def test_build(self):
chron = ChronoRender()
job = chron.createJob(self.infile)
for robj in job._rndrdoc.renderables:
print robj
for rpass in job._rndrdoc.rndrpasses:
print rpass
def renderSimulations(self):
md = self.verifyMetaData()
frame = int(self.args['framenumber'])
chron = ChronoRender()
job = chron.createJob(md)
job.typefilter = [Simulation]
job.frames = [frame, frame]
job.bOptions = False
chron.runJob(job)
def startDistributedJob(self):
md = self.verifyMetaData()
stream = self.args['renderer']
frames = self.args['framerange']
cr = ChronoRender()
job = cr.createJob(md)
job.frames = frames
# prog = CRLocal()
prog = CRenderLocal()
cr.submitJob(job, prog)
def startLocalRenderJob(self):
md = self.verifyMetaData()
stream = self.args["renderer"]
frange = self.args["framerange"]
# why does cr get what acts like a ChronoRenderBase object
# instead of a ChronoRender object???? (from cr_base not cr.py)
# ANSWER: it calles /light/cr.py's CHronRender which extends
# ChronoRenderBase
cr = ChronoRender()
job = cr.createJob(md, frange, stream)
# job.frames = frange
# print "startLocalRenderJob job.stream = " + job.stream
cr.runRenderJob(job)
class DataObjectTestCase(unittest.TestCase):
def setUp(self):
self._factories = ChronoRender().getFactories(dat.DataObject.getTypeName())
def tearDown(self):
del self._factories
def test_build(self):
meta = md.MetaData('./input/metadata/yaml/1.yaml')
ddata = meta.listFromType(dat.DataObject)
self.assertTrue(len(ddata) > 0)
for data in ddata:
dobj = self._factories.build(dat.DataObject.getTypeName(), **data)
self.assertTrue(len(dobj._datasrcs) > 0)
self.assertTrue(len(dobj._dataprocs) > 0)
def test_multipleResources(self):
cr = ChronoRender()
meta = md.MetaData('./input/metadata/yaml/1.yaml')
args = meta.singleFromType(dat.DataObject)
dataobj = dat.DataObject(cr._factories, **args)
dataobj._resolveSources()
poses = []
for i in range(0, 3):
for row in dataobj.getData(i):
poses.append(row['pos_x'])
self.assertTrue(0.0 in poses)
self.assertTrue(1.0 in poses)
self.assertTrue(2.0 in poses)
def test_datasrcScript(self):
cr = ChronoRender()
meta = md.MetaData('./input/metadata/yaml/datasrc_script.yml')
args = meta.singleFromType(dat.DataObject)
dataobj = dat.DataObject(cr._factories, **args)
finder = FinderFactory.build(['./input'])
dataobj.resolveAssets(finder)
poses = []
for i in range(0, 3):
for row in dataobj.getData(i):
poses.append(row['pos_x'])
self.assertTrue(0.0 in poses)
self.assertTrue(1.0 in poses)
self.assertTrue(2.0 in poses)
class ChronoRenderTestCase(unittest.TestCase):
def setUp(self):
self._cr = ChronoRender()
def tearDown(self):
del self._cr
def test_create(self):
self.assertTrue(True)
# def test_createAndRunRenderJob(self):
# inxml = './input/metadata/xml/0.xml'
# self._cr.createAndRunRenderJob(inxml)
def test_FactoryClasses(self):
factories = self._cr.getFactories()
fact = factories.getFactory('datasource')
for cls in fact.getClasses():
print cls, cls.getTypeName()
def setUp(self):
cr = ChronoRender()
self._factories = cr.getFactories(dp.DataProcess.getTypeName())
self._srcfactories = cr.getFactories(ds.DataSource.getTypeName())
def setUp(self):
self._cr = ChronoRender()
def initNewRenderJob(self):
cr = ChronoRender()
job = cr.createJob()
cr.writeJobToDisk(job, self.args['outpath'])
def updateJobAssets(self):
md = self.verifyMetaData()
cr = ChronoRender()
job = cr.createJob(md)
cr.updateJobAssets(job)
def _createGeoFactories():
cr = ChronoRender()
factories = cr.getFactories()
fact = factories.getFactory('geometry')
return fact
def setUp(self):
self._factories = ChronoRender().getFactories(dat.DataObject.getTypeName())
