def addac(a, sel0, sel1, clk, acc):
invA = inv(a)
m1 = mux2(a, invA, sel0)
y1, cout = somador(a, acc, sel0)
m2 = mux2(m1, y1, sel1)
acc = flopenr(clk, 0, 1, m2, acc)
return m2, cout, acc
from inv import *
print("| A | Y |")
for a in range(0, 2, 1):
y = inv(a)
print("| {0} | {1} |".format(a, y))
def prompter(rm):
global states
global smdmap
global qflag
newrm = rm
raw = raw_input(prmpt).lower().split()
ralpha = []
for i in range(len(raw)):
# print i,":",raw[i]
raw[i] = raw[i].translate(None,string.punctuation)
if raw[i].isalpha() == True and not raw[i] in ignore:
ralpha.append(raw[i])
# print "ralpha:", ralpha
if "inv" in raw or "inventory" in raw:
inv(rm,states)
return rm
elif "help" in raw or "info" in raw or "instructions" in raw:
instruct()
return rm
elif raw == ["map"]:
smdmap = mapp(rm,smdmap)
return rm
elif raw == ["save"]:
save(states,smdmap)
return rm
elif raw == ["load"]:
states, smdmap = load()
#for x in states['map'].keys():
#if states['map'][x] == 1:
#rmshow(x)
#k = smdmap.keys()
#k.sort()
#for i in k:
#i = ''.join(smdmap[i])
#print i
return states['currentrm']
elif "exit" in raw or "quit" in raw:
qflag = True
return rm
elif raw == ["traceback"]:
traceback.print_stack()
return rm
mode = []
item = []
obj = []
for x in modes:
for n in x:
if n in ralpha:
mode.append(x)
# print "mode:", mode
if len(mode) == 0:
print "You have to include an action word I understand."
return rm
elif len(mode) > 1:
print "No more than one action at a time, thanks."
return rm
elif not (ralpha[0] in mode[0]):
print wr("Your command must start with an action word.")
return rm
elif mode[0] == combine:
print wr("You need to open your inventory to combine items.")
return rm
for x in ralpha[1:]:
iflag = oflag = 0
for n in idic.keys():
if states['inv'][n] != 0 and x in n:
item.append(n)
iflag = 1
for n in dic[rm].keys():
if states[rm][n] != 0 and x in n:
obj.append(n)
oflag = 1
if iflag == 0 and oflag == 0:
print "I only understood you as far as wanting to %s." % ralpha[0]
# print "offender:",x
return rm
item = list(set(item))
obj = list(set(obj))
# print "obj:", obj
# print "item:", item
dlist = []
for o in range(len(obj)):
for i in range(len(item)):
if obj[o] == item[i]:
dlist.append(o)
for x in dlist:
del obj[x]
if len(item) > 1:
print fail_txt
return rm
elif len(obj) > 1:
print fail_txt
return rm
elif len(item) == 0 and len(obj) == 0:
if mode[0] is look:
exec dic[rm][roomd][states[rm][roomd]][look]
return rm
else:
print fail_txt
return rm
if len(item) == 1:
if mode[0] is use:
invuse(item[0], ralpha, rm, states)
return newrm
else:
print fail_txt
return rm
exec dic[rm][obj[0]][states[rm][obj[0]]][mode[0]]
return newrm
def prompter(rm):
global qflag
newrm = rm
raw = raw_input(prmpt).lower().split()
ralpha = []
for i in range(len(raw)):
print i,":",raw[i]
raw[i] = raw[i].translate(None,string.punctuation)
if raw[i].isalpha() == True:
ralpha.append(raw[i])
print "ralpha:", ralpha
if "inv" in raw or "inventory" in raw:
inv(rm)
return rm
elif "help" in raw or "info" in raw or "instructions" in raw:
instruct()
return rm
elif raw == ["map"]:
mapp(rm)
return rm
elif "exit" in raw or "quit" in raw:
qflag = True
return rm
elif raw == ["traceback"]:
traceback.print_stack()
return rm
item = []
obj = []
mode = []
for x in idic.keys():
for n in x:
if (n in raw and states['inv'][x] != 0):
item.append(x)
#print item
item = list(set(item))
if len(item) > 2:
print wr("Whoa, too many items there.")
elif len(item) == 2:
if raw[0] in combine:
print wr("You'll need to be in your inventory to combine those items.")
else:
print wr("Whoa, too many items there.")
elif len(item) == 1:
print "bla bla bla"
for x in dic[rm].keys():
for n in x:
if (n in raw and states[rm][x] != 0):
obj.append(x)
obj = list(set(obj))
# print "obj:", obj
if len(obj) == 0:
if raw == ['look']:
exec dic[rm][roomd][states[rm][roomd]][look]
else:
print fail_txt
return rm
# md_list = dic[rm][obj[0]][states[rm][obj[0]]].keys()
for md in dic[rm][obj[0]][states[rm][obj[0]]].keys():
for name in md:
if name in raw:
mode.append(md)
# print "mode:", mode
if len(obj) == 1 and len(mode) == 0:
print "I don't understand that action."
return rm
elif len(obj) > 1 or len(mode) > 1:
print "No more than one action or object at a time, please."
return rm
elif len(obj) == 1 and mode[0] == 'use' and len(item) > 0:
print "Try opening your inventory first."
return rm
else:
exec dic[rm][obj[0]][states[rm][obj[0]]][mode[0]]
return newrm
