def addRunConfig(self,name,runnerType, solverTypes=None):
"""
Creates and adds a new RunConfig with the specified
name, runnerType and solverTypes to this MeshInstance
"""
#Check that name is not already in use
if name in self.runConfigs:
raise AcdOptiException_meshInstance_nameError("RunConfig name already in use")
#Create the runConfig
runConfigFolder = os.path.join(self.folder, "runConfigs", name)
AcdOptiRunConfig.createNew(runConfigFolder, runnerType, solverTypes)
#Load it
self.runConfigs[name] = AcdOptiRunConfig(runConfigFolder, self)
def createNew_clone(folder, cloneFrom, newGeomInstance):
"""
Creates a new meshInstance in a not previously existing folder,
which has identical settings as an already existing meshInstance,
but is attached to newGeomInstance
The newly created meshInstance is then returned.
This is a deep copy, runConfigs etc. are also cloned.
"""
#Create the new meshInstance
AcdOptiMeshInstance.createNew(folder, newGeomInstance.instName, cloneFrom.meshTemplate.instName)
newInstance = AcdOptiMeshInstance(folder, newGeomInstance, cloneFrom.meshTemplateCollection)
#Copy information
for key in cloneFrom.templateOverrides_getKeys():
newInstance.templateOverrides_insert(key, cloneFrom.templateOverrides_get(key))
for (runConfigName, runConfig) in cloneFrom.runConfigs.iteritems():
newRC = AcdOptiRunConfig.createNew_clone(os.path.join(folder, "runConfigs", runConfig.instName), runConfig, newInstance)
newInstance.runConfigs[runConfigName] = newRC
newInstance.write()
return newInstance
