def smdgen(run,timestamps = None, first = None, last = None): #print "smd mode" if first is None : first = 0 if last is None : last = 1e20 # We typically don't know what the last events is. So for now use a large number # Singel CPU if size == 1: nom = rank denom = size # MPI else: nom = rank - 1 denom = size - 1 if timestamps is None : for nevent,evt in enumerate(run.events()): if nevent < first : continue elif nevent == last : return elif nevent%denom == nom: yield nevent-first,evt else : # Only applicable for xtc format ct = 0 for nevent,evt in enumerate(run.events()): t = pnccd_tbx.get_psana_time(evt) # Check if event exists in timestamps if np.equal(t, timestamps).all(axis=1).any() : if ct < first : continue elif ct == last : return elif ct%denom == nom: yield ct,evt ct += 1
def smdgen(run,timestamps = None, first = None, last = None): #print "smd mode" if first is None : first = 0 if last is None : last = 1e20 # We typically don't know what the last events is. So for now use a large number # Singel CPU if size == 1: nom = rank denom = size # MPI else: nom = rank - 1 denom = size - 1 if timestamps is None : for nevent,evt in enumerate(run.events()): if nevent < first : continue elif nevent == last : return elif nevent%denom == nom: yield nevent-first,evt else : # Only applicable for xtc format ct = 0 for nevent,evt in enumerate(run.events()): t = pnccd_tbx.get_psana_time(evt) # Check if event exists in timestamps if np.equal(t, timestamps).all(axis=1).any() : if ct < first : continue elif ct == last : return elif ct%denom == nom: yield ct,evt ct += 1