def test_sample_birth(self):
prep_dir("test/output/birth_death_sample")
n = 1
T = 1.0
birth = 2.0
death = 0.5
tic("sampling")
samples = [
birthdeath.sample_birth_wait_time(n, T, birth, death)
for i in xrange(10000)
]
toc()
tic("samplingC")
samples2 = [
spidir.sampleBirthWaitTime1(T, birth, death) for i in xrange(10000)
]
toc()
cond = 1.0 - birthdeath.prob_no_birth(n, T, birth, death)
x, y2 = distrib(samples, 20)
x2, y3 = distrib(samples2, 20)
y = [
birthdeath.birth_wait_time(i, n, T, birth, death) / cond for i in x
]
rp.plot(x, y, t="l", xlab="", ylab="")
rp.lines(x, y2, col="red")
rp.lines(x2, y3, col="blue")
raw_input()
def test_sample_birth(self):
prep_dir("test/output/birth_death_sample")
n = 1
T = 1.0
birth = 2.0
death = 0.5
tic("sampling")
samples = [birthdeath.sample_birth_wait_time(n, T, birth, death)
for i in xrange(10000)]
toc()
tic("samplingC")
samples2 = [spidir.sampleBirthWaitTime1(T, birth, death)
for i in xrange(10000)]
toc()
cond = 1.0 - birthdeath.prob_no_birth(n, T, birth, death)
x, y2 = distrib(samples, 20)
x2, y3 = distrib(samples2, 20)
y = [birthdeath.birth_wait_time(i, n, T, birth, death) / cond
for i in x]
rp.plot(x, y, t="l", xlab="", ylab="")
rp.lines(x, y2, col="red")
rp.lines(x2, y3, col="blue")
raw_input()
def walk(dup, parent_time):
remain = time_span - (start_time - parent_time)
#while True:
t = birthdeath.sample_birth_wait_time(1, remain, birth, death)
times[dup] = parent_time - t
snode = recon[dup]
for child in dup.children:
if events[child] == "dup" and recon[child] == snode:
walk(child, times[dup])
def walk(dup):
if dup.parent:
parent_time = times[dup.parent]
else:
parent_time = start_time
remain = time_span - (start_time - parent_time)
while True:
t = birthdeath.sample_birth_wait_time(1, remain, birth, death)
times[dup] = parent_time - t
assert t >= 0.0
if times[dup] != parent_time:
break
else:
print t, remain, dup.parent
for child in dup.children:
if events[child] == "dup":
walk(child)
def walk(dup):
if dup.parent:
parent_time = times[dup.parent]
else:
parent_time = start_time
remain = time_span - (start_time - parent_time)
while True:
t = birthdeath.sample_birth_wait_time(1, remain, birth, death)
times[dup] = parent_time - t
assert t >= 0.0
if times[dup] != parent_time:
break
else:
print t, remain, dup.parent
for child in dup.children:
if events[child] == "dup":
walk(child)
