def car_actions(maze, cars, functions, debug=False):
"""
Runs any functions a car is on.
"""
# Do signal first so it's enabled before any functions are run.
signals = []
for car in cars:
if maze[car.y][car.x].name == 'signal':
signals.append(maze[car.y][car.x].value)
logs = ''
removed = []
for car in cars:
# Count down any paused cars.
if car.pause:
car.pause -= 1
continue
cell = maze[car.y][car.x]
# Actions:
if cell.name == 'wall':
funcs.error('Car got in wall.')
elif cell.name == 'path':
pass
elif cell.name == 'pause':
car.pause = int(cell.value)
elif cell.name == 'hole':
removed.append(car)
elif cell.name == 'out':
logs += str(car.value)
elif cell.name == 'ln-out':
logs += str(car.value) + '\n'
elif cell.name == 'in':
car.value = input('> ')
elif cell.name == 'one-use':
cell.name = 'wall'
cell.value = controls.display['wall']
elif cell.name == 'direction':
car.direction = cell.value[1]
elif cell.name == 'function':
function = functions[cell.value]
try:
result = str(function(car.value))
except TypeError:
result = str(function(car.value, signals))
if not result == 'None':
match = re.match(controls.regexes['direction'], result)
if match:
car.direction = result[1]
else:
car.value = str(result)
# Remove any deleted cars.
for car in removed:
cars.remove(car)
return maze, cars, logs
def move_cars(maze, cars):
"""
Moves all the cars one frame.
"""
maze_after = copy.deepcopy(maze)
cars_after = copy.deepcopy(cars)
for i in range(len(cars)):
car = cars_after[i]
# Don't move a car if it is paused.
if car.pause:
continue
# Splitters do their own thing.
if maze[car.y][car.x].name == 'splitter':
car_copy = copy.deepcopy(car)
cars_after.append(car_copy)
car.direction = 'R'
car.x += 1
car_copy.direction = 'L'
car_copy.x -= 1
else:
if car.direction in 'Nn':
continue
directions = ['U', 'R', 'D', 'L']
# Move current direction to front
try:
directions.remove(car.direction.lower())
except ValueError:
directions.remove(car.direction.upper())
directions.insert(0, car.direction)
# Move current backwards direction to back
opp = opp_dir(car.direction)
try:
directions.remove(opp.lower())
except ValueError:
directions.remove(opp.upper())
directions.append(opp)
# Check all directions.
for d in directions:
x, y = dir_to_pos(car, d)
can_move_dir = check_pos(maze, x, y)
if can_move_dir: break
# If car can move.
if can_move_dir:
car.x = x
car.y = y
car.direction = d
# Error if any cars share a cell.
if len(cars) is not len(set((car.x, car.y) for car in cars)):
funcs.error('Multiple cars in same cell.')
return maze_after, cars_after
def get_function(line):
"""
Parses and returns a function on the given line.
"""
# Get function name from before the function assignment operator.
match = re.search(controls.regexes['function'], line.split('->')[0])
if not match:
funcs.error('Invalid function, invalid name.')
name = match.group()
# Make sure the function has an function assignment operator.
match = re.search(controls.regexes['function'] + r' *-> *', line)
if not match:
funcs.error('Invalid function.')
function = line[match.end():]
# Function type: conditional or assignment.
if function.lower().startswith('if'): # Conditional
# Get Condition
match = re.search(r'([<>]=?)|==|(\*(?=[\*A-Za-z0-9]))', function)
if not match:
funcs.error('Invalid function, invalid condition.')
condition = match.group()
# Get condition value
if condition == '*':
match = re.search(controls.regexes['signal'], function)
try:
number = match.group()
except (ValueError, AttributeError):
funcs.error('Invalid function, invalid value for signal.')
else:
match = re.search(
r'(-?[0-9]+)|((?<=")[^"]*(?=")|(?<=\')[^\']*(?=\'))', function)
if match.group(1):
number = int(match.group(1))
string = None
elif isinstance(match.group(2), str) and condition == '==':
number = None
string = str(match.group(2))
else:
funcs.error('Invalid function, invalid value for condition.')
# Get 'then' keyword and statement.
match = re.search(r' *then *', function.lower())
if not match:
funcs.error('Invalid function, no THEN keyword.')
then_keywd = match.group()
function = function[match.end():]
match = re.search(controls.regexes['direction'], function)
if not match:
funcs.error('Invalid function, no THEN statement.')
then = match.group()
# Get 'else' keyword and statement.
match = re.search(r' *else *', function.lower())
if not match:
else_ = None
else:
function = function[match.end():]
match = re.search(controls.regexes['direction'], function)
else_ = match.group()
if not else_:
funcs.error('Invalid function, no ELSE statement.')
# Create lambda representing the function.
if condition == '*':
if number == '*':
function = lambda value, signal: then if signal else else_
else:
function = lambda value, signal: then if '*' in signal or number in signal else else_
elif condition == '<=':
function = lambda value: then if int(value) <= number else else_
elif condition == '==':
if isinstance(string, str):
function = lambda value: then if funcs.escape(
value) == string else else_
else:
function = lambda value: then if int(value
) == number else else_
elif condition == '>=':
function = lambda value: then if int(value) >= number else else_
elif condition == '>':
function = lambda value: then if int(value) > number else else_
elif condition == '<':
function = lambda value: then if int(value) < number else else_
else: # Assignment
# Make sure it has an assignment operator.
match = re.search(r'[-+*/]?=', function)
if not match:
funcs.error('Invalid function, invalid operator.')
operator = match.group()
# Create lambdas representing the assignment.
if operator == '=':
# Find a string or an int
quotes = r'(?<=")[^"]*(?=")|(?<=\')[^\']*(?=\')'
str_match = re.search(quotes, function)
int_match = re.search(r'-?[0-9]+', function)
if not str_match and not int_match:
funcs.error('Invalid function, invalid assignment value.')
assign = (str_match or int_match).group()
# Fix new lines in string assignment
assign = '\n'.join(assign.split('\\n'))
function = lambda value: assign
else:
# Find an int
match = re.search(r'-?[0-9]+', function)
try:
number = int(match.group())
except (ValueError, AttributeError):
funcs.error('Invalid function, invalid value for operator.')
if operator == '-=':
function = lambda value: int(int(value) - number)
elif operator == '+=':
function = lambda value: int(int(value) + number)
elif operator == '*=':
function = lambda value: int(int(value) * number)
elif operator == '/=':
function = lambda value: int(int(value) / number)
return {name: function}
search = input("Please type searched page: " + Fore.YELLOW).title()
# Wikipedia'dan yapılan ilk 10 aramayı bir liste halinde searchQuery değerine aktarır.
try:
searchQuery = wikipedia.search(search)
except:
mahmut() # ;)
# listSearch fonksiyonu searchQuery'den aldığı 10 değişkenli listeyi kullanıcıya gösterebilmesi için listSearch fonksiyonuna yollar
listSearch(searchQuery)
# Kullanıcıdan 1 ila 10 arasında bir değer alınarak listedeki değer ile eşlenir.
selectedPage = input(
"Please choose one of the following options (Press enter for first option)=> "
+ Fore.YELLOW)
# SelectedPage değişkeninde belirlenen ve okunmak istenen madde query değeri ile beraber pageSelect fonksiyonuna yollanır.
# pageSelect searchQuery içindeki selectedPage'in indeksteki karşılığı olan maddeyi alıp sorgulatır ve ardından hepsini page değişkenine uygular.
page = pageSelect(searchQuery, selectedPage)
emptyLine()
# page değeri içindeki title vb. içerikler düzenlenerek kullanıcının okuyabileceği bir formata getirilir.
resultRender(page)
# Aranan sorgunun Wiki URL'i kullanıcının clipboard'una otomatik olarak yapıştırılır. İleride bu seçenek opsiyonel olacak.
try:
pyperclip.copy(page.url)
print(Fore.RED + "Full URL copied to your clipboard")
except pyperclip.PyperclipException:
error("Your clipboard engine doesnt work or not exist.")
def car_actions(maze, cars, functions, debug=False):
"""
Runs any functions a car is on.
"""
global switchgate
global xcoordplot
global ycoordplot
# Do signal first so it's enabled before any functions are run.
signals = []
for car in cars:
if maze[car.y][car.x].name == 'signal':
signals.append(maze[car.y][car.x].value)
logs = ''
removed = []
for car in cars:
# Count down any paused cars.
if car.pause:
car.pause -= 1
continue
cell = maze[car.y][car.x]
# Actions:
if cell.name == 'wall':
funcs.error('Car got in wall.')
elif cell.name == 'path':
pass
elif cell.name == 'pause':
car.pause = int(cell.value)
elif cell.name == 'hole':
removed.append(car)
elif cell.name == 'out':
logs += str(car.value)
elif cell.name == 'ln-out':
logs += str(car.value) + '\n'
elif cell.name == 'in':
car.value = input('> ')
elif cell.name == 'one-use':
cell.name = 'wall'
cell.value = controls.display['wall']
elif cell.name == 'direction':
car.direction = cell.value[1]
elif cell.name == 'function':
function = functions[cell.value]
try:
result = str(function(car.value))
except TypeError:
result = str(function(car.value, signals))
if not result == 'None':
match = re.match(controls.regexes['direction'], result)
if match:
car.direction = result[1]
else:
car.value = str(result)
elif cell.name == 'passenger':
car.busstop = str(cell.value)
elif cell.name == 'bus-stop':
#Passenger and bench Operations
op = car.busstop
if op == ';-':
car.passengers[-1] = Decimal(car.passengers[-1]) - Decimal(
cell.bench)
if op == ';+':
car.passengers[-1] = Decimal(car.passengers[-1]) + Decimal(
cell.bench)
if op == ';*':
car.passengers[-1] = Decimal(car.passengers[-1]) * Decimal(
cell.bench)
if op == ';/':
car.passengers[-1] = Decimal(car.passengers[-1]) / Decimal(
cell.bench)
if op == ';$':
car.passengers.append(Decimal(cell.corner))
if op == ';s':
passbuff = Decimal(car.passengers[-1])
drivbuff = Decimal(car.value)
car.value = Decimal(passbuff)
car.passengers[-1] = Decimal(drivbuff)
if op == ';c':
car.passengers.append(Decimal(car.value))
if op == ';k':
car.passengers = car.passengers[:-1]
if op == ';l':
cell.bench = Decimal(car.passengers[-1])
car.passengers = car.passengers[:-1]
if op == ';h':
car.value = Decimal(cell.bench)
cell.bench = Decimal(0)
if op == ';w':
switchgate = car.value
if op == ';u':
car.value = switchgate
if op == ';x':
xcoordplot.append(Decimal(car.value))
if op == ';y':
ycoordplot.append(Decimal(car.value))
if op == ';t':
tcoordplot.append(Decimal(car.value))
if op == ';p':
a = [tcoordplot, xcoordplot, ycoordplot]
at = [
reduce(lambda z, k: str(z) + " " + str(k), list(x))
for x in zip(*a)
]
lines = ['t x y']
lines.extend(at)
end = [
"", "", "set xlabel <xlabel>'", "set ylabel '<ylabel>'",
"set title '<title>'", "set pointsize 1.5 ",
"set terminal png size 1200,900 enhanced font \"Helvetica,20\"",
"set key top right", "set output 'output.png'",
"plot \"Plotdata.dat\" using 1:2 title '<x series>', \"Plotdata.dat\" using 1:3 title '<y series>'",
"quit"
]
lines.extend(end)
file = open("Plotdata.dat", "w")
for line in lines:
file.write(line + "\r\n")
file.close()
car.busstop = ''
# Remove any deleted cars.
for car in removed:
cars.remove(car)
return maze, cars, logs
#--------------------------------------------------------------
#--------------------------------------------------------------
for i in range(1000):
error_for_all = np.zeros(3)
for i in range(len(toes)):
input = np.array([toes[i], wlrec[i], nfans[i]])
true = np.array([injuries[i], win[i], sadness[i]])
prediction = f.neural_network(input, weights)
delta = f.delta(true, prediction)
error = f.error(delta)
error_for_all += error
weight_deltas = f.weight_deltas(input, delta)
weights = f.weights_balance(weights, weight_deltas)
print("Error:", *error_for_all)
print("\n----------------------------------------------------\n\nWeights:")
for i in weights:
for j in i:
print("%9f" % round(j, 5), end=' ')
print()