from blueqat import Circuit
def cccx(n, c):
c = c.ccx[0, 1, n + 1]
for i in range(0, n - 3):
c = c.ccx[i + 2, n + 1 + i, n + 1 + i + 1]
c = c.ccx[n - 1, n + 1 + (n - 2) - 1, n]
return c
cccx(3, Circuit().h[:3]).m[:4].run(shots=100)
Counter({'11110': 15,
'00100': 13,
'10000': 18,
'11000': 9,
'01000': 12,
'00000': 18,
'10100': 8,
'01100': 7})
cccx(4, Circuit().h[:4]).m[:5].run(shots=100)
Counter({'1110000': 9,
'1001000': 9,
'0001000': 8,
'1111100': 5,
'1101000': 11,
'1000000': 7,
'0110000': 4,
'0011000': 11,
'0010000': 7,
'1100000': 5,
'0000000': 9,
'1010000': 4,
'0101000': 2,
'1011000': 6,
'0100000': 1,
'0111000': 2})
cccx(5, Circuit().h[:5]).m[:6].run(shots=1000)
Counter({'101000000': 25,
'111000000': 31,
'001100000': 37,
'111100000': 31,
'110010000': 30,
'011100000': 33,
'011010000': 24,
'000100000': 48,
'010000000': 32,
'001110000': 25,
'011110000': 28,
'011000000': 31,
'100010000': 26,
'101110000': 38,
'000000000': 32,
'100110000': 29,
'101010000': 48,
'111111000': 29,
'110000000': 37,
'000010000': 23,
'000110000': 41,
'110110000': 32,
'001010000': 30,
'100000000': 32,
'100100000': 32,
'001000000': 32,
'110100000': 25,
'010010000': 31,
'101100000': 27,
'111010000': 37,
'010110000': 22,
'010100000': 22})