def converse():
conversing = True
# type.spell("hello, how are you feeling today?", 2)
eliza_1 = "hello... how are you feeling today?"
eliza_2 = "i'm feeling very despondent."
lines = 0
while lines < 16:
# answer = input()
print(t.normal+'\n', end="")
print(t.black_on_white+'- ', end="")
type.spell(eliza_1.lower(), 0)
print(t.normal+'\n', end="")
eliza_1 = analyze(eliza_2.lower())
sleep(0.2)
print(t.white_on_black+'- ', end="")
type.spell(eliza_2.lower(), 0)
eliza_2 = analyze(eliza_1.lower())
lines += 1
def extrapolate_human():
type.spell(str(human), 2)
sleep(1)
property_names = vars(human)
for key in property_names:
type.spell("%s: %s" % (key, property_names[key]), 2)
sleep(0.5)
print("--")
sleep(3)
def chapter(title):
sleep(0.5)
os.system('clear')
sleep(0.25)
type.spell('------------------------' + title, 0)
sleep(0.1)
print("")
sleep(0.1)
print("")
sleep(0.1)
print("")
def display_truth():
index = 0
# type.set_interval(0.04)
for index in range(0, len(truth_symbols)):
set_style("reverse")
type.spell(" " + truth_symbols[index], 1)
reset_style()
type.spell(truth_legends[index], 0)
sleep(1)
print("\n\n")
index += 1
print("")
def print_error():
r = random.random()
if r < 0.2:
type.spell('excuse me?', 1)
elif r < 0.4:
type.spell('i didn\'t quite understand.', 1)
elif r < 0.6:
type.spell('can you say that again?', 1)
elif r < 0.8:
type.spell('what did you say?', 1)
else:
type.spell('i\'m sorry?', 1)
def display_turing():
type.spell("Received 29 May 1936 - Read 12 November 1936, by ", 0)
set_style('reverse')
type.spell("Alan Turing", 0)
reset_style()
print("")
sleep(0.1)
print("")
sleep(2)
type.set_interval(0.01)
turing_index = 0
global turing
while turing_index < len(turing):
if turing_index == 2 or turing_index == 5 or turing_index == 8 or turing_index == 10 or turing_index == 12 or turing_index == 15 or turing_index == 17:
set_style('reverse')
else:
reset_style()
type.spell(turing[turing_index], 0)
reset_style()
turing_index += 1
type.set_interval(0.03)
print("")
print("")
def read_process_write():
t = 0
while t < 15:
type.spell("READ", 1)
type.spell("PROCESS", 1)
type.spell("WRITE", 1)
t += 1
message = "end"
sock.sendto(message.encode('utf-8'), (ip, port))
def title():
print('\n')
type.spell("########################", 1)
sleep(0.1)
type.set_interval(0.1)
type.spell(' machine language', 1)
type.set_interval(0.03)
sleep(0.1)
type.spell("########################", 1)
for x in range(0, 10):
sleep(0.1)
print('\n')
def main():
choice = ""
while choice != 'q':
type.spell('waiting for input> ', 0)
choice = input()
if "add" in choice:
say('add')
elif "turing" in choice:
chapter('TURING')
display_turing()
end_chapter()
elif "truth" in choice:
chapter('TRUTH')
display_truth()
end_chapter()
elif "cycle" in choice or "read" in choice:
say('read')
type.set_interval(0.08)
chapter('CYCLE')
read_process_write()
type.set_interval(0.03)
end_chapter()
elif "binary" in choice:
chapter('BINARY')
type.set_interval(0.02)
compute(2)
type.set_interval(0.03)
end_chapter()
elif "word" in choice:
chapter('WORDS')
compute(3)
end_chapter()
elif "data" in choice or "type" in choice:
chapter('DATATYPES')
display_datatypes()
end_chapter()
elif "object" in choice:
chapter('OBJECTS')
dislay_object_skeleton()
elaborate_object()
end_chapter()
elif "human" in choice:
chapter('HUMAN')
type.set_interval(0.01)
extrapolate_human()
type.set_interval(0.03)
end_chapter()
elif "color" in choice:
chapter('RED')
enumerate_red()
end_chapter()
elif "red" in choice:
chapter('RED')
blood_rain()
end_chapter()
elif "eliza" in choice:
chapter('ELIZA')
set_style('reverse')
eliza.converse()
reset_style()
end_chapter()
elif "life" in choice:
chapter('LIFE')
run_life()
end_chapter()
elif "source" in choice:
chapter('SOURCE')
show_source()
end_chapter()
elif "enough" in choice:
reset_style()
type.spell("until next time", 1)
quit()
elif 'thank' in choice:
say('thanks')
else:
print_error()
def show_source():
for line in source:
type.spell(line, 0)
sleep(0.001)
def enumerate_red():
type.spell(str(red), 2)
sleep(1)
property_names = vars(red)
for key in property_names:
print("%s: %s" % (key, property_names[key]))
def elaborate_object():
index = 0
while index < 30:
r = random.random()
new_string = generate_string()
new_int = generate_int()
if r < 0.33:
set_style("reverse")
type.spell("be", 0)
reset_style()
type.spell("_something = '" + new_string + "'", 2)
elif r < 0.66:
set_style("reverse")
type.spell("store", 0)
reset_style()
type.spell("_something = " + new_int + "", 2)
else:
set_style("reverse")
type.spell("do", 0)
reset_style()
type.spell("_something(else)", 2)
index += 1
def dislay_object_skeleton():
type.spell("Object(){", 1)
type.spell("\t be_something = ''", 1)
type.spell("\t store_something = 0", 1)
type.spell("\t do_something(arg){", 1)
type.spell("\t\t ...", 1)
type.spell("\t }", 1)
type.spell("}", 2)
type.spell("let o = new Object()", 3)
def display_datatypes():
type.spell("a ", 0)
set_style("reverse")
type.spell("boolean", 0)
reset_style()
type.spell(" is a datatype which represents the value true or false.", 2)
sleep(1)
type.spell("a ", 0)
set_style("reverse")
type.spell("floating point", 0)
reset_style()
type.spell(" is a datatype which represents rational numbers.", 2)
sleep(1)
type.spell("a ", 0)
set_style("reverse")
type.spell("integer", 0)
reset_style()
type.spell(" is a datatype which represents whole numbers.", 2)
sleep(1)
type.spell("a ", 0)
set_style("reverse")
type.spell("fixed point", 0)
reset_style()
type.spell(" is a datatype which represents a monetary value.", 2)
sleep(1)
type.spell("an ", 0)
set_style("reverse")
type.spell("array", 0)
reset_style()
type.spell(
" is a datatype which stores a number of elements of the same type in a specific order.",
2)
sleep(1)
type.spell("an ", 0)
set_style("reverse")
type.spell("object", 0)
reset_style()
type.spell(
" is a datatype which contains a number of data fields, as well as a number of subroutines for accessing or modifying them, called methods.",
2)
sleep(1)
type.spell("an ", 0)
set_style("reverse")
type.spell("object", 0)
reset_style()
type.spell(" is a datatype which can be ", 0)
set_style("reverse")
type.spell("anything", 0)
reset_style()
type.spell(".", 2)
def compute(complexity_level):
add = ""
sub = ""
mult = ""
div = ""
read = " "
write = " "
if complexity_level == 1:
add = "+ "
sub = "- "
mult = "* "
div = "/ "
elif complexity_level == 2:
add = "" + bin(ord('a'))[2:] + bin(ord('d'))[2:] + bin(
ord('d'))[2:] + " "
sub = "" + bin(ord('s'))[2:] + bin(ord('u'))[2:] + bin(
ord('b'))[2:] + " "
mult = "" + bin(ord('m'))[2:] + bin(ord('u'))[2:] + bin(
ord('l'))[2:] + " "
div = "" + bin(ord('d'))[2:] + bin(ord('i'))[2:] + bin(
ord('v'))[2:] + " "
read = "" + bin(ord('r'))[2:] + bin(ord('e'))[2:] + bin(
ord('a'))[2:] + bin(ord('d'))[2:] + " "
write = "" + bin(ord('w'))[2:] + bin(ord('r'))[2:] + bin(
ord('i'))[2:] + bin(ord('t'))[2:] + bin(ord('e'))[2:] + " "
elif complexity_level == 3:
add = "ADD "
sub = "MIN "
mult = "MUL "
div = "DIV "
read = "READ "
write = "WRITE "
a = 0
b = 0
t = 0
while t < 4:
if (complexity_level == 2):
type.spell(read + str(bin(int(a))[2:]), 1)
else:
type.spell(read + str(a), 1)
sleep(0.5)
b = random.randint(0, 256)
r = random.random()
if r < 0.25:
if (complexity_level == 2):
type.spell(add + str(bin(b)[2:]), 1)
else:
type.spell(add + str(b), 1)
sleep(0.5)
a += b
elif r < 0.5:
if (complexity_level == 2):
type.spell(sub + str(bin(b)[2:]), 1)
else:
type.spell(sub + str(b), 1)
sleep(0.5)
a -= b
elif r < 0.75:
if (complexity_level == 2):
type.spell(mult + str(bin(b)[2:]), 1)
else:
type.spell(mult + str(b), 1)
sleep(0.5)
a *= b
else:
if (complexity_level == 2):
type.spell(div + str(bin(b)[2:]), 1)
else:
type.spell(div + str(b), 1)
sleep(0.5)
a /= b
t += 1
if complexity_level == 2:
if a < 0:
a *= -1
dec_a = float(a)
hex_a = int(a)
type.spell(write + '-' + str(bin(hex_a)[2:]), 1)
else:
dec_a = float(a)
hex_a = int(a)
type.spell(write + str(bin(hex_a)[2:]), 1)
else:
type.spell(write + str(a)[2:], 1)
