def login(self):
" События, когда пользователь заходит в онлайн "
log_debug(self.name + " login")
self.session["channel"] = None
msg, p = self.get_welcome_message()
Chat.announce(msg, p)
msg_online = self.get_other_online_message()
self.private_message(msg_online)
Loc.enter(self)
def logout(self):
" События, когда пользователь выходит из онлайна "
log_debug(self.name + " logout")
f = self.fighter()
if f != None:
f.slowpoke = True
self.leave_fight()
Loc.leave(self)
Chat.unsubscribe(self.name)
def fall(self):
# empty-below: return first matching or None next(filter(), None)
# for each COL: top piece, check if it needs processing,
# cols = for each x, range(0,sizey)
# col = [Loc(x,y) for y in range(0,sizey)]
# pieces = reversed(loc for loc in loc if self[loc] is not blank)
# for P in pieces: below = loc.modified(1,1); if below is blank OR opposing: move below
mkcol = lambda x: [Loc(x, y) for y in range(self.sizey)]
notblank = lambda loc: self[loc] is not blank
same_side = lambda a, b: self[a].id.lower() == self[b].id.lower()
diff_side = lambda a, b: not same_side(a, b)
in_bounds = lambda L: (0 <= L.x < self.sizex) and (0 <= L.y < self.
sizey)
can_move = lambda a, b: in_bounds(b) and (self[b] is blank or
diff_side(a, b))
cols = [mkcol(x) for x in range(self.sizex)]
below = lambda L: L.modified(1, 1)
moved = None
n = 0
while moved != 0:
moved = 0
for col in cols[:]:
n += 1
pieces = list(
reversed([loc for loc in col if self[loc] is not blank]))
for loc in pieces[:]:
if can_move(loc, below(loc)):
p = self[loc]
new = below(loc)
p.move(new)
moved += 1
if n > 50: break
def line(loc1, loc2):
coord = int(loc1[0] == loc2[0])
n, m = loc1[coord], loc2[coord]
assert m > n
for a in range(n, m):
opp = inverted(coord)
yield Loc(vals={coord: a, opp: loc1[opp]})
def __init__(self, sizex, sizey, cursor=(0, 0)):
self.cursor = Loc(*cursor)
self.sizex, self.sizey = sizex, sizey
self.board = [mkrow(sizex) for _ in range(sizey)]
self.generated_viewports = set()
self.messages = []
self.gen_viewport()
class Piece:
def __init__(self, x, y, z):
self.loc = Loc(x, y, z)
self.neighbors = []
def x(self):
return self.loc.x
def y(self):
return self.loc.y
def z(self):
return self.loc.z
def friend(self, piece):
if self.legal_neighbor(piece):
self.neighbors.append(piece)
if not piece.is_friend(self):
piece.friend(self)
def legal_neighbor(self, piece):
return self.loc.distance(piece.loc) == 1
def is_friend(self, piece):
return piece.loc in [x.loc for x in self.neighbors]
def defriend(self, piece):
self.neighbors = [x for x in self.neighbors if x.loc != piece.loc]
if piece.is_friend(self):
piece.defriend(self)
def __repr__(self):
return "Loc(" + str(self.loc) + ") Neighbors(" + str([x.loc for x in self.neighbors]) + ")"
def loc(self):
if(len(self.filenames)==0):
self.filenames = askopenfilenames()
lineCount = 0
blankLineCount = 0
commentLineCount = 0
importLineCount = 0
final=0
reportStr='The final result of LOC '
for name in self.filenames:
result=Loc(name)
lineCount+=result.lineCount
blankLineCount+=result.blankLineCount
commentLineCount+=result.commentLineCount
importLineCount+=result.importLineCount
final = lineCount - blankLineCount - commentLineCount - importLineCount
if(self.chkLoc1.get()):
final+=commentLineCount
reportStr+='with comment lines, '
if(self.chkLoc2.get()):
final+=blankLineCount
reportStr+='empty lines, '
if(self.chkLoc3.get()):
final+=importLineCount
reportStr+='import lines, '
self.label2['text'] = reportStr + "is " +str(final)
class Piece:
def __init__(self, x, y, z):
self.loc = Loc(x, y, z)
self.neighbors = []
def x(self):
return self.loc.x
def y(self):
return self.loc.y
def z(self):
return self.loc.z
def friend(self, piece):
if self.legal_neighbor(piece):
self.neighbors.append(piece)
if not piece.is_friend(self):
piece.friend(self)
def legal_neighbor(self, piece):
return self.loc.distance(piece.loc) == 1
def is_friend(self, piece):
return piece.loc in [x.loc for x in self.neighbors]
def defriend(self, piece):
self.neighbors = [x for x in self.neighbors if x.loc != piece.loc]
if piece.is_friend(self):
piece.defriend(self)
def __repr__(self):
return "Loc(" + str(self.loc) + ') Neighbors(' + str(
[x.loc for x in self.neighbors]) + ')'
def add_platforms(self, v):
# TODO: allow same height platforms
last = None
for rnd in (0.8, 0.8):
if rand() > rnd:
if vpsize.x - 10 > 5 and vpsize.y - 10 > 5:
sx = v.x + randrange(5, vpsize.x - 10)
sy = ey = v.y + randrange(5, vpsize.y - 10)
if not last or abs(sy - last) >= 4:
X = vpsize.x - 5
if X > sx:
ex = randrange(sx, vpsize.x - 5)
if ex - sx >= 4:
for loc in line(Loc(sx, sy), Loc(ex, ey)):
if self[loc] == [ladder] and rand() > .5:
pass
else:
self[loc] = rock
last = sy
def createTest():
print "createTest"
worked = True
header = ''
meta_header = ''
num_wrong = 0
num_tested = 0
with open("data/createTest.txt",
'r') as input_file, open("data/createTest.log",
'w') as output_file:
for line in input_file.readlines():
line = line.strip()
if line[:2] == "#!":
header = line[3:]
elif line[:2] == "#@":
meta_header = line[3:]
elif line[:1] != "#":
split = line.split(",")
x, y, z, xd, yd, zd = [int(num) for num in split[:-1]]
should_be_same = True if split[-1] == 'true' else False
loc1 = Loc(x, y, z, True)
loc2 = Loc(xd, yd, zd, False)
same = (loc1 == loc2) == should_be_same
worked = same and worked
if not same:
num_wrong += 1
num_tested += 1
result = str(same) + '\n'
full_result = "%s ------------\n%s\n%s\n%r\n%r\n" % (
same, meta_header, header, loc1, loc2)
if debug == 2 or (debug == 1 and not same):
output_file.write(full_result)
sys.stdout.write(full_result)
else:
output_file.write(result)
print """Results:
debug: %s
%s
%s/%s succedded
""" % (debug, "Success!" if worked else "Failure!", num_tested - num_wrong,
num_tested)
def loc_loop_helper(self, i, j, verts, window):
i_arr = [-1, 0, 1, 2]
j_arr = [-1, 0, 1]
# empty_loc = pygame.image.load('assets/empty_loc.png').convert_alpha()
# empty_loc = pygame.transform.scale(blank, (4, 4)
good_points = set(((0, 1), (1, 0), (2, 0), (3, 1), (1, 2), (2, 2)))
counter = 0
for i_coord, i_num in enumerate(i_arr):
for j_coord, j_num in enumerate(j_arr):
if (i_coord, j_coord) not in good_points:
continue
row = int(2 * i + i_num)
col = int(2 * j + j_num)
#print(row, col)
# maybe I should just choose one for row and row - 1
loc = Loc(row, col, verts[counter], None, None)
pygame.draw.circle(window, (0, 255, 0), verts[counter], 6)
self.loc_board[row - 1][col - 1] = loc
counter += 1
def js(self):
""" Описание пользователя (отдаем на клиент).
"""
res = {"name": self.name, "id": str(self.id), "hp": self.hp, "hp_regen": self.hp_regen_rate()}
res.update(self.data)
del res["deck"]
del res["reserve"]
if "dialog" in res:
del res["dialog"]
prev_up = exp_to_levelup(self["level"] - 1)
res["exp"] = res["exp"] - prev_up
res["exp_to_levelup"] = exp_to_levelup(self["level"]) - prev_up
res["inventory"] = self["inventory"].js(self)
res["effects"] = [extend(eff.js_adv(), {"time_left": limit - now()}) for eff, limit in res["effects"]]
res["quests"] = [q.js(self) for q in self["quests"]]
loc = Loc.js(self)
if loc:
for key in loc.keys():
res[key] = loc[key]
self.need_update(False)
return res
def __init__(self, x, y, z):
self.loc = Loc(x, y, z)
self.neighbors = []
def viewport(self, loc=None):
"Current viewport based on `self.loc`"
L = loc or self.cursor
return Loc(L[0] - (L[0] % vpsize[0]), L[1] - (L[1] % vpsize[1]))
def go_noupdate(self, where):
Loc.leave(self)
self["loc"] = where
Loc.enter(self)
def add_piece(self, id, *locs):
locs = [Loc(*a) for a in locs]
pieces[id] = Piece(id, *locs)
for l in locs:
self[l] = id
def __iter__(self):
for y in range(sizey):
for x in range(sizex):
yield Loc(x, y)
def __init__(self, x, y, z):
self.loc = Loc(x, y, z)
self.neighbors = []
