from tmachine.VirtualHardware import VirtualHardware
tape = [None,1,1,None,1,1,1,1,1,1,1,None]
turing_machine = VirtualHardware(tape_length=50,init = tape)
running = True
state = 0
while running == True:
print "state=",state
print "tape position=",turing_machine.position()
read_val = turing_machine.read()
print "read_val=",read_val
#print turing_machine.position()
if state == 0 :
if read_val == None:
turing_machine.write(None)
turing_machine.moveLeft()
elif read_val == 1:
turing_machine.write("1")
turing_machine.moveLeft()
state = 1
elif state == 1:
if read_val == None:
turing_machine.write(None)
turing_machine.moveLeft()
state = 2
elif read_val == 1:
turing_machine.write(1)
turing_machine.moveLeft()
elif state == 2 :
if read_val == None:
turing_machine.write(None)
# defines what a turing machine is
from tmachine.VirtualHardware import VirtualHardware
#creates virtual turing machine, including how long the tape of machine is
turing_machine = VirtualHardware(tape_length=100)
# asks for input
state = raw_input("enter # ")
#says input given will always be a number
state = int(state)
#converts integer given to binary number
state = bin(state)
#from second on, to remove 0,b from binary tape
state = state[2:]
#as long as there are still more digits in binary number...
while state !="":
print state # write binary number
turing_machine.moveLeft()#move virtual tape left once(default is once, can be specified)
turing_machine.write(state[0])#write first digit of binary code
state = state[1:]#redueces state to what ever's left in binary code
# show turing tape w
turing_machine.tape()
