def visit_stat_match(mch, coef, stat_name, fst_sum, snd_sum):
if (
mch.stat is None
or mch.paired()
or mch.score.sets_count(full=True) < 2
or not mch.stat.is_total_points_won()
):
return
if match.first_player.ident in (
mch.first_player.ident,
mch.second_player.ident,
):
side = co.side(match.first_player.ident == mch.first_player.ident)
fst_obj = player_stat(mch.stat, stat_name, side)
if (
fst_obj
and fst_obj.value < 1.01
and fst_sum.size < self.stop_stat_size
):
fst_sum += fst_obj.value * coef
if match.second_player.ident in (
mch.first_player.ident,
mch.second_player.ident,
):
side = co.side(match.second_player.ident == mch.first_player.ident)
snd_obj = player_stat(mch.stat, stat_name, side)
if (
snd_obj
and snd_obj.value < 1.01
and snd_sum.size < self.stop_stat_size
):
snd_sum += snd_obj.value * coef
def put(self, setnum, scr, is_left_service):
"""True if puted value is majority consilienced, False - not consilienced,
None if not proof evidence"""
if scr in ((6, 6), (12, 12)) or is_left_service is None:
return
if sum(scr) % 2 == 0:
self.setnum_dict[setnum].put(is_left_service)
opener_side = self.setnum_dict[setnum].get_opener_side()
if opener_side is not None:
return opener_side == co.side(is_left_service)
else:
self.setnum_dict[setnum].put(not is_left_service)
opener_side = self.setnum_dict[setnum].get_opener_side()
if opener_side is not None:
return opener_side == co.side(not is_left_service)
def __close_previous(self, prev_left_wingame, prev_score, prev_ingame,
prev_left_service):
def get_num_ingame_to(num_ingame_from, points_to_win):
if prev_left_wingame:
return num_ingame_from[0] + points_to_win[0], num_ingame_from[
1]
else:
return num_ingame_from[
0], num_ingame_from[1] + points_to_win[1]
if prev_score is None or prev_ingame is None or prev_left_service is None:
return
sn = len(prev_score)
self.lastinrow.close_game(sn, prev_left_wingame)
if self.is_tiebreak(prev_score, prev_ingame):
num_ingame_from = sc.ingame_to_num(prev_ingame, tiebreak=True)
points_to_win = sc.num_ingame_to_win(num_ingame_from,
tiebreak=True)
num_ingame_to = get_num_ingame_to(num_ingame_from, points_to_win)
self.__fill_tie(sn, num_ingame_from, num_ingame_to,
co.side(prev_left_service))
else:
num_ingame_from = sc.ingame_to_num(prev_ingame, tiebreak=False)
points_to_win = sc.num_ingame_to_win(num_ingame_from,
tiebreak=False)
num_ingame_to = get_num_ingame_to(num_ingame_from, points_to_win)
self.__fill(sn, num_ingame_from, num_ingame_to, prev_left_service)
self.allow_bp_stat.close_previous(prev_left_wingame, prev_score,
prev_ingame, prev_left_service)
self.breakup_tracker.close_previous(prev_score, prev_left_service,
prev_left_wingame)
def get_opener_side(self):
all_count = self.left_side_count + self.right_side_count
if all_count >= self.min_vs_zero_count and (
self.left_side_count == 0 or self.right_side_count == 0):
return co.side(self.left_side_count >= self.right_side_count)
if all_count > self.min_vs_one_count and (self.left_side_count == 1 or
self.right_side_count == 1):
return co.side(self.left_side_count >= self.right_side_count)
if all_count >= self.min_dominate_all_count:
if self.left_side_count >= self.right_side_count:
ratio = float(self.left_side_count) / float(all_count)
if ratio >= self.min_dominate_ratio:
return co.LEFT
else:
ratio = float(self.right_side_count) / float(all_count)
if ratio >= self.min_dominate_ratio:
return co.RIGHT
def __open_fresh(self, score, ingame, left_service):
if ingame in (None, ("0", "0")):
return
sn = len(score)
if self.is_tiebreak(score, ingame):
num_ingame_to = sc.ingame_to_num(ingame, tiebreak=True)
tie_open_side = sc.tie_opener_side(num_ingame_to,
co.side(left_service))
self.__fill_tie(sn, (0, 0), num_ingame_to, tie_open_side)
else:
num_ingame_to = sc.ingame_to_num(ingame, tiebreak=False)
self.__fill(sn, (0, 0), num_ingame_to, left_service)
def close_previous(self, prev_score, prev_left_service, prev_left_wingame):
miss_side = co.RIGHT if prev_left_wingame else co.LEFT
miss_side_left = miss_side.is_left()
srv_side = co.side(prev_left_service)
srv = miss_side == srv_side
m_val = self.get_tmp_count(co.MATCH, srv, miss_side_left)
if m_val > 0:
setnum = len(prev_score)
self._inc_count(co.MATCH, srv, setnum, miss_side_left, m_val)
else:
s_val = self.get_tmp_count(co.SET, srv, miss_side_left)
if s_val > 0:
setnum = len(prev_score)
self._inc_count(co.SET, srv, setnum, miss_side_left, s_val)
self.clear_tmp()
def __continue_current(self, prev_score, prev_ingame, prev_left_service,
ingame):
if prev_ingame == ingame:
return
sn = len(prev_score)
if self.is_tiebreak(prev_score, prev_ingame):
num_ingame_from = sc.ingame_to_num(prev_ingame, tiebreak=True)
num_ingame_to = sc.ingame_to_num(ingame, tiebreak=True)
self.__fill_tie(sn, num_ingame_from, num_ingame_to,
co.side(prev_left_service))
else:
prev_inset_scr = prev_score[-1]
num_ingame_from = sc.ingame_to_num(prev_ingame, tiebreak=False)
num_ingame_to = sc.ingame_to_num(ingame, tiebreak=False)
self.__fill(sn, num_ingame_from, num_ingame_to, prev_left_service)
self.allow_bp_stat.continue_current(prev_score, prev_ingame,
prev_left_service, ingame)
def detailed_game_values(sex, level, surface, qualification, det_game, misspoints):
"""выдает пару рез-тов для левого и правого игроков,
отражающих их игру на важных очках. Оценки м.б. не симметричны.
большее зн-ние не всегда у выигравшего гейм"""
if (
not det_game.valid
or point_score_error(det_game.error)
or det_game.extra_points_error()
):
return None
left_sum, right_sum = 0.0, 0.0
for point in det_game:
if det_game.tiebreak:
imp = tpimportance.point_importance(
sex,
level,
surface,
qualification,
point.num_score(),
co.side(point.serve()),
)
else:
imp = pimportance.point_importance(
sex, level, surface, qualification, point.text_score()
)
if point.win(left=True):
left_sum += imp
else:
right_sum += imp
min_sum = min(left_sum, right_sum)
left_val = left_sum - min_sum
right_val = right_sum - min_sum
max_value = MAX_TIEBREAK_VALUE if det_game.tiebreak else MAX_GAME_VALUE
if left_val > max_value:
left_val = max_value
if right_val > max_value:
right_val = max_value
left_miss_penalty, right_miss_penalty = miss_points.get_penalty(
sex, misspoints, scope_predicate=lambda s: s != co.GAME
)
return left_val - left_miss_penalty, right_val - right_miss_penalty
def side(self):
return co.side(self.left_side)
def winer_side(self):
if not self.retired:
sets_scr = self.sets_score(full=False)
if sets_scr[0] != sets_scr[1]:
return co.side(sets_scr[0] > sets_scr[1])
