def extendPotentialPrimes(fname, maxIterations, allowedMiss):
ps = findPrimes(fname, allowedMiss)
pm = PyMachine.PyMachine(maxIterations, 1, maxIterations, 0, maxIterations)
extended = []
for program, plen in ps:
pm.load(long(program), int(plen))
pm.execute()
oldp = -1
outputs = []
nrisp = 0
v = pm.getOutput()
print[x for x in v]
for p in v:
if p <= oldp:
break
isp = PyMachine.checkPrime(p)
nrisp += isp
outputs.append((p, isp))
if nrisp:
extended.append((float(nrisp) / len(outputs), nrisp, len(outputs),
outputs, program, plen))
extended.sort()
extended.reverse()
return extended
def findPrimes(fname, allowedMiss=0):
ps = []
f = open(fname)
i = 0
j = 0
for l in f:
i += 1
nr, depth, program, seq = l.split(' ', 3)
seq = seq.strip()
xs = [int(x) for x in seq.split()]
if len(set(xs)) != 10: continue
good = True
for x in xs:
if x < 1:
good = False
break
if not good: continue
j += 1
misses = 0
for x in xs:
if not PyMachine.checkPrime(x):
misses += 1
if misses > allowedMiss:
break
if misses <= allowedMiss:
print misses, xs, nr, depth, program
ps.append((program, depth))
print i, j
f.close()
return ps
def findPrimes(fname, allowedMiss=0):
ps = []
f = open(fname)
i = 0
j = 0
for l in f:
i += 1
nr, depth, program, seq = l.split(' ', 3)
seq = seq.strip()
xs = [int(x) for x in seq.split()]
if len(set(xs)) != 10: continue
good = True
for x in xs:
if x < 1:
good = False
break
if not good: continue
j += 1
misses = 0
for x in xs:
if not PyMachine.checkPrime(x):
misses += 1
if misses > allowedMiss:
break
if misses <= allowedMiss:
print misses, xs, nr, depth, program
ps.append((program, depth))
print i, j
f.close()
return ps
return False
return True
def extendPotentialPrimes(fname, maxIterations, allowedMiss):
ps = findPrimes(fname, allowedMiss)
pm = PyMachine.PyMachine(maxIterations, 1, maxIterations, 0, maxIterations)
extended = []
for program, plen in ps:
pm.load(long(program), int(plen))
pm.execute()
oldp = -1
outputs = []
nrisp = 0
v = pm.getOutput()
print [x for x in v]
for p in v:
if p <= oldp:
break
isp = PyMachine.checkPrime(p)
nrisp += isp
outputs.append((p, isp))
if nrisp:
extended.append((float(nrisp) / len(outputs), nrisp, len(outputs), outputs, program, plen))
extended.sort()
extended.reverse()
return extended
