cntr += 1
return res
def gen_replicate():
acc = 0
cntr = 0
while cntr < len(sequences):
r = gen_replicate1()
if r != None:
acc += r
cntr += 1
return acc / cntr
def gen_replicates():
return [gen_replicate() for _ in xrange(nr_replicates)]
repl = gen_replicates()
repl.sort()
print "Interfering time per crashing instruction: %f, %f %d" % (common.quantile(repl, 0.05), common.quantile(repl, 0.95), len(sequences))
replicates = [sequences_to_chartset([random.choice(sequences) for _ in xrange(len(sequences))]) for _2 in xrange(nr_replicates)]
(charts, defect_samples, total_samples) = sequences_to_chartset(sequences)
main_fig = common.Figure(time_to_y, y_to_time, [])
output.write("\\begin{tikzpicture}\n")
common.draw_furniture(output, chart_keys, main_fig)
common.draw_pdfs(output, chart_keys, charts, defect_samples, total_samples, replicates, chart_labels, main_fig)
output.write("\\end{tikzpicture}\n")
output.close()
charts[ck].samples.sort()
defect_samples.sort()
total_samples.sort()
return (charts, defect_samples, total_samples)
def time_to_y(t):
return math.log(t / main_fig.mintime) / math.log(main_fig.maxtime / main_fig.mintime) * (main_fig.y_max - main_fig.y_min) + main_fig.y_min
def y_to_time(y):
return math.e ** ((y - main_fig.y_min) / (main_fig.y_max - main_fig.y_min) * math.log(main_fig.maxtime / main_fig.mintime)) * main_fig.mintime
(charts, defect_samples, total_samples) = sequences_to_chartset(sequences)
def gen_replicate():
return sum(random.choice(total_samples) for _ in total_samples) / len(total_samples)
replicates = [gen_replicate() for _ in xrange(nr_replicates)]
replicates.sort()
print "Total time: %f, %f, %d" % (common.quantile(replicates, 0.05),
common.quantile(replicates, 0.95),
len(total_samples))
replicates = [sequences_to_chartset([random.choice(sequences) for _ in xrange(len(sequences))]) for _2 in xrange(nr_replicates)]
main_fig = common.Figure(time_to_y, y_to_time, [])
main_fig.nr_time_steps = 100.0
main_fig.kernel_box_height = 1.0
main_fig.figwidth -= 0.3
output.write("\\begin{tikzpicture}\n")
common.draw_furniture(output, chart_keys, main_fig)
common.draw_pdfs(output, chart_keys, charts, defect_samples, total_samples, replicates, chart_labels, main_fig)
