def __init__(self, fname):
macrothread.__init__(self, fname, 'gc')
# State Data for Simulation MacroThread -- organized by state
self.setStream(None, None)
self.addImmut('gcDelay')
# Local Data to this running instance
self.cpu = 1
self.numnodes = 1
# Update Runtime Parameters
self.modules.add('redis')
def __init__(self, fname, jobnum=None):
macrothread.__init__(self, fname, 'sim')
# State Data for Simulation MacroThread -- organized by state
self.setStream('jcqueue', 'rawoutput')
self.addImmut('simSplitParam')
self.addImmut('simDelay')
self.addImmut('terminate')
self.addImmut('sim_conf_template')
self.addAppend('launch')
# Local Data to this running instance
self.cpu = 1
self.numnodes = 1
# Update Runtime Parameters
self.modules.add('namd/2.10')
self.modules.add('redis')
# self.slurmParams['share'] = None
self.slurmParams['cpus-per-task'] = PARALLELISM
def __init__(self, fname, jobnum=None):
macrothread.__init__(self, fname, "sim")
# State Data for Simulation MacroThread -- organized by state
self.setStream("jcqueue", "rawoutput")
self.addImmut("simSplitParam")
self.addImmut("simDelay")
self.addImmut("terminate")
self.addImmut("sim_conf_template")
self.addAppend("launch")
# Local Data to this running instance
self.cpu = 1
self.numnodes = 1
# Update Runtime Parameters
self.modules.add("namd/2.10")
self.modules.add("redis")
# self.slurmParams['share'] = None
self.slurmParams["cpus-per-task"] = PARALLELISM