from aot.model.effect import *
from aot.model.trigger import Trigger
from aot.model.enums.sizes import Size
from aot.model.scenario import Scenario
from aot.utilities.configuration import Configuration
import logging
from test.test_api.compare import compare_scenario_files
logging.basicConfig(level=logging.DEBUG)
C = Configuration("test/dirty_tests/config.json")
scn = Scenario(size=Size.GIANT)
scn.load_template(Size.GIANT)
scn.add(
Trigger("Trigger 0", enable=1).then_(
SendInstruction(message="Hello instruction !!!! (from true file)")))
scn.add(
Trigger("Trigger 1", enable=1).then_(
SendInstruction(message="Hello instruction 2 !!!! (from true file)")))
scn.save(C.game_path_scenario, "test_instruction_from_scratch")
copy = Scenario(size=Size.GIANT)
copy.load(C.game_path_scenario, "test_instruction_from_scratch")
true = Scenario(size=Size.GIANT)
true.load(C.game_path_scenario, "hello_instruction")
compare_scenario_files(copy, true, header=True)
compare_scenario_files(copy, true, header=False)
import numpy as np
import logging
from aot.model.scenario import Scenario
from aot.model.unit import Unit
from aot.meta_triggers.metatrigger_treasure import TreasureLoot, TreasureQuarry, TreasureLumber
from aot.utilities.configuration import Configuration
logging.basicConfig(level=logging.DEBUG)
C = Configuration("examples\configuration_de.json")
scn = Scenario()
for _ in range(100):
n = np.random.random()
x = int(np.random.random() * scn.get_width())
y = int(np.random.random() * scn.get_height())
if n < 0.33:
treasure = TreasureLoot(x, y, 500)
elif n < 0.66:
treasure = TreasureLumber(x, y, 500)
else:
treasure = TreasureQuarry(x, y, 500)
scn.add(treasure)
scn.save(C.game_path_scenario, "random_tresures")
test.then_(ModifyAttribute(source_player=2))
test.then_(ModifyAttribute(source_player=3))
test.then_(ModifyAttribute(source_player=4))
test.then_(ModifyAttribute(source_player=5))
test.then_(ModifyAttribute(source_player=6))
test.then_(ModifyAttribute(source_player=7))
test.then_(ModifyAttribute(source_player=8))
test.then_(ModifyAttributeCastle(source_player=1))
test.then_(ModifyAttributeCastle(source_player=2))
test.then_(ModifyAttributeCastle(source_player=3))
test.then_(ModifyAttributeCastle(source_player=4))
test.then_(ModifyAttributeCastle(source_player=5))
test.then_(ModifyAttributeCastle(source_player=6))
test.then_(ModifyAttributeCastle(source_player=7))
test.then_(ModifyAttributeCastle(source_player=8))
scn.add(test)
#Team
class Team:
def __init__(self, name):
self.name = name
self.x1_win = None
self.x2_win = None
self.y1_win = None
self.y2_win = None
self.players = None
self.other_team = None
self.players_starts = [None] * 8
time=5))
for team in [team1, team2]:
for player in team.players:
for target_player in team.other_team.players:
diplomacy.then_(
ChangeDiplomacy(source_player=player.id,
target_player=target_player.id,
diplomacy=3))
for target_player in team.players:
diplomacy.then_(
ChangeDiplomacy(source_player=player.id,
target_player=target_player.id,
diplomacy=0))
scn.add(diplomacy)
HEIGHT_BATTEFIELD = scn.get_height() - 2 * SPAWN_LENGTH
WIDTH_BATTLE_FIELD = scn.get_width() - 1
# generate terrain
x_offset = 0
y_offset = SPAWN_LENGTH
# for w in range(NUMBER_OF_LACS):
# i = np.random.randint(3, WIDTH_BATTLE_FIELD - 3)
# j = np.random.randint(3, HEIGHT_BATTEFIELD - 3)
# for _ in range(200):
# sigma = 4
# x = min(max(3, int(np.random.normal(i, sigma, 1))), WIDTH_BATTLE_FIELD - 3)
# y = min(max(3, int(np.random.normal(j, sigma, 1))), HEIGHT_BATTEFIELD - 3)