def __init__(self, args):
super(CenterCorridor, self).__init__(args)
config = get_config()["field"]
self.corridor_u_start = int(config["length"]) * (3.5 / 9.0)
self.corridor_u_end = int(config["length"]) * (5.5 / 9.0)
self.ball_distance_history = []
config = get_config()["Behaviour"]
self.start = time.time()
self.go_striker_range = config["Fieldie"]["Defender"]["goStrikerRange"]
self.go_striker_time = config["Fieldie"]["Defender"]["goStrikerTime"]
self.ball_history_length = config["Fieldie"]["Defender"]["ballHistoryLenght"]
self.wait_at_start = config["Fieldie"]["Defender"]["waitAtStart"]
self.required_number = config["Fieldie"]["Defender"]["requiredNumberTrues"]
def __init__(self):
#self.debug = Scope("Util.Speaker")
self.config = get_config()["speaker"]
self.saylog = []
self.__start_speaker()
self.do_not_speck = os.getenv("FORCE_SPEAKER_TO_BE_QUIET")
self.speaking = None
def __init__(self, args):
super(HeadToPanTilt, self).__init__()
self.pan = float(args[0])
self.tilt = float(args[1])
config = get_config()
self.delta = config["Behaviour"]["Common"]["Search"]["headTurnPrecision"]
self.wait_time = config["Behaviour"]["Common"]["Search"]["headTurnTime"]
self.pan_speed = config["Behaviour"]["Common"]["Search"]["maxPanSpeedSearch"]
self.tilt_speed = config["Behaviour"]["Common"]["Search"]["maxTiltSpeedSearch"]
self.at_position = time.time()
def __init__(self, _):
super(ContiniousSearch, self).__init__()
self.pattern_pos = 0
config = get_config()
self.goalie_pattern = config["Behaviour"]["Common"]["SearchPattern"]["goalie"]
self.defender_pattern = config["Behaviour"]["Common"]["SearchPattern"]["defender"]
self.center_pattern = config["Behaviour"]["Common"]["SearchPattern"]["center"]
self.ball_pattern = config["Behaviour"]["Common"]["SearchPattern"]["ball"]
self.default_pattern = config["Behaviour"]["Common"]["SearchPattern"]["ball"] # todo default <-> Ball pattern
self.current_pattern = self.default_pattern
self.last_pattern = self.current_pattern
def reset_to_own(self):
# initilize with position in middle of our side
config = get_config()['field']
self.length = config['length']
goal_width = config['goal-width']
self.goal_posts.append(GoalPost(*convert_uv2polar(-self.length / 4, -goal_width / 2)))
self.goal_posts.append(GoalPost(*convert_uv2polar(-self.length / 4, goal_width / 2)))
self.goal_posts.append(GoalPost(*convert_uv2polar(self.length / 4 * 3, goal_width / 2)))
self.goal_posts.append(GoalPost(*convert_uv2polar(self.length / 4 * 3, -goal_width / 2)))
# am anfang sollte das Tor 0 unseres sein
self.own_goal = config['own-goal']
self.object_list['middle_point'] = LocalObject(*convert_uv2polar(self.length / 4, 0))
def __init__(self, _):
super(DefenderDecision, self).__init__()
config = get_config()["Behaviour"]
self.toggle_one_time_defender = config["Toggles"]["Fieldie"]["oneTimeDefender"]
self.go_striker_range = config["Fieldie"]["Defender"]["goStrikerRange"]
self.go_striker_time = config["Fieldie"]["Defender"]["goStrikerTime"]
self.ball_history_length = config["Fieldie"]["Defender"]["ballHistoryLenght"]
self.first_first_time = None
self.required_number = config["Fieldie"]["Defender"]["requiredNumberTrues"]
self.start_time = time.time()
self.wait_at_start = config["Fieldie"]["Defender"]["waitAtStart"]
self.ball_distance_history = []
self.started = None
self.start = time.time()
def __init__(self, _):
super(AbstractCorridor, self).__init__()
config = get_config()["field"]
self.corridor_u_start = int(config["length"]) * (1.0 / 9.0)
self.corridor_u_end = int(config["length"]) * (2.0 / 9.0)
self.corridor_v = int(config["width"]) * (1.0 / 3.0)
self.corridor_v_diff = 100
self.field_length = int(config["length"])
self.ang_threshold = 10
self.goal_pos_v = 0
self.goal_pos_u = 0
self.own_goal = None
self.opp_goal = None
self.timestamp_goal = 0
self.wait_goal_time = 4
def start(self, data):
"""
Starting the grid world module, setting a variables like the amount of cells, initializing the grid
:param data: BitBots data object
"""
# letzter Start
self.lastStart = time.time()
self.grid = dict()
config = get_config()['field']
self.length = config['length']
self.width = config['width']
self.goal_width = config['goal-width']
# Cells
self.xCount = 19 # Amount of cells in horizontal direction
self.yCount = 13 # Amount of cells in vertical direction
self.cellCount = self.yCount * self.xCount
self.x_half = int(self.xCount / 2)
self.y_half = int(self.yCount / 2)
self.initialize_grid()
# Ist -1 wenn der Roboter auf das eigene Tor guckt und 1 wenn er auf das gegnerische Tor guckt
# Zu Beginn ist der Wert 1, da wir davon ausgehen,
# dass der Roboter zum Start immer auf das gegnerische Tor guckt
# Bisher ist jedoch noch keine Loesung dafuer implementiert, um festzustellen auf welches Tor
# der Roboter schaut.
self.field_half = 1
# bin_tm und bin_opp speichern die Binaerrepraesentation der Gridworld
# und werden zunaechst auf einen default-Wert gesetzt bis es Daten gibt,
# die eingetragen werden koennen. Die DATA_KEYs werden in update mit ihnen verglichen,
# damit einige Operationen nur durchgefuehrt werden, wenn sich die Daten tatsaechlich
# geaendert haben.
self.bin_tm = [999999, 999999, 999999, 999999, 999999, 999999, 999999, 999999]
self.bin_opp = [999999, 999999, 999999, 999999, 999999, 999999, 999999, 999999]
def test_if_right_goal(self, connector, goal_distance):
if connector.team_data_capsule().get_team_goalie_ball_position() == 0 or\
connector.team_data_capsule().get_team_goalie_ball_position() == (
999999, 0):
# zwei fragen, weil ih nicht weiß, was zurückkommt, wenn ich keine daten hab
return True # no data from goalie
config = get_config()['field']
length = config['length']
goalie_ball_distance = connector.team_data_capsule().get_goalie_ball_distance()
delta = abs(goal_distance - goalie_ball_distance)
if length / 2 + 500 > goalie_ball_distance > length / 2 - 500:
# der ball liegt sehr mittig, wir treffen lieber keine entscheidung, weil die vermutlich nicht valide ist
# the ball is in the middle, we better don't decide, because we cant be sure
return True # so we let him kick
else:
if delta < 1000:
# falls die distanzen fast gleich sind, ist das wohl das falsche tor
# in the case the distances are nearly equal, this is probably the wrong golal
return False
else:
return True
def __init__(self, _):
super(AbstactSearchForObject, self).__init__()
self.run = -1
config = get_config()
self.pattern = config["Behaviour"]["Common"]
def __init__(self):
self.joints = load_joints_from_yaml(find_resource("config/joints.yaml"))
self.config = get_config()
#!/usr/bin/env python
#-*- coding:utf-8 -*-
from bitbots.debug import Scope
from bitbots.util.resource_manager import find_animation
from bitbots.util.config import get_config
import json
import threading
CONFIG = get_config()
debug = Scope("Util.Scope")
try:
import bitbots.motion.animation as animation
__anmimation_module = True
except ImportError:
# für entwickler welche sachen ohne virtualenv (meist windows) testen
__anmimation_module = False
debug.warning(
"Animation Framework NICHT gefunden (bitbots.motion.animation)")
try:
from bitbots.ipc import STATE_ANIMATION_RUNNING
except ImportError:
# für entwickler welche sachen ohne virtualenv (meist windows) testen
STATE_ANIMATION_RUNNING = 1
debug.warning("IPC Implementation nicht gefunden")
def __play_animation(name, ipc, callback=None):
"""
Spielt eine Animation ab
def __init__(self, _):
super(DutyDecider, self).__init__()
config = get_config()["Behaviour"]
self.max_fieldie_time = config["Fieldie"]["Defender"]["maxFieldieTime"]
self.toggle_self_positioning = config["Toggles"]["Fieldie"]["trySelfPositioning"]
* created 17.7.14 (Martin Poppinga, Marc Bestmann)
* 06.08.14 Refactor (Marc Bestmann)
"""
import math
from bitbots.modules.abstract.abstract_module import AbstractModule
from bitbots.modules.keys import DATA_KEY_BALL_INFO, DATA_KEY_GOALIE_BALL_RELATIVE_POSITION, DATA_KEY_IS_NEW_FRAME, \
DATA_KEY_GOAL_MODEL, DATA_KEY_BALL_FOUND
from bitbots.util.config import get_config
config = get_config()['field']
length = config['length']
class ValidateLocalGoalModelModule(AbstractModule):
def update(self, data):
if data[DATA_KEY_IS_NEW_FRAME] and data[DATA_KEY_BALL_FOUND] and data.get(DATA_KEY_GOALIE_BALL_RELATIVE_POSITION, 0) != 0:
ball_distance = data[DATA_KEY_BALL_INFO].distance
if ball_distance < 1000: # TODO config
own_goal_distance = data[DATA_KEY_GOAL_MODEL].get_own_goal()
opp_goal_distance = data[DATA_KEY_GOAL_MODEL].get_opp_goal()
goalie_ball_distance = math.sqrt(
data[DATA_KEY_GOALIE_BALL_RELATIVE_POSITION][0] ** 2
+ data[DATA_KEY_GOALIE_BALL_RELATIVE_POSITION][1] ** 2)
def start(self, data):
self.goal_model = LocalGoalModel()
self.ipc = data[DATA_KEY_IPC]
data[DATA_KEY_GOAL_MODEL] = self.goal_model
self.use_filtered_goals = get_config()["Toggels"]["use_filtered_goals"]