def duplicateVisualizer(self, objKey):
# get the typ of the object
typeNr = self.__objects[objKey].type
# copy only 2d and 3d parts
if not typeNr in [
VIS_STREAMLINE, VIS_MOVING_POINTS, VIS_PATHLINES, VIS_ISOPLANE,
VIS_VECTORFIELD, VIS_PLANE, VIS_VECTOR
]:
return
# get the parent of the object
parent = self.getParentOfObject(objKey)
# get the name of the object
name = self.getParamsOfObject(objKey).name
# copy the params
newParams = CopyParams(self.getParamsOfObject(objKey))
# create new name with copy at the end
newName = name + '(Copy)'
i = 2
while newName in self.__copyNames:
newName = name + '(Copy ' + str(i) + ')'
i = i + 1
# set the new params
newParams.name = newName
# send duplicate message
request = theGuiMsgHandler().requestDuplicateObject(
objKey, newName, typeNr, None, parent, newParams)
theGuiMsgHandler().waitforAnswer(request)
def __init__(self):
QtCore.QObject.__init__(self)
self.__objects = {}
# whether init of an object was already done
self.__initHistory = {}
self.__projectKey = None
self.__lastCaseKey = None
self.__presentationKey = None
self.__viewpointMgrKey = None
self.__trackingMgrKey = None
# which variable to set if a new visItem was requested from gui
self.__initVariable = None
# list of names used for copy
self.__copyNames = []
# last request number for object creation
self.__newObjReqNr = -1
self.__newObjKey = -1
#todo remove
self.newCoviseFileName=None
theGuiMsgHandler().registerAddCallback(SESSION_KEY, self.addObjCB)
theGuiMsgHandler().registerFinishLoadingCallback(self.finishLoading)
theGuiMsgHandler().registerReduceTimestepCallback(self.reduceTimestep)
theGuiMsgHandler().registerIsTransientCallback(self.isTransientCB)
theGuiMsgHandler().registerKeyWordCallback('DELETE_OBJECT', self.deleteObject)
def createStaticColorVis(requestNr, typeNr, key, parentKey, params):
print("create static color panel with key %s of parent %s " %
(key, parentKey))
global VisColor_key
if VisColor_key == -1:
VisColor_key = key
theGuiMsgHandler().answerOk(requestNr)
def initProject(self):
# delete old project
self.deleteProject()
# create new project
print('new project')
reqId = theGuiMsgHandler().requestObject(typeNr=TYPE_PROJECT,
callback=None,
parentKey=SESSION_KEY)
print('wait')
theGuiMsgHandler().waitforAnswer(reqId)
print('waitDone')
# reset Navigation Mode
navMode = covise.getCoConfigEntry("COVER.NavigationMode")
if (navMode == "NavNone"):
Application.vrpApp.mw.navigationModeNone()
if (navMode == "Transform"):
Application.vrpApp.mw.navigationModeTransform()
if (navMode == "Measure"):
Application.vrpApp.mw.navigationModeMeasure()
# add Coxml Intitial File
# NOTE: might be better in negotiator but the current file importing process does not easily allow that
if (covise.getCoConfigEntry("vr-prepare.Coxml.InitialFile", "") != ""):
resourceDir = covise.getCoConfigEntry(
"vr-prepare.Coxml.ResourceDirectory")
initFile = covise.getCoConfigEntry("vr-prepare.Coxml.InitialFile")
if (resourceDir != None) and (initFile != None):
if os.path.exists(resourceDir + "/coxml/" + initFile):
self.importFile(initFile)
else:
print("Error: Initial coxml file does not exist (%s)" %
initFile)
def __init__(self):
QtCore.QObject.__init__(self)
self.__objects = {}
# whether init of an object was already done
self.__initHistory = {}
self.__projectKey = None
self.__lastCaseKey = None
self.__presentationKey = None
self.__viewpointMgrKey = None
self.__trackingMgrKey = None
# which variable to set if a new visItem was requested from gui
self.__initVariable = None
# list of names used for copy
self.__copyNames = []
# last request number for object creation
self.__newObjReqNr = -1
self.__newObjKey = -1
#todo remove
self.newCoviseFileName = None
theGuiMsgHandler().registerAddCallback(SESSION_KEY, self.addObjCB)
theGuiMsgHandler().registerFinishLoadingCallback(self.finishLoading)
theGuiMsgHandler().registerReduceTimestepCallback(self.reduceTimestep)
theGuiMsgHandler().registerIsTransientCallback(self.isTransientCB)
theGuiMsgHandler().registerKeyWordCallback('DELETE_OBJECT',
self.deleteObject)
def initProject(self):
# delete old project
self.deleteProject()
# create new project
print('new project')
reqId = theGuiMsgHandler().requestObject(typeNr = TYPE_PROJECT, callback = None, parentKey = SESSION_KEY)
print('wait')
theGuiMsgHandler().waitforAnswer(reqId)
print('waitDone')
# reset Navigation Mode
navMode = covise.getCoConfigEntry("COVER.NavigationMode")
if (navMode == "NavNone"):
Application.vrpApp.mw.navigationModeNone()
if (navMode == "Transform"):
Application.vrpApp.mw.navigationModeTransform()
if (navMode == "Measure"):
Application.vrpApp.mw.navigationModeMeasure()
# add Coxml Intitial File
# NOTE: might be better in negotiator but the current file importing process does not easily allow that
if (covise.getCoConfigEntry("vr-prepare.Coxml.InitialFile", "") != ""):
resourceDir = covise.getCoConfigEntry("vr-prepare.Coxml.ResourceDirectory")
initFile = covise.getCoConfigEntry("vr-prepare.Coxml.InitialFile")
if (resourceDir != None) and (initFile != None):
if os.path.exists(resourceDir + "/coxml/" + initFile):
self.importFile(initFile)
else:
print("Error: Initial coxml file does not exist (%s)" % initFile)
def deleteObject(self, key):
if key in Application.vrpApp.visuKey2GuiKey:
key = Application.vrpApp.visuKey2GuiKey[key]
if key in self.__objects:
parentKey = self.getParentOfObject(key)
theGuiMsgHandler().requestDelObject(key)
if (parentKey != -1):
Application.vrpApp.mw.raisePanelForKey(parentKey)
def setParams( self, key, params ):
""" params changed in gui """
if not key in self.__objects:
return
self.__objects[key].params = params
self.sigGuiParamChanged.emit( key ) # we need this, for example to update the tree checkboxes in case of contextMenu/hideParts
Application.vrpApp.mw.updatePanel(key)
theGuiMsgHandler().setParams(key, params)
def deleteObject(self, key):
if key in Application.vrpApp.visuKey2GuiKey:
key = Application.vrpApp.visuKey2GuiKey[key]
if key in self.__objects:
parentKey = self.getParentOfObject(key)
theGuiMsgHandler().requestDelObject(key)
if (parentKey != -1):
Application.vrpApp.mw.raisePanelForKey(parentKey)
def checkForUpdate(self, key, params):
if hasattr(params, 'variable') and params.variable != 'unset':
Application.vrpApp.key2params[key] = params
elif self.__initVariable != None:
params.variable = self.__initVariable
# remark: init params must have been deposited streamlineInitParams
theGuiMsgHandler().setParams(key, params)
theGuiMsgHandler().runObject(key)
self.__initVariable = None
def checkForUpdate( self, key, params ):
if hasattr(params, 'variable') and params.variable!='unset' :
Application.vrpApp.key2params[key] = params
elif self.__initVariable!=None:
params.variable = self.__initVariable
# remark: init params must have been deposited streamlineInitParams
theGuiMsgHandler().setParams( key, params )
theGuiMsgHandler().runObject(key)
self.__initVariable = None
def refactoringThing02(self, requestNr, key, params):
# propagate visibility-state to gui
class ParamDeliverer(object):
pass
paramsForTreeView = ParamDeliverer()
paramsForTreeView.isChecked = params.isVisible
Application.vrpApp.mw.globalAccessToTreeView().setItemData(
Application.vrpApp.visuKey2GuiKey[key], paramsForTreeView)
theGuiMsgHandler().answerOk(requestNr)
def setParams(self, key, params):
""" params changed in gui """
if not key in self.__objects:
return
self.__objects[key].params = params
self.sigGuiParamChanged.emit(
key
) # we need this, for example to update the tree checkboxes in case of contextMenu/hideParts
Application.vrpApp.mw.updatePanel(key)
theGuiMsgHandler().setParams(key, params)
def refactoringThing02(self, requestNr, key, params):
# propagate visibility-state to gui
class ParamDeliverer(object):
pass
paramsForTreeView = ParamDeliverer()
paramsForTreeView.isChecked = params.isVisible
Application.vrpApp.mw.globalAccessToTreeView().setItemData(
Application.vrpApp.visuKey2GuiKey[key], paramsForTreeView)
theGuiMsgHandler().answerOk(requestNr)
def setPartPanelParams(requestNr, key, params):
print("setPartPanelParams : ")
global scalar_variable
global vector_variable
scalar_variable = None
for v in params.partcase.variables:
print("Variable %s in file %s " % (v.name, v.filename))
if scalar_variable == None:
scalar_variable = v.name
if v.variableDimension == 3:
print("Choose Velocity ", v.filename)
vector_variable = v.name
theGuiMsgHandler().answerOk(requestNr)
def setPartPanelParams(requestNr, key, params):
print("setPartPanelParams : ")
global scalar_variable
global vector_variable
scalar_variable = None
for v in params.partcase.variables:
print("Variable %s in file %s " % ( v.name, v.filename ))
if scalar_variable==None:
scalar_variable=v.name
if v.variableDimension==3:
print("Choose Velocity ", v.filename)
vector_variable=v.name
theGuiMsgHandler().answerOk(requestNr)
def testGuiForObjectTree():
keepReference = QApplication(sys.argv)
global global_tree
global_tree = KeyedTreeView()
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, childInitCB)
reqId = g.requestObject(
typeNr = TYPE_PROJECT, callback = None, parentKey = SESSION_KEY)
g.waitforAnswer(reqId)
reqId = g.requestObject(
typeNr = TYPE_CASE, callback = None, parentKey = project_key)
g.waitforAnswer(reqId)
caseP = coCaseMgrParams()
nameAndCase = NameAndCoviseCase()
nameAndCase.setFromFile('/work/common/Projekte/DC-CFDGui/datasets/'
'TINY/CoviseDaten/TINY.cocase')
caseP.dsc = coviseCase2DimensionSeperatedCase(
nameAndCase.case, nameAndCase.name)
g.setParams(case_key, caseP)
qApp.setMainWidget(global_tree)
global_tree.show()
qApp.exec_loop()
def testGuiForObjectTree():
keepReference = QApplication(sys.argv)
global global_tree
global_tree = KeyedTreeView()
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, childInitCB)
reqId = g.requestObject(typeNr=TYPE_PROJECT,
callback=None,
parentKey=SESSION_KEY)
g.waitforAnswer(reqId)
reqId = g.requestObject(typeNr=TYPE_CASE,
callback=None,
parentKey=project_key)
g.waitforAnswer(reqId)
caseP = coCaseMgrParams()
nameAndCase = NameAndCoviseCase()
nameAndCase.setFromFile('/work/common/Projekte/DC-CFDGui/datasets/'
'TINY/CoviseDaten/TINY.cocase')
caseP.dsc = coviseCase2DimensionSeperatedCase(nameAndCase.case,
nameAndCase.name)
g.setParams(case_key, caseP)
qApp.setMainWidget(global_tree)
global_tree.show()
qApp.exec_loop()
def importFile(self, filename ):
self.newCoviseFileName = filename
if filename.lower().endswith('.covise'):
theGuiMsgHandler().requestObject( VIS_COVISE, callback = None, parentKey = self.__projectKey)
elif filename.lower().endswith('.tif') or filename.lower().endswith('.tiff') or filename.lower().endswith('.png'):
theGuiMsgHandler().requestObject( VIS_DOCUMENT, callback = None, parentKey = self.__projectKey)
elif filename.lower().endswith('.coxml') :
theGuiMsgHandler().requestObject( VIS_SCENE_OBJECT, callback = None, parentKey = self.__projectKey)
else:
theGuiMsgHandler().requestObject( VIS_VRML, callback = None, parentKey = self.__projectKey)
def importCases(self, dscsFineRaw):
for dsc, rawDsc in zip(*dscsFineRaw):
reqId = theGuiMsgHandler().requestObject(typeNr = TYPE_CASE, callback = None, parentKey = self.__projectKey)
theGuiMsgHandler().waitforAnswer(reqId)
case_key = self.getLastCaseKey()
caseP = coCaseMgrParams()
caseP.filteredDsc = dsc
caseP.origDsc = rawDsc
theGuiMsgHandler().setParams(case_key, caseP)
# start geo reading and octtree building
reqId = theGuiMsgHandler().runObject(case_key, RUN_OCT)
theGuiMsgHandler().waitforAnswer(reqId)
# start all vis items
reqId = theGuiMsgHandler().runObject(case_key, RUN_ALL)
def importCases(self, dscsFineRaw):
for dsc, rawDsc in zip(*dscsFineRaw):
reqId = theGuiMsgHandler().requestObject(
typeNr=TYPE_CASE, callback=None, parentKey=self.__projectKey)
theGuiMsgHandler().waitforAnswer(reqId)
case_key = self.getLastCaseKey()
caseP = coCaseMgrParams()
caseP.filteredDsc = dsc
caseP.origDsc = rawDsc
theGuiMsgHandler().setParams(case_key, caseP)
# start geo reading and octtree building
reqId = theGuiMsgHandler().runObject(case_key, RUN_OCT)
theGuiMsgHandler().waitforAnswer(reqId)
# start all vis items
reqId = theGuiMsgHandler().runObject(case_key, RUN_ALL)
def requestObjForVariable(self, typeNr, parentKey, variable):
# request for the visualization objects panel
self.__initVariable = variable
requestNr = theGuiMsgHandler().requestObject(typeNr, None, parentKey)
_infoer.write('requestObjForVariable (requestNr %s) ' % str(requestNr))
# ATTENTION: the call requestObject returns AFTER new AddObj and Param signals are received.
# => self.__newObjNr is set in addObjCB
# HINT: This timing can be different on different computers
if self.__newObjReqNr == requestNr:
Application.vrpApp.mw.raisePanelForKey(self.__newObjKey)
self.__newObjReqNr = -1
def requestObjForVariable( self, typeNr, parentKey, variable):
# request for the visualization objects panel
self.__initVariable = variable
requestNr = theGuiMsgHandler().requestObject( typeNr, None, parentKey )
_infoer.write('requestObjForVariable (requestNr %s) ' % str(requestNr))
# ATTENTION: the call requestObject returns AFTER new AddObj and Param signals are received.
# => self.__newObjNr is set in addObjCB
# HINT: This timing can be different on different computers
if self.__newObjReqNr==requestNr:
Application.vrpApp.mw.raisePanelForKey(self.__newObjKey)
self.__newObjReqNr=-1
def duplicatePart(self, objKey, rotX, rotY, rotZ, rotAngle, transX, transY,
transZ):
# get the typ of the object
typeNr = self.__objects[objKey].type
# copy only 2d and 3d parts
if not typeNr in [TYPE_2D_PART, TYPE_3D_PART]:
return
# get the parent of the object
# parent means 2d_group odr 3d_group
parent = self.getParentOfObject(objKey)
while not (self.__objects[parent].type == TYPE_2D_GROUP
or self.__objects[parent].type == TYPE_3D_GROUP):
parent = self.getParentOfObject(parent)
# get the name of the object
name = self.getParamsOfObject(objKey).name
# copy the params
newParams = CopyParams(self.getParamsOfObject(objKey))
# create new name with copy at the end
newName = name + '(Copy)'
i = 2
while newName in self.__copyNames:
newName = name + '(Copy ' + str(i) + ')'
i = i + 1
# set the new params
newParams.name = newName
newParams.rotX = rotX
newParams.rotY = rotY
newParams.rotZ = rotZ
newParams.rotAngle = rotAngle
if hasattr(newParams, 'transX'):
newParams.transX = newParams.transX + transX
newParams.transY = newParams.transY + transY
newParams.transZ = newParams.transZ + transZ
else:
newParams.transX = transX
newParams.transY = transY
newParams.transZ = transZ
# send duplicate message
request = theGuiMsgHandler().requestDuplicateObject(
objKey, newName, typeNr, None, parent, newParams)
theGuiMsgHandler().waitforAnswer(request)
def createCasePanel(requestNr, typeNr, key, parentKey, params):
print("create Case panel with key %s of parent %s " % (key, parentKey))
global case_key1
case_key1 = key
theGuiMsgHandler().registerParamCallback(key, setCasePanelParams)
theGuiMsgHandler().registerAddCallback(key, createGroupPanel)
theGuiMsgHandler().answerOk(requestNr)
def createCasePanel(requestNr, typeNr, key, parentKey, params):
print("create Case panel with key %s of parent %s " % (key,parentKey))
global case_key1
case_key1 = key
theGuiMsgHandler().registerParamCallback(key, setCasePanelParams)
theGuiMsgHandler().registerAddCallback(key, createGroupPanel)
theGuiMsgHandler().answerOk(requestNr)
def createProjectPanel(requestNr, typeNr, key, parentKey, params):
print("create project panel with key %s of parent %s " % (key,parentKey))
global project_key
project_key = key
theGuiMsgHandler().registerParamCallback(key, setProjectPanelParams)
theGuiMsgHandler().registerAddCallback(key, createCasePanel)
theGuiMsgHandler().answerOk(requestNr)
def createProjectPanel(requestNr, typeNr, key, parentKey, params):
print("create project panel with key %s of parent %s " % (key, parentKey))
global project_key
project_key = key
theGuiMsgHandler().registerParamCallback(key, setProjectPanelParams)
theGuiMsgHandler().registerAddCallback(key, createCasePanel)
theGuiMsgHandler().answerOk(requestNr)
def duplicatePart(self, objKey, rotX, rotY, rotZ, rotAngle, transX, transY, transZ):
# get the typ of the object
typeNr = self.__objects[objKey].type
# copy only 2d and 3d parts
if not typeNr in [TYPE_2D_PART, TYPE_3D_PART]:
return
# get the parent of the object
# parent means 2d_group odr 3d_group
parent = self.getParentOfObject(objKey)
while not (self.__objects[parent].type == TYPE_2D_GROUP or self.__objects[parent].type == TYPE_3D_GROUP):
parent = self.getParentOfObject(parent)
# get the name of the object
name = self.getParamsOfObject(objKey).name
# copy the params
newParams = CopyParams(self.getParamsOfObject(objKey))
# create new name with copy at the end
newName = name + '(Copy)'
i = 2
while newName in self.__copyNames:
newName = name+'(Copy '+str(i)+')'
i = i+1
# set the new params
newParams.name = newName
newParams.rotX = rotX
newParams.rotY = rotY
newParams.rotZ = rotZ
newParams.rotAngle = rotAngle
if hasattr(newParams, 'transX'):
newParams.transX = newParams.transX + transX
newParams.transY = newParams.transY + transY
newParams.transZ = newParams.transZ + transZ
else:
newParams.transX = transX
newParams.transY = transY
newParams.transZ = transZ
# send duplicate message
request = theGuiMsgHandler().requestDuplicateObject( objKey, newName, typeNr, None, parent, newParams)
theGuiMsgHandler().waitforAnswer(request)
def duplicateVisualizer(self, objKey):
# get the typ of the object
typeNr = self.__objects[objKey].type
# copy only 2d and 3d parts
if not typeNr in [VIS_STREAMLINE, VIS_MOVING_POINTS, VIS_PATHLINES, VIS_ISOPLANE, VIS_VECTORFIELD, VIS_PLANE, VIS_VECTOR]:
return
# get the parent of the object
parent = self.getParentOfObject(objKey)
# get the name of the object
name = self.getParamsOfObject(objKey).name
# copy the params
newParams = CopyParams(self.getParamsOfObject(objKey))
# create new name with copy at the end
newName = name + '(Copy)'
i = 2
while newName in self.__copyNames:
newName = name+'(Copy '+str(i)+')'
i = i+1
# set the new params
newParams.name = newName
# send duplicate message
request = theGuiMsgHandler().requestDuplicateObject( objKey, newName, typeNr, None, parent, newParams)
theGuiMsgHandler().waitforAnswer(request)
def testCAD():
"""test reading covise"""
keepReference = QApplication(sys.argv)
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, createProjectPanel)
reqId = g.requestObject(TYPE_PROJECT)
g.waitforAnswer(reqId)
time.sleep(2)
reqId = g.requestObject(TYPE_CAD_PRODUCT, None, project_key)
g.waitforAnswer(reqId)
print("ICI")
coviseP = coCADMgrParams()
coviseP.filename = '/data/Kunden/Kaercher/catiav5/Wagen/Reifen.CATPart'
reqId = g.setParams(4, coviseP)
reqId = theGuiMsgHandler().requestObject(VIS_2D_RAW, None, 5)
g.waitforAnswer(reqId)
g.runObject(4)
def testCAD():
"""test reading covise"""
keepReference = QApplication(sys.argv)
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, createProjectPanel)
reqId = g.requestObject(TYPE_PROJECT)
g.waitforAnswer(reqId)
time.sleep(2)
reqId = g.requestObject(TYPE_CAD_PRODUCT, None, project_key)
g.waitforAnswer(reqId)
print("ICI")
coviseP = coCADMgrParams()
coviseP.filename = '/data/Kunden/Kaercher/catiav5/Wagen/Reifen.CATPart'
reqId = g.setParams(4, coviseP)
reqId = theGuiMsgHandler().requestObject( VIS_2D_RAW, None, 5 )
g.waitforAnswer(reqId)
g.runObject(4)
def importFile(self, filename):
self.newCoviseFileName = filename
if filename.lower().endswith('.covise'):
theGuiMsgHandler().requestObject(VIS_COVISE,
callback=None,
parentKey=self.__projectKey)
elif filename.lower().endswith('.tif') or filename.lower().endswith(
'.tiff') or filename.lower().endswith('.png'):
theGuiMsgHandler().requestObject(VIS_DOCUMENT,
callback=None,
parentKey=self.__projectKey)
elif filename.lower().endswith('.coxml'):
theGuiMsgHandler().requestObject(VIS_SCENE_OBJECT,
callback=None,
parentKey=self.__projectKey)
else:
theGuiMsgHandler().requestObject(VIS_VRML,
callback=None,
parentKey=self.__projectKey)
def testCovise():
"""test reading covise"""
keepReference = QApplication(sys.argv)
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, createProjectPanel)
reqId = g.requestObject(TYPE_PROJECT)
g.waitforAnswer(reqId)
reqId = g.requestObject(VIS_COVISE, None, project_key)
g.waitforAnswer(reqId)
coviseP = CoviseVisParams()
coviseP.grid_path = '/data/general/examples/Covise/airbag.covise'
g.setParams(case_key1, coviseP)
g.runObject(case_key1)
theNet().save("/work/ko_te/testCovise.net")
def testVRML():
"""test reading vrml"""
keepReference = QApplication(sys.argv)
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, createProjectPanel)
reqId = g.requestObject(TYPE_PROJECT)
g.waitforAnswer(reqId)
reqId = g.requestObject(VIS_VRML, None, project_key)
g.waitforAnswer(reqId)
vrmlP = VrmlVisParams()
vrmlP.modelPath = '/work/ko_te/test.wrl'
g.setParams(case_key1, vrmlP)
g.runObject(case_key1)
theNet().save("/work/ko_te/testVrml.net")
def testVRML():
"""test reading vrml"""
keepReference = QApplication(sys.argv)
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, createProjectPanel)
reqId = g.requestObject(TYPE_PROJECT)
g.waitforAnswer(reqId)
reqId = g.requestObject(VIS_VRML, None, project_key)
g.waitforAnswer(reqId)
vrmlP = VrmlVisParams()
vrmlP.modelPath='/work/ko_te/test.wrl'
g.setParams(case_key1, vrmlP)
g.runObject(case_key1)
theNet().save("/work/ko_te/testVrml.net")
def testCovise():
"""test reading covise"""
keepReference = QApplication(sys.argv)
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, createProjectPanel)
reqId = g.requestObject(TYPE_PROJECT)
g.waitforAnswer(reqId)
reqId = g.requestObject(VIS_COVISE, None, project_key)
g.waitforAnswer(reqId)
coviseP = CoviseVisParams()
coviseP.grid_path='/data/general/examples/Covise/airbag.covise'
g.setParams(case_key1, coviseP)
g.runObject(case_key1)
theNet().save("/work/ko_te/testCovise.net")
def testDocument():
"""test reading covise"""
keepReference = QApplication(sys.argv)
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, createProjectPanel)
reqId = g.requestObject(TYPE_PROJECT)
g.waitforAnswer(reqId)
time.sleep(2)
reqId = g.requestObject(VIS_DOCUMENT, None, project_key)
g.waitforAnswer(reqId)
coviseP = coDocumentMgrParams()
coviseP.pos = (100., 0., 100.)
coviseP.isVisible = True
coviseP.documentName = 'Mein Auge'
coviseP.imageName = '/data/general/examples/Images/auge_blau.tif'
g.setParams(4, coviseP)
def testDocument():
"""test reading covise"""
keepReference = QApplication(sys.argv)
initHandlers()
g = theGuiMsgHandler()
g.registerAddCallback(SESSION_KEY, createProjectPanel)
reqId = g.requestObject(TYPE_PROJECT)
g.waitforAnswer(reqId)
time.sleep(2)
reqId = g.requestObject(VIS_DOCUMENT, None, project_key)
g.waitforAnswer(reqId)
coviseP = coDocumentMgrParams()
coviseP.pos = (100., 0., 100.)
coviseP.isVisible = True
coviseP.documentName = 'Mein Auge'
coviseP.imageName = '/data/general/examples/Images/auge_blau.tif'
g.setParams(4, coviseP)
def addObjCB (self, requestNr, typeNr, key, parentKey, params):
"""Set up right initializations when object key comes to existance.
"""
_infoer.write('addObjCB(requestNr %s, typeNr %s, key %s, parentKey %s) '
'Element has just been created.' % (
str(requestNr), str(typeNr), str(key), str(parentKey)))
self.__objects[key] = GuiObj( key, parentKey, typeNr )
if requestNr>0:
self.__newObjKey = key
self.__newObjReqNr = requestNr
# for compat
Application.vrpApp.key2type[key] = typeNr
theGuiMsgHandler().registerAddCallback(key, self.addObjCB)
theGuiMsgHandler().registerDelCallback(key, self.deleteObjCB)
theGuiMsgHandler().registerParamCallback(key, self.setParamsCB)
theGuiMsgHandler().registerBBoxForChildrenCallback(key, self.setBBoxForChildrenCB)
self.sigGuiObjectAdded.emit(key, parentKey, typeNr )
# type depending actions
if TYPE_PROJECT == typeNr:
self.__projectKey = key
elif TYPE_CASE == typeNr:
self.__lastCaseKey = key
elif TYPE_2D_PART == typeNr or TYPE_CAD_PART == typeNr:
#move to negotiator
reqId = theGuiMsgHandler().requestObject(VIS_2D_RAW, parentKey=key , params=params)
theGuiMsgHandler().waitforAnswer(reqId)
elif TYPE_3D_PART == typeNr:
#move to negotiator
reqId = theGuiMsgHandler().requestObject(VIS_3D_BOUNDING_BOX, None, key, params=params)
theGuiMsgHandler().waitforAnswer(reqId)
elif TYPE_PRESENTATION == typeNr:
self.__presentationKey = key
Application.vrpApp.mw.presenterManager.setPresentationMgrKey(key)
elif TYPE_JOURNAL == typeNr:
Application.vrpApp.globalJournalMgrKey = key
elif TYPE_PRESENTATION_STEP == typeNr:
Application.vrpApp.mw.presenterManager.addStep(key)
elif VIS_2D_RAW == typeNr:
Application.vrpApp.visuKey2GuiKey[key] = parentKey
Application.vrpApp.guiKey2visuKey[parentKey] = key
elif VIS_3D_BOUNDING_BOX == typeNr:
Application.vrpApp.visuKey2GuiKey[key] = parentKey
Application.vrpApp.guiKey2visuKey[parentKey] = key
elif TYPE_COLOR_TABLE==typeNr:
Application.vrpApp.mw.globalColorManager().setNewKey(key)
#VRPMainWindow.globalColorManager.setNewKey(key)
elif TYPE_VIEWPOINT_MGR == typeNr:
self.__viepointMgrKey = key
Application.vrpApp.mw.viewpointManager.setViewpointMgrKey(key)
elif TYPE_TRACKING_MGR == typeNr:
self.__trackingMgrKey = key
Application.vrpApp.mw.trackingManager.setTrackingMgrKey(key)
elif VIS_DOMAINLINES==typeNr:
theGuiMsgHandler().answerOk(requestNr)
theGuiMsgHandler().runObject(key)
theGuiMsgHandler().answerOk(requestNr)
def setCaseParams(requestNr, key, params):
setNameForObjectInTree(key, params.name)
theGuiMsgHandler().answerOk(requestNr)
def setCasePanelParams(requestNr, key, params):
print("setCasePanelParams; name is now : %s " % params.name)
theGuiMsgHandler().answerOk(requestNr)
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 setProjectPanelParams(requestNr, key, params):
print("setProjectPanelParams; date is now : %s " % params.creation_date)
theGuiMsgHandler().answerOk(requestNr)
def createTracePanel(requestNr, typeNr, key, parentKey, params):
print("create trace panel with key %s of parent %s " % (key, parentKey))
global Tracer_key
if Tracer_key == -1:
Tracer_key = key
theGuiMsgHandler().answerOk(requestNr)
def createPartPanel(requestNr, typeNr, key, parentKey, params):
print("create Part panel with key %s of parent %s " % (key, parentKey))
global Part_Key
global Part_Key_3D
if Part_Key == -1:
Part_Key = key
if not (testMode == VIS_3D_BOUNDING_BOX or testMode == VIS_STREAMLINE
or testMode == VIS_PLANE or testMode == VIS_VECTOR
or testMode == VIS_ISOPLANE):
if testMode == VIS_STREAMLINE_2D:
theGuiMsgHandler().registerAddCallback(key, createTracePanel)
else:
theGuiMsgHandler().registerAddCallback(key,
createStaticColorVis)
theGuiMsgHandler().registerParamCallback(key, setPartPanelParams)
theGuiMsgHandler().answerOk(requestNr)
# test object testMode
reqId = theGuiMsgHandler().requestObject(testMode, None, Part_Key)
theGuiMsgHandler().waitforAnswer(reqId)
elif typeNr == TYPE_3D_PART:
Part_Key_3D = key
if not testMode == VIS_STREAMLINE_2D:
if testMode == VIS_3D_BOUNDING_BOX or testMode == VIS_DOMAINLINES or testMode == VIS_STREAMLINE or testMode == VIS_PLANE or testMode == VIS_VECTOR or testMode == VIS_ISOPLANE:
theGuiMsgHandler().registerParamCallback(
key, setPartPanelParams)
if testMode == VIS_STREAMLINE or testMode == VIS_PLANE or testMode == VIS_VECTOR or testMode == VIS_ISOPLANE:
theGuiMsgHandler().registerAddCallback(
key, createTracePanel)
reqId = theGuiMsgHandler().requestObject(testMode, None, key)
theGuiMsgHandler().waitforAnswer(reqId)
theGuiMsgHandler().answerOk(requestNr)
def set3d_partParams(requestNr, key, params):
global_tree.setItemData(key, params.name)
theGuiMsgHandler().answerOk(requestNr)
def childInitCB(requestNr, typeNr, key, parentKey):
theGuiMsgHandler().registerAddCallback(key, childInitCB)
if TYPE_PROJECT == typeNr:
global project_key
project_key = key
pass
elif TYPE_CASE == typeNr:
global case_key
case_key = key
theGuiMsgHandler().registerParamCallback(key, setCaseParams)
global_tree.insert(None, key, 'casefile-entry')
elif TYPE_2D_GROUP == typeNr:
theGuiMsgHandler().registerParamCallback(key, set2d_groupParams)
global_tree.insert(parentKey, key, 'sub-casefile-entry')
elif TYPE_3D_GROUP == typeNr:
theGuiMsgHandler().registerParamCallback(key, set3d_groupParams)
global_tree.insert(parentKey, key, 'sub-casefile-entry')
elif TYPE_2D_PART == typeNr:
theGuiMsgHandler().registerParamCallback(key, set2d_partParams)
global_tree.insert(parentKey, key, 'sub-casefile-entry')
# TODO insert check box
elif TYPE_3D_PART == typeNr:
theGuiMsgHandler().registerParamCallback(key, set3d_partParams)
global_tree.insert(parentKey, key, 'sub-casefile-entry')
# TODO insert check box
else:
## assert False, 'unknown type'
print('HERE IS AN UNHANDLED OR UNKNOW TYPE. (AND THIS IS IGNORED FOR NOW.)')
theGuiMsgHandler().answerOk(requestNr)
def setProjectPanelParams(requestNr, key, params):
print("setProjectPanelParams; date is now : %s " % params.creation_date)
theGuiMsgHandler().answerOk(requestNr)
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 setParamsCB(self, requestNr, key, params):
""" received params from negotiator """
_infoer.write('setParamsCB(requestNr %s, key %s, paramName= %s)' %
(str(requestNr), str(key), str(params.name)))
if not key in self.__objects:
return
self.__objects[key].params = params
self.sigGuiParamChanged.emit(key)
#for compatibility
Application.vrpApp.key2params[key] = params
typeNr = self.__objects[key].type
if (typeNr in [
TYPE_SCENEGRAPH_ITEM, TYPE_COLOR_CREATOR, TYPE_COLOR_MGR,
VIS_DOMAINLINES, TYPE_SCENEGRAPH_MGR, TYPE_DNA_MGR,
TYPE_DNA_ITEM, TYPE_GENERIC_OBJECT_MGR, TYPE_GENERIC_OBJECT,
TYPE_JOURNAL_STEP, TYPE_PROJECT, TYPE_CASE, TYPE_2D_GROUP,
TYPE_3D_GROUP, TYPE_2D_CUTGEOMETRY_PART
]):
pass
elif typeNr in [
VIS_STREAMLINE, VIS_MOVING_POINTS, VIS_PATHLINES,
VIS_STREAMLINE_2D, VIS_PLANE, VIS_VECTOR, VIS_ISOPLANE,
VIS_ISOCUTTER, VIS_CLIPINTERVAL, VIS_VECTORFIELD,
VIS_DOMAINSURFACE
]: #, VIS_POINTPROBING, VIS_MAGMATRACE
#Application.vrpApp.mw.raisePanelForKey(key)
theGuiMsgHandler().answerOk(requestNr)
self.checkForUpdate(key, params)
elif TYPE_CAD_PART == typeNr: #TYPE_2D_PART == typeNr or
""" CAD Change"
if hasattr(params, 'featureAngleDefault'):
VRPMainWindow.tesselationPanel.setParams(key)
VRPMainWindow.tesselationPanel.setParams(params)
"""
# vis = VRPMainWindow.globalAccessToTreeView.getItemData(key).isChecked
vis = False
paramsForTree = NamedCheckable(params.name, vis)
Application.vrpApp.key2params[key] = params
#Application.vrpApp.mw.raisePanelForKey(key)
elif TYPE_2D_PART == typeNr:
self.__copyNames.append(params.name)
elif TYPE_2D_COMPOSED_PART == typeNr:
if self.__objects[key].params.name == 'Composed.2DPart':
parentPanelParams = Application.vrpApp.mw.getPanelForKey(
self.getParentOfObject(key)).getParams()
self.__objects[key].params.name = parentPanelParams.name
self.__objects[key].params.subKeys = parentPanelParams.subKeys
self.__objects[
key].params.definitions = parentPanelParams.definitions
#VRPMainWindow.globalAccessToTreeView.setItemData(key, parentPanelParams.name)
Application.vrpApp.mw.globalAccessToTreeView().setItemData(
key, parentPanelParams.name)
theGuiMsgHandler().setParams(key, params)
#Application.vrpApp.mw.raisePanelForKey(key)
theGuiMsgHandler().answerOk(requestNr)
theGuiMsgHandler().runObject(key)
elif TYPE_3D_PART == typeNr:
self.__copyNames.append(params.name)
elif TYPE_3D_COMPOSED_PART == typeNr:
if self.__objects[key].params.name == 'Composed.3DPart':
parentPanelParams = Application.vrpApp.mw.getPanelForKey(
self.getParentOfObject(key)).getParams()
self.__objects[key].params.name = parentPanelParams.name
self.__objects[key].params.subKeys = parentPanelParams.subKeys
self.__objects[
key].params.velDefinitions = parentPanelParams.velDefinitions
#VRPMainWindow.globalAccessToTreeView.setItemData(key, parentPanelParams.name)
Application.vrpApp.mw.globalAccessToTreeView().setItemData(
key, parentPanelParams.name)
theGuiMsgHandler().setParams(key, params)
#Application.vrpApp.mw.raisePanelForKey(key)
theGuiMsgHandler().answerOk(requestNr)
theGuiMsgHandler().runObject(key)
elif TYPE_PRESENTATION == typeNr:
Application.vrpApp.mw.presenterManager.updateForObject(key)
#Application.vrpApp.mw.raisePanelForKey(key)
elif TYPE_JOURNAL == typeNr:
Application.vrpApp.globalJournalMgrParams = params
"""
if params.currentIdx==params.maxIdx:
Application.vrpApp.mw.editRedoAction.setEnabled(False)
Application.vrpApp.mw.editUndoAction.setEnabled(True)
else:
Application.vrpApp.mw.editUndoAction.setEnabled(True)
Application.vrpApp.mw.editRedoAction.setEnabled(True)
if params.currentIdx<=0:
Application.vrpApp.mw.editUndoAction.setEnabled(False)
"""
elif TYPE_PRESENTATION_STEP == typeNr:
Application.vrpApp.mw.presenterManager.setParams(key, params)
elif TYPE_VIEWPOINT == typeNr:
# do not add the default viewpoints to listview
if not params.view == None and not params.view == 'default':
Application.vrpApp.mw.viewpointManager.addViewpoint(key)
Application.vrpApp.mw.viewpointManager.setParams(key, params)
#VRPMainWindow.globalAccessToTreeView.setItemSelected(key, True)
elif TYPE_VIEWPOINT_MGR == typeNr:
Application.vrpApp.mw.viewpointManager.updateForObject(key)
elif TYPE_TRACKING_MGR == typeNr:
Application.vrpApp.mw.trackingManager.updateForObject(key)
elif VIS_2D_RAW == typeNr:
""" CAD Change
paramsForTreeView = NamedCheckable(params.name, params.isVisible)
VRPMainWindow.globalAccessToTreeView.setItemData(key, paramsForTreeView)
"""
self.refactoringThing02(requestNr, key, params)
self.checkForUpdate(key, params)
#need to do this for copieing 2d parts
self.setParams(key, params)
elif VIS_3D_BOUNDING_BOX == typeNr:
self.refactoringThing02(requestNr, key, params)
elif VIS_COVISE == typeNr or VIS_DOCUMENT == typeNr or TYPE_CAD_PRODUCT == typeNr:
if not self.newCoviseFileName == None:
if hasattr(params, 'documentName'):
# check if document exists
filename = self.newCoviseFileName
if getExistingFilename(filename) == None:
raise CoviseFileNotFoundError(filename)
params.documentName = os.path.basename(
filename) #(self.newCoviseFileName)
params.documentName = params.documentName[:len(
params.documentName) - 4]
params.imageName = filename #self.newCoviseFileName
params.name = params.documentName
else:
params.filename = self.newCoviseFileName
params.name = os.path.basename(self.newCoviseFileName)
self.newCoviseFileName = None
if hasattr(params, 'documentName'):
#Application.vrpApp.mw.raisePanelForKey(key)
theGuiMsgHandler().answerOk(requestNr)
# check if document exists
filename = params.imageName
if getExistingFilename(filename) == None:
raise CoviseFileNotFoundError(filename)
params.imageName = filename
if hasattr(params, 'isVisible'):
p = NamedCheckable(params.name, params.isVisible)
else:
p = params.name
Application.vrpApp.mw.globalAccessToTreeView().setItemData(key, p)
theGuiMsgHandler().setParams(key, params)
theGuiMsgHandler().runObject(key)
elif VIS_VRML == typeNr:
if not self.newCoviseFileName == None:
params.filename = self.newCoviseFileName
params.name = os.path.basename(self.newCoviseFileName)
self.newCoviseFileName = None
theGuiMsgHandler().setParams(key, params)
p = params.name
Application.vrpApp.mw.globalAccessToTreeView().setItemData(key, p)
elif VIS_SCENE_OBJECT == typeNr:
if not self.newCoviseFileName == None:
params.filename = self.newCoviseFileName
params.name = os.path.basename(self.newCoviseFileName)
self.newCoviseFileName = None
theGuiMsgHandler().setParams(key, params)
theGuiMsgHandler().runObject(key)
p = params.name
Application.vrpApp.mw.globalAccessToTreeView().setItemData(key, p)
elif TYPE_COLOR_TABLE == typeNr:
Application.vrpApp.mw.globalColorManager().setParams(key, params)
else:
assert False, 'unknown type'
if key in Application.vrpApp.guiKey2visuKey:
visKey = Application.vrpApp.guiKey2visuKey[key]
self.__objects[visKey].params.name = params.name
theGuiMsgHandler().setParams(visKey, self.__objects[visKey].params)
theGuiMsgHandler().answerOk(requestNr)
def set3d_partParams(requestNr, key, params):
global_tree.setItemData(key, params.name)
theGuiMsgHandler().answerOk(requestNr)
def setCasePanelParams(requestNr, key, params):
print("setCasePanelParams; name is now : %s " % params.name)
theGuiMsgHandler().answerOk(requestNr)
def createTracePanel( requestNr, typeNr, key, parentKey, params):
print("create trace panel with key %s of parent %s " % (key,parentKey))
global Tracer_key
if Tracer_key==-1:
Tracer_key = key
theGuiMsgHandler().answerOk(requestNr)
def setParamsCB(self, requestNr, key, params):
""" received params from negotiator """
_infoer.write('setParamsCB(requestNr %s, key %s, paramName= %s)' % ( str(requestNr), str(key), str(params.name)))
if not key in self.__objects:
return
self.__objects[key].params = params
self.sigGuiParamChanged.emit(key )
#for compatibility
Application.vrpApp.key2params[key] = params
typeNr = self.__objects[key].type
if (typeNr in [TYPE_SCENEGRAPH_ITEM, TYPE_COLOR_CREATOR, TYPE_COLOR_MGR, VIS_DOMAINLINES, TYPE_SCENEGRAPH_MGR, TYPE_DNA_MGR, TYPE_DNA_ITEM, TYPE_GENERIC_OBJECT_MGR, TYPE_GENERIC_OBJECT, TYPE_JOURNAL_STEP, TYPE_PROJECT, TYPE_CASE, TYPE_2D_GROUP, TYPE_3D_GROUP, TYPE_2D_CUTGEOMETRY_PART]):
pass
elif typeNr in [VIS_STREAMLINE, VIS_MOVING_POINTS, VIS_PATHLINES, VIS_STREAMLINE_2D, VIS_PLANE, VIS_VECTOR, VIS_ISOPLANE, VIS_ISOCUTTER, VIS_CLIPINTERVAL, VIS_VECTORFIELD, VIS_DOMAINSURFACE]: #, VIS_POINTPROBING, VIS_MAGMATRACE
#Application.vrpApp.mw.raisePanelForKey(key)
theGuiMsgHandler().answerOk(requestNr)
self.checkForUpdate( key, params)
elif TYPE_CAD_PART == typeNr:#TYPE_2D_PART == typeNr or
""" CAD Change"
if hasattr(params, 'featureAngleDefault'):
VRPMainWindow.tesselationPanel.setParams(key)
VRPMainWindow.tesselationPanel.setParams(params)
"""
# vis = VRPMainWindow.globalAccessToTreeView.getItemData(key).isChecked
vis = False
paramsForTree = NamedCheckable(params.name, vis)
Application.vrpApp.key2params[key] = params
#Application.vrpApp.mw.raisePanelForKey(key)
elif TYPE_2D_PART == typeNr:
self.__copyNames.append(params.name)
elif TYPE_2D_COMPOSED_PART == typeNr:
if self.__objects[key].params.name == 'Composed.2DPart':
parentPanelParams = Application.vrpApp.mw.getPanelForKey(self.getParentOfObject(key)).getParams()
self.__objects[key].params.name = parentPanelParams.name
self.__objects[key].params.subKeys = parentPanelParams.subKeys
self.__objects[key].params.definitions = parentPanelParams.definitions
#VRPMainWindow.globalAccessToTreeView.setItemData(key, parentPanelParams.name)
Application.vrpApp.mw.globalAccessToTreeView().setItemData(key, parentPanelParams.name)
theGuiMsgHandler().setParams( key, params )
#Application.vrpApp.mw.raisePanelForKey(key)
theGuiMsgHandler().answerOk(requestNr)
theGuiMsgHandler().runObject(key)
elif TYPE_3D_PART == typeNr:
self.__copyNames.append(params.name)
elif TYPE_3D_COMPOSED_PART == typeNr:
if self.__objects[key].params.name == 'Composed.3DPart':
parentPanelParams = Application.vrpApp.mw.getPanelForKey(self.getParentOfObject(key)).getParams()
self.__objects[key].params.name = parentPanelParams.name
self.__objects[key].params.subKeys = parentPanelParams.subKeys
self.__objects[key].params.velDefinitions = parentPanelParams.velDefinitions
#VRPMainWindow.globalAccessToTreeView.setItemData(key, parentPanelParams.name)
Application.vrpApp.mw.globalAccessToTreeView().setItemData(key, parentPanelParams.name)
theGuiMsgHandler().setParams( key, params )
#Application.vrpApp.mw.raisePanelForKey(key)
theGuiMsgHandler().answerOk(requestNr)
theGuiMsgHandler().runObject(key)
elif TYPE_PRESENTATION == typeNr:
Application.vrpApp.mw.presenterManager.updateForObject(key)
#Application.vrpApp.mw.raisePanelForKey(key)
elif TYPE_JOURNAL == typeNr:
Application.vrpApp.globalJournalMgrParams = params
"""
if params.currentIdx==params.maxIdx:
Application.vrpApp.mw.editRedoAction.setEnabled(False)
Application.vrpApp.mw.editUndoAction.setEnabled(True)
else:
Application.vrpApp.mw.editUndoAction.setEnabled(True)
Application.vrpApp.mw.editRedoAction.setEnabled(True)
if params.currentIdx<=0:
Application.vrpApp.mw.editUndoAction.setEnabled(False)
"""
elif TYPE_PRESENTATION_STEP == typeNr:
Application.vrpApp.mw.presenterManager.setParams( key, params )
elif TYPE_VIEWPOINT == typeNr:
# do not add the default viewpoints to listview
if not params.view == None and not params.view == 'default':
Application.vrpApp.mw.viewpointManager.addViewpoint(key)
Application.vrpApp.mw.viewpointManager.setParams( key, params )
#VRPMainWindow.globalAccessToTreeView.setItemSelected(key, True)
elif TYPE_VIEWPOINT_MGR == typeNr:
Application.vrpApp.mw.viewpointManager.updateForObject(key)
elif TYPE_TRACKING_MGR == typeNr:
Application.vrpApp.mw.trackingManager.updateForObject(key)
elif VIS_2D_RAW == typeNr:
""" CAD Change
paramsForTreeView = NamedCheckable(params.name, params.isVisible)
VRPMainWindow.globalAccessToTreeView.setItemData(key, paramsForTreeView)
"""
self.refactoringThing02(requestNr, key, params)
self.checkForUpdate( key, params)
#need to do this for copieing 2d parts
self.setParams(key, params)
elif VIS_3D_BOUNDING_BOX == typeNr:
self.refactoringThing02(requestNr, key, params)
elif VIS_COVISE==typeNr or VIS_DOCUMENT==typeNr or TYPE_CAD_PRODUCT==typeNr:
if not self.newCoviseFileName==None:
if hasattr( params, 'documentName' ):
# check if document exists
filename = self.newCoviseFileName
if getExistingFilename(filename) == None:
raise CoviseFileNotFoundError(filename)
params.documentName = os.path.basename(filename)#(self.newCoviseFileName)
params.documentName = params.documentName[:len(params.documentName)-4]
params.imageName = filename#self.newCoviseFileName
params.name = params.documentName
else :
params.filename = self.newCoviseFileName
params.name = os.path.basename(self.newCoviseFileName)
self.newCoviseFileName=None
if hasattr( params, 'documentName' ):
#Application.vrpApp.mw.raisePanelForKey(key)
theGuiMsgHandler().answerOk(requestNr)
# check if document exists
filename = params.imageName
if getExistingFilename(filename) == None:
raise CoviseFileNotFoundError(filename)
params.imageName = filename
if hasattr( params, 'isVisible'):
p = NamedCheckable(params.name, params.isVisible)
else:
p = params.name
Application.vrpApp.mw.globalAccessToTreeView().setItemData(key, p)
theGuiMsgHandler().setParams( key, params )
theGuiMsgHandler().runObject(key)
elif VIS_VRML==typeNr:
if not self.newCoviseFileName==None:
params.filename = self.newCoviseFileName
params.name = os.path.basename(self.newCoviseFileName)
self.newCoviseFileName=None
theGuiMsgHandler().setParams( key, params )
p = params.name
Application.vrpApp.mw.globalAccessToTreeView().setItemData(key, p)
elif VIS_SCENE_OBJECT==typeNr:
if not self.newCoviseFileName==None:
params.filename = self.newCoviseFileName
params.name = os.path.basename(self.newCoviseFileName)
self.newCoviseFileName=None
theGuiMsgHandler().setParams( key, params )
theGuiMsgHandler().runObject(key)
p = params.name
Application.vrpApp.mw.globalAccessToTreeView().setItemData(key, p)
elif TYPE_COLOR_TABLE==typeNr:
Application.vrpApp.mw.globalColorManager().setParams( key, params)
else:
assert False, 'unknown type'
if key in Application.vrpApp.guiKey2visuKey:
visKey = Application.vrpApp.guiKey2visuKey[key]
self.__objects[visKey].params.name = params.name
theGuiMsgHandler().setParams( visKey, self.__objects[visKey].params )
theGuiMsgHandler().answerOk(requestNr)
def createStaticColorVis( requestNr, typeNr, key, parentKey, params):
print("create static color panel with key %s of parent %s " % (key,parentKey))
global VisColor_key
if VisColor_key==-1:
VisColor_key = key
theGuiMsgHandler().answerOk(requestNr)
def setCaseParams(requestNr, key, params):
setNameForObjectInTree(key, params.name)
theGuiMsgHandler().answerOk(requestNr)
def addObjCB(self, requestNr, typeNr, key, parentKey, params):
"""Set up right initializations when object key comes to existance.
"""
_infoer.write(
'addObjCB(requestNr %s, typeNr %s, key %s, parentKey %s) '
'Element has just been created.' %
(str(requestNr), str(typeNr), str(key), str(parentKey)))
self.__objects[key] = GuiObj(key, parentKey, typeNr)
if requestNr > 0:
self.__newObjKey = key
self.__newObjReqNr = requestNr
# for compat
Application.vrpApp.key2type[key] = typeNr
theGuiMsgHandler().registerAddCallback(key, self.addObjCB)
theGuiMsgHandler().registerDelCallback(key, self.deleteObjCB)
theGuiMsgHandler().registerParamCallback(key, self.setParamsCB)
theGuiMsgHandler().registerBBoxForChildrenCallback(
key, self.setBBoxForChildrenCB)
self.sigGuiObjectAdded.emit(key, parentKey, typeNr)
# type depending actions
if TYPE_PROJECT == typeNr:
self.__projectKey = key
elif TYPE_CASE == typeNr:
self.__lastCaseKey = key
elif TYPE_2D_PART == typeNr or TYPE_CAD_PART == typeNr:
#move to negotiator
reqId = theGuiMsgHandler().requestObject(VIS_2D_RAW,
parentKey=key,
params=params)
theGuiMsgHandler().waitforAnswer(reqId)
elif TYPE_3D_PART == typeNr:
#move to negotiator
reqId = theGuiMsgHandler().requestObject(VIS_3D_BOUNDING_BOX,
None,
key,
params=params)
theGuiMsgHandler().waitforAnswer(reqId)
elif TYPE_PRESENTATION == typeNr:
self.__presentationKey = key
Application.vrpApp.mw.presenterManager.setPresentationMgrKey(key)
elif TYPE_JOURNAL == typeNr:
Application.vrpApp.globalJournalMgrKey = key
elif TYPE_PRESENTATION_STEP == typeNr:
Application.vrpApp.mw.presenterManager.addStep(key)
elif VIS_2D_RAW == typeNr:
Application.vrpApp.visuKey2GuiKey[key] = parentKey
Application.vrpApp.guiKey2visuKey[parentKey] = key
elif VIS_3D_BOUNDING_BOX == typeNr:
Application.vrpApp.visuKey2GuiKey[key] = parentKey
Application.vrpApp.guiKey2visuKey[parentKey] = key
elif TYPE_COLOR_TABLE == typeNr:
Application.vrpApp.mw.globalColorManager().setNewKey(key)
#VRPMainWindow.globalColorManager.setNewKey(key)
elif TYPE_VIEWPOINT_MGR == typeNr:
self.__viepointMgrKey = key
Application.vrpApp.mw.viewpointManager.setViewpointMgrKey(key)
elif TYPE_TRACKING_MGR == typeNr:
self.__trackingMgrKey = key
Application.vrpApp.mw.trackingManager.setTrackingMgrKey(key)
elif VIS_DOMAINLINES == typeNr:
theGuiMsgHandler().answerOk(requestNr)
theGuiMsgHandler().runObject(key)
theGuiMsgHandler().answerOk(requestNr)
def createPartPanel( requestNr, typeNr, key, parentKey, params):
print("create Part panel with key %s of parent %s " % (key,parentKey))
global Part_Key
global Part_Key_3D
if Part_Key==-1:
Part_Key = key
if not ( testMode==VIS_3D_BOUNDING_BOX or testMode==VIS_STREAMLINE or testMode==VIS_PLANE or testMode==VIS_VECTOR or testMode==VIS_ISOPLANE):
if testMode==VIS_STREAMLINE_2D:
theGuiMsgHandler().registerAddCallback(key, createTracePanel)
else:
theGuiMsgHandler().registerAddCallback(key, createStaticColorVis)
theGuiMsgHandler().registerParamCallback(key, setPartPanelParams)
theGuiMsgHandler().answerOk(requestNr)
# test object testMode
reqId = theGuiMsgHandler().requestObject(
testMode, None, Part_Key )
theGuiMsgHandler().waitforAnswer(reqId)
elif typeNr==TYPE_3D_PART :
Part_Key_3D = key
if not testMode==VIS_STREAMLINE_2D:
if testMode==VIS_3D_BOUNDING_BOX or testMode==VIS_DOMAINLINES or testMode==VIS_STREAMLINE or testMode==VIS_PLANE or testMode==VIS_VECTOR or testMode==VIS_ISOPLANE:
theGuiMsgHandler().registerParamCallback(key, setPartPanelParams)
if testMode==VIS_STREAMLINE or testMode==VIS_PLANE or testMode==VIS_VECTOR or testMode==VIS_ISOPLANE:
theGuiMsgHandler().registerAddCallback(key, createTracePanel)
reqId = theGuiMsgHandler().requestObject(
testMode, None, key )
theGuiMsgHandler().waitforAnswer(reqId)
theGuiMsgHandler().answerOk(requestNr)
def childInitCB(requestNr, typeNr, key, parentKey):
theGuiMsgHandler().registerAddCallback(key, childInitCB)
if TYPE_PROJECT == typeNr:
global project_key
project_key = key
pass
elif TYPE_CASE == typeNr:
global case_key
case_key = key
theGuiMsgHandler().registerParamCallback(key, setCaseParams)
global_tree.insert(None, key, 'casefile-entry')
elif TYPE_2D_GROUP == typeNr:
theGuiMsgHandler().registerParamCallback(key, set2d_groupParams)
global_tree.insert(parentKey, key, 'sub-casefile-entry')
elif TYPE_3D_GROUP == typeNr:
theGuiMsgHandler().registerParamCallback(key, set3d_groupParams)
global_tree.insert(parentKey, key, 'sub-casefile-entry')
elif TYPE_2D_PART == typeNr:
theGuiMsgHandler().registerParamCallback(key, set2d_partParams)
global_tree.insert(parentKey, key, 'sub-casefile-entry')
# TODO insert check box
elif TYPE_3D_PART == typeNr:
theGuiMsgHandler().registerParamCallback(key, set3d_partParams)
global_tree.insert(parentKey, key, 'sub-casefile-entry')
# TODO insert check box
else:
## assert False, 'unknown type'
print(
'HERE IS AN UNHANDLED OR UNKNOW TYPE. (AND THIS IS IGNORED FOR NOW.)'
)
theGuiMsgHandler().answerOk(requestNr)
