def __init__(self, print_levels=4):
Timer.__init__(self, print_levels)
from _gpaw import craypat_region_begin, craypat_region_end
self.craypat_region_begin = craypat_region_begin
self.craypat_region_end = craypat_region_end
self.regions = {}
self.region_id = 5 # leave room for regions in C
def __init__(self, print_levels=4):
Timer.__init__(self, print_levels)
from _gpaw import craypat_region_begin, craypat_region_end
self.craypat_region_begin = craypat_region_begin
self.craypat_region_end = craypat_region_end
self.regions = {}
self.region_id = 5 # leave room for regions in C
def __init__(self):
Timer.__init__(self)
import pytau
self.pytau = pytau
self.tau_timers = {}
pytau.setNode(mpi.rank)
self.tau_timers[self.top_level] = pytau.profileTimer(self.top_level)
pytau.start(self.tau_timers[self.top_level])
def __init__(self):
Timer.__init__(self)
import pytau
self.pytau = pytau
self.tau_timers = {}
pytau.setNode(mpi.rank)
self.tau_timers[self.top_level] = pytau.profileTimer(self.top_level)
pytau.start(self.tau_timers[self.top_level])
def __init__(self, out=sys.stdout, name=None, write_as_master_only=True):
Timer.__init__(self)
if name is None:
name = '<%s>' % sys._getframe(1).f_code.co_name
self.name = name
self.out = out
self.alwaysprint = not write_as_master_only
self.now = 'temporary now'
self.start(self.now)
def __init__(self, out=sys.stdout, name=None, write_as_master_only=True):
Timer.__init__(self)
if name is None:
name = '<%s>' % sys._getframe(1).f_code.co_name
self.name = name
self.out = out
self.alwaysprint = not write_as_master_only
self.now = 'temporary now'
self.start(self.now)
def __init__(self, print_levels=1000, comm=mpi.world, txt=sys.stdout):
Timer.__init__(self, print_levels)
ndigits = 1 + int(math.log10(comm.size))
self.srank = '%0*d' % (ndigits, comm.rank)
self.txt = txt
def __init__(self):
Timer.__init__(self)
from _gpaw import hpm_start, hpm_stop
self.hpm_start = hpm_start
self.hpm_stop = hpm_stop
hpm_start(self.top_level)
def __init__(self, print_levels=1000, comm=mpi.world, txt=sys.stdout):
Timer.__init__(self, print_levels)
ndigits = 1 + int(math.log10(comm.size))
self.srank = '%0*d' % (ndigits, comm.rank)
self.txt = txt
def __init__(self):
Timer.__init__(self)
from _gpaw import hpm_start, hpm_stop
self.hpm_start = hpm_start
self.hpm_stop = hpm_stop
hpm_start(self.top_level)