def draw_line(self, coordA, coordB, char=('*', Pair.Yellow), includeFirst=False):
if includeFirst:
for coord in bresenham(coordA, coordB):
self.draw_char(coord, char)
else:
for coord in bresenham(coordA, coordB):
if coord != coordA:
self.draw_char(coord, char)
def draw_line(self,
coordA,
coordB,
char=('*', Pair.Yellow),
includeFirst=False):
if includeFirst:
for coord in bresenham(coordA, coordB):
self.draw_char(coord, char)
else:
for coord in bresenham(coordA, coordB):
if coord != coordA:
self.draw_char(coord, char)
def look(self):
coord = self.coord
drawline_flag = False
direction = Dir.Stay
while True:
new_coord = add_vector(coord, direction)
if self.actions.level.is_legal(new_coord):
coord = new_coord
self.io.msg(self.actions.level.look_information(coord))
if drawline_flag:
self.io.draw_line(self.coord, coord, ("*", Pair.Yellow))
self.io.draw_line(coord, self.coord, ("*", Pair.Yellow))
self.io.msg("LoS: {}".format(self.actions.level.check_los(self.coord, coord)))
if coord != self.coord:
symbol, (foreground, background) = self.actions.level.visible_char(coord)
char = symbol, (foreground, Color.Green)
self.io.draw_char(char, coord)
self.io.draw_char(self.actions.level.visible_char(self.coord), self.coord, reverse=True)
key = self.io.get_key()
self.actions.redraw()
direction = Dir.Stay
if key in Bind.Directions:
direction = Dir.from_key[key]
elif key == 'd':
drawline_flag = not drawline_flag
elif key == 'b':
from generic_algorithms import bresenham
for coord in bresenham(self.actions.level.get_coord(self.coord), coord):
self.io.msg(coord)
elif key == 's':
if coord in self.actions.level.creatures:
self.actions.game.register_status_texts(self.actions.level.creatures[coord])
elif key in Bind.Cancel or key in Bind.Look_Mode:
break
def get_light_set(self, visibility_func, start_coord, sight):
light_set = set()
sight_squared = sight * sight
start_y, start_x = start_coord
for octant in range(8):
mult_y_i = self._mult[0][octant]
mult_x_i = self._mult[1][octant]
mult_y_s = self._mult[2][octant]
mult_x_s = self._mult[3][octant]
for i in range(sight):
for y, x in bresenham(
start_coord,
(start_y + sight * mult_y_s + i * mult_y_i,
start_x + sight * mult_x_s + i * mult_x_i)):
if sight_squared < ((start_y - y)**2 + (start_x - x)**2):
break
if (y, x) not in light_set:
light_set.add((y, x))
if not visibility_func((y, x)):
break
return light_set
def check_los(self, coordA, coordB):
return not (any(not self.is_see_through(coord) for coord in bresenham(coordA, coordB)) and
any(not self.is_see_through(coord) for coord in bresenham(coordB, coordA)))
def get_last_pathable_coord(self, coord_start, coord_end):
last = None
for coord in bresenham(coord_start, coord_end):
if not self.is_pathable(coord):
return last
last = coord
def check_los(self, coordA, coordB):
return not (any(not self.is_see_through(coord) for coord in bresenham(coordA, coordB)) and
any(not self.is_see_through(coord) for coord in bresenham(coordB, coordA)))
def get_last_pathable_coord(self, coord_start, coord_end):
last = None
for coord in bresenham(coord_start, coord_end):
if not self.is_pathable(coord):
return last
last = coord