def stop_timer(self):
if self.timing_mode == False:
return # Do nothing if already stopped
self.stop_time = pysweep.time()
self.timing_mode = False
curtime = pysweep.time()
elapsed = curtime - self.start_time
sincelasttick = curtime - self.previous_tick_time
self.previous_tick_time = curtime
self.next_tick_time = 0
self.stop_time = curtime
self.callback(elapsed, sincelasttick)
def set_tile_number(self, row, col, number):
# number: 0..8
if type(number) == int and 0 <= number and number < 9:
self.send_event(GameDisplayEvent("TileNumber", pysweep.time(), number, row, col))
self.set_tile(row, col, "tile_{}".format(number))
else:
raise ValueError('Tile number {} does not exist'.format(number))
def generate_mines(self, hn, e):
width, height = self.gamedisplay.board_size
area = width*height
self.minecount = 0
self.rng = HashRandom()
self.rng.update("TIME {}\n".format(pysweep.time()))
self.rng.update("RANDOM {}\n".format(random.random()))
mines_left = 99
squares_left = area
for row in range(height):
for col in range(width):
# NB: No need to put in self-generated entropy per square we calculate.
# There is no actual new entropy here between each cycle. This is handled
# in the HashRandom class
# self.rng.update("GEN {} {}\n".format(row, col))
ismine = self.rng.random(mines_left, squares_left)
squares_left -= 1
if ismine:
self.minecount += 1
mines_left -= 1
self.gamedisplay.set_tile_mine(row, col)
else:
self.gamedisplay.set_tile_unopened(row, col)
self.gamedisplay.set_mine_counter(self.minecount)
def send_event(self, hn, e):
e = ClickerEvent(self.gamedisplay.display, hn[1], pysweep.time(),
self.currentposition[0], self.currentposition[1],
self.currentrootposition[0],
self.currentrootposition[1], self.lmb, self.rmb)
# e.widget = self.gamedisplay.display
# e.x, e.y = self.currentposition
# e.lmb = self.lmb
# e.rmb = self.rmb
self.pysweep.handle_event(hn, e)
def poll_timer(self):
if self.timing_mode == True:
curtime = pysweep.time()
elapsed = curtime - self.start_time - self.discounted_time
sincelasttick = curtime - self.previous_tick_time
if curtime > self.next_tick_time:
self.previous_tick_time = curtime
self.next_tick_time += self.period
self.callback(elapsed, sincelasttick)
self.master.after(self.poll_freq, self.poll_timer)
def start_timer(self):
self.start_time = pysweep.time()
self.previous_tick_time = self.start_time
self.pause_time = 0
self.discounted_time = 0
self.next_tick_time = self.start_time # Used to have + self.period, but have it send two callbacks now so pysweeper can ceil the timer nicely :)
self.callback(0, 0)
if self.timing_mode == False:
self.timing_mode = True
self.poll_timer()
def pause_timer(self):
if self.timing_mode == False:
return
self.timing_mode = False
curtime = pysweep.time()
self.pause_time = curtime
elapsed = curtime - self.start_time - self.discounted_time
sincelasttick = curtime - self.previous_tick_time
self.previous_tick_time = curtime
self.next_tick_time = self.period - sincelasttick
self.callback(elapsed, sincelasttick)
def resume_timer(self):
if self.timing_mode == True:
return
curtime = pysweep.time()
self.discounted_time += curtime - self.pause_time
elapsed = curtime - self.start_time - self.discounted_time
self.previous_tick_time = curtime
self.next_tick_time += curtime
sincelasttick = 0
self.callback(elapsed, sincelasttick)
self.poll_timer()
def determine_tile(self, row, col):
width, height = self.gamedisplay.board_size
if (not (0 <= row < height and 0 <= col < width)
or (row, col) in self.determined):
return
numspaces = len(self.notdetermined)
nummines = self.num_mines - len(self.mines)
ismine = self.rng.random(nummines, numspaces)
self.determined.append((row, col))
self.notdetermined.remove((row, col))
if ismine:
self.mines.append((row, col))
curtime = pysweep.time()
self.vid.add_command(["GENERATE", curtime, row, col, ismine])
self._add_seed(["GENERATE", curtime // 1000, row, col, ismine])
def set_mine_counter(self, t):
self.send_event(GameDisplayEvent("Counter", pysweep.time(), t))
self.mine_counter.set_value(t)
def set_timer(self, t):
self.send_event(GameDisplayEvent("Timer", pysweep.time(), t))
self.timer.set_value(t)
def set_face(self, face):
if self.current_face != face:
self.current_face = face
self.send_event(GameDisplayEvent("Face", pysweep.time(), face))
self.face_button.set_face(face)
def set_tile_other(self, row, col, tile_type):
self.send_event(GameDisplayEvent("TileOther", pysweep.time(), tile_type, row, col))
self.set_tile(row, col, tile_type)
def _time():
return ["TIME", pysweep.time()]