def updateVelAndIntrvl(self):
# TODO: adjast the coefs
dif = (Score.getScore()//100)
vel_x = self.INIT_VELOCITY_X - dif
self.velocity = Vec(vel_x, 0)
self.MIN_INTERVAL = 85 + 15*dif
self.MAX_INTERVAL = 150 + 15*dif
def draw(self):
global WINDOW_HEIGHT, WINDOW_WIDTH, DEBUG
pyxel.cls(ColPal.gray_dark)
self.backgnd.blt()
self.enemy.blt()
self.player.blt()
# show score
pyxel.text(WINDOW_WIDTH - 50, 5,
"HI {} {}".format(Score.getHighScore(),
Score.getScore()), ColPal.white)
# if gameover, show restart button
if Player.getState() == "IDLE":
pyxel.text(WINDOW_WIDTH // 2 - 5, WINDOW_HEIGHT // 2 - 5,
"GAME OVER\n[SPACE] TO CONTINUE", ColPal.white)
pyxel.blt(WINDOW_WIDTH // 2 - 48, WINDOW_HEIGHT // 2 - 16,
App.IMG_ID, *App.BTN_RESTART.getRect())
if DEBUG:
pyxel.text(0, 20, "Frame: {}".format(pyxel.frame_count),
ColPal.orange)
def iteration_run(vehicles, dummy_run: bool):
solution_dict = {}
nr_vecs = len(vehicles) # +1 ADDS THE DUMMY THICC VEHICLE
if not dummy_run:
for vehicle in vehicles:
solution_dict[vehicle] = []
else:
vehicles = [0]
solution_dict[0] = []
# Go through each call
for call in self.calls:
# Select vehicle
vehicle = choice(vehicles)
if solution_dict[vehicle]:
solution_dict[vehicle].insert(
randint(0,
len(solution_dict[vehicle]) - 1), call)
solution_dict[vehicle].insert(
randint(0,
len(solution_dict[vehicle]) - 1), call)
else:
solution_dict[vehicle] = [call, call]
# # Make dict into vector
# solution_vector = []
# for curr_v, curr_calls in solution_dict.items():
# solution_vector.extend(curr_calls)
# solution_vector.append(0)
#
# # Remove last 0
# solution_vector = solution_vector[:-1]
solution_vector = self.dict_to_sol(solution_dict)
## Final
## Only include feasible.
if dummy_run: # Add zeroes to start of the only vector.
new_sol_vector = [0 for _ in range(1, nr_vecs)]
new_sol_vector.extend(solution_vector)
solution_vector = new_sol_vector
feasibility, log = feasibility_check(solution_vector, prob)
if feasibility:
cost = cost_function(solution_vector, prob)
return Score(solution_vector, cost)
def update(self):
self.backgnd.update() # execution order: back layer to front layer
self.enemy.update()
self.player.update()
# score update
if Player.getState() != "IDLE":
Score.update()
# === Restart ===
if Player.getState() == "IDLE":
if pyxel.btnp(pyxel.KEY_SPACE):
Score.saveHighScore()
# initialize state
Score.initialize()
self.backgnd.initialize()
self.enemy.initialize()
self.player.initialize()
music.start_music()
def updateVel(self):
# TODO: adjast the coefs
dif = (Score.getScore()//100)
vel_x = self.INIT_VELOCITY_X - dif
self.velocity = Vec(vel_x, 0)