
if len(self.__keys)>1 :
# find changed params
originalParams = self.oldPanelParams
realChange = ParamsDiff( originalParams, params )
# set params for remaining selected objects
for i in range(0, len(self.__keys)):
childKeyParams = ObjectMgr().getParamsOfObject(childKeys[i])
# find the changed param in childKey and replace it with the
# intended attribut
for x in realChange :
childKeyParams.__dict__[x] = params.__dict__[x]
# set the params
Application.vrpApp.key2params[childKeys[i]] = childKeyParams
ObjectMgr().setParams( childKeys[i], childKeyParams )
reqId = theGuiMsgHandler().setParams( childKeys[i], childKeyParams )
theGuiMsgHandler().waitforAnswer(reqId)
theGuiMsgHandler().runObject( childKeys[i] )
#necessary for allVariablesList
self.__setParams( self.__getParams() )
#save params for multi selection
self.oldPanelParams = self.__getParams()
def emitRadioBttnsTracerApply(self):
_infoer.function = str(self.emitRadioBttnsTracerApply)
_infoer.write("")
if not self.__key==-1:
# send message to cover
if self.xAxisRadioButton.isChecked():
theGuiMsgHandler().sendKeyWord("xAxis")
if self.yAxisRadioButton.isChecked():
theGuiMsgHandler().sendKeyWord("yAxis")
if self.zAxisRadioButton.isChecked():
theGuiMsgHandler().sendKeyWord("zAxis")
self.emitTraceParametersApply()
def initHandlers(coverWidgetId=None):
"""Connect the theGuiMsgHandler and theNegMsgHandler."""
g = theGuiMsgHandler()
n = theNegMsgHandler(coverWidgetId)
n.sigInit.connect(g.recvInit)
n.sigDelObj.connect(g.recvDelete)
n.sigParam.connect(g.recvParam)
n.sigNegOk.connect(g.recvOk)
n.sigNegError.connect(g.recvError)
n.sigChangePath.connect(g.recvChangePath)
n.sigBbox.connect(g.recvBbox)
n.sigKeyWord.connect(g.recvKeyWord)
n.sigFinishLoading.connect(g.recvFinishLoading)
n.sigIsTransient.connect(g.recvIsTransient)
n.sigAskTimestepReduction.connect(g.recvAskTimestepReduction)
n.sigSetPresentationPoint.connect(g.recvSetPresentationPointID)
n.sigVarNotFound.connect(g.recvVarNotFound)
n.sigSelectObj.connect(g.recvSelect)
n.sigDelFromCoverObj.connect(g.recvDeleteFromCOVER)
g.sigRequestObj.connect(n.requestObject)
g.sigRequestDelObj.connect(n.requestDelObject)
g.sigDuplicateObj.connect(n.requestDuplicateObject)
g.sigRunObj.connect(n.runObject)
g.sigLoadObject.connect(n.loadObject)
g.sigSaveObject.connect(n.saveObject)
g.sigRequestParams.connect(n.requestParams)
g.sigGuiParam.connect(n.recvParams)
g.sigTmpParam.connect(n.recvTempParams)
g.sigGuiError.connect(n.recvError)
g.sigGuiExit.connect(n.recvExit)
g.sigKeyWord.connect(n.keyWord)
g.sigGuiChangedPath.connect(n.recvChangedPath)
g.sigGuiRestartRenderer.connect(n.restartRenderer)
g.sigSetReductionFactor.connect(n.recvReductionFactor)
g.sigSetCropMinMax.connect(n.recvCropMinMax)
g.sigSetSelectionString.connect(n.recvSelectionString)
g.sigGuiAskedTimestepReduction.connect(n.recvAskedReductionFactor)
g.sigMoveObj.connect(n.moveObj)
def initHandlers(coverWidgetId=None):
"""Connect the theGuiMsgHandler and theNegMsgHandler."""
g = theGuiMsgHandler()
n = theNegMsgHandler(coverWidgetId)
n.sigInit.connect(g.recvInit)
n.sigDelObj.connect(g.recvDelete)
n.sigParam.connect(g.recvParam)
n.sigNegOk.connect(g.recvOk)
n.sigNegError.connect(g.recvError)
n.sigChangePath.connect(g.recvChangePath)
n.sigBbox.connect(g.recvBbox)
n.sigKeyWord.connect(g.recvKeyWord)
n.sigFinishLoading.connect(g.recvFinishLoading)
n.sigIsTransient.connect(g.recvIsTransient)
n.sigAskTimestepReduction.connect(g.recvAskTimestepReduction)
n.sigSetPresentationPoint.connect(g.recvSetPresentationPointID)
n.sigVarNotFound.connect(g.recvVarNotFound)
n.sigSelectObj.connect(g.recvSelect)
n.sigDelFromCoverObj.connect(g.recvDeleteFromCOVER)
g.sigRequestObj.connect(n.requestObject)
g.sigRequestDelObj.connect(n.requestDelObject)
g.sigDuplicateObj.connect(n.requestDuplicateObject)
g.sigRunObj.connect(n.runObject)
g.sigLoadObject.connect(n.loadObject)
g.sigSaveObject.connect(n.saveObject)
g.sigRequestParams.connect(n.requestParams)
g.sigGuiParam.connect(n.recvParams)
g.sigTmpParam.connect(n.recvTempParams)
g.sigGuiError.connect(n.recvError)
g.sigGuiExit.connect(n.recvExit)
g.sigKeyWord.connect(n.keyWord)
g.sigGuiChangedPath.connect(n.recvChangedPath)
g.sigGuiRestartRenderer.connect(n.restartRenderer)
g.sigSetReductionFactor.connect(n.recvReductionFactor)
g.sigSetCropMinMax.connect(n.recvCropMinMax)
g.sigSetSelectionString.connect(n.recvSelectionString)
g.sigGuiAskedTimestepReduction.connect(n.recvAskedReductionFactor)
g.sigMoveObj.connect(n.moveObj)
def __init__(self, parent ):
_infoer.function = str(self.__init__)
_infoer.write("")
ListManager.__init__(self, parent)
self.setWidget( PresenterManagerBase() )
self.setWindowTitle(self.__tr("Presentation Manager"))
#connection of the DockWidget visibilityChanged
self.visibilityChanged.connect(self.visibilityChangedx)
#connections of the buttons
self.widget().NameLE.returnPressed.connect(self.changedParams)
self.widget().TimeoutSpinBox.valueChanged.connect(self.changedParams)
self.widget().listBox2.itemClicked.connect(self.listViewClick)
self.widget().UpButton.clicked.connect(self.up)
self.widget().DownButton.clicked.connect(self.down)
self.widget().BackButton.clicked.connect(self.backward)
self.widget().ForwardButton.clicked.connect(self.forward)
self.widget().ToEndButton.clicked.connect(self.goToEnd)
self.widget().ToStartButton.clicked.connect(self.goToStart)
self.widget().StopButton.clicked.connect(self.stop)
self.widget().PlayButton.clicked.connect(self.play)
self.widget().NewButton.clicked.connect(self.new)
self.widget().DeleteButton.clicked.connect(self.delete)
self.widget().ChangeButton.clicked.connect(self.change)
self.widget().LogitechButton.clicked.connect(self.startLogitech)
#connect to cover
theGuiMsgHandler().registerKeyWordCallback('PRESENTATION_PLAY', self.play)
theGuiMsgHandler().registerKeyWordCallback('PRESENTATION_STOP', self.stop)
theGuiMsgHandler().registerKeyWordCallback('PRESENTATION_RELOAD', self.reload)
theGuiMsgHandler().registerKeyWordCallback('PRESENTATION_BACKWARD', self.backward)
theGuiMsgHandler().registerKeyWordCallback('PRESENTATION_FORWARD', self.forward)
theGuiMsgHandler().registerKeyWordCallback('PRESENTATION_GO_TO_END', self.goToEnd)
theGuiMsgHandler().registerKeyWordCallback('PRESENTATION_GO_TO_START', self.goToStart)
theGuiMsgHandler().registerKeyWordCallback('PRESENTATION_SET_ID', self.goToPresentationPoint)
#default settings
#disable the name, timouot - no step is selected or even created
self.widget().NameLE.setEnabled(False)
self.widget().TimeoutSpinBox.setEnabled(False)
self._enablePresenter(False)
self.widget().textRunning.hide()
# flags if new viewpoint should be created every time new step is created
self._decisionSaved = False
self._decision = True
# param changed signal from object manager
ObjectMgr().sigGuiParamChanged.connect( self.paramChangedFromNeg)
def rotateLeft(self):
theGuiMsgHandler().sendMoveObj("rotate", 1, 0 ,0)
def requestPresentationStep(self):
reqid = theGuiMsgHandler().requestObject( TYPE_PRESENTATION_STEP, None, self._key)
theGuiMsgHandler().waitforAnswer(reqid)
def rotateRight(self):
theGuiMsgHandler().sendMoveObj("rotate", -1, 0 ,0)
def copy( self ):
params = self.__getParams()
reqid = theGuiMsgHandler().requestObject( TYPE_COLOR_TABLE, self.__colorMgrKey )
theGuiMsgHandler().waitforAnswer(reqid)
oldname = params.name
params.name = self.__tr('Copy of ') + params.name
self.setParams( self.__newkey, params )
theGuiMsgHandler().setParams( self.__newkey, params )
for key in self.__dependantKeys[self.__currentKey]:
if not key==self.__callerKey:
reqid = theGuiMsgHandler().requestParams( key )
theGuiMsgHandler().waitforAnswer(reqid)
reqid = theGuiMsgHandler().requestParams( self.__callerKey )
theGuiMsgHandler().waitforAnswer(reqid)
self.emitSelectColormap( self.__newkey )
def translateRight(self):
theGuiMsgHandler().sendMoveObj("translate", 1, 0 ,0)
def emitValueChange(self, val=False):
if not self.__key==-1:
Application.vrpApp.key2params[self.__key] = self.__getParams()
ObjectMgr().setParams( self.__key, self.__getParams() )
theGuiMsgHandler().runObject( self.__key )
def rotateUp(self):
theGuiMsgHandler().sendMoveObj("rotate", 0, 0 ,1)
def scalePlus(self):
theGuiMsgHandler().sendMoveObj("scale", 1, 0, 0)
def rotateDown(self):
theGuiMsgHandler().sendMoveObj("rotate", 0, 0 ,-1)
def scaleMinus(self):
theGuiMsgHandler().sendMoveObj("scale", -1, 0, 0)
def translateDown(self):
theGuiMsgHandler().sendMoveObj("translate", 0, 0 ,-1)
def translateUp(self):
theGuiMsgHandler().sendMoveObj("translate", 0, 0 ,1)
def forward(self, key, isOn):
aux = VisItemParams()
aux.isVisible = isOn
theGuiMsgHandler().setParams(key, aux)
def rotateBack(self):
theGuiMsgHandler().sendMoveObj("rotate", 0, -1 ,0)
def emitValueChange(self, val=False):
if not self.__key==-1:
Application.vrpApp.key2params[self.__key] = self.__getParams()
ObjectMgr().setParams( self.__key, self.__getParams() )
theGuiMsgHandler().runObject( self.__key )
def rotateFront(self):
theGuiMsgHandler().sendMoveObj("rotate", 0, 1 ,0)
def translateBack(self):
theGuiMsgHandler().sendMoveObj("translate", 0, 1 ,0)
def translateFront(self):
theGuiMsgHandler().sendMoveObj("translate", 0, -1 ,0)
