def __init__(self, model, shape, element, lvl, duration, damage):
Object.__init__(self, model, shape, element)
self.duration = duration
self.elapsed = 0.0
self.lvl = lvl
self.damage = damage
def __init__(self, sequence, \
id, type, name, \
size, \
posx, posy, posz, \
velx, vely, velz, \
contains, \
order_types, \
order_number, \
modify_time, \
owner, resources):
Object.__init__(self, sequence, \
id, type, name, \
size, \
posx, posy, posz, \
velx, vely, velz, \
contains, \
order_types, \
order_number, \
modify_time)
self.length += 4 + 4 + 16 * len(resources)
self.owner = owner
for r in resources:
if len(r) != 4:
raise TypeError("Resources should be 4 length, <id> <surface> <minable> <inaccess>")
self.resources = resources
def tick(self, time_elapsed):
Object.tick(self, time_elapsed)
self.elapsed += time_elapsed
if (self.elapsed >= self.duration):
self.lvl.remove_object(self)
def tick(self, time_elapsed):
Object.tick(self, time_elapsed)
self.elapsed += time_elapsed
if (self.elapsed >= self.duration):
self.lvl.remove_object(self)
def __init__( self, stats, ai, xp, yp, zp=0, ori=0.0, xi=0, yi=0, zi=0, ri=0, thrust=0 ):
Object.__init__( self, stats, xp, yp, zp, ori, xi, yi, zi, ri )
self.alive = True
self.maxOri = 2*pi
self.thrust = thrust
self.rg = 0
self.shieldVsMass = self.stats.shieldVsMass
self.shieldVsEnergy = self.stats.shieldVsEnergy
self.hullVsMass = self.stats.hullVsMass
self.hullVsEnergy = self.stats.hullVsEnergy
self.ai = ai
self.dockedTo = False
self.dockedAt = 0 # tick at docking
self.hull = stats.maxHull
self.shield = stats.maxShield
self.inertiaControl = True
self.headed = True # differentiate bases from ships
self.pulsedUntil = -1000
self.inNebula = False # variable state
self.inertiaMod = 1
self.thrustBoost = 0
self.shipyards = [] # list of regulard shipyards
self.guestDocked = [] # list of temporary docks
def __init__(self, model, shape, element, lvl, duration, damage):
Object.__init__(self, model, shape, element)
self.duration = duration
self.elapsed = 0.0
self.lvl = lvl
self.damage = damage
def __init__(self, x, y, char, name, color, blocks=True, ai=None, always_visible=False,
equipment=None, character_class=None, creature_type=None, xp=0, screen=None):
#call super constructor to create the map object
Object.__init__(self, x, y, char, name, color, blocks=blocks, always_visible=always_visible)
self.character_class = character_class
if self.character_class:
# let the fighter component know who owns it
self.character_class.owner = self
self.screen = screen
if self.screen:
# set the screen element in the character_class
self.character_class.screen = screen
self.ai = ai
if self.ai:
# let the ai component know who owns it
self.ai.owner = self
self.xp = xp
self.dead = False
self.inventory = []
#set the default equipment dictionary.
self.equipment = {'head': None, 'body':None, 'legs':None, 'hands':None, 'feet':None, 'left hand': None, 'right hand': None}
self.player = None
def __init__(self, sequence, \ id, type, name, \ size, \ posx, posy, posz, \ velx, vely, velz, \ contains, \ order_types, \ order_number, \ modify_time, \ owner, ships, damage): Object.__init__(self, sequence, \ id, type, name, \ size, \ posx, posy, posz, \ velx, vely, velz, \ contains, \ order_types, \ order_number, \ modify_time) self.length += 4 + 4 + len(ships) * 8 + 4 self.owner = owner self.ships = ships self.damage = damage
def __init__(self, x, y, char, name, color, slot, power_bonus=0, defense_bonus=0, max_hp_bonus=0):
Object.__init__(self, x, y, char, name, color, blocks=False, always_visible=False)
self.slot = slot
self.is_equipped = False
self.power_bonus = power_bonus
self.defense_bonus = defense_bonus
self.max_hp_bonus = max_hp_bonus
def __init__(self, parent_context, param_list, statements):
import proto_functions
Object.__init__(self, prototype=proto_functions.function_proto)
self.parent_context = parent_context
self.param_list = param_list
self.statements = statements
self.constructing_prototype = Object()
def drawNewBuilding(x, theScore):
global buildingList, objectList, scrollSpeed, bomb, walls, pigeonList
startX = x
startY = random.getrandbits(5) + 30
if startY > 70:
startY = 70
wallId = random.getrandbits(3) + 1
if wallId > 3:
wallId = 3
buildingLength = ((random.getrandbits(3) + 1) * 3) + 2
if buildingLength < 10:
buildingLength = 10
wallId = 0
spacing = random.getrandbits(2) + 1
# Do we need birds
if buildingLength > 15 and random.getrandbits(7) > 100:
ctr = 4
for bird in pigeonList:
bird.reset(startX + ctr + 20 + (spacing * 8), startY - 6)
ctr += 7
floorId = random.getrandbits(3)
if floorId > 3:
floorId = 3
# Create a box or bomb if building is long enough and not the first building
if theScore > 100:
# Don't do this on first building
if x != 0:
objType = random.getrandbits(1)
if buildingLength > 15:
if random.getrandbits(3) > 5:
# Crate
if objType == 0:
objectList.append(
Object(blocks, startX + (buildingLength * 8) // 2,
startY, objType, 14, 14))
# Bomb
else:
objectList.append(
Object(bomb, startX + ((buildingLength - 3) * 8),
startY, objType, 18, 11))
windowId = random.getrandbits(1)
if x == 0:
spacing = 0
buildingList.append(
Building(startX, startY, buildingLength, spacing, floorId, wallId,
windowId))
def __init__(self):
self.all_sprites = pygame.sprite.Group()
self.key_group = pygame.sprite.Group()
self.image = Object(MENU_ASSET, 0, 0, self.all_sprites)
self.key = Object(KEY_ASSET, 0, 600, self.key_group)
self.menu_water = Object(MENU_WATER, 0, 550, self.all_sprites)
self.change_scene = False
self.tick = 0
def __init__(self, position):
Object.__init__(self)
self.frame = 0
self._position = position
self.frames = self._cls_frames[:]
self.frames_count = len(self.frames)
self._current_frame_time = 0
self._finished = False
self.load_frame()
def __init__(self, source, image, coords):
Object.__init__(self, source, image, coords)
self.source = source
self.wallgroup = self.source.wallgroup
self.wall_list = []
for w in self.wallgroup.sprites():
self.wall_list.append(w.rect)
self.walls = self.wall_list
""" # old settings for sanity
self.speed = 2
self.ammo_speed = 3
self.cooldown = 250
self.blast_cool = 2000
self.run_cool = 3000
self.run_time = 750
"""
tree = ET.parse("settings.xml")
root = tree.getroot().find("player")
fps = int(tree.getroot().find("main").find("fps").text)
self.speed = int(root.find("speed").text)
self.double_speed = self.speed * 2
self.half_speed = int(self.speed)
self.velocity = 0.4
self.ammo_speed = float(root.find("ammo_speed").text) * self.speed
self.cooldown = int(root.find("cooldown").text)
self.blast_cool = int(root.find("blast_cool").text)
self.blast_radius = int(root.find("blast_radius").text)
self.run_cool = int(root.find("run_cool").text)
self.run_time = int(root.find("run_time").text)
self.ammo_image = path.join("images", "ammo.png")
self.ammogroup = pygame.sprite.Group()
self.blastgroup = pygame.sprite.Group()
self.bombgroup = pygame.sprite.Group()
self.aimx = lambda x: x #* self.speed
self.aimy = lambda y: y #* self.speed
#self.shoot_start = pygame.time.get_ticks() - self.cooldown
#self.blast_start = pygame.time.get_ticks() - self.blast_cool
self.run_start = pygame.time.get_ticks() - self.run_cool
self.can_blast = True
self.can_run = True
self.run_speed = self.speed * 2
self.old_dir = (1, 0)
self.old_ammo_dir = (0, 0)
self.ray_shrink = (-24, -6)
self.cast = Cast(self)
self.ammo_spawner = Spawner(self, deltaAmmo, self.cooldown,
self.ammo_speed, self.ammo_image, 1,
self.ammogroup)
self.sarja_spawner = Spawner(self, deltaAmmo, self.cooldown,
self.ammo_speed, self.ammo_image, 6,
self.ammogroup)
self.blast_spawner = Spawner(self, Blast, self.blast_cool, 1,
self.ammo_image, 1, self.blastgroup)
self.bomb_spawner = Spawner(self, Bomb, self.blast_cool, 250,
self.ammo_image, 1, self.bombgroup)
self.run_spawner = Spawner(self, Run, self.run_cool, self.run_time,
None, 1, None)
def change_level(levelnumber, inv = [], coins=0):
level = l.levels[levelnumber]
news.append("Level " + str(levelnumber + 1) + ", " + l.levels[levelnumber].name + "...")
floorplan_file = level.m
gobbonum = level.num_gobbos
coinum = level.num_gold
time = level.time
cs = []
objects = level.objects
floorplan = read_floorplan(floorplan_file)
width = len(floorplan[1])
height = len(floorplan)
# x, y, image, color
player = creatures.Creature(18, 17, "@", 1, "player")
player.coins = coins
player.health = 3
cs.append(player)
player.inv = inv
rawck = Object(0,0,".", 12, "rock")
player.inv.append(rawck)
gobbo = creatures.Creature(0, 0, "&", 4, "gobbo")
spawn_random(1, width - 1, 1, height - 2, gobbo, floorplan, cs, gobbonum)
villager = creatures.Creature(0, 0, "v", 17, "villager")
spawn_random(1, width - 1, 1, height - 2, villager, floorplan, cs, level.num_villagers)
for v in cs:
if v.type == "villager" and level.name == "The dwarven village of Brorldown":
brorlspeeches = ["Gooday stranger, welcome to our modest little town of Brorldown.",
"I see you are loaded with stolen loot! Might I sugest you check out our magic item shops?",
"Oh its you, the notorious Namafero, raider of goblins! It is an honor to have you in our town...",
"'Sup!",
"I hope you enjoy your stay here, adventurer!"]
v.speek = choice(brorlspeeches)
if v.type == "villager" and level.name == "The Begining":
tankspeeches = ["Gooday stranger, welcome to our modest little town of Tankton.",
"I hear the town mage wants to converse with you.",
"You're going into the goblin base? That's madness! You'll die!",
"Hello there!",
"I hope you enjoy your stay here, adventurer!"]
v.speek = choice(tankspeeches)
chest = Object(0,0,"=", 15, "treasure chest")
spawn_random(1, width - 1, 1, 5, chest, floorplan, objects, 1)
coin = Object(0,0,"$",15,"coin")
spawn_random(1, width - 1, 1, height - 2, coin, floorplan, objects, coinum)
for i in level.inhabitants:
cs.append(i)
return (cs, objects, floorplan, time)
def load_kitti(path, mode='train', image_dir=None, label_dir=None):
packets = []
with open(path + mode + '.txt', 'rb') as f:
file_list = [x.strip() for x in f.readlines()]
for file in file_list:
image_path = image_dir + file + '.png'
label_path = label_dir + file + '.txt'
with open(label_path) as f:
object_list = []
for line in f:
obj_class, truncated, occluded, alpha, bx1, by1, bx2, by2, dz, dy, dx, tx, ty, tz, rot_y = line.split(
)
if obj_class == 'Car': #and float(truncated) == 0: #and float(occluded) == 0 :
size = [float(x) for x in [dx, dy, dz]]
position = [float(x) for x in [tx, ty, tz]]
rot_y = float(rot_y)
top_left = (int(float(bx1)), int(float(by1)))
bottom_right = (int(float(bx2)), int(float(by2)))
obj = Object(obj_class,
top_left=top_left,
bottom_right=bottom_right)
obj.size = size
obj.position = position
object_list.append(obj)
if object_list != []:
packet = Packet(image_path, objects=object_list)
else:
continue
packets.append(packet)
return packets
def __init__(self, model, shape, element, lvl, damage, target_obj, attract_v):
Object.__init__(self, model, shape, element)
self.lvl = lvl
self.damage = damage
self.target = target_obj
self.velocity = attract_v
self.dir = Vector3d(0.,0.,0.)
def world_building(self, object_num):
if not self.running and (object_num < 4 or self.draw_goal == False):
if self.custom_build or object_num > 3:
self.placing_object = True
# Centered so cursor is in the middle of the image
self.unplaced = Object(0,
(self.pos[0] - 200, self.pos[1] - 200))
self.unplaced.load_image("image_resources/" +
self.block_images[object_num] +
".png")
self.unplaced_goal = (object_num > 3)
def analyze_img():
#print("-------------REQUESTED ANALYZE IMAGE --------------------")
# Set image_url to the URL of an image that you want to analyze.
# img_url = image name
if request.args.get('img_url'):
image_url = app.config['IMG_FOLDER'] + request.args.get('img_url')
else:
return json.dumps({"Error": "Img_url is missing"})
headers = {
'Ocp-Apim-Subscription-Key': subscription_key_cv,
'Content-Type': 'application/octet-stream'
}
params = {'visualFeatures': 'Objects'}
image_data = open(image_url, "rb").read()
# data = {'url': image_url}
response = requests.post(analyze_url,
headers=headers,
params=params,
data=image_data)
response.raise_for_status()
# The 'analysis' object contains various fields that describe the image. The most
# relevant caption for the image is obtained from the 'description' property.
analysis = response.json()
object_list = []
for object in analysis['objects']:
obj_h = object['rectangle']['h']
desc = object['object']
if desc in OBJECTS_HEIGHT.keys():
real_height = OBJECTS_HEIGHT[desc.lower()]
else:
real_height = 15
obj = Object(obj_h, real_height, desc, object['rectangle'])
obj.calculate_distance()
object_list.append(obj)
object_list = sorted(object_list, key=lambda k: k.distance)
response_json = []
for obj in object_list:
#print(str(obj))
d = {
'img_height': obj.img_height,
'real_height': obj.real_height,
'desc': obj.desc,
'distance': obj.distance,
'direction': get_directions(obj, image_url),
'position': obj.position
}
response_json.append(d)
#print(response_json)
return json.dumps(response_json)
def __init__(self, model, shape, element, level):
Object.__init__(self, model, shape, element)
cfg = Config('physics', 'Ship')
self.move_force_sz = cfg.get('move_force')
self.spin_velocity = cfg.get('spin_velocity')
self.strafe_force = cfg.get('strafe_force')
self.shape.forces_res.append(cfg.get('vacuum_resistance'))
self.breake_rate = cfg.get('breake_rate')
self.mouse_sensivity = Config('game', 'Mouse').get('sensivity')
self.level = level
self.rotation = Quaternion.from_axis_rotations(0., 0., 0.)
self.ship_dir = None
self.up_dir = None
self.spinning = {
'up': False,
'down': False,
'left': False,
'right': False
}
self.vectors = {
'up': (Vector3d.x_axis(), 1.),
'down': (Vector3d.x_axis(), -1.),
'left': (Vector3d.y_axis(), 1.),
'right': (Vector3d.y_axis(), -1.)
}
self.strafe = {
'forward': False,
'left': False,
'right': False,
'breake': False
}
self.strafe_vectors = {
'forward': Vector3d(0., 0., -0.7),
'left': Vector3d(-0.9, 0., 0.),
'right': Vector3d(0.9, 0., 0.),
'breake': Vector3d(0., 0., 1.)
}
self.angles = [0., 0.]
self.mouse_target = [0., 0.]
self.collision_set = set()
self.keep_colliding = set()
def tick(self, time_elapsed):
if (hasattr(self.target, 'destroyed') and self.target.destroyed):
self.lvl.remove_object(self)
return
self.dir = (self.target.shape.position - self.shape.position).normalizing()
v = self.dir.scalar(self.velocity)
self.shape.velocity = v
Object.tick(self, time_elapsed)
def __init__(self, model, shape, element, level):
Object.__init__(self, model, shape, element)
cfg = Config('physics','Ship')
self.move_force_sz = cfg.get('move_force')
self.spin_velocity = cfg.get('spin_velocity')
self.strafe_force = cfg.get('strafe_force')
self.shape.forces_res.append(cfg.get('vacuum_resistance'))
self.breake_rate = cfg.get('breake_rate')
self.mouse_sensivity = Config('game','Mouse').get('sensivity')
self.level = level
self.rotation = Quaternion.from_axis_rotations(0.,0.,0.)
self.ship_dir = None
self.up_dir = None
self.spinning = {
'up' : False,
'down' : False,
'left' : False,
'right' : False
}
self.vectors = {
'up' : (Vector3d.x_axis(), 1.),
'down' : (Vector3d.x_axis(), -1.),
'left' : (Vector3d.y_axis(), 1.),
'right' : (Vector3d.y_axis(), -1.)
}
self.strafe = {
'forward': False,
'left' : False,
'right' : False,
'breake' : False
}
self.strafe_vectors = {
'forward':Vector3d(0.,0.,-0.7),
'left' : Vector3d(-0.9,0.,0.),
'right' : Vector3d(0.9,0.,0.),
'breake' : Vector3d(0.,0.,1.)
}
self.angles = [0.,0.]
self.mouse_target = [0.,0.]
self.collision_set = set()
self.keep_colliding = set()
def tick(self, time_elapsed):
Object.tick(self, time_elapsed)
self.update_mouse_track(time_elapsed)
self.update_spinning(time_elapsed)
self.update_strafe(time_elapsed)
self.simple_gun.tick(time_elapsed)
self.simple_missile.tick(time_elapsed)
self.collision_set = self.keep_colliding
self.keep_colliding = set()
def tick(self, time_elapsed):
Object.tick(self, time_elapsed)
self.update_mouse_track(time_elapsed)
self.update_spinning(time_elapsed)
self.update_strafe(time_elapsed)
self.simple_gun.tick(time_elapsed)
self.simple_missile.tick(time_elapsed)
self.collision_set = self.keep_colliding
self.keep_colliding = set()
def __init__(self,
x,
y,
char,
name,
color,
blocks=True,
ai=None,
always_visible=False,
equipment=None,
character_class=None,
creature_type=None,
xp=0,
screen=None):
#call super constructor to create the map object
Object.__init__(self,
x,
y,
char,
name,
color,
blocks=blocks,
always_visible=always_visible)
self.character_class = character_class
if self.character_class:
# let the fighter component know who owns it
self.character_class.owner = self
self.screen = screen
if self.screen:
# set the screen element in the character_class
self.character_class.screen = screen
self.ai = ai
if self.ai:
# let the ai component know who owns it
self.ai.owner = self
self.xp = xp
self.dead = False
self.inventory = []
#set the default equipment dictionary.
self.equipment = {
'head': None,
'body': None,
'legs': None,
'hands': None,
'feet': None,
'left hand': None,
'right hand': None
}
self.player = None
def __init__(self):
self.sensor_array = []
self.sensor_values = [0, 0]
# Has the sensor can seen the target?
self.target = False
# Forward facing sensory inputs.
for i in range(0, 2):
self.sensor_array.append(Object(0, (0, 0)))
self.sensor_array[i].load_image("image_resources/sensor.png")
# Upward facing sensor
self.sensor_array.append(Object(0, (0, 0)))
self.sensor_array[2].load_image("image_resources/sensor_two.png")
def announce_move_from(self,
destination,
msg=None,
mapping=None,
**kwargs):
try:
Object.announce_move_from(self,
destination,
msg=None,
mapping=None,
**kwargs)
except NoStorageException:
self.ndb.move_override = True
def __init__(self, map, con, x,y, char, color, fighter=None, level=None):
Object.__init__(self, None, con, x,y, char,
libtcod.namegen_generate('Celtic male'), color, True, fighter=fighter, level=level
)
map.player = self
self.inventory = Inventory()
self.mods = Inventory()
class Item:
stack_limit = 5
obj = Object(None, con, None,None, 'b', 'boost', color, item=Item())
obj.mod = mods.Boost()
self.mods.add_item(obj)
def can_do(self):
cant_dig_item = False
try:
obj = Object.get_object(self.noun)
except UnknownObject:
cant_dig_item = True
else:
if not obj.can_apply_action(self.verb):
cant_dig_item = True
if cant_dig_item:
self.cant_do_reason = "You can't dig '{}'.".format(self.noun)
return False
if self.using:
if (
match_word(self.using, 'hands?') or
player.has_item(self.using)
):
return True
else:
self.cant_do_reason = "You don't have a {}.".format(self.using)
return False
else:
self.cant_do_reason = "Dig {} using what?".format(self.noun)
return False
def generate_world(self):
# Reset environment
self.blocks = []
self.agents = []
self.agent_num = 0
# Randomly place 3 blocks.
while len(self.blocks) < 3:
self.unplaced = Object(0, (randint(500, 800), randint(0, 200)))
self.unplaced.load_image("image_resources/" +
self.block_images[randint(0, 3)] + ".png")
self.unplaced.rotate(randint(0, 180))
# Only keep the block if it touches the environment
if self.check_environmental_overlap():
self.blocks.append(self.unplaced)
# Place goal
self.set_goal()
def _create(cls, repo, path, resolve, reference, force):
"""internal method used to create a new symbolic reference.
If resolve is False,, the reference will be taken as is, creating
a proper symbolic reference. Otherwise it will be resolved to the
corresponding object and a detached symbolic reference will be created
instead"""
full_ref_path = cls.to_full_path(path)
abs_ref_path = os.path.join(repo.git_dir, full_ref_path)
# figure out target data
target = reference
if resolve:
target = Object.new(repo, reference)
if not force and os.path.isfile(abs_ref_path):
target_data = str(target)
if isinstance(target, SymbolicReference):
target_data = target.path
if not resolve:
target_data = "ref: " + target_data
if open(abs_ref_path, 'rb').read().strip() != target_data:
raise OSError("Reference at %s does already exist" % full_ref_path)
# END no force handling
ref = cls(repo, full_ref_path)
ref.reference = target
return ref
def doTurn(self, game):
(ao, ro, ag) = Object.doTurn(self, game)
# detect hit
for obj in game.objects.getWithinRadius(
self, self.weapon.stats.projectile.explosionTriggerRange):
if obj.alive and obj.player != None and obj.player != self.launcher.player:
(ao0, ro0,
ag0) = explode(self,
game,
self.weapon.stats.projectile.explosionRange,
energyDamage=self.weapon.stats.energyDamage,
massDamage=self.weapon.stats.massDamage,
sender=self.launcher.player,
sound=ids.S_EX_FIRE)
(ao, ro, ag) = (ao + ao0, ro + ro0, ag + ag0)
if self.alive and self.ttl == 0:
(ao0, ro0,
ag0) = explode(self,
game,
self.weapon.stats.projectile.explosionRange,
energyDamage=self.weapon.stats.energyDamage,
massDamage=self.weapon.stats.massDamage,
sender=self.launcher.player,
sound=ids.S_EX_FIRE)
(ao, ro, ag) = (ao + ao0, ro + ro0, ag + ag0)
else:
self.ttl = self.ttl - 1
return (ao, ro, ag)
def throw_rock(player, objects, cs, stdscr, m):
width = len(m[1])
height = len(m)
news.append("Where do you want to throw the rock?")
display_news(stdscr, news, width, height)
stdscr.addstr(player.y - 1,player.x, "^", curses.color_pair(1)),
stdscr.addstr(player.y + 1,player.x, "v", curses.color_pair(1))
stdscr.addstr(player.y,player.x - 1, "<", curses.color_pair(1))
stdscr.addstr(player.y,player.x + 1, ">", curses.color_pair(1))
stdscr.refresh()
inp = stdscr.getch()
dx = 0
dy = 0
if inp == curses.KEY_DOWN:
dy = 5
elif inp == curses.KEY_UP:
dy = -5
elif inp == curses.KEY_LEFT:
dx = -5
elif inp == curses.KEY_RIGHT:
dx = 5
news.append("Yeet!")
drop_first(lambda x: x.type == "rock", player.inv)
rock = Object(player.x + dx, player.y + dy,".", 12, "rock")
objects.append(rock)
enemies = filter(lambda c: c.type != "player" and distance(c,rock) <= 10, cs)
for e in enemies:
e.target = (rock.x, rock.y)
e.distracted = 3
def _get_object(self): """ :return: The object our ref currently refers to. Refs can be cached, they will always point to the actual object as it gets re-created on each query""" # have to be dynamic here as we may be a tag which can point to anything # Our path will be resolved to the hexsha which will be used accordingly return Object.new_from_sha(self.repo, hex_to_bin(self.dereference_recursive(self.repo, self.path)))
def animation(self):
self.tick += 1
if self.tick <= 45:
self.key = Object(KEY_ASSET, 0, 600, self.key_group)
else:
if self.tick > 90:
self.tick = 0
self.key_group.empty()
class ExplodingBullet(Object):
def __init__(self, (xp, yp), zp, ori, (xi, yi), target, launcher, weapon):
Object.__init__(self, weapon.stats.projectile, xp, yp, zp, ori, xi, yi,
0, 0)
self.target = target
self.launcher = launcher
self.weapon = weapon
self.ttl = weapon.stats.projectileTtl
class Mine(Object):
def __init__(self, stats, (xp, yp), zp, (xi, yi), weapon, explosionRange,
detectionRange):
Object.__init__(self, stats, xp, yp, zp,
random() * 2 * pi, xi, yi, 0, 0) # random()*0.01 )
self.weapon = weapon
self.ttl = 30 * 360 #weapon.stats.projectileTtl
self.detectionRange = detectionRange
self.explosionRange = explosionRange
def __init__(self, sequence, \ id, type, name, \ size, \ posx, posy, posz, \ velx, vely, velz, \ contains, \ order_types, \ order_number, modify_time): Object.__init__(self, sequence, \ id, type, name, \ size, \ posx, posy, posz, \ velx, vely, velz, \ contains, \ order_types, \ order_number, \ modify_time)
def doTurn(self, game):
# ai
if self.ai:
( addedObjects0, removedObjects0, addedGfxs0 ) = self.ai.doTurn( self, game )
else:
( addedObjects0, removedObjects0, addedGfxs0 ) = ([],[],[])
if not self.orbiting and self.pulsedUntil < game.tick:
# engine thrust
self.xi = self.xi + self.thrust * cos( self.ori )
self.yi = self.yi + self.thrust * sin( self.ori )
# gouvernailstats
self.ri = self.ri + self.rg
# inertia controls
self.xi = self.xi * (0.9+0.01*self.stats.mass)*self.inertiaMod #0.9
self.yi = self.yi * (0.9+0.01*self.stats.mass)*self.inertiaMod #0.9
self.zi = self.zi * (0.9+0.01*self.stats.mass)*self.inertiaMod #0.9
if fabs(self.xi) < 0.05 and fabs(self.yi) < 0.05:
self.xi = self.yi = 0
if self.inertiaControl:
self.ri = self.ri * 0.9 # *self.inertiaMod
if fabs(self.ri) < 0.0005:
self.ri = 0
if (not self.ai or self.ai.dockingTo) and randint( 0, config.fps*10 ) == 0:
# zDiff = -2 + 4*randint( 0, 1 )
nz = randint( -5, 5 )
can = True
for obj in game.objects.getWithinArea( self, self.stats.maxRadius+500 ):
# print "s ", obj.zp <= max( self.zp, nz ), obj.zp >= min( self.zp, nz ), areOver( self, obj )
if obj != self and obj.zp <= max( self.zp, nz ) and obj.zp >= min( self.zp, nz ) and areOver( self, obj ):
can = False
break
# print "switch", can, nz, obj.zp <= max( self.zp, nz ), obj.zp >= min( self.zp, nz ), areOver( self, obj )
if can:
self.zp = nz
( addedObjects1, removedObjects1, addedGfxs1 ) = Object.doTurn( self, game )
# if self.thrust > 0 and self.stats.engines:
# if randint( 0, 4 ) == 0:
# engine = choice( self.stats.engines )
# (x,y) = (self.xp+engine[0]*cos(self.ori+engine[1]), self.yp+engine[0]*sin(self.ori+engine[1]) )
# addedGfxs1.append( GfxExhaust( (x,y), self.zp, 0, -0.2*self.xi+(0.5-random())*0.4, -0.2*self.yi+(0.5-random())*0.4, random()*pi ) )
if game.tick%(config.fps)==11:
self.inNebula = False
for obj in game.astres:
if isinstance( obj, Nebula ) and distLowerThanObjects( self, obj, self.stats.maxRadius+obj.stats.maxRadius):
self.inNebula = True
break
return ( addedObjects0+addedObjects1, removedObjects0+removedObjects1, addedGfxs0+addedGfxs1 )
def create_final_objects(self, sensor_data):
if self.number_of_objects != 0:
for obj_number in range(1, self.number_of_objects + 1):
items = []
for item in sensor_data:
if item[1] == obj_number:
items.append(item)
created_object = Object("", obj_number, 0)
for compare in items:
if compare[2] > created_object.percentage:
created_object.name = compare[0]
created_object.percentage = compare[2]
self.objects.append(created_object)
return self.objects
def __init__(self,
stats,
ai,
xp,
yp,
zp=0,
ori=0.0,
xi=0,
yi=0,
zi=0,
ri=0,
thrust=0):
Object.__init__(self, stats, xp, yp, zp, ori, xi, yi, zi, ri)
self.alive = True
self.maxOri = 2 * pi
self.thrust = thrust
self.rg = 0
self.shieldVsMass = self.stats.shieldVsMass
self.shieldVsEnergy = self.stats.shieldVsEnergy
self.hullVsMass = self.stats.hullVsMass
self.hullVsEnergy = self.stats.hullVsEnergy
self.ai = ai
self.dockedTo = False
self.dockedAt = 0 # tick at docking
self.hull = stats.maxHull
self.shield = stats.maxShield
self.inertiaControl = True
self.headed = True # differentiate bases from ships
self.pulsedUntil = -1000
self.inNebula = False # variable state
self.inertiaMod = 1
self.thrustBoost = 0
self.shipyards = [] # list of regulard shipyards
self.guestDocked = [] # list of temporary docks
def draw_object(self,object:objects.Object,value='·',fill = False):
if type(object) == objects.Circle:
self.draw_circle(object,value,fill)
return
elif type(object) == objects.Triangle and fill:
self.draw_filled_triangle(object,value)
return
for line in object.get_lines():
self.draw_line(line,value)
def get_objects(): random.seed(time.gmtime) objects = []; for i in range(10): x = random.randint(-10, 10) y = random.randint(-10, 10) if not (x == 2 and y == 2) and not (x == 0 and y == 0): objects.append(Object(i, x, y)) return objects
def tick(self, time_elapsed):
Object.tick(self, time_elapsed)
self.elapsed += time_elapsed
if (self.elapsed >= self.time_interval_shot):
self.elapsed = 0.
_info = {
'destructible' : False,
'destroys_player' : False,
'target' : False
}
vec_dir = (self.level.ship.shape.position - self.shape.position - self.gun_pos).normalizing().scalar(70.)
bullet_pos = self.shape.position + self.gun_pos
shape_bull = Shape(0.01, bullet_pos)
shape_bull.velocity = vec_dir
#
#(self, model, shape, element, lvl, duration, damage)
obj_sh = SimpleShootInvasor(self.level.models['InvasorSimpleGun'][0], shape_bull, _info, self.level, 20, 5)
self.level.add_object(obj_sh)
#
def load_room(self, name, passage=None):
name = 'Data/Rooms/' + name
with open(name, mode='r') as file:
room_map = [line.strip() for line in file]
width = len(room_map[0])
height = len(room_map)
room_map = [list(row) for row in room_map]
if passage is not None:
row = None
if passage == 1:
row = 0
elif passage == 2:
row = height - 1
if row is not None:
room_map[row][width // 2 - 1] = '|'
room_map[row][width // 2] = '|'
room_map[row][width // 2 + 1] = '|'
for row in range(height):
for col in range(width):
obj = None
if room_map[row][col] == 'W':
obj = Object((self.room_sprites, self.wall_sprites),
'wall', col, row, BLOCK_SIZE, offset=self.offset)
elif room_map[row][col] == '.':
obj = Object((self.room_sprites,), 'empty', col, row, BLOCK_SIZE, offset=self.offset)
elif room_map[row][col] == '|':
obj = Object((self.room_sprites,), 'empty', col, row, BLOCK_SIZE, offset=self.offset)
block_wall = Object((self.block_walls,), 'wall', col, row, BLOCK_SIZE, offset=self.offset)
self.block_walls.add(block_wall)
elif room_map[row][col] == 'S':
obj = Object((self.room_sprites,), 'empty', col, row, BLOCK_SIZE, offset=self.offset)
script = Object((self.room_sprites,), 'empty', col, row, BLOCK_SIZE, offset=self.offset)
self.scripts.add(script)
self.room_sprites.add(script)
elif room_map[row][col] == 'P':
obj = Object((self.room_sprites,), 'empty', col, row, BLOCK_SIZE, offset=self.offset)
self.player = Player(col, row, offset=self.offset)
elif room_map[row][col] == 'T':
obj = Object((self.room_sprites,), 'empty', col, row, BLOCK_SIZE, offset=self.offset)
self.teleport = Object((self.room_sprites,),
'teleport', col - 2, row - 4, BLOCK_SIZE, offset=self.offset)
if obj is not None:
self.room_sprites.add(obj)
return width, height
def __init__(self, sequence, \ id, type, name, \ size, \ startx, starty, startz, \ velx, vely, velz, \ contains, \ order_types, \ order_number, \ modify_time, \ endx, endy, endz): Object.__init__(self, sequence, \ id, type, name, \ size, \ startx, starty, startz, \ velx, vely, velz, \ contains, \ order_types, \ order_number, \ modify_time) self.length += 8*3 self.start = self.pos self.end = (endx, endy, endz)
def doTurn( self, game ):
(ao,ro,ag) = Object.doTurn(self, game)
# detect hit
for obj in game.objects.getWithinRadius( self, self.weapon.stats.projectile.explosionTriggerRange ):
if obj.alive and obj.player != None and obj.player != self.launcher.player:
(ao0, ro0, ag0) = explode( self, game, self.weapon.stats.projectile.explosionRange, energyDamage=self.weapon.stats.energyDamage, massDamage=self.weapon.stats.massDamage, sender=self.launcher.player, sound=ids.S_EX_FIRE )
(ao, ro, ag) = (ao+ao0, ro+ro0, ag+ag0)
if self.alive and self.ttl == 0:
(ao0, ro0, ag0) = explode( self, game, self.weapon.stats.projectile.explosionRange, energyDamage=self.weapon.stats.energyDamage, massDamage=self.weapon.stats.massDamage, sender=self.launcher.player, sound=ids.S_EX_FIRE )
(ao, ro, ag) = (ao+ao0, ro+ro0, ag+ag0)
else:
self.ttl = self.ttl - 1
return (ao,ro,ag)
def _set_reference(self, ref):
"""
Set ourselves to the given ref. It will stay a symbol if the ref is a Reference.
Otherwise we try to get a commit from it using our interface.
Strings are allowed but will be checked to be sure we have a commit
"""
write_value = None
if isinstance(ref, SymbolicReference):
write_value = "ref: %s" % ref.path
elif isinstance(ref, Commit):
write_value = ref.sha
else:
try:
write_value = ref.commit.sha
except AttributeError:
sha = str(ref)
try:
obj = Object.new(self.repo, sha)
if obj.type != "commit":
raise TypeError("Invalid object type behind sha: %s" % sha)
write_value = obj.sha
except Exception:
raise ValueError("Could not extract object from %s" % ref)
# END end try string
# END try commit attribute
# if we are writing a ref, use symbolic ref to get the reflog and more
# checking
# Otherwise we detach it and have to do it manually
if write_value.startswith('ref:'):
self.repo.git.symbolic_ref(self.path, write_value[5:])
return
# END non-detached handling
path = self._get_path()
directory = os.path.dirname(path)
if not os.path.isdir(directory):
os.makedirs(directory)
fp = open(path, "wb")
try:
fp.write(write_value)
finally:
fp.close()
def doTurn( self, game ):
(ao,ro,ag) = Object.doTurn(self, game)
## detect hit
if not game.tick%20:
for obj in game.objects.getWithinRadius( self, self.detectionRange ):
if obj.alive and obj.player and not isinstance( obj, Mine ):
(ao0,ro0,ag0) = self.explode( game )
(ao,ro,ag) = (ao+ao0,ro+ro0,ag+ag0)
break
## detect expiration
if self.alive and self.ttl == 0:
(ao0,ro0,ag0) = self.explode( game )
(ao,ro,ag) = (ao+ao0,ro+ro0,ag+ag0)
else:
self.ttl = self.ttl - 1
return (ao,ro,ag)
def doTurn( self, game ):
(ao,ro,ag) = Object.doTurn(self, game)
# detect hit
for obj in game.objects.getWithinRadius( self, self.stats.maxRadius ):
if obj.alive and obj.player != None and obj.player != self.launcher.player: # TODO better
(ao0, ro0, ag0) = obj.hit( game, utils.angleBetweenObjects( obj, self), self.launcher.player, energy=self.weapon.stats.energyDamage, mass=self.weapon.stats.massDamage )
(ao, ro, ag) = (ao+ao0, ro+ro0, ag+ag0)
self.alive = False
ro.append( self )
break
if self.alive and self.ttl == 0:
self.alive = False
ro.append( self )
else:
self.ttl = self.ttl - 1
return (ao,ro,ag)
def __str__(self): output = Object.__str__(self) output += pack(self.substruct, self.owner, self.ships, self.damage) return output
def __init__(self, prototype):
Object.__init__(self, prototype=prototype)
def move(self, dx, dy): result = Object.move(self, dx,dy) return result
def tick(self, time_elapsed):
Object.tick(self, time_elapsed)
if (self.asteroid_type == 'artificial'):
self.shot_tick_counter = (self.shot_tick_counter + 1) % self.shot_tick_interval
if (self.shot_tick_counter == 0):
self.shot = True
def __init__(self, model, shape, element):
Object.__init__(self, model, shape, element)
self.asteroid_type = None
self.shot_tick_interval = 100
self.shot_tick_counter = 0
self.shot = False