def carvedToWritten(n):
n = ui(n)
r = ui(0)
for pos in arange(64, dtype=ui):
b_val = innerFunct(n, pos)
r |= (b_val & (ONE << pos))
return r
def innerFunct(n, pos):
#print("n=%s, pos=%s" % (n, pos))
res = ui(0)
for m in reversed(arange(n + 1, dtype=ui)):
b = ui(0)
for index in arange(pos + 1, dtype=ui):
c = res ^ (((pos & n & ~m) | (pos & ~n & m) & ONE) << index)
res ^= (m & (ONE << index)) ^ b
b = (((c & m) | (c & b) | (m & b)) & (ONE << index)) << ONE
#print("R: {0:064b}".format(res).replace("0"," ")+"|%s" % (res))
return res & (ONE << pos)
def carvedToWritten(n):
n = ui(n)
r = ui(0)
for i in arange(64, dtype=ui):
a = ui(0)
for j in reversed(arange(n + 1, dtype=ui)):
b = ui(0)
for k in arange(i + 1, dtype=ui):
c = a ^ (((i & n & ~j) | (i & ~n & j) & ONE) << k)
a ^= (j & (ONE << k)) ^ b
b = (((c & j) | (c & b) | (j & b)) & (ONE << k)) << ONE
r |= (a & (ONE << i))
return r
def carvedToWritten(n):
n = ui(n)
r = ui(0)
for i in arange(64, dtype=ui):
a = ui(0)
for j in reversed(arange(n + 1, dtype=ui)):
b = ui(0)
for k in arange(i + 1, dtype=ui):
#print("N: {0:064b}".format(n).replace("0"," ")+"|%s" % n)
#print("I: {0:064b}".format(i).replace("0"," ")+"|%s" % i)
#print("J: {0:064b}".format(j).replace("0"," ")+"|%s" % j)
#print("K: {0:064b}".format(k).replace("0"," ")+"|%s" % k)
c = a ^ (((i & n & ~j) | (i & ~n & j) & ONE) << k)
#print("C: {0:064b}".format(c).replace("0"," ")+"|%s" % c)
a ^= (j & (ONE << k)) ^ b
#print("A: {0:064b}".format(a).replace("0"," ")+"|%s" % a)
b = (((c & j) | (c & b) | (j & b)) & (ONE << k)) << ONE
#print("B: {0:064b}".format(b).replace("0"," ")+"|%s" % b)
#print("-"*67+"+")
#print("-"*67+"+")
r |= (a & (ONE << i))
#print("R: {0:064b}".format(r).replace("0"," ")+"|%s" % r)
#print("-"*67+"+")
return r
from numpy import uint64 as ui, arange
START = 1050
ONE = ui(1)
def carvedToWritten(n):
n = ui(n)
r = ui(0)
for i in arange(64, dtype=ui):
a = ui(0)
for j in reversed(arange(n + 1, dtype=ui)):
b = ui(0)
for k in arange(i + 1, dtype=ui):
#print("N: {0:064b}".format(n).replace("0"," ")+"|%s" % n)
#print("I: {0:064b}".format(i).replace("0"," ")+"|%s" % i)
#print("J: {0:064b}".format(j).replace("0"," ")+"|%s" % j)
#print("K: {0:064b}".format(k).replace("0"," ")+"|%s" % k)
c = a ^ (((i & n & ~j) | (i & ~n & j) & ONE) << k)
#print("C: {0:064b}".format(c).replace("0"," ")+"|%s" % c)
a ^= (j & (ONE << k)) ^ b
#print("A: {0:064b}".format(a).replace("0"," ")+"|%s" % a)
b = (((c & j) | (c & b) | (j & b)) & (ONE << k)) << ONE
#print("B: {0:064b}".format(b).replace("0"," ")+"|%s" % b)
#print("-"*67+"+")
#print("-"*67+"+")
r |= (a & (ONE << i))
#print("R: {0:064b}".format(r).replace("0"," ")+"|%s" % r)
#print("-"*67+"+")
return r
from numpy import uint64 as ui, arange
from random import randint
from nimblenet.activation_functions import sigmoid_function
from nimblenet.cost_functions import cross_entropy_cost
from nimblenet.learning_algorithms import RMSprop
from nimblenet.data_structures import Instance
from nimblenet.neuralnet import NeuralNet
SAMPLE_SIZE = 10**1
ONE = ui(1)
ONE = ui(1)
def carvedToWritten(n):
n = ui(n)
r = ui(0)
for i in arange(64, dtype=ui):
a = ui(0)
for j in reversed(arange(n + 1, dtype=ui)):
b = ui(0)
for k in arange(i + 1, dtype=ui):
c = a ^ (((i & n & ~j) | (i & ~n & j) & ONE) << k)
a ^= (j & (ONE << k)) ^ b
b = (((c & j) | (c & b) | (j & b)) & (ONE << k)) << ONE
r |= (a & (ONE << i))
return r