School Enigma Stuff | Python Fiddle

plug={[]}
remove=false
rotorpos=[0,0,0,0]
rotors=[0,0,0]
def plugboard(plug1, plug2,[remove])
	if not plug1 in plug and not plug2 in plug and not remove:
		plug[plug1]=plug2
		plug[plug2]=plug1
	elseif remove:
		plug[plug1]=plug1
		plug[plug2]=plug2
		remove=false
	end
end
def rotation():
	rotorpos[0]=rotorpos[0]+1
	for i in range(2):
		if rotors[i]==1 and rotorpos[i]==19:
			rotorpos[i+1]=rotorpos[i+1]+1
		elif rotors[i]==2 and rotorpos[i]==6:
			rotorpos[i+1]=rotorpos[i+1]+1
		elif rotors[i]==3 and rotorpos[i]==25:
			rotorpos[i+1]=rotorpos[i+1]+1
		elif rotors[i]==4 and rotorpos[i]==16:
			rotorpos[i+1]=rotorpos[i+1]+1
		elif rotors[i]==5 and rotorpos[i]==11:
			rotorpos[i+1]=rotorpos[i+1]+1
		end
		if rotorpos[i]>26:
			rotorpos[i]=1
		end
	end
end
def typemessage()
	inp=input(["Insert plaintext here: "])
	line=list(inp)
	while line.count(" ")>0:
		line.remove(" ")
	end
	length=len(line)-1
end
plaintext=getInput()
def setmachine(rotone, rottwo, rotthree, rotposone, rotpostwo, rotposthree)
	if rotone!=rottwo and rotone!=rotthree and rottwo!=rotthree:
		rotors=[rotone, rottwo, rotthree]
	end
	rotorpos=[rotposone, rotpostwo, rotposthree,0]
end
def rotorone(char):
	if char==1:
		return 3
	elif char==2:
		return 23
	elif char==3:
		return 6
	elif char==4:
		return 7
	elif char==5:
		return 11
	elif char==6:
		return 13
	elif char==7:
		return 24
	elif char==8:
		return 12
	elif char==9:
		return 9
	elif char==10:
		return 21
	elif char==11
		return 14
	elif char==12:
		return 1
	elif char==13:
		return 4
	elif char==14:
		return15
	elif char==15:
		return 8
	elif char==16:
		return 25
	elif char==17:
		return 16
	elif char==18:
		return 5
	elif char==19:
		return 19
	elif char==20:
		return 20
	elif char==21:
		return 26
	elif char==22:
		return 22
	elif char==23:
		return 18
	elif char==24:
		return 17
	elif char==25:
		return 10
	elif char==26:
		return 2
end
def rotortwo():
	if char==1:
		return 8
	elif char==2:
		return 17
	elif char==3:
		return 11
	elif char==4:
		return 26
	elif char==5:
		return 6
	elif char==6:
		return 20
	elif char==7:
		return 18
	elif char==8:
		return 24
	elif char==9:
		return 25
	elif char==10:
		return 1
	elif char==11
		return 16
	elif char==12:
		return 14
	elif char==13:
		return 21
	elif char==14:
		return 23
	elif char==15:
		return 3
	elif char==16:
		return 5
	elif char==17:
		return 15
	elif char==18:
		return 13
	elif char==19:
		return 22
	elif char==20:
		return 4
	elif char==21:
		return 19
	elif char==22:
		return 7
	elif char==23:
		return 12
	elif char==24:
		return 9
	elif char==25:
		return 10
	elif char==26:
		return 2
end
def rotorthree():
	if char==1:
		return 26
	elif char==2:
		return 1
	elif char==3:
		return 21
	elif char==4:
		return 8
	elif char==5:
		return 5
	elif char==6:
		return 13
	elif char==7:
		return 22
	elif char==8:
		return 17
	elif char==9:
		return 7
	elif char==10:
		return 15
	elif char==11
		return 24
	elif char==12:
		return 2
	elif char==13:
		return 14
	elif char==14:
		return 16
	elif char==15:
		return 11
	elif char==16:
		return 23
	elif char==17:
		return 10
	elif char==18:
		return 12
	elif char==19:
		return 3
	elif char==20:
		return 18
	elif char==21:
		return 20
	elif char==22:
		return 9
	elif char==23:
		return 25
	elif char==24:
		return 4
	elif char==25:
		return 19
	elif char==26:
		return 6
end
def rotorfour():
	if char==1:
		return 12
	elif char==2:
		return 6
	elif char==3:
		return 23
	elif char==4:
		return 3
	elif char==5:
		return 10
	elif char==6:
		return 19
	elif char==7:
		return 13
	elif char==8:
		return 26
	elif char==9:
		return 24
	elif char==10:
		return 20
	elif char==11
		return 22
	elif char==12:
		return 18
	elif char==13:
		return 8
	elif char==14:
		return 11
	elif char==15:
		return 9
	elif char==16:
		return 1
	elif char==17:
		return 21
	elif char==18:
		return 4
	elif char==19:
		return 15
	elif char==20:
		return 14
	elif char==21:
		return 25
	elif char==22:
		return 17
	elif char==23:
		return 5
	elif char==24:
		return 2
	elif char==25:
		return 16
	elif char==26:
		return 7
end
def rotorfive():
	if char==1:
		return 20
	elif char==2:
		return 15
	elif char==3:
		return 14
	elif char==4:
		return 4
	elif char==5:
		return 1
	elif char==6:
		return 9
	elif char==7:
		return 12
	elif char==8:
		return 11
	elif char==9:
		return 5
	elif char==10:
		return 19
	elif char==11
		return 26
	elif char==12:
		return 7
	elif char==13:
		return 23
	elif char==14:
		return 2
	elif char==15:
		return 13
	elif char==16:
		return 18
	elif char==17:
		return 25
	elif char==18:
		return 21
	elif char==19:
		return 6
	elif char==20:
		return 3
	elif char==21:
		return 8
	elif char==22:
		return 22
	elif char==23:
		return 17
	elif char==24:
		return 24
	elif char==25:
		return 10
	elif char==26:
		return 16
end
def reflector(char)
	if char==1:
		return 5
	elif char==2:
		return 11
	elif char==3:
		return 13
	elif char==4:
		return 6
	elif char==5:
		return 12
	elif char==6:
		return 7
	elif char==7:
		return 4
	elif char==8:
		return 17
	elif char==9:
		return 22
	elif char==10:
		return 26
	elif char==11
		return 14
	elif char==12:
		return 20
	elif char==13:
		return 15
	elif char==14:
		return 23
	elif char==15:
		return 25
	elif char==16:
		return 8
	elif char==17:
		return 24
	elif char==18:
		return 21
	elif char==19:
		return 19
	elif char==20:
		return 16
	elif char==21:
		return 1
	elif char==22:
		return 9
	elif char==23:
		return 2
	elif char==24:
		return 18
	elif char==25:
		return 3
	elif char==26:
		return 10
def rotor(rotor):
	if rotor==1:
		return rotorone(char)
	elif rotor==2:
		return rotortwo(char)
	elif rotor==3:
		return rotorthree(char)
	elif rotor==4:
		return rotorfour(char)
	elif rotor==5:
		return rotorfive(char)
	elif rotor==(-1):
		return revrotorone(char)
	elif rotor==(-2):
		return revrotortwo(char)
	elif rotor==(-3):
		return revrotorthree(char)
	elif rotor==(-4):
		return revrotorfour(char)
	elif rotor==(-5):
		return revrotorfive(char)
	end
end
def enigma():
	line=typemessage()
	for i=0,length:
		rotation()
		char=line[i]
		char=rotor(rotors[0])
		char=rotor(rotors[1])
		char=rotor(rotors[2])
		char=reflector()
		char=rotor(-(rotors[2]))
		char=rotor(-(rotors[1]))
		char=rotor(-(rotors[0]))
		line[i]=char
	end
end

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