def draw_loop(player, level_map, paper_map, map_console, main_console,
message_console, status_console, entities, player_state):
fov = player.fov(level_map, entities)
re.draw_map(level_map, paper_map, map_console, fov)
re.draw_all(level_map, map_console, entities, fov)
re.draw_con(main_console, map_console,
main_console.width - map_console.width, 0)
re.draw_con(main_console, status_console, 0, 0)
re.draw_con(main_console, message_console, status_console.width,
main_console.height - message_console.height)
tcod.console_flush()
re.clear_all(level_map, map_console, entities)
walls_1.update(walls_2)
floor_1.update(floor_2)
walls_1.update(walls_3)
floor_1.update(floor_3)
walls_1.update(walls_4)
floor_1.update(floor_4)
render.draw_world(walls_1, floor_1)
npc_1.draw(player.angle, player.player_coords, walls_1, True)
npc_2.draw(player.angle, player.player_coords, walls_1, True)
npc_3.draw(player.angle, player.player_coords, walls_1, True)
npc_4.draw(player.angle, player.player_coords, walls_1, True)
npc_0.draw(player.angle, player.player_coords, walls_1, False)
render.draw_map(map.map_of_tiles, player.real_x, player.real_y,
player.sin_a, player.cos_a)
render.display_fps(clock)
if render.fps > 5:
fps.append(render.fps)
# pygame.display.update()
pygame.display.flip()
clock.tick(SETTINGS.FPS)
min_fps = min(fps)
fps = sum(fps) / len(fps)
print(
f'Time: {time.time() - t}, Avg. FPS: {fps}, min FPS: {min_fps}'
)
def do_trap(self, map, paper_map, main_console, map_console, fov,
message_console, messages, entities):
trap_type = self.traptype
if trap_type == 0:
radius = 2
for z in drawval.CHARS["floor_give"]:
lc = 0
for x in range(self.x - radius, self.x + radius + 1):
for y in (self.y + lc, self.y - lc):
if x > -1 and x < map.width and y > -1 and y < map.height:
if map.t_[x][y].type == "floor":
map.t_[x][y].char = z
map.t_[x][y].fg = drawval.COLORS["floor-bg"]
map.t_[x][y].bg = drawval.COLORS["pit-bg"]
if x < self.x:
lc += 1
if x > self.x - 1:
lc -= 1
fov = entities[0].fov(map, entities)
re.draw_map(map, paper_map, map_console, fov)
re.draw_all(map, map_console, entities, fov)
re.draw_con(main_console, map_console,
main_console.width - map_console.width, 0)
re.draw_con(main_console, message_console,
main_console.width - map_console.width,
main_console.height - message_console.height)
tcod.console_flush()
re.clear_all(map, map_console, entities)
sleep(0.050)
lc = 0
for x in range(self.x - radius, self.x + radius + 1):
for y in (self.y + lc, self.y - lc):
if x > -1 and x < map.width and y > -1 and y < map.height:
if map.t_[x][y].type == "floor":
map.t_[x][y] = mp.newtile(cx.TERRAIN["pit"])
if x < self.x:
lc += 1
if x > self.x - 1:
lc -= 1
map.walls_and_pits()
elif trap_type == 1:
fov = entities[0].fov(map, entities)
re.draw_map(map, paper_map, map_console, fov)
re.draw_all(map, map_console, entities, fov)
re.draw_con(main_console, map_console,
main_console.width - map_console.width, 0)
re.draw_con(main_console, message_console,
main_console.width - map_console.width,
main_console.height - message_console.height)
tcod.console_flush()
re.clear_all(map, map_console, entities)
sleep(0.080)
trapeffect_blocked = False
while trapeffect_blocked == False:
trapeffect_blocked = entities[0].move(entities[0].lastx,
entities[0].lasty, map,
entities, map_console,
message_console,
messages, True)
fov = entities[0].fov(map, entities)
re.draw_map(map, paper_map, map_console, fov)
re.draw_all(map, map_console, entities, fov)
re.draw_con(main_console, map_console,
main_console.width - map_console.width, 0)
re.draw_con(main_console, message_console,
main_console.width - map_console.width,
main_console.height - message_console.height)
tcod.console_flush()
re.clear_all(map, map_console, entities)
sleep(0.0075)
elif trap_type == 2:
fov = entities[0].fov(map, entities)
re.draw_map(map, paper_map, map_console, fov)
re.draw_all(map, map_console, entities, fov)
re.draw_con(main_console, map_console,
main_console.width - map_console.width, 0)
re.draw_con(main_console, message_console,
main_console.width - map_console.width,
main_console.height - message_console.height)
tcod.console_flush()
re.clear_all(map, map_console, entities)
sleep(0.080)
entities[0].lastx = entities[0].lastx * -1
entities[0].lasty = entities[0].lasty * -1
trapeffect_blocked = False
while trapeffect_blocked == False:
trapeffect_blocked = entities[0].move(entities[0].lastx,
entities[0].lasty, map,
entities, map_console,
message_console,
messages, True)
fov = entities[0].fov(map, entities)
re.draw_map(map, paper_map, map_console, fov)
re.draw_all(map, map_console, entities, fov)
re.draw_con(main_console, map_console,
main_console.width - map_console.width, 0)
re.draw_con(main_console, message_console,
main_console.width - map_console.width,
main_console.height - message_console.height)
tcod.console_flush()
re.clear_all(map, map_console, entities)
sleep(0.0075)
elif trap_type == 3:
px = self.x * -1
py = self.y * -1
while map.t_[self.x + px][self.y + py].type != "floor":
randz = randint(0, 4)
if randz == 0:
px = 1
py = 0
elif randz == 1:
px = -1
py = 0
elif randz == 2:
px = 0
py = -1
elif randz == 3:
px = 0
py = 1
boulder = Entity(self.x + px,
self.y + py,
char_input=drawval.CHARS["boulder"],
fg="boulder-fg",
bg=cx.TERRAIN["floor"]["bg"],
hp=100,
speed=100,
faction=cx.Faction.Enemy,
draw_order=cx.DrawOrder.NPC,
block_m=True,
dispname="Boulder")
boulder.persistent_x = px * -1
boulder.persistent_y = py * -1
entities.append(boulder)
boulder.block_j = True
boulder.block_s = True
boulder.stats.at = 100
boulder.stats.df = 3
fov = entities[0].fov(map, entities)
re.draw_map(map, paper_map, map_console, fov)
re.draw_all(map, map_console, entities, fov)
re.draw_con(main_console, map_console,
main_console.width - map_console.width, 0)
re.draw_con(main_console, message_console,
main_console.width - map_console.width,
main_console.height - message_console.height)
tcod.console_flush()
re.clear_all(map, map_console, entities)
sleep(0.080)
self.trapstate = -1
for event in tcod.event.wait(0.5):
return
def spawn(self):
return render.draw_map(self.user.map_pos, self.user.sprite)