def run_amplifiers(sequence, input_value):
inputs = parse_data()
outputA, codeA = IntComputer.interpreter(inputs, [0, sequence[0]])
outputB, codeB = IntComputer.interpreter(inputs, [outputA, sequence[1]])
outputC, codeC = IntComputer.interpreter(inputs, [outputB, sequence[2]])
outputD, codeD = IntComputer.interpreter(inputs, [outputC, sequence[3]])
outputE, codeE = IntComputer.interpreter(inputs, [outputD, sequence[4]])
print(outputE, codeE)
while True:
outputA, codeA = IntComputer.interpreter(inputs, [outputE, outputE])
if codeA == 99:
outputA = outputE
outputB, codeB = IntComputer.interpreter(inputs, [outputA, outputA])
if codeB == 99:
outputB = outputB
outputC, codeC = IntComputer.interpreter(inputs, [outputB, outputB])
if codeC == 99:
outputC = outputB
outputD, codeD = IntComputer.interpreter(inputs, [outputC, outputC])
if outputD == 99:
outputD = outputC
outputE, codeE = IntComputer.interpreter(inputs, [outputD, outputD])
if codeE == 99:
return outputE
#if codeA == 99:
outputA = outputE
# if outputD == None:
# outputD = outputC
# if outputC == None:
# outputC = outputB
# if outputB == None:
# outputB = outputA
# if outputA == None:
# outputA = outputE
# print(outputE)
if outputA == None and outputB == None and outputC == None and outputD == None:
print('Halted')
return outputE
break
def run_amplifiers(sequence,input_value):
inputsA = parse_data()
inputsB = parse_data()
inputsC = parse_data()
inputsD = parse_data()
inputsE = parse_data()
iA = 0
iiiA = 0
iB = 0
iiiB = 0
iC = 0
iiiC = 0
iD = 0
iiiD = 0
iE = 0
iiiE = 0
initial_conditionsA = [sequence[0],0]
initial_conditionsB = [sequence[1]]
initial_conditionsC = [sequence[2]]
initial_conditionsD = [sequence[3]]
initial_conditionsE = [sequence[4]]
outputEs = []
while True:
outputA,inputsA,iA,iiiA = IntComputer.interpreter(inputsA,initial_conditionsA,iA,iiiA)
initial_conditionsB.append(outputA)
outputB,inputsB,iB,iiiB = IntComputer.interpreter(inputsB,initial_conditionsB,iB,iiiB)
initial_conditionsC.append(outputB)
outputC,inputsC,iC,iiiC = IntComputer.interpreter(inputsC,initial_conditionsC,iC,iiiC)
initial_conditionsD.append(outputC)
outputD,inputsD,iD,iiiD = IntComputer.interpreter(inputsD,initial_conditionsD,iD,iiiD)
initial_conditionsE.append(outputD)
outputE,inputsE,iE,iiiE = IntComputer.interpreter(inputsE,initial_conditionsE,iE,iiiE)
initial_conditionsA.append(outputE)
outputEs.append(outputE)
if iE == None:
return outputEs[-2]
def amplifiers2(sequence,input_value):
output_values = []
i = 0
j = 0
while True:
for i in range(5):
inputs = parse_data()
sequence_value = sequence[i]
if j == 0:
input_values = (input_value,sequence_value)
if j != 0:
input_values = (input_value,input_value)
output_value = IntComputer.interpreter(inputs,input_values)
print(output_value)
if output_value == 'Halt':
return output_values[-1]
break
else:
output_values.append(output_value)
input_value = output_value
i = 0
j += 1
def part_one():
rawinput = parse_data()
filled_indices = create_blank_list(rawinput)
integers = IntComputer.interpreter(filled_indices)
