#=========== Save and run  ============#
M.rootAssembly.regenerate()

#Save model

#Create job
mdb.Job(model=modelName, name=modelName, numCpus=cpus, numDomains=cpus)

#Run job
if run:
	mdb.saveAs(pathName = mdbName + '.cae')
	func.runJob(modelName)
	#Write CPU time to file
	func.readMsgFile(modelName, 'results.txt')



#=========== Post  ============#
	print 'Post processing...'

	
	# #Contour
	# func.countourPrint(modelName, defScale, printFormat)

	#Energy
	func.xyEnergyPlot(modelName)
    M.rootAssembly.rotate(angle=90.0,
                          axisPoint=(9000 + dist, 0.0, 0.0),
                          axisDirection=(0, 1.0, 0.0),
                          instanceList=(name, ))

modelList = ['deg00', 'deg45', 'deg90']
#Save model
mdb.saveAs(pathName='singleElement' + '.cae')

for modelName in modelList:
    M = mdb.models[modelName]
    #ConWep
    M.rootAssembly.regenerate()
    mdb.Job(model=modelName, name=modelName + 'conWep')
    if run:
        func.runJob(modelName + 'conWep')
    #Incident wave
    M.interactions['conWep'].suppress()
    M.interactions['incidentWave'].resume()
    mdb.Job(model=modelName, name=modelName + 'incidentWave')
    if run:
        func.runJob(modelName + 'incidentWave')

#===================================================#
#===================================================#
#                   POST                            #
#===================================================#
#===================================================#

if run:
    print 'Post...'
Exemple #3
0
               coordinates=(standoff, 0, 0),
               timeOfBlast=0,
               stepName=stepName)

#=========== Run  ============#
M.rootAssembly.regenerate()
#Save model
mdbName = modelName
mdb.saveAs(pathName=mdbName + '.cae')

#Create job
mdb.Job(model=modelName, name=modelName)

#Run job
if run:
    func.runJob(modelName)

#===================================================#
#===================================================#
#                   POST                            #
#===================================================#
#===================================================#

#Clear plots
for plot in session.xyPlots.keys():
    del session.xyPlots[plot]

#Open ODB
odb = func.open_odb(modelName)

#Get xy data
		axisPoint    =(9000+dist, 0.0, 0.0),
		axisDirection=(0, 1.0, 0.0),
		instanceList=(name, ))


modelList = ['deg00', 'deg45', 'deg90']
#Save model
mdb.saveAs(pathName = 'singleElement' + '.cae')

for modelName in modelList:
	M=mdb.models[modelName]
	#ConWep
	M.rootAssembly.regenerate()
	mdb.Job(model=modelName, name=modelName+'conWep')
	if run:
		func.runJob(modelName+'conWep')
	#Incident wave
	M.interactions['conWep'].suppress()
	M.interactions['incidentWave'].resume()
	mdb.Job(model=modelName, name=modelName+'incidentWave')
	if run:
		func.runJob(modelName+'incidentWave')



#===================================================#
#===================================================#
#                   POST                            #
#===================================================#
#===================================================#