def check_circle(nToCheck):
bToReturn = True
nRotating = rotate(nToCheck[-1])
while bToReturn and nRotating != nToCheck[-1]:
if len(pfp.pfp(nRotating)) > 2:
bToReturn = False
nRotating = rotate(nRotating)
return bToReturn
if (anToReturn[-1][0] == anPrimeFactors[0]):
anToReturn[-1][1] += 1
else:
anToReturn.append([anPrimeFactors[0],1])
anPrimeFactors.remove(anPrimeFactors[0])
return anToReturn
nOn = 4
aanFactors = [[[2,1]],[[3,1]],[[2,2]],[[5,1]]]
nFactors = 4 #looking for example
def check(aanFactors):
bToReturn = True
for anFact in aanFactors:
if len(anFact) != nFactors:
bToReturn = False
if bToReturn :
bToReturn = my_distinct(aanFactors)
return bToReturn
while not check(aanFactors):
#len(aanFactors[0]) != nFactors or len(aanFactors[1]) != nFactors or \
# len(aanFactors[2]) != nFactors or len(aanFactors[3]) != nFactors or not my_distinct(aanFactors):
nOn += 1
aanFactors = aanFactors[1:]
aanFactors.append(convert(pfp.pfp(nOn)))
#print(aanFactors)
#if nOn > 7000:
# break
print(nOn)
#print(pfp.pfp(79))
#n^2 + an + b where |a| <1000 and |b| < 1000
#if b is even, fail, n=2 even b div by 2,
#also true of a,
nMax = 0
nA = 1
nB = 41
for a in range(-999,999,2):
for b in range(-999,999,2):
if a%3 ==0 and b %3 == 0:
continue
nConsPrime =0
for i in range(0,1000):
nTest = abs(i*i + a*i + b)
anPFs = pfp.pfp(nTest)
if len(anPFs) >2:
break
nConsPrime += 1
if nConsPrime > nMax:
print(a,b, nConsPrime)
nMax = nConsPrime
nA = a
nB = b
# if b > -975:
# break
# if a > -975:
# break
print(nA, nB, nMax)
import pfp
def rotate(nToRotate):
nLen = 10
while nToRotate / nLen:
nLen *= 10
return nToRotate / 10 + (nToRotate % 10) * nLen / 10
def check_circle(nToCheck):
bToReturn = True
nRotating = rotate(nToCheck[-1])
while bToReturn and nRotating != nToCheck[-1]:
if len(pfp.pfp(nRotating)) > 2:
bToReturn = False
nRotating = rotate(nRotating)
return bToReturn
# print(pfp.pfp(34234))
nCount = 1 # starting with 2, even special case.
for nToCheck in range(2, 1000000): # 1000000):
anFactors = pfp.pfp(nToCheck)
if len(anFactors) == 2:
if check_circle(anFactors):
print(nToCheck)
nCount += 1
nToCheck += 1
print(nCount)
