def test_macro():
def macro(c, i):
return c.h[i]
BlueqatGlobalSetting.register_macro('foo', macro)
try:
assert is_vec_same(Circuit().foo(1).run(), Circuit().h[1].run())
finally:
BlueqatGlobalSetting.unregister_macro('foo')
return c.s[:].cz[0, 1].s[:]
elif val == 0b01:
return c.s[1].cz[0, 1].s[1]
elif val == 0b10:
return c.s[0].cz[0, 1].s[0]
elif val == 0b11:
return c.cz[0, 1]
def amplify(c):
return c.h[:].x[:].cz[0, 1].x[:].h[:]
def grover(c, val):
for _ in range(1): # time of √N (N is qubits)
c += Circuit().mark(val).amplify()
return c
# BlueqatGlobalSetting.unregister_macro('mark')
# BlueqatGlobalSetting.unregister_macro('amplify')
# BlueqatGlobalSetting.unregister_macro('grover')
BlueqatGlobalSetting.register_macro('mark', mark)
BlueqatGlobalSetting.register_macro('amplify', amplify)
BlueqatGlobalSetting.register_macro('grover', grover)
# %% practice
result = Circuit(2).h[:].grover(0b01).m[:].run(shots=100)
print(result)
