def __getParams(self):
"""
convert information in the panel into the right negotiator param classes
"""
_infoer.function = str(self.__getParams)
_infoer.write("")
if self.__taskType==STREAMLINE:
data = PartStreamlineVisParams()
data.tubeWidth = getDoubleInLineEdit(self.TubeWidth)
elif self.__taskType==MOVING_POINTS:
data = PartMovingPointsVisParams()
data.numSteps = getIntInLineEdit(self.NumberOfSteps)
data.duration = getDoubleInLineEdit(self.DurationOfSteps)
data.sphereRadius = getDoubleInLineEdit(self.RadiusOfSpheres)
else:
data = PartPathlinesVisParams()
data.numSteps = getIntInLineEdit(self.NumberOfSteps)
data.duration = getDoubleInLineEdit(self.DurationOfSteps)
data.tubeWidth = getDoubleInLineEdit(self.TubeWidth)
data.sphereRadius = getDoubleInLineEdit(self.RadiusOfSpheres)
data.taskType = self.__taskType
data.name = str(self.nameWidget.text())
data.isVisible = self.visibilityCheckBox.isChecked()
data.variable = str(self.vrpLineEditVariable.text())
data.colorTableKey = self.colorCreator
if self.vrpCheckBoxMapVariable.isChecked():
data.secondVariable = str(self.vrpComboBoxVariable.currentText())
if data.secondVariable!="" and data.colorTableKey!=None and data.secondVariable in data.colorTableKey and self.__baseVariable and self.__baseVariable==data.secondVariable:
data.colorTableKey[data.secondVariable] = MainWindow.globalColorManager.getSelectedColormapKey( self.colorMapCombobox)
else :
if self.__baseVariable and self.__baseVariable==data.variable and data.colorTableKey:
data.colorTableKey[data.variable] = MainWindow.globalColorManager.getSelectedColormapKey( self.colorMapCombobox)
if self.__startStyle == PLANE:
data.alignedRectangle = self.__rectangleManager.getParams()
elif self.__startStyle == LINE:
#data.line3D = self.__rectangleManager.getParams(LINE)
data.alignedRectangle = self.__rectangleManager.getParams(LINE)
else:
data.alignedRectangle = self.__rectangleManager.getParams()
data.boundingBox = self.__rectangleManager.getBoundingBox()
try:
data.no_startp = getIntInLineEdit(self.numberStartpoints)
except ConversionError:
data.no_startp = 0
try:
data.len = getDoubleInLineEdit(self.lengthTraces)
except ConversionError:
data.len = 0.0
data.direction = self.tracingDirectionCB.currentIndex()+1
try:
data.eps = getDoubleInLineEdit(self.vrpLineEditRelativeErrors)
except ConversionError:
data.eps = 0.0
try:
data.abs = getDoubleInLineEdit(self.vrpLineEditAbsoluteErrors)
except ConversionError:
data.abs = 0.0
try:
data.grid_tol = getDoubleInLineEdit(self.vrpLineEditGridTolerance)
except ConversionError:
data.grid_tol = 0.0
try:
data.maxOutOfDomain = getDoubleInLineEdit(self.vrpLineEditMinimumValue_2)
except ConversionError:
data.maxOutOfDomain = 0.0
try:
data.min_vel = getDoubleInLineEdit(self.vrpLineEditMinimumValue)
except ConversionError:
data.min_vel = 0.0
data.showSmoke= self.vrpCheckBoxShow.isChecked()
data.showInteractor = self.checkBox5.isChecked()
if self.checkBoxDomainFromList.isChecked():
if self.comboBoxDomain.currentIndex()>0 :
data.use2DPartKey=self.__UsePartIdx2key[self.comboBoxDomain.currentIndex()]
else :
data.use2DPartKey=-1
if self.checkBoxFreeStartpoints.isChecked():
data.start_style = 3
else:
data.start_style = self.__startStyle
return data
def testRequest():
"""Example for requesting something at the theGuiMsgHandler()."""
keepReference = QApplication(sys.argv)
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, createProjectPanel)
reqId = g.requestObject(TYPE_PROJECT)
g.waitforAnswer(reqId)
reqId = g.requestObject(TYPE_CASE, None, project_key)
g.waitforAnswer(reqId)
caseP = coCaseMgrParams()
nameAndCase = NameAndCoviseCase()
nameAndCase.setFromFile('/work/common/Projekte/DC-CFDGui/datasets/'
'TINY/CoviseDaten/TINY.cocase')
#nameAndCase.setFromFile(
# '/work/common/Projekte/DC-CFDGui/datasets/'
# 'msport/CoviseDaten/msport.cocase')
caseP.origDsc = caseP.filteredDsc = coviseCase2DimensionSeperatedCase(nameAndCase.case, nameAndCase.name, nameAndCase.pathToCaseFile)
g.setParams(case_key1, caseP)
# testing static coloring
if testMode==VIS_2D_STATIC_COLOR:
colP = Part2DStaticColorVisParams()
colP.g = 0
g.setParams( VisColor_key, colP )
status()
reqId = g.runObject( case_key1 )
g.waitforAnswer(reqId)
colP.r = 255
colP.g = 0
colP.b = 0
g.setParams( VisColor_key, colP )
g.runObject( case_key1 )
#testing scalar coloring
elif testMode==VIS_2D_SCALAR_COLOR:
colP = Part2DScalarColorVisParams()
colP.variable = scalar_variable
g.setParams( VisColor_key, colP )
g.runObject( case_key1 )
elif testMode==VIS_STREAMLINE:
streamP = PartStreamlineVisParams()
streamP.variable = vector_variable
"""
colorP = coColorCreator()
ctableP = coColorTableParams()
ctableP.min = 98
ctableP.max = 100
ctableP.colorMapIdx = 2
ctable = coColorTable()
ctable.params = ctableP
colorP.params.colorTable = ctable
streamP.colorCreator = colorP
colorP.run(RUN_ALL)
"""
g.setParams( Tracer_key, streamP )
r = g.runObject( case_key1, RUN_OCT )
g.waitforAnswer(r)
g.runObject( Tracer_key )
#g.saveObject(0, "/work/sk_te/test.coprj")
theNet().save("/work/ko_te/testgui.net")
elif testMode==VIS_STREAMLINE_2D:
streamP = PartStreamline2DVisParams()
streamP.variable = vector_variable
streamP.alignedRectangle = Line3D()
streamP.alignedRectangle.setStartEndPoint(0.1, -0.6, 0., 0.5, -0.8, 0. )
g.setParams( Tracer_key, streamP )
r = g.runObject( case_key1, RUN_OCT )
g.waitforAnswer(r)
g.runObject( Tracer_key )
theNet().save("/work/sk_te/test.net")
status()
elif testMode==VIS_PLANE:
planeP = PartPlaneVisParams()
planeP.variable = vector_variable
planeP.alignedRectangle.middle = (0, 0, 1)
"""
colorP = coColorCreator()
ctableP = coColorTableParams()
ctableP.min = 98
ctableP.max = 100
ctableP.colorMapIdx = 2
ctable = coColorTable()
ctable.params = ctableP
colorP.params.colorTable = ctable
streamP.colorCreator = colorP
colorP.run(RUN_ALL)
"""
g.setParams( Tracer_key, planeP )
r = g.runObject( case_key1, RUN_OCT )
g.waitforAnswer(r)
g.runObject( Tracer_key )
#g.saveObject(0, "/work/ko_te/test.coprj")
theNet().save("/work/ko_te/testgui.net")
elif testMode==VIS_VECTOR:
vectorP = PartVectorVisParams()
vectorP.variable = vector_variable
"""
colorP = coColorCreator()
ctableP = coColorTableParams()
ctableP.min = 98
ctableP.max = 100
ctableP.colorMapIdx = 2
ctable = coColorTable()
ctable.params = ctableP
colorP.params.colorTable = ctable
streamP.colorCreator = colorP
colorP.run(RUN_ALL)
"""
g.setParams( Tracer_key, vectorP )
r = g.runObject( case_key1, RUN_OCT )
g.waitforAnswer(r)
g.runObject( Tracer_key )
#g.saveObject(0, "/work/ko_te/test.coprj")
theNet().save("/work/ko_te/testgui.net")
elif testMode==VIS_ISOPLANE:
isoplaneP = PartIsoSurfaceVisParams()
isoplaneP.variable = vector_variable
"""
colorP = coColorCreator()
ctableP = coColorTableParams()
ctableP.min = 98
ctableP.max = 100
ctableP.colorMapIdx = 2
ctable = coColorTable()
ctable.params = ctableP
colorP.params.colorTable = ctable
streamP.colorCreator = colorP
colorP.run(RUN_ALL)
"""
g.setParams( Tracer_key, isoplaneP )
r = g.runObject( case_key1, RUN_OCT )
g.waitforAnswer(r)
g.runObject( Tracer_key )
#g.saveObject(0, "/work/ko_te/test.coprj")
theNet().save("/work/ko_te/testgui.net")
else :
status()
g.runObject( case_key1 )
vP = VisItemParams()
vP.isVisible=True
g.setParams( VisColor_key, vP )
theNet().save("/work/sk_te/testgui.net")
if False: # True:
reqId = g.requestObject(TYPE_CASE, None, project_key)
g.waitforAnswer(reqId)
caseP = coCaseMgrParams()
caseP.filename = (
'/work/common/Projekte/DC-CFDGui/datasets/'
'msport/CoviseDaten/msport.cocase')
g.setParams(case_key1, caseP)
def testRequest():
"""Example for requesting something at the theGuiMsgHandler()."""
keepReference = QApplication(sys.argv)
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, createProjectPanel)
reqId = g.requestObject(TYPE_PROJECT)
g.waitforAnswer(reqId)
reqId = g.requestObject(TYPE_CASE, None, project_key)
g.waitforAnswer(reqId)
caseP = coCaseMgrParams()
nameAndCase = NameAndCoviseCase()
nameAndCase.setFromFile('/work/common/Projekte/DC-CFDGui/datasets/'
'TINY/CoviseDaten/TINY.cocase')
#nameAndCase.setFromFile(
# '/work/common/Projekte/DC-CFDGui/datasets/'
# 'msport/CoviseDaten/msport.cocase')
caseP.origDsc = caseP.filteredDsc = coviseCase2DimensionSeperatedCase(
nameAndCase.case, nameAndCase.name, nameAndCase.pathToCaseFile)
g.setParams(case_key1, caseP)
# testing static coloring
if testMode == VIS_2D_STATIC_COLOR:
colP = Part2DStaticColorVisParams()
colP.g = 0
g.setParams(VisColor_key, colP)
status()
reqId = g.runObject(case_key1)
g.waitforAnswer(reqId)
colP.r = 255
colP.g = 0
colP.b = 0
g.setParams(VisColor_key, colP)
g.runObject(case_key1)
#testing scalar coloring
elif testMode == VIS_2D_SCALAR_COLOR:
colP = Part2DScalarColorVisParams()
colP.variable = scalar_variable
g.setParams(VisColor_key, colP)
g.runObject(case_key1)
elif testMode == VIS_STREAMLINE:
streamP = PartStreamlineVisParams()
streamP.variable = vector_variable
"""
colorP = coColorCreator()
ctableP = coColorTableParams()
ctableP.min = 98
ctableP.max = 100
ctableP.colorMapIdx = 2
ctable = coColorTable()
ctable.params = ctableP
colorP.params.colorTable = ctable
streamP.colorCreator = colorP
colorP.run(RUN_ALL)
"""
g.setParams(Tracer_key, streamP)
r = g.runObject(case_key1, RUN_OCT)
g.waitforAnswer(r)
g.runObject(Tracer_key)
#g.saveObject(0, "/work/sk_te/test.coprj")
theNet().save("/work/ko_te/testgui.net")
elif testMode == VIS_STREAMLINE_2D:
streamP = PartStreamline2DVisParams()
streamP.variable = vector_variable
streamP.alignedRectangle = Line3D()
streamP.alignedRectangle.setStartEndPoint(0.1, -0.6, 0., 0.5, -0.8, 0.)
g.setParams(Tracer_key, streamP)
r = g.runObject(case_key1, RUN_OCT)
g.waitforAnswer(r)
g.runObject(Tracer_key)
theNet().save("/work/sk_te/test.net")
status()
elif testMode == VIS_PLANE:
planeP = PartPlaneVisParams()
planeP.variable = vector_variable
planeP.alignedRectangle.middle = (0, 0, 1)
"""
colorP = coColorCreator()
ctableP = coColorTableParams()
ctableP.min = 98
ctableP.max = 100
ctableP.colorMapIdx = 2
ctable = coColorTable()
ctable.params = ctableP
colorP.params.colorTable = ctable
streamP.colorCreator = colorP
colorP.run(RUN_ALL)
"""
g.setParams(Tracer_key, planeP)
r = g.runObject(case_key1, RUN_OCT)
g.waitforAnswer(r)
g.runObject(Tracer_key)
#g.saveObject(0, "/work/ko_te/test.coprj")
theNet().save("/work/ko_te/testgui.net")
elif testMode == VIS_VECTOR:
vectorP = PartVectorVisParams()
vectorP.variable = vector_variable
"""
colorP = coColorCreator()
ctableP = coColorTableParams()
ctableP.min = 98
ctableP.max = 100
ctableP.colorMapIdx = 2
ctable = coColorTable()
ctable.params = ctableP
colorP.params.colorTable = ctable
streamP.colorCreator = colorP
colorP.run(RUN_ALL)
"""
g.setParams(Tracer_key, vectorP)
r = g.runObject(case_key1, RUN_OCT)
g.waitforAnswer(r)
g.runObject(Tracer_key)
#g.saveObject(0, "/work/ko_te/test.coprj")
theNet().save("/work/ko_te/testgui.net")
elif testMode == VIS_ISOPLANE:
isoplaneP = PartIsoSurfaceVisParams()
isoplaneP.variable = vector_variable
"""
colorP = coColorCreator()
ctableP = coColorTableParams()
ctableP.min = 98
ctableP.max = 100
ctableP.colorMapIdx = 2
ctable = coColorTable()
ctable.params = ctableP
colorP.params.colorTable = ctable
streamP.colorCreator = colorP
colorP.run(RUN_ALL)
"""
g.setParams(Tracer_key, isoplaneP)
r = g.runObject(case_key1, RUN_OCT)
g.waitforAnswer(r)
g.runObject(Tracer_key)
#g.saveObject(0, "/work/ko_te/test.coprj")
theNet().save("/work/ko_te/testgui.net")
else:
status()
g.runObject(case_key1)
vP = VisItemParams()
vP.isVisible = True
g.setParams(VisColor_key, vP)
theNet().save("/work/sk_te/testgui.net")
if False: # True:
reqId = g.requestObject(TYPE_CASE, None, project_key)
g.waitforAnswer(reqId)
caseP = coCaseMgrParams()
caseP.filename = ('/work/common/Projekte/DC-CFDGui/datasets/'
'msport/CoviseDaten/msport.cocase')
g.setParams(case_key1, caseP)