def __init__(self, ship_id=0, position=cCommonGame.Position(0, 0), heading=0, size=0, is_sunken=False, parent=None):
cCommonGame.ShipInfo.__init__(self, ship_id, position, heading, size, is_sunken)
QObject.__init__(self, parent)
self.type = ShipInfo.Type.FRIENDLY
self.y_center = size / 2
if size % 2 == 0:
self.y_center -= 1
def submit_button_pressed(self):
# Collate move action(s)
move_list = list()
for widget in self.move_action_widgets:
ship_id, action = widget.get_move_info()
move_info = cCommonGame.ShipMovementInfo(ship_id, action)
move_list.append(move_info)
self.wos_interface.log(move_info.to_string())
# Collate fire action(s)
fire_list = list()
for widget in self.fire_action_widgets:
x, y = widget.get_fire_info()
fire_info = cCommonGame.FireInfo(cCommonGame.Position(x, y))
fire_list.append(fire_info)
self.wos_interface.log(fire_info.to_string())
self.wos_interface.log("Sending commands to server..")
# Consider doing validations
WosClientInterfaceManager().send_action_move(move_list)
WosClientInterfaceManager().send_action_attack(fire_list)
self.wos_interface.log("Sent")
self.end_turn()
self.update_timer.start()
def collect_orders(self):
orders = list()
for i in range(0, self.layout.waypoint_layout.count()):
waypoint_widget = self.layout.waypoint_layout.itemAt(i).widget()
waypoint_info = waypoint_widget.get_waypoint_info()
orders.append(
cCommonGame.UwActionMoveScan(
cCommonGame.Position(waypoint_info[0], waypoint_info[1]),
waypoint_info[2]))
self.orders_issued.emit(orders)
def __init__(self,
field_info,
drag_boundary,
ship_id=0,
name='Underwater vehicle',
x=0,
y=0):
WosBattlefieldItem.__init__(self, field_info)
self.drag_boundary = drag_boundary
self.ship_info = UwShipInfo(ship_id, cCommonGame.Position(0, 0))
self.set_type(ItemType.UW_SHIP)
self.ship_info.moved.connect(self.ship_moved)
self.field_info = field_info
self.name = name
self.body = QRectF(1, 1,
self.field_info.size.x() - 2,
self.field_info.size.y() - 2)
self.body_line = QRectF(6, 6,
self.field_info.size.x() - 12,
self.field_info.size.y() - 12)
self.setRotation(30)
self.brushes = dict()
self.brushes[ShipInfo.Type.FRIENDLY] = QBrush(QColor(0, 200, 0, 168))
self.brushes[ShipInfo.Type.HOSTILE] = QBrush(QColor(200, 0, 0, 168))
self.brushes[ShipInfo.Type.CIVILIAN] = QBrush(
QColor(200, 200, 200, 168))
self.brushes[ShipInfo.Type.UNKNOWN] = QBrush(QColor(200, 200, 0, 168))
self.brushes[ShipInfo.Type.SHADOW] = QBrush(QColor(0, 0, 0, 0))
self.brushes_hover = dict()
self.brushes_hover[ShipInfo.Type.FRIENDLY] = QBrush(
QColor(0, 200, 0, 255))
self.brushes_hover[ShipInfo.Type.HOSTILE] = QBrush(
QColor(200, 0, 0, 255))
self.brushes_hover[ShipInfo.Type.CIVILIAN] = QBrush(
QColor(200, 200, 200, 255))
self.brushes_hover[ShipInfo.Type.UNKNOWN] = QBrush(
QColor(200, 200, 0, 255))
self.brushes_hover[ShipInfo.Type.SHADOW] = QBrush(QColor(0, 0, 0, 0))
self.brush = self.brushes[self.ship_info.type]
self.pens = dict()
self.pens[ShipInfo.Type.FRIENDLY] = QPen(QColor(0, 0, 0, 168))
self.pens[ShipInfo.Type.HOSTILE] = QPen(QColor(0, 0, 0, 255))
self.pens[ShipInfo.Type.CIVILIAN] = QPen(QColor(0, 0, 0, 255))
self.pens[ShipInfo.Type.UNKNOWN] = QPen(QColor(0, 0, 0, 255))
self.pens[ShipInfo.Type.SHADOW] = QPen(QColor(0, 255, 0, 255), 2,
Qt.DashLine)
self.pen = self.pens[self.ship_info.type]
def __init__(self,
field_info,
drag_boundary,
ship_id=0,
length=5,
is_sunken=False):
WosBattlefieldItem.__init__(self, field_info)
self.drag_boundary = drag_boundary
self.ship_info = ShipInfo(ship_id, cCommonGame.Position(0, 0))
self.ship_info.size = length
self.ship_info.is_sunken = is_sunken
self.ship_info.rotated.connect(self.ship_rotated)
self.ship_info.moved.connect(self.ship_moved)
self.set_type(ItemType.SHIP)
WosItemDepthManager().set_depth(self)
self.start_pos = QPointF()
self.end_pos = QPointF()
self.head = QPolygonF()
self.tail = QPolygonF()
self.body = QPolygonF()
self.update_body()
self.brushes = dict()
self.brushes[ShipInfo.Type.FRIENDLY] = QBrush(QColor(0, 200, 0, 255))
self.brushes[ShipInfo.Type.HOSTILE] = QBrush(QColor(200, 0, 0, 255))
self.brushes[ShipInfo.Type.CIVILIAN] = QBrush(
QColor(200, 200, 200, 255))
self.brushes[ShipInfo.Type.UNKNOWN] = QBrush(QColor(200, 200, 0, 255))
self.brushes[ShipInfo.Type.BLACK] = QBrush(QColor(255, 255, 255, 255))
self.brushes[ShipInfo.Type.SHADOW] = QBrush(QColor(0, 0, 0, 0))
self.pens = dict()
self.pens[ShipInfo.Type.FRIENDLY] = QPen(QColor(0, 0, 0, 255))
self.pens[ShipInfo.Type.HOSTILE] = QPen(QColor(0, 0, 0, 255))
self.pens[ShipInfo.Type.CIVILIAN] = QPen(QColor(0, 0, 0, 255))
self.pens[ShipInfo.Type.UNKNOWN] = QPen(QColor(0, 0, 0, 255))
self.pens[ShipInfo.Type.BLACK] = QPen(QColor(0, 0, 0, 255))
self.pens[ShipInfo.Type.SHADOW] = QPen(QColor(0, 255, 0, 255), 2,
Qt.DashLine)
self.pen = QPen(QColor(0, 0, 0, 255))
def wos_test_client(num_of_rounds, player_id, boundary):
# network setting
addr_svr = "127.0.0.1"
port_req = 5556
port_sub = 5557
req_rep_if = cCommonCommEngine.ConnInfo(addr_svr, port_req)
pub_sub_if = cCommonCommEngine.ConnInfo(addr_svr, port_sub)
print("Client %s: Creating CommEngine" % player_id)
client_comm_engine = ClientCommEngine(player_id, req_rep_if, pub_sub_if,
1000)
print("Client %s: Starting CommEngine" % player_id)
client_comm_engine.start()
while not client_comm_engine.is_ready:
print("Client %s: Waiting for CommEngine to be ready" % player_id)
time.sleep(1)
print("Client %s: READY..." % player_id)
# map_x_len = 0
# map_y_len = 0
# Test 1: Register four client to get the data map
test_reply = client_comm_engine.req_register()
if isinstance(test_reply, cMessages.MsgRepAckMap):
print(test_reply)
assert (test_reply.ack is True)
# map_x_len, map_y_len = np.shape(test_reply.map_data)
print("Client %s: Recv Map Size: %s" %
(player_id, np.shape(test_reply.map_data)))
else:
print("Incorrect Msg type : %s" % test_reply)
assert (isinstance(test_reply, cMessages.MsgRepAckMap))
# Test 2: Register the ships for the four client
# Register 3x ship
ship_list = []
for ship_id in range(3):
ship_info = cCommonGame.ShipInfo(
ship_id=ship_id,
ship_type=cCommonGame.ShipType.MIL,
position=cCommonGame.Position(
int(
np.random.random_integers(boundary[0][0] + 3,
boundary[0][1] - 3)),
int(
np.random.random_integers(boundary[1][0] + 3,
boundary[1][1] - 3))),
heading=0,
size=3,
is_sunken=False)
if ship_id == 1:
ship_info.position.x = boundary[0][0] + 0
ship_info.position.y = boundary[1][0] + ((ship_info.size - 1) // 2)
ship_info.heading = 0
ship_list.append(ship_info)
# Register 1x uw_ship
uw_ship_list = []
uw_ship_list.append(
cCommon.UwShipInfo(ship_id=1,
position=cCommonGame.Position(
boundary[0][0], boundary[0][1])))
test_reply = client_comm_engine.req_register_ships(
ship_list=ship_list, uw_ship_list=uw_ship_list)
if isinstance(test_reply, cMessages.MsgRepAck):
print(test_reply)
assert (test_reply.ack == True)
else:
print("Incorrect Msg type")
assert (isinstance(test_reply, cMessages.MsgRepAck))
# Test 3: Get the Game Configuration from the server
game_config_list = dict()
if isinstance(client_comm_engine, ClientCommEngine):
test_reply = client_comm_engine.req_config()
if isinstance(test_reply, cMessages.MsgRepGameConfig):
print(test_reply)
assert (test_reply.ack == True)
game_config_list[player_id] = test_reply
else:
print("Incorrect Msg type")
assert (isinstance(test_reply, cMessages.MsgRepGameConfig))
game_status = client_comm_engine.recv_from_publisher()
while game_status is None:
print("game status is None")
time.sleep(1)
game_status = client_comm_engine.recv_from_publisher()
while game_status.get_enum_game_state() == cCommonGame.GameState.INIT:
print("game status is INIT")
time.sleep(1)
game_status = client_comm_engine.recv_from_publisher()
round_offset = 0
# # Test timeout for round 1
# game_status = client_comm_engine.recv_from_publisher()
# while game_status.game_round < 2:
# print("*** *** Round %s - Turn %s - Time remain %s" % (game_status.game_round,
# game_status.player_turn,
# game_status.time_remain))
# time.sleep(1)
# game_status = client_comm_engine.recv_from_publisher()
# round_offset = round_offset + 1
# Test 4: Test Game Play
for rounds_cnt in range(num_of_rounds):
# Wait until new round has started
game_status = client_comm_engine.recv_from_publisher()
while game_status.game_round == (rounds_cnt + round_offset) and \
game_status.get_enum_game_state() != cCommonGame.GameState.STOP:
game_status = client_comm_engine.recv_from_publisher()
print("*** *** Round %s - Turn %s - Time remain %s" %
(game_status.game_round, game_status.player_turn,
game_status.time_remain))
if isinstance(client_comm_engine, ClientCommEngine):
# Test 4 i : Get the Game Turn from the server
test_reply = client_comm_engine.req_turn_info()
if (game_status.get_enum_game_state() != cCommonGame.GameState.STOP) and \
isinstance(test_reply, cMessages.MsgRepTurnInfo):
print("%s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
assert (test_reply.ack is True)
# if game_status.player_turn == player_id:
# assert (test_reply.ack is True)
# else:
# assert (test_reply.ack is False)
elif (game_status.get_enum_game_state() == cCommonGame.GameState.STOP) and \
isinstance(test_reply, cMessages.MsgRepAck):
print("%s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
assert (test_reply.ack is False)
else:
print("Incorrect Msg type: %s/%s - %s %s" %
(game_status.player_turn, player_id, test_reply,
type(test_reply)))
if game_status.get_enum_game_state() != cCommonGame.GameState.STOP:
assert (isinstance(test_reply, cMessages.MsgRepTurnInfo))
else:
assert (isinstance(test_reply, cMessages.MsgRepAck))
# Test 4 ii : Request satcom action
satcom_act = cCommonGame.SatcomInfo(6378 + 2000, 0, 5, 0, 150, 0,
True, False)
test_reply = client_comm_engine.req_action_satcom(satcom_act)
if (game_status.get_enum_game_state() != cCommonGame.GameState.STOP) and \
isinstance(test_reply, cMessages.MsgRepAckMap):
print("%s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
if game_config_list[player_id].config.en_satellite:
assert (test_reply.ack is True)
else:
assert (test_reply.ack is False)
# if (game_status.player_turn == player_id) and \
# (game_config_list[player_id].config.en_satellite):
# assert (test_reply.ack is True)
# else:
# assert (test_reply.ack is False)
elif (game_status.get_enum_game_state() == cCommonGame.GameState.STOP) and \
isinstance(test_reply, cMessages.MsgRepAck):
print("%s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
assert (test_reply.ack is False)
else:
print("Incorrect Msg type: %s/%s - %s %s" %
(game_status.player_turn, player_id, test_reply,
type(test_reply)))
if game_status.get_enum_game_state() != cCommonGame.GameState.STOP:
assert (isinstance(test_reply, cMessages.MsgRepAckMap))
else:
assert (isinstance(test_reply, cMessages.MsgRepAck))
# Test 4 iii: Get the Game Turn from the server with satcom
test_reply = client_comm_engine.req_turn_info()
if (game_status.get_enum_game_state() != cCommonGame.GameState.STOP) and \
isinstance(test_reply, cMessages.MsgRepTurnInfo):
print("%s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
assert (test_reply.ack is True)
# if game_status.player_turn == player_id:
# assert (test_reply.ack is True)
# else:
# assert (test_reply.ack is False)
elif (game_status.get_enum_game_state() == cCommonGame.GameState.STOP) and \
isinstance(test_reply, cMessages.MsgRepAck):
print("%s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
assert (test_reply.ack is False)
else:
print("Incorrect Msg type: %s/%s - %s %s" %
(game_status.player_turn, player_id, test_reply,
type(test_reply)))
if game_status.get_enum_game_state() != cCommonGame.GameState.STOP:
assert (isinstance(test_reply, cMessages.MsgRepTurnInfo))
else:
assert (isinstance(test_reply, cMessages.MsgRepAck))
# Test 4 iv : Request uw report / action
test_reply = client_comm_engine.req_uw_report(ship_id=1)
if isinstance(test_reply, cMessages.MsgRepUwReport):
print("uw_report: %s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
elif (game_status.get_enum_game_state() == cCommonGame.GameState.STOP) and \
isinstance(test_reply, cMessages.MsgRepAck):
print("uw_report: %s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
else:
print("uw_report: Incorrect Msg type: %s/%s - %s %s" %
(game_status.player_turn, player_id, test_reply,
type(test_reply)))
if game_status.get_enum_game_state() != cCommonGame.GameState.STOP:
assert (isinstance(test_reply, cMessages.MsgRepUwReport))
else:
assert (isinstance(test_reply, cMessages.MsgRepAck))
if isinstance(
test_reply,
cMessages.MsgRepUwReport) and (test_reply.ack is True):
# send new order to the server
ship_1_uw_action_list = list()
ship_1_uw_action_list.append(
cCommonGame.UwActionMoveScan(goto_pos=cCommonGame.Position(
int((boundary[0][0] + boundary[1][0]) // 2),
int((boundary[1][0] + boundary[1][1]) // 2)),
scan_dur=10))
# ship_2_uw_action_list = list()
# ship_2_uw_action_list.append(cCommonGame.UwActionMoveScan(
# goto_pos=cCommonGame.Position(int((boundary[0][0] + boundary[1][0]) // 2),
# int((boundary[1][0] + boundary[1][1]) // 2)),
# scan_dur=10))
uw_move_info_list = list()
uw_move_info_list.append(
cCommonGame.UwShipMovementInfo(
ship_id=1, actions=ship_1_uw_action_list))
# uw_move_info_list.append(cCommonGame.UwShipMovementInfo(ship_id=2,
# actions=ship_2_uw_action_list))
test_reply = client_comm_engine.req_action_uw_ops(
uw_move_info_list)
if isinstance(test_reply, cMessages.MsgRepAck):
print("uw_ops_action : player_id: %s - %s" %
(player_id, test_reply.ack))
else:
print("uw_ops_action : %s" % test_reply)
assert (isinstance(test_reply, cMessages.MsgRepAck))
# else do nothing
# Test 4 v : Request move action
move_list = list()
move_list.append(
cCommonGame.ShipMovementInfo(1, cCommonGame.Action.FWD))
move_list.append(
cCommonGame.ShipMovementInfo(1, cCommonGame.Action.CW))
test_reply = client_comm_engine.req_action_move(move_list)
if isinstance(test_reply, cMessages.MsgRepAck):
print("%s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
if game_status.get_enum_game_state(
) != cCommonGame.GameState.STOP:
assert (test_reply.ack is True)
else:
assert (test_reply.ack is False)
# if game_status.get_enum_game_state() != cCommonGame.GameState.STOP and \
# game_status.player_turn == player_id:
# assert (test_reply.ack is True)
# else:
# assert (test_reply.ack is False)
else:
print("Incorrect Msg type: %s/%s - %s %s" %
(game_status.player_turn, player_id, test_reply,
type(test_reply)))
assert (isinstance(test_reply, cMessages.MsgRepAck))
# Test 4 vi : Request fire action
fire_list = list()
fire_list.append(cCommonGame.FireInfo(cCommonGame.Position(0, 0)))
test_reply = client_comm_engine.req_action_fire(fire_list)
if isinstance(test_reply, cMessages.MsgRepAck):
print("%s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
if game_status.get_enum_game_state(
) != cCommonGame.GameState.STOP:
assert (test_reply.ack is True)
else:
assert (test_reply.ack is False)
# if game_status.get_enum_game_state() != cCommonGame.GameState.STOP and \
# game_status.player_turn == player_id:
# assert (test_reply.ack is True)
# else:
# assert (test_reply.ack is False)
else:
print("%s/%s - %s" %
(game_status.player_turn, player_id, test_reply))
print("Incorrect Msg type")
assert (isinstance(test_reply, cMessages.MsgRepAck))
# Teardown
client_comm_engine.stop()
pass
def __init__(self, ship_id=0, position=cCommonGame.Position(0, 0), size=0, is_sunken=False, parent=None):
cCommonGame.UwShipInfo.__init__(self, ship_id, position, size, is_sunken)
QObject.__init__(self, parent)
self.type = ShipInfo.Type.FRIENDLY
def test_scenerio_1():
###
"""
Scenario:
----------
Ship position:
--------------
(1,1) size:3, heading=0
(5,2) size:3, heading=0
Movement:
---------
1) Start at position (0, 0) : : Turn 0
2) Move to position (2, 2) : Take 3 turn : Turn 0
3) Scan for 2 turn : Take 2 turn : Turn 3
4) Move to position (2, 4) : Take 2 turn : Turn 5
5) Scan for 2 turn : Take 2 turn : Turn 7
6) Move to position (0, 4) : Take 2 turn : Turn 9
7) Move to position (0, 0) : Take 4 turn : Turn 11
8) Scan for 5 turn : Take 5 turn : Turn 15
9) End : : Turn 20
"""
# set the position of the ship
uw_ship = wosBattleshipServer.cCommon.UwShipInfo(
ship_id=0,
position=cCommonGame.Position(0, 0),
size=1,
is_sunken=False,
ship_type=cCommonGame.ShipType.MIL,
mov_speed=1,
scan_size=3)
print("Is ship idle: %s" % uw_ship.is_idle())
# set the order for the ship
orders = list()
orders.append(cCommonGame.UwActionMoveScan(cCommonGame.Position(2, 2), 2))
orders.append(cCommonGame.UwActionMoveScan(cCommonGame.Position(2, 4), 2))
orders.append(cCommonGame.UwActionMoveScan(cCommonGame.Position(0, 4), 0))
orders.append(cCommonGame.UwActionMoveScan(cCommonGame.Position(0, 0), 0))
orders.append(cCommonGame.UwActionMoveScan(None, 5))
orders.append(cCommonGame.UwActionMoveScan())
# plant the ship for testing
ships_list = list()
ships_list.append(
cCommonGame.ShipInfo(ship_id=1,
position=cCommonGame.Position(1, 1),
heading=0,
size=3,
ship_type=cCommonGame.ShipType.CIV,
is_sunken=False))
ships_list.append(
cCommonGame.ShipInfo(ship_id=2,
position=cCommonGame.Position(5, 2),
heading=0,
size=3,
ship_type=cCommonGame.ShipType.CIV,
is_sunken=False))
if len(orders) > 0:
print("Set orders")
uw_ship.set_ops_order(orders)
print("Is ship idle: %s" % uw_ship.is_idle())
# execute the order
print("Executing")
counter = 0
while not uw_ship.is_idle():
uw_ship.execute(ships_list)
print("--- %s ---" % counter)
counter += 1
print("pos: x=%s, y=%s" % (uw_ship.position.x, uw_ship.position.y))
print("\tscan=%s" % ((uw_ship.remain_scan_ops > 0) and
(uw_ship.remain_move_ops == 0)))
print("\tremaining: move=%s, scan=%s, order=%s" %
(uw_ship.remain_move_ops, uw_ship.remain_scan_ops,
len(uw_ship.orders)))
print("\treport size=%s" % len(uw_ship.report))
print("\tIs ship idle: %s" % uw_ship.is_idle())
# uw_ship.execute()
print("ship pos: x=%s, y=%s" % (uw_ship.position.x, uw_ship.position.y))
print("*** Get the report ***")
uw_ship_report = uw_ship.get_report()
# print the report
print("Report:")
print("\tnum of row: %s " % len(uw_ship_report))
for uw_ship_report_data in uw_ship_report:
if isinstance(uw_ship_report, cCommonGame.UwDetectInfo):
print("\tDist: %s Ship: %s" %
(uw_ship_report_data.dist, uw_ship_report_data.ship_info))
assert (len(uw_ship_report) is 20)
# convert the ship report
processed_report = uw_compute(uw_ship_report, False)
# display the processed report
plot_generated_uw_data(processed_report, "test_scenerio_1_1", True)
plot_generated_uw_data_as_img(processed_report, "test_scenerio_1_2", True)
def test_scenerio_5():
###
"""
Scenario:
----------
Ship position:
--------------
(5,5) size:3, heading=90
(3,3) size:3, heading=0
Movement:
---------
1) Start at position (0, 0) : : Turn 0
2) Move to position (60, 0): Take 6 turn : Turn 0
3) Scan for 1 turn : Take 1 turn : Turn 6
4) Do nothing for 3 turns : Take 3 turn : Turn 7
5) End : : Turn 7
"""
# set the position of the ship
uw_ship = wosBattleshipServer.cCommon.UwShipInfo(
ship_id=0,
position=cCommonGame.Position(0, 0),
size=1,
is_sunken=False,
ship_type=cCommonGame.ShipType.MIL,
mov_speed=5,
scan_size=3)
print("Is ship idle: %s" % uw_ship.is_idle())
# set the order for the ship
orders = list()
orders.append(cCommonGame.UwActionMoveScan(cCommonGame.Position(60, 0), 0))
# orders.append(cCommonGame.UwActionMoveScan(None, 5))
#orders.append(cCommonGame.UwActionMoveScan())
# plant the ship for testing
ships_list = list()
# ships_list.append(cCommonGame.ShipInfo(ship_id=1,
# position=cCommonGame.Position(2, 0),
# heading=270,
# size=5,
# ship_type=cCommonGame.ShipType.MIL,
# is_sunken=False))
# ships_list.append(cCommonGame.ShipInfo(ship_id=2,
# position=cCommonGame.Position(2, 3),
# heading=270,
# size=5,
# ship_type=cCommonGame.ShipType.MIL,
# is_sunken=False))
# ships_list.append(cCommonGame.ShipInfo(ship_id=3,
# position=cCommonGame.Position(0, 1),
# heading=0,
# size=2,
# ship_type=cCommonGame.ShipType.MIL,
# is_sunken=False))
# ships_list.append(cCommonGame.ShipInfo(ship_id=4,
# position=cCommonGame.Position(5, 1),
# heading=0,
# size=4,
# ship_type=cCommonGame.ShipType.MIL,
# is_sunken=False))
if len(orders) > 0:
print("Set orders")
uw_ship.set_ops_order(orders)
print("Is ship idle: %s" % uw_ship.is_idle())
# execute the order
print("Executing")
for counter in range(65):
uw_ship.execute(ships_list)
print("--- %s ---" % counter)
print("pos: x=%s, y=%s" % (uw_ship.position.x, uw_ship.position.y))
# print("\tscan=%s" % ((uw_ship.remain_scan_ops > 0) and
# (uw_ship.remain_move_ops == 0)))
print("\tremaining: move=%s, scan=%s, order=%s" %
(uw_ship.remain_move_ops, uw_ship.remain_scan_ops,
len(uw_ship.orders)))
print("\treport size=%s" % len(uw_ship.report))
print("\tIs ship idle: %s" % uw_ship.is_idle())
# uw_ship.execute()
print("ship pos: x=%s, y=%s" % (uw_ship.position.x, uw_ship.position.y))
print("*** Get the report ***")
uw_ship_report = uw_ship.get_report()
# print the report
print("Report:")
print("\tnum of row: %s " % len(uw_ship_report))
for uw_ship_report_data in uw_ship_report:
if isinstance(uw_ship_report, cCommonGame.UwDetectInfo):
print("\tDist: %s Ship: %s" %
(uw_ship_report_data.dist, uw_ship_report_data.ship_info))
# assert (len(uw_ship_report) is 7)
# convert the ship report
processed_report = uw_compute(uw_ship_report, False)
# display the processed report
plot_generated_uw_data(processed_report, "test_scenerio_2_1", True)
plot_generated_uw_data_as_img(processed_report, "test_scenerio_2_2", True)
import json
import numpy as np
import cMessages
import cCommonGame
from cMessages import MsgJsonEncoder, MsgJsonDecoder
from cMessages import MsgJsonDecoder
print("Position:")
a = cCommonGame.Position(1, 2)
b = MsgJsonEncoder().encode(a)
c = json.dumps(a, cls=cMessages.MsgJsonEncoder)
print("Encoder: %s" % b)
print("JSON : %s" % c)
print("Decoder: %s" % MsgJsonDecoder().decode(b).__dict__)
print("Size:")
a = cCommonGame.Size(1, 2)
b = MsgJsonEncoder().encode(a)
c = json.dumps(a, cls=cMessages.MsgJsonEncoder)
print("Encoder: %s" % b)
print("JSON : %s" % c)
print("Decoder: %s" % MsgJsonDecoder().decode(b).__dict__)
print("Boundary:")
a = cCommonGame.Boundary(0, 12, 12, 24)
b = MsgJsonEncoder().encode(a)
c = json.dumps(a, cls=cMessages.MsgJsonEncoder)
print("Encoder: %s" % b)
print("JSON : %s" % c)
def parse_position(obj):
return cCommonGame.Position(obj['x'], obj['y'])
def test_scenario_01(self):
###
"""
Scenario:
1) Start at position (0, 0) : : Turn 0
2) Move to position (2, 2) : Take 3 turn : Turn 0
3) Scan for 2 turn : Take 2 turn : Turn 3
4) Move to position (2, 4) : Take 2 turn : Turn 5
5) Scan for 2 turn : Take 2 turn : Turn 7
6) Move to position (0, 4) : Take 2 turn : Turn 9
7) Move to position (0, 0) : Take 4 turn : Turn 11
8) Scan for 5 turn : Take 5 turn : Turn 15
9) End : : Turn 20
"""
# set the position of the ship
uw_ship = wosBattleshipServer.cCommon.UwShipInfo(ship_id=0,
position=cCommonGame.Position(0, 0),
size=1,
is_sunken=False,
ship_type=cCommonGame.ShipType.MIL,
mov_speed=1,
scan_size=3)
print("Is ship idle: %s" % uw_ship.is_idle())
# set the order for the ship
orders = list()
orders.append(cCommonGame.UwActionMoveScan(cCommonGame.Position(2, 2), 2))
orders.append(cCommonGame.UwActionMoveScan(cCommonGame.Position(2, 4), 2))
orders.append(cCommonGame.UwActionMoveScan(cCommonGame.Position(0, 4), 0))
orders.append(cCommonGame.UwActionMoveScan(cCommonGame.Position(0, 0), 0))
orders.append(cCommonGame.UwActionMoveScan(None, 5))
orders.append(cCommonGame.UwActionMoveScan())
# plant the ship for testing
# todo:...
if len(orders) > 0:
print("Set orders")
uw_ship.set_ops_order(orders)
print("Is ship idle: %s" % uw_ship.is_idle())
# execute the order
print("Executing")
# counter = 0
while not uw_ship.is_idle():
uw_ship.execute()
# print("--- %s ---" % counter)
# counter += 1
# print("pos: x=%s, y=%s" % (uw_ship.position.x,
# uw_ship.position.y))
# print("\tscan=%s" % ((uw_ship.remain_scan_ops > 0) and
# (uw_ship.remain_move_ops == 0)))
# print("\tremaining: move=%s, scan=%s, order=%s" %
# (uw_ship.remain_move_ops,
# uw_ship.remain_scan_ops,
# len(uw_ship.orders)))
# print("\treport size=%s" % len(uw_ship.report))
# print("\tIs ship idle: %s" % uw_ship.is_idle())
# # uw_ship.execute()
print("ship pos: x=%s, y=%s" % (uw_ship.position.x, uw_ship.position.y))
print("*** Get the report ***")
uw_ship_report = uw_ship.get_report()
# print the report
print("Report:")
print("\tnum of row: %s " % len(uw_ship_report))
for uw_ship_report_data in uw_ship_report:
if isinstance(uw_ship_report, cCommonGame.UwDetectInfo):
print("\tDist: %s Ship: %s" % (uw_ship_report_data.dist, uw_ship_report_data.ship_info))
# convert the ship report
processed_report = uw_compute(uw_ship_report, False)
# check if the required ship is in the report
self.assertEqual(len(uw_ship_report), 20)
def start(self):
rep = WosClientInterfaceManager().register_player()
if not rep and not self.wos_interface.is_debug:
return
self.wos_interface.log("<b>Deployment phase</b>.")
self.wos_interface.log(
"Please assign the ships to a desired location in the map. Click and drag the ships to "
"reposition with left mouse button, rotate the ships with right mouse button."
)
cfg = self.wos_interface.cfg
self.wos_interface.battlefield.battle_scene.update_boundaries(
cfg.boundary)
player_id = str(self.wos_interface.player_info.player_id)
player_boundary = self.wos_interface.cfg.boundary[player_id]
if rep:
self.wos_interface.battlefield.update_map(rep.map_data)
field_info = self.wos_interface.battlefield.battle_scene.get_field_info(
)
# todo: Read config file for squad list, stub for now
self.ships_items = [
WosBattleShipItem(field_info, player_boundary, 0, 2),
WosBattleShipItem(field_info, player_boundary, 1, 2),
WosBattleShipItem(field_info, player_boundary, 2, 3),
WosBattleShipItem(field_info, player_boundary, 3, 3),
WosBattleShipItem(field_info, player_boundary, 4, 4),
WosBattleShipItem(field_info, player_boundary, 5, 4),
WosBattleShipItem(field_info, player_boundary, 6, 5),
WosBattleShipItem(field_info, player_boundary, 7, 5)
]
if self.wos_interface.cfg.en_submarine:
self.ship_uw_items = [
WosUnderwaterShipItem(field_info, player_boundary, 8)
]
scene = self.wos_interface.battlefield.battle_scene.scene()
start_position = cCommonGame.Position()
start_position.x = player_boundary.min_x
start_position.y = player_boundary.min_y
cnt = 0
for i in range(0, len(self.ships_items)):
scene.addItem(self.ships_items[i])
self.ships_items[i].set_ship_type(ShipInfo.Type.FRIENDLY)
# self.ships_items[i].set_grid_position(start_position.x + i, start_position.y + 2)
self.set_ship_position(self.ships_items[i])
cnt += 1
for i in range(0, len(self.ship_uw_items)):
scene.addItem(self.ship_uw_items[i])
self.ship_uw_items[i].set_ship_type(ShipInfo.Type.FRIENDLY)
# self.ship_uw_items[i].set_grid_position(start_position.x + cnt, start_position.y + 2)
self.set_ship_position(self.ship_uw_items[i])
cnt += 1
self.wos_interface.battlefield.battle_scene.centerOn(
self.ships_items[-1])
self.update_action_widget()
self.deployment_ended.connect(self.send_deployment)
def wos_test_client(
client_comm_engine,
game_state,
round_count,
):
if isinstance(client_comm_engine, ClientCommEngine) and \
isinstance(game_state, cCommonGame.GameState):
if game_state is cCommonGame.GameState.INIT:
# Register the ships for the player
ship_list = []
# Ship id 0
ship_info = copy.deepcopy(
cCommonGame.ShipInfo(ship_id=0,
ship_type=cCommonGame.ShipType.MIL,
position=cCommonGame.Position(0, 0),
heading=0,
size=3,
is_sunken=False))
ship_list.append(ship_info)
# Ship id 1
ship_info = copy.deepcopy(
cCommonGame.ShipInfo(ship_id=1,
ship_type=cCommonGame.ShipType.MIL,
position=cCommonGame.Position(0, 0),
heading=0,
size=3,
is_sunken=False))
ship_list.append(ship_info)
# Ship id 2
ship_info = copy.deepcopy(
cCommonGame.ShipInfo(ship_id=2,
ship_type=cCommonGame.ShipType.MIL,
position=cCommonGame.Position(0, 0),
heading=0,
size=3,
is_sunken=False))
ship_list.append(ship_info)
# Ship id 3
ship_info = copy.deepcopy(
cCommonGame.ShipInfo(ship_id=3,
ship_type=cCommonGame.ShipType.MIL,
position=cCommonGame.Position(0, 0),
heading=0,
size=3,
is_sunken=False))
ship_list.append(ship_info)
# Ship id 4
ship_info = copy.deepcopy(
cCommonGame.ShipInfo(ship_id=4,
ship_type=cCommonGame.ShipType.MIL,
position=cCommonGame.Position(0, 0),
heading=0,
size=3,
is_sunken=False))
ship_list.append(ship_info)
# Ship id 5
ship_info = copy.deepcopy(
cCommonGame.ShipInfo(ship_id=5,
ship_type=cCommonGame.ShipType.MIL,
position=cCommonGame.Position(0, 0),
heading=0,
size=3,
is_sunken=False))
ship_list.append(ship_info)
# Ship id 6
ship_info = copy.deepcopy(
cCommonGame.ShipInfo(ship_id=6,
ship_type=cCommonGame.ShipType.MIL,
position=cCommonGame.Position(0, 0),
heading=0,
size=3,
is_sunken=False))
ship_list.append(ship_info)
test_reply = client_comm_engine.req_register_ships(
ship_list=ship_list)
if isinstance(test_reply, cMessages.MsgRepAck):
print("Is registration ok: %s" % test_reply.ack)
else:
print("Incorrect Msg type")
elif game_state is cCommonGame.GameState.PLAY_INPUT:
if round_count is 1:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 2:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 3:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 4:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 5:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 6:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 7:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 8:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 9:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 10:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 11:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 12:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 13:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 14:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
elif round_count is 15:
pass
# Perform Satcom action
# Perform Ship movement
# Perform Fire action
else:
pass
elif game_state is cCommonGame.GameState.PLAY_COMPUTE:
# do nothing
print("Server is processing...")
time.sleep(2)
elif game_state is cCommonGame.GameState.STOP:
# do nothing
print("Game has ended...")
time.sleep(1)
else:
print("Unexpected input parameters")
