def RUQLG(L, A, B, C):
A1, A2 = blocklogic.beamsplitter(A)
A0 = blocklogic.blockpos(L, A1, A2) # Block A
# print('A0 = ', A0)
B1, B2 = blocklogic.beamsplitter(B)
B0 = blocklogic.blockpos(L, B1, B2) # Block B
# print('B0 = ',B0)
sum = blocklogic.beamcombiner(A0, B0)
# print ('sum = ', sum)
v1, v2 = blocklogic.beamsplitter(sum)
v0 = blocklogic.blockpos(L, v1, v2) # Block V
# print ('v0 =', v0)
w1, w2 = blocklogic.beamsplitter(sum)
w0 = blocklogic.blockpos(L, w1, w2) # Block W
# print('w0 = ',w0)
C1, C2 = blocklogic.beamsplitter(C)
C0 = blocklogic.blockpos(v0, C1, C2) # Block C
# print('C0 = ',C0)
x1, x2 = blocklogic.beamsplitter(w0)
x0 = blocklogic.blockneg(L, x1, x2) # Block X
# print('x0 = ',x0)
y0 = blocklogic.blockpos(x0, C1, C2) # Block Y
# print('y0 = ',y0)
z1, z2 = blocklogic.beamsplitter(C0)
z0 = blocklogic.blockneg(v0, z1, z2) # Block Z
# print('z0 = ',z0)
R = blocklogic.beamcombiner(y0, z0)
return A0, B0, R
y = 'y'
while y == 'y':
A1 = int(input("Enter A1 : "))
A2 = int(input("Enter A2 : "))
B1 = int(input("Enter B1 : "))
B2 = int(input("Enter B2 : "))
C1 = 0
C2 = 0
L = 3
A0 = blocklogic.blockpos(L, A1, A2) # Block A
# print('A0 = ', A0)
B0 = blocklogic.blockpos(L, B1, B2) # Block B
# print('B0 = ',B0)
sum = blocklogic.beamcombiner(A0, B0)
# print ('sum = ', sum)
v1, v2 = blocklogic.beamsplitter(sum)
v0 = blocklogic.blockpos(L, v1, v2) # Block V
# print ('v0 =', v0)
w1, w2 = blocklogic.beamsplitter(sum)
w0 = blocklogic.blockpos(L, w1, w2) # Block W
# print('w0 = ',w0)
C0 = blocklogic.blockpos(v0, C1, C2) # Block C
# print('C0 = ',C0)
x1, x2 = blocklogic.beamsplitter(w0)
x0 = blocklogic.blockneg(L, x1, x2) # Block X
# print('x0 = ',x0)
y0 = blocklogic.blockpos(x0, C1, C2) # Block Y
# print('y0 = ',y0)
z1, z2 = blocklogic.beamsplitter(C0)
B21 = 0
B12 = 0
B22 = 0
C11 = 1
C21 = 1
C12 = 1
C22 = 1
C13 = 1
C23 = 1
L = 3
A01 = blocklogic.blockpos(L, A11, A21) # Block A
# print('A0 = ', A0)
B01 = blocklogic.blockpos(L, B11, B21) # Block B
# print('B0 = ',B0)
sum1 = blocklogic.beamcombiner(A01, B01)
# print ('sum = ', sum)
v011, v012 = blocklogic.beamsplitter(sum1)
v01 = blocklogic.blockpos(L, v011, v012) # Block V
# print ('v0 =', v0)
w011, w012 = blocklogic.beamsplitter(sum1)
w01 = blocklogic.blockpos(L, w011, w012) # Block W
# print('w0 = ',w0)
C01 = blocklogic.blockpos(v01, C11, C21) # Block C
# print('C0 = ',C0)
x011, x012 = blocklogic.beamsplitter(w01)
x01 = blocklogic.blockneg(L, x011, x012) # Block X
# print('x0 = ',x0)
y01 = blocklogic.blockpos(x01, C11, C21) # Block Y
# print('y0 = ',y0)
z011, z012 = blocklogic.beamsplitter(C01)
import blocklogic
print("This is simulating the QUAD valued OR gate\n")
print("Enter the following values : \n\n")
y = 'y'
while y == 'y':
A1 = int(input("Enter A1 : "))
A2 = int(input("Enter A2 : "))
B1 = int(input("Enter B1 : "))
B2 = int(input("Enter B2 : "))
L = 3
A0 = blocklogic.blockpos(L, A1, A2)
B0 = blocklogic.blockpos(L, B1, B2)
R = blocklogic.beamcombiner(A0, B0)
print('\n\n\n')
C1, C2 = blocklogic.beamsplitter(R)
print(
A1,
A2,
' OR ',
B1,
B2,
' = ',
C1,
C2,
)
y = input('\n\nto continue press y \n')
import blocklogic
print("This is simulating the QUAD valued XOR gate\n")
print("Enter the following values : \n\n")
y = 'y'
while y == 'y':
A1 = int(input("Enter A1 : "))
A2 = int(input("Enter A2 : "))
B1 = int(input("Enter B1 : "))
B2 = int(input("Enter B2 : "))
L = 3
A0 = blocklogic.blockpos(L, A1, A2)
B0 = blocklogic.blockpos(A0, B1, B2)
w0 = blocklogic.subblocksneg(A0, B0)
x0 = blocklogic.blockpos(L, A1, A2)
y0 = blocklogic.subblocksneg(L, x0)
z0 = blocklogic.blockpos(y0, B1, B2)
R = blocklogic.beamcombiner(w0, z0)
print('\n\n\n')
C1, C2 = blocklogic.beamsplitter(R)
print(A1, A2, ' XOR ', B1, B2, ' = ', C1, C2)
y = input('\n\nto continue press y \n')