def lockUnit(self):
for x, y in self.state.cur_unit.members:
self.cells[y][x] = 1
# collapse here
new_cells = [row for row in self.cells if not cmn.allF(row, lambda x: x == 1)]
size = len(self.state.cur_unit.members)
ls = self.h - len(new_cells)
if ls > 0:
new_cells = [[0] * self.w for _ in range(ls)] + new_cells
self.cells = new_cells
ls_old = self.state.ls_old
'''
move_score = points + line_bonus
where
points = size + 100 * (1 + ls) * ls / 2
line_bonus = if ls_old > 1
then floor ((ls_old - 1) * points / 10)
else 0
'''
points = size + 100 * (1 + ls) * ls // 2
if ls_old > 1:
points += (ls_old - 1) * points // 10
self.state.cur_unit = None
self.state.ls_old = ls
self.state.score += points
def lockUnit(self):
for x, y in self.state.cur_unit.members:
self.cells[y][x] = 1
# collapse here
new_cells = [
row for row in self.cells if not cmn.allF(row, lambda x: x == 1)
]
size = len(self.state.cur_unit.members)
ls = self.h - len(new_cells)
if ls > 0:
new_cells = [[0] * self.w for _ in range(ls)] + new_cells
self.cells = new_cells
ls_old = self.state.ls_old
'''
move_score = points + line_bonus
where
points = size + 100 * (1 + ls) * ls / 2
line_bonus = if ls_old > 1
then floor ((ls_old - 1) * points / 10)
else 0
'''
points = size + 100 * (1 + ls) * ls // 2
if ls_old > 1:
points += (ls_old - 1) * points // 10
self.state.cur_unit = None
self.state.ls_old = ls
self.state.score += points
def canMove(self, move):
pivot = self.state.cur_unit.pivot
def f(p):
if move <= 3:
res = self.move_pnt(p, move, 1)
else:
p_end = pivot
p1 = self.move_pnt(pivot, 5, pivot[1] - p[1])
p_end = self.move_pnt(p_end, 4 if move == 4 else 0, pivot[1] - p[1])
p_end = self.move_pnt(p_end, 5 if move == 4 else 1, p1[0] - p[0])
res = p_end
x, y = res
if not (0 <= x < self.w) or not (0 <= y < self.h):
return False
if self.cells[y][x]:
return False
return True
return cmn.allF(self.state.cur_unit.members, f)
def canMove(self, move):
pivot = self.state.cur_unit.pivot
def f(p):
if move <= 3:
res = self.move_pnt(p, move, 1)
else:
p_end = pivot
p1 = self.move_pnt(pivot, 5, pivot[1] - p[1])
p_end = self.move_pnt(p_end, 4 if move == 4 else 0,
pivot[1] - p[1])
p_end = self.move_pnt(p_end, 5 if move == 4 else 1,
p1[0] - p[0])
res = p_end
x, y = res
if not (0 <= x < self.w) or not (0 <= y < self.h):
return False
if self.cells[y][x]:
return False
return True
return cmn.allF(self.state.cur_unit.members, f)
