def __init__(self):
Tk.__init__(self)
self.title("Andantino - Hexagon Grid")
self.can = Canvas(self,
width=config.width,
height=config.height,
bg="#60ace6")
self.size = config.size
self.state = 0
self.start = 1
self.can.pack(padx=0)
self.hexagons = []
self.hexagons_board = []
self.hexagons_white = []
self.hex_append = []
self.list_of_neigh = []
self.hexagons_black = []
self.neigh_append = []
self.hex_closest1 = []
self.first_n = []
self.hex_glob = []
self.glob_inter = []
self.first_hex = []
self.glob_line = []
self.initGrid(config.rows, config.cols, self.size)
# print("number of hexes in total : " + str(len(self.hexagons)))
self.create_hexes_board()
draw.draw_player(self.can, self.hexagons_board, self.size)
self.can.bind("<Button-1>", self.click_pos)
frame = Frame()
frame.pack()
draw.draw_board(self.can, self.hexagons_board, self.size)
draw.draw_neighb(self.can, self.add_first_hex(), self.size)
def all_drawing():
for objects in scene_1.scene_object_for_drawing:
if type(objects) is player.Player:
draw.draw_player(win,objects)
if type(objects) is tarakan.Tarakan:
if objects.health >= 0:
draw.tarakan(win, objects)
objects.dinamics(player_1)
player_1.get_damage(objects)
def lets_play(run):
win = pygame.display.set_mode((1000, 1000))
player = player_config.Player(500, 500, 40,
20) #x, y, half_wight, half_hight
for i in range(0, 5):
room = scene.Room(i)
while (player.health > 0) and (room.gate.victory == 0) and run:
pygame.time.delay(10)
for event in pygame.event.get():
if event.type == pygame.QUIT:
run = False
actions(pygame.key.get_pressed(), player)
player.damage()
draw.room(win) #рисуем локацию
draw.draw_player(win, player)
for tar in room.tarakanS:
if tar.type == 0:
tar.picture_move = pygame.image.load(
os.path.join('/home/andrey/levin-927_game/',
'tarakan_left.png'))
elif tar.type == 1:
tar.picture_move = pygame.image.load(
os.path.join('/home/andrey/levin-927_game/', 'clop'))
elif tar.type == 2:
tar.picture_move = pygame.image.load(
os.path.join('/home/andrey/levin-927_game/', 'srider'))
elif tar.type == 3:
tar.picture_move = pygame.image.load(
os.path.join('/home/andrey/levin-927_game/', 'bee'))
draw.tarakan(win, tar, player)
tar.dinamics(player)
player.get_damage(tar)
if tar.health <= 0:
room.tarakanS.remove(tar)
if room.time_before_create > 0:
room.time_before_create -= 1
if len(room.tarakanS) == 0:
if room.number_wave > room.list_enemies[0]:
draw.gate(win, room.gate.coordinates)
room.output(player)
else:
draw.pip(win)
if (abs(player.x - 500) < 25) and (abs(player.y - 500) <
25):
room.create_enemies(scene.list_enemies)
pygame.display.update()
if room.gate.victory == 0:
break
'''
def drawing_exit_room(self):
pygame.time.delay(10)
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.parameter = 'Exit'
draw.room(self.win, self.map, self.player.x,
self.player.y) #рисуем локацию
draw.draw_player(self.win, self.player)
draw.draw_stats(self.win, self.player)
if self.players_status == 'pair': #рисуем локацию
draw.draw_player(self.win, self.player2)
draw.gate(self.win, self.room.gate.coordinates, self.map)
draw.items(self.win, self.room.items)
draw.FPS(self.win, self.fps['value'])
self.fps_upd()
pygame.display.update()
def drawing_battle(self):
pygame.time.delay(10)
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.parameter = 'Exit'
draw.room(self.win, self.map, self.player.x,
self.player.y) #рисуем локацию
draw.draw_player(self.win, self.player)
draw.draw_stats(self.win, self.player)
if self.players_status == 'pair': #рисуем локацию
draw.draw_player(self.win, self.player2)
for tar in self.room.tarakanS:
draw.tarakan(self.win, tar)
if (len(self.room.tarakanS)
== 0) and (self.room.number_wave <= self.room.list_enemies[0]):
draw.pip(self.win)
draw.FPS(self.win, self.fps['value'])
self.fps_upd()
pygame.display.update()
elif event.type == pygame.KEYDOWN:
if 258 <= event.key <= 260 or 50 <= event.key <= 52: #载入相应数量的角色
click_sound.play()
role.append(pygame.image.load('image/role/小e.jpg'))
role.append(pygame.image.load('image/role/皮卡丘.jpg'))
if event.key == 259 or event.key == 51:
role.append(pygame.image.load('image/role/可达鸭.jpg'))
elif event.key == 260 or event.key == 52:
role.append(pygame.image.load('image/role/可达鸭.jpg'))
role.append(pygame.image.load('image/role/小黄鸡.jpg'))
screen.blit(map_screen, (0, 0))
for i in range(len(role)): #初始化游戏玩家
role[i] = pygame.transform.scale(role[i], role_size)
player.append(Player(i))
player[i].local = local_init[i]
draw_player(screen, player, role, stop_picture)
status = 2
elif status == 2: #掷骰子
for i in range(6): # 绘制骰子动画
screen.blit(picture_dice[i], (500, 400))
pygame.display.update()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
elif event.type == pygame.KEYDOWN:
if event.key == 273:
dice_answer = get_dice()
status = 3
pygame.display.update()
elif status == 3: #玩家行走
astronaut.location[0] -= astronaut.speed
elif keys[pygame.K_RIGHT]:
astronaut.frame = (astronaut.frame + 1) % 5
astronaut.direction = "right"
astronaut.location[0] += astronaut.speed
elif keys[pygame.K_UP]:
astronaut.frame = (astronaut.frame + 1) % 5
astronaut.direction = "up"
astronaut.location[1] -= astronaut.speed
elif keys[pygame.K_DOWN]:
astronaut.frame = (astronaut.frame + 1) % 5
astronaut.direction = "down"
astronaut.location[1] += astronaut.speed
# Simple collision test
if cockpit[int(player_to_grid_y),
int(player_to_grid_x)] not in walkable_spaces:
astronaut.location = old_location
# Draw everything
screen.blit(bg_image, (0, 0))
#draw.draw_floor(screen, cockpit, room_offset)
draw.draw_room(screen, cockpit, room_offset)
draw.draw_player(screen, astronaut)
#draw.draw_room(screen, cockpit, room_offset)
# Update the screen
pygame.display.flip()
clock.tick(FPS)
pygame.quit()
def main():
global directory, level, output
if len(sys.argv) == 1:
wadfile = DEFAULT_WADFILE
else:
wadfile = sys.argv[1]
if len(sys.argv) > 2:
level = sys.argv[2]
if len(sys.argv) > 3:
output = sys.argv[3]
directory, is_doom_two = wad.read_wadfile(wadfile)
if not level:
#raw_level = input("Enter map to load > ")
#level = raw_level.strip()
level = "E1M1"
#if not output:
# raw_output = input("Enter file to dump map to > ")
# output = raw_output.strip()
level_data = directory[level + '_DATA']
things = level_data['THINGS']
player_thing = next(t for t in things if t.thing_type == 1)
draw.cam_x = player_thing.x_pos
draw.cam_y = player_thing.y_pos
draw.flip_func = flip
init()
clock = pygame.time.Clock()
font = pygame.font.Font('freesansbold.ttf', 14)
print("Calculating pvs")
sect_mgr = portal.SectorManager(level_data['NODES'],
level_data['SSECTORS'])
sect_mgr.generate_portal_sector_graph()
#global_pvs = pvs.calc_pvs(False, level_data)
#level_data['PVS'] = global_pvs
print("finished calculating pvs")
sys.exit(1)
#sect_pvs = pvs.calc_pvs(0, True, level_data)
#print("got pvs for sector 0: ")
#print(str(sect_pvs));
#wad.dump_level_data(output, level_data)
while (True):
draw.clear_col_buffer()
span_buffer.clear_span_buffer()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
elif event.type == pygame.KEYUP:
if event.key == pygame.K_z:
draw.zoom += 1
elif event.key == pygame.K_x:
draw.zoom -= 1
elif event.key == pygame.K_b:
draw.backface_culling = not draw.backface_culling
elif event.key == pygame.K_f:
tbl = {
(False, False): (False, True),
(False, True): (True, False),
(True, False): (True, True),
(True, True): (False, False)
}
draw.bsp_node_frustum_culling, draw.seg_frustum_culling = (
tbl[(draw.bsp_node_frustum_culling,
draw.seg_frustum_culling)])
elif event.key == pygame.K_p:
draw.pvs_check = not draw.pvs_check
elif event.key == pygame.K_o:
draw.draw_outline = not draw.draw_outline
elif event.key == pygame.K_t:
draw.show_render_traversal = not draw.show_render_traversal
elif event.key == pygame.K_q:
pygame.quit()
sys.exit()
if draw.zoom <= 0:
draw.zoom = 1
keys = pygame.key.get_pressed()
if keys[pygame.K_LEFT]:
draw.cam_angle -= .08
elif keys[pygame.K_RIGHT]:
draw.cam_angle += .08
move = False
if keys[pygame.K_UP]:
move = True
factor = 10
elif keys[pygame.K_DOWN]:
move = True
factor = -10
if move:
draw.cam_x += (math.sin(draw.cam_angle) * factor)
draw.cam_y += (math.cos(draw.cam_angle) * factor)
# erase the screen
topdown_draw_surf.fill(BLACK)
if draw.draw_outline:
persp_draw_surf.fill(BLACK)
draw.draw_stats.reset()
nodes_traversed = 0
def node_callback(node, level, on_left):
nonlocal nodes_traversed
nodes_traversed += 1
#draw.draw_bsp_node(node, level, topdown_draw_surf, RED, draw_left=on_left, draw_right=(not on_left))
ssect_callback = lambda ssect: None
cur_subsector_num = bsp.find_subsector_idx_for_position(
level_data, draw.cam_x, draw.cam_y, node_callback)
cur_subsector = level_data['SSECTORS'][cur_subsector_num]
cur_sector_idx = wad.get_subsector_sector_idx(cur_subsector,
level_data)
cur_sector = level_data['SECTORS'][cur_sector_idx]
#print("current sector: {}".format(cur_sector_idx))
target_height = cur_sector.floor_height + draw.EYE_HEIGHT
if draw.cam_z > target_height:
draw.cam_z -= 25
elif draw.cam_z < target_height:
draw.cam_z = target_height
#draw.cam_z = cur_sector.floor_height + draw.EYE_HEIGHT
def draw_node_callback(node, visiting_left, visiting_right):
draw.draw_stats.nodes_traversed += 1
if draw.show_render_traversal:
draw.draw_bsp_node(node,
level,
topdown_draw_surf,
TRANS_GREEN,
draw_left=visiting_left,
draw_right=visiting_right)
def bound_func(ssect_idx, ssect):
draw.ssect_draw_visible_segs(level_data, topdown_draw_surf,
persp_draw_surf, ssect)
if not draw.draw_outline:
draw.fill_floors(persp_draw_surf)
#bsp.traverse_all_bsp_nodes(level_data,
#ssect_callback=bound_func)
#bsp.traverse_bsp_front_to_back(level_data,
# draw.cam_x, draw.cam_y, cur_subsector,
# draw_node_callback,
# ssect_callback = bound_func)
bsp.iterate_cur_pvs(level_data,
draw.cam_x,
draw.cam_y,
cur_subsector_num,
draw_node_callback,
ssect_callback=bound_func)
draw.draw_player(topdown_draw_surf, color=RED)
def stats_func():
line = 0
def draw_font_line(st):
nonlocal line
text_surf = font.render(st, True, GREEN)
scale_surf.blit(text_surf, (1, line))
line += 15
fps = clock.get_fps()
draw_stats = draw.draw_stats
draw_font_line("drawing map {}".format(level))
draw_font_line("{} nodes traversed".format(
draw_stats.nodes_traversed))
draw_font_line(
"pvs {}".format("enabled" if draw.pvs_check else "disabled"))
draw_font_line("backface culling {}".format(
"enabled" if draw.backface_culling else "disabled"))
draw_font_line("bsp frustum culling {}".format(
"enabled" if draw.bsp_node_frustum_culling else "disabled"))
draw_font_line("seg frustum culling {}".format(
"enabled" if draw.seg_frustum_culling else "disabled"))
draw_font_line("{} subsectors processed".format(
draw_stats.ssectors_processed))
draw_font_line("{} segs backface culled".format(
draw_stats.segs_backface_culled))
draw_font_line("{} segs transformed".format(
draw_stats.segs_transformed))
draw_font_line("{} segs fully clipped".format(
draw_stats.segs_fully_clipped))
draw_font_line("{} segs drawn".format(draw_stats.segs_drawn))
draw_font_line("{} ms".format(int(1000 / max(1, fps))))
"""
print("------------------")
print("seg v1: {}".format(draw_stats.seg_v1))
print("seg v2: {}".format(draw_stats.seg_v2))
print("player: {}".format((draw.cam_x, draw.cam_y)))
print("player angle: {}".format(math.degrees(draw.cam_angle)))
print("player mod angle: {}".format(math.degrees(draw.cam_angle) % 360))
print("player adjusted angle: {}".format(math.degrees(draw_stats.adjusted_angle)))
print("player vector: {}".format(draw_stats.player_vector))
print("seg dx dy: {},{}".format(draw_stats.seg_dx, draw_stats.seg_dy))
print("seg normal: {}".format(draw_stats.seg_normal))
print("seg normal angle: {}".format(draw_stats.seg_normal_angle))
print("seg player dot product: {}".format(draw_stats.seg_dot_product))
print("vec from player to seg v1: {}".format(draw_stats.seg_dv1))
print("vec from player to seg v1: {}".format(draw_stats.seg_dv2))
print("angle from player to seg v1: {}".format(draw_stats.seg_v1_angle))
print("angle from player to seg v2: {}".format(draw_stats.seg_v2_angle))
print("rotated v1: {}".format(draw_stats.seg_r1))
print("rotated v2: {}".format(draw_stats.seg_r2))
print("angle from player to rot seg v1: {}".format(draw_stats.seg_rot_v1_angle))
print("angle from player to rot seg v2: {}".format(draw_stats.seg_rot_v2_angle))
print("v1 fov pos: {}".format(draw_stats.v1_fov_pos))
print("v2 fov pos: {}".format(draw_stats.v2_fov_pos))
print("------------------")
"""
#print("max_y_depth: {}".format(draw_stats.max_y_depth))
flip(stats_func)
clock.tick(60)