def utilityAt(i, counts_v, data, bin_options):
"""Call the binning library."""
events = len(counts_v)
counts = statistics.countStatistic(counts_v)
alpha = data['alpha']
beta = data['beta']
gamma = data['gamma']
return interface.utilityAt(i, events, counts, alpha, beta, gamma, bin_options)
def timingsToCounts(timings, binsize, srange):
if srange == None:
MIN = min(map(min, timings))
MAX = max(map(max, timings))
else:
MIN = srange[0]
MAX = srange[1]
N = int(math.ceil(float(MAX-MIN)/binsize))
successes = list(np.repeat(0, N+1))
x = range(MIN, MAX+binsize, binsize)
for trial in timings:
for t in trial:
n = int(math.ceil(float(t-MIN)/binsize))
successes[n] += 1
trials = len(timings)
failures = computeFailures(successes, trials)
counts = [successes, failures]
return x, statistics.countStatistic(counts)
def readCounts(config_parser, section):
counts = readMatrix(config_parser, section, 'counts', float)
return statistics.countStatistic(counts)
